CN204777896U - Over -and -under type rolls paper device - Google Patents

Over -and -under type rolls paper device Download PDF

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Publication number
CN204777896U
CN204777896U CN201520393193.1U CN201520393193U CN204777896U CN 204777896 U CN204777896 U CN 204777896U CN 201520393193 U CN201520393193 U CN 201520393193U CN 204777896 U CN204777896 U CN 204777896U
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CN
China
Prior art keywords
main
locking
adapt
body skin
cylindric
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn - After Issue
Application number
CN201520393193.1U
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Chinese (zh)
Inventor
杨嘉欢
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Jiashan Great Hua Printing By Paper Factory
Original Assignee
Jiashan Great Hua Printing By Paper Factory
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Jiashan Great Hua Printing By Paper Factory filed Critical Jiashan Great Hua Printing By Paper Factory
Priority to CN201520393193.1U priority Critical patent/CN204777896U/en
Application granted granted Critical
Publication of CN204777896U publication Critical patent/CN204777896U/en
Withdrawn - After Issue legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model relates to a mechanical equipment technical field especially relates to an over -and -under type rolls paper device, the utility model discloses an over -and -under type rolls paper device, including the base, still include roll extrusion dish, lifting unit spare, locking parts, crossbeam, driver part and roll extrusion parts, the roll extrusion parts include transmission sleeve, primary output axle, reinforcement, main guide, regulating spring, outer ledge, connecting rod, division board, transverse connection spare, main rotating member and roll extrusion roller, the utility model discloses an over -and -under type rolls paper device convenient operation, it is convenient to adjust, and the roll extrusion is effectual.

Description

A kind of lifting mode rolls paper apparatus
Technical field
The utility model relates to mechanical equipment technical field, particularly relates to a kind of lifting mode and rolls paper apparatus.
Background technology
Higher to the requirement of paper during printing, particularly higher to the flatness requirement of paper.But traditional paper roll unit inconvenient operation, regulate inconvenient, roll extrusion effect is poor, and roll extrusion efficiency is lower.Therefore, need to provide a kind of easy to operate, roll extrusion efficiency is high, the paper roll unit that roll extrusion is effective.
Utility model content
The purpose of this utility model is to provide a kind of lifting mode and rolls paper apparatus, solves traditional paper roll unit and regulates inconvenient, the problem of inconvenient operation.
The technical scheme that the utility model adopts for its technical matters of solution is:
A kind of lifting mode rolls paper apparatus, comprise pedestal, also comprise the roll pan of the side of the upper end being arranged at described pedestal, be arranged at the Lift Part of the opposite side of the upper end of described pedestal, the Lock Part being arranged at the top of described Lift Part, the crossbeam be arranged on described Lock Part, be arranged at the upper end of described crossbeam drive element and to be arranged in described crossbeam and to revolve the roll extrusion parts of the lower end being located at described drive element, described roll extrusion parts comprise drive socket, be arranged at the main output shaft of the upper end of described drive socket, be convexly equipped in the reinforcement on the outer wall of described main output shaft, axis along described drive socket is arranged in the main guide in described drive socket, be sheathed on the regulating spring on described main guide, be arranged at the outer plate on the outer wall of described drive socket, be arranged at the pipe link of the downside of described outer plate, be arranged at the division board of the lower end of described main guide, be arranged at the transverse connection of the lower end of described pipe link, revolve and be located at main revolving part on described transverse connection and revolve the seaming roll be located on described main revolving part.
Wherein, described main output shaft is cylindric; Be arranged with directed cavity in the bottom of described drive socket, described main guide and described directed cavity coaxial; Described main guide is round table-like; Be provided with between described main guide and described drive socket and compress space, described compression space and described regulating spring adapt; The vertical section of described outer plate is triangle; Two described outer plates are arranged at the both sides of described drive socket respectively; Be arranged with the first link slot in the bottom of described outer plate, described first link slot and described pipe link adapt; The outer wall of described division board is sphere; Be arranged with first to spin hole in the top of described division board, the described first spin hole and described main guide adapts; Described main revolving part is cylindric; Described seaming roll is cylindric.
Wherein, described seaming roll comprises body skin, the sensor be embedded in the sidewall of described body skin, the adjustment member be arranged in described body skin, the interior pressing piece be arranged on the inwall of described body skin, to be arranged at pressure rod between described interior pressing piece and described adjustment member, to revolve and be located on described pressure rod and be in screwing part and being sheathed on the recoil spring on described pressure rod of one end of the close described adjustment member of described pressure rod along the radial direction of described body skin.
Wherein, described body skin is cylindric; In described body skin, be arranged with pressure monitor groove, described pressure monitor groove is ellipsoid shape; Described sensor setting is in described pressure monitor groove; Described sensor and the electrical connection of described adjustment member; Described adjustment member is spherical; On the inwall of described body skin, be arranged with the first head tank, described first head tank and described interior pressing piece adapt; Be arranged with the first direction recess in the side of the close described recoil spring of described interior pressing piece, described recoil spring is pressed in described first direction recess; Described pressure rod is cylindrical bar; The described pressure-resistant part of downside screwing part and comprise pressing tight plate and be connected in described pressing tight plate; Described pressing tight plate is discoid; The end face of described pressure-resistant part is sphere; Described pressure-resistant part and described adjustment member adapt.
Wherein, described Lift Part comprise base, the central rotation bar be arranged in described base, revolve the main rotary seat be located on described central rotation bar, be arranged in described base and lower end be connected to guided way on described main rotary seat, slip the locking seat being arranged at the top of described guided way, revolve the rocking bar be located in described locking seat, be arranged at the main lifting bar of the upper end of described guided way, being axially set in the pushing ram of the upper end of described main lifting bar and revolving the rotation hand wheel of the upper end being located at described pushing ram along described main lifting bar.
Wherein, described main lifting bar is cylindric; Described pushing ram is cylindric; Described locking seat comprises main base frame, the card-bit part be embedded in the sidewall of described main base frame, be arranged in first in described main base frame and regulate chamber and the lifting carriage groove that is arranged in described main base frame; Described first regulates chamber and described rocking bar to adapt; Described lifting carriage groove and described guided way adapt; Described main rotary seat is ellipsoid shape, in described main rotary seat, be equipped with the first mounting groove, and described first mounting groove and described guided way adapt; Radial direction along described main rotary seat is equipped with main rotary support chamber in described main rotary seat, and described main rotary support chamber and described central rotation bar adapt.
Wherein, described Lock Part comprises locking cylindrical shell, to be arranged in the lock hole in described locking cylindrical shell along the radial direction of described locking cylindrical shell, the side mount pad be convexly equipped on the outer wall of described locking cylindrical shell, revolves spin locking piece and the lock handle that spins on locking piece described in being arranged at be located in described lock hole.
Wherein, described locking cylindrical shell is cylindric; Described lock hole is oval; Lock hole described in several is distributed in the sidewall of described locking cylindrical shell along the axis of described locking cylindrical shell uniformly; The described locking piece that spins comprises coupling link and is arranged at the locking tooth in described coupling link; In described side mount pad, be equipped with the first mounting hole, the concave side wall in described first mounting hole is provided with the second link slot, and the vertical section of described second link slot is triangle.
The utility model has the advantage of:
Lifting mode of the present utility model rolls paper apparatus, comprise pedestal, also comprise the roll pan of the side of the upper end being arranged at described pedestal, be arranged at the Lift Part of the opposite side of the upper end of described pedestal, the Lock Part being arranged at the top of described Lift Part, the crossbeam be arranged on described Lock Part, be arranged at the upper end of described crossbeam drive element and to be arranged in described crossbeam and to revolve the roll extrusion parts of the lower end being located at described drive element, described roll extrusion parts comprise drive socket, be arranged at the main output shaft of the upper end of described drive socket, be convexly equipped in the reinforcement on the outer wall of described main output shaft, axis along described drive socket is arranged in the main guide in described drive socket, be sheathed on the regulating spring on described main guide, be arranged at the outer plate on the outer wall of described drive socket, be arranged at the pipe link of the downside of described outer plate, be arranged at the division board of the lower end of described main guide, be arranged at the transverse connection of the lower end of described pipe link, revolve and be located at main revolving part on described transverse connection and revolve the seaming roll be located on described main revolving part, it is easy to operate that lifting mode of the present utility model rolls paper apparatus, easy to adjust, and roll extrusion efficiency is high, and roll extrusion is effective.
Accompanying drawing explanation
Fig. 1 is the front view that lifting mode of the present utility model rolls paper apparatus.
Fig. 2 is the front view of roll extrusion parts of the present utility model.
Fig. 3 is the front view of seaming roll of the present utility model.
Fig. 4 is the front view of Lift Part of the present utility model.
Fig. 5 is the front view of Lock Part of the present utility model.
1-pedestal; 2-roll pan; 3-roll extrusion parts; 31-main output shaft; 32-reinforcement; 33-drive socket; The main guide of 34-; 35-regulating spring; 36-outer plate; 37-pipe link; 38-seaming roll; 381-pressure rod; 382-body skin; 383-sensor; Pressing piece in 384-; 385-recoil spring; 386-screws part; 387-adjustment member; 39-transverse connection; The main revolving part of 310-; 311-division board; 4-crossbeam; 5-drive element; 6-Lock Part; 61-locks cylindrical shell; 62-lock hole; 63-side mount pad; 64-spins locking piece; 65-lock handle; 7-Lift Part; 71-rotation hand wheel; 72-pushing ram; The main lifting bar of 73-; 74-locks seat; 75-guided way; 76-base; 77-central rotation bar; The main rotary seat of 78-; 79-rocking bar.
Detailed description of the invention
The technological means realized to make the utility model, creation characteristic, reaching object and effect is easy to understand, below in conjunction with diagram and specific embodiment, setting forth the utility model further.
Composition graphs 1 to Fig. 5 rolls paper apparatus to lifting mode of the present utility model and is described in detail.
Lifting mode of the present utility model rolls paper apparatus, comprise pedestal 1, also comprise the roll pan 2 of the side of the upper end being arranged at described pedestal 1, be arranged at the Lift Part 7 of the opposite side of the upper end of described pedestal 1, the Lock Part 6 being arranged at the top of described Lift Part 7, the crossbeam 4 be arranged on described Lock Part 6, be arranged at the upper end of described crossbeam 4 drive element 5 and to be arranged in described crossbeam 4 and to revolve the roll extrusion parts 3 of the lower end being located at described drive element 5, described roll extrusion parts 3 comprise drive socket 33, be arranged at the main output shaft 31 of the upper end of described drive socket 33, be convexly equipped in the reinforcement 32 on the outer wall of described main output shaft 31, axis along described drive socket 33 is arranged in the main guide 34 in described drive socket 33, be sheathed on the regulating spring 35 on described main guide 34, be arranged at the outer plate 36 on the outer wall of described drive socket 33, be arranged at the pipe link 37 of the downside of described outer plate 36, be arranged at the division board 311 of the lower end of described main guide 34, be arranged at the transverse connection 39 of the lower end of described pipe link 37, revolve and be located at main revolving part on described transverse connection 39 310 and revolve the seaming roll 38 be located on described main revolving part 310.
Described main output shaft 31 is cylindric; Be arranged with directed cavity in the bottom of described drive socket 33, described main guide 34 and described directed cavity coaxial; Described main guide 34 is round table-like; Be provided with between described main guide 34 and described drive socket 33 and compress space, described compression space and described regulating spring 35 adapt; The vertical section of described outer plate 36 is triangle; Two described outer plates 36 are arranged at the both sides of described drive socket 33 respectively; Be arranged with the first link slot in the bottom of described outer plate 36, described first link slot and described pipe link 37 adapt; The outer wall of described division board 311 is sphere; Be arranged with first to spin hole in the top of described division board 311, the described first spin hole and described main guide 34 adapts; Described main revolving part 310 is cylindric; Described seaming roll 38 is cylindric.
Described seaming roll 38 comprises body skin 382, be embedded at the sensor 383 in the sidewall of described body skin 382, be arranged in the adjustment member 387 in described body skin 382, be arranged at the interior pressing piece 384 on the inwall of described body skin 382, radial direction along described body skin 382 is arranged at the pressure rod 381 between described interior pressing piece 384 and described adjustment member 387, revolve and be located on described pressure rod 381 and be in screwing part 386 and being sheathed on the recoil spring 385 on described pressure rod 381 of one end of the close described adjustment member 387 of described pressure rod 381.
Described body skin 382 is cylindric; In described body skin 382, be arranged with pressure monitor groove, described pressure monitor groove is ellipsoid shape; Described sensor 383 is arranged in described pressure monitor groove; Described sensor 383 and described adjustment member 387 are electrically connected; Described adjustment member 387 is spherical; On the inwall of described body skin 382, be arranged with the first head tank, described first head tank and described interior pressing piece 384 adapt; Be arranged with the first direction recess in the side of the close described recoil spring 385 of described interior pressing piece 384, described recoil spring 385 is pressed in described first direction recess; Described pressure rod 381 is cylindrical bar; The described pressure-resistant part of downside screwing part 386 and comprise pressing tight plate and be connected in described pressing tight plate; Described pressing tight plate is discoid; The end face of described pressure-resistant part is sphere; Described pressure-resistant part and described adjustment member 387 adapt.
Described Lift Part 7 comprises base 76, be arranged in the central rotation bar 77 in described base 76, revolve the main rotary seat 78 be located on described central rotation bar 77, to be arranged in described base 76 and lower end is connected to the guided way 75 on described main rotary seat 78, the locking seat 74 being arranged at the top of described guided way 75 slided, revolve the rocking bar 79 be located in described locking seat 74, be arranged at the main lifting bar 73 of the upper end of described guided way 75, the pushing ram 72 chord being axially set in the upper end of described main lifting bar 73 along described main lifting bar 73 is located at the rotation hand wheel 71 of the upper end of described pushing ram 72.
Described main lifting bar 73 is cylindric; Described pushing ram 72 is cylindric; Described locking seat 74 comprises main base frame, the card-bit part be embedded in the sidewall of described main base frame, be arranged in first in described main base frame and regulate chamber and the lifting carriage groove that is arranged in described main base frame; Described first regulates chamber and described rocking bar 79 to adapt; Described lifting carriage groove and described guided way 75 adapt; Described main rotary seat 78 is ellipsoid shape, and in described main rotary seat 78, be equipped with the first mounting groove, described first mounting groove and described guided way 75 adapt; Radial direction along described main rotary seat 78 is equipped with main rotary support chamber in described main rotary seat 78, and described main rotary support chamber and described central rotation bar 77 adapt.
Described Lock Part 6 comprises locking cylindrical shell 61, to be arranged in the lock hole 62 in described locking cylindrical shell 61 along the radial direction of described locking cylindrical shell 61, the side mount pad 63 be convexly equipped on the outer wall of described locking cylindrical shell 61, revolve spin locking piece 64 and the lock handle 65 that spins on locking piece 64 described in being arranged at be located in described lock hole 62.
Described locking cylindrical shell 61 is cylindric; Described lock hole 62 is oval; Lock hole 62 described in several is distributed in the sidewall of described locking cylindrical shell 61 along the axis of described locking cylindrical shell 61 uniformly; The described locking piece 64 that spins comprises coupling link and is arranged at the locking tooth in described coupling link; In described side mount pad 63, be equipped with the first mounting hole, the concave side wall in described first mounting hole is provided with the second link slot, and the vertical section of described second link slot is triangle.
More than show and describe groundwork of the present utility model, principal character and advantage of the present utility model.The technical personnel of the industry should be understood; the utility model is not restricted to the described embodiments; what describe in above-described embodiment and specification sheets just illustrates principle of the present utility model; under the prerequisite not departing from the utility model spirit and scope, the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.

Claims (8)

1. a lifting mode rolls paper apparatus, comprise pedestal (1), it is characterized in that: the roll pan (2) also comprising the side of the upper end being arranged at described pedestal (1), be arranged at the Lift Part (7) of the opposite side of the upper end of described pedestal (1), be arranged at the Lock Part (6) on the top of described Lift Part (7), be arranged at the crossbeam (4) on described Lock Part (6), be arranged at the drive element (5) of the upper end of described crossbeam (4) and be arranged in described crossbeam (4) and revolve the roll extrusion parts (3) of the lower end being located at described drive element (5), described roll extrusion parts (3) comprise drive socket (33), be arranged at the main output shaft (31) of the upper end of described drive socket (33), be convexly equipped in the reinforcement (32) on the outer wall of described main output shaft (31), axis along described drive socket (33) is arranged in the main guide (34) in described drive socket (33), be sheathed on the regulating spring (35) on described main guide (34), be arranged at the outer plate (36) on the outer wall of described drive socket (33), be arranged at the pipe link (37) of the downside of described outer plate (36), be arranged at the division board (311) of the lower end of described main guide (34), be arranged at the transverse connection (39) of the lower end of described pipe link (37), revolve the main revolving part (310) be located on described transverse connection (39) and revolve the seaming roll (38) be located on described main revolving part (310).
2. a kind of lifting mode according to claim 1 rolls paper apparatus, it is characterized in that: described main output shaft (31) is for cylindric; Be arranged with directed cavity in the bottom of described drive socket (33), described main guide (34) and described directed cavity coaxial; Described main guide (34) is for round table-like; Be provided with between described main guide (34) and described drive socket (33) and compress space, described compression space and described regulating spring (35) adapt; The vertical section of described outer plate (36) is triangle; Two described outer plates (36) are arranged at the both sides of described drive socket (33) respectively; Be arranged with the first link slot in the bottom of described outer plate (36), described first link slot and described pipe link (37) adapt; The outer wall of described division board (311) is sphere; Be arranged with first to spin hole in the top of described division board (311), the described first spin hole and described main guide (34) adapts; Described main revolving part (310) is for cylindric; Described seaming roll (38) is for cylindric.
3. a kind of lifting mode according to claim 2 rolls paper apparatus, it is characterized in that: described seaming roll (38) comprises body skin (382), be embedded at the sensor (383) in the sidewall of described body skin (382), be arranged in the adjustment member (387) in described body skin (382), be arranged at the interior pressing piece (384) on the inwall of described body skin (382), radial direction along described body skin (382) is arranged at the pressure rod (381) between described interior pressing piece (384) and described adjustment member (387), revolve and be located on described pressure rod (381) and be in screwing part (386) and being sheathed on the recoil spring (385) on described pressure rod (381) of one end of the close described adjustment member (387) of described pressure rod (381).
4. a kind of lifting mode according to claim 3 rolls paper apparatus, it is characterized in that: described body skin (382) is for cylindric; In described body skin (382), be arranged with pressure monitor groove, described pressure monitor groove is ellipsoid shape; Described sensor (383) is arranged in described pressure monitor groove; Described sensor (383) and described adjustment member (387) electrical connection; Described adjustment member (387) is for spherical; On the inwall of described body skin (382), be arranged with the first head tank, described first head tank and described interior pressing piece (384) adapt; Be arranged with the first direction recess in the side of the close described recoil spring (385) of described interior pressing piece (384), described recoil spring (385) is pressed in described first direction recess; Described pressure rod (381) is cylindrical bar; The described pressure-resistant part of downside screwing part (386) and comprise pressing tight plate and be connected in described pressing tight plate; Described pressing tight plate is discoid; The end face of described pressure-resistant part is sphere; Described pressure-resistant part and described adjustment member (387) adapt.
5. a kind of lifting mode according to claim 4 rolls paper apparatus, it is characterized in that: described Lift Part (7) comprises base (76), be arranged in the central rotation bar (77) in described base (76), revolve the main rotary seat (78) be located on described central rotation bar (77), to be arranged in described base (76) and lower end is connected to the guided way (75) on described main rotary seat (78), the locking seat (74) being arranged at the top of described guided way (75) slided, revolve the rocking bar (79) be located in described locking seat (74), be arranged at the main lifting bar (73) of the upper end of described guided way (75), being axially set in the pushing ram (72) of the upper end of described main lifting bar (73) and revolving the rotation hand wheel (71) of the upper end being located at described pushing ram (72) along described main lifting bar (73).
6. a kind of lifting mode according to claim 5 rolls paper apparatus, it is characterized in that: described main lifting bar (73) is for cylindric; Described pushing ram (72) is for cylindric; Described locking seat (74) comprises main base frame, the card-bit part be embedded in the sidewall of described main base frame, be arranged in first in described main base frame and regulate chamber and the lifting carriage groove that is arranged in described main base frame; Described first regulates chamber and described rocking bar (79) to adapt; Described lifting carriage groove and described guided way (75) adapt; Described main rotary seat (78) is ellipsoid shape, in described main rotary seat (78), be equipped with the first mounting groove, and described first mounting groove and described guided way (75) adapt; Radial direction along described main rotary seat (78) is equipped with main rotary support chamber in described main rotary seat (78), and described main rotary support chamber and described central rotation bar (77) adapt.
7. a kind of lifting mode according to claim 6 rolls paper apparatus, it is characterized in that: described Lock Part (6) comprises locking cylindrical shell (61), to be arranged in the lock hole (62) in described locking cylindrical shell (61) along the radial direction of described locking cylindrical shell (61), the side mount pad (63) be convexly equipped on the outer wall of described locking cylindrical shell (61), the lock handle (65) that revolves the locking piece that spins (64) be located in described lock hole (62) and spin on locking piece (64) described in being arranged at.
8. a kind of lifting mode according to claim 7 rolls paper apparatus, it is characterized in that: described locking cylindrical shell (61) is for cylindric; Described lock hole (62) is oval; Lock hole described in several (62) is distributed in the sidewall of described locking cylindrical shell (61) along the axis of described locking cylindrical shell (61) uniformly; The described locking piece that spins (64) comprises coupling link and is arranged at the locking tooth in described coupling link; In described side mount pad (63), be equipped with the first mounting hole, the concave side wall in described first mounting hole is provided with the second link slot, and the vertical section of described second link slot is triangle.
CN201520393193.1U 2015-06-09 2015-06-09 Over -and -under type rolls paper device Withdrawn - After Issue CN204777896U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520393193.1U CN204777896U (en) 2015-06-09 2015-06-09 Over -and -under type rolls paper device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520393193.1U CN204777896U (en) 2015-06-09 2015-06-09 Over -and -under type rolls paper device

Publications (1)

Publication Number Publication Date
CN204777896U true CN204777896U (en) 2015-11-18

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ID=54517992

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201520393193.1U Withdrawn - After Issue CN204777896U (en) 2015-06-09 2015-06-09 Over -and -under type rolls paper device

Country Status (1)

Country Link
CN (1) CN204777896U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104860106A (en) * 2015-06-09 2015-08-26 嘉善大华纸品印刷厂 Lift type paper rolling device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104860106A (en) * 2015-06-09 2015-08-26 嘉善大华纸品印刷厂 Lift type paper rolling device

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C14 Grant of patent or utility model
GR01 Patent grant
AV01 Patent right actively abandoned
AV01 Patent right actively abandoned

Granted publication date: 20151118

Effective date of abandoning: 20170517