CN205652400U - Case packer meets material charging devices - Google Patents

Case packer meets material charging devices Download PDF

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Publication number
CN205652400U
CN205652400U CN201620374603.2U CN201620374603U CN205652400U CN 205652400 U CN205652400 U CN 205652400U CN 201620374603 U CN201620374603 U CN 201620374603U CN 205652400 U CN205652400 U CN 205652400U
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China
Prior art keywords
receiving hopper
linking arm
splicing
lift
slide
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CN201620374603.2U
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Chinese (zh)
Inventor
黄松
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Shanghai Soontrue Machinery Equipment Co Ltd
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Shanghai Soontrue Machinery Equipment Co Ltd
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Priority to CN201620374603.2U priority Critical patent/CN205652400U/en
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Abstract

The utility model discloses a case packer meets material charging devices relates to packagine machine machinery technical field. The utility model discloses a part is expected to feed with connecing by lifting unit spare, connect the material to feed the part setting on lifting unit spare, lifting unit spare drives and connects the part of expecting to feed to make up -and -down motion, connect the part of expecting to feed to include linking arm, turnover driving mechanism and connect the hopper, linking arm one end is connected on lifting unit spare, and the other end is connected with connecing the hopper, turnover driving mechanism drive linking arm around the linking arm and the junction of lifting unit spare rotate or the turnover driving mechanism drive connects hopper solderless wrapped connection hopper and linking arm junction to do reciprocal swing from top to bottom. The utility model discloses simple structure practices thrift the cost.

Description

Recrater splicing feeding device
Technical field
This utility model relates to packer field of mechanical technique, more specifically to a kind of recrater splicing feeding device.
Background technology
Packer needs to be advanced in packing crates material during packaging, first wants collection material, completed the process of windrow before pusher.The existing packer by material vanning generally comprises material conveying mechanism and carries material, then the material of conveying is stacked and manages material, for specific material, also need to overturn material, carrying out lamination the most again, cased by the material after upset lamination, structure is complicated, mechanical part is more, equipment cost is higher, and occupation area of equipment is bigger.
State Intellectual Property Office was on February 10th, 2016, disclose Publication No. CN205022975U, the utility model patent of entitled stacking apparatus of recrater " side push away ", this utility model patent includes body, body side is provided with to push away and is provided with superimposed plates below box cartonning device body, is provided with the second cylinder driving superimposed plates lifting below superimposed plates, and superimposed plates is provided with the first cylinder, described first cylinder is arranged over splicing plate, and described splicing plate is positioned at above superimposed plates.
Above-mentioned prior art can be seen that, the existing mode casing material is by stacking material, then the material folded by heap loads in packing crates, and for more specific materials, in addition it is also necessary to material is overturn, adds the operation of material package vanning, make whole vanning frame for movement complex, mechanical part is more, and equipment cost is higher, and occupation area of equipment is big.
Utility model content
In order to overcome defect and deficiency present in above-mentioned prior art, this utility model provides a kind of recrater splicing feeding device, goal of the invention of the present utility model is to solve the problem that material is overturn and uses multiple mechanical part during lamination procedure by tradition loading packing, and tradition vanning complicated in mechanical structure, device fabrication cost is high, occupation area of equipment is big problem.
In order to solve above-mentioned problems of the prior art, this utility model is achieved through the following technical solutions:
Recrater splicing feeding device, it is characterised in that: include Lift Part and splicing charging parts;Described splicing charging parts are arranged on Lift Part, and described Lift Part drives splicing charging parts to pump;Described splicing charging parts include linking arm, turnover driving mechanism and receiving hopper;Described linking arm one end is connected on Lift Part, and the other end is connected with receiving hopper, and the splicing opening of described receiving hopper is arranged on the opposite side of receiving hopper and linking arm junction;It is provided with holder on described receiving hopper;Described turnover driving mechanism drive connection arm drives receiving hopper up and down reciprocatingly to swing with linking arm junction around receiving hopper around linking arm with the rotation of the junction of Lift Part or described turnover driving mechanism.
Described receiving hopper includes that base plate, left plate, right plate and squab panel, described holder one end are hinged between left plate and right plate;Being provided with clamping actuator on described holder, described clamping actuator drives holder reciprocally swinging.
Described receiving hopper includes base plate, top board, left plate, right plate and squab panel, and described holder is fixed on top board lower end by clamping actuator, and described clamping actuator drives holder to pump.
Described Lift Part includes slide rail, lifting actuator and lift slide;Described lift slide is arranged on slide rail, and described lifting actuator drives lift slide up and down reciprocatingly to slide along slide rail.
Described linking arm is hinged on lift slide;Described turnover driving mechanism is arranged on lift slide, and drive connection arm up and down reciprocatingly swings around the hinged place with lift slide.
Described linking arm is fixed on lift slide, and described linking arm is perpendicular with slide rail.
Described lifting actuator includes that servomotor and screw mandrel, described screw mandrel one end are connected on servomotor, and the other end is threaded togather with lift slide.
Described lifting actuator includes that servomotor, drivewheel, driven pulley and Timing Belt, described drivewheel are arranged on one end of slide rail, and described driven pulley is arranged on the other end of slide rail;Described Timing Belt is around being connected on drivewheel and driven pulley, and described lift slide is fixedly connected on Timing Belt;Described servomotor is connected with drivewheel, and driven by servomotor drivewheel also drives Timing Belt reciprocating rotation, and under the effect of Timing Belt, lift slide up and down reciprocatingly slides along slide rail.
Described Lift Part includes lifting support and lifting actuator, and described lifting actuator drives lifting support to pump.
Described linking arm is hinged on lifting support upper end;Described turnover driving mechanism is arranged on lifting support, and drive connection arm up and down reciprocatingly swings around the hinged place with lifting support.
Described linking arm is horizontally disposed with, and one end is fixed on lifting support, pumps with lifting support.
Described lifting actuator includes that servomotor and screw mandrel, described screw mandrel one end are connected on servomotor, and the other end is threadeded with lifting support;Described driven by servomotor screw mandrel reciprocating rotation drives lifting support to pump.
Described lifting support includes elevating bracket and " X " type connector, and described elevating bracket is fixed on " X " type connector upper end, and described elevating bracket is connected with wire rod thread.
Compared with prior art, the useful technique effect that this utility model is brought shows:
1, this utility model drives splicing charging parts to pump by Lift Part, splicing charging parts are used for receiving material, after splicing charging parts receive material, Lift Part drives splicing charging parts to decline the height of one layer of material, then on the material that next material receives before being transported to splicing charging parts, it is achieved the lamination of material;And splicing of the present utility model charging parts include turnover driving mechanism, receiving hopper and linking arm, receiving hopper is used for receiving material, turnover driving mechanism rotates for driving receiving hopper or the linking arm that is connected with receiving hopper, the materials overturning that level is received 90 °, in switching process, material is played clamping action by the holder on receiving hopper, it is ensured that material will not drop in switching process from receiving hopper, cases after upset again;This utility model completes the material laminating step in binning process and materials overturning step by a device, has saved equipment cost, simple in construction, has decreased mechanical part, reduces occupation area of equipment simultaneously.
3, receiving hopper of the present utility model is to be crowded around, by base plate, left plate, right plate and squab panel, the receiving hopper formed, squab panel connects on the connecting arm, holder one end is hinged between left plate and right plate, when receiving hopper overturns, holder is under the effect of clamping actuator, material clamp between holder and base plate is handled, prevents material from dropping in switching process.
4, receiving hopper of the present utility model is crowded around by base plate, top board, left plate, right plate and squab panel and is formed, described holder is fixed on top board lower end by clamping actuator, when receiving hopper overturns, holder is under the effect of clamping actuator, material clamp between holder and base plate is handled, prevents material from dropping in switching process.
5, Lift Part of the present utility model includes slide rail, lifting actuator and lift slide, splicing charging parts are connected on lift slide, lift slide is driven up and down reciprocatingly to slide along slide rail by lifting actuator, effectively can must ensure the splicing charging parts stability when moving up and down, also be able to ensure its degree of accuracy simultaneously.Lift Part of the present utility model can also is that the version of Timing Belt, it is also possible to is the version of lifting support.
6, this utility model linking arm is hinged on lift slide, turnover driving mechanism drive connection arm up and down reciprocatingly swings around the hinged place with lift slide, when material carries out upset vanning, swinging the materials overturning in receiving hopper 90 ° by linking arm, namely linking arm rotates 90 °, the splicing opening of receiving hopper just at packing crates above, then lift slide continues to decline, can receiving hopper be extend into inside packing crates, then holder unclamps, material is placed in packing crates, receiving hopper exits packing crates return-to-home position, use the mode that linking arm rotates, the stroke of lift slide can be reduced.
7, this utility model can also realize upset and the vanning of material, this form by rotating receiving hopper, it is ensured that receiving hopper stability in switching process.
Accompanying drawing explanation
Fig. 1 is this utility model side-looking structural representation;
Fig. 2 is this utility model Lift Part one structural representation;
Fig. 3 is the schematic perspective view of a kind of structure of this utility model Lift Part;
Fig. 4 is this utility model Lift Part another kind structural representation;
Fig. 5 is the third structural representation of this utility model Lift Part;
Fig. 6 is a kind of structural representation of this utility model receiving hopper;
Fig. 7 is this utility model receiving hopper another kind structural representation;
Reference: 1, Lift Part, 11, slide rail, 12, lift slide, 13, lifting support, 14, lifting actuator, 131, elevating bracket, 132, " X " type connector, 141, screw mandrel, 142, Timing Belt;
2, splicing charging parts, 21, linking arm, 22, receiving hopper, 23, turnover driving mechanism, 24, holder, 25, clamping actuator, 221, base plate, 222, left plate, 223, right plate, 224, squab panel, 225, top board.
Detailed description of the invention
Embodiment 1
As this utility model one preferred embodiment, with reference to Figure of description 1, the utility model discloses:
Recrater splicing feeding device, including Lift Part 1 and splicing charging parts 2;Described splicing charging parts 2 are arranged on Lift Part 1, and described Lift Part 1 drives splicing charging parts 2 to pump;Described splicing charging parts 2 include linking arm 21, turnover driving mechanism 23 and receiving hopper 22;Described linking arm 21 one end is connected on Lift Part 1, and the other end is connected with receiving hopper 22, and the splicing opening of described receiving hopper 22 is arranged on the opposite side of receiving hopper 22 and linking arm 21 junction;It is provided with holder 24 on described receiving hopper 22;Described turnover driving mechanism 23 drive connection arm 21 drives receiving hopper 22 up and down reciprocatingly to swing with linking arm 21 junction around receiving hopper 22 around linking arm 21 with the rotation of the junction of Lift Part 1 or described turnover driving mechanism 23.
Embodiment 2
As this utility model another embodiment, with reference to Figure of description 1 and 6, present embodiment discloses:
Recrater splicing feeding device, including Lift Part 1 and splicing charging parts 2;Described splicing charging parts 2 are arranged on Lift Part 1, and described Lift Part 1 drives splicing charging parts 2 to pump;Described splicing charging parts 2 include linking arm 21, turnover driving mechanism 23 and receiving hopper 22;Described linking arm 21 one end is connected on Lift Part 1, and the other end is connected with receiving hopper 22, and the splicing opening of described receiving hopper 22 is arranged on the opposite side of receiving hopper 22 and linking arm 21 junction;It is provided with holder 24 on described receiving hopper 22;Described turnover driving mechanism 23 drive connection arm 21 drives receiving hopper 22 up and down reciprocatingly to swing with linking arm 21 junction around receiving hopper 22 around linking arm 21 with the rotation of the junction of Lift Part 1 or described turnover driving mechanism 23;Described receiving hopper 22 includes that base plate 221, left plate 222, right plate 233 and squab panel 224, described holder 24 one end are hinged between left plate 222 and right plate 233;Being provided with clamping actuator 25 on described holder 24, described clamping actuator 25 drives holder 24 reciprocally swinging.
Embodiment 3
As this utility model another embodiment, with reference to Figure of description 1 and 7, present embodiment discloses:
Recrater splicing feeding device, including Lift Part 1 and splicing charging parts 2;Described splicing charging parts 2 are arranged on Lift Part 1, and described Lift Part 1 drives splicing charging parts 2 to pump;Described splicing charging parts 2 include linking arm 21, turnover driving mechanism 23 and receiving hopper 22;Described linking arm 21 one end is connected on Lift Part 1, and the other end is connected with receiving hopper 22, and the splicing opening of described receiving hopper 22 is arranged on the opposite side of receiving hopper 22 and linking arm 21 junction;It is provided with holder 24 on described receiving hopper 22;Described turnover driving mechanism 23 drive connection arm 21 drives receiving hopper 22 up and down reciprocatingly to swing with linking arm 21 junction around receiving hopper 22 around linking arm 21 with the rotation of the junction of Lift Part 1 or described turnover driving mechanism 23;Described receiving hopper 22 includes base plate 221, top board 225, left plate 222, right plate 233 and squab panel 224, and described holder 24 is fixed on top board 225 lower end by clamping actuator 25, and described clamping actuator 25 drives holder 24 to pump.
Embodiment 4
As this utility model another embodiment, with reference to Figure of description 1,2,3,4 and 6, present embodiment discloses:
Recrater splicing feeding device, including Lift Part 1 and splicing charging parts 2;Described splicing charging parts 2 are arranged on Lift Part 1, and described Lift Part 1 drives splicing charging parts 2 to pump;Described splicing charging parts 2 include linking arm 21, turnover driving mechanism 23 and receiving hopper 22;Described linking arm 21 one end is connected on Lift Part 1, and the other end is connected with receiving hopper 22, and the splicing opening of described receiving hopper 22 is arranged on the opposite side of receiving hopper 22 and linking arm 21 junction;It is provided with holder 24 on described receiving hopper 22;Described turnover driving mechanism 23 drive connection arm 21 drives receiving hopper 22 up and down reciprocatingly to swing with linking arm 21 junction around receiving hopper 22 around linking arm 21 with the rotation of the junction of Lift Part 1 or described turnover driving mechanism 23;Described receiving hopper 22 includes that base plate 221, left plate 222, right plate 233 and squab panel 224, described holder 24 one end are hinged between left plate 222 and right plate 233;Being provided with clamping actuator 25 on described holder 24, described clamping actuator 25 drives holder 24 reciprocally swinging;
Described Lift Part 1 includes slide rail 11, lifting actuator 14 and lift slide 12;Described lift slide 12 is arranged on slide rail 11, and described lifting actuator 14 drives lift slide 12 up and down reciprocatingly to slide along slide rail 11;Described linking arm 21 is hinged on lift slide 12;Described turnover driving mechanism 23 is arranged on lift slide 12, and drive connection arm 21 up and down reciprocatingly swings around the hinged place with lift slide 12.
Embodiment 5
As this utility model another embodiment, present embodiment discloses: recrater splicing feeding device, including Lift Part 1 and splicing charging parts 2;Described splicing charging parts 2 are arranged on Lift Part 1, and described Lift Part 1 drives splicing charging parts 2 to pump;Described splicing charging parts 2 include linking arm 21, turnover driving mechanism 23 and receiving hopper 22;Described linking arm 21 one end is connected on Lift Part 1, and the other end is connected with receiving hopper 22, and the splicing opening of described receiving hopper 22 is arranged on the opposite side of receiving hopper 22 and linking arm 21 junction;It is provided with holder 24 on described receiving hopper 22;Described turnover driving mechanism 23 drive connection arm 21 drives receiving hopper 22 up and down reciprocatingly to swing with linking arm 21 junction around receiving hopper 22 around linking arm 21 with the rotation of the junction of Lift Part 1 or described turnover driving mechanism 23;Described receiving hopper 22 includes that base plate 221, left plate 222, right plate 233 and squab panel 224, described holder 24 one end are hinged between left plate 222 and right plate 233;Being provided with clamping actuator 25 on described holder 24, described clamping actuator 25 drives holder 24 reciprocally swinging;
Described Lift Part 1 includes slide rail 11, lifting actuator 14 and lift slide 12;Described lift slide 12 is arranged on slide rail 11, and described lifting actuator 14 drives lift slide 12 up and down reciprocatingly to slide along slide rail 11;Described linking arm 21 is fixed on lift slide 12, and described linking arm 21 is perpendicular with slide rail 11.
Embodiment 6
As this utility model another embodiment, with reference to Figure of description 1,2,3 and 6, present embodiment discloses:
Recrater splicing feeding device, including Lift Part 1 and splicing charging parts 2;Described splicing charging parts 2 are arranged on Lift Part 1, and described Lift Part 1 drives splicing charging parts 2 to pump;Described splicing charging parts 2 include linking arm 21, turnover driving mechanism 23 and receiving hopper 22;Described linking arm 21 one end is connected on Lift Part 1, and the other end is connected with receiving hopper 22, and the splicing opening of described receiving hopper 22 is arranged on the opposite side of receiving hopper 22 and linking arm 21 junction;It is provided with holder 24 on described receiving hopper 22;Described turnover driving mechanism 23 drive connection arm 21 drives receiving hopper 22 up and down reciprocatingly to swing with linking arm 21 junction around receiving hopper 22 around linking arm 21 with the rotation of the junction of Lift Part 1 or described turnover driving mechanism 23;Described receiving hopper 22 includes that base plate 221, left plate 222, right plate 233 and squab panel 224, described holder 24 one end are hinged between left plate 222 and right plate 233;Being provided with clamping actuator 25 on described holder 24, described clamping actuator 25 drives holder 24 reciprocally swinging;
Described Lift Part 1 includes slide rail 11, lifting actuator 14 and lift slide 12;Described lift slide 12 is arranged on slide rail 11, and described lifting actuator 14 drives lift slide 12 up and down reciprocatingly to slide along slide rail 11;Described linking arm 21 is hinged on lift slide 12;Described turnover driving mechanism 23 is arranged on lift slide 12, and drive connection arm 21 up and down reciprocatingly swings around the hinged place with lift slide 12;Described lifting actuator 14 includes that servomotor and screw mandrel 141, described screw mandrel 141 one end are connected on servomotor, and the other end is threaded togather with lift slide 12.
Embodiment 7
As this utility model another embodiment, with reference to Figure of description 1,4 and 6, present embodiment discloses:
Recrater splicing feeding device, including Lift Part 1 and splicing charging parts 2;Described splicing charging parts 2 are arranged on Lift Part 1, and described Lift Part 1 drives splicing charging parts 2 to pump;Described splicing charging parts 2 include linking arm 21, turnover driving mechanism 23 and receiving hopper 22;Described linking arm 21 one end is connected on Lift Part 1, and the other end is connected with receiving hopper 22, and the splicing opening of described receiving hopper 22 is arranged on the opposite side of receiving hopper 22 and linking arm 21 junction;It is provided with holder 24 on described receiving hopper 22;Described turnover driving mechanism 23 drive connection arm 21 drives receiving hopper 22 up and down reciprocatingly to swing with linking arm 21 junction around receiving hopper 22 around linking arm 21 with the rotation of the junction of Lift Part 1 or described turnover driving mechanism 23;Described receiving hopper 22 includes base plate 221, top board 225, left plate 222, right plate 233 and squab panel 224, and described holder 24 is fixed on top board 225 lower end by clamping actuator 25, and described clamping actuator 25 drives holder 24 to pump;
Described Lift Part 1 includes slide rail 11, lifting actuator 14 and lift slide 12;Described lift slide 12 is arranged on slide rail 11, and described lifting actuator 14 drives lift slide 12 up and down reciprocatingly to slide along slide rail 11;Described linking arm 21 is hinged on lift slide 12;Described turnover driving mechanism 23 is arranged on lift slide 12, and drive connection arm 21 includes servomotor, drivewheel, driven pulley and Timing Belt 142 around up and down reciprocatingly swinging described lifting actuator 14 with the hinged place of lift slide 12, described drivewheel is arranged on one end of slide rail 11, and described driven pulley is arranged on the other end of slide rail 11;Described Timing Belt 142 is around being connected on drivewheel and driven pulley, and described lift slide 12 is fixedly connected on Timing Belt 142;Described servomotor is connected with drivewheel, and driven by servomotor drivewheel also drives Timing Belt 142 reciprocating rotation, and under the effect of Timing Belt 142, lift slide 12 up and down reciprocatingly slides along slide rail 11.
Embodiment 8
As this utility model another embodiment, with reference to Figure of description 1,5 and 6, present embodiment discloses:
Recrater splicing feeding device, including Lift Part 1 and splicing charging parts 2;Described splicing charging parts 2 are arranged on Lift Part 1, and described Lift Part 1 drives splicing charging parts 2 to pump;Described splicing charging parts 2 include linking arm 21, turnover driving mechanism 23 and receiving hopper 22;Described linking arm 21 one end is connected on Lift Part 1, and the other end is connected with receiving hopper 22, and the splicing opening of described receiving hopper 22 is arranged on the opposite side of receiving hopper 22 and linking arm 21 junction;It is provided with holder 24 on described receiving hopper 22;Described turnover driving mechanism 23 drive connection arm 21 drives receiving hopper 22 up and down reciprocatingly to swing with linking arm 21 junction around receiving hopper 22 around linking arm 21 with the rotation of the junction of Lift Part 1 or described turnover driving mechanism 23;Described receiving hopper 22 includes that base plate 221, left plate 222, right plate 233 and squab panel 224, described holder 24 one end are hinged between left plate 222 and right plate 233;Being provided with clamping actuator 25 on described holder 24, described clamping actuator 25 drives holder 24 reciprocally swinging;
Described Lift Part 1 includes lifting support 13 and lifting actuator 14, and described lifting actuator 14 drives lifting support 13 to pump;Described linking arm 21 is hinged on lifting support 13 upper end;Described turnover driving mechanism 23 is arranged on lifting support 13, and drive connection arm 21 up and down reciprocatingly swings around the hinged place with lifting support 13.
Described lifting actuator 14 includes that servomotor and screw mandrel 141, described screw mandrel 141 one end are connected on servomotor, and the other end is threadeded with lifting support 13;Described driven by servomotor screw mandrel 141 reciprocating rotation drives lifting support 13 to pump;Described lifting support 13 includes elevating bracket 131 He " X " type connector 132, described elevating bracket 131 is fixed on " X " type connector 132 upper end, described elevating bracket 131 is threadeded with screw mandrel 141.
Embodiment 9
As this utility model another embodiment, with reference to Figure of description 1 and 6, present embodiment discloses:
Recrater splicing feeding device, including Lift Part 1 and splicing charging parts 2;Described splicing charging parts 2 are arranged on Lift Part 1, and described Lift Part 1 drives splicing charging parts 2 to pump;Described splicing charging parts 2 include linking arm 21, turnover driving mechanism 23 and receiving hopper 22;Described linking arm 21 one end is connected on Lift Part 1, and the other end is connected with receiving hopper 22, and the splicing opening of described receiving hopper 22 is arranged on the opposite side of receiving hopper 22 and linking arm 21 junction;It is provided with holder 24 on described receiving hopper 22;Described turnover driving mechanism 23 drive connection arm 21 drives receiving hopper 22 up and down reciprocatingly to swing with linking arm 21 junction around receiving hopper 22 around linking arm 21 with the rotation of the junction of Lift Part 1 or described turnover driving mechanism 23;Described receiving hopper 22 includes that base plate 221, left plate 222, right plate 233 and squab panel 224, described holder 24 one end are hinged between left plate 222 and right plate 233;Being provided with clamping actuator 25 on described holder 24, described clamping actuator 25 drives holder 24 reciprocally swinging;The most described clamping actuator 25 is to drive cylinder.
Described Lift Part 1 includes lifting support 13 and lifting actuator 14, and described lifting actuator 14 drives lifting support 13 to pump;Described linking arm 21 is horizontally disposed with, and one end is fixed on lifting support 13, pumps with lifting support 13;
Described lifting actuator 14 includes that servomotor and screw mandrel 141, described screw mandrel 141 one end are connected on servomotor, and the other end is threadeded with lifting support 13;Described driven by servomotor screw mandrel 141 reciprocating rotation drives lifting support 13 to pump;Described lifting support 13 includes elevating bracket 131 He " X " type connector 132, described elevating bracket 131 is fixed on " X " type connector 132 upper end, described elevating bracket 131 is threadeded with screw mandrel 141.

Claims (10)

1. recrater splicing feeding device, it is characterised in that: include Lift Part (1) and splicing charging parts (2);Described splicing charging parts (2) is arranged on Lift Part (1), and described Lift Part (1) drives splicing charging parts (2) to pump;Described splicing charging parts (2) includes linking arm (21), turnover driving mechanism (23) and receiving hopper (22);Described linking arm (21) one end is connected on Lift Part (1), and the other end is connected with receiving hopper (22), and the splicing opening of described receiving hopper (22) is arranged on the opposite side of receiving hopper (22) and linking arm (21) junction;Described receiving hopper (22) upper end is provided with holder (24);Described turnover driving mechanism (23) drive connection arm (21) rotates around the junction of linking arm (21) with Lift Part (1) or described turnover driving mechanism (23) drives receiving hopper (22) up and down reciprocatingly to swing with linking arm (21) junction around receiving hopper (22).
2. recrater splicing feeding device as claimed in claim 1, it is characterized in that: described receiving hopper (22) includes base plate (221), left plate (222), right plate (233) and squab panel (224), described holder (24) one end is hinged between left plate (222) and right plate (233);Being provided with clamping actuator (25) on described holder (24), described clamping actuator (25) drives holder (24) reciprocally swinging.
3. recrater splicing feeding device as claimed in claim 1, it is characterized in that: described receiving hopper (22) includes base plate (221), top board (225), left plate (222), right plate (233) and squab panel (224), described holder (24) is fixed on top board (225) lower end by clamping actuator (25), and described clamping actuator (25) drives holder (24) to pump.
4. the recrater splicing feeding device as described in claim 1-3 any one, it is characterised in that: described Lift Part (1) includes slide rail (11), lifting actuator (14) and lift slide (12);Described lift slide (12) is arranged on slide rail (11), and described lifting actuator (14) drives lift slide (12) up and down reciprocatingly to slide along slide rail (11).
5. recrater splicing feeding device as claimed in claim 4, it is characterised in that: described linking arm (21) is hinged on lift slide (12);Described turnover driving mechanism (23) is arranged on lift slide (12), and drive connection arm (21) up and down reciprocatingly swings around the hinged place with lift slide (12).
6. recrater splicing feeding device as claimed in claim 4, it is characterised in that: described linking arm (21) is fixed on lift slide (12), and described linking arm (21) is perpendicular with slide rail (11).
7. the recrater splicing feeding device as described in claim 5 or 6 any one, it is characterized in that: described lifting actuator (14) includes servomotor and screw mandrel (141), described screw mandrel (141) one end is connected on servomotor, and the other end is threaded togather with lift slide (12).
8. the recrater splicing feeding device as described in claim 5 or 6 any one, it is characterized in that: described lifting actuator (14) includes servomotor, drivewheel, driven pulley and Timing Belt (142), described drivewheel is arranged on one end of slide rail (11), and described driven pulley is arranged on the other end of slide rail (11);Described Timing Belt (142) is around being connected on drivewheel and driven pulley, and described lift slide (12) is fixedly connected on Timing Belt (142);Described servomotor is connected with drivewheel, and driven by servomotor drivewheel also drives Timing Belt (142) reciprocating rotation, and under the effect of Timing Belt (142), lift slide (12) up and down reciprocatingly slides along slide rail (11).
9. the recrater splicing feeding device as described in claim 1-3 any one, it is characterized in that: described Lift Part (1) includes lifting support (13) and lifting actuator (14), described lifting actuator (14) drives lifting support (13) to pump.
10. recrater splicing feeding device as claimed in claim 9, it is characterised in that: described linking arm (21) is hinged on lifting support (13) upper end;Described turnover driving mechanism (23) is arranged on lifting support (13), and drive connection arm (21) up and down reciprocatingly swings around the hinged place with lifting support (13).
CN201620374603.2U 2016-04-28 2016-04-28 Case packer meets material charging devices Active CN205652400U (en)

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Application Number Priority Date Filing Date Title
CN201620374603.2U CN205652400U (en) 2016-04-28 2016-04-28 Case packer meets material charging devices

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Application Number Priority Date Filing Date Title
CN201620374603.2U CN205652400U (en) 2016-04-28 2016-04-28 Case packer meets material charging devices

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CN201620374603.2U Active CN205652400U (en) 2016-04-28 2016-04-28 Case packer meets material charging devices

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109606800A (en) * 2019-01-17 2019-04-12 安徽工程大学 A kind of aluminum-plastic blister packing plate box packing machine

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109606800A (en) * 2019-01-17 2019-04-12 安徽工程大学 A kind of aluminum-plastic blister packing plate box packing machine

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