CN206654444U - A kind of Solid Conveying and Melting band - Google Patents
A kind of Solid Conveying and Melting band Download PDFInfo
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- CN206654444U CN206654444U CN201720453661.9U CN201720453661U CN206654444U CN 206654444 U CN206654444 U CN 206654444U CN 201720453661 U CN201720453661 U CN 201720453661U CN 206654444 U CN206654444 U CN 206654444U
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- 239000007787 solid Substances 0.000 title claims abstract description 25
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Abstract
本实用新型公开了一种固体输送带，包括输送带主体、输送带凸缘、侧定位杆、定位通孔、输送带传动轴、定位凸起、轴体嵌装凸环、轴体嵌装凹槽、带体嵌装凹槽、带体嵌装凸起、定位凹陷面及定位插槽；输送带传动轴连输送带主体，输送带凸缘设在输送带主体上，侧定位杆设在输送带凸缘上，定位凹陷面设在输送带传动轴上，定位插槽设在输送带传动轴上，侧定位杆插在定位插槽内，定位通孔设在输送带主体上，定位凸起设在输送带传动轴上，轴体嵌装凸环设在输送带传动轴上，带体嵌装凹槽设在输送带主体上，轴体嵌装凸环嵌在带体嵌装凹槽内，带体嵌装凸起设在带体嵌装凹槽内。本实用新型能输送固体类物品，保持表面圆滑的物体的稳定运输输送，输送效率高。
The utility model discloses a solid conveyor belt, which comprises a conveyor belt main body, a conveyor belt flange, a side positioning rod, a positioning through hole, a transmission shaft of the conveyor belt, a positioning protrusion, a convex ring embedded in a shaft body, and a concave hole embedded in a shaft body. Groove, belt body embedded groove, belt body embedded protrusion, positioning concave surface and positioning slot; the conveyor belt drive shaft is connected with the conveyor belt main body, the conveyor belt flange is set on the conveyor belt main body, and the side positioning rod is set on the conveyor belt On the belt flange, the positioning concave surface is set on the conveyor belt drive shaft, the positioning slot is set on the conveyor belt drive shaft, the side positioning rod is inserted into the positioning slot, the positioning through hole is set on the main body of the conveyor belt, and the positioning protrusion It is installed on the transmission shaft of the conveyor belt, the shaft embedded convex ring is arranged on the conveyor belt transmission shaft, the belt embedded groove is arranged on the main body of the conveyor belt, and the shaft embedded convex ring is embedded in the belt embedded groove , the belt embedding protrusion is arranged in the belt embedding groove. The utility model can transport solid objects, maintain stable transport and transport of objects with smooth surfaces, and has high transport efficiency.
Description
技术领域technical field
本实用新型涉及一种输送设备，尤其涉及一种固体输送带。The utility model relates to a conveying device, in particular to a solid conveying belt.
背景技术Background technique
输送带是用于传输物品的设备，被广泛用于机械、加工制造、物流、建筑、煤矿、冶金等领域中，可用于固体内物品输送的输送带的种类较多，大多以皮带、金属带为主，现有技术的输送带表面平滑，不适合表面圆滑的物品的输送，稳定性差，容易打滑，影响物品输送的效率，同时也可能导致物品摔落。Conveyor belts are equipment used to transport items, and are widely used in machinery, processing and manufacturing, logistics, construction, coal mines, metallurgy and other fields. Mainly, the surface of the conveyor belt in the prior art is smooth, which is not suitable for the transportation of articles with smooth surfaces. It has poor stability and is easy to slip, which affects the efficiency of article transportation, and may also cause articles to fall.
实用新型内容Utility model content
本实用新型的目的：提供一种固体输送带，结构简单，使用方便，成本低。The purpose of this utility model is to provide a solid conveyor belt with simple structure, convenient use and low cost.
为了实现上述目的，本实用新型的技术方案是：In order to achieve the above object, the technical solution of the utility model is:
一种固体输送带，包括输送带主体、一对输送带凸缘、多根侧定位杆、多个定位通孔、一对输送带传动轴、多根定位凸起、一对轴体嵌装凸环、多个轴体嵌装凹槽、带体嵌装凹槽、多个带体嵌装凸起、多个定位凹陷面及多个定位插槽；所述的输送带主体为环形结构，所述的一对输送带传动轴分别适配设置在所述的输送带主体的内侧两端，所述的输送带主体的宽度大于所述的一对输送带传动轴的长度；所述的一对输送带凸缘分别对称设置在输送带主体的两端边缘处，所述的一对输送带凸缘与所述的输送带主体为一体结构，所述的多根侧定位杆分别间隔设置在所述的一对输送带凸缘的内侧端面上，所述的多根侧定位杆与所述的输送带主体垂直；所述的多个定位凹陷面为圆环形结构并分别对称设置在所述的一对输送带传动轴的两个端面上，位于所述的一对输送带传动轴的边缘处，所述的多个定位插槽分别沿所述的一对定位凹陷面的径向间隔设置在所述的一对输送带传动轴的两个端面上，位于所述的多个定位凹陷面的内侧端，所述的多根侧定位杆的端部分别适配插入在所述的多个定位插槽内；所述的多个定位通孔分别间隔设置在所述的输送带主体的侧端边缘处，位于所述的一对输送带凸缘的内侧，所述的多根定位凸起分别沿径向间隔设置在所述的一对输送带传动轴的表面上，所述的多根定位凸起分别适配插接在所述的多个定位通孔内；所述的一对轴体嵌装凸环分别为圆环形结构并对应设置在所述的一对输送带传动轴上，位于所述的一对输送带传动轴的中部，所述的带体嵌装凹槽设置在所述的输送带主体的内侧端面上，所述的带体嵌装凹槽沿所述的输送带主体的中线设置，所述的一对轴体嵌装凸环适配嵌装在所述的带体嵌装凹槽内；所述的多个轴体嵌装凹槽分别间隔设置在所述的一对轴体嵌装凸环内，所述的多个带体嵌装凸起分别间隔设置在所述的带体嵌装凹槽内，所述的多个带体嵌装凸起分别适配嵌装在所述的多个轴体嵌装凹槽内。A solid conveyor belt, comprising a conveyor belt main body, a pair of conveyor belt flanges, a plurality of side positioning rods, a plurality of positioning through holes, a pair of conveyor belt drive shafts, a plurality of positioning protrusions, a pair of shaft embedded protrusions Ring, multiple shaft embedding grooves, belt embedding grooves, multiple belt embedding protrusions, multiple positioning concave surfaces and multiple positioning slots; the main body of the conveyor belt is an annular structure, so The pair of conveyor belt drive shafts are respectively adapted to be arranged on the inner two ends of the conveyor belt main body, and the width of the conveyor belt main body is greater than the length of the pair of conveyor belt drive shafts; The conveyor belt flanges are arranged symmetrically on both ends of the conveyor belt main body, the pair of conveyor belt flanges and the conveyor belt main body are integrally structured, and the plurality of side positioning rods are respectively arranged at intervals on the conveyor belt main body. On the inside end faces of the pair of conveyor belt flanges, the plurality of side positioning rods are perpendicular to the main body of the conveyor belt; the plurality of positioning concave surfaces are circular structures and are symmetrically arranged on the The two end faces of the pair of conveyor belt transmission shafts are located at the edges of the pair of conveyor belt transmission shafts, and the plurality of positioning slots are arranged at intervals along the radial direction of the pair of positioning concave surfaces. On the two end faces of the pair of conveyor belt drive shafts, located at the inner ends of the plurality of positioning recessed surfaces, the ends of the plurality of side positioning rods are adapted to be inserted into the plurality of positioning rods respectively. In the positioning slot; the plurality of positioning through holes are arranged at intervals at the side edge of the main body of the conveyor belt, located inside the pair of conveyor belt flanges, and the plurality of positioning protrusions They are arranged at intervals along the radial direction on the surface of the pair of conveyor belt transmission shafts, and the plurality of positioning protrusions are respectively fitted and inserted into the plurality of positioning through holes; the pair of shafts The body-embedded protruding rings are annular structures and are correspondingly arranged on the pair of conveyor belt transmission shafts, located in the middle of the pair of conveyor belt transmission shafts, and the belt body embedded grooves are arranged on the On the inner end surface of the conveyor belt main body, the belt embedding groove is arranged along the center line of the conveyor belt main body, and the pair of shaft embedding convex rings are adapted to be embedded in the The belt body is embedded in the groove; the plurality of shaft body embedded grooves are arranged at intervals in the pair of shaft body embedded convex rings, and the plurality of belt body embedded protrusions are respectively arranged at intervals In the belt-embedding groove, the multiple belt-embedding protrusions are adapted to be embedded in the multiple shaft-embedding grooves respectively.
上述的固体输送带，其中，所述的输送带主体的外侧端面上间隔设有多个弧面凹陷结构，所述的多个弧面凹陷结构为圆形或椭圆形结构。The above-mentioned solid conveyor belt, wherein, the outer end surface of the main body of the conveyor belt is provided with a plurality of arcuate concave structures at intervals, and the plurality of arcuate concave structures are circular or elliptical structures.
上述的固体输送带，其中，所述的输送带主体的外侧端面上分别间隔设有多条防滑减速条，所述的多条防滑减速条沿所述的输送带主体的中线设置。The above-mentioned solid conveyor belt, wherein, the outer end surface of the main body of the conveyor belt is respectively provided with a plurality of anti-slip deceleration strips at intervals, and the plurality of anti-slip deceleration strips are arranged along the center line of the main body of the conveyor belt.
上述的固体输送带，其中，所述的输送带主体的内侧端面上设有一对对称设置的弹力拉紧条，所述的一对弹力拉紧条沿所述的带体嵌装凹槽的边缘设置。The above-mentioned solid conveyor belt, wherein, a pair of symmetrically arranged elastic tension strips are arranged on the inner end surface of the conveyor belt main body, and the pair of elastic tension strips are arranged along the edge of the belt body embedded groove. set up.
上述的固体输送带，其中，所述的一对输送带凸缘的外侧端面上间隔设有多条加强筋，位于所述的多个定位通孔的侧部。In the above-mentioned solid conveyor belt, a plurality of reinforcement ribs are arranged at intervals on the outer end surfaces of the pair of conveyor belt flanges, and are located at the sides of the plurality of positioning through holes.
上述的固体输送带，其中，所述的一对输送带传动轴的表面间隔设有多个防滑凸点，位于所述的多根定位凸起的内侧。The above-mentioned solid conveyor belt, wherein, the surfaces of the pair of conveyor belt transmission shafts are provided with a plurality of anti-slip protrusions at intervals, located inside the plurality of positioning protrusions.
上述的固体输送带，其中，所述的一对输送带传动轴的两端分别设有一对转动轴承，所述的一对输送带传动轴分别通过所述的一对转动轴承外接驱动设备。The above-mentioned solid conveyor belt, wherein, a pair of rotating bearings are provided at both ends of the pair of conveyor belt drive shafts, and the pair of conveyor belt drive shafts are externally connected to the driving device through the pair of rotary bearings.
本实用新型能用于固体类物品的输送，保持表面圆滑的物体的稳定运输输送，输送效率高。The utility model can be used for the transportation of solid objects, maintains stable transportation and transportation of objects with smooth surfaces, and has high transportation efficiency.
附图说明Description of drawings
图1是本实用新型一种固体输送带的分解图。Fig. 1 is an exploded view of a solid conveyor belt of the present invention.
图2是本实用新型一种固体输送带的输送带主体的内侧端面图。Fig. 2 is an inner end view of the conveyor belt main body of a solid conveyor belt of the present invention.
图3是本实用新型一种固体输送带的输送带传动轴的侧视图。Fig. 3 is a side view of a conveyor drive shaft of a solid conveyor belt of the present invention.
具体实施方式detailed description
以下结合附图进一步说明本实用新型的实施例。Further illustrate the embodiment of the present utility model below in conjunction with accompanying drawing.
请参见附图1所示，一种固体输送带，包括输送带主体1、一对输送带凸缘2、多根侧定位杆3、多个定位通孔4、一对输送带传动轴5、多根定位凸起6、一对轴体嵌装凸环7、多个轴体嵌装凹槽8、带体嵌装凹槽9、多个带体嵌装凸起10、多个定位凹陷面11及多个定位插槽12；所述的输送带主体1为环形结构，所述的一对输送带传动轴5分别适配设置在所述的输送带主体1的内侧两端，所述的输送带主体1的宽度大于所述的一对输送带传动轴5的长度；所述的一对输送带凸缘2分别对称设置在输送带主体1的两端边缘处，所述的一对输送带凸缘2与所述的输送带主体1为一体结构，所述的多根侧定位杆3分别间隔设置在所述的一对输送带凸缘2的内侧端面上，所述的多根侧定位杆3与所述的输送带主体1垂直；所述的多个定位凹陷面11为圆环形结构并分别对称设置在所述的一对输送带传动轴5的两个端面上，位于所述的一对输送带传动轴5的边缘处，所述的多个定位插槽12分别沿所述的一对定位凹陷面11的径向间隔设置在所述的一对输送带传动轴5的两个端面上，位于所述的多个定位凹陷面11的内侧端，所述的多根侧定位杆3的端部分别适配插入在所述的多个定位插槽12内；所述的多个定位通孔4分别间隔设置在所述的输送带主体1的侧端边缘处，位于所述的一对输送带凸缘2的内侧，所述的多根定位凸起6分别沿径向间隔设置在所述的一对输送带传动轴5的表面上，所述的多根定位凸起6分别适配插接在所述的多个定位通孔4内；所述的一对轴体嵌装凸环7分别为圆环形结构并对应设置在所述的一对输送带传动轴5上，位于所述的一对输送带传动轴5的中部，所述的带体嵌装凹槽9设置在所述的输送带主体1的内侧端面上，所述的带体嵌装凹槽9沿所述的输送带主体1的中线设置，所述的一对轴体嵌装凸环7适配嵌装在所述的带体嵌装凹槽9内；所述的多个轴体嵌装凹槽8分别间隔设置在所述的一对轴体嵌装凸环7内，所述的多个带体嵌装凸起10分别间隔设置在所述的带体嵌装凹槽9内，所述的多个带体嵌装凸起10分别适配嵌装在所述的多个轴体嵌装凹槽8内。Please refer to the accompanying drawing 1, a solid conveyor belt, including a conveyor belt main body 1, a pair of conveyor belt flanges 2, a plurality of side positioning rods 3, a plurality of positioning through holes 4, a pair of conveyor belt drive shafts 5, Multiple positioning protrusions 6, a pair of shaft body embedded convex rings 7, multiple shaft body embedded grooves 8, belt body embedded grooves 9, multiple belt body embedded protrusions 10, multiple positioning concave surfaces 11 and a plurality of positioning slots 12; the conveyor belt main body 1 is an annular structure, and the pair of conveyor belt transmission shafts 5 are respectively adapted to be arranged on the inner two ends of the conveyor belt main body 1, and the The width of the conveyor belt main body 1 is greater than the length of the pair of conveyor belt drive shafts 5; the pair of conveyor belt flanges 2 are respectively symmetrically arranged at the two ends of the conveyor belt main body 1, and the pair of conveyor belt The belt flange 2 is integrated with the conveyor belt main body 1, and the plurality of side positioning rods 3 are arranged at intervals on the inner end faces of the pair of conveyor belt flanges 2, and the plurality of side positioning rods The positioning rod 3 is perpendicular to the main body 1 of the conveyor belt; the plurality of positioning concave surfaces 11 are annular structures and are respectively symmetrically arranged on the two end faces of the pair of conveyor belt drive shafts 5, located at the At the edge of the pair of conveyor belt transmission shafts 5, the plurality of positioning slots 12 are respectively arranged at intervals along the radial direction of the pair of positioning concave surfaces 11 on the sides of the pair of conveyor belt transmission shafts 5. The two end faces are located at the inner ends of the plurality of positioning recessed surfaces 11, and the ends of the plurality of side positioning rods 3 are adapted to be inserted into the plurality of positioning slots 12; A plurality of positioning through holes 4 are arranged at intervals on the side edge of the conveyor belt main body 1, located inside the pair of conveyor belt flanges 2, and the plurality of positioning protrusions 6 are arranged along the radial direction respectively. It is arranged at intervals on the surface of the pair of conveyor belt transmission shafts 5, and the plurality of positioning protrusions 6 are respectively fitted and inserted into the plurality of positioning through holes 4; the pair of shafts The embedding protruding rings 7 are annular structures and are correspondingly arranged on the pair of conveyor belt drive shafts 5, located in the middle of the pair of conveyor belt drive shafts 5, and the belt body is embedded in the groove 9 is arranged on the inner end surface of the conveyor belt main body 1, the belt embedding groove 9 is arranged along the centerline of the conveyor belt main body 1, and the pair of shaft embedding convex rings 7 are suitable for fit and fit in the said belt body fitting groove 9; said plurality of shaft body fitting grooves 8 are separately arranged in said pair of shaft body fitting convex rings 7; A belt embedding protrusion 10 is separately arranged in the belt embedding groove 9 at intervals, and the plurality of belt embedding protrusions 10 are adapted to be embedded in the plurality of shaft embeddings respectively. In the dress groove 8.
所述的输送带主体1的外侧端面上间隔设有多个弧面凹陷结构13，所述的多个弧面凹陷结构13为圆形或椭圆形结构，可起到防滑的作用，便于表面圆滑的物品的输送。The outer end surface of the conveyor belt main body 1 is provided with a plurality of arc-shaped concave structures 13 at intervals, and the plurality of arc-shaped concave structures 13 are circular or oval structures, which can play an anti-skid role and facilitate smooth surface. delivery of items.
所述的输送带主体1的外侧端面上分别间隔设有多条防滑减速条14，所述的多条防滑减速条14沿所述的输送带主体1的中线设置，可起到防滑的作用，避免摆放到输送带主体1上的物品因惯性滑动。The outer end surface of the conveyor belt main body 1 is respectively provided with a plurality of anti-slip deceleration strips 14 at intervals, and the plurality of anti-slip deceleration strips 14 are arranged along the center line of the conveyor belt main body 1, which can play an anti-slip effect. Avoid sliding of items placed on the conveyor belt main body 1 due to inertia.
所述的输送带主体1的内侧端面上设有一对对称设置的弹力拉紧条15，所述的一对弹力拉紧条15沿所述的带体嵌装凹槽9的边缘设置，可确保输送带主体1拉紧，保持平直。The inner end surface of the conveyor belt main body 1 is provided with a pair of symmetrically arranged elastic tension strips 15, and the pair of elastic tension strips 15 are arranged along the edge of the belt embedding groove 9 to ensure The conveyor belt main body 1 is tightened and kept straight.
所述的一对输送带凸缘2的外侧端面上间隔设有多条加强筋16，位于所述的多个定位通孔4的侧部，可起到提高牢固度的作用，避免开孔处破裂损坏。The outer end surfaces of the pair of conveyor belt flanges 2 are provided with a plurality of reinforcement ribs 16 at intervals, which are located on the sides of the plurality of positioning through holes 4, which can improve the firmness and avoid the opening of the holes. Crack damage.
所述的一对输送带传动轴5的表面间隔设有多个防滑凸点17，位于所述的多根定位凸起6的内侧，可起到防滑的作用，保持与一对输送带传动轴5之间稳定的相对传动。The surface of the pair of conveyor belt drive shafts 5 is provided with a plurality of anti-slip protrusions 17 at intervals, which are located on the inside of the plurality of positioning protrusions 6, which can play an anti-skid role and keep the same with the pair of conveyor belt drive shafts. 5 stable relative transmission.
所述的一对输送带传动轴5的两端分别设有一对转动轴承18，所述的一对输送带传动轴5分别通过所述的一对转动轴承18外接驱动设备，便于驱动设备驱动本实用新型传动。The two ends of the pair of conveyor belt drive shafts 5 are respectively provided with a pair of rotating bearings 18, and the pair of conveyor belt drive shafts 5 are respectively externally connected to the driving equipment through the pair of rotating bearings 18, so that the driving equipment can drive the machine. Utility model transmission.
使用时，一对输送带传动轴5带动输送带主体1传动，传动的同时，一对输送带凸缘2位于一对输送带传动轴5的外侧，起到较好的保护作用，多根定位凸起6和多个定位通孔4适配插接，一对轴体嵌装凸环7适配嵌装在带体嵌装凹槽9内，多个带体嵌装凸起10适配嵌入多个轴体嵌装凹槽8内，多跟侧定位杆3分别通过多个定位凹陷面11与多个定位插槽12适配插接，使一对输送带传动轴5与输送带主体1相对稳定的传动，提高传动的稳定性。When in use, a pair of conveyor belt drive shafts 5 drives the conveyor belt main body 1 to drive. At the same time of transmission, a pair of conveyor belt flanges 2 are located outside the pair of conveyor belt drive shafts 5, which play a better protective role. Multiple positioning The protrusion 6 and a plurality of positioning through holes 4 are adapted to be inserted, a pair of shaft embedded convex rings 7 are adapted to be embedded in the belt embedded groove 9, and a plurality of belt embedded protrusions 10 are adapted to be embedded A plurality of shafts are embedded in the groove 8, and the multi-heel side positioning rods 3 are adapted and plugged with a plurality of positioning slots 12 through a plurality of positioning concave surfaces 11, so that a pair of conveyor belt drive shafts 5 and the conveyor belt main body 1 Relatively stable transmission improves transmission stability.
综上所述，本实用新型能用于固体类物品的输送，保持表面圆滑的物体的稳定运输输送，输送效率高。To sum up, the utility model can be used for the transportation of solid objects, maintains stable transportation and transportation of objects with smooth surfaces, and has high transportation efficiency.
以上所述仅为本实用新型的优选实施例，并非因此限制本实用新型的专利范围，凡是利用本实用新型说明书内容所作的等效结构变换，或直接或间接运用附属在其他相关产品的技术领域，均同理包括在本实用新型的专利保护范围内。The above is only a preferred embodiment of the utility model, and does not limit the patent scope of the utility model. Any equivalent structural transformation made by the contents of the specification of the utility model, or direct or indirect use of the technical fields attached to other related products , are all included in the scope of patent protection of the utility model in the same way.
Claims (7)
- A kind of 1. Solid Conveying and Melting band, it is characterised in that：Including belt body, a pair of conveying flanged pins, more side gauge bars, more Individual positioning through hole, a pair of conveyer belt power transmission shafts, more positioning convex, a pair of axis body setting-in bulge loops, multiple axis body embedded grooves arrangeds, bands Body embedded grooves arranged, multiple band bodies are embedded in raised, multiple locating recesses faces and multiple locating slots；Described belt body is ring Shape structure, a pair of described conveyer belt power transmission shafts are adapted to the inner side both ends for being arranged on described belt body respectively, described The width of belt body is more than the length of a pair of described conveyer belt power transmission shafts；A pair of described conveying flanged pins are respectively symmetrically It is arranged at the edges at two ends of belt body, described a pair of conveying flanged pins are integrated knot with described belt body Structure, more described side gauge bars, which are respectively separated, to be arranged on a pair of described flanged inner side ends of conveying, and described is more Root side gauge bar is vertical with described belt body；Described multiple locating recesses faces are cirque structure and respectively symmetrically set Put on two end faces of a pair of described conveyer belt power transmission shafts, positioned at the edge of a pair of described conveyer belt power transmission shafts, institute The multiple locating slots stated are arranged on a pair of described conveyer belts along the spaced radial in a pair of described locating recesses faces respectively and passed On two end faces of moving axis, the medial extremity positioned at described multiple locating recesses faces, the end part of more described side gauge bars It Shi Pei not be inserted in described multiple locating slots；Described multiple positioning through hole, which are respectively separated, is arranged on described conveyer belt The side edge of main body, positioned at a pair of described flanged inner sides of conveying, more described positioning convex difference is radially Be disposed on the surface of a pair of described conveyer belt power transmission shafts, more described positioning convex be adapted to respectively be plugged on it is described Multiple positioning through hole in；Described a pair of axis bodies setting-in bulge loop is respectively cirque structure and is correspondingly arranged at described a pair On conveyer belt power transmission shaft, positioned at the middle part of a pair of described conveyer belt power transmission shafts, described band body embedded grooves arranged is arranged on described Belt body inner side end on, the center line with body embedded grooves arranged along described belt body is set, described A pair of axis bodies setting-in bulge loop adaptation be inlaid in described band body embedded grooves arranged；Between described multiple axis body embedded grooves arrangeds difference Every being arranged in described a pair of axis bodies setting-in bulge loop, described multiple be respectively separated with body setting-in projection is arranged on described band In body embedded grooves arranged, described multiple be adapted to respectively with body setting-in projection is inlaid in described multiple axis body embedded grooves arrangeds.
- 2. Solid Conveying and Melting band according to claim 1, it is characterised in that：Between in the end face outside of described belt body Every provided with multiple cambered surface sunk structures, described multiple cambered surface sunk structures are circular or ellipsoidal structure.
- 3. Solid Conveying and Melting band according to claim 2, it is characterised in that：Divide in the end face outside of described belt body A plurality of anti-skidding deceleration bar is not interval with, and center line of the described a plurality of anti-skidding deceleration bar along described belt body is set.
- 4. Solid Conveying and Melting band according to claim 1, it is characterised in that：Set on the inner side end of described belt body There are a pair of symmetrically arranged elastic force to tense bar, a pair of described elastic force tense bar and set along the edge with body embedded grooves arranged Put.
- 5. Solid Conveying and Melting band according to claim 1, it is characterised in that：A pair of described flanged end face outsides of conveying On be interval with a plurality of reinforcement, positioned at the sidepiece of described multiple positioning through hole.
- 6. Solid Conveying and Melting band according to claim 1, it is characterised in that：Between the surface of a pair of described conveyer belt power transmission shafts Every provided with multiple anti-skidding salient points, positioned at the inner side of more described positioning convex.
- 7. Solid Conveying and Melting band according to claim 1, it is characterised in that：The both ends of a pair of described conveyer belt power transmission shafts point Do not held provided with a pair of rotary axes, a pair of described conveyer belt power transmission shafts hold external driving by described a pair of rotary axes respectively and set It is standby.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720453661.9U CN206654444U (en) | 2017-04-21 | 2017-04-21 | A kind of Solid Conveying and Melting band |
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| CN201720453661.9U CN206654444U (en) | 2017-04-21 | 2017-04-21 | A kind of Solid Conveying and Melting band |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109264305A (en) * | 2018-11-20 | 2019-01-25 | 湖北理工学院 | A kind of air-conditioning side plate automation transmission mechanism |
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2017
- 2017-04-21 CN CN201720453661.9U patent/CN206654444U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109264305A (en) * | 2018-11-20 | 2019-01-25 | 湖北理工学院 | A kind of air-conditioning side plate automation transmission mechanism |
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