CN205042993U - Steel pylons angle assembling die that opens and shuts - Google Patents
Steel pylons angle assembling die that opens and shuts Download PDFInfo
- Publication number
- CN205042993U CN205042993U CN201520635412.2U CN201520635412U CN205042993U CN 205042993 U CN205042993 U CN 205042993U CN 201520635412 U CN201520635412 U CN 201520635412U CN 205042993 U CN205042993 U CN 205042993U
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- angle
- block
- loose piece
- base board
- release
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Abstract
The utility model relates to a steel pylons angle assembling die that opens and shuts, including last mould, lower mould and drive component, going up mould and lower mould and under the promotion of drive component, removing in opposite directions, go up the angle of release mechanism that is provided with adjustable angle between mould and the lower mould and close angle mechanism, angle of release mechanism is including setting up the angle of release adjustment mechanism on last mould and lower mould, and angle of release adjustment mechanism includes that can be followed the hang plate that the inclined plane removed, close angle adjustment mechanism to include a rotatable rotor plate, and through regulation hang plate and rotor plate, realization angle of release mechanism and close the regulation of angle mechanism.
Description
Technical field
The utility model relates to a kind of electric power pylon folding angle assembling die, belongs to electric power pylon pylon and connects the shaping of anastomosis section bar and angle of release and conjunction angle technical field.
Background technology
Connect in the shaping of anastomosis section bar and angle of release and conjunction angle technical field at electric power pylon pylon, section bar belongs to excellent suitability for press forming, because the high strength of steel, so mould is easy to wearing and tearing occur and damages, and cannot repair, the size at simultaneously traditional its angle of release of mould and conjunction angle is also comparatively fixing, and the range of work is narrower.
Utility model content
The technical problems to be solved in the utility model is: the problem overcoming mould in prior art not easy-maintaining and adjustment, provides a kind of electric power pylon folding angle assembling die.
The utility model solves the technical scheme that its technical problem adopts:
A kind of electric power pylon folding angle assembling die, comprise upper die and lower die and drive member, described upper die and lower die, under the promotion of drive member, move in opposite directions, it is characterized in that:
Described patrix comprises upper die bracket, described upper die bracket is provided with some on angle of release mechanism and Shang He angle mechanism, described upper die bracket is provided with a middle riser;
Wherein:
Shang He angle mechanism comprises the live-in angle module A be arranged on middle riser one side, described live-in angle module A is slided along an inclined-plane by a pushing mechanism A, described inclined-plane to be fixed on middle riser and and in acute angle between middle riser, described live-in angle module A is skewback shape, the most advanced and sophisticated end towards middle riser of its skewback;
Upper angle of release mechanism comprises the upper angle of release angle adjusting mechanism be arranged on holder taper another side, described upper angle of release angle adjusting mechanism comprises a upper front and back regulating base board A be slidably connected with middle riser, described middle riser is provided with one for regulating the upper front and back governor motion of regulating base board A position, front and back, before and after on described, one end of regulating base board A is rotatably connected to a multi-angle adjustable plate A, described upper front and back regulating base board is also provided with one for regulating the angle adjusting mechanism A of multi-angle adjustable plate A angle;
Described counterdie comprises counterdie bearing, described described counterdie bearing comprise a cross section be acute angle press-fit groove, the both sides press-fiting groove are provided with some lower angle of release mechanisms and Xia He angle mechanism;
Wherein:
Xia He angle mechanism comprises the live-in angle module B being arranged on and press-fiting on groove one side, and described live-in angle module B is by a pushing mechanism B along the side slip press-fiting groove, and described live-in angle module B is skewback shape, and the tip of its skewback is towards the bottom press-fiting groove;
Lower angle of release mechanism comprises the lower angle of release angle adjusting mechanism be arranged on counterdie bearing, described lower angle of release angle adjusting mechanism comprises a lower front and back regulating base board B be connected with counterdie bearing sliding, described counterdie bearing is provided with a lower front and back governor motion for regulating base board B position before and after under regulating, being rotatably connected to a multi-angle adjustable plate B in one end of described front and back regulating base board B, described lower front and back regulating base board B being also provided with one for regulating the angle adjusting mechanism B of multi-angle adjustable plate B angle;
The rain Xia He angle mechanism correspondence of mould of the upper angle of release mechanism of described patrix is arranged, and the Shang He angle mechanism of described patrix is corresponding with the lower angle of release mechanism of counterdie to be arranged.
As further innovation of the present utility model, shifting-position mechanism on described patrix is also provided with, described upper shifting-position mechanism comprises the upper block mechanism that is arranged on middle riser side, described upper block mechanism comprise be arranged on the axial both sides of upper die bracket determine block A, determine block B and be arranged on the dynamic block C at axially middle part, described dynamic block C is flexibly connected with between upper die bracket by a Ge Dong block travel mechanism A, described dynamic block travel mechanism A comprises a travel mechanism A be arranged on upper die bracket, described travel mechanism A comprises a transverse shifting guide rail A and is arranged on the longitudinal movement rail A at the axial two ends of transverse shifting guide rail A, wherein the mobile axis of longitudinal movement rail A is parallel to the axis of middle riser, wherein dynamic block C moves along the transverse shifting guide rail A of travel mechanism A and longitudinal movement rail A,
Described lower die mechanism is provided with lower gear mechanism, described lower gear mechanism comprises the lower block mechanism that is arranged on middle riser side, described lower block mechanism comprise be arranged on the axial both sides of counterdie bearing determine block D, determine block E and be arranged on the dynamic block F at axially middle part, described dynamic block F is flexibly connected with between counterdie bearing by a Ge Dong block travel mechanism B, described dynamic block travel mechanism B comprises a travel mechanism B be arranged on upper die bracket, described travel mechanism B comprises a transverse shifting guide rail B and is arranged on the longitudinal movement rail B at the axial two ends of transverse shifting guide rail B, wherein the mobile axis of longitudinal movement rail B is perpendicular to the axis of the longitudinal direction of counterdie bearing, wherein dynamic block F moves along the transverse shifting guide rail B of travel mechanism B and longitudinal movement rail B.
As further innovation of the present utility model, described upper die mechanism is also provided with one for allowing the mobile cavity A of block C movement, described mobile cavity A is towards the one end open at the corresponding live-in angle module A tip of middle riser, wherein dynamic block C stretches out from openend, a side mouth A is also provided with at the blind end sidepiece of described mobile cavity A, mobile cavity A is provided with a top power loose piece A by side mouth A is dismountable, by the support of top power loose piece A, dynamic block C is fixed on transverse shifting guide rail A or longitudinal movement rail A;
Described lower die mechanism is also provided with one for allowing the mobile cavity B of block F movement; described mobile cavity B is towards the one end open at the corresponding live-in angle module B tip of counterdie bearing; wherein dynamic block F stretches out from openend; a side mouth B is also provided with at the blind end sidepiece of described mobile cavity B; mobile cavity B is by the dismountable peace of side mouth B. a top power loose piece B is housed; by the support of top power loose piece B, dynamic block F is fixed on transverse shifting guide rail B or longitudinal movement rail B.
As further innovation of the present utility model, described dynamic block C is fixed with a large loose piece pull bar A, described large loose piece pull bar A is embedded in transverse shifting guide rail A or longitudinal movement rail A; Described dynamic block F is fixed with a large loose piece pull bar B, and described large loose piece pull bar B is embedded in transverse shifting guide rail B or longitudinal movement rail B.
As further innovation of the present utility model, described top power loose piece A is fixed with a top power loose piece plug, and described plug one end is stretched out from side mouth A; Described top power loose piece A is fixed with a top power loose piece plug, and described plug one end is stretched out from side mouth A.
As further innovation of the present utility model, described pushing mechanism A comprises a threaded block A be fixed on middle riser, described threaded block A is provided with a lead-screw A, described live-in angle module A under the promotion of lead-screw A, towards or the end that deviates from middle riser move; Described pushing mechanism B comprises one and is fixed on the threaded block B press-fited on groove one side, and described threaded block B is provided with lead-screw B, described live-in angle module B under the promotion of lead-screw B, towards or deviate from the middle part press-fiting groove and move.
As further innovation of the present utility model, described upper front and back governor motion comprises a threaded block C be arranged on middle riser, described threaded block C is connected with lead-screw C, described front and back regulating base board A is movable under the promotion of lead-screw C, described angle adjusting mechanism A comprises a multi-angle connecting plate A be slidably connected with front and back regulating base board A, described multi-angle connecting plate A comprises a support portion A be connected with multi-angle adjustable plate A Dorsal glide, and described multi-angle connecting plate A is at the promotion lower swing of a lead-screw D;
Described lower front and back governor motion comprises a threaded block D be arranged on counterdie bearing, described threaded block D is connected with lead-screw E, described front and back regulating base board B is movable under the promotion of lead-screw E, described angle adjusting mechanism B comprises a multi-angle connecting plate B be slidably connected with front and back regulating base board B, described multi-angle connecting plate B comprises a support portion B be connected with multi-angle adjustable plate B Dorsal glide, and described multi-angle connecting plate B is at the promotion lower swing of a lead-screw F.
The beneficial effects of the utility model are:
1, the utility model realizes to Mould Machining angle by the adjustable angle of release mechanism of tip angle and the adjustable pressed corner mechanism of flank angle change, improves applicability.
2, angular adjustment module of the present utility model is not only adjustable, is demountable structure simultaneously, can change, improve the durability of whole set of die after wearing and tearing and distortion.
3, the adjustable shifting-position mechanism of the utility model, can adjust the gear spacing of shifting-position mechanism easily by an analog-U shaped sliding tray, improve the general expenditure of equipment.
4, the top power loose piece arranged in shifting-position mechanism can realize fixing shifting-position mechanism easily, improves support performance.
5, the utility model achieves the integration of angle of release mechanism and He Jiao mechanism, more saves creation material and the expense of mould, when folding pin, no longer needs to change mold, substantially increases operative employee's task efficiency.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Fig. 1 is the assembly figure of patrix;
Fig. 2 is the generalized section of a-a position in Fig. 1;
Fig. 3 is the generalized section of b-b position in Fig. 1;
Fig. 4 is the assembly figure of counterdie;
Fig. 5 is the generalized section of c-c position in Fig. 4;
Fig. 6 is the generalized section of d-d position in Fig. 4;
Fig. 7 is the generalized section of e-e position in Fig. 4;
Fig. 8 is that structure of the present utility model is always schemed.
Detailed description of the invention
By reference to the accompanying drawings the utility model is described in further detail now.These accompanying drawings are the schematic diagram of simplification, only basic structure of the present utility model are described in a schematic way, and therefore it only shows the formation relevant with the utility model.
As shown in Figure 1, the utility model is as shown in Figure 1, and the utility model is a kind of electric power pylon folding angle assembling die, and wherein mainly comprise upper die and lower die, wherein counterdie is fixed on the workbench of press bed, and patrix is fixed on drift;
Wherein patrix comprises a upper plate 1, and upper plate 1 is vertically fixed with a middle riser 12, the both sides of middle riser 12 be provided with close angle mold 4, on opening mold and upper limit mechanism;
Wherein the upper angle mold 4 that closes comprises upper conjunction angle mold 4 back-up block 2 that a cross section is acute angle, upper conjunction angle mold 4 back-up block 2 is provided with on one and pushes up power bolt fixing support 5, upper top power bolt fixing support 5 is provided with a upper top power bolt 3 by screw thread, the end of upper top power bolt 3 is provided with live-in angle module 6 on, upper live-in angle module 6 is slidably connected with upper top power bolt fixing support 5, wherein, upper live-in angle module 6 is a cross section is the skewback of right angled triangle, comprises a upper angle of release inclined-plane;
The opposite side of upper riser 12 is provided with opening mold, described upper opening mold comprises the upper upper sliding plate be fixed on middle riser 12, upper sliding plate is fixed with rotation seat on, upper rotation seat is rotatably connected to multi-angle adjustable plate 11 on, go up simultaneously opening mold also comprise one be arranged on middle riser 12 is slidably connected with middle riser 12 upper front and back regulating base board 10, upper front and back regulating base board 10 is vertically fixed with multi-angle connecting plate 9 on; Wherein upper sliding plate upper by one before and after adjusting screw(rod) 7 along in riser 12 move, and upper front and back regulating base board 10 promotes upper multi-angle adjustable plate 11 by a upper angle adjusting screw(rod) 8 and rotates;
Upper limit mechanism comprises the upper fixing position-limit mechanism being fixed on the middle axial two ends of riser 12, and upper fixing position-limit mechanism comprises the upper fixing limited block being arranged on middle riser 12 both sides, becomes an acute angle between two upper fixing limited blocks;
Upper limit mechanism also comprises the upper movable position-limit mechanism being symmetricly set on middle riser 12 both sides, upper limit mechanism comprises a upper mobile cavity, upper mobile cavity one end open, a large loose piece 13 of upper angle is provided with in upper mobile cavities open end, holddown groove is provided with the upper rail plate of a t shape, the large loose piece of upper angle 13 is fixed with a large loose piece pull bar 14 of upper angle, move in upper mobile cavity for driving the large loose piece of upper angle 13, the bottom of upper mobile cavity is provided with a top shoe cover plate 16 simultaneously, one is provided with for large for upper angle loose piece pull bar 14 is fixed on rail plate between the large loose piece of upper angle 13 and top shoe cover plate 16, thus the upper top power loose piece of the fixing large loose piece of upper angle 13, upper top power loose piece is fixed with a upper top power loose piece plug 15, in order to proof strength, between top shoe cover plate 16 top and upper plate 1, be also provided with a load-bearing pressure plare 17,
Wherein counterdie comprises a base plate 19, and the symmetry axis both sides of base plate 19 are provided with lower conjunction angle mold, lower opening mold and lower limiting mechanism;
Wherein the lower angle mold that closes comprises the lower conjunction angle mold back-up block 20 that a cross section is acute angle, lower top power bolt 22 fixing support 21 is arranged with at lower conjunction angle mold back-up block 20, lower top power bolt 22 fixing support 21 is provided with a lower top power bolt 22 by screw thread, the end of lower top power bolt 22 is provided with a lower live-in angle module 18, lower live-in angle module 18 is slidably connected with lower top power bolt 22 fixing support 21, wherein, lower live-in angle module 18 is a cross section is the skewback of right angled triangle, comprises a lower angle of release inclined-plane;
The opposite side of base plate 19 is provided with lower opening mold, described lower opening mold comprises the lower slider plate be fixed on base plate 19, a lower rotation seat is fixed with under lower slider plate, a lower multi-angle adjustable plate 28 is rotatably connected under lower rotation seat, with opening mold at present also comprise one be arranged on that base plate 19 times and base plate 19 be slidably connected lower front and back regulating base board 27, be vertically fixed with a lower multi-angle connecting plate 29 for 27 times at lower front and back regulating base board; Wherein lower slider plate is moved along base plate 19 by adjusting screw(rod) 30 before and after under, and lower front and back regulating base board 27 promotes lower multi-angle adjustable plate 28 by a lower angle adjusting screw(rod) 31 and rotates;
Lower limiting mechanism comprises the lower fixing position-limit mechanism being fixed on the axial two ends of base plate 19, and lower fixing position-limit mechanism comprises the lower fixing limited block being arranged on base plate 19 axis of symmetry both sides, becomes an acute angle under two between fixing limited block;
Lower limiting mechanism also comprises the lower movable position-limit mechanism being symmetricly set on base plate 19 axis of symmetry both sides, lower limiting mechanism is mobile cavity under comprising one, lower mobile cavity one end open, a large loose piece 24 of lower angle is provided with in lower mobile cavities open end, the lower slider guide rail of a t shape is arranged with at holddown groove, lower angle large loose piece 24 pull bar 23 is fixed with for 24 times at the large loose piece of lower angle, move in lower mobile cavity for driving the large loose piece of lower angle 24, be provided with a top power case coaming plate 26 in the bottom of lower mobile cavity simultaneously, one is provided with under large for lower angle loose piece 24 pull bar 23 is fixed on lower slider guide rail between the large loose piece of lower angle 24 and top power case coaming plate 26, thus the lower top power loose piece 25 of the fixing large loose piece of lower angle 24, lower top power loose piece is fixed with lower top power loose piece 25 plug for 25 times.
With above-mentioned according to desirable embodiment of the present utility model for enlightenment, by above-mentioned description, relevant staff in the scope not departing from this utility model technological thought, can carry out various change and amendment completely.The technical scope of this utility model is not limited to the content on description, must determine its technical scope according to right.
Claims (7)
1. an electric power pylon folding angle assembling die, comprises upper die and lower die and drive member, and described upper die and lower die, under the promotion of drive member, move in opposite directions, it is characterized in that:
Described patrix comprises upper die bracket, described upper die bracket is provided with some on angle of release mechanism and Shang He angle mechanism, described upper die bracket is provided with a middle riser;
Wherein:
Shang He angle mechanism comprises the live-in angle module A be arranged on middle riser one side, described live-in angle module A is slided along an inclined-plane by a pushing mechanism A, described inclined-plane to be fixed on middle riser and and in acute angle between middle riser, described live-in angle module A is skewback shape, the most advanced and sophisticated end towards middle riser of its skewback;
Upper angle of release mechanism comprises the upper angle of release angle adjusting mechanism be arranged on holder taper another side, described upper angle of release angle adjusting mechanism comprises a upper front and back regulating base board A be slidably connected with middle riser, described middle riser is provided with one for regulating the upper front and back governor motion of regulating base board A position, front and back, before and after on described, one end of regulating base board A is rotatably connected to a multi-angle adjustable plate A, described upper front and back regulating base board is also provided with one for regulating the angle adjusting mechanism A of multi-angle adjustable plate A angle;
Described counterdie comprises counterdie bearing, described described counterdie bearing comprise a cross section be acute angle press-fit groove, the both sides press-fiting groove are provided with some lower angle of release mechanisms and Xia He angle mechanism;
Wherein:
Xia He angle mechanism comprises the live-in angle module B being arranged on and press-fiting on groove one side, and described live-in angle module B is by a pushing mechanism B along the side slip press-fiting groove, and described live-in angle module B is skewback shape, and the tip of its skewback is towards the bottom press-fiting groove;
Lower angle of release mechanism comprises the lower angle of release angle adjusting mechanism be arranged on counterdie bearing, described lower angle of release angle adjusting mechanism comprises a lower front and back regulating base board B be connected with counterdie bearing sliding, described counterdie bearing is provided with a lower front and back governor motion for regulating base board B position before and after under regulating, being rotatably connected to a multi-angle adjustable plate B in one end of described front and back regulating base board B, described lower front and back regulating base board B being also provided with one for regulating the angle adjusting mechanism B of multi-angle adjustable plate B angle;
The rain Xia He angle mechanism correspondence of mould of the upper angle of release mechanism of described patrix is arranged, and the Shang He angle mechanism of described patrix is corresponding with the lower angle of release mechanism of counterdie to be arranged.
2. a kind of electric power pylon folding angle as claimed in claim 1 assembling die, it is characterized in that: on described patrix, be also provided with shifting-position mechanism, described upper shifting-position mechanism comprises the upper block mechanism that is arranged on middle riser side, described upper block mechanism comprise be arranged on the axial both sides of upper die bracket determine block A, determine block B and be arranged on the dynamic block C at axially middle part, described dynamic block C is flexibly connected with between upper die bracket by a Ge Dong block travel mechanism A, described dynamic block travel mechanism A comprises a travel mechanism A be arranged on upper die bracket, described travel mechanism A comprises a transverse shifting guide rail A and is arranged on the longitudinal movement rail A at the axial two ends of transverse shifting guide rail A, wherein the mobile axis of longitudinal movement rail A is parallel to the axis of middle riser, wherein dynamic block C moves along the transverse shifting guide rail A of travel mechanism A and longitudinal movement rail A,
Described lower die mechanism is provided with lower gear mechanism, described lower gear mechanism comprises the lower block mechanism that is arranged on middle riser side, described lower block mechanism comprise be arranged on the axial both sides of counterdie bearing determine block D, determine block E and be arranged on the dynamic block F at axially middle part, described dynamic block F is flexibly connected with between counterdie bearing by a Ge Dong block travel mechanism B, described dynamic block travel mechanism B comprises a travel mechanism B be arranged on upper die bracket, described travel mechanism B comprises a transverse shifting guide rail B and is arranged on the longitudinal movement rail B at the axial two ends of transverse shifting guide rail B, wherein the mobile axis of longitudinal movement rail B is perpendicular to the axis of the longitudinal direction of counterdie bearing, wherein dynamic block F moves along the transverse shifting guide rail B of travel mechanism B and longitudinal movement rail B.
3. a kind of electric power pylon folding angle as claimed in claim 2 assembling die, it is characterized in that: on described upper die mechanism, be also provided with one for allowing the mobile cavity A of block C movement, described mobile cavity A is towards the one end open at the corresponding live-in angle module A tip of middle riser, wherein dynamic block C stretches out from openend, a side mouth A is also provided with at the blind end sidepiece of described mobile cavity A, mobile cavity A is provided with a top power loose piece A by side mouth A is dismountable, by the support of top power loose piece A, dynamic block C is fixed on transverse shifting guide rail A or longitudinal movement rail A,
Described lower die mechanism is also provided with one for allowing the mobile cavity B of block F movement; described mobile cavity B is towards the one end open at the corresponding live-in angle module B tip of counterdie bearing; wherein dynamic block F stretches out from openend; a side mouth B is also provided with at the blind end sidepiece of described mobile cavity B; mobile cavity B is by the dismountable peace of side mouth B. a top power loose piece B is housed; by the support of top power loose piece B, dynamic block F is fixed on transverse shifting guide rail B or longitudinal movement rail B.
4. a kind of electric power pylon folding angle as claimed in claim 2 assembling die, it is characterized in that: on described dynamic block C, be fixed with a large loose piece pull bar A, described large loose piece pull bar A is embedded in transverse shifting guide rail A or longitudinal movement rail A; Described dynamic block F is fixed with a large loose piece pull bar B, and described large loose piece pull bar B is embedded in transverse shifting guide rail B or longitudinal movement rail B.
5. a kind of electric power pylon folding angle as claimed in claim 3 assembling die, is characterized in that: on described top power loose piece A, be fixed with a top power loose piece plug, described plug one end is stretched out from side mouth A; Described top power loose piece A is fixed with a top power loose piece plug, and described plug one end is stretched out from side mouth A.
6. a kind of electric power pylon folding angle as claimed in claim 1 assembling die, it is characterized in that: described pushing mechanism A comprises a threaded block A be fixed on middle riser, described threaded block A is provided with a lead-screw A, described live-in angle module A under the promotion of lead-screw A, towards or the end that deviates from middle riser move; Described pushing mechanism B comprises one and is fixed on the threaded block B press-fited on groove one side, and described threaded block B is provided with lead-screw B, described live-in angle module B under the promotion of lead-screw B, towards or deviate from the middle part press-fiting groove and move.
7. a kind of electric power pylon folding angle as claimed in claim 2 assembling die: it is characterized in that: described upper front and back governor motion comprises a threaded block C be arranged on middle riser, described threaded block C is connected with lead-screw C, described front and back regulating base board A is movable under the promotion of lead-screw C, described angle adjusting mechanism A comprises a multi-angle connecting plate A be slidably connected with front and back regulating base board A, described multi-angle connecting plate A comprises a support portion A be connected with multi-angle adjustable plate A Dorsal glide, described multi-angle connecting plate A is at the promotion lower swing of a lead-screw D,
Described lower front and back governor motion comprises a threaded block D be arranged on counterdie bearing, described threaded block D is connected with lead-screw E, described front and back regulating base board B is movable under the promotion of lead-screw E, described angle adjusting mechanism B comprises a multi-angle connecting plate B be slidably connected with front and back regulating base board B, described multi-angle connecting plate B comprises a support portion B be connected with multi-angle adjustable plate B Dorsal glide, and described multi-angle connecting plate B is at the promotion lower swing of a lead-screw F.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520635412.2U CN205042993U (en) | 2015-08-22 | 2015-08-22 | Steel pylons angle assembling die that opens and shuts |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520635412.2U CN205042993U (en) | 2015-08-22 | 2015-08-22 | Steel pylons angle assembling die that opens and shuts |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205042993U true CN205042993U (en) | 2016-02-24 |
Family
ID=55336611
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520635412.2U Expired - Fee Related CN205042993U (en) | 2015-08-22 | 2015-08-22 | Steel pylons angle assembling die that opens and shuts |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205042993U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105149445A (en) * | 2015-08-22 | 2015-12-16 | 周军涛 | Angle opening and closing combined mold for electricity transmitting tower |
-
2015
- 2015-08-22 CN CN201520635412.2U patent/CN205042993U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105149445A (en) * | 2015-08-22 | 2015-12-16 | 周军涛 | Angle opening and closing combined mold for electricity transmitting tower |
| CN105149445B (en) * | 2015-08-22 | 2017-09-12 | 周军涛 | A kind of electric power pylon folding angle assembling die |
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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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160224 Termination date: 20200822 |