CN201407255Y - panel binding member - Google Patents

Abstract

A panel combining component comprises a fixing piece and a combining piece, wherein the fixing piece is arranged on a side plate and provided with an actuating body, a hollow cavity with an unequal-diameter curved surface is arranged in the actuating body, the combining piece is arranged on a panel, the combining piece is provided with a buckling mechanism, when the buckling mechanism enters the hollow cavity of the actuating body and the actuating body rotates, the buckling mechanism is combined with the actuating body, the buckling mechanism moves along the unequal-diameter curved surface on the inner side part of the actuating body to generate a stroke, and then the panel is pulled to be combined with the side plate. The design of combining the non-equal-diameter curved surface in the actuating body and the buckling mechanism enables the panel and the side plate to be tightly combined and easy to separate.

Description

panel binding member

technical field

The utility model relates to a combination component, in particular to a panel combination component for combining a panel with a side panel.

Background technique

The traditional drawer is used to store or store items. The drawer is movably accommodated in a cabinet body. The drawer has a door panel and a plurality of side panels. The door panel is fixed to the side panels to form a drawer structure.

The traditional combination of door panels and side panels cannot be separated from clamping, gluing, or binding. However, the aforementioned combination methods are somewhat complicated and inconvenient. In order to simplify the combination method, a panel combination component is provided.

The panel combining member includes a supporting piece, a holding piece and a connecting piece. The supporting piece is fixed at the side plate, and the holding piece is arranged at the supporting piece. The holding piece has an adjusting plate, a front and rear adjusting spring, an up and down adjusting button and A hook setting part, the adjustment piece is arranged on the holder in a movable relationship, the front and rear adjustment springs are arranged on the adjustment piece in a movable relationship, the up and down adjustment buttons penetrate the adjustment piece and the holder, and the relationship between the eccentric movement makes the adjustment piece Relative to the holder moving up and down, the hook setting part is connected to the front and rear adjustment springs.

The joint is fixed on the door panel. One end of the joint has a guiding arm, and the guiding arm has a hook hole. When the guiding arm extends to the adjustment piece, the hooking part is hooked in the hooking hole, and the spring is adjusted back and forth to pull the hooking part. To force the combination part to move back and forth relative to the holding part, the combination part has a left and right adjustment button. When the left and right adjustment buttons are turned, the ends of the left and right adjustment buttons push against the adjustment plate so that the combination part moves left and right relative to the holding part.

Since the panel and the side panels need to be closely fitted, a pulling force must be provided by the front and rear adjustment springs so that the panel and the side panels can be tightly fitted. Since the front and rear adjustment springs have certain tension and tension, considerable external force is required to actuate the front and rear adjustment springs, making it difficult to be actuated. The factors make it difficult for the panel to be disassembled and replaced, and the existing panel joint components are composed of many components, and each structure is too complicated, so it is quite inconvenient to use.

Utility model content

Due to the certain tension and tension of the front and rear adjustment springs of the existing panel joint member, once the hook part is combined with the joint part, the panel is not easy to be disassembled and replaced by the side plate, and the existing panel joint member consists of many components , causing its structure to be too complicated, making it inconvenient to use. In view of the above problems, the purpose of this utility model is to provide a panel joint member, which can simplify the joint and separation of the panel and side panels, and at the same time reduce the composition of the panel joint member and simplify its structure, so that it can be used in It is convenient to use.

In order to achieve the above purpose, the utility model provides a panel combining member for assembling a panel on a side panel, which is characterized in that it includes:

A holder, the holder is installed on the side plate, the holder includes a housing and a first axial eccentric actuating body, the housing has at least a first inlet, the first axial eccentric actuating body The body can be rotatably arranged in the casing and corresponds to the first inlet, and the first axial eccentric actuating body has a hollow chamber with a non-isodiametric curved surface, and an opening extends from one end of the non-isodiametric curved surface and a card slot; and

A combination piece, the combination piece is installed on the panel, the combination piece has a fixing part and a guide arm, and the front end of the guide arm has a buckle structure;

Wherein, the guide arm is inserted into the first inlet, and the guide arm extends into the non-equal-diameter curved surface through the opening, so that the buckle structure enters the non-iso-diameter curved surface, and when the first axial eccentric actuating body When being rotated, the buckle structure passes through the slot on the actuating body and moves along the non-equal curved surface to generate a stroke, and then pulls the panel to be combined with the side panel.

The above-mentioned panel combining member, wherein, also has a support member, the support member is installed on the side plate, and the holder is installed at the support member, wherein the support member has a third axial hole, and the The panel coupling member further has a third axial actuating body, which is rotatably arranged in the casing, and the third axial actuating body has a locking part, and the locking part When the third axial actuator is rotated, the third axial actuator pulls the casing so that the casing moves relative to the supporting member.

In the above-mentioned panel combining member, the housing has a third through hole, and the third axial actuator is located in the third through hole so as to be exposed outside the housing.

The above-mentioned panel joint member, wherein, the support member has a second axial guide hole, and the second axial guide hole extends into the housing; the panel joint member further has a second axial actuator, and the second axial guide hole The axial actuating body is rotatably arranged in the housing, the second axial actuating body has an eccentric part, the periphery of the eccentric part contacts the inner wall of the second axial guiding hole, and the second axial actuating body The body is rotated, the eccentric part pushes against the inner wall of the second axial guide hole, so that the housing moves relative to the support member, and the housing further has a second stopper and a second through hole, the second The axial actuating body has a protruding portion, and the protruding portion can be selectively locked against the second blocking portion. The second axial actuating body is located in the second through hole to be exposed outside the casing.

In the above-mentioned panel coupling member, the housing has at least one first stopper, the first axial eccentric actuating body has a plurality of stopper teeth, and the stopper teeth can selectively engage the first stopper.

In the above-mentioned panel combining member, the casing has a first through hole, and the first axial eccentric actuating body is located in the first through hole so as to be exposed outside the casing.

The above-mentioned panel combining member, wherein, the retainer also has a movable arm and a compression spring, the first axial eccentric actuator has a connection end, the movable arm is connected to the connection end, and can be connected with the first The axial eccentric actuating body moves together, and the two ends of the compression spring are respectively connected to the connecting end and the movable arm for pulling the first axial eccentric actuating body to rotate.

In order to achieve the above purpose, the utility model also provides a panel combining member for assembling a panel on a side panel, which is characterized in that it includes:

A holder, the holder is installed on the side plate, the holder includes a housing and a first axial eccentric actuator, the housing has an inlet, the first axial eccentric actuator can rotate is disposed in the casing and corresponds to the inlet, and the first axial eccentric actuating body has a non-isometric curved surface, and the actuating body has an opening and a snap hook connected with the opening;

A joint, the joint is installed on the panel, the joint has a fixing part and a guide arm, the front end of the guide arm is provided with a buckle mechanism, and the buckle mechanism has a buckle hole;

Wherein, the buckle hole of the guide arm is hooked to the buckle hook of the non-equal-diameter curved surface of the first axial eccentric actuating body, when the first axial eccentric actuating body is rotated, the guide arm moves along the The buckle hook moves along the non-equal-diameter curved surface to generate a stroke, and then pulls the panel to be combined with the side panel.

The above-mentioned panel joint member, wherein the joint member has a third axial adjustment hole therethrough; and

The panel combining member further has a third axial actuating body, the third axial actuating body is disposed in the third axial adjusting hole, and one end of the third axial actuating body contacts the housing When the third axial actuating body is rotated, the end pushes against the inner wall surface, so that the coupling part moves relative to the housing.

The above-mentioned panel combination member further has a support, the support is installed on the side plate, and the holder is installed at the support, wherein the support has a hole, and the housing has a bias position hole, and the panel bonding member further has a second axial deflector and a screw, the second axial deflector has a deflected hole, the screw passes through the deflected hole, and is screwed to the hole, Rotate the second axial deflector to move the housing relative to the support.

In the above-mentioned panel combining member, the housing has a through hole, and the first axial eccentric actuating body is located in the through hole so as to be exposed outside the housing.

The above-mentioned panel combining member, wherein, the retainer also has a movable arm and a compression spring, the first axial eccentric actuator has a connection end, the movable arm is connected to the connection end, and can be connected with the first The axial eccentric actuating body moves together, and the two ends of the compression spring are respectively connected to the connecting end and the movable arm for pulling the first axial eccentric actuating body to rotate.

The effect of the utility model is that the panel joint member is combined by the actuating body with non-equal-diameter curved surface and the buckle mechanism of the joint. When the active body is rotated, the joint produces a stroke, and then the panel and The side plates can be tightly combined; when the actuating body is reversed, the combination will produce a reverse stroke, so that the panel and the side plate can be separated. For this reason, the design of the non-equal diameter surface replaces the existing front and rear adjustment springs, so that the panel and the side plate can be separated. The combination and separation of the side panels are simplified, and at the same time, the composition of the combination components of the panel is reduced, and its structure is simplified, so that it is convenient to use.

The utility model will be described in detail below in conjunction with the accompanying drawings and specific embodiments, but not as a limitation of the utility model.

Description of drawings

Fig. 1 is a three-dimensional exploded view of the first embodiment of the panel joint member of the present invention;

Fig. 2 is a three-dimensional appearance view of the first embodiment of the panel combining member of the present invention;

Fig. 3A is a schematic diagram of the action of the first embodiment of the panel combining member of the present invention;

Fig. 3B is another action schematic diagram of the first embodiment of the panel combining member of the present invention;

Fig. 4 is a three-dimensional schematic view of the first embodiment of the panel combining member of the present invention combining a door panel and a side panel;

Fig. 5 is a three-dimensional exploded view of the second embodiment of the panel combining member of the present invention;

Fig. 6 is a perspective view of the second embodiment of the panel combining member of the present invention;

Fig. 7A is a schematic diagram of the action of the second embodiment of the panel combining member of the present invention;

Fig. 7B is another action schematic diagram of the second embodiment of the panel combining member of the present invention;

Fig. 8 is a three-dimensional schematic diagram of a second embodiment of the panel combining member of the present invention combining a door panel and a side panel;

Fig. 9 is a three-dimensional exploded view of the third embodiment of the panel combining member of the present invention;

FIG. 10A is a schematic diagram of the action of the third embodiment of the panel bonding member of the present invention; and

FIG. 10B is a schematic diagram of the operation of the third embodiment of the panel combining member of the present invention.

Among them, reference signs

10 supports

11 The third axis guide hole

12 bent pieces

13 Second axial guide hole

20 holders

21 shell

210 First Entrance

211 Second Entrance

212 first piercing

213 second piercing

214 third piercing

215 first cover

216 second cover

217 first block

218 second block

219 binding column

22 The first axial eccentric actuator

220 hollow chamber

221 openings

222 non-equal diameter surface

223 card slot

224 connection terminal

23 The third axial actuator

230 cards arrived

24 Second axial actuator

240 eccentric part

241 protrusion

242 gasket

25 movable arm

251 guide rail

26 compression springs

27 locks

30 binding pieces

31 fixed end

32 guide arm

33 buckle structure

34 neck

35 lead slope

40 side panels

41 panels

50 supports

51 second axial guide groove

52 holes

60 holders

61 shell

610 entrance

611 perforations

613 offset hole

614 guide block

615 first cover

616 second cover

62 first axial eccentric actuator

621 snap hook

63 second axial deflector

630 partial hole

631 auxiliary film

632 through holes

633 screw

70 joints

71 fixed end

72 guide arm

73 buckle mechanism

730 buckle hole

74 The third axial adjustment hole

75 third axial actuator

40 side panels

41 panels

620 non-equal diameter surface

Detailed ways

Below in conjunction with accompanying drawing, structural principle and working principle of the present utility model are specifically described:

As shown in FIG. 1 and FIG. 4 , it is a perspective view of the first embodiment of the panel coupling member of the present invention. For ease of description, the X, Y, Z and axial directions marked in the figure are respectively the first axial direction, the third axial direction and the second axial direction, and the third axial direction, the second axial direction and the first axial direction are mutually vertical. The panel combining member is applied to a side panel 40 and a panel 41 , and the panel combining member includes a supporting part 10 , a holding part 20 and a connecting part 30 .

The support member 10 is installed on the side plate 40 , the support member 10 has a third axial hole 11 , one end of the support member 10 has a bent piece 12 , and the bent piece 12 has a second axial hole 13 .

The holder 20 includes a housing 21 , a first axial eccentric actuator 22 , a third axial actuator 23 and a second axial actuator 24 .

The housing 21 is mounted on the support member 10, and the housing has 21—a first inlet 210 and a second inlet 211, the second inlet 211 allows the bending piece 12 to enter the housing 21 through the second inlet 211, the housing 21 has a first through hole 212, a second through hole 213 and a third through hole 214, the first through hole 212 is adjacent to and communicates with the first entrance 210, the second through hole 213 is adjacent to and communicates with the second entrance 211, and the third through hole 214 Located between the first through hole 212 and the second through hole 213 and opposite to the third axial guide hole 11 , the casing 21 is composed of a first cover 215 and a second cover 216 . The casing 21 has at least one first blocking portion 217 and at least one second blocking portion 218. The first blocking portion 217 is adjacent to the first inlet 210 and is located on the first cover 215. The second blocking portion 218 is adjacent to the second blocking portion 218. Two through holes 213 are located on the second cover 216 .

The first axial eccentric actuator 22 is rotatably arranged in the casing 21, and corresponds to the first inlet 210, and is located between the first through holes 212 to be exposed outside the casing 21 for easy adjustment. The eccentric actuating body 22 has a hollow chamber 220 , an opening 221 , and a slot 223 connected to the opening 221 . The hollow chamber 220 has a non-isodiametric curved surface 222 inside, and one end of the non-isodiametric curved surface 222 extends to the opening 221 and the slot 223 to prevent the actuating body 22 from being rotated beyond its design.

The third axial actuating body 23 is arranged in the housing 21 and is located in the third through hole 214 to expose the housing 21 for easy adjustment. The contact portion 230 is locked against the third axial guide hole 11 .

The second axial actuator 24 is rotatably arranged in the casing 21, and corresponds to the second inlet 211, and is exposed between the second through holes 213 to be exposed outside the casing 21 for easy adjustment. One end of the actuating body 24 passes through a gasket 242 and is disposed in the second through hole 213. The second axial actuating body 24 has an eccentric portion 240, and the center of the eccentric portion 240 is aligned with the center of the second axial actuating body 24. The center is non-concentric, the periphery of the eccentric part 240 contacts the inner wall of the second axial guide hole 13, and one end of the second axial actuator 24 has a protrusion 241, and the protrusion 241 can be selectively locked against the second blocking part 213, In order to prevent the second axial actuating body 24 from being rotated beyond its design.

One end of the joint 30 has a fixed end 31, the fixed end 31 is fixed on the panel 41, the other end of the joint 30 has a guide arm 32, and the front end of the guide arm 32 has a buckle mechanism 33, so that the buckle mechanism 33 and the fixed A neck 34 is formed between the ends 31 .

As shown in FIG. 2 , FIG. 3A and FIG. 3B , they are schematic diagrams of the first embodiment of the panel combining member of the present invention. When the guide arm 32 is inserted into the first inlet 210, and extends into the non-isodiametric curved surface 222 through the opening 221, so that the buckle mechanism 33 enters the non-isodiametric curved surface 222 through the slot 223, and the rotation of the first axial direction moves eccentrically. body 22, the buckle mechanism 33 passes through the slot 223 and moves along the non-isometric curved surface 222 of the hollow chamber 220 to generate a stroke, and then pulls the panel 41 to be combined with the side plate 40, even if the coupling part 30 is relative to the first axial direction move.

When the second axial actuator 24 is rotated, the eccentric part 240 pushes against the second axial guide hole 213, so that the casing 21 moves relative to the second axial direction, and when the third axial actuator 23 is rotated , the housing 21 is pulled by the third axial actuator 23 to move the housing 21 relative to the third axial direction, that is, the housing 21 moves relative to the support member 10 .

As in the above structure, the utility model utilizes at least one rotary knob, that is, the rotation of the first axial eccentric actuator 22, the second axial actuator 24 and the third axial actuator 23, to achieve the combination of side plates 40 and the panel 41, and at the same time adjust the position of the panel 41 relative to the side plate 40 in the third axial direction, the second axial direction and the first axial direction, and one of the knobs has a design of non-equal curved surface, so that the panels can be relatively The side plate produces a stroke, and the panel and the side plate can be tightly combined and separated easily. Therefore, the design of a non-equal-diameter curved surface knob can reduce the number of parts of the panel joint components and simplify the complexity of each component. Make it convenient to use.

As shown in FIG. 5 and FIG. 8 , it is a schematic diagram of a second embodiment of the panel combining member of the present invention. The panel combining member includes a supporting part 50 , a holding part 60 and a connecting part 70 .

The supporting member 50 is installed on the side plate 80 , and the supporting member 50 has a second axial guide groove 51 and a hole 52 .

The holder 60 has a housing 61, a first axial eccentric actuator 62 and a second axial deflector 63, one end of the housing 61 has an inlet 610, the housing 61 has a through hole 611, the housing 61 The other end of the housing 61 has an offset hole 613, and the housing 61 has a guiding protrusion 614, which protrudes into the second axial guide groove 51, so that the housing 61 moves along the second axial direction , the casing 61 is composed of a first cover 615 and a second cover 616 .

The first axial eccentric actuating body 62 is rotatably arranged on the casing 61 and corresponds to the inlet 610, and in the through hole 611, the first axial eccentric actuating body 62 has a non-isometric curved surface 620, and the non-isodiametric curved surface 620 There is an opening and a buckle hook 621 connected to the opening.

The second axial deflection piece 63 is eccentrically rotatably arranged in the deflection hole 613, the peripheral edge of the second axial deflection piece 63 pushes against the inner wall of the deflection hole 613, and the second axial deflection piece 63 has a The offset hole 630, the center of the offset hole 630 and the second axial offset sheet are non-concentric, and there is another auxiliary sheet 631, the auxiliary sheet 631 has a through hole 632, the center of the through hole 632 and the auxiliary sheet 631 are non-concentric, A screw 633 passes through the through hole 632 and the offset hole 630 , and is screwed to the hole 52 , so that the second axial deflector 63 is mounted on the support member 50 .

One end of the joint 70 has a fixed end 71, the fixed end 71 is fixed on a panel 81, the other end of the joint 70 has a guide arm 72, the front end of the guide arm 72 has a buckle mechanism, and on the buckle mechanism A buckle hole 73 is provided, and the coupling member 70 has a third axial adjustment hole 74 between the guide arm 72 and the fixed end 71, and a third axial actuator 75 is arranged in the third axial adjustment hole 74 .

As shown in FIG. 6 , FIG. 7A and FIG. 7B , they are schematic diagrams of the panel combining member of the present invention. When the first axial eccentric actuating body 62 is rotated, a buckle hook 621 is provided on the non-equal curved surface 620 to hook the buckle hole 73 of the coupling part 70, and make the guide arm 72 move along the non-equal diameter. The buckle hook 621 on the curved surface 620 generates a stroke, that is, the connecting member 70 moves relative to the first axial direction, and then pulls the panel 81 to be combined with the side panel 80 .

When the third axial actuating body 75 is rotated, the end of the third axial actuating body 75 is pushed against the inner wall surface of the housing 61, so that the coupling part 70 moves relative to the housing 61, that is, the coupling part 70 It moves relative to the third axial direction, and when the second axial piece 63 is rotated, its peripheral edge and the inner wall of the offset hole 613 push against each other, so that the housing moves relative to the second axial direction.

As mentioned above, when the third axial actuator 75, the first axial eccentric actuator 62 and the deflector 63 are respectively rotated, the panel 81 moves in the third axial direction and the first axial direction relative to the side plate 80. The movement in the second axis further combines the panel 80 and the side plate 80 and adjusts the positions of the panel 81 relative to the side plate 80 in the third axis, the first axis and the second axis.

Please refer to the schematic diagrams of the third embodiment of the present invention shown in FIG. 9 to FIG. 10B . The assembly composition of the panel joint member of the third embodiment of the utility model is similar to that of the second embodiment, but the added assembly of the third embodiment is to make the first axial eccentric actuator rotate and link the joint to return automatically, User-friendly operation. The following only describes the differences and effects between the third embodiment and the second embodiment.

The holder 20 of the third embodiment of the present invention has a movable arm 25 and a compression spring 26 , and the first axially eccentric actuator 22 has a connecting end 224 . One end of the movable arm 25 is connected to the connecting end 224, and the other end has a guide rail 251, and a locking member 27 passes through the guide rail 251 and is locked to the coupling post 219 of the housing 21, so as to limit the movement of the movable arm 25 in the housing 21 journey. Two ends of the compression spring 26 are connected to the connection end 224 and the movable arm 25 respectively, and the compression spring 26 has a compressed state and a released state.

As shown in FIG. 0A, when the coupling part 30 is not fully retracted into the housing 21, point a of the locking part 27, point b of the connecting end 224, and point c of the first axial eccentric actuator 22 are all located at The force is balanced on the axis A-A, so that the compression spring 26 is in a compressed state. At this time, the first axial eccentric actuator 22 and the compression spring 26 are in a force balance relationship.

As shown in FIG. 10B , when the coupling member 30 retracts into the housing 21 and pushes against the first axial eccentric actuating body 22 with its guide slope 35 , the first axial eccentric actuating body 22 is forced to move clockwise. Direction rotation, so that the point a of the locking member 27 and the point b of the connecting end 224 are located on a force balance axis A'-A', and the point b of the connecting end 224 and the point c of the first axial eccentric actuator 22 It is located on the force balance axis B'-B' in another axial direction. Since point a, point b, and point c are not located on the same force balance axis line at this time, the first axial eccentric actuating body 22 and The force balance relationship of the compression spring 26 will be destroyed, and the compression spring 26 will return to the released state, and pull the first axial eccentric actuator 22 to rotate by itself, and at the same time, the coupling part 30 will be linked together, and the user does not need to continue to rotate The first axial eccentric actuating body 22 can achieve the effect of automatic return.

Conversely, if you want to disengage the coupling part 30 from the first axial eccentric actuator 22, you can use a hand tool, such as a screwdriver, to rotate the first axial eccentric actuator 22 counterclockwise. Rotate so that the coupling part 30 is separated from the first axial eccentric actuating body 22, and at this time point a of the locking member 27, point b of the connecting end 224, and point c of the first axial eccentric actuating body 22 are all It is located on the force balance axis A-A, so that the first axial eccentric actuating body 22 and the compression spring 26 maintain a force balance relationship.

Based on the above embodiments, the utility model utilizes the slot 223 on the non-isodiametric curved surface 222 or the snap hook 621 on the non-isodiametric curved surface 620 to combine with the coupling parts 30, 70, so that the panel 41 and the side panel 40 can be tightly combined and separated easily, and at the same time, this reduces the composition of the panel joint components and simplifies the structure, so that the utility model has its convenience in use.

Of course, the utility model can also have other various embodiments, and those skilled in the art can make various corresponding changes and deformations according to the utility model without departing from the spirit and essence of the utility model, but These corresponding changes and deformations should all belong to the protection scope of the appended claims of the present utility model.

Claims (12)

1, a kind of panel combination member in order to a panel is assembled on the side plate, is characterized in that, includes:

One retaining piece, this retaining piece is installed in this side plate, this retaining piece includes a housing and one first axial off-centre is made kinetoplast, this housing has one first inlet at least, this first axial eccentric start body can be arranged in this housing and rotatably corresponding to this first inlet, and this first axial off-centre does to have in the kinetoplast hollow chamber of a non-isometrical curved surface, and this non-isometrical curved surface one end is extended with an opening and a draw-in groove; And

One conjunction, this conjunction is installed in this panel, and this conjunction has a fixing part and and leads arm, and this is led the arm front end and has a buckle structure;

Wherein, lead arm with this and insert this first inlet, this is led arm and is inserted into this non-isometrical curved surface by this opening, make this buckle structure enter this non-isometrical curved surface, when this first axial off-centre is rotated as kinetoplast, this buckle structure penetrated the draw-in groove done on the kinetoplast and moved and produce one stroke along this non-isometrical curved surface, and then spurred this panel and be incorporated on this side plate.

2, panel combination member according to claim 1, it is characterized in that, also has a supporting element, this supporting element is installed in this side plate, and this retaining piece is installed in this supporting element place, wherein this supporting element has one the 3rd axial guide hole, and this panel combination member further has one the 3rd and axially makes kinetoplast, the 3rd axial start body can be arranged in this housing rotatably, the 3rd axially has a block holding part as kinetoplast, and this block holding part fastens in the 3rd axial guide hole, axially is rotated as kinetoplast when the 3rd, the 3rd axially spurs this housing as kinetoplast, so that this housing moves with respect to this supporting element.

3, panel combination member according to claim 2 is characterized in that, this housing has one the 3rd perforation, and the 3rd axial start body is arranged in the 3rd perforation, to be exposed to this outside.

4, panel combination member according to claim 2 is characterized in that, this supporting element has one second axial guide hole, and this second axial guide hole extends in this housing; This panel combination member further has one second and axially makes kinetoplast, this second axial start body can be arranged in this housing rotatably, this second axially has an eccentric part as kinetoplast, the periphery of this eccentric part contacts the inwall of this second axial guide hole, this second axially is rotated as kinetoplast, this eccentric part pushes against the inwall of this second axial guide hole, so that this housing moves with respect to this supporting element, and this housing further has one second stopper and one second perforation, this second axially has a teat as kinetoplast, this teat can selectivity fasten this second stopper, and this second axial start body is arranged in this second perforation, to be exposed to this outside.

5, panel combination member according to claim 1 is characterized in that, this housing has at least one first stopper, and this first axial off-centre has a plurality of retaining teeth as kinetoplast, and this retaining tooth can selectivity fasten this first stopper.

6, panel combination member according to claim 1 is characterized in that, this housing has one first perforation, and this first axial eccentric start body is arranged in this first perforation, to be exposed to outside this housing.

7, panel combination member according to claim 1, it is characterized in that, this retaining piece also has a movable arm and a pressure spring, this first axial off-centre has a connecting end as kinetoplast, this movable arm is connected in this connecting end, and can make kinetoplast interlock in the lump with this first axial off-centre, these pressure spring two ends are connected to this connecting end and this movable arm, do kinetoplast generation rotation in order to spur this first axial off-centre.

8, a kind of panel combination member in order to a panel is assembled on the side plate, is characterized in that, includes:

One retaining piece, this retaining piece is installed in this side plate, this retaining piece includes a housing and one first axial off-centre is made kinetoplast, this housing has an inlet, this first axial eccentric start body can be arranged in this housing and corresponding to this inlet rotatably, and this first axial off-centre has a non-isometrical curved surface as kinetoplast, and this snap hook that has an opening and link to each other with this opening as kinetoplast;

One conjunction, this conjunction is installed in this panel, and this conjunction has a fixing part and and leads arm, and this is led the arm front end and is provided with a snap device, and this snap device has a block button hole;

Wherein, this block button hole hook of leading arm is made this snap hook of this non-isometrical curved surface of kinetoplast in this first axial off-centre, when this first axial off-centre is rotated as kinetoplast, this is led arm and moves and produce one stroke along this snap hook of this non-isometrical curved surface, and then spurs this panel and be incorporated on this side plate.

9, panel combination member according to claim 8 is characterized in that, this conjunction has one the 3rd of perforation and axially adjusts the hole; And

This panel combination member further has one the 3rd and axially makes kinetoplast, the 3rd axially is arranged at the 3rd as kinetoplast axially adjusts in the hole, and the 3rd end of axially making kinetoplast contacts the internal face of this housing, axially be rotated when the 3rd as kinetoplast, this end pushes against this internal face, so that this conjunction moves with respect to this housing.

10, panel combination member according to claim 8, it is characterized in that, further has a supporting element, this supporting element is installed in this side plate, and this retaining piece is installed in this supporting element place, wherein this supporting element has a hole, this housing has an off normal hole, and this panel combination member further has one second an axial deviation slice and a screw, this second axial deviation slice has an inclined to one side hole, and this screw runs through this inclined to one side hole, and is fixed at this place, hole, rotate this second axial deviation slice, so that this housing moves with respect to this supporting element.

11, panel combination member according to claim 8 is characterized in that, this housing has a perforation, and this first axial eccentric start body is arranged in perforation, to be exposed to outside this housing.

12, panel combination member according to claim 8, it is characterized in that, this retaining piece also has a movable arm and a pressure spring, this first axial off-centre has a connecting end as kinetoplast, this movable arm is connected in this connecting end, and can make kinetoplast interlock in the lump with this first axial off-centre, these pressure spring two ends are connected to this connecting end and this movable arm, do kinetoplast generation rotation in order to spur this first axial off-centre.

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