CN203942258U - One exempts to block speediness embranchment device - Google Patents
One exempts to block speediness embranchment device Download PDFInfo
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- CN203942258U CN203942258U CN201420367847.9U CN201420367847U CN203942258U CN 203942258 U CN203942258 U CN 203942258U CN 201420367847 U CN201420367847 U CN 201420367847U CN 203942258 U CN203942258 U CN 203942258U
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Abstract
The utility model relates to one and exempts to block speediness embranchment device, and splitter is made up of adapter, upper cover, outer U-shaped upper conductor, interior U-shaped upper conductor, lower conductor, lower conductor support, fastening bolt and lower cover assembling, by outer U-shaped upper conductor, interior U-shaped upper conductor, lower conductor, lower conductor support is fitted in the cavity body A of upper cover successively, fastening bolt is by the screw on the screw seat of the guide hole screw-in upper cover in bolt guide hole post, by the fastening of upper cover lower cover, be assembled into entirety, utilization is exempted to block speediness embranchment device and must be realized the method for speediness embranchment and comprise: two branches and single branch, form overall structure by lower house bottom surface chute and track combination, effectively control cables spacing, prevent that eddy current from producing, the bottom of shutoff simultaneously screw is installed station, electricity theft prevention harm, the potential faults of having avoided traditional mineral cable to use T-shaped splitter branch to bring, its dependable performance, volume is little, simple installation, can increase work efficiency, reduce cost of labor.
Description
Technical field
During the utility model relates to, low-voltage electrical cable branch field of accessories, be particularly related to one and exempt to block speediness embranchment device, be suitable at the construction field (site) mineral insulated cable being carried out the application of branch's installation, when having solved traditional mineral insulated cable and using mineral cable T to meet feeder pillar branch, in its case, there is the problem that multiple cable point of cut-offs bring, to eliminate potential faults.
Background technology
In, in the laying installation work progress of low-voltage electrical cable, conventionally adopt mineral cable T to connect case and realize mineral insulated cable branch, mineral cable T connects the potential faults that feeder pillar brings.
1, mineral cable T connects feeder pillar inside and comprises binding post, when installation, will block main cable, by the binding post branch cable of transferring, owing to there being multiple cable point of cut-offs, thereby has the potential faults that produces fault.
The conductive material of the binding post that existing branch product adopts, is generally cast iron reverse mould, then through surface finish processing, finally to the zinc-plated processing in metal surface.
Due to material reason, zinc-plated have a larger difficulty, and indivedual binding post surface treatments are only often that simple to be easy to plating color.Here will illustrate especially, plating coloured silk is not the coat of metal, and plating coloured silk is only the silver color bright coating illusion after metal surface formation red copper is zinc-plated.Therefore, make very poor non-conductor material terminal and the cable conductors contact-making surface of conductance originally increase obstruct face, more reduce conductance.Be more prone to produce Carbon Deposit Phenomenon, in use, cause empty connection, and then cause power-off.
In addition, this kind of binding post only emphasized tightness, but ignored unlike material electric conductivity difference, and meanwhile, non-conductor material and cable contact-making surface are little, cause breakout overheated, have electric disaster hidden-trouble.
2, penetrating cable clamp Ye Shi branch product one of,
At present, penetrating cable clamp bans use of in most cities at home.Penetrating cable clamp is introduced French Xi Kamu wire clamp technology the earliest, and this technology explicitly points out as facing electricity application, and feature is that lower end electrical appliance power is little, and it is little to cable cover(ing) infringement that acupuncture point-like punctures cable jacket.
In the time that penetrating cable clamp is applied to cable branch, while differing greatly due to main cable cross section and branch cable cross section, there is very large danger in the method.Because penetrating cable clamp is in the time clamping the larger main cable in cross section, do not clip to the less branch cable in cross section, if continuing reinforcing tightens, until clamping branch cable, but the main cable outside, heavy in section now having clamped, because angle lifts greatly, This move is difficult to discover with range estimation, very easily forms empty connection.
In addition, in power supply-distribution system application, power cable is commonly YJV crosslinked cable, and cross-linked layer is between cable conductor and cable cover(ing).This layer is crosslinked harder.Penetrating cable clamp acupuncture is short and thick, cannot directly pierce through cable cross-linking layer, and when after moment of torsion broken screw, operator takes for wire clamp and cable conducting.Even if the inadequate conducting of wire clamp acupuncture and cable conductor, non-conductor material draw point Multi-contact face is also less than terminal.Cause breakout overheated, exist electric disaster hidden-trouble more obvious.
Above-mentioned traditional mineral cable T connects feeder pillar internal structure and has obvious defect, therefore need the mineral cable branch product of a kind of new structure of design and development to meet the needs of power supply and distribution of electric power system, and domestic there is no surmounts the novel mineral cable branch product appearance that existing product structure collectivity is conceived, how to address this problem and just become the problem that those skilled in the art will study and solve.
Summary of the invention
In view of the situation of prior art and the deficiency of existence, the utility model provides a kind of design of exempting to block water-proof type speediness embranchment device, adopt contact assembly and the bolt of the inside and outside U-shaped conductor that is applicable to cable shape to press the draw bail that assembly is combined and form the good contact to mineral cable, by body seal waterproof, form the good contact of point support interface of main cable box branch cable by the surface contact structure of adapter and interior U-shaped conductor.
Make every effort to the speediness embranchment device by forming with this design feature, overcome the defect that traditional mineral cable T connects feeder pillar, reach high-grade high temperature resistant, oil resistant, corrosion-resistant simultaneously, seal, waterproof and moistureproof level, be widely used in the various material cables of power supply and distribution of electric power system, especially for the on-the-spot branch of mineral cable.
For achieving the above object, the technical scheme adopting is the utility model: exempt to block speediness embranchment device, it is characterized in that, be made up of adapter, upper cover, outer U-shaped upper conductor, interior U-shaped upper conductor, lower conductor, lower conductor support, fastening bolt and lower cover assembling;
Described adapter comprises two kinds of structures;
Structure one, two branched structure adapters, are made up of tubular insulator and Metal Contact sheet, and Metal Contact sheet is fixed on tubular insulator internal diameter middle part, and the internal diameter top and the bottom of tubular insulator are all processed with internal thread, and upper and lower two-part caliber, length are identical;
Structure two, single branched structure adapter, is made up of tubular insulator and Metal Contact sheet, and Metal Contact sheet is fixed on tubular insulator internal diameter middle part, and under the internal diameter of tubular insulator, part is processed with internal thread, and upper and lower two-part caliber, length are identical; The screw that presses in the Metal Contact sheet center drilling embedding in the inner stage casing of tubular insulator is the reserved station of installing of line ball nose;
The main part of described upper cover is the uncovered rectangular enclosure body A in below, and the upper plate plane centre bore of cavity body A passes through and switches through interface, and converting interface is tubulose, its external diameter threading, be used for screw-internal thread fit, converting interface internal diameter and the perforation of cavity body A inner chamber with adapter bottom
On the front side board of cavity body A and back side panel, there is respectively first circular hole, two the relative cavity body A centre mirror of first circular hole picture symmetries; On left plate and right plate, there is respectively a screw seat, two the relative cavity body A centre mirror of screw seat picture symmetries;
Tetra-side plate lower limbs of cavity body A are processed with rim of the mouth A, for coordinating with the rim of the mouth B of lower cover;
Described outer U-shaped upper conductor is processed by sheet metal, and the shoulder centre pull of U-shaped upper conductor is an open tubular column, and the open tubular column left and right sides is respectively support arm, and each support arm lower end is processed with bonnet lock hole; Metal Contact sheet diameter in the tubular insulator of the external diameter of open tubular column and described pair of branched structure adapter or single branched structure adapter is identical, the length dimension of shoulder matches to size with the left and right of the inner die cavity of described cavity body A, and the width dimensions of shoulder is consistent with the external diameter of open tubular column;
Described interior U-shaped upper conductor is processed by sheet metal, and interior U-shaped upper conductor is for being inverted U font, equal in length between the external diameter of the circle of its upper end and the support arm of the described outer U-shaped upper conductor left and right sides; The inner side that is sleeved on described outer U-shaped upper conductor of described interior U-shaped upper conductor, each support arm lower end, its both sides processing latch lips, latch lips coordinates with the bonnet lock hole on described outer U-shaped upper conductor;
The front and back length of described interior U-shaped upper conductor matches to size with the front and back of the inner die cavity of described cavity body A;
Described lower conductor is processed as stool shape by sheet metal, and stool face is arc, matches in the left and right of stool face width degree and described interior U-shaped upper conductor to the inside size; Two stool legs and lower conductor support assorted place are processed as oat tail groove structure A;
Described lower conductor support is cross structure, and middle part is supporting plate, and the left and right sides is bolt guide hole post; Left and right, supporting plate upper end place is processed as oat tail groove structure B, and the gap between supporting plate and windage screw guide hole post is as agreeing with mutually position with two stool legs of lower conductor; Oat tail groove structure B coordinates with oat tail groove structure A;
Described lower cover is the uncovered rectangular enclosure body in top, has respectively second circular hole, two the relative cavity body centre mirror of second circular hole picture symmetries on the front side board of lower cover and back side panel; Four side plate top edges of lower cover are processed with rim of the mouth B, for coordinate, upper cover and lower cover are formed the tongue and groove button agreeing with up and down with the cavity body A lower limb rim of the mouth A of upper cover; The bottom of lower cover is processed with chute, for coordinating with slide rail;
Described outer U-shaped upper conductor, interior U-shaped upper conductor, lower conductor, lower conductor support are fitted in the cavity body A of upper cover successively, fastening bolt screws in by the guide hole in bolt guide hole post in the screw on the screw seat of described upper cover, by the fastening of upper cover lower cover, be assembled into entirety.
The utility model beneficial effect: exempt to block speediness embranchment device dependable performance, volume is little, simple installation is quick, can increase work efficiency, and reduces cost of labor, can hiddenly be installed on small space.Form overall structure by lower house bottom surface chute and track combination, effectively control cables spacing, prevent that eddy current from producing, the bottom of shutoff simultaneously screw is installed station, electricity theft prevention harm, the potential faults that the utility model has effectively avoided traditional mineral cable to use T-shaped splitter branch to bring, is widely used in copper core cable in power supply-distribution system, aluminium cable, aluminium alloy cable job site branch and installs.
Brief description of the drawings
Fig. 1, exempt to block speediness embranchment device explosive view;
Fig. 2, exempt to block speediness embranchment device axonometric drawing A;
Fig. 3, exempt to block speediness embranchment device axonometric drawing B;
Fig. 4, exempt to block speediness embranchment device local element installation diagram;
Fig. 5, two branched structure adapter axonometric drawing;
Fig. 6, single branched structure adapter axonometric drawing;
Fig. 7, upper cover axonometric drawing A;
Fig. 8, upper cover axonometric drawing B;
Fig. 9, lower cover axonometric drawing A;
Figure 10, lower cover axonometric drawing B;
Figure 11, outer U-shaped upper conductor axonometric drawing;
Figure 12, interior U-shaped upper conductor axonometric drawing;
Figure 13, lower conductor axonometric drawing;
Figure 14, lower conductor support shaft mapping A;
Figure 15, lower conductor support shaft mapping B;
Figure 16, two drop applications schematic diagram A;
Figure 17, two drop applications schematic diagram B;
Figure 18, single drop applications schematic diagram A;
Figure 19, single drop applications schematic diagram B;
In figure: 101. pairs of branched structure adapters, 102. single branched structure adapters, 2. upper cover, 3. outer U-shaped upper conductor, 4. interior U-shaped upper conductor, 5. lower conductor, 6. lower conductor support, 7. fastening bolt, 8. lower cover, 9. first exempts to block speediness embranchment device, 10. second exempt to block speediness embranchment device, 11. tubular insulators, 12. Metal Contact sheets, 13. screws; 21. cavity body A, 22. converting interfaces; 2101. first circular holes, 2102. screw seats, 2103. rim of the mouth A; 31. shoulders, 32. support arms; 3101. open tubular columns, 3201. bonnet lock holes; 41. latch lips; 51. stool faces, 52. stool legs, 5201. oat tail groove structure A; 61. supporting plates, 62. bolt guide hole posts; 610. oat tail groove structure B; 801. second circular holes, 802. rim of the mouth B, 803. chutes.
ML: leader cable;
BL: branch cable.
Embodiment
Understand the utility model for clearer, describe in conjunction with the accompanying drawings and embodiments the utility model in detail:
Embodiment 1:
In embodiment as shown in Fig. 1 to Figure 19, exempt to block speediness embranchment device, formed by adapter, upper cover 2, outer U-shaped upper conductor 3, interior U-shaped upper conductor 4, lower conductor 5, lower conductor support 6, fastening bolt 7 and lower cover 8 assemblings;
Adapter comprises two kinds of structures;
Structure one, two branched structure adapters 101, are made up of tubular insulator 11 and Metal Contact sheet 12, and Metal Contact sheet 12 is fixed on tubular insulator 11 internal diameter middle parts, the internal diameter top and the bottom of tubular insulator 11 are all processed with internal thread, and upper and lower two-part caliber, length are identical;
Structure two, single branched structure adapter 102, is made up of tubular insulator 11 and Metal Contact sheet 12, and Metal Contact sheet 12 is fixed on tubular insulator 11 internal diameter middle parts, under the internal diameter of tubular insulator 11, part is processed with internal thread, and upper and lower two-part caliber, length are identical; The screw 13 that presses in Metal Contact sheet 12 center drillings that embed in the inner stage casing of tubular insulator 11 is the reserved station of installing of line ball nose;
The main part of upper cover 2 is the uncovered rectangular enclosure body A21 in below, and the upper plate plane centre bore of cavity body A21 passes through and switches through interface 22, and converting interface 22 is tubulose, its external diameter threading, be used for screw-internal thread fit, converting interface 22 internal diameters and the perforation of cavity body A21 inner chamber with adapter bottom
On the front side board of cavity body A21 and back side panel, there is respectively the relative cavity body A21 centre mirror picture symmetry of 2101, two first circular holes of first circular hole 2101; On left plate and right plate, there is respectively the relative cavity body A21 centre mirror picture of 2102, two screw seats of a screw seat 2102 symmetry;
Tetra-side plate lower limbs of cavity body A21 are processed with rim of the mouth A2013, for coordinating with the rim of the mouth B802 of lower cover 8;
Outer U-shaped upper conductor 3 is processed by sheet metal, and shoulder 31 centre pull of U-shaped upper conductor 3 are an open tubular column 3101, and open tubular column 3101 left and right sides are respectively support arm 32, and each support arm 32 lower ends are processed with bonnet lock hole 3202; Metal Contact sheet 12 diameters in the tubular insulator of the external diameter of open tubular column 3101 and two branched structure adapters 101 or single branched structure adapter 102 are identical, the length dimension of shoulder 31 matches to size with the left and right of the inner die cavity of described cavity body A21, and the width dimensions of shoulder 31 is consistent with the external diameter of open tubular column 3101;
Interior U-shaped upper conductor 4 is processed by sheet metal, and interior U-shaped upper conductor 4 is for being inverted U font, equal in length between the external diameter of the circle of its upper end and the support arm 32 of described outer U-shaped upper conductor 3 left and right sides; The inner side that is sleeved on outer U-shaped upper conductor 3 of interior U-shaped upper conductor 4, each support arm lower end, its both sides processing latch lips 41, latch lips 41 coordinates with the bonnet lock hole 3201 on described outer U-shaped upper conductor 3;
The front and back length of interior U-shaped upper conductor 4 matches to size with the front and back of the inner die cavity of described cavity body A21;
Lower conductor 5 is processed as stool shape by sheet metal, and stool face 51 is arc, matches in the left and right of stool face 51 width and described interior U-shaped upper conductor 4 to the inside size; Two stool legs 52 are processed as oat tail groove structure A5201 with lower conductor support 6 cooperation places;
Lower conductor support 6 is cross structure, and middle part is supporting plate 61, and the left and right sides is bolt guide hole post 62; Supporting plate 61 left and right, upper end places are processed as oat tail groove structure B6101, and the gap between supporting plate 61 and windage screw guide hole post 62 is as agreeing with mutually position with two stool legs 52 of lower conductor 5; Oat tail groove structure B6101 coordinates with oat tail groove structure A5201;
Lower cover 8 is the uncovered rectangular enclosure body in top, has respectively the relative cavity body centre mirror picture symmetry of 801, two second circular holes of second circular hole 801 on the front side board of lower cover 8 and back side panel; 8 four side plate top edges of lower cover are processed with rim of the mouth B802, for coordinating with the cavity body A21 lower limb rim of the mouth A2013 of upper cover 2, make upper cover 2 and lower cover 8 form the tongue and groove button agreeing with up and down; The bottom of lower cover 8 is processed with chute 803, for coordinating with slide rail;
Outer U-shaped upper conductor 3, interior U-shaped upper conductor 4, lower conductor 5, lower conductor support 6 are fitted in the cavity body A21 of upper cover 2 successively, fastening bolt 7 is by the screw on the screw seat 2102 of the guide hole screw-in upper cover 2 in bolt guide hole post 62, by upper cover 2 lower cover 8 fastenings, be assembled into entirety.
]?
It is acid and alkali-resistance, oil resistant, corrosion-resistant that upper cover 2 adopts material, fire-retardant nylon.
Outer U-shaped upper conductor 3 adopts that material is that red copper, red copper are zinc-plated, fine aluminium or aluminium alloy conductor.
In U-shaped upper conductor 4 adopt that material is that red copper, red copper are zinc-plated, fine aluminium or aluminium alloy conductor.
Lower conductor 5 adopts that material is that red copper, red copper are zinc-plated, fine aluminium or aluminium alloy conductor.
It is acid and alkali-resistance, oil resistant, corrosion-resistant that lower conductor support 6 adopts material, fire-retardant nylon.
It is acid and alkali-resistance, oil resistant, corrosion-resistant that lower cover 8 adopts material, fire-retardant nylon.
Engineering construction example:
Taking mineral insulated cable as example;
1, splitter conductive material is T2 red copper electroplating surfaces with tin processing according to cable material matching, meets identical material, and the parameters such as conductance are identical.Tin coating anti-corrosion function is more durable by splitter.Tin coating can also resist humorous wave interference.
2, do not block trunk cable, thoroughly solve conventional mounting and block main cable pattern, reduce human failure point, breakpoint is fault point.Splitter conductor surrounds cable conductor, complete face contact.Effective guarantee ampacity demand.
3, the lap of splice is greater than cable conductor diameter of section more than 2 times, meets the requirement of specification cable overlap joint.Current capacity is strong, and breakout is without temperature rise.Safe and reliable.
4, adapter 1 conductor disc contacts entirely, and current capacity is greater than cable rated current-carrying capacity more than 1.5 times.
5, housing fire-retardant nylon, flame-proof ABS material.The theoretical life-span is forever used.
6, line outlet two ends recessed position, after filling insulation mud or insulating cement solidify.Shutoff mineral cable breeze insulating barrier is scattered completely.Meanwhile, housing is hedged off from the outer world.
7,, after splitter for installation, be combined to form overall structure by lower house floor rails groove.Effectively control cables spacing, prevents that eddy current from producing simultaneously.Shutoff bottom screw is installed station, electricity theft prevention harm.
8, splitter volume is little, and simple installation is quick.Increase work efficiency, reduce cost of labor.Can hiddenly be installed on small space.
According to the above description, can realize scheme of the present utility model in conjunction with art technology.
Claims (2)
1. exempt to block a speediness embranchment device, it is characterized in that, formed by adapter, upper cover (2), outer U-shaped upper conductor (3), interior U-shaped upper conductor (4), lower conductor (5), lower conductor support (6), fastening bolt (7) and lower cover (8) assembling;
Described adapter comprises two kinds of structures;
Structure one, two branched structure adapters (101), formed by tubular insulator (11) and Metal Contact sheet (12), Metal Contact sheet (12) is fixed on tubular insulator (11) internal diameter middle part, the internal diameter top and the bottom of tubular insulator (11) are all processed with internal thread, and upper and lower two-part caliber, length are identical;
Structure two, single branched structure adapter (102), formed by tubular insulator (11) and Metal Contact sheet (12), Metal Contact sheet (12) is fixed on tubular insulator (11) internal diameter middle part, under the internal diameter of tubular insulator (11), part is processed with internal thread, and upper and lower two-part caliber, length are identical; The screw (13) that presses in Metal Contact sheet (12) center drilling embedding in the inner stage casing of tubular insulator (11) is the reserved station of installing of line ball nose;
The main part of described upper cover (2) is the uncovered rectangular enclosure body A(21 in below), cavity body A(21) upper plate plane centre bore pass through and switch through interface (22), converting interface (22) is tubulose, its external diameter threading, be used for the screw-internal thread fit with adapter bottom, converting interface (22) internal diameter and cavity body A(21) inner chamber perforation
Cavity body A(21) front side board and back side panel on have respectively first circular hole (2101), relatively cavity body A(21 of two first circular holes (2101)) centre mirror picture symmetry; On left plate and right plate, have respectively a screw seat (2102), two screw seats (2102) are cavity body A(21 relatively) centre mirror picture symmetry;
Cavity body A(21) four side plate lower limbs are processed with rim of the mouth A(2013), for and the rim of the mouth B(802 of lower cover (8)) coordinate;
Described outer U-shaped upper conductor (3) is processed by sheet metal, shoulder (31) centre pull of U-shaped upper conductor (3) is an open tubular column (3101), open tubular column (3101) left and right sides is respectively support arm (32), and each support arm (32) lower end is processed with bonnet lock hole (3202); Metal Contact sheet (12) diameter in the tubular insulator of the external diameter of open tubular column (3101) and described pair of branched structure adapter (101) or single branched structure adapter (102) is identical, the length dimension of shoulder (31) and described cavity body A(21) left and right of inner die cavity matches to size, and the width dimensions of shoulder (31) is consistent with the external diameter of open tubular column (3101);
Described interior U-shaped upper conductor (4) is processed by sheet metal, and interior U-shaped upper conductor (4) is for being inverted U font, equal in length between the external diameter of the circle of its upper end and the support arm (32) of described outer U-shaped upper conductor (3) left and right sides; The inner side that is sleeved on described outer U-shaped upper conductor (3) of described interior U-shaped upper conductor (4), each support arm lower end, its both sides processing latch lips (41), latch lips (41) coordinates with the bonnet lock hole (3201) on described outer U-shaped upper conductor (3);
The front and back length of described interior U-shaped upper conductor (4) and described cavity body A(21) front and back of inner die cavity match to size;
Described lower conductor (5) is processed as stool shape by sheet metal, and stool face (51) is arc, matches in the left and right of stool face (51) width and described interior U-shaped upper conductor (4) to the inside size; Two stool legs (52) are processed as oat tail groove structure A(5201 with lower conductor support (6) cooperation place);
Described lower conductor support (6) is cross structure, and middle part is supporting plate (61), and the left and right sides is bolt guide hole post (62); Left and right, supporting plate (61) upper end place is processed as oat tail groove structure B(6101), the gap between supporting plate (61) and windage screw guide hole post (62) is as agreeing with mutually position with two stool legs (52) of lower conductor (5); Oat tail groove structure B(6101) with oat tail groove structure A(5201) coordinate;
Described lower cover (8) is the uncovered rectangular enclosure body in top, has respectively second circular hole (801) on the front side board of lower cover (8) and back side panel, and two second circular holes (801) are cavity body centre mirror picture symmetry relatively; (8) four side plate top edges of lower cover are processed with rim of the mouth B(802), for and the cavity body A(21 of upper cover (2)) lower limb rim of the mouth A(2013) coordinate, make upper cover (2) and lower cover (8) form the tongue and groove button agreeing with up and down; The bottom of lower cover (8) is processed with chute (803), for coordinating with slide rail;
Described outer U-shaped upper conductor (3), interior U-shaped upper conductor (4), lower conductor (5), lower conductor support (6) are fitted into successively to the cavity body A(21 of upper cover (2)) in, fastening bolt (7) screws in by the guide hole of bolt guide hole post (62) in the screw on the screw seat (2102) of described upper cover (2), by upper cover (2) lower cover (8) fastening, be assembled into entirety.
2. one as claimed in claim 1 exempts to block speediness embranchment device, it is characterized in that, it is fire-retardant nylon that described upper cover (2) adopts material, described outer U-shaped upper conductor (3) adopts that material is that red copper, red copper are zinc-plated, fine aluminium or aluminium alloy conductor, described interior U-shaped upper conductor (4) adopts that material is that red copper, red copper are zinc-plated, fine aluminium or aluminium alloy conductor, described lower conductor (5) adopts that material is that red copper, red copper are zinc-plated, fine aluminium or aluminium alloy conductor, it is fire-retardant nylon that described lower conductor support (6) adopts material, and it is fire-retardant nylon that described lower cover (8) adopts material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420367847.9U CN203942258U (en) | 2014-07-04 | 2014-07-04 | One exempts to block speediness embranchment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420367847.9U CN203942258U (en) | 2014-07-04 | 2014-07-04 | One exempts to block speediness embranchment device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203942258U true CN203942258U (en) | 2014-11-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420367847.9U Expired - Fee Related CN203942258U (en) | 2014-07-04 | 2014-07-04 | One exempts to block speediness embranchment device |
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| CN (1) | CN203942258U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104037715A (en) * | 2014-07-04 | 2014-09-10 | 何鸿宇 | Cutting-off-free rapid splitter and achieving method |
-
2014
- 2014-07-04 CN CN201420367847.9U patent/CN203942258U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104037715A (en) * | 2014-07-04 | 2014-09-10 | 何鸿宇 | Cutting-off-free rapid splitter and achieving method |
| CN104037715B (en) * | 2014-07-04 | 2016-08-24 | 何鸿宇 | Exempt to block speediness embranchment device and implementation method |
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| 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: 20141112 Termination date: 20160704 |
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| CF01 | Termination of patent right due to non-payment of annual fee |