CN205096266U - Copper wire roll extrusion equipment - Google Patents
Copper wire roll extrusion equipment Download PDFInfo
- Publication number
- CN205096266U CN205096266U CN201520828143.1U CN201520828143U CN205096266U CN 205096266 U CN205096266 U CN 205096266U CN 201520828143 U CN201520828143 U CN 201520828143U CN 205096266 U CN205096266 U CN 205096266U
- Authority
- CN
- China
- Prior art keywords
- adapt
- actuator
- spins
- interior
- copper wire
- 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.)
- Expired - Fee Related
Links
Landscapes
- Perforating, Stamping-Out Or Severing By Means Other Than Cutting (AREA)
Abstract
The utility model relates to a mechanical equipment technical field especially relates to a copper wire roll extrusion equipment, the utility model discloses a copper wire roll extrusion equipment, including the mainframe box, still including set up in motor, carrier, roll extrusion parts, feed inlet and extrusion parts on the outer wall of mainframe box, the carrier includes second output board, second rolling member, first output board, first rolling member, telescopic link, first guide cylinder, first spring, recipient, second spring, first extruded article and positioning seat, in the lower part of first output board is concave to be equipped with first adjustment tank, along first rolling member radially wear to be equipped with the first hole that compresses tightly in it, along the axial of first guide cylinder wears to be equipped with main flexible hole in it, along the axial of positioning seat wears to be equipped with first fixed chamber in it, first extruded article includes pressure ram and extruded article, the utility model discloses a copper wire roll extrusion equipment convenient operation, it is convenient to adjust, and the roll extrusion is efficient, and the roll extrusion is of high quality.
Description
Technical field
The utility model relates to mechanical equipment technical field, particularly relates to a kind of copper wire roll unit.
Background technology
In copper wire process, usually adopt copper wire roll unit to carry out roll extrusion process to copper wire.But traditional regulates inconvenient for the copper wire roll unit processing copper wire, and inconvenient operation, roll extrusion inefficiency, roll extrusion is second-rate.Therefore, need to provide a kind of easy to operate, easy to adjust, roll extrusion efficiency is high, the measured copper wire roll unit of roll extrusion matter.
Utility model content
The purpose of this utility model is to provide a kind of copper wire roll unit, solves traditional copper wire roll unit and regulates inconvenient, the problem of inconvenient operation.
The technical scheme that the utility model adopts for its technical problem of solution is:
A kind of copper wire roll unit, comprise mainframe box, also comprise the motor on the outer wall being arranged at described mainframe box, be arranged at the luggage carrier of the bottom of described mainframe box, be rotatably connected on described motor and be in the upside of described luggage carrier roll extrusion parts, be arranged at the charging aperture of the upper end of described mainframe box and revolve the extruder member on the top being located at described mainframe box;
Described luggage carrier comprises the second output board, revolve second rolling member of the one end being located at described second output board, be arranged at the first output board of the other end of described second output board, revolve the first rolling member of the downside being located at described first output board, radial direction along described first rolling member revolves the expansion link of the downside being located at described first rolling member, be sheathed on the first guide cylinder of the downside of described expansion link, to be sheathed on described expansion link and to be pressed in the first spring of the end of described first guide cylinder, be arranged at the recipient of the lower end of described second output board, be arranged at second spring on the top of described recipient, to be arranged in described recipient and to be pressed in the first extrusion of the downside of described second spring and to revolve the positioning seat of the lower end being located at described first extrusion,
Described second rolling member is spherical; Be arranged with the first regulating tank in the bottom of described first output board, described first regulating tank and described first rolling member adapt; Described first rolling member is spherical; Radial direction along described first rolling member is equipped with the first hold-down apertures in the inner, and described first hold-down apertures and described expansion link adapt; Axis along described first guide cylinder is equipped with main telescopic hole in the inner, and described main telescopic hole and described expansion link adapt;
Described recipient is cylindric; Described positioning seat is cylindric, and the axis along described positioning seat is equipped with the first lock chamber in the inner, and described first lock chamber and described first extrusion adapt;
Described first extrusion comprises pressure ram and is arranged at the extrusion of upper end of described pressure ram; Described pressure ram is cylindric.
Wherein, described extruder member comprise fastening body, be arranged at the crushing block of the edge of the lower end of described fastening body, revolve first of the top being located at described fastening body spin part, be rotatably connected in described first spin the first regulating part on part, be arranged at described first regulating part away from described first spin part one end baffle plate, revolve the handle be located on described baffle plate and to be sheathed on described handle and the 3rd spring be pressed on described baffle plate.
Wherein, described fastening body is discoid, is arranged with first spins groove in the top of described fastening body, and described first groove and described first part that spins that spins adapts; Described first part that spins is spherical; Be arranged with clamping mounting groove in the bottom of described fastening body, described clamping mounting groove and described crushing block adapt; The longitudinal section of described crushing block is trapezoidal; Spin in part in described first and be arranged with the first rotating hole, described first rotating hole and described first regulating part adapt;
Be arranged with in the side of described baffle plate the holddown groove that spins, described in spin holddown groove and described first regulating part adapt; Opposite side in described baffle plate is arranged with main regulation groove, and described main regulation groove and described 3rd spring adapt.
Wherein, described roll extrusion parts comprise housing, be arranged at first on the outer wall of described housing and roll part, be arranged at the outer actuator in described housing, radial direction along described outer actuator is arranged in compressor arm in described outer actuator, be arranged at described interior compressor arm end and revolve be located at described housing inwall on the ball that spins, be arranged at first on the outer wall of described housing and roll part, revolve the interior actuator be located on described outer actuator, axis along described interior actuator revolves the main shaft be located on described interior actuator and the guide holder revolving the one end away from described interior actuator being located at described main shaft.
Wherein, described housing is spherical, is arranged with the first holddown groove in the outer wall of described housing, and described first holddown groove and described first rolls part and adapts; Described first outer wall rolling part is curved surface; Inwall in described housing is arranged with the mounting groove that spins, described in spin mounting groove and the described ball that spins adapt; The described ball that spins is spherical; Radial direction along the described ball that spins is equipped with main pilot hole in the inner, and described main pilot hole and described interior compressor arm adapt; Described interior compressor arm is cylindric;
Described outer actuator is spherical, and the radial direction along described outer actuator is equipped with the first pilot hole in the inner, and described first pilot hole and described interior compressor arm adapt; Radial direction along described outer actuator is arranged with main driver slot in the inner, and described main driver slot and described interior actuator adapt; Described interior actuator is cylindric; Axis along described interior actuator is equipped with rotary actuation hole in the inner, and described rotary actuation hole and described main shaft adapt; Described main shaft is cylindric.
Wherein, described guide holder comprises main base frame, recessed adjustment chamber in described main base frame, the regulating spring that is arranged at push rod in described adjustment chamber, revolves the platen of the end being located at described interior push rod, be arranged at the cross bar between two described interior push rods and be sheathed on described cross bar.
Wherein, described main base frame is round table-like; Described interior push rod is cylindric; Described platen is ellipsoid shape, and the radial direction along described platen is arranged with the first mounting groove in the inner, and described first mounting groove and described interior push rod adapt; Described cross bar comprises main rod body and is arranged at the retainer ring of end of described main rod body.
The utility model has the advantage of:
Copper wire roll unit of the present utility model, comprise mainframe box, also comprise the motor on the outer wall being arranged at described mainframe box, be arranged at the luggage carrier of the bottom of described mainframe box, be rotatably connected on described motor and be in the upside of described luggage carrier roll extrusion parts, be arranged at the charging aperture of the upper end of described mainframe box and revolve the extruder member on the top being located at described mainframe box;
Described luggage carrier comprises the second output board, revolve second rolling member of the one end being located at described second output board, be arranged at the first output board of the other end of described second output board, revolve the first rolling member of the downside being located at described first output board, radial direction along described first rolling member revolves the expansion link of the downside being located at described first rolling member, be sheathed on the first guide cylinder of the downside of described expansion link, to be sheathed on described expansion link and to be pressed in the first spring of the end of described first guide cylinder, be arranged at the recipient of the lower end of described second output board, be arranged at second spring on the top of described recipient, to be arranged in described recipient and to be pressed in the first extrusion of the downside of described second spring and to revolve the positioning seat of the lower end being located at described first extrusion,
Described second rolling member is spherical; Be arranged with the first regulating tank in the bottom of described first output board, described first regulating tank and described first rolling member adapt; Described first rolling member is spherical; Radial direction along described first rolling member is equipped with the first hold-down apertures in the inner, and described first hold-down apertures and described expansion link adapt; Axis along described first guide cylinder is equipped with main telescopic hole in the inner, and described main telescopic hole and described expansion link adapt;
Described recipient is cylindric; Described positioning seat is cylindric, and the axis along described positioning seat is equipped with the first lock chamber in the inner, and described first lock chamber and described first extrusion adapt;
Described first extrusion comprises pressure ram and is arranged at the extrusion of upper end of described pressure ram; Described pressure ram is cylindric; Copper wire roll unit of the present utility model is easy to operate, easy to adjust, and roll extrusion efficiency is high, and roll extrusion quality is good.
Accompanying drawing explanation
Fig. 1 is the front view of copper wire roll unit of the present utility model.
Fig. 2 is the front view of luggage carrier of the present utility model.
Fig. 3 is the front view of extruder member of the present utility model.
Fig. 4 is the front view of roll extrusion parts of the present utility model.
Fig. 5 is the front view of guide holder of the present utility model.
1-mainframe box; 2-roll extrusion parts; 21-housing; Compressor arm in 22-; 23-first rolls part; 24-spins ball; 25-guide holder; 251-regulates chamber; 252-main base frame; 253-regulating spring; 254-cross bar; Push rod in 255-; 256-platen; 26-main shaft; Actuator in 27-; The outer actuator of 28-; 3-motor; 4-luggage carrier; 41-first output board; 42-first rolling member; 43-second spring; 44-second output board; 45-second rolling member; 46-recipient; 47-first extrusion; 48-positioning seat; 49-first guide cylinder; 410-expansion link; 411-first spring; 5-extruder member; 51-handle; 52-the 3rd spring; 53-baffle plate; 54-first regulating part; 55-first spins part; 56-fastening body; 57-crushing block; 6-charging aperture.
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 is described in detail to copper wire roll unit of the present utility model.
Copper wire roll unit of the present utility model, comprise mainframe box 1, also comprise the motor 3 on the outer wall being arranged at described mainframe box 1, be arranged at the luggage carrier 4 of the bottom of described mainframe box 1, be rotatably connected on described motor 3 and be in the upside of described luggage carrier 4 roll extrusion parts 2, be arranged at the charging aperture 6 of the upper end of described mainframe box 1 and revolve the extruder member 5 on the top being located at described mainframe box 1;
Described luggage carrier 4 comprises the second output board 44, revolve second rolling member 45 of the one end being located at described second output board 44, be arranged at the first output board 41 of the other end of described second output board 44, revolve the first rolling member 42 of the downside being located at described first output board 41, radial direction along described first rolling member 42 revolves the expansion link 410 of the downside being located at described first rolling member 42, be sheathed on the first guide cylinder 49 of the downside of described expansion link 410, to be sheathed on described expansion link 410 and to be pressed in the first spring 411 of the end of described first guide cylinder 49, be arranged at the recipient 46 of the lower end of described second output board 44, be arranged at second spring 43 on the top of described recipient 46, to be arranged in described recipient 46 and to be pressed in the first extrusion 47 of the downside of described second spring 43 and to revolve the positioning seat 48 of the lower end being located at described first extrusion 47,
Described second rolling member 45 is spherical; Be arranged with the first regulating tank in the bottom of described first output board 41, described first regulating tank and described first rolling member 42 adapt; Described first rolling member 42 is spherical; Radial direction along described first rolling member 42 is equipped with the first hold-down apertures in the inner, and described first hold-down apertures and described expansion link 410 adapt; Axis along described first guide cylinder 49 is equipped with main telescopic hole in the inner, and described main telescopic hole and described expansion link 410 adapt;
Described recipient 46 is cylindric; Described positioning seat 48 is cylindric, and the axis along described positioning seat 48 is equipped with the first lock chamber in the inner, and described first lock chamber and described first extrusion 47 adapt;
Described first extrusion 47 comprises pressure ram and is arranged at the extrusion of upper end of described pressure ram; Described pressure ram is cylindric.
Described extruder member 5 comprises fastening body 56, be arranged at the crushing block 57 of the edge of the lower end of described fastening body 56, revolve first of the top being located at described fastening body 56 spin part 55, be rotatably connected in described first spin the first regulating part 54 on part 55, be arranged at described first regulating part 54 away from described first spin part 55 one end baffle plate 53, revolve the handle 51 be located on described baffle plate 53 and to be sheathed on described handle 51 and the 3rd spring 52 be pressed on described baffle plate 53.
Described fastening body 56 is discoid, is arranged with first spins groove in the top of described fastening body 56, and described first groove and described first part 55 that spins that spins adapts; Described first spins part 55 for spherical; Be arranged with clamping mounting groove in the bottom of described fastening body 56, described clamping mounting groove and described crushing block 57 adapt; The longitudinal section of described crushing block 57 is trapezoidal; Spin in part 55 in described first and be arranged with the first rotating hole, described first rotating hole and described first regulating part 54 adapt;
Be arranged with in the side of described baffle plate 53 holddown groove that spins, described in spin holddown groove and described first regulating part 54 adapt; Opposite side in described baffle plate 53 is arranged with main regulation groove, and described main regulation groove and described 3rd spring 52 adapt.
Described roll extrusion parts 2 comprise housing 21, be arranged at first on the outer wall of described housing 21 and roll part 23, be arranged at the outer actuator 28 in described housing 21, radial direction along described outer actuator 28 is arranged in compressor arm 22 in described outer actuator 28, be arranged at described interior compressor arm 22 end and revolve be located at described housing 21 inwall on the ball 24 that spins, be arranged at first on the outer wall of described housing 21 and roll part 23, revolve the interior actuator 27 be located on described outer actuator 28, axis along described interior actuator 27 revolves the main shaft 26 be located on described interior actuator 27 and the guide holder 25 revolving the one end away from described interior actuator 27 being located at described main shaft 26.
Described housing 21 is spherical, in the outer wall of described housing 21, be arranged with the first holddown groove, and described first holddown groove and described first rolls part 23 and adapts; Described first outer wall rolling part 23 is curved surface; Inwall in described housing 21 is arranged with the mounting groove that spins, described in spin mounting groove and the described ball 24 that spins adapt; The described ball 24 that spins is for spherical; Radial direction along the described ball 24 that spins is equipped with main pilot hole in the inner, and described main pilot hole and described interior compressor arm 22 adapt; Described interior compressor arm 22 is cylindric;
Described outer actuator 28 is spherical, and the radial direction along described outer actuator 28 is equipped with the first pilot hole in the inner, and described first pilot hole and described interior compressor arm 22 adapt; Radial direction along described outer actuator 28 is arranged with main driver slot in the inner, and described main driver slot and described interior actuator 27 adapt; Described interior actuator 27 is cylindric; Axis along described interior actuator 27 is equipped with rotary actuation hole in the inner, and described rotary actuation hole and described main shaft 26 adapt; Described main shaft 26 is cylindric.
Described guide holder 25 comprises main base frame 252, recessed adjustment chamber 251 in described main base frame 252, the regulating spring 253 that is arranged at push rod 255 in described adjustment chamber 251, revolves the platen 256 of the end being located at described interior push rod 255, be arranged at the cross bar 254 between two described interior push rods 255 and be sheathed on described cross bar 254.
Described main base frame 252 is round table-like; Described interior push rod 255 is cylindric; Described platen 256 is ellipsoid shape, and the radial direction along described platen 256 is arranged with the first mounting groove in the inner, and described first mounting groove and described interior push rod 255 adapt; Described cross bar 254 comprises main rod body and is arranged at the retainer ring of end of described main rod body.
More than show and describe general principle of the present utility model, principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; what describe in above-described embodiment and description 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 (7)
1. a copper wire roll unit, comprise mainframe box (1), it is characterized in that: also comprise the motor (3) on the outer wall being arranged at described mainframe box (1), be arranged at the luggage carrier (4) of the bottom of described mainframe box (1), be rotatably connected in described motor (3) upper and be in the upside of described luggage carrier (4) roll extrusion parts (2), be arranged at the charging aperture (6) of the upper end of described mainframe box (1) and revolve the extruder member (5) on the top being located at described mainframe box (1);
Described luggage carrier (4) comprises the second output board (44), revolve second rolling member (45) of the one end being located at described second output board (44), be arranged at first output board (41) of the other end of described second output board (44), revolve first rolling member (42) of the downside being located at described first output board (41), radial direction along described first rolling member (42) revolves the expansion link (410) of the downside being located at described first rolling member (42), be sheathed on first guide cylinder (49) of the downside of described expansion link (410), be sheathed on described expansion link (410) to go up and the first spring (411) being pressed in the end of described first guide cylinder (49), be arranged at the recipient (46) of the lower end of described second output board (44), be arranged at second spring (43) on the top of described recipient (46), to be arranged in described recipient (46) and to be pressed in first extrusion (47) of the downside of described second spring (43) and to revolve the positioning seat (48) of the lower end being located at described first extrusion (47),
Described second rolling member (45) is for spherical; Be arranged with the first regulating tank in the bottom of described first output board (41), described first regulating tank and described first rolling member (42) adapt; Described first rolling member (42) is for spherical; Radial direction along described first rolling member (42) is equipped with the first hold-down apertures in the inner, and described first hold-down apertures and described expansion link (410) adapt; Axis along described first guide cylinder (49) is equipped with main telescopic hole in the inner, and described main telescopic hole and described expansion link (410) adapt;
Described recipient (46) is cylindric; Described positioning seat (48) is for cylindric, and the axis along described positioning seat (48) is equipped with the first lock chamber in the inner, and described first lock chamber and described first extrusion (47) adapt;
Described first extrusion (47) comprises pressure ram and is arranged at the extrusion of upper end of described pressure ram; Described pressure ram is cylindric.
2. a kind of copper wire roll unit according to claim 1, it is characterized in that: described extruder member (5) comprises fastening body (56), be arranged at the crushing block (57) of the edge of the lower end of described fastening body (56), revolve first of the top being located at described fastening body (56) to spin part (55), be rotatably connected in the described first the first regulating part (54) spun on part (55), be arranged at the baffle plate (53) of one end of the part (55) that spins away from described first of described first regulating part (54), revolve the handle (51) be located on described baffle plate (53) and be sheathed on upper and the 3rd spring (52) be pressed on described baffle plate (53) of described handle (51).
3. a kind of copper wire roll unit according to claim 2, it is characterized in that: described fastening body (56) is for discoid, be arranged with first to spin groove in the top of described fastening body (56), described first groove and described first part (55) that spins that spins adapts; Described first spins part (55) for spherical; Be arranged with clamping mounting groove in the bottom of described fastening body (56), described clamping mounting groove and described crushing block (57) adapt; The longitudinal section of described crushing block (57) is trapezoidal; Spin in part (55) in described first and be arranged with the first rotating hole, described first rotating hole and described first regulating part (54) adapt;
Be arranged with in the side of described baffle plate (53) holddown groove that spins, described in spin holddown groove and described first regulating part (54) adapt; Opposite side in described baffle plate (53) is arranged with main regulation groove, and described main regulation groove and described 3rd spring (52) adapt.
4. a kind of copper wire roll unit according to claim 3, it is characterized in that: described roll extrusion parts (2) comprise housing (21), be arranged at first on the outer wall of described housing (21) and roll part (23), be arranged at the outer actuator (28) in described housing (21), radial direction along described outer actuator (28) is arranged in the interior compressor arm (22) in described outer actuator (28), be arranged at described interior compressor arm (22) end and revolve be located at described housing (21) inwall on the ball that spins (24), be arranged at first on the outer wall of described housing (21) and roll part (23), revolve the interior actuator (27) be located on described outer actuator (28), axis along described interior actuator (27) revolves the main shaft (26) be located on described interior actuator (27) and the guide holder (25) revolving the one end away from described interior actuator (27) being located at described main shaft (26).
5. a kind of copper wire roll unit according to claim 4, it is characterized in that: described housing (21) is for spherical, in the outer wall of described housing (21), be arranged with the first holddown groove, described first holddown groove and described first rolls part (23) and adapts; Described first outer wall rolling part (23) is curved surface; Inwall in described housing (21) is arranged with the mounting groove that spins, described in spin mounting groove and the described ball that spins (24) adapt; The described ball that spins (24) is for spherical; Radial direction along the described ball that spins (24) is equipped with main pilot hole in the inner, and described main pilot hole and described interior compressor arm (22) adapt; Described interior compressor arm (22) is for cylindric;
Described outer actuator (28) is for spherical, and the radial direction along described outer actuator (28) is equipped with the first pilot hole in the inner, and described first pilot hole and described interior compressor arm (22) adapt; Radial direction along described outer actuator (28) is arranged with main driver slot in the inner, and described main driver slot and described interior actuator (27) adapt; Described interior actuator (27) is for cylindric; Axis along described interior actuator (27) is equipped with rotary actuation hole in the inner, and described rotary actuation hole and described main shaft (26) adapt; Described main shaft (26) is for cylindric.
6. a kind of copper wire roll unit according to claim 5, is characterized in that: described guide holder (25) comprises main base frame (252), recessed adjustment chamber (251) in described main base frame (252), the interior push rod (255) be arranged in described adjustment chamber (251), the platen (256) revolving the end being located at described interior push rod (255), the regulating spring (253) that is arranged at the cross bar (254) between two described interior push rods (255) and is sheathed on described cross bar (254).
7. a kind of copper wire roll unit according to claim 6, is characterized in that: described main base frame (252) is for round table-like; Described interior push rod (255) is for cylindric; Described platen (256) is ellipsoid shape, and the radial direction along described platen (256) is arranged with the first mounting groove in the inner, and described first mounting groove and described interior push rod (255) adapt; Described cross bar (254) comprises main rod body and is arranged at the retainer ring of end of described main rod body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520828143.1U CN205096266U (en) | 2015-10-23 | 2015-10-23 | Copper wire roll extrusion equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520828143.1U CN205096266U (en) | 2015-10-23 | 2015-10-23 | Copper wire roll extrusion equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205096266U true CN205096266U (en) | 2016-03-23 |
Family
ID=55512077
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520828143.1U Expired - Fee Related CN205096266U (en) | 2015-10-23 | 2015-10-23 | Copper wire roll extrusion equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205096266U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105215078A (en) * | 2015-10-23 | 2016-01-06 | 浙江三林五金制品有限公司 | A kind of copper wire roll unit |
-
2015
- 2015-10-23 CN CN201520828143.1U patent/CN205096266U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105215078A (en) * | 2015-10-23 | 2016-01-06 | 浙江三林五金制品有限公司 | A kind of copper wire roll unit |
| CN105215078B (en) * | 2015-10-23 | 2017-09-12 | 浙江三林五金制品有限公司 | A kind of copper wire roll unit |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205099943U (en) | Cutting equipment | |
| CN205170870U (en) | Skin material equipment of polishing | |
| CN205096266U (en) | Copper wire roll extrusion equipment | |
| CN205096339U (en) | Panel roll extrusion equipment | |
| CN205112452U (en) | Roll extrusion equipment with adjustable squeeze roll | |
| CN206501448U (en) | A kind of continuous hot-press plastifies tuber | |
| CN205035676U (en) | Spin and cut equipment | |
| CN205590019U (en) | Rotation type button conveying equipment | |
| CN205035401U (en) | Sliding cloth flattening device | |
| CN205219196U (en) | Sliding leather cutting apparatus | |
| CN107617789A (en) | A kind of metallic plate groove cutting equipment | |
| CN205436752U (en) | Punching machine | |
| CN105728844A (en) | Telescopic type sawing machine | |
| CN204868435U (en) | Foundry goods equipment of polishing | |
| CN105215078A (en) | A kind of copper wire roll unit | |
| CN205394823U (en) | Compaction equipment | |
| CN205495447U (en) | Multiple tooth agitated vessel | |
| CN205553329U (en) | Rolling machine | |
| CN205024457U (en) | Cloth equipment of polishing | |
| CN205326329U (en) | Two roll -in flat -bed machines | |
| CN205438712U (en) | Multitool rolling machine | |
| CN205467462U (en) | Rolling machine with heat radiation structure | |
| CN205438713U (en) | Slidingtype nick device | |
| CN205636223U (en) | Digital bucker | |
| CN205134060U (en) | Cloth cutter |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160323 Termination date: 20161023 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |