ES1146834U - Dismantling and assembly regulating device used for a drawer panel (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Dismantling and assembly regulating device (c) for a drawer panel comprising a side plate (b) in which the dismantling and assembly regulating device (c) is disposed and in which a panel (a) is provided with a connecting element (4) interlocked with the dismantling and assembly regulating device (c) and making its connection with the side plate (b) Characterized in that said dismantling and assembly regulating device (c) comprises at least one crosshead (5), a connecting rod (6) and an elastic element (9), wherein the crosshead (5), the connecting rod (6) and the elastic element (9) are respectively mounted on a main plate (1); That under the action of the elastic force the connecting element (4) is locked by the crosshead (5); That in the interlocking state, acting on the connecting rod (6), the dismantling and assembly regulating device (c) can perform the unlocking separation of the joining element (4); y That said dismantling and assembly regulating device (c) also has a height adjustment element (8) and a left/right adjustment element (10) which respectively act on the main plate to perform an arc movement. And a left/right turn in order to make the connecting element (4) move up/down and left/right and thus adjust the panel (a) up/down and to the left /right. (Machine-translation by Google Translate, not legally binding)

Description

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DESCRIPTION

Disassembly and assembly regulator device used for a drawer panel Field of the Invention

The present invention relates to an interlocking device for a drawer panel and, in particular, refers to a disassembly and assembly regulator device used for a drawer panel.

Background of the state of the art

On February 19, 2014, the Chinese patent (patent document No. CN103584528A) unveiled a detachment and assembly interlocking mechanism used for a drawer panel, comprising a side plate, a base plate and a rail component. sliding used to open / close a drawer, characterized by the fact that an interlocking mechanism of disassembly and assembly used to interlock and separate the front panel is provided in the cavity of the side plate, the front panel is designed to perform a rapid disassembly and assembly by means of a connecting element and the interlocking mechanism for disassembly and assembly; the mechanism for interlocking of disassembly and assembly at least comprises a main plate and a connecting rod connected by articulation with the main plate as well as a crosshead slidably provided on the main plate by means of the connecting rod; a guide groove for sliding of the connecting element is provided on the main board; the front panel is hooked with the crosshead by means of the positioning step in the joint element to perform its interlocking; the front panel comes into contact with the crosshead by means of the end surface of the connecting element to perform its separation; A torsion spring designed to at least generate an actuation force in the rotation of the connecting rod is provided on the main plate.

Although this structure can perform the interlocking of the panel, its actuation is not realizable and the phenomenon of disunity can be easily generated under the action exerted by an external force. Therefore, further improvements are necessary.

Brief exposition of the invention

The technical objective of the present invention is to provide a dismantling and assembly regulating device for a drawer panel that is characterized by a simple and reasonable structure and reliable performance as well as its multifunction, humanization, security, extensive application, low cost and great adaptability to the market, in order to overcome the deficiency of the state of the art.

A disassembly and assembly regulator device for a drawer panel, comprising a side plate in which the disassembly and assembly regulator device is disposed and a panel that is interlocked with the disassembly and assembly regulator device by means of the joining element and it makes its connection with the side plate, said dismantling and assembly regulating device for a drawer panel characterized by the fact that an interlocking separation mechanism that at least consists of a crosshead, a connecting rod and an elastic element is provided in the disassembly and assembly regulator device, where the crosshead, the connecting rod and the

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Elastic element are respectively mounted on the main board.

Under the action of the elastic force the joint element is locked by the crosshead and in the interlocked state, acting on the connecting rod, the disassembly and assembly regulating device can perform the separation separation of the joint element.

In addition, the disassembly and assembly regulating device is also provided with a height adjustment element and a left / right adjustment element to make the union element make an up / down movement and a movement towards the left / right and thus make the panel adjustment up / down and left / right.

The crosshead is provided on the main board and revolves around the connection point; an interlocking recess is provided on the crosshead, an actuation projection is provided on one side of the interlocking recess.

The joining element is a piece of metal sheet bent in "U", a locking interlocking locking shaft is provided at the ends of the two bent sides.

The locking latch shaft enters a sliding guide provided on the main plate and acts on the actuation projection to rotate the crosshead, and the locking recess also rotates accordingly and finally interlocks the locking latch shaft.

The crosshead is provided with an arcuate slide connected to one end of the connecting rod allowing the arched slide to perform a reciprocating motion and the other end of the connecting rod is rotatably connected to the main plate.

The elastic element exerts an elastic action on the mobile end of the connecting rod and the main plate and by means of transmission the crosshead is elastically requested and elastically interlocks the locking latch shaft.

A slot is provided in the arched slide in the crosshead; In the interlocking state, when the connecting element is forcibly separated, the mobile end of the connecting rod will enter the groove and, to prevent disunity by mistake, the actuating force is eliminated whereby the mobile end returns to the original position.

The crosshead is at least made of metal sheet by punching with the interlocking recess and the arcuate slide provided respectively at its two ends. The interlocking operation is carried out using the lever principle and the connecting rod is at least designed as a cam in which a working part of the tool is provided on the surface of the connecting rod. The connecting rod acts on the actuation part of the tool and thus transmits a force until the crosshead rotates or rotates, in order to perform the unlocking and separation of the joint element. The elastic element is at least designed as a spring, one end of the spring is connected to the movable end of the connecting rod and a hook-shaped part used to engage the main plate is provided at another end.

The height adjustment element is at least designed as an eccentric wheel, where an eccentric wheel column protrudes on one side of the eccentric wheel and an actuation part of the tool is provided on another side.

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A through hole for the axis of rotation and an oblong hole are provided in the main plate; the eccentric column is inserted in the oblong hole and, when the height adjustment element is rotated, the eccentric column of the height adjustment element makes an eccentric rotation movement in the through hole of the rotation axis of the main plate so make the main plate make an arc movement around the through hole for the axis of rotation.

On the periphery of the height adjustment element, corrugated or zigzag bands are provided in order to allow the user to feel the position adjustment of the mechanism by turning the height adjustment element in addition to preventing it from independent rotation. The height adjustment element always maintains its invariable position with respect to the dismantling and assembly regulating device.

A thread is provided in the adjustment element to the left / right and is connected to the screw hole in the main plate and goes through the main plate; and the adjustment element to the left / right is turned to adjust the main plate to the left / right.

One end of the left / right adjustment element (10) is designed as a stepped circle, an actuation part of the tool is provided in this extreme part and the left / right adjustment element (10) always maintains the position to the left / right invariable with respect to the regulator of disassembly and assembly.

The surface of the dismantling and assembly regulating device consists of a cover plate and a fixing plate in coordinated assembly; the main plate is placed between the cover plate and the fixing plate, which are not in contact with each other in the inactive state; the main plate is rotatably provided by means of the cover plate rivets; the elastic element is placed between the main plate and the fixing plate; the crosshead, the connecting rod, the height adjustment element and the left / right adjustment element are placed between the main plate and the cover plate; the oblong holes are provided in the cover plate in correspondence with the connecting rod and the actuation part of the tool of the adjustment device to the left / right, a regulation hole is provided in correspondence with the height adjustment element, about bands corresponding to the periphery of the height adjustment element are provided locally on the inner wall of the regulation hole; and the connecting rod, the height adjustment element and the actuation part of the tool of the adjustment element to the left / right are always exposed.

The present invention allows the interlocking and separation of the interlocking element to be made by providing a crosshead in order to make the connection of the side plate and the panel. In addition, the regulating elements that are respectively used to regulate the main plate in height and to the left / right are provided. Here the crosshead is in transmission connection with a connecting rod with elasticity. When the joint element comes into contact with the crosshead, under the action of the elastic force, the crosshead elastically locks the joint element and, in the interlocking state, the device acts strongly on the joint element, the movable end. of the connecting rod will enter the groove and is limited in terms of movement with which this device effectively prevents the accidental separation caused by a

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excessive application of force. In the unlocking process the tool is used to act on the connecting rod with which the crosshead rotates, the joint element is pushed and separated while it is unlocked, the side plate is separated from the panel, and the unlocking operation is carried out. out easily.

An eccentric column is provided in the height adjustment element and when the height adjustment element is rotated, the main plate makes an arc movement around the through hole for the rotation axis and thus causes the joint element to effect move up / down and perform the relative height adjustment of the panel. In the left / right positioning state, the left / right adjustment element is in bolted connection with the main board. When the left / right adjustment element is turned, the main plate makes a left / right movement and thus causes the union element to make a left / right movement and perform the relative adjustment of the panel to the left /right.

The dismantling and assembly regulating device can be extensively applied in drawers of various dimensions. For the displacement generated due to long-term use or installation or production errors, it is feasible to make a regulation of readjustment of the regulatory device through its own regulation mechanism and thus greatly facilitate things to the user. The dismantling and assembly regulating device is characterized by a simple and reasonable structure and a reliable actuation as well as its multifunction, humanization, security, extensive application, low cost and great adaptability to the market.

Description of the attached drawings

Fig. 1 is the sectional view of a cabinet body when the panel and side plate are mutually interlocked in the present invention.

Fig. 2 is the sectional view of a cabinet body when the panel and side plate are mutually separated in the present invention.

Fig. 3 is the general assembly drawing of the present invention.

Fig. 4 is an exploded structural diagram of the present invention.

Fig. 5 is the three-dimensional structural diagram of the crosshead in the present invention.

Fig. 6 is the front view of the crosshead in the present invention.

Fig. 7 is the schematic diagram of the self-locking of the present invention.

Fig. 8 is the schematic diagram of the unlocking of the present invention.

Fig. 9 is the schematic diagram of the fall arrest function of the present invention.

Fig. 10 is the three-dimensional structural diagram of the height regulation of the present invention.

Fig. 11 is the structural diagram of the height adjustment of the present invention.

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Fig. 12 is the schematic diagram showing that the main plate drives the joint element to make the regulation down in the present invention.

Fig. 13 is the horizontal schematic diagram showing the main board in connection with the joint element in the present invention.

Fig. 14 is the schematic diagram showing that the main plate drives the joint element to make the upward adjustment in the present utility model.

Fig. 15 is the three-dimensional structural diagram of the left / right regulation of the present invention.

Fig. 16 is the schematic diagram showing the main board in connection with the joint element in the centering in a left / right direction in the present invention.

Fig. 17 is the schematic diagram showing that the main plate drives the joint element to make the adjustment to the left in the present invention.

Fig. 18 is the schematic diagram showing that the main plate drives the joint element to make the right adjustment in the present invention.

Detailed Description of Preferred Embodiments

A more detailed description of the present invention is given below with reference to specific embodiments in combination with the accompanying drawings.

As shown in Figs. 1-2, this disassembly and assembly regulator device C for a drawer panel, comprising a side plate B in which the disassembly and assembly regulator device C is disposed and a panel A that is interlocked with the disassembly regulator device and assembly C by mounting a connecting element 4 and making its connection with the side plate B.

The surface of the disassembly and assembly regulating device C is composed of a cover plate 2 and a fixing plate 3 in coordinated assembly and is fixedly connected by three rivets 11 of the cover plate; a main plate 1 is placed between the cover plate 2 and the fixing plate 3, which are not in contact with each other in the inactive state; The main plate 1 is rotatably provided by means of a rivet 11 of the cover plate.

As shown in Figs. 3-4, an interlocking separation mechanism consisting of a crosshead 5, a connecting rod 6 and an elastic element 9 is provided in the disassembly and assembly regulating device C, where the crosshead 5, the connecting rod 6 and the element Elastic 9 are respectively mounted on the main board 1.

Under the action of the elastic force the connecting element 4 is interlocked by the crosshead 5 and in the interlocking state, the disassembly and assembly regulating device acts on the connecting rod 6 to perform the unlocking separation of the joining element 4.

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In addition, the disassembly and assembly regulating device C is also provided with a height adjustment element 8 and a left / right adjustment element 10, which respectively act on the main plate 1 to perform an arc movement and a turn to the left / right and thus make the union element 4 make an up / down movement and to the left / right and thus make the adjustment of the panel 4.

Specifically, as shown in Figs. 5-6, the crosshead 5 is mounted on the main plate 1 by means of the rivet 13 for fixing the crosshead and can rotate around the rivet 13 for fixing the crosshead as a connection point.

A 5.4-shaped interlocking recess is provided in the crosshead 5 in which its two sides are of different length, the longer side is oriented outwards and on that side there is a 5.1 actuation projection.

The connecting element 4 is designed as a metal sheet bent in "U", and a locking clamping axis 4.1 is provided on both sides bent.

As shown in Fig. 8, when interlocking is required, the connecting element 4 is introduced in the direction a ', the locking interlocking shaft 4.1 enters the horizontal gtia slide b provided on the main board 1, touches and pushes the outgoing performance

5.1, which activates the crosshead 5 to cause its rotation in the direction c ’, and then the interlock cutout 5.4 also rotates accordingly; in such a way that a short side of the locking groove 5.4 engages the locking latch shaft

4.1, and finally the locking interlocking axis 4.1 simultaneously enters the interlocking recess 5.4 and the sliding guide b to perform the positioning interlocking.

The specific interlocking principle: Crosshead 5 is provided with an arcuate slide connected to one end of the connecting rod 6 by means of the sliding rivet 14 of the connecting rod, this end part being a mobile end 6.1 which is intended to effect a movement of they move on the arched slide 5.2 under the positioning action of the connecting rod sliding rivet 14; another end of the connecting rod 6 is rotatably connected to the main plate 1 by means of the fixing rivet 15 of the connecting rod, and this end part is a rotating end 6.2; the elastic element 9 exerts an elastic action on the mobile end 6.1 and the main plate 1; By means of transmission, the crosshead 5 is elastically requested and elastically interlocks the locking latch shaft 4.1 and thus prevents the joint element 4 from being released.

When the crosshead fixing rivet 13, the connecting rod sliding rivet 14 and the fixing end of the elastic element are arranged in the same straight line, the connecting rod 6 does not rotate despite receiving elastic force. This straight line can be considered as an equilibrium line: when it crosses the equilibrium line, the connecting rod 6 performs an elastic rotation; In the interlocking state, the mobile end 6.1 is below the equilibrium line, specifically elastically requested downwards, and by transmission, the crosshead 5 is elastically positioned to facilitate the interlocking, effectively eliminating noise and vibration in the unlocking state. In the interlocking state, the mobile end 6.1 crosses the balance line and moves elastically upward along d ', then acting on the crosshead 5 to thereby elastically block the joint element 4.

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As shown in Fig. 8, in the unlocking process, the connecting rod 6 is operated to overcome the elastic force in the direction d ', whereby the mobile end 6.1 crosses the balance line; when the actuation force is canceled, the mobile end 6.1 moves elastically upwards and the crosshead rotates in the direction c '; the interlock groove 5.4 is released from the locking interlocking shaft 4.1 and under the thrust force of the actuation projection 5.1, the locking interlocking shaft 4.1 is pushed outward in the direction a ', the panel A being separated from the side plate B and then the crosshead remains in the unlocking state and is prepared for the next self-locking.

A groove 5.3 is provided in the arcuate slider 5.2 provided in the crosshead 5. In the interlocking state, when the connecting element 4 is forcefully separated in the direction a 'or when the actuation force is excessive, the crosshead 5 rotates covering a distance in the direction c ', the sliding rivet 14 of the connecting rod of the mobile end 6.1 enters the groove 5.3, to prevent further movement and lead to the unlocking and prevent the malfunction that can cause the panel A it separates from the side plate B. When the actuation force is annulled, the mobile end 6.1 returns to the original position under the action of the elastic force and the crosshead 5 recovers the elastic interlock on the locking interlocking axis 4.1.

Said crosshead 5 is made of sheet steel by die cutting. An interlock groove 5.4 and an arcuate slide 5.2 are respectively provided at both ends of the connection point.

The connecting rod mechanism and the cam mechanism are used to perform the interlocking operation. Connecting rod 6 is designed as a cam. A working part 6.3 of the tool is provided on the surface of the cam. By means of the tool 16, it acts in the part 6.3 of the tool's actuation and thus performs a transmission until the crosshead 5 rotates and rotates, whereby the unlocking and separation of the joint element 4 is performed.

The elastic element 9 is a spring provided between the main plate 1 and the fixing plate 3 of which one of its ends is connected with the sliding rivet 14 of the connecting rod at the mobile end 6.1 and the other end is provided with a part With the shape of a hook 9.1 which is intended to take and hook the main plate 1. It is clearly determined that the mechanism of separation of the interlocking is fully mounted on the main plate 1 in order to improve integrity and facilitate disassembly and assembly.

As shown in Figs. 10-14, the height adjustment element 8 is an eccentric wheel, an eccentric column 8.1 protrudes on one of its sides, an actuation part of a tool 8.2 is provided on the other side; a through hole 1.1 for the axis of rotation and an oblong hole 1.2 are provided on the main plate 1; the rivet 11 of the cover plate is inserted in the through hole 1.1 for the rotation axis whereby the rotary assembly of the main plate is carried out in the disassembly and assembly regulating device C; the oblong hole 1.2 is provided horizontally, and its width is slightly larger than the diameter of the eccentric column 8.1; the eccentric column 8.1 is inserted in the oblong hole 1.2 and, when the height adjustment element 8 is rotated, the eccentric column 8.1 of the height adjustment element 8 performs an eccentric rotation movement in the through hole 1.1 for the axis of rotation of main board 1 to activate the

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main plate 1 to make an arc movement around the through hole 1.1 for the axis of rotation and thus drive the joint element 4 to make an up / down movement.

On the periphery of the height adjustment element 8, corrugated bands are provided in order to allow the user to feel the position adjustment of the mechanism by rotating the height adjustment element 8 in addition to preventing it from independent rotation and positioning at the height of regulation.

The height adjustment element 8 always maintains its invariable position with respect to the dismantling and assembly regulating device and does not generate displacement in the regulation process.

As shown in Fig. 13, when the main plate 1 is in a horizontal state, the eccentric column 8.1 is located at the left end or at the right end of the oblong hole 1.2. As shown in Fig. 12, when the eccentric column 8.1 has rotated having gone to the lowest position, the connecting element 4 is adjusted down to the lowest position. As shown in Fig. 14, when the eccentric column has rotated having gone to the highest position, the connecting element 4 is adjusted up to the highest position. Under the action of gravity, the frontal joint element 4 is always kept in a vertical state. Therefore, the height adjustment does not affect the gradient of the panel, and the aesthetic appearance is ensured.

As shown in Figs. 15-18, a thread is provided in the adjustment element to the left / right 10 and is connected to the screw hole 1.3 made in the main plate 1 and which crosses the main plate.

One end of the left / right adjustment element 10 is designed as a stepped circle structure and an actuation part of a tool 10.1 is also provided at this end. Both ends of the regulating element to the left / right 10 respectively are in contact with the cover plate 2 and the inner wall of the fixing plate 3 whereby it always maintains the position to the left / right invariably with respect to the Disassembly and assembly regulating device C. Therefore, it is possible to adjust the main plate 1 to the left / right by turning the adjustment element to the left / right 10.

With the axial line as the reference line, in the counter-clockwise rotation of the regulating element to the left / right 10, the main plate 1 moves the connecting element 4 in order to make a left adjustment , the maximum regulation distance being d3. In the clockwise rotation of the regulating element to the left / right 10, the main plate 1 moves the connecting element 4 in order to make a regulation to the right, the maximum regulation distance d4 being.

The crosshead 5, the connecting rod 6, the height adjustment element 8 and the left / right adjustment element are placed between the main plate 1 and the cover plate 2; oblong holes are provided in the cover plate 2 in correspondence with the connecting rod 6 and the actuation part of the tool of the adjustment device to the left / right 10, a regulation hole is provided in correspondence with the adjustment element in height 8, some bands that

they correspond to the periphery of the height adjustment element 8 are provided locally on the inner wall of the regulation hole; and the connecting rod 6, the height adjustment element 8 and the actuation part of the tool of the left / right adjustment element 10 are always exposed.

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In addition, these holes are cross holes. The corresponding tool 16 is a cross screwdriver. It is obvious that the tool 16 can respectively carry out the unlocking, the up / down adjustment and the left / right adjustment. The operation is very comfortable and simple. In addition, in correspondence with different tools 16, corresponding shape modifications can be made in the different parts of the tool.

Preferred embodiments of the present invention have been described above. All the simple modifications or transformations made by those skilled in the art in these embodiments are within the scope of the claims of the present invention.

Claims (7)

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Five fifty Disassembly and assembly regulator device (C) for a drawer panel comprising a side plate (B) in which the disassembly and assembly regulator device (C) is available and where a panel (A) is provided with an element of union (4) interlocked with the disassembly and assembly regulator device (C) and which makes its connection with the side plate (B) characterized in that said dismantling and assembly regulating device (C) comprises at least one crosshead (5), a connecting rod (6) and an elastic element (9), wherein the crosshead (5), the connecting rod (6) ) and the elastic element (9) are respectively mounted on a main plate (1); that under the action of the elastic force the joint element (4) is interlocked by the crosshead (5); that in the interlocking state, acting on the connecting rod (6), the disassembly and assembly regulating device (C) can perform the separation of the unlocking of the connecting element (4); Y that said dismantling and assembly regulating device (C) also has a height adjustment element (8) and a left / right regulation element (10) which respectively act on the main plate to perform an arc movement and a left / right turn to make the joint element (4) make an up / down and left / right movement and thus adjust the panel (A) up / down and to the left /right. Disassembly and assembly regulator device (C) for a drawer panel according to claim 1 characterized in that the crosshead (5) is provided on the main plate (1) and rotates around the connection point, a recess of interlocking (5.4) is provided on the crosshead (5), an actuation projection (5.1) is provided on one side of the interlocking recess (5.4), the connecting element (4) is a piece of metal sheet bent in " U ", a clamp locking interlocking shaft (4.1) is provided at the ends of the two bent sides, the locking interlocking shaft (4.1) enters a guide slide (b) provided on the main plate and acts on the projection of actuation (5.1) to make the crosshead (5) rotate, and the interlock notch (5.4) also rotates accordingly and finally interlocks the locking interlocking axis (4.1). Disassembly and assembly regulator device (C) for a drawer panel according to claim 2 characterized in that the crosshead (5) is provided with an arcuate slide connected to one end of the connecting rod (6), this end part is destined to make a movement of vaiven in the arched slide (5.2); another end of the connecting rod (6) is rotatably connected to the main board (1); the elastic element (9) exerts an elastic action on the mobile end (6.1) of the connecting rod (6) and the main plate (1); and by means of transmission the crosshead (5) is elastically requested and elastically interlocks the locking latch shaft (4.1). Disassembly and assembly regulator device (C) for a drawer panel according to the claim 3 characterized in that a groove (5.3) is provided in the arcuate slide (5.2) in the crosshead (5); in the locked state, when the connecting element (4) is forcibly separated, the movable end (6.1) of the connecting rod (6) will enter the groove (5.3); and to prevent accidental disunion, the actuation force 5 is eliminated, whereby the mobile end (6.1) returns to the position original. Disassembly and assembly regulator device (C) for a drawer panel according to any one of claims 1 to 4 characterized in that the crosshead (5) is at least made of metal sheet by die-cutting, with the interlock notch (5.4 ) and the arched slide (5.2) respectively provided at its two ends; the connecting rod (6) is at least designed as a cam, a working part (6.3) of a tool is provided on the surface of the connecting rod; The connecting rod acts on the actuation part (6.3) of the tool and thus transmits a force until the crosshead (5) rotates or rotates in order to perform the unlocking and separation of the joint element; The elastic element (9) is at least designed as a spring, one end of the spring is connected to the mobile end (6.1) of the connecting rod (6), and a hook-shaped part (9.1) used to engage the main plate (1) is provided at another end. Disassembly and assembly regulator device (C) for a drawer panel according to claim 1 characterized in that the height adjustment element (8) is at least designed as an eccentric wheel, wherein a column (8.1) Eccentric wheel protrudes on one side of the eccentric wheel, and a part (8.2) of tool performance is provided elsewhere; a through hole (1.1) for the rotation axis and an oblong hole (1.2) are provided on the main plate (1); the eccentric column (8.1) is inserted into the oblong hole (1.2), when the height adjustment element (8) is rotated, the eccentric column (8.1) of the height adjustment element (8) performs an eccentric rotation movement in the through hole (1.1) for the axis of rotation of the main plate (1), so as to make the main plate (1) make an arc movement around the through hole (1.1) for the axis of rotation. 7. Disassembly and assembly regulator device (C) used for a drawer panel 35 according to claim 6 characterized by the fact that on the periphery of the height adjustment element (8) corrugated or zigzag bands are provided in order to allow the user to feel the position adjustment of the mechanism by turning the height adjustment element in addition to preventing it from independent rotation; and the height adjustment element (8) always maintains its invariable position 40 with respect to the disassembly and assembly regulator device (C). 8. Disassembly and assembly regulator device (C) for a drawer panel according to claim 1 characterized in that a thread is provided in the left / right adjustment element (10) and is connected to the 45 screw hole (1.3) made in the main plate and goes through the plate main (1); and the left / right adjustment element (10) is rotated to adjust the main plate (1) to the left / right. 9. Disassembly and assembly regulator device (C) for a drawer panel according to the 50 claim 8 characterized in that an end of the element of left / right adjustment (10) is designed as a circle 5. 10 fifteen twenty 6. 25 30 5 10 fifteen twenty 25 stepped, a part (10.1) of actuation of the tool is provided in this extreme part; and the regulation element to the left / right (10) always maintains the position to the left / right invariably with respect to the disassembly and assembly regulator device (C). 10. Disassembly and assembly regulator device (C) for a drawer panel according to any of claims 5, 7 or 9 characterized in that the surface of the disassembly and assembly regulator device (C) is composed of a plate of covering (2) and a fixing plate (3) in coordinated assembly; the main plate (1) is placed between the cover plate (2) and the fixing plate (3), which are not in contact with each other in the inactive state; the main plate (1) is rotatably provided by means of the rivets (11) of the cover plate; the elastic element (9) is placed between the main plate (1) and the fixing plate (3); the crosshead (5), the connecting rod (6), the height adjustment element (8) and the left / right adjustment element (10) are placed between the main plate (1) and the cover plate (2) ); oblong holes are provided in the cover plate (2) in correspondence with the connecting rod (6) and the actuation part of the tool of the adjustment device to the left / right (10), a regulation hole is provided in correspondence with the height adjustment element (8), bands corresponding to the periphery of the height adjustment element (8) are provided locally on the inner wall of the regulation hole; and the connecting rod (6), the height adjustment element (8) and the actuation part of the tool of the left / right adjustment element (10) are always exposed.