WO2012055156A1

WO2012055156A1 - Drawer-panel angle-adjustment structure

Info

Publication number: WO2012055156A1
Application number: PCT/CN2011/001602
Authority: WO
Inventors: 杨瑞链
Original assignee: 东莞世巨五金塑胶制品有限公司
Priority date: 2010-10-27
Filing date: 2011-09-22
Publication date: 2012-05-03
Also published as: CN102058253A; CN102058253B

Abstract

A drawer-panel angle-adjustment structure comprising a drawer-panel coupling structure and an angle-adjustment structure. The drawer-panel coupling structure comprises a base panel (400), a side panel (100), a front panel (200), a support member (10), a holding member (30) and a coupling member (210). The angle-adjustment structure comprises a connecting member (230), a connection rod (240), a rotary actuating member (250), and a joint structure. The front panel (200) is mounted on the connecting member (230). The rotary actuating member (250) is mounted on the coupling member (210) or the connecting member (230). When the rotary actuating member (250) is rotated, the front panel (200) rotates along with the rotary actuating member (250), producing a swinging displacement and thereby adjusting the angle of the front panel (200) relative to the side panel (100). The invention allows for convenient adjustment of the angle of the front panel of the drawer while allowing the side panel and the front panel to be firmly coupled.

Description

Pumping house panel angle adjustment structure

Technical field

The invention relates to a drawer structure, in particular to a suction panel angle adjusting structure. Background technique

Traditional drawers are used to store or collect items, and the drawers are placed in a repellent relationship in a movable relationship. A general drawer has a bottom plate and a front panel perpendicular to the bottom plate, a back panel and left and right side panels, and the front panel and the back panel are fixed to the left and right side panels to form a drawer structure.

In modern kitchens, in order to facilitate the storage of higher items such as pots, dishes, kettles, fruit and vegetables, etc., in order to keep the kitchen tidy, the heightening drawers are gradually being widely used in modern kitchens. Generally, the drawer structure of the drawer panel is increased. Due to the increase of the center of gravity of the drawer panel, the inclination and the gap between the drawer panel and the drawer side panel are liable to occur, which causes the drawer panel to have a shaking phenomenon when used. There is a kind of elevated drawer panel joint member which is widely used. Please refer to the patent panel CN201403824Y for a drawer panel joint structure. Referring to FIG. 1A and FIG. 1B, a conventional drawer panel joint member is added. The member is provided with a support rod structure on a drawer panel joint structure, including a bottom plate 400, a set of left and right side panels 100, a front panel 200, a back panel 300, a holding member, a coupling member 210, and a support rod structure, the holding member is disposed on the left and right side panels 100, the holding member comprises a base and a hooking member, the coupling member 210 is mounted in the base of the holding member, and is detachable or assembled on one end of the base The hooking member 200 is mounted on the other end of the coupling member 210.

The support rod structure is disposed above the side plate 100. The support rod structure includes a rear end connecting member 133, a supporting rod 131 and an adjusting connecting member 132. The rear end connecting member 133 is mounted on the two ends of the rear back plate 300. 233, the front end of the support rod structure 130 is provided with an adjustment connecting member 132. The adjusting connecting member 132 is connected to the coupling member 203 above the drawer panel 200, and the length of the supporting rod structure is adjusted by adjusting the connecting member 132, thereby adjusting the height. The angle of the drawer panel 200 further increases the height of the drawer panel 200 against the side panel 100 by the elastic pulling force of the hooking member, but the support rod structure is inconveniently adjusted and connected to the side panel and the front panel. It is prone to looseness.

In summary, the existing heightening drawer panel coupling members are obviously inconvenient and defective in practical use, and it is necessary to improve them. Summary of the invention

In view of the above drawbacks, an object of the present invention is to provide a drawer panel angle adjusting structure, which can conveniently adjust the angle of the drawer panel, and at the same time enable the drawer side panel and the drawer panel to be firmly combined. In order to achieve the above object, the present invention provides a drawer panel angle adjusting structure, comprising a drawer panel joint structure, and an angle adjusting structure disposed on the drawer panel joint structure, wherein the drawer panel joint structure comprises:

a square bottom plate;

Left and right parallel side plates, the left and right parallel side plates are connected to the square bottom plate;

a front panel mounted on the left and right parallel side plates;

a support member mounted on the left and right parallel side plates;

a holding member is disposed on the support member, the holding member includes a support base and a hooking member, and the hooking member is disposed at one end of the support base;

a coupling member detachable or assembled to the hook member;

The coupling member is provided with a swinging shaft hole, and the angle adjusting structure comprises:

a connecting shaft;

a connecting member, the connecting member is provided with a connecting shaft hole, the connecting shaft rod penetrates the connecting shaft hole, and connects the connecting member to the swinging shaft hole, and the front panel is mounted on the connecting rod a connecting member; a rotating action member disposed on the coupling member or the connecting member;

a connecting structure includes a limiting rail and a guiding member corresponding to the limiting rail; the connecting member is connected to the coupling member by the connecting shaft and the connecting structure to form a swinging structure, With the swinging structure, when the turning motion member is rotated, the front panel generates a swinging displacement as the turning motion member rotates.

According to the drawer panel angle adjusting structure of the present invention, one end of the hooking member is provided with an elastic member, and the front panel abuts against the side panel by the elastic pulling force of the elastic member.

According to the drawer panel angle adjusting structure of the present invention, the turning actuating member is disposed on the coupling member, the guiding member is disposed on the rotating actuating member, and the limiting rail is disposed on the connecting member And the limiting rail corresponds to the guiding member, and the guiding member and the limiting rail are coupled to each other to form the engaging structure.

According to the drawer panel angle adjusting structure of the present invention, the turning actuating member is disposed on the coupling member, the limiting rail is disposed on the rotating actuating member, and the guiding member is disposed on the connecting member And the limiting rail corresponds to the guiding member, and the limiting rail and the guiding member are coupled to each other to form the good connecting structure.

According to the drawer panel angle adjusting structure of the present invention, the turning action member is disposed on the connecting member, the guiding member is disposed on the rotating actuating member, and the limiting rail is disposed on the connecting member And the limiting rail corresponds to the guiding member, and the guiding member and the limiting rail are coupled to each other to form the engaging structure.

According to the drawer panel angle adjusting structure of the present invention, the turning action member is disposed on the connecting member, the limiting rail is disposed on the rotating actuating member, and the guiding member is disposed on the connecting member on, And the limiting rail corresponds to the guiding member, and the limiting rail and the guiding bow 1 are coupled to each other to form the engaging structure.

According to the drawer panel angle adjusting structure of the present invention, the turning actuating member is an eccentric actuating member which is disposed on the coupling member, and the guiding member is formed by the periphery of the rotating actuating member. The limiting rail is disposed on the connecting member and has a square frame structure, and the rotating action member passes through the p-position rail and is movable along the limiting rail by the guiding The lead member and the limit rail are connected to each other to form the joint structure.

According to the present invention, the sliding panel angle adjusting structure is an eccentric actuating member which is disposed on the connecting member, and the guiding member is formed by the periphery of the rotating actuating member. The limiting rail is disposed on the coupling member and has a square frame structure, and the rotating motion member passes through the limiting rail and is movable along the limiting rail. The guiding member and the limiting rail are coupled to each other to form the engaging structure.

According to the drawer panel angle adjusting structure of the present invention, the guiding member is a first gear disposed at one end of the rotating driving member, and the limiting rail is provided with a second gear that meshes with the first gear, The connecting member and the limiting rail are coupled to each other to form the engaging structure. When the rotating driving member rotates, the first gear drives the second gear to drive the connecting member and the drawer panel to generate Swing displacement.

According to the drawer panel angle adjusting structure of the present invention, the guiding member is a first gear fixed to a periphery of the rotating driving member, and the limiting rail is provided with a second gear meshing with the first gear, by The guiding member and the limiting rail are coupled to each other to form the engaging structure. When the rotating driving member rotates, the first gear and the second gear generate a force to drive the connecting member to drive the The drawer panel produces a swinging displacement.

Preferably, the present invention further provides another drawer panel angle adjusting structure, comprising a drawer panel joint structure, and an angle adjusting structure disposed on the drawer panel joint structure, wherein the drawer panel joint structure comprises:

a square bottom plate;

a front panel mounted on the left and right parallel side panels;

a support member mounted on the left and right parallel side plates;

a holding member, the holding member is provided with a support base and a hooking member, and the hooking member is disposed at one end of the support base;

a joint member is detachably or assembled on the hook member, and the front panel is mounted on the joint member;

The retaining member is provided with a connecting shaft hole, and the angle adjusting structure comprises:

a connecting shaft; a connecting member is mounted on the supporting member, and the connecting member is provided with a swinging shaft hole, and the connecting shaft is connected to the connecting shaft hole through the connecting shaft hole;

a turning actuating member mounted to the connecting member or the holding member;

a connecting structure includes a limiting track and a guiding member corresponding to the limiting track; forming a swinging structure, by the swinging structure, when the rotating member is rotated, the front panel follows The rotating action member rotates to generate a swinging displacement.

According to the embossed panel angle adjusting structure of the present invention, one end of the hooking member is provided with an elastic member, and the front panel abuts against the side panel by the elastic pulling force of the elastic member.

According to the drawer panel angle adjusting structure of the present invention, the turning action member is disposed on the connecting member, the guiding member is disposed on the rotating actuating member, and the limiting rail is disposed on the holding member And the limiting rail corresponds to the guiding member, and the guiding member and the limiting rail are coupled to each other to form the engaging structure.

According to the drawer panel angle adjusting structure of the present invention, the turning action member is disposed on the connecting member, the limiting rail is disposed on a side of the rotating actuating member, and the guiding member is disposed at the On the holding member, the limiting rail corresponds to the guiding member, and the limiting rail and the guiding member are coupled to each other to form the engaging structure.

According to the drawer panel angle adjusting structure of the present invention, the turning action member is disposed on the holding member, the guiding member is disposed on a side of the rotating actuating member, and the limiting rail is disposed at the The connecting member is disposed on the connecting member, and the limiting rail corresponds to the guiding member, and the guiding member and the limiting rail are coupled to each other to form the engaging structure.

According to the drawer panel angle adjusting structure of the present invention, the turning action member is disposed on the holding member, the turning action member is disposed on the holding member, and the limiting rail is disposed at the rotating action The guiding member is disposed on the connecting member, and the limiting rail corresponds to the guiding member, and the limiting rail and the guiding arch member are coupled to each other to form the connecting structure.

According to the drawer panel angle adjusting structure of the present invention, the turning actuating member is an eccentric actuating member which is disposed on the connecting member, and the guiding member is formed by a circular periphery of the rotating actuating member. The limiting rail is disposed on the holding member and has a square frame structure, and the rotating action member passes through the limiting rail and is movable along the limiting rail, the guiding member and the guiding member The limiting tracks are coupled to each other to form the engaging structure.

According to the drawer panel angle adjusting structure of the present invention, the turning actuating member is an eccentric actuating member which is disposed on the holding member, and the guiding member is formed by a circular periphery of the rotating actuating member. The limiting rail is disposed on the connecting member and has a square frame structure, and the rotating action member passes through the limiting rail and can move along the limiting rail, the guiding member and the guiding member The limit rails are coupled to each other to form the joint structure. According to the drawer panel angle adjusting structure of the present invention, the guiding member is a first gear provided at one end of the rotating driving member, and the limiting rail is provided with a second gear meshing with the first gear. The guiding member and the limiting rail are coupled to each other to form the engaging structure. When the rotating driving member rotates, the first gear drives the second gear to drive the holding member, the connecting member and the drawer panel A swing displacement is generated.

According to the drawer panel angle adjusting structure of the present invention, the guiding member is a first gear fixed to a periphery of the rotating driving member, and the limiting rail is provided with a second gear that meshes with the first gear, The guiding member and the limiting rail are coupled to each other to form the engaging structure. When the rotating driving member rotates, the first gear and the second gear generate a force to drive the holding member to drive the coupling member and The drawer panel produces a swinging displacement.

The invention provides an angle adjustment structure on the drawer panel joint structure, so that the drawer panel and the side panel can be swingably assembled, which can be realized by the structure: The drawer panel joint structure comprises a bottom plate, a side plate, a front panel, a support member, and a holding And the connecting member, the angle adjusting structure comprises a connecting member, a connecting shaft, a rotating actuating member and a connecting structure; the supporting member is mounted on the side plate, the holding member is mounted on the supporting member, the coupling member is mounted on the holding member; the connecting member is mounted on the Between the support member and the support member, the front panel is mounted on the connecting member or the joint member, and is configured by an angle adjustment structure to form a swinging structure; the rotary motion member is mounted on the joint member or the connecting member or the retaining member Above, by rotating the actuating member, the front panel rotates with the turning action to generate an oscillating displacement to adjust the angle between the front panel and the side panel. Thereby, the invention can conveniently adjust the angle of the drawer panel, and at the same time, the drawer side panel and the front panel can be firmly combined. DRAWINGS

1A is a schematic view showing the assembly of a conventional drawer structure;

1B is an exploded perspective view of a prior art drawer structure;

2A is a schematic view showing the assembly of the first structure of the first embodiment of the present invention;

2B is a perspective view showing the first structure of the first embodiment of the present invention;

Figure 3 is a plan view showing the first structure of the first embodiment of the present invention;

Figure 4 is a schematic view showing the counterclockwise swing of the front panel shown in Figure 3;

Figure 5 is a schematic view showing the clockwise swing of the front panel shown in Figure 3;

Figure 6 is an exploded perspective view showing the first structure of the first embodiment of the present invention;

Figure 7 is a plan view showing a second structure of the first embodiment of the present invention;

Figure 8 is a schematic view showing the counterclockwise swing of the front panel shown in Figure 7;

Figure 9 is a schematic view showing the clockwise swing of the front panel shown in Figure 7;

Figure 10 is a plan view showing a third structure of the first embodiment of the present invention;

Figure 11 is a schematic view showing the counterclockwise swing of the front panel shown in Figure 10;

Figure 12 is a schematic view showing the clockwise swing of the front panel shown in Figure 10; Figure 13A is a perspective view showing the first structure of the second embodiment of the present invention;

Figure 13B is a plan view showing the first structure of the second embodiment of the present invention;

Figure 14 is a schematic view showing the counterclockwise swing of the front panel shown in Figure 13B;

Figure 15 is a schematic view showing the clockwise swing of the front panel shown in Figure 13B;

Figure 16 is a plan exploded view showing the first structure of the second embodiment of the present invention;

Figure 17 is a plan view showing a second structure of a second embodiment of the present invention;

Figure 18 is a schematic view showing the counterclockwise swing of the front panel shown in Figure 17;

Figure 19 is a schematic view showing the clockwise swing of the front panel shown in Figure 17;

Figure 20 is a plan view showing a third structure of a second embodiment of the present invention;

Figure 21 is a schematic view showing the counterclockwise swing of the front panel shown in Figure 20;

Fig. 22 is a schematic view showing the clockwise swing of the front panel shown in Fig. 20.

Among them, the reference mark:

Drawer side panel 100 front panel 200 holding member 30

Support seat 31 hook fastener 38 elastic member 33

Flipper 35 support 10 joint 210

Guide arm 211 snap hole 213 rocker fixing hole 315

First perforation 312 second perforation 313 shaft hole 351

Shaft 15 First limit assembly 11 Second limit assembly 12

Limiting groove 381 Swinging shaft hole 212 Connector 230

Connecting shaft hole 232 Connecting shaft 240 Turning action 250

Guide 222 Limit rail 225 Connecting plate 330

Accommodating groove 310 bottom plate 400

The present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

The basic idea of the present invention is to provide: a drawer panel angle adjusting structure, comprising a drawer panel joint structure, and an angle adjusting structure disposed on the drawer panel joint structure, wherein the drawer panel joint structure comprises:

a square bottom plate;

a front panel mounted on the left and right parallel side panels;

a support member mounted on the left and right parallel side plates;

a holding member is mounted on the support member, the holding member includes a support base and a hooking member, The hook member is disposed at one end of the support base;

a coupling member detachable or assembled to the hook member;

a connecting shaft;

a connecting member, the connecting member is provided with a connecting shaft hole, the connecting shaft rod penetrates the connecting shaft hole, and connects the connecting member to the swinging shaft hole, and the front panel is mounted on the connecting member;

a rotating action member disposed on the coupling member or the connecting member;

a connecting structure includes a limiting track and a guiding member corresponding to the limiting track; structure. ^{Alternatively,,,,, A, '} , eleven kinds of drawer panel angle adjusting structure, comprising a drawer panel connecting structure, and a structure is provided to adjust the angle of the drawer panel on a binding structure in which the drawer panel connecting structure comprising: a square bottom plate;

a front panel mounted on the left and right parallel side panels;

a support member mounted on the left and right parallel side plates;

a holding member, the holding member is provided with a support base and a hooking member, the hooking member is disposed at one end of the support base;

A coupling member is detachably or assembled on the hooking member, and the front panel is mounted on the coupling member; the holding member is provided with a connecting shaft hole, and the angle adjusting structure comprises:

a connecting shaft;

a connecting member is mounted on the supporting member, and the connecting member is provided with a swinging shaft hole, and the connecting shaft is connected to the swinging shaft hole through the connecting shaft hole;

a turning action member mounted on the connecting member or the holding member;

a connecting structure includes a limiting track and a guiding member corresponding to the limiting track; structure. ' ' , ' ' ' ' - Figure 2A to Figure 6 is a first structural view of the angle adjustment structure of the drawer panel according to the first embodiment of the present invention, and the panel angle adjustment structure of the first structure of the first embodiment of the present invention, An angle adjustment structure is added to a drawer joint structure, wherein:

The drawer assembly structure includes a square bottom plate 400, left and right parallel side plates 100, a front panel 200, a support member 10, a holding member 30 and a coupling member 210. The support member 10 is mounted on the side plate 100, and the holding member 30 is mounted. The coupling member 210 is disposed on the support member 10, and the coupling member 210 is provided with a swinging shaft hole 212. The holding member 30 includes a supporting seat 31, a hooking member 38, a tilting member 35 and an elastic member 33. The elastic member 33 of the embodiment is a tension spring. The angle adjustment structure includes a connecting shaft 240, a connecting member 230, a rotating actuating member 250 and a connecting structure. The connecting member 230 is provided with a connecting shaft hole 232. The connecting shaft 240 passes through the connecting shaft hole 232 and is connected to the swinging shaft hole 212 of the coupling member 210. The engagement structure includes a limit rail 225 and a guide 222 corresponding to the limit rail 225. The rotation member 250 is disposed on the coupling member 210, and the guiding member 222 is disposed on the rotating motion member 250. The limiting rail 225 is disposed on the connecting member 230 and corresponds to the guiding member 222. Preferably, the limiting rail 225 is disposed on the equal-diameter circumference centered on the connecting shaft 240, and the guiding member 222 disposed on the rotating action member 250 and the limiting rail A225 disposed on the connecting member 230 The interconnections form a joint structure. Moreover, the connecting member 230 is coupled to the coupling member 210 by the connecting shaft 240 and the engaging structure, thereby forming a swinging structure.

When the turning actuating member 250 is rotated, the front panel 200 is oscillated and displaced as the turning actuating member 250 rotates, thereby adjusting the angle between the front panel 200 and the side panel 100, and the elastic pulling force by the hooking member 38. The front panel 200 can be closely attached to the side panel 100.

Of course, the drawer panel angle adjusting structure of the first structure of the first embodiment of the present invention has an equivalent design structure, and the embodiment thereof is the same as the first structure of the first embodiment, and will not be described in detail below. Only the differences will be explained.

The rotating action member 250 is disposed on the coupling member 210. The limiting rail 225 is disposed on the rotating motion member 250. The guiding member 222 is disposed on one side of the connecting member 230, and the guiding member 222 corresponds to the limiting rail 225. The limiting rail 225 is disposed on the equal-diameter circumference centered on the connecting shaft 240, and is connected to the guiding member 222 provided on the connecting member 230 by the limiting rail 225 provided on the rotating actuating member 250. The connecting structure is formed, and the connecting member 230 is connected to the coupling member 210 by the connecting shaft 240 and the engaging structure, thereby forming a swinging structure.

Alternatively, the rotating actuating member 250 is disposed on the connecting member 230, the guiding member 222 is disposed on the side of the rotating actuating member 250, the limiting rail 225 is disposed on the side of the coupling member 210, and the limiting rail 225 corresponds to the guiding member. 222, and the limiting rail 225 is disposed on the equal-diameter circumference centered on the connecting shaft 240, and the guiding member 222 disposed on the rotating action member 250 and the limiting rail 225 disposed on the coupling member 210 The joints are formed to form a joint structure. The connecting member 230 is coupled to the joint member 210 by the connecting shaft 240 and the engaging structure, thereby forming a swinging structure.

Alternatively, the actuating member 250 is disposed on the connecting member 230, the limiting rail 225 is disposed on the rotating actuating member 250, the guiding member 222 is disposed on the side of the coupling member 210, and the guiding member 222 corresponds to the limiting rail 225, and the limiting rail 225 is disposed on the equal-diameter circumference centered on the connecting shaft 240, and the guiding member 222 disposed on the rotating action member 250 and the limiting rail disposed on the connecting member 230 225 are connected to form a joint structure. The connecting member 230 is coupled to the coupling member 210 by the connecting shaft 240 and the engaging structure, thereby forming a swinging structure.

The vertical wall surface of the main body of the support base 31 and the vertical wall surface extending outwardly of the drawer panel angle adjusting structure of the present invention respectively have a swinging member fixing hole 315, a first through hole 312 and a second through hole. The hole 313, and the damper fixing hole 315, the first through hole 312 and the second through hole 313 penetrate through the body of the support base 31, respectively. Further, the shaft hole 351 of the swaying member 35 and the swaying member fixing hole 315 are aligned with each other, and the corresponding shaft hole 351 and the damper fixing hole 315 are bored by a shaft 15 to move the ram 35 It is located at the support base 31. In addition, the hooking member 38 is provided with a limiting slot 381, a first limiting component 11 and a second limiting component 12. The first limiting component 11 and the second limiting component 12 respectively pass through the first through hole 312. And the second through hole 313, and penetrates the limiting groove 381 of the hooking member 38 to fix the first limiting component 11 and the second limiting component 12 to the support base 31.

Preferably, the other end of the coupling member 210 is provided with a guiding arm 211. The front end of the guiding arm 211 is provided with a locking mechanism, and the locking mechanism is provided with a locking hole 213. The front end of the holding member 30 is provided with a receiving slot 310. After the front panel 200 is adjusted to the angle, the engaging member 210 is pushed into the receiving slot 310 of the holding member 30 to touch the hooking member 38, and the hooking member 38 is automatically hooked. During the automatic hooking of the hooking member 38, the hooking member 38 pulls the coupling member 210 into the holding member 30 along the limiting slot 381, causing the coupling member 210 to be displaced inwardly 270, and the coupling member 210 is displaced inwardly. 270 is the front panel 200 hooking the displacement 270 inward.

Referring to FIG. 3, the front panel 200 is not engaged with the hooking member 38, and the inward pulling distance of the front panel 200 is the same as the moving distance of the hooking member 38 in the limiting slot 381. The elastic tension of the fastener 38 pulls the front panel 200 inwardly, thereby bringing the front panel 200 into close proximity to the side panel 100.

Referring again to FIG. 4, an external object (such as a screwdriver) pulls the rotating motion member 250 to rotate the rotating motion member 250 counterclockwise, and the guiding member 222 applies a limiting rail 225-force. The connecting member 230 is at the force. The driving of the front panel 200 is reversed in the driving direction, thereby adjusting the angle of the front panel 200 of the drawer. Further, the drawer panel 200 is pulled inwardly by the elastic pulling force of the elastic member 33 and the hooking member 38, so that the front panel 200 is closely pressed against the drawer side panel 100.

Referring again to FIG. 5, an external object (such as a screwdriver) pulls the rotating motion member 250 to rotate the rotating motion member 250 clockwise, and the guiding member 222 applies a limiting rail 225-force. The connecting member 230 is at the force. The driving of the front panel 200 is performed in a clockwise direction to adjust the angle of the front panel 200. Further, the front panel 200 is pulled inwardly by the elastic pulling force of the elastic member 33 and the hooking member 38, so that the front panel 200 is closely pressed against the drawer side panel 100.

6 is a schematic view showing the separation of the front panel and the side panel according to an embodiment of the present invention. When the coupling member 210 and the hooking member 38 are in the engaged state, the rotating member 35 is rotated to slide the hooking member 38 along the limiting slot 381 until the combination The member 210 is disengaged from the hook member 38, thereby separating the front panel 200 from the drawer side panel 100.

7 to FIG. 9 are schematic diagrams showing a second structure of the angle adjustment structure of the drawer panel according to the first embodiment of the present invention. The panel angle adjustment structure of the second structure of the first embodiment of the present invention is the same as the first embodiment. Where the first structure of the example is not described in detail herein, the differences will be explained.

The drawer panel angle adjusting structure of the second structure of the first embodiment of the present invention adds an angle adjusting structure to the drawer coupling structure, and the angle adjusting structure includes a connecting shaft 240 and a connection. The component 230, the one-turn actuating member 250 and the engaging structure comprise a limiting rail 225 and a guiding member 222 corresponding to the limiting rail 225. The rotating actuating member 250 is an eccentric actuating member, and is disposed on the connecting member 210. The guiding member 222 is formed by the periphery of the rotating actuating member 250, and the limiting rail 225 is disposed on the connecting member 230 in a square frame shape. The structure, the rotating actuating member 250 is passed through a square frame-shaped limiting rail 225 and is movable along the limiting rail 225.

Preferably, the actuating member 250 is disposed on the coupling member 210, and is engaged with the limiting rail 225 provided on the connecting member 230 by the guiding member 222 disposed on the rotating actuating member 250 to form an engaging structure. The connecting member 230 is coupled to the coupling member 210 by the connecting shaft 240 and the engaging structure, thereby forming a swinging structure. When the turning actuating member 250 rotates, the guiding member 222 acts on the limiting rail 225, and the connecting member 230 is driven by the limiting rail 225 to drive the front panel 200 to generate a swinging displacement.

Referring to FIG. 8, when an external force acts on the turning actuating member 250 to rotate counterclockwise, the guiding member 222 applies a limiting rail 225-force, and the connecting member 230 drives the front panel 200 in a counterclockwise direction under the driving force. Rotate to thereby adjust the angle of the front panel 200. Further, the front panel 200 is pulled inwardly by the elastic pulling force of the elastic member 33 and the hooking member 38, so that the front panel 200 is closely pressed against the drawer side panel 100.

Referring again to FIG. 9, when an external force acts on the rotating actuating member 250 to rotate it clockwise, the guiding member 222 applies a limiting rail 225-force, and the connecting member 230 drives the front panel 200 to be clockwise driven by the force. The direction is rotated, thereby adjusting the angle of the front panel 200. Further, the front panel 200 is pulled inwardly by the elastic pulling force of the elastic member 33 and the hooking member 38, so that the front panel 200 is closely pressed against the drawer side panel 100.

Of course, the panel angle adjustment structure of the second structure of the first embodiment of the present invention has an equivalent design structure, and the implementation manner thereof is the same as that of the second structure of the first embodiment, and will not be described in detail herein. Explain it.

The rotating actuating member 250 is an eccentric actuating member, which is disposed on the connecting member 230. The guiding member 222 is formed by the circular periphery of the rotating actuating member 250, and the limiting rail 225 is disposed on the coupling member 210 in a square frame structure. The rotating actuating member 250 is disposed through the square frame-shaped limiting rail 225 and movable along the limiting rail 225, and is disposed on the coupling member 210 by the guiding member 222 disposed on the rotating actuating member 250. The limit rails 225 are connected to each other to form a joint structure. The connecting member 230 is connected to the coupling member 210 by the connecting shaft 240 and the engaging structure to form a swinging structure. When the rotating actuating member 250 rotates, the guiding member 222 and the limiting rail 225 generate a force to drive the connecting member. 230 in turn drives the front panel 200 to generate a wobble displacement.

10 to FIG. 12 are schematic diagrams showing a third structure of a panel angle adjusting structure according to a first embodiment of the present invention. The panel angle adjusting structure of the third structure of the first embodiment of the present invention is provided with a drawer coupling structure. The connecting shaft 240, a connecting member 230, a rotating actuating member 250 and a connecting structure comprise a limiting rail 225 and a guiding member 222 corresponding to the limiting rail 225. Wherein, the rotating actuating member 250 is disposed on the coupling member 210, the guiding member 222 is a first gear disposed at the end of the rotating actuating member 250, and the P-position rail 225 is provided with a second gear meshing with the first gear. The limiting rail 225 is disposed on the connecting member 230. The guiding member 222 disposed on the rotating member 250 and the limiting rail 225 disposed on the connecting member 230 are coupled to each other to form an engaging structure. When an external force acts on the turning actuating member 250 and rotates it, the first gear drives the second gear to rotate, thereby causing the connecting member 230 and the drawer panel 200 to generate a swinging displacement.

Referring to FIG. 11 and FIG. 12, when the turning actuating member 250 is rotated counterclockwise, the guiding member 222 acts on the limiting rail 225, thereby pulling the connecting member 230 and the drawer front panel 200 to swing counterclockwise, and at the same time, borrowing The drawer front panel 200 is pulled inwardly by the elastic pulling force of the elastic member 33 and the hooking member 38, so that the drawer front panel 200 is closely pressed against the drawing side panel 100; when the turning actuating member 250 is rotated clockwise, The lead member 222 acts on the limiting rail 225, thereby pulling the connecting member 230 and the drawer front panel 200 to swing clockwise, and at the same time, the drawer front panel 200 is tightened inward by the elastic pulling force of the elastic member 33 and the hooking member 38. , the drawer front panel 200 is placed closely below the drawer side panel 100.

Of course, the panel angle adjusting structure of the third structure of the first embodiment of the present invention has an equivalent design structure, and the implementation manner thereof is the same as that of the third structure of the first embodiment, and will not be described in detail herein. Explain it.

The rotating actuating member 250 is disposed on the connecting member 230. The guiding member 222 is a first gear disposed on the periphery of the rotating actuating member 250. The limiting rail 225 is provided with a second gear that meshes with the first gear, and the limiting rail 225 The engaging member 210 is formed by the guiding member 222 disposed on the rotating actuating member 250 and the limiting rail 225 disposed on the coupling member 210. The connecting member 230 is coupled to the coupling member 210 by the connecting shaft 240 and the engaging structure to form a swinging structure. When an external force acts on the rotating actuating member 250 and rotates, the first gear and the second gear generate a force driving. The connector 230 in turn drives the drawer front panel 200 to produce a swinging displacement.

13A to 16 are schematic views showing a first structure of a panel angle adjusting structure according to a second embodiment of the present invention. The panel angle adjusting structure of the first structure of the second embodiment of the present invention is provided with a drawer structure. Angle adjustment structure. among them:

The drawer assembly structure includes a square bottom plate 400, a left and right parallel side plates 100, a front panel 200, a support member 10, a holding member 30 and a coupling member 210. The angle adjusting structure includes a connecting shaft 240 and a connecting plate 330. The one-turn actuating member 250 and the engaging structure comprise a P-position rail 225 and a guiding member 222 corresponding to the limiting rail 225. The support member 10 is mounted on the left side plate 100, the connecting plate 330 is mounted on the support member 10, the holding member 30 is mounted on the connecting plate 330, the coupling member 210 is mounted on the holding member 30, and the front panel 200 is mounted on the joint. Piece 210. The connecting plate 330 is provided with a swinging shaft hole 212. The holding member 30 is provided with a connecting shaft hole 232 corresponding to the swinging shaft hole 212, and the holding member 30 includes a supporting base 31, a hooking member 38 and a tilting member. 35 and an elastic member 33, wherein the elastic member 33 of the embodiment is a tension spring. In this embodiment, the rotating actuating member 250 is disposed on the connecting plate 330, and the guiding member 222 is disposed on the rotating actuating member 250. The limiting rail 225 is disposed on the holding member 30 and corresponds to the guiding member 222. The guiding member 222 disposed on the rotating member 250 and the limiting rail 225 disposed on the holding member 30 are engaged with each other to form an engaging structure. The holding member 30 is connected to the connecting plate 330 by the connecting shaft 240 and the engaging structure, thereby forming a swinging structure. When the rotating actuating member 250 is rotated, the front panel 200 generates a swinging displacement as the turning actuating member 250 rotates. Thereby, the angle of the front panel 200 and the side panel 100 is adjusted, and the front panel 200 is closely abutted against the side panel 100 by the elastic pulling force of the hooking member 38.

Of course, the panel angle adjustment structure of the first structure of the second embodiment of the present invention has an equivalent design structure, and the implementation manner thereof is the same as that of the first structure of the second embodiment, and will not be described in detail herein. Explain it.

The rotating actuating member 250 is disposed on the connecting plate 330, and the limiting rail 225 is disposed on the side of the rotating actuating member 250. The guiding member 222 is disposed on the supporting base 31 of the holding member 30 and corresponds to the limiting rail 225, by The limiting rail 225 disposed on the rotating action member 250 and the guiding member 222 disposed on the holding member 30 are engaged with each other to form a joint structure. The holding member 30 is coupled to the connecting plate 330 by the connecting shaft 240 and the engaging structure, thereby forming a swinging structure.

Alternatively, the turning actuating member 250 is disposed on the holding member 30, and the guiding member 222 is disposed on the side of the rotating actuating member 250. The limiting rail 225 is disposed on the connecting plate 330 and corresponds to the guiding member 222. The guiding member 222 on the rotating actuating member 250 is engaged with the limiting rail 225 provided on the connecting plate 330 to form a joint structure. The holder 30 is coupled to the connecting plate 330 by the connecting shaft 240 and the engaging structure, thereby forming a swinging structure.

Alternatively, the rotating actuating member 250 is disposed on the holding member 30, the limiting rail 225 is disposed on the side of the rotating actuating member 250, and the guiding member 222 is disposed on the connecting plate 330 and corresponding to the limiting rail 225, The limiting rail 225 on the rotating actuating member 250 and the guiding member 222 provided on the connecting plate 330 are coupled to each other to form a joint structure. The holder 30 is attached to the connecting plate 330 by the connecting shaft 240 and the engaging structure, thereby forming a swinging structure.

In the drawer panel joint structure, a vertical wall surface of the main body of the support base 31 and a vertical wall surface extending outward from the main body respectively penetrate through a rocking member fixing hole 315, a first through hole 312 and a second through hole 313, and The damper fixing hole 315, the first through hole 312 and the second through hole 313 penetrate through the body of the support base 31, respectively. The shaft hole 351 of the swaying member 35 and the swaying member fixing hole 315 are aligned with each other, and then the corresponding shaft hole 351 and the swaying member fixing hole 315 are bored by a shaft 15 to position the damper member 35 at Support seat 31. In addition, a limiting slot 381, a first limiting component 11 and a second limiting component 12 are disposed on the hooking member 38. The first limiting component 11 and the second limiting component 12 are respectively disposed on the first through hole 312 and The second through hole 313 extends through the limiting slot 381 of the hooking member 38 to fix the first limiting component 11 and the second limiting component 12 to the support base 31.

Preferably, the other end of the coupling member 210 has a guiding arm 211, and the front end of the guiding arm 211 has a buckle The mechanism has a snap hole 213 formed in the buckle mechanism.

Preferably, the front end of the holding member 30 is provided with a receiving groove 310. After the front panel 200 is adjusted to the angle, the engaging member 210 is pushed into the receiving groove 310 of the holding member 30 to touch the hooking member 38, and the hooking member 38 is The hook member 38 is automatically hooked. During the automatic hooking, the hook member 38 pulls the coupling member 210 into the holding member 30 along the limiting slot 381, so that the coupling member 210 generates an inward displacement 270. The coupling member 210 The inward displacement 270 is the front panel 200 inwardly snapping the displacement 270.

Referring to FIG. 13B, the front panel 200 is not in the state of being fastened to the hooking member 38, and the front panel 200 is pulled inwardly at the same distance as the hooking member 38 in the limiting slot 381, and then is hooked. The elastic tension of the member 38 pulls the front panel 200 inwardly so that the front panel 200 abuts against the side panel 100.

Referring to FIG. 14, the external object pulls the rotating action member 250 to rotate the rotating actuating member 250 counterclockwise, and the guiding member 222 applies the limiting rail 225-force. The holding member 30 drives the front panel under the driving force. The 200 is rotated in a counterclockwise direction to thereby adjust the angle of the drawer panel 200. Further, the drawer panel 200 is pulled inwardly by the elastic pulling force of the elastic member 33 and the hooking member 38 so that the drawer panel 200 is closely pressed against the drawer side panel 100.

Referring again to FIG. 15, the external object is rotated to rotate the rotating motion member 250 clockwise, and the guiding member 222 applies a limiting rail 225-force. The holding member 30 drives the drawer panel 200 to be clockwise driven by the force. Rotate to thereby adjust the angle of the drawer panel 200. Further, the drawer panel 200 is pulled inwardly by the elastic pulling force of the elastic member 33 and the hooking member 38, so that the drawer panel 200 is tightly pressed against the drawer side panel 100.

16 is a schematic view showing the separation of the front panel and the side panel of the embodiment. When the coupling member 210 and the hooking member 38 are in the engaged state, the rotating member 35 is rotated to slide the hooking member 38 along the limiting slot 381 until The coupling member 210 is disengaged from the hooking member 38, thereby separating the drawer panel 200 from the drawer side panel 100.

17 to FIG. 19 are schematic diagrams showing a second structure of a drawer panel angle adjusting structure according to a second embodiment of the present invention, and a panel angle adjusting structure of a second structure according to a second embodiment of the present invention is provided on a drawer coupling structure There is a connecting shaft 240, a connecting plate 330, a rotating actuating member 250 and a connecting structure. The engaging structure comprises a limiting rail 225 and a guiding member 222 corresponding to the limiting rail 225.

The rotating actuating member 250 is an eccentric actuating member, which is disposed on the connecting plate 330. The guiding member 222 is formed by the circular periphery of the rotating actuating member 250, and the limiting rail 225 is disposed on the holding member 30 in a square shape. a frame-like structure, and the rotating actuating member 250 is disposed through the square frame-shaped limiting rail 225 and movable along the limiting rail 225 by the guiding member 222 disposed on the rotating actuating member 250 The limit rails 225 on the holder 30 are engaged with each other to form a joint structure. The holder 30 is connected to the connecting plate 330 by the connecting shaft 240 and the engaging structure to form a swinging structure.

Referring to FIG. 18, when an external force acts on the turning actuating member 250 to rotate counterclockwise, the guiding member 222 applies a limiting rail 225-force, and the holding member 30 drives the coupling member 210 to drive the front panel under the driving force. The 200 rotates in a counterclockwise direction, thereby adjusting the angle of the front panel 200. Further Through the elastic pulling force of the elastic member 33 and the hooking member 38, the front panel 200 is pulled inwardly so that the front panel 200 is closely pressed against the drawer side panel 100.

Referring again to FIG. 19, when an external force acts on the turning actuating member 250 to rotate it clockwise, the guiding member 222 applies a limiting rail 225-force, and the holding member 30 drives the coupling member 210 to drive the front portion under the driving force. The panel 200 is rotated in a clockwise direction, thereby adjusting the angle of the front panel 200. Further, the front panel 200 is pulled inwardly by the elastic pulling force of the elastic member 33 and the hooking member 38 so that the front panel 200 is closely pressed against the drawer side panel 100.

Of course, the panel angle adjustment structure of the second structure of the second embodiment of the present invention has an equivalent design structure, and the implementation manner thereof is the same as that of the second structure of the second embodiment, and will not be described in detail herein. Explain it.

The rotating actuating member 250 is an eccentric actuating member, and is disposed on the holding member 30. The guiding member 222 is formed by the circular periphery of the rotating actuating member 250, and the limiting rail 225 is disposed on the connecting plate 330 in a square frame shape. The structure, and the rotating actuating member 250 is disposed through the square frame-shaped limiting rail 225, and is movable along the limiting rail 225, and is disposed on the connecting plate by the guiding member 222 disposed on the rotating actuating member 250. The limit rails 225 on the 330 are coupled to each other to form a joint structure. The holder 30 is coupled to the connecting plate 330 by the connecting shaft 240 and the engaging structure to form a swinging structure.

20 to FIG. 22 are schematic diagrams showing a third structure of the angle adjusting structure of the drawing house panel according to the second embodiment of the present invention, and the panel angle adjusting structure of the third structure of the second embodiment of the present invention is on the drawer coupling structure. A connecting shaft 240, a connecting plate 330, a rotating actuating member 250 and a connecting structure are provided. The connecting structure comprises a limiting rail 225 and a guiding member 222 corresponding to the limiting rail 225.

The rotating action member 250 is disposed on the connecting plate 330, the guiding member 222 is a first gear disposed at one end of the rotating actuating member 250, and the P-position rail 225 is provided with a second gear that meshes with the first gear, and is limited The positioning rail 225 is disposed on the holding member 30, and is connected to the limiting rail 225 disposed on the holding member 30 by the guiding member 222 disposed on the rotating action member 250 to form a joint structure, and the retaining member 30 is formed by The connecting shaft 240 and the engaging structure are connected to the connecting plate 330 to form a swinging structure. When the external force is applied to the rotary actuator 250 and rotated, the first gear drives the second gear to rotate, thereby driving the retaining member 30 to drive the coupling member 210 to thereby cause the drawer panel 200 to swing.

Referring to FIG. 21 and FIG. 22, when an external force causes the turning motion member 250 to rotate counterclockwise, the guiding member 222 acts on the limiting rail 225, thereby pulling the holding member 30, the coupling member 210 and the front panel 200 to swing counterclockwise. At the same time, the front panel 200 is pulled inwardly by the elastic pulling force of the elastic member 33 and the hooking member 38, so that the front panel 200 is closely pressed against the drawer side panel 100; when the turning actuating member 250 is rotated clockwise The guiding member 222 acts on the limiting rail 225 to pull the holding member 30, the coupling member 210 and the front panel 200 to swing clockwise, and at the same time, the front panel 200 is elastically pulled by the elastic member 33 and the hooking member 38. The inner panel 200 is pulled inwardly against the drawer side panel 100.

Of course, the panel angle adjustment structure of the third structure of the second embodiment of the present invention has an equivalent design. The structure of the meter is the same as that of the third structure of the second embodiment, and will not be described in detail here.

The rotating action member 250 is disposed on the holding member 30, the guiding member 222 is a first gear disposed on the periphery of the rotating actuating member 250, and the P-position rail 225 is provided with a second gear meshing with the first gear, and the limiting rail The 225 is disposed on the supporting member 330, and is connected to the limiting rail 225 disposed on the connecting plate 330 by the guiding member 222 disposed on the rotating actuating member 250 to form a joint structure, and the retaining member 30 is connected by the shaft The rod 240 and the engaging structure are coupled to the connecting plate 330 to form a swinging structure. When an external force acts on the rotating actuator 250 and causes it to rotate, the first gear and the second gear generate a force to drive the holding member 30 to drive the coupling member 210 to thereby cause the drawer panel 200 to swing.

In summary, the present invention provides an angle adjustment structure on the drawer panel joint structure, so that the drawer panel and the side panel can be swingably assembled, which can be realized by a structure: The drawer panel joint structure includes a bottom plate, a side plate, and a front panel. , the support member, the holding member and the joint member, the angle adjusting structure comprises a connecting member, a connecting shaft rod, a rotating actuating member and a connecting structure; the supporting member is mounted on the side plate, the holding member is mounted on the supporting member, and the binding member is mounted on the holding member The connecting member is mounted on the joint member or between the support member and the retaining member, the front panel is mounted on the connecting member or the joint member, and the angle adjusting structure is used to form the swinging structure; the rotating actuating member is mounted on the joint member or The connecting member or the holding member is rotated by the turning action member, and the front panel is rotated by the rotation of the rotating action member to adjust the angle between the front panel and the side panel. Thereby, the present invention can easily adjust the angle of the drawer panel, and at the same time, the drawer side panel and the front panel can be firmly joined.

It is a matter of course that the invention may be embodied in various other forms and modifications without departing from the spirit and scope of the invention. ',

Claims

Claim

A drawer panel angle adjusting structure, comprising a drawer panel joint structure, and an angle adjusting structure disposed on the drawer panel joint structure, wherein the drawer panel joint structure comprises:

a square bottom plate;

a front panel mounted on the left and right parallel side plates;

a support member mounted on the left and right parallel side plates;

a coupling member detachable or assembled to the hook member;

The coupling member is provided with a swinging shaft hole, and the angle adjusting structure comprises: a connecting shaft;

The angle adjustment structure of the drawer panel according to claim 1, wherein one end of the hook member is provided with an elastic member, and the front panel abuts against the side by the elastic pulling force of the elastic member board.

The drawer panel angle adjusting structure according to claim 1, wherein the turning actuating member is disposed on the coupling member, and the guiding member is disposed on the rotating actuating member, The limiting rail is disposed on the connecting member, and the limiting rail corresponds to the guiding member, and the guiding member and the limiting rail are coupled to each other to form the engaging structure.

The drawer panel angle adjusting structure according to claim 1, wherein the turning actuating member is disposed on the coupling member, and the limiting rail is disposed on the rotating actuating member, The guiding member is disposed on the connecting member, and the limiting rail corresponds to the guiding member, and the limiting rail and the guiding member are coupled to each other to form the engaging structure.

The drawer panel angle adjusting structure according to claim 1, wherein the turning action member is disposed on the connecting member, and the guiding member is disposed on the turning actuating member, Limit The rail is disposed on the coupling member, and the limiting rail corresponds to the guiding member, and the guiding member and the limiting rail are coupled to each other to form the engaging structure.

The drawer panel angle adjusting structure according to claim 1, wherein the turning actuating member is disposed on the connecting member, and the limiting rail is disposed on the rotating actuating member, The guiding member is disposed on the coupling member, and the limiting rail corresponds to the guiding member, and the limiting rail and the guiding member are coupled to each other to form the engaging structure.

The sliding panel angle adjusting structure according to claim 3, wherein the rotating actuating member is an eccentric actuating member, and is disposed on the coupling member, wherein the guiding member is a Forming a periphery of the rotating actuating member, the limiting rail is disposed on the connecting member, and has a square frame structure, wherein the rotating actuating member passes through the limiting rail and is along the limit Moving in the track, the engaging structure is formed by the guiding member and the limiting track being coupled to each other.

The drawer panel angle adjusting structure according to claim 5, wherein the turning actuating member is an eccentric actuating member, and is disposed on the connecting member, wherein the guiding member is Forming a periphery of the rotating actuating member, the limiting rail is disposed on the connecting member, and has a square frame structure, wherein the rotating actuating member passes through the limiting rail and can follow the limit Moving in the track, the engaging structure is formed by the guiding member and the limiting track being coupled to each other.

The drawer panel angle adjusting structure according to claim 3, wherein the guiding member is a first gear provided at one end of the rotating driving member, and the limiting rail is provided with the first a second gear that is meshed by a gear is coupled to the limiting rail by the guiding member to form the engaging structure. When the rotating driving member rotates, the first gear drives the second gear to further The connecting member and the drawer panel are caused to generate a swinging displacement.

The drawer panel angle adjusting structure according to claim 5, wherein the guiding member is a first gear fixed to a periphery of the rotating driving member, and the limiting rail is provided with the first a second gear meshed by the gear, the engaging structure is formed by the guiding member and the limiting rail, and the first gear and the second gear generate a force when the rotating driving member rotates Driving the connecting member to drive the drawer panel to generate a swinging displacement.

11. A drawer panel angle adjustment structure, comprising a drawer panel joint structure, and an angle adjustment structure disposed on the drawer panel joint structure, wherein the drawer panel joint structure comprises:

a square bottom plate;

a front panel mounted on the left and right parallel side panels;

a support member mounted on the left and right parallel side plates;

a holding member, the holding member is provided with a support base and a hooking member, and the hooking member is disposed on One end of the support;

The holding member is provided with a connecting shaft hole, and the angle adjusting structure comprises: a connecting shaft;

a connecting member is mounted on the supporting member, and the connecting member is provided with a swinging shaft hole, and the connecting shaft is connected to the connecting shaft hole through the connecting shaft hole;

a connecting structure includes a limiting track and a guiding member corresponding to the limiting track; the holding member is connected to the connecting member to form a swinging structure by the connecting shaft and the connecting structure, With the swinging structure, when the turning motion member is rotated, the front panel generates a swinging displacement as the turning motion member rotates.

The drawer panel angle adjusting structure according to claim 11, wherein one end of the hooking member is provided with an elastic member, and the front panel abuts against the elastic panel by the elastic pulling force of the elastic member Side panel.

The drawer panel angle adjusting structure according to claim 11, wherein the turning actuating member is disposed on the connecting member, and the guiding member is disposed on the rotating actuating member, The limiting rail is disposed on the holding member, and the limiting rail corresponds to the guiding member, and the guiding member and the limiting rail are coupled to each other to form the engaging structure.

The drawer panel angle adjusting structure according to claim 11, wherein the turning actuating member is disposed on the connecting member, and the limiting rail is disposed on a side of the rotating actuating member, The guiding member is disposed on the holding member, and the limiting rail corresponds to the guiding member, and the limiting rail and the guiding member are coupled to each other to form the engaging structure.

The drawer panel angle adjusting structure according to claim 11, wherein the rotating action member is disposed on the holding member, and the guiding member is disposed on a side of the rotating actuating member, The limiting rail is disposed on the connecting member, and the limiting rail corresponds to the guiding member, and the guiding member and the limiting rail are coupled to each other to form the engaging structure.

The drawer panel angle adjusting structure according to claim 11, wherein the rotating actuating member is disposed on the holding member, and the rotating actuating member is disposed on the holding member, the limit a positioning rail is disposed on a side of the rotating actuating member, the guiding member is disposed on the connecting member, and the limiting rail corresponds to the guiding member, the limiting rail and the guiding The pieces are connected to each other to form the joint structure.

The drawer panel angle adjusting structure according to claim 13, wherein the turning actuating member is an eccentric actuating member disposed on the connecting member, wherein the guiding member is rotated by the rotating member a circular periphery of the actuating member, the limiting rail is disposed on the holding member, and has a square frame structure, and the rotating action member passes through the limiting rail and is located along the limiting rail Moving, the guiding member and the limiting rail are coupled to each other to form the engaging structure.

The drawer panel angle adjusting structure according to claim 15, wherein the turning actuating member is an eccentric actuating member disposed on the holding member, and the guiding member is rotated by the rotating member a circular periphery of the actuating member is formed, the limiting rail is disposed on the connecting member, and has a square frame structure, wherein the rotating actuating member passes through the limiting rail and is along the limiting rail Inward movement, the guiding member and the limiting rail are coupled to each other to form the engaging structure.

The drawer panel angle adjusting structure according to claim 13, wherein the guiding member is a first gear provided at one end of the rotating driving member, and the limiting rail is provided with the first a second gear engaged by a gear, the guiding member and the limiting rail are coupled to each other to form the engaging structure, and when the rotating driving member rotates, the first gear drives the second gear to drive the The holding member, the coupling member and the drawer panel generate a swinging displacement.

The drawer panel angle adjusting structure according to claim 15, wherein the guiding member is a first gear fixed to a periphery of the rotating driving member, and the limiting rail is provided with the first a second gear engaged by the gear, the guiding member and the limiting rail are coupled to each other to form the engaging structure, and when the rotating driving member rotates, the first gear and the second gear generate a force to drive the The holding member in turn drives the coupling member and the drawer panel to generate a swinging displacement.