Auxiliary assembly for rock plate bonding glue gun

Abstract

The utility model discloses an auxiliary assembly for a rock plate bonding glue gun, the front end of the glue gun is provided with a gun nozzle for guiding glue, the auxiliary assembly is detachably assembled on the gun nozzle and drives the gun nozzle to abut against and be positioned with a rock plate to be bonded in a sliding state, and the auxiliary assembly comprises a right-angle bonding auxiliary mechanism and an end face bonding auxiliary mechanism. The auxiliary assembly is detachably assembled on the gun nozzle of the glue gun, and when the gun nozzle moves for gluing, the glue gun can be ensured to be propped against and positioned with rock plates to be bonded, so that the ejected glue can be ensured to be accurately embedded between the rock plates, the waste of the glue is solved, and meanwhile, the bonding tightness of the rock plates is ensured. And by arranging the right-angle bonding auxiliary mechanism and the end face bonding auxiliary mechanism, the rock plates which are vertically spliced and are spliced in a plane mode can be used in a matched mode in a targeted mode, and therefore the application range of the auxiliary assembly is widened.

Description

Technical Field

[0001] The present application relates to the technical field of rock slab bonding, and in particular to an auxiliary component for a rock slab bonding glue gun. Background Art

[0002] Rock board is a new type of large-sized porcelain material made of natural raw materials through special technology and fired at a high temperature of more than 1200℃. It can withstand cutting, drilling, grinding and other processing processes. It is mainly used in the field of home and kitchen boards, such as furniture countertops, bathroom countertops, cabinet countertops, cabinet door decorative panels and wall paving. Compared with other home products, rock board home furnishings have large specifications, strong plasticity, various colors, high temperature resistance, wear resistance, acid and alkali resistance, environmental protection and health, etc., and are widely used.

[0003] At present, when using rock slabs in home decoration, large-area rock slabs need to be cut and glued according to the design size, such as the top and side of the cabinet, the flat steps and side panels of the stairs, and the rock slabs connected to the wall. At present, in the actual bonding operation, after the vertical rock slabs are positioned and spliced, and after the flat rock slabs are spliced, the glue in the glue barrel is manually injected into the joint of the vertical rock slab and the flat rock slab through the gun nozzle using a glue gun (as shown in the attached manual). Figure 1-2 As shown), after the colloid solidifies, the fastening and bonding effect of the connected rock slabs can be achieved.

[0004] At present, in the process of manually operating glue gun bonding, since the glue gun needs to be driven to move along the length direction of the joint of the rock plate to perform the glue operation, under the influence of human unstable factors, there will be Figure 4-5 The glue gun shown in the figure has problems such as the up and down swing of the glue gun and the change of the spacing between the glue gun and the rock board, which will cause the injected glue to not be completely embedded in the gap of the rock board (and stick to the surface of the rock board, Figure 4-5 This not only causes a waste of colloid, but also affects the tightness of the rock slab bonding. Summary of the invention

[0005] In response to the above-mentioned problems, the present application aims to provide an auxiliary component for a glue gun for rock slab bonding, which can ensure that the glue gun and the rock slab to be bonded are positioned against each other when the gun nozzle moves to apply glue, thereby ensuring that the applied glue can be accurately embedded between the rock slabs, thereby solving the waste of glue and ensuring the tightness of the rock slab bonding.

[0006] In order to achieve the above-mentioned purpose, the technical solution adopted in this application is as follows: an auxiliary component of a glue gun for bonding rock slabs, the front end of the glue gun has a gun nozzle for guiding the colloid, and is characterized in that: the auxiliary component can be detachably assembled on the gun nozzle, and drives the gun nozzle and the rock slab to be bonded to be positioned against each other in a sliding state, and the auxiliary component includes a right-angle bonding auxiliary mechanism and an end face bonding auxiliary mechanism.

[0007] Preferably, the right-angle bonding auxiliary mechanism includes a first sleeve mounted on the gun nozzle, and first positioning plates extending from both ends of the first sleeve are aligned flatly with the vertical rock slab surface when the glue gun is gluing normally.

[0008] Preferably, the end face bonding auxiliary mechanism includes a second sleeve mounted on the gun nozzle, and second positioning plates extending from both ends of the second sleeve are flatly attached to the surface of the rock slab that is connected to the end face when the glue gun is gluing normally.

[0009] Preferably, a positioning plate embedded in the gap between the connected rock plates is provided on the second sleeve at the moving side of the glue gun.

[0010] The beneficial effect of the present application is that the auxiliary component is detachably mounted on the nozzle of the glue gun, and when the nozzle moves to apply glue, it can ensure that the glue gun and the rock slabs to be bonded are positioned against each other, thereby ensuring that the applied colloid can be accurately embedded between the rock slabs, thereby solving the waste of colloid and ensuring the tightness of the rock slab bonding.

[0011] By providing a right-angle bonding auxiliary mechanism and an end face bonding auxiliary mechanism, vertically spliced ​​and plane-spliced ​​rock slabs can be used in a targeted manner, thereby improving the scope of application of the auxiliary components. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 This is a diagram showing the current use of a glue gun to glue and bond vertical rock slabs.

[0013] Figure 2 for Figure 1 Top view.

[0014] Figure 3 Illustration of the vertical rock slab after bonding.

[0015] Figure 4 Figure 1 shows the deviation of the glue gun and the glue application effect during manual glue application (the left side shows the deviation of the gun nozzle, and the right side shows the glue after glue application).

[0016] Figure 5 This is the second diagram showing the glue gun offset and gluing effect during manual gluing.

[0017] Figure 6 This is a diagram of the right-angle bonding auxiliary mechanism in Example 1 of the present application.

[0018] Figure 7 This is a diagram showing the assembly of the right-angle bonding auxiliary mechanism and the nozzle of the present application.

[0019] Figure 8 For this application Figure 7 Gluing diagram.

[0020] Fig. 9 This is a diagram of the end face bonding auxiliary mechanism in the second embodiment of the present application.

[0021] Fig.10 This is a diagram of the end face bonding auxiliary mechanism and the gun nozzle assembly gluing for this application.

[0022] Fig.11 A top view of the positioning plate and its function provided for the end face bonding auxiliary mechanism of the present application.

[0023] In the figure: 5-fastening bolts; 6-rock plate. DETAILED DESCRIPTION

[0024] In order to enable ordinary technicians in the field to better understand the technical solution of the present application, the technical solution of the present application is further described below in conjunction with the accompanying drawings and embodiments.

[0025] Refer to the attached Figures 1 to 11 An auxiliary component of a glue gun for bonding rock slabs is shown, and the front end of the glue gun 1 has a gun nozzle 11 for guiding the colloid, and the colloid in the glue barrel is driven into the connecting gaps of the rock slabs through the gun nozzle 11 by driving the glue gun, and the bonding operation of the rock slabs can be completed after the colloid solidifies. In order to solve the problems of colloid waste and insufficient rock slab bonding tightness caused by the unstable influence in the current manual gluing, the present application is designed with an auxiliary component, which is detachably assembled on the gun nozzle 11, and drives the gun nozzle 11 and the rock slab to be bonded to be positioned against each other in a sliding state, that is, the auxiliary component provides relative positioning between the glue gun and the rock slab (gap) during the mobile gluing process, thereby ensuring that the injected colloid can be accurately embedded between the rock slabs, solving the waste of colloid and ensuring the tightness of the rock slab bonding.

[0026] At present, it usually includes the bonding of vertical rock slabs and the splicing of flat rock slabs (such as TV walls). Therefore, in order to achieve the gluing and positioning function according to the splicing status of the rock slabs, the auxiliary component includes a right-angle bonding auxiliary mechanism and an end face bonding auxiliary mechanism.

[0027] Embodiment 1

[0028] like Figure 6-8As shown, the right-angle bonding auxiliary mechanism includes a first sleeve 21 mounted on the gun nozzle 11, and first positioning plates 31 are extended from both ends of the first sleeve 21, which are flat against the vertical rock board surface when the glue gun 1 is in the normal gluing state. Before bonding the vertically spliced ​​rock boards, firstly, the first sleeve 21 is mounted on the gun nozzle 11 (preferably, a fastening bolt that can contact the gun nozzle 11 is passed through the first sleeve 21 to achieve assembly and fastening), and then the glue gun 1 is driven to make the first positioning plates 31 on both sides respectively stick to the corresponding rock board surfaces. After they are flatly attached together, the relative positioning of the gun nozzle 11 and the bonding point of the vertical rock board can be achieved ( Figure 8 The glue gun is then driven to move at a uniform speed in the gluing direction, and the first positioning plate 31 (preferably a smooth surface structure to reduce friction resistance) slides with the surface of the rock slab. During the entire mobile gluing process, the equidistant position between the gun nozzle 11 and the bonding point of the rock slab can be ensured, thereby solving the waste of colloid and the tightness of the bonding.

[0029] Embodiment 2

[0030] To achieve the bonding operation of the rock slabs connected with each other on the plane, such as Figure 9-10 As shown, the end face bonding auxiliary mechanism includes a second sleeve 22 mounted on the gun nozzle 11, and second positioning plates 32 are extended at both ends of the second sleeve 22 so as to be flat against the surface of the rock plate connected to the end face when the glue gun is normally gluing. Before bonding the rock plates connected on the plane, firstly, the second sleeve 22 is mounted on the gun nozzle 11 (fastening bolts are provided as in the first embodiment to achieve assembly and fastening), and then the glue gun 1 is driven to make the second positioning plates 32 on both sides respectively abut against the surfaces of the rock plates spliced ​​on both sides. After being flatly abutted together, the relative positioning of the gun nozzle 11 and the bonding seam of the rock plate can be achieved ( Fig.10 The glue gun is then driven to move at a uniform speed in the gluing direction, and the second positioning plate 32 (same smooth surface structure as in the first embodiment to reduce friction resistance) slides with the surface of the rock slab. During the entire mobile gluing process, the equidistant position between the gun nozzle 11 and the rock slab bonding point can be ensured, thereby solving the waste of colloid and the tightness of the bonding.

[0031] To prevent the second positioning plate 32 from sliding on the surface of the rock plate, Fig.11 As shown, a positioning plate 4 embedded in the gap of the connected rock plates is provided on the moving side of the second sleeve 22 located at the glue gun 1. During the mobile glue application process, the positioning plate 4 is embedded in the gap of the connected rock plates, which can effectively limit the sliding displacement of the glue gun 1 as a whole and the second positioning plate 32 on the surface of the rock plate, ensuring the accuracy of glue application.

[0032] The principle of the present application is: before bonding the vertically spliced ​​rock slabs, firstly, the first sleeve 21 is mounted on the gun nozzle 11, and then the glue gun 1 is driven to make the first positioning plates 31 on both sides respectively stick to the corresponding rock slab surfaces, and after they are flatly attached together, the relative positioning of the gun nozzle 11 and the bonding point of the vertical rock slab can be achieved, and then the glue gun is driven to move at a uniform speed in the bonding direction, and the first positioning plate 31 slides with the surface of the rock slab, and the gluing and bonding operation of the vertical rock slab can be completed.

[0033] During the bonding operation of the planarly connected rock slabs, firstly, the second sleeve 22 is mounted on the gun nozzle 11, and then the glue gun 1 is driven to make the second positioning plates 32 on both sides respectively stick to the surfaces of the spliced ​​rock slabs on both sides, and at the same time, the positioning plates are embedded in the gaps of the connected rock slabs. After they are flatly attached together, the relative positioning of the gun nozzle 11 and the bonding seam of the rock slabs can be achieved, and then the glue gun is driven to move at a uniform speed in the bonding direction, and the second positioning plates 32 slide with the surface of the rock slabs, to complete the gluing and bonding operation of the planarly connected rock slabs.

[0034] The above shows and describes the basic principles, main features and advantages of the present application. Without departing from the spirit and scope of the present application, the present application may have various changes and improvements, which fall within the scope of the present application to be protected.

Claims

1. An auxiliary component for a glue gun for bonding rock slabs, wherein the front end of the glue gun (1) has a gun nozzle (11) for guiding the colloid, and is characterized in that: The auxiliary component is detachably mounted on the gun nozzle (11) and drives the gun nozzle (11) and the rock plate to be bonded to be positioned against each other in a sliding state. The auxiliary component includes a right-angle bonding auxiliary mechanism and an end face bonding auxiliary mechanism. The right-angle bonding auxiliary mechanism comprises a first sleeve (21) mounted on a gun nozzle (11), and first positioning plates (31) extending from both ends of the first sleeve (21) are arranged to be flush with the vertical rock plate surface when the glue gun (1) is in a normal gluing state.

2. The auxiliary assembly according to claim 1, characterized in that: The end face bonding auxiliary mechanism comprises a second sleeve (22) sleeved on the gun nozzle (11), and second positioning plates (32) extending from both ends of the second sleeve (22) are formed to be flatly attached to the surface of the rock plate in contact with the end face when the glue gun is in a normal gluing state.

3. The auxiliary assembly according to claim 2, characterized in that: A positioning plate (4) embedded in the gap between the adjacent rock plates is provided on the second sleeve (22) at the moving side of the glue gun (1).

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