CN206689389U

CN206689389U - A kind of rotating shaft mould structure

Info

Publication number: CN206689389U
Application number: CN201720373531.4U
Authority: CN
Inventors: 袁宝红
Original assignee: Dongguan Tai Group Hardware Technology Co Ltd
Current assignee: Dongguan Tai Group Hardware Technology Co Ltd
Priority date: 2017-04-11
Filing date: 2017-04-11
Publication date: 2017-12-01
Anticipated expiration: 2027-04-11

Abstract

The utility model discloses a kind of rotating shaft mould structure, it is characterised in that：The mould structure includes the first hollow pipe（1）, first hollow pipe（1）On have one perpendicular to first hollow pipe（1）The first montant（2）, first hollow pipe（1）Tail end has one first pipeline bayonet socket（3）, the first pipeline bayonet socket（3）Tail end has one first pipe joint（301）, first pipe joint（301）It is carved with screw thread, the first pipeline bayonet socket in outer surface（3）Tail end connects a second pipe bayonet socket（4）, the second pipe bayonet socket（4）Inner surface is carved with screw thread, first pipe joint（301）The embedded second pipe bayonet socket（4）Internal and described first pipe joint（301）Outer surface thread and the second pipe bayonet socket（4）Inner surface screw thread mutually agrees with.The utility model assembleability simple in construction is strong, has preferable expansion.

Description

A kind of rotating shaft mould structure

Technical field

Mould structure technical field is the utility model is related to, specially a kind of rotating shaft mould structure.

Background technology

In actual environment, rotating shaft is found in many environment, for example door-hinge is exactly a kind of rotating shaft.Produce various forms Rotating shaft is necessary, and corresponding rotating shaft mould is also required.

The content of the invention

The purpose of this utility model is to provide a kind of rotating shaft mould structure, asked with solve to propose in above-mentioned background technology Topic.

To achieve the above object, the utility model provides following technical scheme：A kind of rotating shaft mould structure, the mould knot Structure includes the first hollow pipe, have on first hollow pipe one perpendicular to first hollow pipe the first montant, described first Hollow pipe tail end has one first pipeline bayonet socket, and the first pipeline bayonet socket tail end has one first pipe joint, first pipeline Screw thread is carved with interface outer surface, and the first pipeline bayonet socket tail end connects a second pipe bayonet socket, in the second pipe bayonet socket Screw thread is carved with surface, and first pipe joint is embedded in inside the second pipe bayonet socket and the first pipe joint outer surface Screw thread mutually agrees with the second pipe bayonet socket inner surface screw thread, and the second pipe bayonet connection has one second hollow pipe, institute Stating the second hollow pipe tail end has a second pipe interface, and the second pipe interface surface is carved with screw thread, second hollow pipe Tail end connects one the 3rd pipeline bayonet socket, and the 3rd pipeline bayonet socket inner surface is carved with screw thread, and the second pipe interface is embedded in institute State the 3rd pipeline bayonet socket inside and the second pipe interface outer surface thread and the 3rd pipeline bayonet socket inner surface screw thread phase Agree with, the hollow pipe of the 3rd pipeline bayonet connection 1 the 3rd, the 3rd hollow pipe tail end connects one the 4th pipeline bayonet socket, institute State the 4th pipeline bayonet socket inner surface and be carved with screw thread, the pipeline bayonet socket of the 4th pipeline bayonet connection 1 the 5th, the 5th pipeline There is one the 3rd pipe joint at bayonet socket and the 4th pipeline bayonet connection end, the 3rd pipe joint outer surface be carved with screw thread and Inside the embedded 4th pipeline bayonet socket, and the 3rd pipe joint outer surface thread and the 4th pipeline bayonet socket inner surface Screw thread mutually agrees with, the hollow pipe of the 5th pipeline bayonet connection 1 the 4th, has one on the 4th hollow pipe perpendicular to described Second montant of four hollow pipes.

Preferably, there is one the 4th pipe joint at first hollow pipe and the first pipeline bayonet connection end, and described the Screw thread is carved with four pipe joint outer surfaces, and the first pipeline bayonet socket inner surface is carved with and the 4th pipe joint outer surface spiral shell The screw thread that line mutually agrees with.

Preferably, there is one the 5th pipe joint at the 4th hollow pipe and the 5th pipeline bayonet connection end, and described the Screw thread is carved with five pipe joint outer surfaces, and the 5th pipeline bayonet socket inner surface is carved with and the 5th pipe joint outer surface spiral shell The screw thread that line mutually agrees with.

Compared with prior art, the beneficial effects of the utility model are：Provide a kind of turn simple in construction being easily assembled to Axle mould lamps structure, can combine multiple mold monomers, meet desired rotating shaft so as to produce.

Brief description of the drawings

Fig. 1 is the utility model structure diagram；

Fig. 2 is the utility model Structure explosion diagram；

Fig. 3 is the first embodiment schematic diagram of the utility model part-structure；

Fig. 4 is the second embodiment schematic diagram of the utility model part-structure.

In figure：1 first hollow pipe, 2 first montants, 3 first pipeline bayonet sockets, 4 second pipe bayonet sockets, 5 second hollow pipes, 6 3rd pipeline bayonet socket, 7 the 3rd hollow pipes, 8 the 4th pipeline bayonet sockets, 9 the 5th pipeline bayonet sockets, 10 the 4th hollow pipes, 11 second montants, 101 the 4th pipe joints, 301 first pipe joints, 501 second pipe interfaces, 901 the 3rd pipe joints, 111 the 5th pipelines connect Mouthful.

Embodiment

Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out Clearly and completely describing, it is clear that described embodiment is only the utility model part of the embodiment, rather than whole Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not under the premise of creative work is made The every other embodiment obtained, belong to the scope of the utility model protection.

Fig. 1-4 are referred to, the utility model provides a kind of technical scheme：A kind of rotating shaft mould structure, including first is hollow Pipe 1, have on the first hollow pipe 1 one perpendicular to the first hollow pipe 1 the first montant 2, the tail end of the first hollow pipe 1 has one first pipeline Bayonet socket 3, the tail end of the first pipeline bayonet socket 3 have one first pipe joint 301, and screw thread is carved with the outer surface of the first pipe joint 301, and first The tail end of pipeline bayonet socket 3 connects a second pipe bayonet socket 4, and the inner surface of second pipe bayonet socket 4 is carved with screw thread, the first pipe joint 301 The embedded inside of second pipe bayonet socket 4 and the outer surface thread of the first pipe joint 301 and the inner surface screw thread phase contract of second pipe bayonet socket 4 Close, second pipe bayonet socket 4 is connected with one second hollow pipe 5, and the tail end of the second hollow pipe 5 has a second pipe interface 501, the second pipe Screw thread is carved with the surface of pipeline joint 501, and the tail end of the second hollow pipe 5 connects one the 3rd pipeline bayonet socket 6, the inner surface of the 3rd pipeline bayonet socket 6 It is carved with screw thread, second pipe interface 501 is embedded in the inside of the 3rd pipeline bayonet socket 6 and the outer surface thread of second pipe interface 501 and the The inner surface screw thread of three pipeline bayonet socket 6 mutually agrees with, and the 3rd pipeline bayonet socket 6 connects one the 3rd hollow pipe 7, and the tail end of the 3rd hollow pipe 7 connects One the 4th pipeline bayonet socket 8 is connect, the inner surface of the 4th pipeline bayonet socket 8 is carved with screw thread, and the 4th pipeline bayonet socket 8 connects one the 5th pipeline bayonet socket 9, there is one the 3rd pipe joint 901 the 5th pipeline bayonet socket 9 and the connection end of the 4th pipeline bayonet socket 8, outside the 3rd pipe joint 901 Surface is carved with inside screw thread and embedded 4th pipeline bayonet socket 8, and the outer surface thread of the 3rd pipe joint 901 and the 4th pipeline bayonet socket 8 inner surface screw threads mutually agree with, and the 5th pipeline bayonet socket 9 connects one the 4th hollow pipe 10, have one on the 4th hollow pipe 10 perpendicular to the Second montant 11 of four hollow pipes 10.

In first embodiment of the present utility model, there is one the 4th pipeline the first hollow pipe 1 and the connection end of the first pipeline bayonet socket 3 Screw thread is carved with interface 101, the outer surface of the 4th pipe joint 101, and the inner surface of the first pipeline bayonet socket 3 is carved with and the 4th pipe joint The screw thread that 101 outer surface threads mutually agree with.

In second embodiment of the present utility model, there is one the 5th pipe the 4th hollow pipe 10 and the connection end of the 5th pipeline bayonet socket 9 Screw thread is carved with pipeline joint 111, the outer surface of the 5th pipe joint 111, and the inner surface of the 5th pipeline bayonet socket 9 is carved with and the 5th pipe joint The screw thread that 111 outer surface threads mutually agree with.

Fig. 2 is the utility model Structure explosion diagram, and Fig. 3 is the first embodiment schematic diagram of the utility model part-structure, Fig. 4 is the second embodiment schematic diagram of the utility model part-structure, and Fig. 1 is the utility model structure diagram.By each zero Part（As shown in Figure 2,3 and 4）It is assembled into a full die structure（As shown in fig. 1）.When needing to produce rotating shaft mould, , can be by raw material because mould structure is hollow pipe（Such as steel rod, molten steel, molten iron）It is inserted or introduced into hollow pipe, rotates First montant 2 and the second montant 11 can be produced to certain angle and reach desired rotating shaft.

While there has been shown and described that embodiment of the present utility model, for the ordinary skill in the art, It is appreciated that these embodiments can be carried out with a variety of changes in the case where not departing from principle of the present utility model and spirit, repaiied Change, replace and modification, the scope of the utility model are defined by the appended claims and the equivalents thereof.

Claims

A kind of 1. rotating shaft mould structure, it is characterised in that：The mould structure includes the first hollow pipe（1）, described first is hollow Pipe（1）On have one perpendicular to first hollow pipe（1）The first montant（2）, first hollow pipe（1）Tail end has one first Pipeline bayonet socket（3）, the first pipeline bayonet socket（3）Tail end has one first pipe joint（301）, first pipe joint （301）It is carved with screw thread, the first pipeline bayonet socket in outer surface（3）Tail end connects a second pipe bayonet socket（4）, the second pipe Bayonet socket（4）Inner surface is carved with screw thread, first pipe joint（301）The embedded second pipe bayonet socket（4）It is internal and described First pipe joint（301）Outer surface thread and the second pipe bayonet socket（4）Inner surface screw thread mutually agrees with, the second pipe Bayonet socket（4）It is connected with one second hollow pipe（5）, second hollow pipe（5）Tail end has a second pipe interface（501）, it is described Second pipe interface（501）It is carved with screw thread, second hollow pipe in outer surface（5）Tail end connects one the 3rd pipeline bayonet socket（6）, institute State the 3rd pipeline bayonet socket（6）Inner surface is carved with screw thread, the second pipe interface（501）The embedded 3rd pipeline bayonet socket（6） Internal and described second pipe interface（501）Outer surface thread and the 3rd pipeline bayonet socket（6）Inner surface screw thread mutually agrees with, institute State the 3rd pipeline bayonet socket（6）Connect one the 3rd hollow pipe（7）, the 3rd hollow pipe（7）Tail end connects one the 4th pipeline bayonet socket （8）, the 4th pipeline bayonet socket（8）Inner surface is carved with screw thread, the 4th pipeline bayonet socket（8）Connect one the 5th pipeline bayonet socket （9）, the 5th pipeline bayonet socket（9）With the 4th pipeline bayonet socket（8）There is one the 3rd pipe joint connection end（901）, it is described 3rd pipe joint（901）It is carved with screw thread and the embedded 4th pipeline bayonet socket in outer surface（8）Inside, and the 3rd pipeline connects Mouthful（901）Outer surface thread and the 4th pipeline bayonet socket（8）Inner surface screw thread mutually agrees with, the 5th pipeline bayonet socket（9）Even Connect one the 4th hollow pipe（10）, the 4th hollow pipe（10）On have one perpendicular to the 4th hollow pipe（10）The second montant （11）.
A kind of 2. rotating shaft mould structure according to claim 1, it is characterised in that：First hollow pipe（1）With it is described First pipeline bayonet socket（3）There is one the 4th pipe joint connection end（101）, the 4th pipe joint（101）It is carved with spiral shell in outer surface Line, the first pipeline bayonet socket（3）Inner surface is carved with and the 4th pipe joint（101）The spiral shell that outer surface thread mutually agrees with Line.
A kind of 3. rotating shaft mould structure according to claim 1, it is characterised in that：4th hollow pipe（10）With it is described 5th pipeline bayonet socket（9）There is one the 5th pipe joint connection end（111）, the 5th pipe joint（111）It is carved with spiral shell in outer surface Line, the 5th pipeline bayonet socket（9）Inner surface is carved with and the 5th pipe joint（111）The spiral shell that outer surface thread mutually agrees with Line.