A packaging material pusher device
By designing a packaging material pusher device, the packaging material is gathered and inserted into the fabric roll core, solving the problem of heat sealing and achieving effective sealing protection of the fabric roll.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- JIANGSU RUIYUN LNTELLIGENT EQUIP CO LTD
- Filing Date
- 2025-04-30
- Publication Date
- 2026-05-26
AI Technical Summary
In the existing technology, some packaging materials, such as kraft paper, cannot be sealed by heat sealing, and the fabric on the roll is not suitable for heat sealing, which makes the roll easily contaminated or damaged during transportation.
A packaging material pusher device is designed, including a pusher support, a pusher translation mechanism, a pusher lifting mechanism, a packaging material gathering mechanism, and a packaging material pusher mechanism. Through the coordinated action of these mechanisms, the packaging material is gathered and inserted into the core of the fabric roll for sealing, avoiding heat sealing.
It achieves sealing of the end packaging material of the fabric roll, protecting the fabric roll from contamination or damage, and without damaging the fabric.
Smart Images
Figure CN224277686U_ABST
Abstract
Description
Technical Field
[0001] This utility model relates to a packaging device, and more particularly to a packaging material pusher device. Background Technology
[0002] To prevent fabric rolls from being contaminated or damaged during transportation, packaging materials are wrapped around the outside of the fabric rolls. This involves using wrapping paper to wrap around the fabric rolls to form a sleeve, thus creating a protective outer packaging. Currently, in the textile production industry, most fabric roll packaging devices push the fabric roll through an open packaging bag, allowing the bag to enclose the fabric roll, and then heat-seal it from the side. However, some packaging materials, such as kraft paper, cannot be sealed using heat sealing, and some fabric on the rolls is not suitable for heating. Therefore, a packaging material pusher device is proposed. Utility Model Content
[0003] Purpose of the utility model: To provide a packaging material pusher device that can insert the packaging material at the end of the fabric roll into the roll core for sealing.
[0004] Technical Solution: The packaging material pusher device provided by this utility model includes a pusher support, a pusher translation mechanism, a pusher lifting mechanism, a packaging material gathering mechanism, and a packaging material pusher mechanism; the pusher translation mechanism is installed on the pusher support; the pusher lifting mechanism is installed on the pusher translation mechanism and is driven to move laterally by the pusher translation mechanism; the packaging material gathering mechanism and the packaging material pusher mechanism are both installed on the pusher lifting mechanism and are driven to rise and fall by the pusher lifting mechanism; the packaging material gathering mechanism is used to gather the packaging material; the packaging material pusher mechanism is used to push the gathered packaging material into the roll core.
[0005] Furthermore, the pusher translation mechanism includes a pusher translation plate and a pusher translation drive unit; the pusher translation plate is laterally mounted on the pusher bracket; the pusher translation drive unit is used to drive the pusher translation plate to move laterally.
[0006] Furthermore, the pusher lifting mechanism includes a pusher lifting plate and a pusher lifting drive unit; the pusher lifting plate is vertically movable and mounted on the pusher translation mechanism; the pusher lifting drive unit is used to drive the pusher lifting plate to move vertically; the packaging material gathering mechanism and the packaging material pusher mechanism are both mounted on the pusher lifting plate.
[0007] Furthermore, the packaging material gathering mechanism includes a horizontal gathering branch and two vertical gathering branches; the horizontal gathering branch includes a horizontal gathering platform and a horizontal gathering drive unit; the horizontal gathering platform is horizontally mounted on the output end of the pusher lifting mechanism; the two gathering moving platforms are longitudinally mounted on the horizontal gathering platform; the horizontal gathering drive unit is used to drive the two gathering moving platforms to move relative to each other; vertical gathering plates are vertically mounted on the adjacent side edges of the two gathering moving platforms; the two vertical gathering branches are respectively mounted on the two vertical gathering plates for vertically gathering the packaging materials.
[0008] Furthermore, the vertical convergence branch includes a convergence link and a vertical convergence drive unit; the vertical convergence drive unit includes a vertical convergence telescopic push rod and a vertical convergence guide seat; multiple convergence elongated holes are correspondingly arranged vertically on both vertical convergence plates; the vertical convergence guide seat is installed on the vertical convergence plate; a convergence link is vertically arranged on the vertical convergence guide seat; each convergence strip passing through each convergence elongated hole is fixed on the convergence link; the vertical convergence telescopic push rod is used to drive the vertical movement of the convergence link.
[0009] Furthermore, the packaging material pusher mechanism includes a pusher telescopic drive rod and a gathering pusher; the pusher telescopic drive rod is installed on the output end of the pusher lifting mechanism; the gathering pusher is installed on the output end of the pusher telescopic drive rod, and the pushing pusher is driven by the pusher telescopic drive rod to move laterally, inserting the packaging material gathered by the vertical gathering branches into the core.
[0010] Compared with the prior art, the advantages of this utility model are as follows: by using the pusher head translation mechanism and the pusher head lifting mechanism to adjust the horizontal and vertical positions of the packaging material gathering mechanism and the packaging material pusher mechanism respectively, the packaging material gathering mechanism and the packaging material pusher mechanism are brought close to and aligned with the end of the fabric roll. The packaging material gathering mechanism gathers the excess packaging material at the end of the fabric roll into one place, and the packaging material pusher mechanism inserts the gathered packaging material into the core of the fabric roll for sealing. The sealing of the packaging material at the end of the fabric roll can be achieved without heat sealing, and the fabric on the fabric roll will not be damaged. Attached Figure Description
[0011] Figure 1 This is a perspective view of the present utility model;
[0012] Figure 2 This is a top view of the present invention;
[0013] Figure 3 This is the front view of the present invention;
[0014] In the diagram: 901, Pusher head bracket; 903, Pusher head translation guide rail; 904, Pusher head translation seat; 905, Pusher head translation plate; 906, Pusher head translation rack; 907, Pusher head translation gear; 908, Pusher head translation drive motor; 909, Pusher head vertical plate; 912, Pusher head telescopic drive push rod; 913, Vertical closing plate; 914, Vertical closing telescopic push rod; 915, Closing strip; 916, Closing elongated hole; 917, Semi-circular slot; 918, Closing connecting rod; 919. 920. Vertical convergence guide seat; 921. Vertical convergence guide rod; 922. Horizontal convergence platform; 923. Horizontal convergence gear; 924. Horizontal convergence rack; 925. Horizontal convergence drive slot; 926. Push head longitudinal movement seat; 927. Horizontal convergence guide rail; 928. Convergence moving platform; 929. Convergence push head; 930. Push head lifting guide rail; 931. Push head lifting plate; 932. Horizontal convergence drive motor; 933. Push head clearance window; 934. Push head lifting drive motor; Detailed Implementation
[0015] The technical solution of this utility model will be described in detail below with reference to the accompanying drawings, but the protection scope of this utility model is not limited to the described embodiments.
[0016] In this utility model, unless otherwise explicitly specified and limited, the terms "installation," "connection," "joining," and "fixing," etc., should be interpreted broadly. For example, they can refer to a fixed connection, a detachable connection, or an integral part; they can refer to a direct connection or an indirect connection through an intermediate medium; they can refer to the internal communication of two components or the interaction between two components. For those skilled in the art, the specific meaning of the above terms in this utility model can be understood according to the specific circumstances.
[0017] In the description of this utility model, it should be understood that the terms "left", "right", "front", "back", "up", "down", "top", "bottom", etc., indicate the orientation or positional relationship based on the orientation or positional relationship shown in the accompanying drawings. They are only for the purpose of simplifying the description of this utility model and do not indicate or imply that the device or element referred to must have a specific orientation, or be constructed and operated in a specific orientation. Therefore, they should not be construed as limitations on this utility model.
[0018] Example 1:
[0019] like Figure 1-3 As shown, the packaging material pusher device provided by this utility model includes: a pusher support 901, a pusher translation mechanism, a pusher lifting mechanism, a packaging material gathering mechanism, and a packaging material pusher mechanism;
[0020] The pusher head translation mechanism is mounted on the pusher head bracket 901; the pusher head lifting mechanism is mounted on the pusher head translation mechanism, and the pusher head lifting mechanism is driven to move laterally by the pusher head translation mechanism; the packaging material gathering mechanism and the packaging material pusher mechanism are both mounted on the pusher head lifting mechanism, and the pusher head lifting mechanism is driven to lift the packaging material gathering mechanism and the packaging material pusher mechanism; the packaging material gathering mechanism is used to gather the packaging materials; the packaging material pusher mechanism is used to push the gathered packaging materials into the core.
[0021] The horizontal and vertical positions of the packaging material gathering mechanism and the packaging material pusher mechanism are adjusted by the pusher head translation mechanism and the pusher head mechanism, respectively, so that the packaging material gathering mechanism and the packaging material pusher mechanism approach and align with the end of the fabric roll. The packaging material gathering mechanism gathers the excess packaging material at the end of the fabric roll into one place, and the packaging material pusher mechanism inserts the gathered packaging material into the core of the fabric roll for sealing. The sealing of the packaging material at the end of the fabric roll can be achieved without heat sealing, and the fabric on the fabric roll will not be damaged.
[0022] Furthermore, the push head translation mechanism includes a push head translation plate 905 and a push head translation drive unit; the push head translation drive unit includes a push head translation drive motor 908 and a push head translation gear rack pair; the push head translation gear rack pair includes a push head translation rack 906 and a push head translation gear 907.
[0023] Two push head translation guide rails 903 are horizontally mounted on the upper side of the push head bracket 901; push head translation seats 904 are installed at the four corners of the lower side of the push head translation plate 905, and the push head translation seats 904 on the front and rear sides are horizontally slidably mounted on the two push head translation guide rails 903 respectively; the push head translation rack 906 is horizontally mounted on the upper side of the push head bracket 901; the push head translation gear 907 is rotatably mounted on the lower side of the push head translation plate 905 and meshes with the push head translation rack 906; the push head translation drive motor 908 is used to drive the push head translation gear 907 to rotate; a push head vertical plate 909 is vertically arranged on the push head translation plate 905; the push head lifting mechanism is mounted on the push head vertical plate 909.
[0024] The pusher translation drive motor 908 drives the pusher translation gear 907 to rotate. The pusher translation gear 907 moves along the pusher translation rack 906, thereby driving the pusher bracket 901 to move laterally along the pusher translation guide rail 903, realizing the lateral position adjustment of the packaging material gathering mechanism and the packaging material pusher mechanism.
[0025] Furthermore, the push-head lifting mechanism includes a push-head lifting plate 930 and a push-head lifting drive unit; the push-head lifting drive unit includes a push-head lifting drive motor 933 and a push-head lifting gear rack pair; the push-head lifting gear rack pair includes a push-head lifting rack and a push-head lifting gear.
[0026] Two pusher lifting guide rails 929 are vertically mounted on the pusher vertical plate 909; pusher lifting seats are installed at the four corners of the pusher lifting plate 930, and the pusher lifting seats on the front and rear sides are vertically slidably mounted on the two pusher lifting guide rails 929 respectively; the pusher lifting rack is vertically mounted on the pusher lifting plate 930; the pusher lifting gear is rotatably mounted on the pusher vertical plate 909 and meshes with the pusher lifting rack; the pusher lifting drive motor 933 is used to drive the pusher lifting gear to rotate; the packaging material gathering mechanism and the packaging material pusher mechanism are both mounted on the pusher lifting plate 930.
[0027] The pusher lifting drive motor 933 drives the pusher lifting gear to rotate, causing the pusher lifting gear to move along the pusher lifting rack. The pusher lifting rack drives the pusher lifting plate 930 to move vertically along the pusher lifting guide rail 929, thereby realizing the vertical position adjustment of the packaging material gathering mechanism and the packaging material pusher mechanism.
[0028] Furthermore, the packaging material gathering mechanism includes a horizontal gathering branch and two vertical gathering branches; the horizontal gathering branch includes a horizontal gathering platform 921, a horizontal gathering drive unit, and two gathering moving platforms 927; the horizontal gathering drive unit includes a horizontal gathering drive motor 931, a horizontal gathering gear 922, and two horizontal gathering racks 923.
[0029] The horizontal converging platform 921 is horizontally fixed on the lower side of the pusher lifting plate 930; two horizontal converging guide rails 926 are longitudinally installed on the horizontal converging platform 921; pusher longitudinal shift seats 925 are installed at the four top corners of the lower side of the two converging moving platforms 927; the pusher longitudinal shift seats 925 on the left and right sides of the converging moving platform 927 are longitudinally slidably installed on the two horizontal converging guide rails 926 respectively, and the two converging moving platforms 927 are located on the front and rear sides of the horizontal converging guide rails 926 respectively.
[0030] A horizontal convergence drive slot 924 is longitudinally provided on the upper side of the horizontal convergence platform 921;
[0031] The horizontal convergence gear 922 is rotatably installed at the center of the bottom of the horizontal convergence drive slot 924; the horizontal convergence drive motor 931 is used to drive the horizontal convergence gear 922 to rotate.
[0032] Two horizontal convergence racks 923 are longitudinally slidably installed on the left and right side groove walls of the horizontal convergence drive slot 924, and both mesh with the horizontal convergence gear 922;
[0033] A convergence drive block is provided on the far side of each of the two horizontal convergence racks 923; the two convergence drive blocks are respectively fixed on the lower side of the two convergence moving platforms 927.
[0034] Vertical convergence plates 913 are vertically fixed on the adjacent side edges of the two convergence moving platforms 927;
[0035] Two vertical gathering branches are installed on two vertical gathering plates 913 respectively, for vertical gathering of packaging materials.
[0036] The horizontal gathering drive motor 931 drives the horizontal gathering gear 922 to rotate. The horizontal gathering gear 922 simultaneously drives the two horizontal gathering racks 923 to move, so that the two gathering moving platforms 927 are relatively close or relatively far apart. When the two gathering moving platforms 927 are relatively close, the two vertical gathering plates 913 are brought close together, thereby realizing the longitudinal gathering of the packaging materials.
[0037] Furthermore, the vertical convergence branch includes a convergence link 918 and a vertical convergence drive unit; the vertical convergence drive unit includes a vertical convergence telescopic push rod 914 and a vertical convergence guide seat 919.
[0038] A semi-circular slot 917 is provided horizontally at the middle of the opposite sides of the two vertical convergence plates 913.
[0039] Multiple vertically arranged long slots 916 are arranged horizontally on the vertical gathering plate 913; the long slots 916 on the two vertical gathering plates 913 are vertically aligned.
[0040] The vertical convergence guide seats 919 of the two vertical convergence branches are respectively installed in the middle of the opposite sides of the two vertical convergence plates 913;
[0041] Two vertical convergence guide rods 920 are vertically arranged on the convergence link 918, and both vertical convergence guide rods 920 slide vertically through the vertical convergence guide seat 919.
[0042] Multiple gathering bars 915 are longitudinally fixed on the gathering connecting rod 918; the gathering bars 915 of the two vertical gathering branches pass through the gathering elongated holes 916 on the corresponding side vertical gathering plates 913, and the gathering bars 915 of the two vertical gathering branches are located on the upper and lower sides of the semi-circular groove 917 respectively.
[0043] The vertical convergence telescopic push rod 914 is installed on the vertical convergence guide seat 919 and is used to drive the convergence link 918 to move vertically, so that the convergence bars 915 of the two vertical convergence branches are relatively close or relatively far apart.
[0044] The vertical convergence telescopic push rod 914 drives the convergence link 918 to move vertically. After the horizontal convergence branches are converged, the convergence strips 915 on the two convergence links 918 are brought closer together to vertically converge the packaging material. The packaging material is gathered at the two semi-circular slots 917, waiting for the packaging material pusher mechanism to push the converged packaging material into the core. The convergence elongated holes 916 on the two vertical convergence plates 913 are aligned so that the convergence strips 915 on the convergence link 918 can pass through the corresponding convergence elongated holes 916 on the two vertical convergence plates 913 at the same time, ensuring that the packaging material can be converged to the semi-circular slots 917. The cooperation between the two vertical convergence guide rods 920 and the vertical convergence guide seat 919 guides the movement of the convergence link 918 and prevents the convergence link 918 from tilting.
[0045] Furthermore, the packaging material pusher mechanism includes a pusher telescopic drive push rod 912 and a gathering pusher 928; the pusher telescopic drive push rod 912 is mounted on the pusher lifting plate 930; the gathering pusher 928 is mounted on the output end of the pusher telescopic drive push rod 912, and the pusher telescopic drive push rod 912 drives the gathering pusher 928 to move laterally, so as to insert the packaging material gathered at the two semi-circular slots 917 into the core.
[0046] A pusher head avoidance window 932 is provided on the pusher head vertical plate 909 for the pusher head extension drive rod 912 to pass through.
[0047] The pusher head 928 is moved laterally by the push rod 912 driven by the extension and retraction of the pusher head. The pusher head 928 is aligned with the end of the roll core, and the packaging material at the two semi-circular slots 917 is pushed into the roll core to realize the insertion packaging of the packaging material.
[0048] In the packaging material pusher device provided by this utility model, the pusher translation drive motor 908 and the horizontal convergence drive motor 931 are both existing stepper motors; the pusher lifting drive motor 933 is an existing self-locking motor; and the vertical convergence telescopic push rod 914 and the pusher telescopic drive push rod 912 are both existing electric telescopic push rods.
[0049] As described above, although the present invention has been shown and described with reference to specific preferred embodiments, it should not be construed as limiting the present invention itself. Various changes in form and detail may be made to the present invention without departing from the spirit and scope of the appended claims.
Claims
1. A package pusher device, characterized by: It includes a pusher bracket (901), a pusher translation mechanism, a pusher lifting mechanism, a packaging material gathering mechanism, and a packaging material pusher mechanism; the pusher translation mechanism is installed on the pusher bracket (901); the pusher lifting mechanism is installed on the pusher translation mechanism and is driven by the pusher translation mechanism to move laterally; the packaging material gathering mechanism and the packaging material pusher mechanism are both installed on the pusher lifting mechanism and are driven by the pusher lifting mechanism to lift and lower; the packaging material gathering mechanism is used to gather the packaging material; the packaging material pusher mechanism is used to push the gathered packaging material into the core.
2. The package pusher apparatus of claim 1, wherein: The pusher translation mechanism includes a pusher translation plate (905) and a pusher translation drive unit; The pusher translation plate (905) is mounted laterally on the pusher bracket (901); the pusher translation drive unit is used to drive the pusher translation plate (905) to move laterally.
3. The package pusher apparatus of claim 1, wherein: The pusher lifting mechanism includes a pusher lifting plate (930) and a pusher lifting drive unit; The pusher lifting plate (930) is vertically movable and mounted on the pusher translation mechanism; The pusher lifting drive unit is used to drive the pusher lifting plate (930) to move vertically; the packaging material gathering mechanism and the packaging material pusher mechanism are both installed on the pusher lifting plate (930).
4. The package pusher apparatus of claim 1, wherein: The packaging material gathering mechanism includes a horizontal gathering branch and two vertical gathering branches; the horizontal gathering branch includes a horizontal gathering platform (921) and a horizontal gathering drive unit; the horizontal gathering platform (921) is horizontally mounted on the output end of the pusher lifting mechanism; two gathering moving platforms (927) are longitudinally moved and mounted on the horizontal gathering platform (921); the horizontal gathering drive unit is used to drive the two gathering moving platforms (927) to move relative to each other; vertical gathering plates (913) are vertically mounted on the adjacent side edges of the two gathering moving platforms (927); the two vertical gathering branches are respectively mounted on the two vertical gathering plates (913) for vertically gathering the packaging materials.
5. The packaging material pusher device according to claim 4, characterized in that: The vertical convergence branch includes a convergence link (918) and a vertical convergence drive unit; the vertical convergence drive unit includes a vertical convergence telescopic push rod (914) and a vertical convergence guide seat (919); multiple convergence elongated holes (916) are vertically arranged on both vertical convergence plates (913); the vertical convergence guide seat (919) is installed on the vertical convergence plate (913); the convergence link (918) is vertically arranged on the vertical convergence guide seat (919); each convergence strip (915) passing through each convergence elongated hole (916) is fixed on the convergence link (918); the vertical convergence telescopic push rod (914) of the two vertical convergence branches is used to drive the two vertical convergence plates (913) to move vertically, so that the convergence strips (915) on the two vertical convergence plates (913) are relatively closer or farther apart.
6. The packaging material pusher device according to claim 1, characterized in that: The packaging material pusher mechanism includes a pusher telescopic drive push rod (912) and a gathering pusher (928); the pusher telescopic drive push rod (912) is installed on the output end of the pusher lifting mechanism; the gathering pusher (928) is installed on the output end of the pusher telescopic drive push rod (912), and the gathering pusher (928) is driven by the pusher telescopic drive push rod (912) to move laterally, so as to insert the packaging material gathered by the vertical gathering branches into the core.