KR102229708B1 - Manufacturing system including storage and work chair - Google Patents

Abstract

According to the present invention, a manufacturing system having a storage device and a work chair enables a plurality of pins for holding a product on a panel formed on a wall to be attached and detached, has the storage device where a support panel is slidably attached and detached and driving ends at constant intervals, and is formed to be freely ascended and descended.

Description

Storage system {Manufacturing system including storage and work chair}

The present invention relates to a storage device, and more particularly, a plurality of pins for mounting an article in a panel formed on a wall is formed to be detachable, and the support panel is formed to be slideable and detachable to hold a storage device and a cushion. For this purpose, it relates to a manufacturing system including a storage device and a working chair, which is a working chair, which is formed at regular intervals, and is formed so that the lifting and descending can be freely performed.

Among the storage devices for increasing the use of space indoors, there is a wall-type storage device provided to store objects using a wall surface.

Such a wall-type storage device is used so that the front of the wall can be utilized as a space for storage of objects by installing a hanger or a container-type storage tool on a board attached to the wall so that objects can be hung or stored.

However, conventional wall type storage devices are provided in a structure in which storage tools such as hangers and containers are fixed in a specific posture at a specific position of the board, so that the types of items to be stored can be varied by adjusting the positions and postures of the storage tools. , There was a limit to variously directing the topography of the storage item.

Korean Patent Registration No. 10-1826610 Republic of Korea Registration Office No. 20-0379961

The present invention provides a configuration in which a plurality of pins for mounting an article in a panel formed on a wall are formed to be detachable, so that a desired interval and a use position can be selected and used, and a support panel is slideable and detachable.

The present invention includes a storage device in which a plurality of pins for mounting an article in a panel formed on a wall are formed to be detachable, and a support panel is formed to be slideable and detachable.

In one embodiment, the storage device, a wall panel formed to be attached to the wall surface; A plurality of circular detachable grooves formed above the front of the wall panel so that the circular detachable member can be detached; A slide detachable groove formed in a plurality of the front lower side of the wall panel so that the slide detachable member can be detached in a slide manner; A circular detachable member formed to be detachable in a one-touch method in the circular detachable groove; A circular engaging end formed on one side of the circular detachable member so that the circular detachable member coupled to the circular detachable groove does not fall out by being caught on the wall panel; A slide detachable member formed to be detachable in the slide detachable groove by a slide fitting method; It includes a slide engaging end formed on one side of the slide detachable member so that the slide detachable member coupled to the slide detachable groove does not fall out by being caught on the wall panel.

In another embodiment, the storage device further includes a slide adjustment unit for adjusting according to the thickness of the article to be mounted and the size of the article to be mounted, and the slide adjustment unit is for rotating adjustment according to the thickness of the article to be mounted. Detachable control means; And a slide adjusting means for adjusting the slide according to the size of the article to be seated, wherein the detachable adjusting means includes: a fixed housing that is in close contact with the wall panel; A housing fixing bar formed at one side of the fixing housing so as to be inserted into the circular detachable groove; A nut member coupled to the housing fixing bar to fix the housing fixing bar inserted in the circular detachable groove on the wall panel; A screw motor formed inside the fixed housing to move the mounting member in one direction or the other direction; A housing screw having one side connected to the motor shaft of the screw motor and the other side connected to the mounting member so as to be rotated by the screw motor; A mounting member coupled to the housing screw to move in one direction or the other direction when the housing screw is rotated; And a locking end protruding toward one side of the mounting member to prevent separation of the article mounted on the mounting member, and the slide adjusting means includes: a slide panel slidably coupled to the slide detachable groove; An adjustment panel groove formed through the slide panel from one side to the other side so that the first control panel and the second control panel slide; A cylinder member formed on one side of the first control panel so that the first control panel slides by the first control cylinder, and is formed at one side of the second control panel so that the second control panel slides by the second control cylinder; A first control panel formed inside the slide panel to slide in one direction on the slide panel; A first control cylinder having one side fixedly formed under the slide panel to slide the first control panel in one direction; A second control panel formed on the other side of the slide panel so as to slide in the other direction on the slide panel; In order to slide the second control panel in the other direction, it includes a second control cylinder having one side fixedly formed under the slide panel, and the storage device varies the position of the item to be mounted so that it can be mounted according to the length of the item. And, according to the length of the item to be seated, it further includes a storage variable part for rotatingly variable to prevent contact with the item seated on the other side, wherein the storage variable part is mounted according to the length of the item by varying the position of the item to be mounted. Slide variable stage for ascending and descending as possible; And a conveyor rotating means for rotating and varying so as not to contact with an article seated on the other side according to the length of the article to be seated, wherein the slide variable end includes a front surface of the wall panel so that the slide member is inserted and slides in a vertical direction. A plurality of slide grooves formed in the upper vertical direction;

A slide member inserted into the slide groove and formed to slide along the vertically formed groove; A slide flange formed on one side of the slide member so that the door slide member can be moved vertically to the slide screw; An upper screw member that fixes the slide screw and is formed on one side of the wall panel so that the slide screw rotated by the slide motor can be idle; A lower screw member formed below one side of the wall panel to fix the slide screw and allow the slide screw rotated by the slide motor to be idle; A slide screw having one side connected to the motor shaft of the slide motor so as to be rotated by the slide motor, and the other side being coupled between the upper screw member and the lower screw member; It includes a slide motor formed below the lower screw member to rotate the slide screw, and the conveyor rotating means is a wall panel so that the conveyor member formed on the rotating conveyor belt can be moved through the wall panel when the rotating conveyor belt is rotated. A belt groove formed on the lower surface; Conveyor gear formed in a square direction on one surface of the wall panel so that the rotating conveyor belt can be hooked and rotated; A rotating conveyor belt formed to be hooked on the conveyor gear so as to be rotated by the conveyor motor; A conveyor motor connected to any one of a plurality of conveyor gears to move the rotary conveyor belt by rotating the conveyor gear; A conveyor member having one side connected to one side of the storage box and the other side connected to the rotating conveyor belt; It includes a storage box formed on one side of the conveyor member so that the article can be seated, and the storage device is turned on when the insertion is detected by sensing the circular detachable member inserted into the circular detachable groove, and the slide detachable member inserted into the slide detachable groove And a mounting detection unit for indicating a mounting state by sensing the detection and lighting when the insertion is detected, the mounting detection unit on the wall panel around the circular detachable groove to detect a circular detachable member inserted into the circular detachable groove. A seating detection sensor formed on the; A seating state light formed on the wall panel around the seating sensor so that detection information is received from the seating detecting sensor and lighting is performed; A storage sensor formed on the upper wall panel of the slide detachable groove to detect the slide detachable member inserted into the slide detachable groove; It includes a storage state, etc. formed on the upper wall panel of the storage detection sensor so as to be lit by receiving detection information from the storage detection sensor.

The present invention includes a working chair device that is formed at regular intervals in order to maintain the cushion, and is formed to freely elevate and descend.

In one embodiment, the working chair device includes: a support transfer unit formed under the working chair device to support the weight of a worker seated on the chair cushion and to facilitate movement of the worker; And a length adjustment part formed above the support and transfer part to adjust the height of the chair cushion part. And a chair cushion part formed above the length adjustment part so that the operator can be seated, wherein the support transfer part is formed to support the moving wheel, and a plurality of wheel supporters formed below the support connection bar; A support connecting rod formed above the wheel support to fix the wheel support and formed to support the fixing member; It includes a moving wheel each formed below a plurality of wheel supports for movement of the working chair device, and the length adjustment unit includes: a fixing member vertically formed in the upper center of the support connecting bar so as to be a reference for elevating and descending of the adjusting member; One side is inserted into the fixing member so as to move up and down in the vertical direction along the fixing member, the other side is a control member fixedly formed under the cushion member; It includes an adjustment operation bar formed on one side of the cushion member to operate the elevating and descending of the adjustment member, wherein the chair cushion portion, a cushion member formed above the adjustment member so that the user can sit; It includes a plurality of stitching ends formed on the upper surface of the cushion member so as to maintain the cushion of the cushion member.

In another embodiment, the working chair device further includes a cushion variable portion for varying the size of the cushion, the cushion variable portion, a fixed cushion formed above the adjustment member; A first cushion formed on one side of the fixed cushion so as to be variable in one direction of the fixed cushion; When the first cushion is changed from the fixed cushion, the first cushion is changed without shaking, and one side is fixed to the fixed cushion to support the weight of the user seated on the first cushion, and the other side is formed to slide inside the first cushion. 1 variable guide bar; A first variable member formed on one side of the first cushion so that the cylinder shaft is connected; A first variable cylinder formed at a lower side of the fixed cushion to change the first cushion in one direction; A first variable touch panel formed at one side of the first variable cylinder to operate the first variable cylinder; A second cushion formed on the other side of the fixed cushion so as to be variable in the other direction of the fixed cushion; When the second cushion is changed from the fixed cushion, the second cushion is changed without shaking, and one side is fixed to the fixed cushion to support the weight of the user seated on the second cushion, and the other side is formed to slide inside the second cushion. 2 variable guide bar; A second variable member formed on one side of the second cushion so that the cylinder shaft is connected; A second variable cylinder formed at the other side under the fixed cushion to change the second cushion in one direction; And a second variable touch panel formed on one side of the second variable cylinder to operate the second variable cylinder, and the working chair device further includes a height variable portion for varying the height of the cushion member, and the height variable portion, Screw adjustment means for varying the height of the primary length adjustment unit; And a seating adjustment means for varying the height of the secondary chair cushion, wherein the screw adjustment means includes: a fixed flange embedded in the lower portion of the cushion member so that the rotary housing is connected and rotated; A rotating housing vertically formed under the fixed flange so as to be raised and lowered by rotation when the motor screw rotates; In order to rotate the rotary housing, one side is connected to the motor shaft of the regulating motor, and the other side is a motor screw coupled to the inside of the rotary housing; An adjustment motor formed above the support rod connecting rod to rotate the motor screw; A height sensor formed at a lower side of the cushion member to detect the height of the cushion member that is elevating and descending; A sensing member formed in a position corresponding to the height sensor on one side of the support connecting rod for the height sensor to detect; It includes an elevating control button formed on one side of the support connecting rod to operate the adjustment motor, the seating control means, a member insertion groove formed in the center of the cushion member so that the seating elevating member is buried; A seating elevating member formed to elevate by a seating cylinder in the member insertion groove; One side is embedded and fixed in the cushion member to elevate the seating elevating member, the other side is a seating cylinder connected to the lower surface of the seating elevating member; It includes a seating control button formed on the other side of the support rod connecting rod to operate the seating cylinder, and the working chair device further includes a cushion opening and closing portion for providing an openable and closing cushion to increase the number of cushions, and the cushion opening and closing portion, One side of the cushion member is opened so that the opening and closing cushion can be embedded, and the cushion storage box is formed therein; A rotation hinge formed on one side of the cushion member so that the opening and closing cushion can be rotated into the cushion storage box; One side is connected to the rotation hinge and the other side is connected to the opening and closing cushion so that the opening and closing cushion can be rotated into the cushion storage box; An opening and closing cushion that is stored inside the cushion storage box and is connected to the opening and closing bar so that it can be pulled out and used by rotation of the rotating hinge when in use; A handle formed on one side of the opening and closing cushion to remove the opening and closing cushion from the cushion storage box; A magnet member embedded in one side of the opening and closing cushion so that the opening and closing cushion built into the cushion storage box is not easily separated from the cushion storage box; It includes a magnet attachment member formed on one side inside the cushion storage box so that the magnet member can be attached thereto.

As described above, by attaching and attaching a plurality of pins for mounting an article in a panel formed on the wall at a desired position and at a desired interval, the article can be safely mounted by mounting according to the size of the article, and the support panel is slideable and detachable. It provides the effect of making it usable by sliding the support panel by setting the interval according to the loading height of the product.

1 is a perspective view showing a storage device for a manufacturing system including a storage device and a work chair according to the present invention.
2A, 2B, 2C, and 2D are views showing a slide adjustment unit that is another embodiment of the storage device according to the present invention.
3A and 3B are views showing a storage variable according to another embodiment of the storage device according to the present invention.
4 is a view showing another embodiment of a mounting detection unit for the storage device of the present invention.
5 is a perspective view showing a working chair device for a manufacturing system including a storage device and a working chair according to the present invention.
6 is a view showing another embodiment of the cushion variable part of the present invention working chair device.
7 is a view showing a variable height of another embodiment of the present invention the chair device for work.
8A and 8B are views showing a cushion opening and closing part, which is another embodiment of the present invention for a chair device for work.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The detailed description of the present invention described below refers to the accompanying drawings, which illustrate specific embodiments in which the present invention may be practiced. These embodiments are described in detail sufficient to enable a person skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different from each other, but need not be mutually exclusive. For example, specific shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the present invention in connection with one embodiment. In addition, it should be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the detailed description to be described below is not intended to be taken in a limiting sense, and the scope of the present invention, if appropriately described, is limited only by the appended claims, along with all ranges equivalent to those claimed by the claims. Like reference numerals in the drawings refer to the same or similar functions over several aspects.

1 is a perspective view showing a storage device 100 for a manufacturing system including a storage device 100 and a work chair according to the present invention.

As shown in the drawing, the storage device 100 of the present invention is characterized in that a plurality of pins for mounting an article in a panel formed on a wall are formed to be detachable, and a support panel is formed to be slideable and detachable. .

The storage device 100 includes a wall panel 110, a circular detachable groove 111, a slide detachable groove 112, a circular detachable member 113, a circular engaging end 114, a slide detachable member 115, and slides. Includes stage 116.

The wall panel 110 is characterized in that it is attached to the wall surface.

The wall panel 110 may be formed in a rectangular shape or a polygonal shape.

The circular detachable groove 111 is formed to be detachable from the circular detachable member 113, and the circular detachable groove 111 is characterized in that a plurality of circular detachable grooves 111 are formed above the front of the wall panel 110.

The slide detachable groove 112 is formed so that the slide detachable member 115 can be detached in a slide manner, and the slide detachable groove 112 is formed in a plurality of the front lower side of the wall panel 110.

The circular detachable member 113 is characterized in that it is formed to be detachable in a one-touch method in the circular detachable groove 111.

The circular locking end 114 is formed so that the circular detachable member 113 coupled to the circular detachable groove 111 does not fall out by being caught on the wall panel 110, and the circular hooking end 114 is a circular detachable member (113) It is characterized in that it is formed on one side.

The slide detachable member 115 is formed to be detachably attached to the slide detachable groove 112 by a slide fitting method, and the slide detachable member 115 is formed in a "L" shape.

The slide locking end 116 is formed so that the slide detachable member 115 coupled to the slide detachable groove 112 does not fall out by being caught on the wall panel 110, and the slide hooking end 116 is a slide detachable member (115) It is characterized in that it is formed on one side.

2A, 2B, 2C, and 2D are views showing a slide adjustment unit 200 that is another embodiment of the storage device 100 according to the present invention.

As shown in the drawing, the slide adjustment unit 200 of the present invention is another embodiment of the storage device 100, and the slide adjustment unit 200 is further included in the storage device 100.

The slide adjustment unit 200 is characterized in that for adjusting according to the thickness of the article to be mounted and the size of the article to be mounted.

The slide control unit 200 includes a detachable control means 210 and a slide control means 250.

The detachable control means 210 is characterized in that for adjusting the rotation according to the thickness of the article to be mounted.

The detachable control means 210 includes a fixing housing 211, a housing fixing bar 212, a nut member 213, a screw motor 214, a housing screw 215, a mounting member 216, a locking end 217 Includes.

The fixed housing 211 is characterized in that it is in close contact with the wall panel 110.

The housing fixing bar 212 is formed to be inserted into the circular detachable groove 111, and the housing fixing bar 212 is formed on one side of the fixing housing 211.

The nut member 213 is formed to fix the housing fixing bar 212 inserted in the circular detachable groove 111 on the wall panel 110, and the nut member 213 is a housing fixing bar 212 It is characterized in that the bond is formed.

The screw motor 214 is formed to move the mounting member 216 in one direction or the other direction, and the screw motor 214 is formed inside the fixed housing 211. .

The housing screw 215 is formed to be rotated by the screw motor 214, and the housing screw 215 has one side connected to the motor shaft of the screw motor 214, and the other side connected to the mounting member 216. It is characterized in that it is formed to be.

The mounting member 216 is coupled to the housing screw 215 and is formed to move in either one direction or the other direction when the housing screw 215 rotates.

The locking end 217 is formed to prevent separation of the article mounted on the mounting member 216, and the locking end 217 is characterized in that it protrudes toward one side of the mounting member 216.

The slide adjustment means 250 is characterized in that for adjusting the slide according to the size of the article to be seated.

The slide control means 250 is a slide panel 251, a control panel groove 252, a cylinder member 253, a first control panel 254, a first control cylinder 255, a second control panel 256 , It includes a second control cylinder (257).

The slide panel 251 is characterized in that the slide is coupled to the slide detachable groove (112).

The control panel groove 252 is formed so that the first control panel 254 and the second control panel 256 slide, and the control panel groove 252 is formed through the slide panel 251 from one side to the other. It is characterized by that.

The cylinder member 253 is formed to slide the first control panel 254 by the first control cylinder 255, the cylinder member 253 is formed on one side of the first control panel 254, It is characterized in that it is formed on one side of the second control panel 256 so that the second control panel 256 slides by the second control cylinder 257.

The first control panel 254 is formed to slide in one direction on the slide panel 251, and the first control panel 254 is formed in one side inside the slide panel 251.

The first control cylinder 255 is formed to slide the first control panel 254 in one direction, and the first control cylinder 255 has one side fixedly formed under the slide panel 251. It is characterized.

The second control panel 256 is formed to slide in the other direction on the slide panel 251, and the second control panel 256 is formed in the other side inside the slide panel 251.

The second control cylinder 257 is formed to slide the second control panel 256 in the other direction, and the second control cylinder 257 has one side fixedly formed under the slide panel 251. It is characterized.

3A and 3B are diagrams showing a storage variable 300, which is another embodiment of the storage device 100 of the present invention.

As shown in the drawing, the flexible storage unit 300 of the present invention is another embodiment of the storage device 100, and the flexible storage unit 300 is further included in the storage device 100.

The storage variable part 300 is for changing the position of the article to be mounted so that it can be mounted according to the length of the article, and is rotated to prevent contact with the article mounted on the other side according to the length of the article to be mounted. It is characterized.

The storage variable part 300 includes a slide variable stage 310 and a conveyor rotation means 330.

The slide variable stage 310 is characterized in that the position of the article to be mounted is varied so as to be mounted according to the length of the article.

The slide variable end 310 includes a slide groove 311, a slide member 312, a slide flange 313, an upper screw member 314, a lower screw member 315, a slide screw 316, and a slide motor 317. ).

The slide groove 311 is formed to be slid in a vertical direction by inserting the slide member 312, and the slide groove 311 is formed in a plurality of vertical directions above the front of the wall panel 110. do.

The slide member 312 is inserted into the slide groove 311 and is formed to slide along a vertically formed groove.

The slide flange 313 is formed so that the sliding door slide member 312 can be moved vertically to the slide screw 316, and the slide flange 313 is formed on one side of the slide member 312. It is characterized.

The upper screw member 314 fixes the slide screw 316 and is formed so that the slide screw 316 rotated by the slide motor 317 can be idle, and the upper screw member 314 is a wall panel (110) It is characterized in that it is formed on one side of the top.

The lower screw member 315 fixes the slide screw 316 and is formed so that the slide screw 316 rotated by the slide motor 317 can be idle, and the lower screw member 315 is a wall panel. (110) It is characterized in that it is formed below one side.

The slide screw 316 is formed to be rotated by the slide motor 317, and the slide screw 316 has one side connected to the motor shaft of the slide motor 317, and the other side with the upper screw member 314 It is characterized in that the coupling is formed between the lower screw member 315.

The slide motor 317 is characterized in that it is formed below the lower screw member 315 to rotate the slide screw 316.

The conveyor rotating means 330 is characterized in that it rotates and varies so as not to contact an article seated on the other side according to the length of the article to be seated.

The conveyor rotating means 330 includes a belt groove 331, a conveyor gear 332, a rotating conveyor belt 333, a conveyor motor 334, a conveyor member 335, and a storage box 336.

The belt groove 331 is formed so that the conveyor member 335 formed on the entire conveyor belt can be moved through the wall panel 110 when the rotating conveyor belt 333 rotates, and the belt groove 331 is It is characterized in that it is formed on the lower surface of the wall panel 110.

The conveyor gear 332 is formed so that the rotating conveyor belt 333 can be hooked and rotated, and the conveyor gear 332 is formed in a square direction on one surface of the wall panel 110.

The rotary conveyor belt 333 is formed to be rotated by a conveyor motor 334, and the rotary conveyor belt 333 is formed to be caught on the conveyor gear 332.

The conveyor motor 334 is formed to move the rotating conveyor belt 333 by rotating the conveyor gear 332, and the conveyor motor 334 is connected to any one of a plurality of conveyor gears 332 It is characterized in that it is formed.

The conveyor member 335 is characterized in that one side is connected to one side of the storage box 336 and the other side is connected to the rotating conveyor belt 333.

The storage box 336 is formed so that an article can be mounted, and the storage box 336 is formed on one side of the conveyor member 335.

4 is a view showing a mounting detection unit 400 that is another embodiment of the storage device 100 of the present invention.

As shown in the drawing, the mounting sensing unit 400 of the present invention is another embodiment of the storage device 100, and the mounting sensing unit 400 is further included in the storage device 100.

The mounting detection unit 400 senses the circular detachable member 113 inserted into the circular detachable groove 111 and lights up when the insertion is detected, and the slide detachable member 115 inserted into the slide detachable groove 112 It is characterized in that it is to be turned on when the insertion is detected to indicate the mounting state.

The mounting sensing unit 400 includes a mounting sensing sensor 410, a mounting state light 411, a storage sensing sensor 412, and a storage state light 413.

The seating detection sensor 410 is formed to detect the circular detachable member 113 inserted into the circular detachable groove 111, and the seating detecting sensor 410 is a wall panel around the circular detachable groove 111. 110) characterized in that it is formed on.

The seating status light 411 is formed to be lit by receiving sensing information from the seating sensor 410, and the seating status light 411 is on the wall panel 110 around the seating sensor 410. It is characterized in that it is formed.

The storage detection sensor 412 is formed to detect the slide detachable member 115 inserted into the slide detachable groove 112, and the storage detection sensor 412 includes the slide detachable groove 112 and the upper wall panel 110 ) Characterized in that it is formed on.

The storage status light 413 is formed to be lit by receiving sensing information from the storage detection sensor 412, and the storage status light 413 is on the upper wall panel 110 of the storage detection sensor 412. It is characterized in that it is formed.

5 is a perspective view showing a working chair device 500 for a manufacturing system including a storage device 100 and a working chair according to the present invention.

As shown in the drawing, the working chair device 500 of the present invention is characterized in that the lock-stitch 532 is formed at regular intervals to maintain the cushion, and is formed so as to freely elevate and descend.

The working chair device 500 includes a support transfer part 510, a length adjustment part 520, and a chair cushion part 530.

The support and transfer unit 510 supports the weight of the operator seated on the chair cushion unit 530, and is formed under the working chair device 500 so that the operator can move smoothly.

The support transfer unit 510 includes a wheel support 511, a support connection 512, and a moving wheel 513.

The wheel support 511 is formed to support the moving wheel 513, and a plurality of the wheel support 511 is formed below the support connecting rod 512.

The support rod connecting rod 512 is formed above the wheel support 511 to fix the wheel support 511, and the support rod connecting rod 512 is formed to support the fixing member 521.

The moving wheel 513 is formed to move the working chair device 500, and the moving wheel 513 is formed below a plurality of wheel supports 511, respectively.

The length adjustment part 520 is characterized in that it is formed above the support transfer part 510 to adjust the height of the chair cushion part 530.

The length adjustment part 520 includes a fixing member 521, an adjustment member 522, and an adjustment operation bar 523.

The fixing member 521 is formed to be a reference for the elevation of the adjustment member 522, and the fixing member 521 is formed vertically toward the upper center of the support rod connecting rod 512.

The adjusting member 522 is formed to rise and descend in a vertical direction along the fixing member 521, and the adjusting member 522 is inserted into the fixing member 521 on one side, and the cushion member 531 on the other side. It is characterized in that it is fixedly formed at the bottom.

The adjustment operation bar 523 is formed to operate the elevation of the adjustment member 522, and the adjustment operation bar 523 is formed on one side of the cushion member 531.

The chair cushion part 530 is characterized in that it is formed above the length adjustment part 520 so that the operator can be seated.

The chair cushion part 530 includes a cushion member 531 and a sewn end 532.

The cushion member 531 is formed to allow a user to sit, and the cushion member 531 is formed above the adjustment member 522.

The lock stitch 532 is formed to hold the cushion of the cushion member 531, and the lock stitch 532 is formed in plural on the upper surface of the cushion member 531.

6 is a view showing a cushion variable part 600, another embodiment of the present invention working chair device 500.

As shown in the drawing, the variable cushion part 600 of the present invention is another embodiment of the chair device 500 for work, and the variable cushion part 600 is further included in the chair device 500 for work. do.

The variable cushion part 600 is characterized in that the size of the cushion is changed.

The cushion variable part 600 includes a fixed cushion 610, a first cushion 620, a first variable guide bar 621, a first variable member 622, a first variable cylinder 623, a first variable touch A panel 624, a second cushion 630, a second variable guide bar 631, a second variable member 632, a second variable cylinder 633, and a second variable touch panel 634 are included.

The fixed cushion 610 is characterized in that it is formed above the adjusting member 522.

The first cushion 620 is formed to be variable in one direction of the fixing cushion 610, and the first cushion 620 is formed in one side of the fixing cushion 610.

When the first cushion 620 is changed from the fixed cushion 610, the first variable guide bar 621 changes the weight of the user seated on the first cushion 620 without shaking. The first variable guide bar 621 is characterized in that one side is fixed to the fixing cushion 610 and the other side is formed to slide inside the first cushion 620.

The first variable member 622 is formed to connect the cylinder shaft, and the first variable member 622 is formed on one side of the first cushion 620.

The first variable cylinder 623 is formed to change the first cushion 620 in one direction, and the first variable cylinder 623 is formed at one side below the fixed cushion 610.

The first variable touch panel 624 is formed to operate the first variable cylinder 623, and the first variable touch panel 624 is formed on one side of the first variable cylinder 623. .

The second cushion 630 is formed to be variable toward the other side of the fixing cushion 610, and the second cushion 630 is formed on the other side of the fixing cushion 610.

In the second variable guide bar 631, when the second cushion 630 is changed from the fixed cushion 610, the second cushion 630 is changed without shaking, and the weight of the user seated on the second cushion 630 is It is formed to support, the second variable guide bar 631 is characterized in that one side is fixed to the fixed cushion 610, the other side is formed to slide inside the second cushion 630.

The second variable member 632 is formed to be connected to the cylinder shaft, and the second variable member 632 is formed on one side of the second cushion 630.

The second variable cylinder 633 is formed to change the second cushion 630 in one direction, and the second variable cylinder 633 is formed at the other side below the fixed cushion 610.

The second variable touch panel 634 is formed to operate the second variable cylinder 633, and the second variable touch panel 634 is formed on one side of the second variable cylinder 633. .

7 is a view showing a height variable portion 700 that is another embodiment of the present invention working chair device 500.

As shown in the drawing, the height variable part 700 of the present invention is another embodiment of the work chair device 500, and the height variable part 700 is further included in the work chair device 500. do.

The variable height portion 700 is characterized in that the height of the cushion member 531 is variable.

The height variable part 700 includes a screw adjusting means 710 and a seating adjusting means 730.

The screw adjustment means 710 is characterized in that for varying the height of the primary length adjustment unit 520.

The screw adjustment means 710 is a fixed flange 711, a rotary housing 713, a motor screw 714, an adjustment motor 715, a height sensor 716, a sensing member 717, an elevation adjustment button 718 ).

The fixing flange 711 is formed so that the rotation housing 713 can be connected and rotated, and the fixing flange 711 is formed to be buried under the cushion member 531.

The rotary housing 713 is formed to be raised and lowered by rotation when the motor screw 714 rotates, and the rotary housing 713 is vertically formed below the fixing flange 711.

The motor screw 714 is formed to rotate the rotary housing 713, and the motor screw 714 has one side connected to the motor shaft of the regulating motor 715, and the other side inside the rotary housing 713. It is characterized in that the bond is formed.

The adjusting motor 715 is formed to rotate the motor screw 714, and the adjusting motor 715 is formed above the support rod connecting rod 512.

The height sensor 716 is formed to detect the height of the cushion member 531 that is raised and lowered, and the height sensor 716 is formed at one side below the cushion member 531.

The sensing member 717 is formed to be sensed by the height sensor 716, and the sensing member 717 is formed in a position corresponding to the height sensor 716 on one side of the support rod connecting rod 512. .

The elevating adjustment button 718 is formed to operate the adjustment motor 715, and the elevating adjustment button 718 is formed on one side of the support connecting rod 512.

The seating control means 730 is characterized in that for varying the height of the secondary chair cushion 530.

The seating adjustment means 730 includes a member insertion groove 731, a seating elevating member 732, a seating cylinder 733, and a seating adjustment button 734.

The member insertion groove 731 is formed so that the seating elevating member 732 is buried, and the member insertion groove 731 is formed in the center of the cushion member 531.

The seating elevating member 732 is characterized in that it is formed to elevate and descend by the seating cylinder 733 in the member insertion groove 731.

The seating cylinder 733 is formed to elevate the seating elevating member 732, and the seating cylinder 733 has one side embedded and fixed in the cushion member 531, and the other side is the seating elevating member 732 ) It is characterized in that the connection is formed on the lower surface.

The seating control button 734 is formed to operate the seating cylinder 733, and the seating control button 734 is formed on the other side of the support rod connecting rod 512.

8A and 8B are views showing a cushion opening/closing part 800, which is another embodiment of the working chair device 500 of the present invention.

As shown in the drawing, the cushion opening/closing part 800 of the present invention is another embodiment of the working chair device 500, and the cushion opening/closing part 800 is further included in the work chair device 500.

The cushion opening/closing part 800 is characterized in that it provides a cushion that can be opened and closed in order to increase the number of cushions.

The cushion opening and closing part 800 includes a cushion storage box 810, a rotation hinge 811, an opening and closing bar 812, an opening and closing cushion 814, a handle 815, a magnet member 816, and a magnet attachment member 817. do.

The cushion storage box 810 is formed so that an opening/closing cushion 814 may be embedded, and the cushion storage box 810 is formed inside by opening one side of the cushion member 531.

The rotation hinge 811 is formed so that the opening and closing cushion 814 can be rotated into the cushion storage box 810, and the rotation hinge 811 is formed on one side of the cushion member 531.

The opening and closing bar 812 is formed so that the opening and closing cushion 814 can be rotated into the cushion storage box 810, and the opening and closing bar 812 is connected to a rotation hinge 811 on one side and the other side is an opening and closing cushion ( 814).

The opening and closing cushion 814 is stored inside the cushion storage box 810, and is formed to be pulled out and used by rotation of the rotation hinge 811 when in use, and the opening and closing cushion 814 is formed connected to the opening and closing bar 812. It is characterized.

The handle 815 is formed to remove the opening and closing cushion 814 from the cushion storage box 810, and the handle 815 is formed on one side of the opening and closing cushion 814.

The magnet member 816 is formed so that the opening and closing cushion 814 built into the cushion storage box 810 is not easily separated from the cushion storage box 810, and the magnetic member 816 is embedded in one side of the opening and closing cushion 814 It is characterized in that it is formed.

The magnet attachment member 817 is formed so that the magnet member 816 can be attached, and the magnet attachment member 817 is formed at one side inside the cushion storage box 810.

The above-described embodiments are for illustrative purposes only, and those of ordinary skill in the art to which the above-described embodiments belong can easily transform into other specific forms without changing the technical spirit or essential features of the above-described embodiments. You can understand. Therefore, it should be understood that the above-described embodiments are illustrative and non-limiting in all respects. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as being distributed may also be implemented in a combined form.

The scope to be protected through the present specification is indicated by the claims to be described later rather than the detailed description, and should be interpreted as including all changes or modified forms derived from the meaning and scope of the claims and the concept of equivalents thereof. .

100: storage device
110: wall panel 111: circular detachable groove
112: slide detachable groove 113: circular detachable member
114: circular engaging end 115: slide detachable member
116: slide engaging end
200: slide adjustment unit
210: detachable control means 211: fixed housing
212: housing fixing bar 213: nut member
214: screw motor 215: housing screw
216: mounting member 217: locking end
250: slide control means 251: slide panel
252: control panel groove 253: cylinder member
254: first control panel 255: first control cylinder
256: second control panel 257: second control cylinder
300: storage variable part
310: variable slide stage 311: slide groove
312: slide member 313: slide flange
314: upper screw member 315: lower screw member
316: slide screw 317: slide motor
330: conveyor rotating means 331: belt groove
332: conveyor gear 333: rotating conveyor belt
334: conveyor motor 335: conveyor member
336: storage box
400: deterioration detection unit
410: seating detection sensor 411: seating state light
412: storage detection sensor 413: storage status, etc.
500: work chair device
510: support transfer unit 511: wheel support
512: support connecting rod 513: moving wheel
520: length adjustment unit
521: fixing member 522: adjusting member
523: control operation bar
530: chair cushion part
531: cushion member 532: sewn end
600: cushion variable part
610: fixed cushion 620: first cushion
621: first variable guide bar 622: first variable member
623: first variable cylinder 624: first variable touch panel
630: second cushion 631: second variable guide bar
632: second variable member 633: second variable cylinder
634: second variable touch panel
700: height variable part
710: screw adjustment means 711: fixed flange
713: rotary housing 714: motor screw
715: adjustment motor 716: height sensor
717: sensing member 718: elevation control button
730: seating control means
731: member insertion groove 732: seating elevating member
733: seating cylinder 734: seating control button
800: cushion opening and closing part
810: cushion storage box 811: rotating hinge
812: opening and closing bar 814: opening and closing cushion
815: handle 816: magnet member
817: magnet attachment member

Claims (2)

In the storage device in which a plurality of pins for mounting an article in a panel formed on a wall are formed to be detachable, and the support panel is formed to be slideable and detachable,
The storage device,
A wall panel formed to be attached to the wall surface;
A plurality of circular detachable grooves formed above the front of the wall panel so that the circular detachable member can be detached;
A slide detachable groove formed in a plurality of the front lower side of the wall panel so that the slide detachable member can be detached in a slide manner;
A circular detachable member formed to be detachable in a one-touch method in the circular detachable groove;
A circular engaging end formed on one side of the circular detachable member so that the circular detachable member coupled to the circular detachable groove does not fall out by being caught on the wall panel;
A slide detachable member formed to be detachable in the slide detachable groove by a slide fitting method;
It includes a slide engaging end formed on one side of the slide detachable member so that the slide detachable member coupled to the slide detachable groove does not fall out by being caught on the wall panel,
The storage device,
Further comprising a slide adjustment unit for adjusting according to the thickness of the article to be mounted and the size of the article to be seated,
The slide adjustment unit,
Detachable control means for rotating adjustment according to the thickness of the article to be mounted; And
It includes a slide adjustment means for adjusting the slide according to the size of the article to be seated,
The detachable control means,
A fixed housing that is tightly fixed to the wall panel;
A housing fixing bar formed at one side of the fixing housing so as to be inserted into the circular detachable groove;
A nut member coupled to the housing fixing bar to fix the housing fixing bar inserted in the circular detachable groove on the wall panel;
A screw motor formed inside the fixed housing to move the mounting member in one direction or the other direction;
A housing screw having one side connected to the motor shaft of the screw motor and the other side connected to the mounting member so as to be rotated by the screw motor;
A mounting member coupled to the housing screw to move in one direction or the other direction when the housing screw is rotated;
It includes a locking end protruding toward one side of the mounting member to prevent separation of the article mounted on the mounting member,
The slide adjustment means,
A slide panel slide-connected to the slide attachment groove;
An adjustment panel groove formed through the slide panel from one side to the other side so that the first control panel and the second control panel slide;
A cylinder member formed on one side of the first control panel so that the first control panel slides by the first control cylinder, and is formed at one side of the second control panel so that the second control panel slides by the second control cylinder;
A first control panel formed inside the slide panel to slide in one direction on the slide panel;
A first control cylinder having one side fixedly formed under the slide panel to slide the first control panel in one direction;
A second control panel formed on the other side of the slide panel so as to slide in the other direction on the slide panel;
In order to slide the second control panel in the other direction, one side includes a second control cylinder fixedly formed under the slide panel,
The storage device,
Further comprising a storage variable portion for varying the position of the article to be mounted so that it can be mounted according to the length of the article, and to rotate to prevent contact with the article seated on the other side according to the length of the article to be seated
The storage variable part,
A slide variable stage for changing the position of the article to be mounted so that it can be mounted according to the length of the article; And
It includes a conveyor rotating means for rotating and varying so as not to contact the article seated on the other side according to the length of the article to be seated,
The slide variable stage,
A plurality of slide grooves formed in a vertical direction above the front of the wall panel so that the slide members are inserted and slide in the vertical direction;
A slide member inserted into the slide groove and formed to slide along the vertically formed groove;
A slide flange formed on one side of the slide member so that the door slide member can be moved vertically to the slide screw;
An upper screw member that fixes the slide screw and is formed on one side of the wall panel so that the slide screw rotated by the slide motor can be idle;
A lower screw member formed below one side of the wall panel to fix the slide screw and allow the slide screw rotated by the slide motor to be idle;
A slide screw having one side connected to the motor shaft of the slide motor so as to be rotated by the slide motor, and the other side being coupled between the upper screw member and the lower screw member;
It includes a slide motor formed below the lower screw member to rotate the slide screw,
The conveyor rotation means,
A belt groove formed on a lower surface of the wall panel so that the conveyor member formed on the rotating conveyor belt can be moved through the wall panel when the rotating conveyor belt is rotated;
Conveyor gear formed in a square direction on one surface of the wall panel so that the rotating conveyor belt can be hooked and rotated;
A rotating conveyor belt formed to be hooked on the conveyor gear so as to be rotated by the conveyor motor;
A conveyor motor connected to any one of a plurality of conveyor gears to move the rotary conveyor belt by rotating the conveyor gear;
A conveyor member having one side connected to one side of the storage box and the other side connected to the rotating conveyor belt;
It includes a storage box formed on one side of the conveyor member so that the article can be seated,
The storage device,
When the insertion is detected by detecting the circular detachable member inserted into the circular detachable groove, it lights up, and when the insertion is detected by detecting the slide detachable member inserted into the slide detachable groove, the mounting detection unit further indicates the mounting status. Includes,
The mounting detection unit,
A seating detection sensor formed on the wall panel around the circular detachable groove to detect the circular detachable member inserted into the circular detachable groove;
A seating state light formed on the wall panel around the seating sensor so that detection information is received from the seating detecting sensor and lighting is performed;
A storage sensing sensor formed on the upper wall panel of the slide detachable groove to detect the slide detachable member inserted into the slide detachable groove;
A storage device including a storage state light formed on a wall panel on an upper side of the storage detection sensor so as to be lit by receiving detection information from the storage detection sensor.
delete

Images