Glove printing device

Abstract

The utility model provides a glove printing device, relates to the field of glove processing, and aims to solve the problems that some gloves have certain elasticity and are easy to shrink inwards, deform or wrinkle after being sleeved above a rotating mechanism, and the printing effect is influenced in a common glove printing device. The external supporting structure is fixed to the side edge of the printing device body, the stress structure is provided with a supporting structure through a top groove, two rows of evenly-arranged fixing and tensioning structures are fixed to the top end of the supporting structure, and the fixing and tensioning structures made of flexible rubber are wedge-shaped structures. An auxiliary embedding groove of an arc-shaped structure is formed in the inner side of each fixed tensioning structure. During printing, the glove is controlled to be arranged outside the stress structure in a sleeving mode, the interior of the glove makes anti-slip contact with the fixing and tensioning structure, meanwhile, the elastic band at the edge position of the glove is embedded into the auxiliary embedding groove to be fixed, the glove is fixed in the stretching state, the printing effect is improved, and the glove is prevented from deforming, shrinking or wrinkling.

Description

Technical Field

[0001] The utility model belongs to the technical field of glove processing, and more specifically, particularly relates to a glove printing device. Background Art

[0002] After the gloves are produced and formed, they need to be printed on the surface so that the gloves can have a certain ornamental effect. Since the manual speed is not fast, a printing device is usually used to print the gloves to improve the printing efficiency and aesthetics. However, some gloves commonly used in the market have a certain elasticity. After being put on the rotating mechanism, they are prone to shrinkage, deformation or wrinkling, affecting the printing effect. In addition, after the printed paper is fixed by the printing plate, the printing plate is prone to vacancy. After being subjected to force, it will shake, affecting the printing effect. Utility Model Content

[0003] In order to solve the above technical problems, the utility model provides a glove printing device to solve the problem that in common glove printing devices, some gloves have a certain elasticity and are easy to shrink, deform or wrinkle after being put on the rotating mechanism, thus affecting the printing effect.

[0004] The utility model discloses a glove printing device, comprising: a printing device body; a printing plate with printing paper is installed on the side of the printing device body through an installation support component, the installation support component is installed with a movable clamping component through a spliced ​​inner groove, the movable clamping component with an inclined side structure is in contact with the printing plate under force, two movable clamping components push the printing plate to be fixed in the center, the installation support component is spliced ​​with a contact fixing component made of flexible rubber material through the spliced ​​inner groove and the splicing component, and the inner side of the contact fixing component with an inclined side structure is provided with evenly arranged wedge-shaped grooves; an external support structure, the external support structure is fixed to the side of the printing device body, the external support structure is installed with a force-bearing structure through a driving structure and a rotating structure, the force-bearing structure is installed with a support structure through a top groove, two rows of evenly arranged fixed tensioning structures are fixed on the top of the support structure, the fixed tensioning structure made of flexible rubber material is a wedge-shaped structure, and an auxiliary embedding groove with an arc structure is provided on the inner side of each fixed tensioning structure.

[0005] Optionally, there are two mounting support assemblies in total, each of which is provided with a splicing inner groove on the inner side, a wide and long groove at the inner end of the splicing inner groove, and a narrow and long groove at the outer end of the splicing inner groove; a Z-shaped mounting assembly is fixed to the outside of each mounting support assembly by bolts, the mounting assembly is outside the wide and long groove, and an external groove of a rectangular structure is provided on the outside of the movable clamping assembly; a U-shaped guide rod assembly is welded and fixed to the inside of each external groove, and two springs are mounted on the outside of the guide rod assembly with cylindrical cross-sections at both ends, and the guide rod assembly passes through the interior of the mounting assembly and can be freely pulled and drawn inside the interior of the mounting assembly, a splicing assembly made of flexible rubber is inserted into the narrow and long groove of the splicing inner groove, and the upper and lower sides of the outer end of the splicing assembly are wedge-shaped structures, and the splicing assembly drives the contact fixing assembly to move and install together.

[0006] Optionally, a driving structure is fixed to the top of the external supporting structure, and a rotating structure is installed on the top of the driving structure, and the driving structure controls the rotation of the rotating structure; a force-bearing structure arranged in a ring is installed on the top of the rotating structure by bolts, and an L-shaped top groove is opened inside each force-bearing structure; a pushing structure made of elastic metal material is installed on the bottom of the force-bearing structure by bolts, and the pushing structure with an inclined structure at the outer end is welded and fixed to the supporting structure, and the supporting structure can move freely up and down inside the top groove.

[0007] Compared with the prior art, the utility model has the following beneficial effects:

[0008] 1. After the printing plate is fixed, the two mobile clamping components simultaneously receive the spring power displacement outside the guide rod component, so that the two mobile clamping components are displaced by force at the same time, clamping the printing plate in the center to avoid deviation, and at the same time, the contact fixing component and the printing plate are non-slip contact fixed to improve the fixing effect;

[0009] 2. During printing, the gloves are placed on the outside of the force-bearing structure so that the inside of the gloves are in non-slip contact with the fixed tensioning structure. At the same time, the elastic band at the edge of the gloves is embedded in the auxiliary embedding groove to fix the gloves in a stretched state, thereby improving the printing effect and avoiding deformation or wrinkling of the gloves. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] Figure 1 It is a three-dimensional structural schematic diagram of the utility model.

[0011] Figure 2 It is a schematic diagram of the structure of the utility model when viewed from above.

[0012] Figure 3 It is a schematic diagram of the exploded three-dimensional structure of the utility model.

[0013] Figure 4The utility model is a schematic diagram of the exploded three-dimensional structure of the printing device body.

[0014] Figure 5 The utility model is Figure 4 The enlarged structural diagram of part A is shown below.

[0015] Figure 6 It is a three-dimensional and partially enlarged structural schematic diagram of the external supporting structure of the utility model.

[0016] In the figure, the corresponding relationship between the component names and the figure numbers is as follows:

[0017] 1. Printing device body; 101. Mounting support assembly; 102. Splicing inner groove; 103. Mounting assembly; 104. Moving clamping assembly; 105. External groove; 106. Guide rod assembly; 107. Splicing assembly; 108. Contact fixing assembly;

[0018] 2. External supporting structure; 201. Driving structure; 202. Rotating structure; 203. Force-bearing structure; 204. Top groove; 205. Pushing structure; 206. Supporting structure; 207. Fixed tensioning structure; 208. Auxiliary embedding groove. DETAILED DESCRIPTION

[0019] The implementation of the utility model is further described in detail below in conjunction with the drawings and examples.

[0020] Embodiment 1:

[0021] As attached Figure 1 To Attachment Figure 6 As shown:

[0022] The utility model provides a glove printing device, comprising: a printing device body 1; a printing plate with printing paper is installed on the side of the printing device body 1 through an installation support component 101, the installation support component 101 is installed with a mobile clamping component 104 through a splicing inner groove 102, the mobile clamping component 104 with an inclined side structure is forced to contact the printing plate, so that the two mobile clamping components 104 are simultaneously subjected to spring power displacement, the printing plate is controlled to be fixed in the center, and the fixing effect and printing accuracy are improved. The two mobile clamping components 104 push the printing plate to be fixed in the center, the installation support component 101 is spliced ​​with a contact fixing component 108 made of flexible rubber material through the splicing inner groove 102 and the splicing component 107, and the side is an inclined structure The inner side of the contact fixing component 108 is provided with evenly arranged wedge-shaped grooves, which are fixed with the printing plate in an anti-slip limiter to improve the fixing effect; the external supporting structure 2, the external supporting structure 2 is fixed to the side of the printing device body 1, the external supporting structure 2 is installed with a force-bearing structure 203 through the driving structure 201 and the rotating structure 202, the force-bearing structure 203 is installed with a supporting structure 206 through the top groove 204, and two rows of evenly arranged fixed tensioning structures 207 are fixed on the top of the supporting structure 206. The fixed tensioning structure 207 made of flexible rubber material is a wedge-shaped structure, which is anti-slip and fixed to the gloves after extension. The inner side of each fixed tensioning structure 207 is provided with an auxiliary embedding groove 208 with an arc structure, so that the elastic band at the edge of the glove is embedded and fixed.

[0023] refer to Figure 4 and Figure 5 There are two mounting support components 101, which are used to support the printing plate in position and fixation. A splicing inner groove 102 is provided on the inner side of each mounting support component 101, so that the printing plate can be embedded and positioned. The inner end of the splicing inner groove 102 is provided with a wide and long groove, and the outer end of the splicing inner groove 102 is provided with a narrow and long groove; a Z-shaped mounting component 103 is fixed to the outside of each mounting support component 101 by bolts, and a supporting guide rod component 106 is used for guiding displacement. The mounting component 103 is located outside the wide and long groove, and the outside of the mobile clamping component 104 is provided with an external groove 105 with a rectangular structure, so that the mounting support component 103 can be guided and displaced inside it; each external groove 10 5 is welded and fixed with a U-shaped guide rod assembly 106, and the guide rod assembly 106 with cylindrical cross-sections at both ends is sleeved with two springs on the outside to support the mobile clamping assembly 104 to continuously displace under force, and the guide rod assembly 106 runs through the inside of the mounting assembly 103 and can be freely pulled out inside the mounting assembly 103, and a splicing assembly 107 made of flexible rubber is inserted into the narrow and long groove of the splicing inner groove 102, and the upper and lower sides of the outer end of the splicing assembly 107 are wedge-shaped structures, which are embedded in the internal limit fixing of the narrow and long groove to firmly fix the contact fixing assembly 108, and the splicing assembly 107 drives the contact fixing assembly 108 to move and install together.

[0024] refer to Figure 6 A driving structure 201 is fixed on the top of the external supporting structure 2, and a rotating structure 202 is installed on the top of the driving structure 201. The driving structure 201 controls the rotation of the rotating structure 202, controls the force-bearing structure 203 and the gloves to rotate together, and conveniently switches the gloves for printing; a ring-shaped force-bearing structure 203 is installed on the top of the rotating structure 202 by bolts, and an L-shaped top groove 204 is opened inside each force-bearing structure 203, so that the supporting structure 206 rises with the help of the elasticity of the pushing structure 205, so that the fixed tensioning structure 207 is in contact with the inside of the glove and fixed; a pushing structure 205 made of elastic metal material is installed on the bottom of the force-bearing structure 203 by bolts, and the fixed tensioning structure 207 is in contact with the inside of the glove and fixed with the help of elasticity, and the pushing structure 205 with an inclined structure at the outer end is welded and fixed to the supporting structure 206, and the supporting structure 206 can move up and down freely inside the top groove 204.

[0025] Embodiment 2: If the fixing strength of the contact fixing assembly 108 decreases, the contact fixing assembly 108 and the splicing assembly 107 can be directly pulled to move together, and the splicing assembly 107 can be detached from the narrow and long groove, so that the contact fixing assembly 108 can be easily replaced.

[0026] During use: first, control the printing plate to be inserted into the inside of the splicing inner groove 102, so that the side of the printing plate is squeezed and contacted with the fixed component 108 and the movable clamping component 104, so that the movable clamping component 104 is forced to compress the spring. After compression, the printing plate is inserted into the limit position, and the two movable clamping components 104 are forced to clamp the fixed printing plate at the same time, so that the printing plate is centered and limited, and the fixing strength is improved. Then, control the gloves to be printed to be put on the outside of the force-bearing structure 203, pull the gloves to move and stretch, so that the gloves are non-slip contacted and fixed with the fixed tensioning structure 207, and then embed the elastic band at the edge of the gloves into the auxiliary embedding groove 208, so that the gloves are firmly limited and the fixing effect is improved. Then, control the driving structure 201 to operate, control the gloves to rotate, and move to the bottom of the printing plate. Then, the printing device body 1 controls the displacement of the mounting support component 101, and controls the printing component to print at the same time, so as to quickly complete the printing of the gloves.

Claims

1. A glove printing device, characterized in that: include: A printing device body (1); a printing plate with printing paper is installed on the side of the printing device body (1) through an installation support component (101); the installation support component (101) is installed with a movable clamping component (104) through a spliced ​​inner groove (102); the movable clamping component (104) with an inclined side structure is in contact with the printing plate under force; the two movable clamping components (104) push the printing plate to be fixed in the center; the installation support component (101) is spliced ​​with a contact fixing component (108) made of flexible rubber material through the spliced ​​inner groove (102) and the splicing component (107); the contact fixing component (108) with an inclined side structure is provided on the inside Uniformly arranged wedge-shaped grooves; an external support structure (2), the external support structure (2) being fixed to the side of the printing device body (1), the external support structure (2) being installed with a force-bearing structure (203) via a driving structure (201) and a rotating structure (202), the force-bearing structure (203) being installed with a support structure (206) via a top groove (204), two rows of uniformly arranged fixed tensioning structures (207) being fixed to the top of the support structure (206), the fixed tensioning structures (207) being made of flexible rubber and being wedge-shaped structures, and an auxiliary embedding groove (208) of an arc-shaped structure being provided on the inner side of each fixed tensioning structure (207).

2. A glove printing device as claimed in claim 1, characterized in that: There are two mounting support components (101) in total, and each mounting support component (101) has a splicing inner groove (102) provided on its inner side, a wide and long groove provided at the inner end of the splicing inner groove (102), and a narrow and long groove provided at the outer end of the splicing inner groove (102).

3. A glove printing device as claimed in claim 2, characterized in that: A Z-shaped mounting assembly (103) is fixed to the outside of each mounting support assembly (101) by bolts. The mounting assembly (103) is located outside the wide and long slot. An external groove (105) with a rectangular structure is provided on the outside of the movable clamping assembly (104).

4. A glove printing device as claimed in claim 3, characterized in that: A U-shaped guide rod assembly (106) is welded and fixed inside each of the external grooves (105), and two springs are sleeved outside the guide rod assembly (106) with cylindrical cross-sections at both ends. The guide rod assembly (106) runs through the interior of the installation assembly (103) and can be freely pulled out inside the installation assembly (103). A splicing assembly (107) made of flexible rubber material is inserted into the narrow and long groove of the splicing inner groove (102), and the upper and lower sides of the outer end of the splicing assembly (107) are wedge-shaped structures. The splicing assembly (107) drives the contact fixing assembly (108) to move and install together.

5. A glove printing device as claimed in claim 1, characterized in that: A driving structure (201) is fixed to the top of the external support structure (2), a rotating structure (202) is installed on the top of the driving structure (201), and the driving structure (201) controls the rotating structure (202) to rotate.

6. A glove printing device as claimed in claim 5, characterized in that: A force-bearing structure (203) arranged in a ring shape is installed at the top end of the rotating structure (202) by means of bolts, and each force-bearing structure (203) has an L-shaped top groove (204) formed inside.

7. A glove printing device as claimed in claim 6, characterized in that: A pushing structure (205) made of elastic metal material is installed at the bottom of the force-bearing structure (203) by bolts, and the pushing structure (205) having an inclined structure at the outer end is welded and fixed to the supporting structure (206), and the supporting structure (206) is freely movable up and down inside the top groove (204).

Images