CN205015615U - Image forming device - Google Patents
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- CN205015615U CN205015615U CN201520692072.7U CN201520692072U CN205015615U CN 205015615 U CN205015615 U CN 205015615U CN 201520692072 U CN201520692072 U CN 201520692072U CN 205015615 U CN205015615 U CN 205015615U
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Abstract
The utility model provides an image forming device, include: main part and the mobile cartridge processing box in the main part, the inner wall of main part is equipped with revolving force transmission parts, the tip of handling the box is equipped with the revolving force receiving -member, it is continuous with the tip of handling the box that the revolving force receiving -member passes through the universal joint, the inner wall of main part still is equipped with and is arranged in carrying out the guide that leads handling box installation pairing rotation power receiving -member, the guide is used for the guide the revolving force receiving -member deflects and meshes with revolving force transmission parts for handling the box. The utility model provides an image forming device has simpler structure to reduce the complexity who makes.
Description
Technical field
The utility model relates to a kind of image processing system.
Background technology
Electronic photographing image forming device is the equipment being formed image by electric photographing imaging treatment technology on recording materials, such as: electrofax copy, laser printer, electrophotographic printer, facsimile recorder, word processor etc.Electronic photographing image forming device generally includes monochrome image forming apparatus and color image forming device.
Existing color image forming device comprises main body, and is arranged on the multiple handle boxes in main body, and each handle box is for holding a kind of developer of color.Being provided with four handle boxes in common color image forming device main body, for holding the developer of black, cyan, yellow and magenta four kinds of basic colors, by the superposition of these four kinds of basic looks, obtaining colourful color, and then form coloured image.
The sidewall of color image forming device being provided with multiple rotational force transmitting part, for providing turning moment to handle box, and driving handle box work.Comprise for the container cavity of receiving photographic developer, the revolving force receiving-member engaged with rotational force transmitting part and the rotary part that engages respectively with revolving force receiving-member respectively in each handle box, wherein, revolving force receiving-member is arranged on one end of handle box, receives the turning moment that rotational force transmitting part provides.Rotary part can for irradiate for receiving laser and form the photo-sensitive cell of electrostatic latent image and developer passed to the developing element of photo-sensitive cell, and photo-sensitive cell and developing element engage with revolving force receiving-member respectively and follow revolving force receiving-member and rotate.
In the course of work of above-mentioned color image forming device, receive the chrominance signal needing the coloured image printed, and this chrominance signal is converted to basic color signal, again basic color signal is passed through the photo-sensitive cell in each handle box of laser beam irradiation, make photo-sensitive cell form electrostatic latent image after overexposure.Afterwards, the developer of correspondence is transported on photo-sensitive cell and forms developer image by the developing element in each handle box, the order that developer image on photo-sensitive cell in each handle box is arranged according to handle box is transferred on print media one by one, each photo-sensitive cell forms the image only having single base color on the print medium after completing transfer printing, after whole photo-sensitive cell transfer printing completes, the image of four kinds of base color that print media superposes just defines the coloured image that will print, and coloured image is fixing on the print medium through heating again.
Figure 1 shows that the structural representation of the image processing system that prior art uses, Figure 2 shows that the structural representation of the handle box that prior art uses.As depicted in figs. 1 and 2, each handle box 6 inside is provided with photo-sensitive cell and developing element, is provided with the first revolving force receiving-member 3 and the second revolving force receiving-member 4, is connected respectively with photo-sensitive cell and developing element in the end of handle box 6.Correspondingly, four handle boxes 6 can be loaded in the main body 100 of image processing system, then be provided with four the first rotational force transmitting parts 1 and four the second rotational force transmitting parts 2 at the inwall of main body 100.Handle box 6 loads in main body 100, and the first rotational force transmitting part 1 engages with the first revolving force receiving-member 3, and the first rotational force transmitting part 1 transmits turning moment to the first revolving force receiving-member 3, rotates to drive the first revolving force receiving-member 3; Second rotational force transmitting part 2 engages with the second revolving force receiving-member 4, and the second rotational force transmitting part 2 transmits turning moment to the second revolving force receiving-member 4, rotates to drive the second revolving force receiving-member 4.
Conveniently four handle boxes 6 are loaded in main body 100, the handle box pallet of the drawer type that can be slided relative to main body 100 can be set in main body 100.Corresponding, the inwall of main body 100 arranges guide rail, and handle box pallet, at slide on rails, can slip in main body 100, to realize handle box 6 to load main body 100, or skids off main body 100 to take out handle box 6.
Because the first revolving force receiving-member 3 and the second revolving force receiving-member 4 can not produce displacement relative to handle box 6.Therefore, engage with corresponding rotational force transmitting part for the ease of revolving force receiving-member, the outer wall of main body 100 is also provided with control gear, for controlling the first rotational force transmitting part 1 and the second rotational force transmitting part 2 stretches.Control gear comprises cam and dip plane structure, is rotated drive dip plane action by cam, promotes corresponding rotational force transmitting part flexible on its rotation.Main body 100 is also provided with door closure, is connected between door closure with cam by web member, when door closure is opened, band moving cam rotates and then controls all rotational force transmitting part retractions; The handle box pallet that handle box 6 is housed is mounted in main body 100, all revolving force receiving-members are coaxial with corresponding rotational force transmitting part, now close door closure, then be with moving cam to rotate and then control all rotational force transmitting parts stretch out and engage with corresponding revolving force receiving-member, complete installation, as Chinese patent application CN103853023 (A).The structure of above-mentioned image processing system is very complicated, and therefore, the process of Design and manufacture is also very complicated, and the manufacturing cycle is longer, and cost is also higher.
Utility model content
The utility model provides a kind of image processing system, has better simply structure, to reduce the complexity of manufacture.
The utility model embodiment provides a kind of image processing system, comprising: main body and the movable handle box be plugged in main body; The inwall of described main body is provided with rotational force transmitting part; The end of described handle box is provided with revolving force receiving-member, and described revolving force receiving-member is connected with the end of handle box by universal joint;
The inwall of described main body be also provided with in handle box installation process to the guide that revolving force receiving-member leads, described guide engages with rotational force transmitting part for guiding described revolving force receiving-member relative to handle box deflection.
Compared with prior art, the technical scheme that the utility model embodiment provides is without the need to adopting complicated control gear, and only adopt the comparatively simple guide of structure, just can after handle box inserts main body, realize revolving force receiving-member to engage with rotational force transmitting part, simplify the structure of image processing system, also simplify manufacturing process and the installation procedure of image processing system, further reduce cost.
Accompanying drawing explanation
Figure 1 shows that the structural representation of the image processing system that prior art uses;
Figure 2 shows that the structural representation of the handle box that prior art uses;
Figure 3 shows that the structural representation of the handle box that the utility model relates to;
Figure 4 shows that handle box that the utility model embodiment one relates to is installed to the scheme of installation on handle box pallet;
Figure 5 shows that the handle box pallet being provided with handle box that the utility model embodiment one relates to is installed in the process of main body, the structural representation of revolving force receiving-member and the effect of circular cone first dip plane;
Figure 6 shows that the handle box pallet being provided with handle box that the utility model embodiment one relates to is installed in the process of main body, the structural representation of revolving force receiving-member and the effect of circular cone second dip plane;
Figure 7 shows that the handle box pallet being provided with handle box that the utility model embodiment one relates to is installed in the process of main body, the structural representation of revolving force receiving-member and rotational force transmitting part engagement;
Figure 8 shows that the handle box pallet being provided with handle box that the utility model embodiment one relates to is installed in the process of main body, revolving force receiving-member and the out-of-gear structural representation of rotational force transmitting part;
Figure 9 shows that the handle box pallet being provided with handle box that the utility model embodiment one relates to is installed in main body, the structural representation of all revolving force receiving-members and the engagement of corresponding rotational force transmitting part;
Figure 10 a, 10b, 10c, 10d are depicted as in the process that handle box pallet that the utility model embodiment one relates to takes out from figure phase forming apparatus, and circular cone is to the effect schematic diagram of revolving force receiving-member;
Figure 11 is the structural representation of the image processing system that the utility model embodiment one relates to;
Figure 12 is the structural representation of the image processing system that the utility model embodiment two relates to;
Figure 13 a, Figure 13 b, Figure 13 c, Figure 13 d are that the handle box pallet that the utility model embodiment two relates to is installed in the process in main body, the engagement process figure of revolving force receiving-member and rotational force transmitting part;
Figure 14 a, Figure 14 b, Figure 14 c, Figure 14 d be the handle box pallet that relates to of the utility model embodiment two from the process that main body is taken out, curved bar is to the effect schematic diagram of revolving force receiving-member;
Figure 15 is the structural representation of the another kind of image processing system that the utility model embodiment two relates to;
Figure 16 a, Figure 16 b are the structural representation of another curved bar that the utility model embodiment two relates to;
Figure 17 is the structural representation of the image processing system that the utility model embodiment three relates to;
Figure 18 a, 18b, 18c, 18d are that the handle box pallet that the utility model embodiment three relates to is installed in the process in main body, the engagement process figure of revolving force receiving-member and rotational force transmitting part;
Figure 19 a, 19b, 19c be the handle box pallet that relates to of the utility model embodiment three from the process that main body is taken out, the engagement process figure of revolving force receiving-member and rotational force transmitting part;
Figure 20 is the structural representation of another guide plate that the utility model embodiment three relates to.
Embodiment
Being more prone to make those skilled in the art, being expressly understood and the technical scheme that the utility model relates to being described below in conjunction with specific embodiment mode.
Embodiment 1
The present embodiment provides a kind of image processing system, comprises main body, and the movable handle box be plugged in main body.Wherein, the inwall of main body is provided with rotational force transmitting part, this rotational force transmitting part one end is used for being connected with drive source, receive the rotary driving force of drive source, the other end of rotational force transmitting part is used for engaging with the revolving force receiving-member of handle box end, so that rotary driving force is passed to revolving force receiving-member again, order about it and rotate.
Figure 3 shows that the structural representation of the handle box that the utility model relates to.As shown in Figure 3, the handle box 6 involved by the present embodiment comprises box body 7, and is arranged on the rotary part arranged in box body 7 and along box body 7 length direction, and this rotary part comprises the photo-sensitive cell, developing element, charge member etc. that arrange along box body 7 length direction.One end of rotary part length direction is provided with flange 10.Preferably, flange 10 is arranged on as on the longitudinal end of the photo-sensitive cell 9 of one of rotary part by the present embodiment.Flange 10 is provided with gear 11 along the circumferential direction, gear 11 engages with all the other rotary parts in handle box 6, for driving force being delivered to all the other rotary parts in handle box 6, as rotary power is delivered to handle box 6 developing element on to drive it to rotate.In the end of flange 10, be provided with revolving force receiving-member 8, in order to be connected with rotational force transmitting part.In the present embodiment, revolving force receiving-member 8 is connected by universal joint with flange 10, revolving force receiving-member 8 can the axis of rotation of photo-sensitive cell 9 relatively be swung along any direction, and in its natural state, revolving force receiving-member 8 keeps the state naturally drooped by the effect of gravity.
The image processing system that the present embodiment provides can be monochrome image forming apparatus, and also can be color image forming device, if monochrome image forming apparatus, wherein the quantity of handle box can be one; And if color image forming device, wherein the quantity of handle box can be at least two, and the present embodiment is set to four, and the developer of four kinds of colors is housed in four handle boxes respectively.All be described for the implementation of four handle boxes to image processing system in explanatory note below, the technical scheme that the present embodiment provides can simply adjust and be applied in monochrome image forming apparatus by those skilled in the art.
Figure 4 shows that handle box that the utility model embodiment one relates to is installed to the scheme of installation on handle box pallet, as shown in Figure 4, handle box 6 activity is plugged in main body 100, and its benefit is to be convenient for changing handle box 6.Concrete, handle box 6 can be arranged on handle box pallet 5, and handle box pallet 5 can transversely be plugged in main body in direction (Y-direction namely in Fig. 4) activity.The two side of the main body 100 of image processing system is provided with handle box tray support, described handle box tray support is provided with guide rail, for the installation of boot process box pallet.Described handle box tray support comprises location-plate 131 and tray support base plate 132 on pallet that two relative inwalls are arranged respectively, and wherein, on pallet, location-plate 131 is positioned at the top of tray support base plate 132.On pallet, the plug-in mounting process of location-plate 131 and tray support base plate 132 pairs of handle box pallets 5 serves the effect of guiding, and tray support base plate 132 is also for supporting handle box pallet 5.
Also be provided with positioning element in handle box pallet 5, handle box 6 is fixed in handle box pallet 5, and do not produce in the course of the work and rock.When in installing process cartridge 6 to handle box pallet 5, the part being positioned at the handle box pallet 5 of main body 100 inside is supported on tray support plate 132.On the upside of tray support plate 132, be provided with guide rail, handle box pallet 5 can slide along track on guide rail.Location-plate 131 on pallet, moves in the horizontal direction for boot process box pallet 5, namely moves along Y-direction, and also for limiting vertically moving of handle box pallet 5.After being installed on handle box pallet 5 by handle box 6, user is by applying the power along Y-direction to handle box pallet 5, and make handle box pallet 5 slide along the track in main body 100, handle box pallet 5 is supported on tray support plate 132 completely.
Handle box pallet 5 is provided with four installation positions, for installing process cartridge 6, handle box 6 can (X-direction namely in Fig. 4) load downwards in handle box pallet 5 along the longitudinal direction.In order to dodge the revolving force receiving-member 8 protruding from handle box 6 end, avoid in handle box installation process, handle box pallet 5 and revolving force receiving-member 8 interference, need on the sidewall of each installation position, offer the escape groove 51 extended along the longitudinal direction, revolving force receiving-member 8 is made to be exposed to handle box pallet 5 outside and then to engage with rotational force transmitting part, and the width of escape groove 51 is larger than the external dimensions of revolving force receiving-member 8, not hinder revolving force receiving-member 8 relative to the swing of rotary part axis of rotation in handle box.
Handle box pallet 5 is provided with the handle box 6 of four kinds of different colours, be 8a, 8b, 8c, 8d by revolving force receiving-member 8 number consecutively of handle box 6 end, accordingly, the rotational force transmitting part that main body 100 is arranged also number consecutively is 18a, 18b, 18c, 18d, when image processing system works, revolving force receiving-member 8a, 8b, 8c, 8d engage with rotational force transmitting part 18a, 18b, 18c, 18d respectively.In the present embodiment, when being described for four revolving force receiving-members are unified, directly adopt this title of revolving force receiving-member 8; And when respectively some in four revolving force receiving-members being illustrated separately, adopt the title of revolving force receiving-member 8a, 8b, 8c, 8d respectively.Similar describing method is also adopted for four rotational force transmitting parts.
In addition, be also provided with door closure 17 in main body 100, door closure 17 can open or close relative to main body 100.Door closure 17 specifically can be hinged with main body 100.
In the present embodiment, the inwall of main body 100 is provided with guide, for leading to revolving force receiving-member 8 in handle box pallet 5 plug-in mounting process, the bootable revolving force receiving-member 8 of this guide deflects relative to handle box 6, and then engages with rotational force transmitting part 18.Guide is provided with dip plane further, and this dip plane is used for contacting with revolving force receiving-member 8 to guide revolving force receiving-member 8 to deflect in handle box installation process.
Guide is respectively arranged with the first dip plane 22 and the second dip plane 23.Insert in the process of main body 100 at handle box pallet 5, first dip plane 22 upward deflects for guiding revolving force receiving-member 8, until revolving force receiving-member 8 rise and by upper limit (UL) after, second dip plane 23 deflects down for guiding revolving force receiving-member 8, and then engages with rotational force transmitting part.This upper limit (UL) is the peak of the first dip plane 22 and the second junction, dip plane 23.Due to revolving force receiving-member 8 contact with the second dip plane 23 time, second dip plane 23 guides revolving force receiving-member 8 to deflect, make the axis of rotation of revolving force receiving-member 8 relative to the axis run-off the straight of the rotary part arranged in handle box, the vergence direction of revolving force receiving-member 8 is tilt towards near the direction will carrying out with it rotational force transmitting part 18 be arranged in main body engaged; And revolving force receiving-member 8 one end is fixed on the end of handle box, the other end be can with the free end of the axis angulation of the rotary part in handle box, this free end is used for engaging with rotational force transmitting part transmitting power; Now, when revolving force receiving-member 8 deflects under the guiding of the second dip plane 23, the free end turning power receiving-member 8 is fixed on end in handle box 6 closer to the rotational force transmitting part 18 be arranged in main body 100 than it.
The inwall of main body 100 is provided with four guides, and number consecutively is 20a, 20b, 20c, 20d.When image processing system works, revolving force receiving-member 8a, 8b, 8c, 8d engage with rotational force transmitting part 18a, 18b, 18c, 18d respectively under the guide effect of guide 20a, 20b, 20c, 20d.
Compared with prior art, the technical scheme that the present embodiment provides is without the need to adopting complicated control gear, and only adopt the comparatively simple guide of structure as above, just can after handle box inserts main body, realize revolving force receiving-member to engage with rotational force transmitting part, simplify the structure of image processing system, also simplify manufacturing process and the installation procedure of image processing system, further reduce cost.
For the structure of above-mentioned guide and the matching relationship with revolving force receiving-member, those skilled in the art can adopt various ways to realize.The present embodiment provides a kind of concrete implementation:
Guide is circular cone 20, circular cone 20 is provided with the first dip plane 22 and the second dip plane 23, wherein, the first dip plane 22 tilts from the top of circular cone 20 towards the outside of main body 100, and the second dip plane 23 tilts from the top of circular cone 20 towards the inner side of main body 100.
Shown in Fig. 4 is that the sub-fraction of handle box pallet 5 is inserted in main body 100, but revolving force receiving-member also not with the state of guide contacts.Handle box pallet 5 is continued to advance in main body 100, with reference to Fig. 5, Figure 5 shows that the handle box pallet being provided with handle box that the utility model embodiment one relates to is installed in the process of main body, the structural representation of revolving force receiving-member and the effect of circular cone first dip plane.
Fig. 5 shows revolving force receiving-member 8d and 8c and all enters in main body 100, and contacts with the first dip plane 22 of corresponding guide.As shown in Figure 5, for revolving force receiving-member 8d, the outside surface of revolving force receiving-member 8d first contacts with the first dip plane 22 of circular cone 20, and push in main body 100 along with handle box pallet 5, because handle box 6 only moves in the Y direction, therefore, first dip plane 22 can hinder revolving force receiving-member 8d along the movement of Y-direction, and revolving force receiving-member 8d can deflect relative to the axis of the rotary part in handle box 6 under the effect of universal joint, then under the effect of the first dip plane 22, revolving force receiving-member 8d deflects towards X-direction and-Y-direction relative to handle box 6.When after the peak that revolving force receiving-member 8d crosses between the first dip plane 22 of circular cone 20 and the second dip plane 23, revolving force receiving-member 8d contacts with the second dip plane 23.
Figure 6 shows that the handle box pallet being provided with handle box that the utility model embodiment one relates to is installed in the process of main body, the structural representation of revolving force receiving-member and the effect of circular cone second dip plane.As shown in Figure 6, the outside surface of revolving force receiving-member 8d contacts with the second dip plane 23, and revolving force receiving-member 8d tilts towards X-direction and Y-direction relative to handle box 6 under the guide effect of Action of Gravity Field and the second dip plane 23, the free end of such revolving force receiving-member 8 is in the state of the rotational force transmitting part 18 catered in image processing system, namely under the guiding of the second dip plane 23, the free end of revolving force receiving-member 8 compares the free end of its one end be connected with handle box closer to rotational force transmitting part, be conducive to the engagement of revolving force receiving-member 8 and rotational force transmitting part 18.
Figure 7 shows that the handle box pallet being provided with handle box that the utility model embodiment one relates to is installed in the process of main body, the structural representation of revolving force receiving-member and rotational force transmitting part engagement.When handle box pallet 5 moves to position shown in Fig. 7, revolving force receiving-member 8d and rotational force transmitting part 18b is meshed, revolving force receiving-member 8c engages with rotational force transmitting part 18a in addition, and intermeshing revolving force receiving-member is in coaxial state with rotational force transmitting part.
Figure 8 shows that the handle box pallet being provided with handle box that the utility model embodiment one relates to is installed in the process of main body, revolving force receiving-member and the out-of-gear structural representation of rotational force transmitting part.As shown in Figure 8, continue to promote handle box pallet 5 along the Y direction, the revolving force receiving-member 8d and the rotational force transmitting part 18b that are in engagement can depart from engagement each other, and revolving force receiving-member 8 naturally droops under gravity.
To sum up, be pushed in the process of main body 100 at handle box pallet 5, revolving force receiving-member 8d first engages with the rotational force transmitting part 18a near main body 100 porch (namely near door closure 17), and along with the continuation of handle box pallet 5 advances, revolving force receiving-member 8d departs from rotational force transmitting part 18a and engages.Afterwards, revolving force receiving-member 8d engages with rotational force transmitting part 18b, 18c successively, then departs from engagement; And revolving force receiving-member 8c will engage with rotational force transmitting part 18a, 18b successively, then depart from engagement; Revolving force receiving-member 8b first will engage with rotational force transmitting part 18a, then depart from engagement.
Figure 9 shows that the handle box pallet being provided with handle box that the utility model embodiment one relates to is installed in main body, the structural representation of all revolving force receiving-members and the engagement of corresponding rotational force transmitting part.Finally, as shown in Figure 9, revolving force receiving-member 8a, 8b, 8c, 8d engage with rotational force transmitting part 18a, 18b, 18c, 18d respectively, handle box pallet 5 installation.
For technique scheme, further, if the extreme position that the top of circular cone 20 upward deflects higher than revolving force receiving-member 8, then as shown in Figure 5, when revolving force receiving-member 8 can not cross the peak of circular cone 20, then circular cone 20 can hinder the movement of handle box pallet 5.Now, elastic component can be set in main body 100, for allowing guide mobile at longitudinal direction (that is: X-direction).Handle box with handle box tray in installation process, revolving force receiving-member 8 can apply a downward acting force to circular cone 20, compression elastic piece, circular cone 20 is moved (namely moving down) along the X direction, thus make revolving force receiving-member 8 can cross the peak of circular cone 20 smoothly, arrive the second dip plane 23 of circular cone 20.
And after revolving force receiving-member 8 crosses the peak of circular cone 20, circular cone 20 rebounds and returns to original position under the elastic force effect of elastic component, namely under elastic force effect, edge-X-direction moves (moving up).
Above-mentioned elastic component can, for the parts be made up of resilient material, also can be spring.The present embodiment adopts spring 21, and one end of spring 21 is installed in main body 100, and the other end is connected with circular cone 20.
Further, can also arrange guide part supports plate 15 in main body, above-mentioned elastic component can be installed on guide part supports plate 15, compresses between circular cone 20 and guide part supports plate 15 to enable elastic component.Concrete, one end of elastic component abuts with guide part supports plate 15, and the other end abuts with guide.
Below the process that handle box pallet 5 takes out in main body 100 is described in detail:
Figure 10 a, 10b, 10c, 10d are depicted as in the process that handle box pallet that the utility model embodiment one relates to takes out from figure phase forming apparatus, and circular cone is to the effect schematic diagram of revolving force receiving-member.As shown in Figure 10 a, after revolving force receiving-member 8 and rotational force transmitting part 18 depart from and engage, revolving force receiving-member 8 contacts with the second dip plane 23, and along with the movement of handle box pallet 5, revolving force receiving-member 8 moves along the second dip plane 23 and deflects to-X, Y-direction relative to handle box under the effect of the second dip plane 23, and force circular cone 20 to move in X direction, so that revolving force receiving-member 8 crosses the peak of circular cone 20.After revolving force receiving-member 8 crosses the peak of circular cone 20, as shown in fig. lob, the surface of revolving force receiving-member 8 and the first dip plane 22 of circular cone 20 contact, and disengage with circular cone 20 along with the extraction of handle box pallet 5, as shown in figure l oc, and under gravity, revolving force receiving-member 8 can naturally droop, to make when adjacent rotational force transmitting part 18, the free end of revolving force receiving-member 8 is in the below of adjacent rotational force transmitting part 18.
To sum up, in the process of handle box pallet 5 movement in the-y direction, revolving force receiving-member 8d contacts with circular cone 20d and disengages, contacts with circular cone 20c and disengage, contacts with circular cone 20b and disengage, contact with circular cone 20a and disengage.Revolving force receiving-member 8c contacts with circular cone 20c successively and disengages, contacts and disengage, contact with circular cone 20a and disengage with circular cone 20b.Revolving force receiving-member 8b contacts with circular cone 20b successively and disengages, contacts with circular cone 20a and disengage.Revolving force receiving-member 8a circular cone 20a contacts and disengages.Contact and the process disengaged all can refer to Figure 10 a to Figure 10 c.
In above process, revolving force receiving-member 8 is crossed the process of the peak of circular cone 20 from the second dip plane 23, can apply downward pressure to circular cone 20, impels spring 21 to compress.Further, in order to limit the movement of guide, it is made to move in X direction, in the present embodiment, in main body 100, be also provided with the guide guide rail arranged along the longitudinal direction, this guide guide rail moves along the longitudinal direction for guiding guide, and restricted guidance part transversely moves in direction.
Further, as shown in fig. 10d, when handle box pallet 5 is installed to main body 100, in order to ensure after handle box pallet 5 is installed in main body 100, revolving force receiving-member 8 and rotational force transmitting part 18 can correct engagement, bee-line L1 between rotational force transmitting part 18 and the second dip plane 23, is less than the distance L3 between the contact point of rotational force transmitting part 18 and revolving force receiving-member 8 and the second dip plane 23.
But in the process of pull-out handle box pallet 5, due to L3 > L1, revolving force receiving-member 8 can be stuck between rotational force transmitting part 18 and the second dip plane 23 of circular cone 20, hinders the movement of handle box pallet 5.The present embodiment by arranging elastic component between circular cone 20 and main body 100, make revolving force receiving-member 8 can promote circular cone 20 and move down a segment distance in the X direction, revolving force receiving-member 8 successfully can be deviate from between rotational force transmitting part 18 and the second dip plane 23 of circular cone 20, and then move along the second dip plane 23.When adopting elastic component to ensure that handle box pallet 5 is installed in main body 100, revolving force receiving-member 8 can engage smoothly with rotational force transmitting part 18, meanwhile, when pulling out handle box pallet 5, prevent rotational force transmitting part 18 pairs of revolving force receiving-members 8 from causing interference.
Handle box pallet 5 will be described in the present embodiment from main body 100 taking-up process below, the detailed process that revolving force receiving-member 8 avoids rotational force transmitting part 18 and the second dip plane 23 to interfere.
When revolving force receiving-member 8 moves to the position shown in Figure 10 d, because the gap between rotational force transmitting part 18 and the second dip plane 23 of circular cone 20 is L1, be less than the distance L3 between the contact point of rotational force transmitting part 18 and revolving force receiving-member 8 and the second dip plane 23, therefore, revolving force receiving-member 8 can be interfered.Continue edge-Y-direction and move handle box pallet 5, revolving force receiving-member 8 applies downward thrust to the second dip plane 23, due to main body 100 being provided with flexible member 21, be subject to after revolving force receiving-member 8 applies acting force, circular cone 20 can along vertical direction (direction of X) mobile one end distance, when circular cone 20 moves to solid line position from the dotted line position Figure 10 d, when namely moving to extreme lower position, the distance of movement is H, bee-line between rotational force transmitting part 18 and the second dip plane 23 becomes L2, and meet L2 >=L3, thus allow revolving force receiving-member 8 pass through, take out handle box pallet 5 smoothly.
Figure 11 is the structural representation of the image processing system that the utility model embodiment one relates to.In actual applications, for simplifying structure further, multiple circular cone 20 can be integrated, form a plate, be namely all on a guide, as shown in figure 11, guide is guide plate 25, guide plate 25 is provided with four the first dip plane 22 and four the second dip plane 23.Concrete, guide plate 25 one end in-X-direction is provided with multiple projection, and protruding both sides are respectively the first dip plane 22 and the second dip plane 23, and angle of inclination and the position of each dip plane all can refer to above-described embodiment.
In addition, elastic component can also be provided with between guide plate 25 and back up pad 15, to make guide plate 25 can move freely in X direction in main body 100, guided plate 25 can make a concession certain distance, is convenient to engaging and departing from handle box between revolving force receiving-member and the rotational force transmitting part in main body and engages.
Embodiment 2
Different from above-described embodiment, the present embodiment adopts the guide of another structure, handle box pallet 5 can be installed in main body 100 and in main body 100 smoothly and take out.
Figure 12 is the structural representation of the image processing system that the utility model embodiment two relates to.As shown in figure 12, above-mentioned guide can also be curved bar 30, and curved bar 30 comprises the first tilting bar 31 and the second tilting bar 32, first tilting bar 31 and the second tilting bar 32 and is interconnected, and the two is set angle, and this set angle can be acute angle, right angle or obtuse angle.First tilting bar 31 and the second tilting bar 32 are interconnected the peak of place as guide, and the first tilting bar 31 extends from this peak to the outside of main body 100, then the surface that contacts with the first tilting bar 31 of revolving force receiving-member 8 is as above-mentioned first dip plane; Second tilting bar 32 extends from peak to the inner side of main body 100, then the surface that contacts with the second tilting bar 32 of revolving force receiving-member 8 is as above-mentioned second dip plane.Preferably, between described first tilting bar 31 and described second tilting bar 32 be camber line connection.
Still to be provided with the image processing system of four handle boxes, the quantity of curved bar 30 is four, is disposed side by side in main body 100.Insert in the process of main body 100 at handle box pallet 5, for revolving force receiving-member 8d, revolving force receiving-member 8d first contacts with the first tilting bar 31 in outermost curved bar 30, after the peak crossing curved bar 30, revolving force receiving-member 8d contacts with the second tilting bar 32, and deflect down under the effect of the second dip plane, now, the free end of revolving force receiving-member 8d towards main body 100 inside and cater to rotational force transmitting part 18a, until engage with rotational force transmitting part 18a.Along with handle box pallet 5 is to the further movement in main body 100, revolving force receiving-member 8d departs from rotational force transmitting part 18a and engages, and then contact with the curved bar of three below 30 successively, and relative to the axis tilt of the rotary part in handle box 6 under the effect of each curved bar 30, until engage with rotational force transmitting part 18d.For other revolving force receiving-member 8a, 8b and 8c, its state change process can refer to above-described embodiment.
Compared with prior art, the technical scheme that the present embodiment provides is equally also without the need to adopting complicated control gear, and only adopt curved bar as above as guide, its structure is very simple, after handle box inserts main body, revolving force receiving-member can be realized and engages with rotational force transmitting part, simplify the structure of image processing system, also simplify manufacturing process and the installation procedure of image processing system, further reduce cost.
Further, cross the peak of curved bar 30 smoothly for the ease of revolving force receiving-member 8, the end of curved bar 30 one end can be hinged in main body 100, make curved bar 30 can intersect the parallel plane rotation with in surface of formation with X, Y.Concrete, can one end of the first tilting bar 31 be hinged in main body 100, also one end of the second tilting bar 32 can be hinged in main body 100.Shown in Figure 12 is be hinged in main body 100 one end of the second tilting bar 32.
Concrete, the guide part supports plate 15 for support guide part can be provided with in main body 100, the one end and the hinged fixed part 36 that guide part supports plate 15 are arranged hinged fixed part 36, second tilting bar 32 are hinged in pin joint 33, and curved bar 30 freely can rotate around its pin joint 33.Also be provided with multiple block 37 in main body 100, block 37 is positioned at the top of curved bar 30 second tilting bar 32, for limiting the rotational angle of the second tilting bar 32.The minimum point that described block 37 peak in the X direction need contact with curved bar 30 lower than revolving force receiving-member 8, prevent when handle box 6 is installed to main body 100 or pulls out from main body 100, block 37 pairs of revolving force receiving-members 8 cause interference.
Further, between the second tilting bar 32 and guide part supports plate 15, also elastic component is provided with.In the present embodiment, this elastic component is preferably torsion spring 34, the spring of described torsion spring 34 is arranged in a rotating shaft 38 being fixed on main body 100 sidewall, first elastic tip of torsion spring 34 is resisted against on the guide part supports plate 15 of main body 100, the other end is resisted against the lower surface 32b of the second tilting bar 32 of curved bar 30, and an elastic force is applied to the second tilting bar 32, the second upper surface 32a of the second tilting bar 32 is contacted with block 37, and the position of curved bar 30 is determined.
Figure 13 a, Figure 13 b, Figure 13 c, Figure 13 d are that the handle box pallet that the utility model embodiment two relates to is installed in the process in main body, the engagement process figure of revolving force receiving-member and rotational force transmitting part.As shown in Figure 13 a, 13b, due to revolving force receiving-member 8 with photosensitive-member 9 for universal joint is connected, when revolving force receiving-member 8 gravitates, revolving force receiving-member 8 is in the state of naturally drooping.After ensureing that revolving force receiving-member 8 contacts with the first tilting bar 31, revolving force receiving-member 8 can contact with the first upper surface 31a of the first tilting bar 31, and unsettled end points 35 peak in the X direction of the first tilting bar 31 is positioned at the below of the revolving force receiving-member 8 under the state of naturally drooping.Move handle box pallet 5 along the Y direction, revolving force receiving-member 8 contacts with the first upper surface 31a of the first tilting bar 31 of curved bar 30 at first, revolving force receiving-member 8 is along with the movement of handle box pallet 5 simultaneously, and the first upper surface 31a along the first tilting bar 31 moves.
As shown in Figure 13 c, 13d, continue to promote handle box pallet 5, revolving force receiving-member 8 can cross the peak of curved bar 30, contact with the second upper surface 32a of the second tilting bar 32, and towards Y-direction and X-direction deflection certain angle under the effect of the second tilting bar 32, facilitate the engagement between revolving force receiving-member 8 and rotational force transmitting part 18.
Because handle box can only move along Y-direction, can not move in X direction, if the peak of the coupling part between the first tilting bar 31 and the second tilting bar 32 is too high, revolving force receiving-member 8 can be made to cross peak.In the structure of the present embodiment, torsion spring 34 is set below curved bar 30, then during the peak of revolving force receiving-member 8 close to curved bar 30, revolving force receiving-member 8 can apply a downward acting force to curved bar 30, under the effect of this acting force, curved bar 30 can rotate counterclockwise around pin joint 33, thus the peak of curved bar 30 is reduced, then revolving force receiving-member 8 can cross peak smoothly.After revolving force receiving-member 8 crosses peak, under the elastic force effect of torsion spring 34, curved bar 30 dextrorotation rotates back into initial position, not affect the engagement of revolving force receiving-member 8 and rotational force transmitting part 18.
Figure 14 a, Figure 14 b, Figure 14 c, Figure 14 d be the handle box pallet that relates to of the utility model embodiment two from the process that main body is taken out, curved bar is to the effect schematic diagram of revolving force receiving-member.With reference to Figure 14 a to Figure 14 d, when description handle box pallet 5 is taken out from main body 100, the mechanism of rotational force transmitting part 18 and curved bar 30 pairs of revolving force receiving-members 8.
As shown in figures 14a, when starting edge-Y-direction and pulling handle box pallet 5, the revolving force receiving-member 8 and the rotational force transmitting part 18 that are in engagement depart from engagement, under gravity, revolving force receiving-member 8 contacts with the second tilting bar 32 of curved bar 30, and slides at the second upper surface 32a of the second tilting bar 32 along-Y-direction along with the movement of handle box pallet 5.Continue mobile handle box pallet 5, revolving force receiving-member 8 can apply an acting force to the second tilting bar 32 of curved bar 30, under the effect of this acting force, curved bar 30 can be rotated counterclockwise certain angle around pin joint 33, the peak of curved bar 30 is reduced, facilitates revolving force receiving-member 8 to cross the peak of curved bar 30.
As shown in fig. 14b, revolving force receiving-member 8 is crossed the peak of curved bar 30 and is contacted with the first upper surface 31a of the first tilting bar 31 of curved bar 30, and slides in the first upper surface 31a edge-Y-direction of the first tilting bar 31.
Finally, as shown in figure 14 c, revolving force receiving-member 8 can depart from and the contacting of curved bar 30, and is in the state naturally drooped.
Handle box pallet 5 will be described below in detail from main body 100 taking-up process, the detailed process that revolving force receiving-member 8 avoids rotational force transmitting part 18 and the second tilting bar 32 to interfere.
As shown in Figure 14 d, when revolving force receiving-member 8 moves to position shown in Figure 14 d, the second upper surface 32a and the rotational force transmitting part 18 of the meeting of revolving force receiving-member and the second tilting bar 32 contact.
In order to ensure after handle box pallet 5 is installed in main body 100, revolving force receiving-member 8 and rotational force transmitting part 18 can correct engagement, bee-line L1 between rotational force transmitting part 18 and the second dip plane 23, is less than the distance L3 between the contact point of rotational force transmitting part 18 and revolving force receiving-member 8 and the second dip plane 23.
But, in the process of taking-up handle box pallet 5 in main body 100, when revolving force receiving-member 8 moves to the position shown in Figure 13 d, due to L1<L3, therefore, revolving force receiving-member 8 cannot by the gap between rotational force transmitting part 18 and the second tilting bar 32, thus cause handle box pallet 5 to take out smoothly.When continuing mobile handle box pallet 5, rotational force transmitting part 18 can apply a resistance to revolving force receiving-member 8, due to revolving force receiving-member 8 with handle box 6 for universal shaft is connected, can swing along any direction around the rotation of photosensitive-member 9, therefore, the resistance be subject to can be delivered on the second tilting bar 32 of curved bar 30 by revolving force receiving-member 8, owing to being provided with torsion spring 34 between the guide part supports plate 15 in the second tilting bar 32 of curved bar 30 and main body 100, and curved bar 30 can rotate around pin joint 33, after curved bar 30 is subject to the acting force of revolving force receiving-member 8 transmission, curved bar 30 can rotate to an angle from the dotted line position court-Y-direction Figure 14 d around pin joint 33, when rotating to maximum angle, bee-line between rotational force transmitting part 18 and the second upper surface 32a of the second tilting bar 32 becomes L2, and meet L2 >=L3, thus allow revolving force receiving-member 8 pass through smoothly, the acting force of revolving force receiving-member 8 to the second tilting bar 32 also disappears thereupon, under the effect of torsion spring 34, curved bar 30 can get back to the dotted line position shown in Figure 14 d.
Figure 15 is the structural representation of the another kind of image processing system that the utility model embodiment two relates to, and Figure 16 a, Figure 16 b are the structural representation of another curved bar that the utility model embodiment two relates to.Certainly, as shown in Figure 15, Figure 16 a, Figure 16 b, those skilled in the art is according to the content of the present embodiment, also be easy to expect by described curved bar and torsion spring reverse, that is: the first tilting bar 31 in curved bar 30 is hinged in main body 100, its pin joint is also referred to as pin joint 33, and curved bar 30 can rotate around pin joint 33, also can reach same object.
Or, linear springs can also be adopted to be arranged between curved bar 30 and main body 100, curved bar 30 can be moved in X-direction, equally also can reach identical object.Or those skilled in the art also can adopt other mode to realize the function of above-mentioned guide, and the present embodiment does not limit.
Embodiment 3
The present embodiment provides the guide of another structure, handle box pallet 5 can be installed in main body 100 and in main body 100 smoothly and take out.
Figure 17 is the structural representation of the image processing system that the utility model embodiment three relates to.As shown in figure 17, above-mentioned guide can also for being arranged side by side multiple guide plate of protruding 41 40, and projection 41 is arranged on the top of guide plate 40, and the both sides, top of each protruding 41 are provided with the first contrary dip plane 22 and the second dip plane 23 of vergence direction.Wherein, the top of the first dip plane 22 from protruding 41 tilts towards the outside of main body 100, and the second dip plane 23 tilts from the top of projection 41 towards the inner side of main body 100.The position that first dip plane 22 and the second dip plane 23 link up mutually is the peak of whole guide plate 40, the namely above-mentioned top of protruding 41.The top of protruding 41 can be most advanced and sophisticated, also can be plane, or the curved surface that the gradient is comparatively delayed.
Figure 18 a, 18b, 18c, 18d are that the handle box pallet that the utility model embodiment three relates to is installed in the process in main body, the engagement process figure of revolving force receiving-member and rotational force transmitting part.Still to be provided with the image processing system of four handle boxes, the quantity of the projection 41 that guide plate 40 is arranged is four.Insert in the process of main body 100 at handle box pallet 5, for revolving force receiving-member 8d, revolving force receiving-member 8d contacts with first dip plane 22 of outermost protruding 41 at first, after the top of crossing protruding 41, revolving force receiving-member 8d contacts with the second dip plane 23, and deflect down under the effect of the second dip plane 23, the free end of revolving force receiving-member 8d towards and cater to the free end of rotational force transmitting part 18a, until engage with revolving force receiving-member 18a.Along with handle box pallet 5 is to the further movement in main body 100, revolving force receiving-member 8d can depart from rotational force transmitting part 18a and engages.
With above-described embodiment unlike, revolving force receiving-member 8d is with in the out-of-gear process of rotational force transmitting part 18a, along with the further installation of handle box pallet, revolving force receiving-member 8d can swing towards the direction contrary with handle box pallet 5 installation direction relative to handle box 6, and then to depart from rotational force transmitting part 18a and engage, and contact with the first dip plane 22 of adjacent protrusion 41 inside rotational force transmitting part 18a, then the top of adjacent protrusion 41 is crossed, and under the effect of the second dip plane 23 of adjacent protrusion 41, the free end of revolving force receiving-member 8d towards and cater to the free end of rotational force transmitting part 18b, along with the further installation of handle box pallet 5, revolving force receiving-member 18a engages with rotational force transmitting part 18b.In like manner, for other revolving force receiving-member 8a, 8b and 8c, its engagement and out-of-gear process process same as above.
Further, can engage with rotational force transmitting part 18 smoothly for the ease of revolving force receiving-member 8, need to limit the height on protruding 41 tops, namely this projection 41 peak lower than, revolving force receiving-member 8 is when longitudinally upwards (namely-X-direction) swings to extreme position, revolving force receiving-member 8 guide plate 40 minimum point in the plane, with the normal movement making the top of protruding 41 not interfere revolving force receiving-member 8.
Figure 19 a, 19b, 19c be the handle box pallet that relates to of the utility model embodiment three from the process that main body is taken out, the engagement process figure of revolving force receiving-member and rotational force transmitting part.With reference to Figure 19 a to Figure 19 c, for 8d, when detailed description handle box pallet 5 is taken out from main body 100, the mechanism of rotational force transmitting part 18 and guide plate 40 pairs of revolving force receiving-members 8.
As shown in figure 19a, when starting edge-Y-direction and pulling handle box pallet 5, the revolving force receiving-member 8d and the rotational force transmitting part 18d that are in engagement depart from engagement, and before revolving force receiving-member 8d and rotational force transmitting part 18d departs from engagement completely, revolving force receiving-member 8d can contact the second dip plane 23 first and outside rotational force transmitting part 18d, and slides on the second dip plane 23 along-Y-direction along with the movement of handle box pallet 5.Then, revolving force receiving-member 8d can cross the top of protruding 41, and the first dip plane 22 of the second dip plane 23 adjacent outer contacts, and slides on the first dip plane 22 along-Y-direction along with the movement of handle box pallet 5.Revolving force receiving-member 8d is under the guide effect of the first dip plane 22, and meeting and the rotational force transmitting part 18c outside it are meshed.So, rotational force transmitting part 18 pairs of revolving force receiving-members 8 can be avoided to be formed and to interfere, thus hinder handle box pallet 5 to take out from main body.
In order to ensure after handle box pallet 5 is installed in main body 100, revolving force receiving-member 8 and rotational force transmitting part 18 can correct engagement, bee-line L1 between rotational force transmitting part 18 and the second dip plane 23, is less than the distance L3 between the contact point of rotational force transmitting part 18 and revolving force receiving-member 8 and the second dip plane 23.Meanwhile, in the process of taking out from main body to make handle box pallet 5, revolving force receiving-member 8 can engage by box rotational force transmitting part 18 smoothly smoothly, bee-line L4 between rotational force transmitting part 18 and the first dip plane 22, is less than the distance L5 between the contact point of rotational force transmitting part 18 and revolving force receiving-member 8 and the first dip plane 22.
Therefore, in the process that handle box pallet 5 takes out from main body, then revolving force receiving-member 8 departs from engagement by engaging with the rotational force transmitting part 18 outside it, effectively avoid the interference of rotational force transmitting part 18 pairs of revolving force receiving-members 8, handle box pallet 5 can be taken out smoothly.
Figure 20 is the structural representation of another guide plate that the utility model embodiment three relates to.Certainly, those skilled in the art is according to the content of the present embodiment, also be easy to expect that the guide plate by described replaces with rod-like structure, stock 50 as shown in figure 20, wherein, stock 50 is provided with four the first dip plane 22 and four the second dip plane 23, between each first dip plane 22 and the second dip plane 23, there is a top.
Compared with prior art, the technical scheme that the present embodiment provides is equally also without the need to adopting complicated control gear, and only adopt guide plate as above or stock as guide, its structure is very simple, handle box pallet 5 can not only be made to be installed to after in main body, revolving force receiving-member and rotational force transmitting part engage smoothly, and can ensure that handle box pallet takes out smoothly from main body.
Last it is noted that above each embodiment is only in order to illustrate the technical solution of the utility model, be not intended to limit; Although be described in detail the utility model with reference to foregoing embodiments, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of each embodiment technical scheme of the utility model.
Claims (23)
1. an image processing system, is characterized in that, comprising: main body and the movable handle box be plugged in main body; The inwall of described main body is provided with rotational force transmitting part; The end of described handle box is provided with revolving force receiving-member, and described revolving force receiving-member is connected with the end of handle box by universal joint;
The inwall of described main body be also provided with in handle box installation process to the guide that revolving force receiving-member leads, described guide engages with rotational force transmitting part for guiding described revolving force receiving-member relative to handle box deflection.
2. image processing system according to claim 1, is characterized in that, described guide is provided with dip plane, and described dip plane is used for contacting with described revolving force receiving-member to guide described revolving force receiving-member to deflect in handle box installation process.
3. image processing system according to claim 2, it is characterized in that, described dip plane comprises the first dip plane of guiding revolving force receiving-member to upward deflect and for guiding revolving force receiving-member to deflect down the second dip plane to engaging with rotational force transmitting part.
4. image processing system according to claim 3, is characterized in that, the junction of described first dip plane and the second dip plane has a peak.
5. image processing system according to claim 3, is characterized in that, is also provided with for ordering about the elastic component of described guide in longitudinal direction movement in described main body.
6. image processing system according to claim 5, is characterized in that, described main body medial surface is provided with the guide part supports plate for supporting described guide, and described elastic component one end abuts with described guide part supports plate, and the other end abuts with described guide.
7. image processing system according to claim 5, is characterized in that, described guide is circular cone, and described first dip plane tilts from the top of circular cone towards the outside of main body, and the second dip plane tilts from the top of circular cone towards the inner side of main body.
8. image processing system according to claim 7, is characterized in that, described elastic component is spring.
9. image processing system according to claim 8, is characterized in that, the guide guide rail arranged along the longitudinal direction in addition in described main body, described guide guide rail restricted guidance part transversely moves in direction.
10. image processing system according to claim 5, is characterized in that, described guide is curved bar, and described curved bar comprises the first tilting bar and the second tilting bar that are interconnected to set angle.
11. image processing systems according to claim 10, is characterized in that, the surface that described first tilting bar contacts with revolving force receiving-member is as described first dip plane; The surface that second tilting bar contacts with revolving force receiving-member is as described second dip plane.
12. image processing systems according to claim 11, is characterized in that, described elastic component is torsion spring, and the spring of described torsion spring is arranged in a rotating shaft be fixed in main body.
13. image processing systems according to claim 12, is characterized in that, described main body inner wall is also provided with the block for limiting described curved bar rotational angle.
14. image processing systems according to claim 3, it is characterized in that, bee-line between described rotational force transmitting part and the second dip plane, is less than the distance between the contact point of described rotational force transmitting part and revolving force receiving-member and the second dip plane.
15. image processing systems according to claim 4, it is characterized in that, be fit in the process of main body at handle box, described revolving force receiving-member first contacts with the first dip plane, cross described first dip plane when revolving force receiving-member to contact with the second dip plane with after the peak between the second dip plane, the described second dip plane free end of guiding described revolving force receiving-member is fixed on end in handle box closer to the described rotational force transmitting part be arranged in main body than it.
16. according to the arbitrary described image processing system of claim 3 to 15, and it is characterized in that, also comprise the handle box pallet that can be plugged in main body, described handle box pallet is for installing multiple handle box; Be provided with multiple rotational force transmitting part in main body, and be correspondingly provided with multiple the second dip plane for guiding described revolving force receiving-member to engage with described rotational force transmitting part.
17. image processing systems according to claim 16, it is characterized in that, being provided with the escape groove that the installation direction of multiple edge perpendicular to described handle box pallet extends at the sidewall of described handle box pallet, when being fit into described handle box pallet for making handle box, allowing the free end of described revolving force receiving-member to expose outside described handle box pallet.
18. according to the arbitrary described image processing system of claim 1-5, it is characterized in that, described guide is a guide plate, and described guide plate is provided with multiple projection continuously, and the both sides, top of each projection are respectively arranged with the first contrary dip plane of vergence direction and the second dip plane.
19. image processing systems according to claim 18, it is characterized in that, bee-line between described rotational force transmitting part and the second dip plane, is less than the distance between the contact point of described rotational force transmitting part and revolving force receiving-member and the second dip plane; Bee-line between described rotational force transmitting part and the first dip plane, is less than the distance between the contact point of described rotational force transmitting part and revolving force receiving-member and the first dip plane.
20. image processing systems according to claim 19, it is characterized in that, described handle box pallet is from the process that described main body is dismantled, after the revolving force receiving-member of body interior and the rotational force transmitting part of corresponding engagement depart from and engage, after engaging with adjacent rotational force transmitting part successively, depart from engagement.
21. image processing systems according to claim 16, is characterized in that, the quantity of described guide is multiple.
22. image processing systems according to claim 21, it is characterized in that, described handle box pallet is from the process that described main body is dismantled, after the revolving force receiving-member of body interior and the rotational force transmitting part of corresponding engagement depart from and engage, revolving force receiving-member due to Action of Gravity Field freely sagging, to make through adjacent rotational force transmitting part, the free end of described revolving force receiving-member is in the below of described adjacent rotational force transmitting part.
23. image processing systems according to claim 16, is characterized in that, the both sides of described main body are provided with handle box tray support, and described handle box tray support arranges guide rail, for supporting and the installation of boot process box pallet.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520692072.7U CN205015615U (en) | 2015-09-08 | 2015-09-08 | Image forming device |
| PCT/CN2016/090211 WO2017008764A1 (en) | 2015-07-16 | 2016-07-15 | Image formation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520692072.7U CN205015615U (en) | 2015-09-08 | 2015-09-08 | Image forming device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205015615U true CN205015615U (en) | 2016-02-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520692072.7U Expired - Fee Related CN205015615U (en) | 2015-07-16 | 2015-09-08 | Image forming device |
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| CN (1) | CN205015615U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017008764A1 (en) * | 2015-07-16 | 2017-01-19 | 珠海艾派克科技股份有限公司 | Image formation device |
| CN109964178A (en) * | 2016-11-09 | 2019-07-02 | 惠普打印机韩国有限公司 | Imaging device |
| US10969730B2 (en) | 2019-02-25 | 2021-04-06 | Canon Kabushiki Kaisha | Image forming apparatus and image forming unit |
-
2015
- 2015-09-08 CN CN201520692072.7U patent/CN205015615U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017008764A1 (en) * | 2015-07-16 | 2017-01-19 | 珠海艾派克科技股份有限公司 | Image formation device |
| CN109964178A (en) * | 2016-11-09 | 2019-07-02 | 惠普打印机韩国有限公司 | Imaging device |
| US10969730B2 (en) | 2019-02-25 | 2021-04-06 | Canon Kabushiki Kaisha | Image forming apparatus and image forming unit |
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| CP03 | Change of name, title or address | ||
| CP03 | Change of name, title or address |
Address after: 519075, Guangdong District, Xiangzhou, Zhuhai Avenue, No. 01, building 3883, 2 floor, 7 floor, B District, 02, 03, 04, 1, 2, 3, 4, 5, 05, Zhuhai Patentee after: NINESTAR Corp. Address before: 6, 519075 A District, 4 buildings, 63 North Pearl Road, Zhuhai, Guangdong Patentee before: APEX TECHNOLOGY Co.,Ltd. |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160203 |