Conical sleeve type bolt-free current-carrying integral dropper for contact network and dropper wire clamp

Abstract

The invention discloses a conical sleeve type bolt-free current-carrying integral dropper and dropper wire clamp for a contact network, belongs to the technical field of flexible suspension equipment of a contact network system of an electrified railway, and aims to solve the problems that an existing integral dropper and dropper wire clamp for the contact network is complex in structure, bolts are loosened in actual operation, and the structural design needs to be improved. A conical sleeve type bolt-free current-carrying integral dropper and a dropper clamp are adopted, wherein the conical sleeve type bolt-free current-carrying integral dropper is of an up-and-down symmetrical connection structure formed by connecting a conical sleeve type bolt-free contact line dropper clamp and a spring wire protection hose connected to the conical sleeve type bolt-free carrier cable dropper clamp with a dropper wire. An elastic wire protection hose of the taper sleeve type bolt-free contact wire dropper clamp is connected with one end of a dropper wire, the taper sleeve type contact wire dropper clamp is connected with a contact wire in a clamping mode, an elastic wire protection hose of the taper sleeve type carrier cable dropper clamp is connected with the other end of the dropper wire, and a chuck mouth of the taper sleeve type carrier cable dropper clamp is connected with a carrier cable in a clamping mode. The whole structure is novel and practical, and is suitable for erecting and hanging the contact line on the electrified railway overhead line system.

Description

Technical Field

[0001] The invention relates to an integral hanging string and a hanging string wire clamp for a contact network, belonging to the technical field of flexible suspension equipment for an electrified railway contact network system. Background Art

[0002] With the increasing development of electrified railway construction and technological progress, the technical requirements for flexible suspension equipment of the overhead contact system, especially the integral suspension string and the suspension string clamp, are becoming increasingly higher, because it is one of the more critical components in the overhead contact system of the electrified railway, and it is directly related to the operation safety and quality of the electrified railway. In the known technology, in the electrified railway contact network system, there are numerous integral suspension strings between the copper alloy contact wire and the copper alloy stranded wire load-bearing cable to ensure the parallelism between the contact wire and the rail surface. The existing integral suspension strings and suspension string clamps mainly adopt a bolt connection structure, which is connected by a heart-shaped protective ring and a U-shaped hanging ring; the other type is a suspension string clamp with a boltless structure that is cast, and the guide wire and the suspension string clamp are connected by a crimping terminal connection structure, and are mainly fastened by a threaded pair. The structure is complex, the installation is cumbersome, and it is greatly affected by the operating level of the installer. A large tightening torque during installation will cause damage to the clamp body. If the tightening torque is too small, it is easy to cause the bolts to loosen after a long time of use, especially at the joint of the anchor section, which will cause the contact line or the load-bearing cable to be off the line, posing a safety hazard. For example, Chinese patent application publication number CN101445066 discloses a current-carrying adjustable body suspension string, which is a load-bearing cable aluminum suspension string clamp connected to the aluminum-clad steel aluminum stranded wire load-bearing cable, and the contact line suspension string clamp is connected to the copper-silver alloy contact wire; the load-bearing cable aluminum suspension string clamp and the contact line suspension string clamp are left-right symmetrical structures, and the structural parts are locked by locking bolts, and the copper-magnesium alloy suspension string has copper alloy connecting wire clamps and copper-aluminum transition connecting wire clamps at both ends, and the copper alloy connecting wire clamp passes through the contact line suspension string clamp and is fixed by a wire pressing tube; but due to the limitations of its product structure, the bolts will become loose over time during actual operation, and there is a potential problem of causing bow net failure, and its structural design needs to be further improved and enhanced.

[0003] In view of this, in order to adapt to the development and technological progress of flexible suspension equipment of electrified railway contact network system, it is necessary to further improve and develop a new type of boltless current-carrying integral suspension string and suspension string clamp for contact network. Summary of the invention

[0004] In order to overcome the shortcomings of the prior art, solve the problems that the existing integrated suspension string and suspension string wire clamp for overhead contact network have complex structures, bolts may loosen during actual operation, and the structural design needs to be improved. The purpose of the present invention is to provide a new type of boltless current-carrying integrated suspension string and suspension string wire clamp for overhead contact network, which has a novel and practical structure, has no bolts in the integrated suspension string and suspension string wire clamp, does not loosen bolts during actual operation, is easy to install, is not affected by the operating level of the installer, and is safe and convenient to use.

[0005] The technical solution adopted by the present invention to solve the above problems is:

[0006] A cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network, the suspension string clamp used in the cone sleeve type boltless contact line suspension string clamp and the spring wire protection hose respectively installed on the cone sleeve type boltless load-bearing cable suspension string clamp are connected together to form a cone sleeve type boltless current-carrying integral suspension string and suspension string clamp with a symmetrical connection structure; the cone sleeve type boltless contact line suspension string clamp is composed of a left half C-type contact line clamp and a right half C-type contact line clamp, which are mutually matched to form an outer conical annular sleeve of a conical contact line clamp body, and a positioning and fixing pin is inserted to lock and fix the matched left half C-type contact line clamp, the right half C-type contact line clamp and the first conical annular sleeve of the outer sleeve; the cone sleeve type boltless load-bearing cable suspension string clamp is composed of a left half C-type load-bearing cable suspension string clamp and a right half C-type load-bearing cable suspension string clamp. The force cable clamp and the right half C-type force cable clamp are matched with each other to form an outer sleeve of a conical force cable clamp body connected to a second conical annular sleeve, and a positioning and fixing pin is inserted to lock and fix the matched left half C-type force cable clamp, the right half C-type force cable clamp and the outer second conical annular sleeve; the bottom of the clamp body of the left half C-type contact cable clamp is provided with a first elastic wire protection hose with a pipe seat, which is tightly fitted with the elastic wire protection hose connected to one end of the suspension string, and the clamp mouth of the conical sleeve type boltless contact cable suspension string clamp is connected to the contact line; the top of the clamp body of the left half C-type force cable clamp is provided with a second elastic wire protection hose with a pipe seat, which is tightly fitted with the elastic wire protection hose connected to the other end of the suspension string, and the clamp mouth of the conical sleeve type boltless force cable suspension string clamp is connected to the force cable.

[0007] The above-mentioned cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network, the left half C-type contact wire clamp is respectively provided with left half wire clamp body ball head convex contacts on the top of the vertical mating surfaces of the clamp body on both sides of the left half C-type contact wire clamp body, the lower part of the inner cavity body surface of the left half C-type contact wire clamp body is provided with a clamp body through-hole for positioning and fixing pins, and an extended left half C-type contact wire clamp body clamp mouth joint seat is provided at the bottom of the left half C-type contact wire clamp body, the bottom of the left half C-type contact wire clamp body clamp mouth joint seat is provided with a left half wire clamp body V-shaped clamp mouth, and the first elastic wire protection hose connecting pipe seat is embedded in the inner cavity of the left half C-type contact wire clamp body; the right half C-type contact wire clamp is formed by The tops of the vertical mating surfaces of the clamp body on both sides of the body are respectively provided with right half clamp body ball head convex contacts, the lower part of the inner cavity surface of the right half C-type contact wire clamp body is provided with a clamp body through-positioning and fixing pin through-hole, and the bottom of the right half C-type contact wire clamp body is provided with an extended right half C-type contact wire clamp body clamp mouth coupling seat, and the bottom of the right half C-type contact wire clamp body clamp mouth coupling seat is provided with a right half wire clamp body V-shaped clamp mouth; the first conical annular sleeve is composed of the first conical annular sleeve body, which is provided with a through-hole for passing and connecting the first conical sleeve body through-positioning and fixing pin, and the bottom of the first conical sleeve is provided with a first conical sleeve body bottom coupling seat that is dynamically matched with the left half C-type contact wire clamp body clamp mouth coupling seat and the right half C-type contact wire clamp body clamp mouth coupling seat.

[0008] The above-mentioned cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network, the left half C-type load-bearing cable wire clamp is respectively provided with left half wire clamp body ball head convex contacts on the top of the vertical mating surfaces of the clamp body on both sides of the left half C-type load-bearing cable wire clamp body, the lower part of the inner cavity surface of the left half C-type load-bearing cable wire clamp body is provided with a clamp body through-hole for positioning and fixing pins, and an extended left half C-type load-bearing cable wire clamp body clamp mouth joint seat is provided at the bottom of the left half C-type load-bearing cable wire clamp body, and a left half wire clamp body V-shaped load-bearing cable wire clamp mouth is provided at the bottom of the left half C-type load-bearing cable wire clamp body clamp mouth joint seat, the left A first elastic wire protection hose connecting pipe seat is embedded in the inner cavity of the half C-shaped load-bearing cable clamp body; the right half C-shaped load-bearing cable clamp is composed of right half clamp body ball head convex contacts on the top of the vertical mating surfaces of the clamp body on both sides of the right half C-shaped load-bearing cable clamp body, a clamp body positioning and fixing pin through hole is formed on the lower part of the inner cavity surface of the right half C-shaped load-bearing cable clamp body, and an extended right half C-shaped load-bearing cable clamp body clamp mouth coupling seat is formed at the bottom of the right half C-shaped load-bearing cable clamp body, and a right half wire clamp body V-shaped load-bearing cable clamp wire mouth is formed at the bottom of the right half C-shaped load-bearing cable clamp body clamp mouth coupling seat.

[0009] The above-mentioned cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network, the suspension string is a length-adjustable suspension string with two sections interconnected by 1-3 pre-tightened adjustment fixing clamps, the pre-tightened adjustment fixing clamps include: a U-shaped clamp, an I-shaped pressure block, a traction shaft, an open positioning locking pin, the overlapping suspension string installed in the U-shaped clamp is clamped and fixed by the I-shaped pressure block, and the axial hole prefabricated on the U-shaped clamp is inserted and locked with the positioning fixing pin shaft of the overlapping suspension string installed between the U-shaped clamp and the I-shaped pressure block, and an open positioning locking pin is also installed on the positioning fixing pin shaft.

[0010] The above-mentioned cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network, the contact surfaces of the U-shaped clamp and the I-shaped pressure block connecting the suspension string line are both threaded contact surfaces, and the two ends of the U-shaped clamp and the I-shaped pressure block connecting the suspension string line are both trumpet-shaped structures.

[0011] The above-mentioned cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network, the left half line clamp body V-shaped contact line clamp nozzle, the right half line clamp body V-shaped contact line clamp nozzle and the left half line clamp body V-shaped load-bearing cable clamp nozzle and the right half line clamp body V-shaped load-bearing cable clamp nozzle have their clamp nozzle mouth surfaces all made of threaded tooth profile mouth surfaces.

[0012] The above-mentioned cone-sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network, the inclination of the cone of the contact wire clamp formed by the left half C-type contact wire clamp and the right half C-type contact wire clamp mutually matched is 3.6~9.8°, the inclination of the cone inner cavity surface of the first conical limiting position sleeve is the same as the inclination of the cone of the contact wire clamp formed by the left half C-type contact wire clamp and the right half C-type contact wire clamp mutually matched, also 3.6~9.8°; the inclination of the cone of the load-bearing cable clamp formed by the left half C-type load-bearing cable clamp and the right half C-type load-bearing cable clamp mutually matched is 3.6~9.8°, the inclination of the cone of the second conical limiting position sleeve is the same as the inclination of the cone of the load-bearing cable clamp formed by the left half C-type load-bearing cable clamp and the right half C-type load-bearing cable clamp mutually matched, also 3.6~9.8°.

[0013] The above-mentioned cone-sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network, the cone-sleeve type boltless contact line suspension string clamp, and the cone-sleeve type boltless load-bearing cable suspension string clamp are all copper alloy forged structural components formed by copper alloy forging technology.

[0014] The above-mentioned cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network, the pre-tightening type adjustment fixing card is a copper alloy stamping structural component manufactured by copper alloy stamping technology.

[0015] When the present invention is used, according to design requirements and actual needs, the open clamping mouth of one end of the cone-sleeve-type boltless contact line suspension string clamp in the cone-sleeve-type boltless current-carrying integral suspension string and suspension string clamp for the contact network of the present invention is added to the contact line parallel to the track, and the open clamping mouth of this section of the cone-sleeve-type boltless load-bearing cable suspension string clamp is added to the load-bearing cable. During the actual operation process, they are always in a clamped state, and the effect of not loosening can be achieved; the length of the suspension string can also be adjusted and retracted according to the distance between the contact line and the load-bearing cable through a pre-tightening adjustment fixing card.

[0016] Since the design of the present invention adopts the above technical scheme, especially the cone sleeve type boltless contact wire cone sleeve type boltless load-bearing wire cone sleeve type boltless load-bearing wire cone sleeve type boltless current-carrying integral ...

[0017] Other features and advantages of the present invention will be described in the following description, and partly become obvious from the description, or be understood by implementing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures pointed out in the description and the drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following briefly introduces the drawings required for use in the description of the embodiments. Obviously, the drawings described are some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0019] Figure 1 It is a schematic diagram of the specific structure of an embodiment of the present invention.

[0020] Figure 2 yes Figure 1 A left-side structural schematic diagram of an embodiment.

[0021] Figure 3 yes Figure 1 In the embodiment, the suspension string is a structural schematic diagram of another embodiment of a cone sleeve type boltless current-carrying integral suspension string and a suspension string clamp, which is a length-adjustable suspension string with two sections connected to each other by two pre-tightening pressure-type adjustment fixing clips.

[0022] Figure 4 yes Figure 3 A left-side structural schematic diagram of an embodiment.

[0023] Figure 5 yes Figure 1 An enlarged structural schematic diagram of a conical sleeve type boltless contact line suspension string clamp in an embodiment.

[0024] Figure 6 yes Figure 5 Schematic diagram of the left side structure of the embodiment.

[0025] Figure 7 yes Figure 1 An enlarged three-dimensional structural schematic diagram of the left half of the C-shaped wire clamp in the embodiment.

[0026] Figure 8 yes Figure 1 Schematic diagram of the three-dimensional structure of the right half of the C-shaped wire clamp in the embodiment.

[0027] Fig. 9 yes Figure 5 Schematic diagram of the cross-sectional structure along line AA of the embodiment.

[0028] Fig.10 yes Figure 5 An enlarged structural schematic diagram of the first conical annular sleeve in the embodiment.

[0029] Fig.11 yes Figure 1 An enlarged structural schematic diagram of a conical sleeve type boltless load-bearing cable suspension string clamp in an embodiment.

[0030] Fig.12 yes Fig.11 Schematic diagram of the left side structure of the embodiment.

[0031] Fig.13 yes Fig.11 Schematic diagram of the three-dimensional structure of the left half C-shaped load-bearing cable clamp in the embodiment.

[0032] Fig.14 yes Fig.11 Schematic diagram of the three-dimensional structure of the right half C-shaped load-bearing cable clamp in the embodiment.

[0033] Fig.15 yes Fig.11 An enlarged three-dimensional structural schematic diagram of the second conical annular sleeve in the embodiment.

[0034] Fig.16 yes Fig.11 Schematic diagram of the cross-sectional structure along BB direction.

[0035] Fig.17 yes Figure 4Schematic diagram of the structure of the pre-tightening adjustment fixing card in the embodiment.

[0036] Fig.18 yes Fig.17 Schematic diagram of the left view of the structure of the pre-tightening type adjustment fixing card in the embodiment.

[0037] Fig.19 yes Figure 1 A schematic structural diagram of the positioning fixing pin 7 in the embodiment.

[0038] The numbers in the attached drawings are: 1-elastic wire protection hose; 2-conical sleeve type boltless contact wire suspension string clamp; 201-left half C-type contact wire clamp; 202-right half C-type contact wire clamp; 203-first conical annular sleeve; 211-left half wire clamp body ball head convex fulcrum; 212-left half C-type contact wire clamp body; 213-through hole for positioning and fixing pins in the clamp body; 214-vertical matching surface of the clamp body; 215-left half C-type contact wire clamp body clamp mouth joint seat; 216-left half wire clamp body V-type contact wire clamp mouth; 217-first elastic wire protection hose matching pipe seat; 2 21-the first convex support point on the upper mouth of the right half C-type contact wire clamp body; 222-the main body of the right half C-type contact wire clamp; 223-the through hole for the positioning and fixing pin of the clamp body; 224-the vertical joint surface of the clamp body; 225-the clamp mouth joint seat of the right half C-type contact wire clamp body; 226-the right half V-type contact wire clamp mouth; 231-the main body of the first conical annular sleeve; 232-the through hole for the positioning and fixing pin of the first conical sleeve body; 233-the bottom joint seat of the first conical sleeve body; 3-the conical sleeve type boltless load-bearing cable hanging string clamp; 301-the left half C-type load-bearing cable clamp; 302-the right half C Type load-bearing cable clamp; 303-second conical annular sheath; 311-spherical head convex fulcrum of the left half load-bearing cable clamp body; 312-left half C-type load-bearing cable clamp body; 313-through hole for positioning and fixing pin of load-bearing cable clamp body; 314-vertical joint surface of load-bearing cable clamp body; 315-clamp mouth joint seat of left half load-bearing cable clamp body; 316-V-type load-bearing cable clamp mouth of left half line clamp body; 317-second elastic wire protection hose connecting pipe seat; 321-spherical head convex fulcrum of right half load-bearing cable clamp body; 322-right half C-type load-bearing cable clamp body; 323-load-bearing cable Through hole for positioning and fixing pins passing through the clamp body; 324-vertical mating surface of the load-bearing cable clamp body; 325-clamp mouth coupling seat of the right half load-bearing cable clamp body; 326-V-shaped load-bearing cable clamp mouth of the right half clamp body; 331-second conical annular sleeve body; 332-through hole for positioning and fixing pins passing through the second conical sleeve body; 333-bottom coupling seat of the second conical sleeve body; 4-suspension string; 5-load-bearing cable; 6-contact line; 7-positioning and fixing pins; 8-pre-tightening adjustment and fixing card; 801-U-shaped clamp, 802-I-shaped pressure block, 803-traction shaft; 804-open positioning pin. DETAILED DESCRIPTION

[0039] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0040] In the description of the present invention, it should be noted that the terms "upper", "lower", "left", "right", "inside", "outside", "top", "bottom", "front end", "rear end", "head", "tail", etc. indicate orientations or positional relationships based on the orientations or positional relationships shown in the accompanying drawings. They are only for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation. Therefore, they cannot be understood as limiting the present invention.

[0041] As attached Figure 1-Figure 2 , Figure 5-Figure 19 As shown, this embodiment includes: a suspension string clamp, a suspension string 4, and an elastic wire protection hose 1. The suspension string clamp is composed of a cone sleeve type boltless contact line suspension string clamp 2 and a spring wire protection hose 1 respectively installed on the cone sleeve type boltless load-bearing cable suspension string clamp 3, which are connected to the suspension string 4 to form a cone sleeve type boltless current-carrying integral suspension string and suspension string clamp with a symmetrical connection structure; the cone sleeve type boltless contact line suspension string clamp 2 is composed of a left half C-type contact line clamp 201 and a right half C-type contact line clamp 202, which are mutually matched to form an outer conical annular sleeve 203 of a conical contact line clamp body, and a positioning and fixing pin 7 is passed through to lock and fix the matched left half C-type contact line clamp 201, the right half C-type contact line clamp 202 and the first conical annular sleeve 203 of the outer sleeve; the cone sleeve type boltless load-bearing cable suspension string clamp 3 is composed of a left half C-type load-bearing cable clamp 3 01 and the right half C-type load-bearing cable clamp 302 are matched with each other to form an outer sleeve of a conical load-bearing cable clamp body connected to a second conical annular sleeve 303, and a positioning and fixing pin 7 is passed through to lock and fix the matched left half C-type load-bearing cable clamp 301, the right half C-type load-bearing cable clamp 302 and the outer second conical annular sleeve 303; the bottom of the clamp body of the left half C-type contact wire clamp 201 is provided with a first elastic wire protection hose connecting pipe seat 219 tightly fitting the elastic wire protection hose 1 connected to one end of the suspension string 4, and the clamp mouth of the conical sleeve type boltless contact wire suspension string clamp 2 is connected to the contact wire 6; the top of the clamp body of the left half C-type load-bearing cable clamp 301 is provided with a second elastic wire protection hose connecting pipe seat 319 tightly fitting the elastic wire protection hose 1 connected to the other end of the suspension string 4, and the clamp mouth of the conical sleeve type boltless load-bearing cable suspension string clamp 3 is connected to the load-bearing cable 5.

[0042] Preferably, see the attached Figure 1-Figure 2 , Figure 5-Figure 10The left half C-type contact wire clamp 201 of this embodiment is respectively provided with left half wire clamp body ball head convex contacts 211 on the top of the clamp body vertical mating surfaces 214 on both sides of the left half C-type contact wire clamp body main body 212, the lower part of the inner cavity surface of the left half C-type contact wire clamp body 212 is provided with a clamp body through positioning and fixing pin through hole 213, and an extended left half C-type contact wire clamp body clamp mouth joint seat 215 is provided at the bottom of the left half C-type contact wire clamp body 212, and a left half wire clamp body V-shaped clamp mouth 216 is provided at the bottom of the left half C-type contact wire clamp body clamp mouth joint seat 215, and a first elastic wire protection hose matching pipe seat 217 is embedded in the inner cavity of the left half C-type contact wire clamp body 212; the right half C-type contact wire clamp 202 is composed of the clamp body vertical mating surfaces 214 on both sides of the right half C-type contact wire clamp body 222 The top of the surface 224 is respectively provided with a right half clamp body ball head convex contact 221, the lower part of the inner cavity surface of the right half C-type contact wire clamp body 222 is provided with a clamp body through-positioning and fixing pin through-hole 223, and an extended right half C-type contact wire clamp body clamp nozzle joint seat 225 is provided at the bottom of the right half C-type contact wire clamp body 222, and a right half wire clamp body V-shaped clamp nozzle 226 is provided at the bottom of the right half C-type contact wire clamp body clamp nozzle joint seat 225; the first conical annular sleeve 203 is composed of its first conical annular sleeve body 231, on which a first conical sleeve body through-positioning and fixing pin through-hole 232 is provided, and at the bottom of the first conical sleeve body, a first conical sleeve body bottom joint seat 233 that is dynamically connected to the left half C-type contact wire clamp body clamp nozzle joint seat 215 and the right half C-type contact wire clamp body clamp nozzle joint seat 225 is provided.

[0043] For example, see Figure 1-2 , Figure 11-Figure 16The left half C-type load-bearing cable clamp 301 of the present embodiment is respectively provided with left half clamp body ball head convex contacts 311 on the top of the clamp body vertical mating surfaces 314 on both sides of the left half C-type load-bearing cable clamp main body 312, the inner cavity surface of the left half C-type load-bearing cable clamp main body 312 is provided with a clamp body through-positioning and fixing pin through hole 313, and the bottom of the left half C-type load-bearing cable clamp main body 312 is provided with an extended left half C-type load-bearing cable clamp body clamp mouth joint seat 315, the bottom of the left half C-type load-bearing cable clamp body clamp mouth joint seat 315 is provided with a left half clamp body V-shaped load-bearing cable clamp mouth 316, and the inner cavity of the left half C-type load-bearing cable clamp main body 312 is embedded with a first elastic wire protection hose matching pipe seat 317; the right half C-type load-bearing cable clamp 302 is composed of the clamp body vertical mating surfaces 314 on both sides of the right half C-type load-bearing cable clamp main body 322 The top of the mating surface 324 is respectively provided with a right half clamp body ball head convex contact 321, the lower part of the inner cavity surface of the right half C-type load-bearing cable clamp body 322 is provided with a clamp body through-positioning and fixing pin through-hole 323, and the bottom of the right half C-type load-bearing cable clamp body 322 is provided with an extended right half C-type load-bearing cable clamp body clamp mouth coupling seat 325, and the bottom of the right half C-type load-bearing cable clamp body clamp mouth coupling seat 325 is provided with a right half wire clamp body V-shaped load-bearing cable clamp nozzle 326; the second conical annular sleeve 303 is composed of its second conical annular sleeve body 331, on which a second conical sleeve body through-positioning and fixing pin through-hole 332 is formed, and at the bottom of the second conical sleeve body, a second conical sleeve body bottom coupling seat 333 that is dynamically connected to the left half C-type contact wire clamp body clamp mouth coupling seat 215 and the right half C-type contact wire clamp body clamp mouth coupling seat 225 is formed.

[0044] For details, see the attached Figure 3-Figure 4 , Figure 17-Figure 18 The suspension string 4 described in this embodiment is a length-adjustable suspension string with two sections connected to each other by two pre-tightening adjustment and fixing clamps 8. The pre-tightening adjustment and fixing clamp 8 includes a U-shaped clamp 801, an I-shaped pressure block 802, a traction shaft 803, and an open positioning locking pin 804. The suspension string 4 connected in the U-shaped clamp 801 is clamped and fixed by the I-shaped pressure block 802, and the axial hole prefabricated on the U-shaped clamp 801 is inserted and locked. The U-shaped clamp 801 and the I-shaped pressure block 802 are installed with a positioning and fixing pin shaft 803 for connecting the overlapping suspension string 4, and an open positioning locking pin 804 is also installed on the positioning and fixing pin shaft 803; the contact surfaces of the U-shaped clamp 801 and the I-shaped pressure block 802 connected to the suspension string 4 in this embodiment are both threaded contact surfaces, and the two ports of the U-shaped clamp 801 and the I-shaped pressure block 802 connected to the suspension string 4 are both bell-mouth structures.

[0045] Preferably, see the attached Figure 7-Figure 8 , Figure 13-Figure 14The wire clamping nozzles 216 of the left half wire clamp body V-shaped contact wire clamping nozzle 216, the right half wire clamp body V-shaped contact wire clamping nozzle 226, the left half wire clamp body V-shaped load-bearing cable wire clamping nozzle 316 and the right half wire clamp body V-shaped load-bearing cable wire clamping nozzle 326 described in this embodiment are all made of threaded tooth profile nozzles.

[0046] For further details, see the attached Figure 7-10 , Figure 13-Figure 16 In this embodiment, the inclination a of the cone formed by the left half C-type contact wire clamp body 212 and the right half C-type contact wire clamp body 222 mutually matched is 3.8°, and the inclination of the cone inner cavity surface of the first conical limiting position sleeve 203 is the same as the inclination of the cone formed by the left half C-type contact wire clamp body 212 and the right half C-type contact wire clamp body 222 mutually matched, which is also 3.8°; the inclination b of the cone of the load-bearing cable clamp formed by the left half C-type load-bearing cable clamp 301 and the right half C-type load-bearing cable clamp 302 mutually matched is 3.8°, and the inclination of the cone inner cavity surface of the second conical limiting position sleeve 303 is the same as the inclination of the cone of the load-bearing cable clamp formed by the left half C-type load-bearing cable clamp 301 and the right half C-type load-bearing cable clamp 302 mutually matched, which is also 3.8°.

[0047] Preferably, see Figure 1-Figure 6 , Figure 11-Figure 12 The conical sleeve type boltless contact wire suspension string clamp 2 and the conical sleeve type boltless load-bearing wire suspension string clamp 3 described in this embodiment are both copper alloy forged structural components formed by copper alloy forging technology.

[0048] For specific examples, see the attached Figure 3-Figure 4 , Figure 17-Figure 18 The pre-tightening adjustment fixing card 8 described in this embodiment is a copper alloy stamping structural component manufactured by a copper alloy stamping process.

[0049] The above is only one embodiment. On this basis, other technical features and technical solutions derived by adding components, equivalent substitutions and local improvements without creative work by technicians in this field are all within the scope of protection of the patent of this invention.

Claims

1. A cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network, comprising a suspension string wire clamp and a suspension string wire (4), characterized in that: The invention also comprises an elastic wire protection hose (1), wherein the string clamp is composed of a cone sleeve type boltless contact wire string clamp (2) and a cone sleeve type boltless load-bearing wire string clamp (3), and the spring wire protection hose (1) respectively connected to the string 4 is connected to form a cone sleeve type boltless current-carrying integral string and string clamp with a vertically symmetrical connection structure; the cone sleeve type boltless contact wire string clamp (2) is composed of a left half C-type contact wire clamp (201) and a right half The C-type contact wire clamp (202) is mutually matched to form an outer sleeve of a conical contact wire clamp body connected to a first conical annular sleeve (203), and a positioning fixing pin (7) is passed through to lock and fix the matched left half C-type contact wire clamp (201), right half C-type contact wire clamp (202) and the first conical annular sleeve (203) of the outer sleeve; the cone sleeve type boltless load-bearing cable suspension string clamp (3) is composed of a left half C-type load-bearing cable clamp (301) and a right half C-type load-bearing cable clamp (302). The force cable clamps (302) are mutually matched to form a conical load-bearing cable clamp body, the outer sleeve of which is connected to a second conical annular sleeve (303), and a positioning fixing pin (7) is inserted to lock and fix the matched left half C-type load-bearing cable clamp (301), the right half C-type load-bearing cable clamp (302) and the outer second conical annular sleeve (303); the bottom of the clamp body of the left half C-type contact wire clamp (201) is provided with a first elastic wire protection hose and a pipe seat (219) to tightly fit The assembled elastic wire protection hose (1) is connected to one end of the suspension string (4), and the clamp mouth of the conical sleeve type boltless contact wire suspension string clamp (2) is connected to the contact wire; the top of the clamp body of the left half C-shaped load-bearing cable clamp (301) is provided with a second elastic wire protection hose matching pipe seat (319) tightly fitting the assembled elastic wire protection hose (1) connected to the other end of the suspension string (4), and the clamp mouth of the conical sleeve type boltless load-bearing cable suspension string clamp (3) is connected to the load-bearing cable.

2. The cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network according to claim 1, characterized in that: The left half C-shaped contact wire clamp (201) is provided with left half wire clamp body ball head convex contacts (211) at the top of the clamp body vertical mating surfaces (214) on both sides of the left half C-shaped contact wire clamp body (212), a clamp body through-hole (213) for positioning and fixing pins is provided at the lower part of the inner cavity surface of the left half C-shaped contact wire clamp body (212), and an extended left half C-shaped contact wire clamp body (212) is provided at the bottom. The contact wire clamp body clamp mouth joint seat (215), the bottom of the left half C-shaped contact wire clamp body clamp mouth joint seat (215) is formed with a left half wire clamp body V-shaped wire clamp mouth (216), the inner cavity of the left half C-shaped contact wire clamp body (212) is embedded with a first elastic wire protection hose matching pipe seat (217); the right half C-shaped contact wire clamp (202) is composed of the clamp body vertical matching mouth surfaces (216) on both sides of the right half C-shaped contact wire clamp body (222) The top of the right half clamp body (224) is respectively provided with a right half clamp body ball head convex contact point (221), the lower part of the inner cavity surface of the right half C-type contact wire clamp body (222) is provided with a clamp body through-hole (223) for positioning and fixing pins, and the bottom of the right half C-type contact wire clamp body (222) is provided with an extended right half C-type contact wire clamp body clamp mouth joint seat (225), and the bottom of the right half C-type contact wire clamp body clamp mouth joint seat (225) is provided with a right half wire clamp body V-shaped The first conical annular sleeve (203) is formed on the sleeve of the first conical annular sleeve body (231) with a through hole (232) for passing through and connecting the first conical sleeve body and a positioning and fixing pin, and the first conical sleeve body bottom seat (233) is formed at the bottom of the first conical sleeve body and is movably connected to the left half C-type contact line clamp body clamp mouth seat (215) and the right half C-type contact line clamp body clamp mouth seat (225).

3. The cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network according to claim 1, characterized in that: The left half C-shaped load-bearing cable clamp (301) is provided with left half clamp body ball head convex contacts (311) at the top of the clamp body vertical joint opening surfaces (314) on both sides of the left half C-shaped load-bearing cable clamp body (312), a clamp body through-hole (313) for positioning and fixing pins is provided at the lower part of the inner cavity surface of the left half C-shaped load-bearing cable clamp body (312), and an extended left half C-shaped load-bearing cable clamp body (312) is provided at the bottom of the left half C-shaped load-bearing cable clamp body (312). The left half C-shaped load-bearing cable clamp body clamp mouth joint seat (315), the bottom of the left half C-shaped load-bearing cable clamp body clamp mouth joint seat (315) is formed with a left half line clamp body V-shaped load-bearing cable clamp line mouth (316), the inner cavity of the left half C-shaped load-bearing cable clamp body (312) is embedded with a first elastic wire protection hose matching pipe seat (317); the right half C-shaped load-bearing cable clamp (302) is composed of the vertical joint openings of the clamp body on both sides of the right half C-shaped load-bearing cable clamp body (322) The top of the surface (324) is respectively provided with a right half clamp body ball head convex contact (321), the lower part of the inner cavity surface of the right half C-shaped load-bearing cable clamp body (322) is provided with a clamp body through-connection positioning and fixing pin through hole (323), and the bottom of the right half C-shaped load-bearing cable clamp body (322) is provided with an extended right half C-shaped load-bearing cable clamp body clamp mouth joint seat (325), and the bottom of the right half C-shaped load-bearing cable clamp body clamp mouth joint seat (325) is provided with a right half wire clamp body V The second conical annular sleeve (303) is formed by a second conical annular sleeve body (331) having a through hole (332) for passing through and connecting the second conical sleeve body and a second conical sleeve body bottom seat (333) which is movably connected to the left half C-type contact line clamp body clamp mouth seat (215) and the right half C-type contact line clamp body clamp mouth seat (225) at the bottom of the second conical sleeve body.

4. The cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network according to claim 1, characterized in that: The suspension string (4) is a length-adjustable suspension string having two sections connected to each other by 1-3 pre-tightening adjustment fixing clamps (8). The pre-tightening adjustment fixing clamp (8) comprises a U-shaped clamp (801), an I-shaped pressure block (802), a traction shaft (803), and an open positioning locking pin (804). The overlapping suspension string (4) is installed in the U-shaped clamp (801) and is pressed and fixed by the I-shaped pressure block (802). The axial hole prefabricated on the U-shaped clamp (801) is inserted and locked to install the positioning fixing pin shaft (803) of the overlapping suspension string (4) between the U-shaped clamp (801) and the I-shaped pressure block (802). The positioning fixing pin shaft (803) is also connected to the open positioning locking pin (804).

5. The cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network according to claim 4, characterized in that: The contact surfaces of the U-shaped clamp (801) and the I-shaped pressing block (802) connected to the suspension string (4) are both threaded contact surfaces, and the two ends of the U-shaped clamp (801) and the I-shaped pressing block (802) connected to the suspension string (4) are both bell-mouth structures.

6. A cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network according to claims 2 and 3, characterized in that: The clamping nozzle surfaces of the left half clamp body V-shaped contact wire clamping nozzle (216), the right half clamp body V-shaped contact wire clamping nozzle (226), the left half clamp body V-shaped load-bearing cable clamping nozzle (316) and the right half clamp body V-shaped load-bearing cable clamping nozzle (326) are all made of threaded tooth profile nozzle surfaces.

7. A cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network according to claim 2, characterized in that: The inclination of the cone formed by the left half C-shaped contact wire clamp body (212) and the right half C-shaped contact wire clamp body (222) being mutually matched is 3.6 to 9.8 degrees, and the inclination of the conical inner cavity surface of the first conical limiting position sleeve (203) is the same as the inclination of the cone formed by the left half C-shaped contact wire clamp body (212) and the right half C-shaped contact wire clamp body (222) being mutually matched is also 3.6 to 9.8 degrees; The inclination of the cone of the load-bearing cable clamp formed by the half C-shaped load-bearing cable clamp (301) and the right half C-shaped load-bearing cable clamp (302) being mutually matched is 3.6 to 9.8 degrees, and the inclination of the conical inner cavity surface of the second conical limiting position sleeve (303) is the same as the inclination of the cone of the load-bearing cable clamp formed by the left half C-shaped load-bearing cable clamp (301) and the right half C-shaped load-bearing cable clamp (302) being mutually matched is also 3.6 to 9.8 degrees.

8. The cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network according to claim 1, characterized in that: The conical sleeve type boltless contact wire suspension string clamp (2) and the conical sleeve type boltless load-bearing wire suspension string clamp (3) are copper alloy forged structural components formed by a copper alloy forging process.

9. The cone sleeve type boltless current-carrying integral suspension string and suspension string clamp for contact network according to claim 4, characterized in that: The pre-tightening type adjustment fixing card (8) is a copper alloy stamping structural component manufactured by a copper alloy stamping process.

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