CN204688995U - A kind of vertical transmitting device being applicable to granule dust material - Google Patents
A kind of vertical transmitting device being applicable to granule dust material Download PDFInfo
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- CN204688995U CN204688995U CN201520194216.6U CN201520194216U CN204688995U CN 204688995 U CN204688995 U CN 204688995U CN 201520194216 U CN201520194216 U CN 201520194216U CN 204688995 U CN204688995 U CN 204688995U
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Abstract
A kind of vertical transmitting device being applicable to granule dust material of the present utility model, transmission for the vertical direction realizing granule materials comprises a body, one rotating shaft and a helicallobe, described rotating shaft is arranged at a transmission cavity of described body, described helicallobe comprises one first helicallobe and one second helicallobe, described first helicallobe and described second helicallobe are arranged at described rotating shaft in the shape of a spiral, described first helicallobe is between described second helicallobe, be increased described second helicallobe transmission coefficient, strengthen the transfer rate of described vertical transmitting device vertical direction.
Description
Technical field
The utility model relates to a kind of vertically transmitting device, for the transmission efficiency improving granule materials vertical direction.
Background technology
For enterprise in granule dust materiel machining process, especially for the transmitting procedure of feed in livestock nursing process.Generally all need through transmitting procedure raw material, no matter raw material is from external transmission to the course of processing, the granule materials after still machining is transferred to outside, and transmitting device plays very important effect, enhances productivity while can reducing manpower.Especially, for other graininess such as feed granules, colliery, sandstone, cereal in livestock nursing process or pulverous granule materials, the effect of transmitting device is particularly important.Especially by granule dust material transferring to eminence, if rely on the carrying of manpower by serious delayed production efficiency, the growth requirement of present enterprise can not be met.
Conventional transmission machine is to realize the transfer rate such as feed granules on vertical direction partially slow, because particulate matter is when vertical direction carries out transmitting procedure, be subject to the effect of gravity, conveyer is upwards transmitted by the particulate matter that rotarily drives of helicallobe, but due to the effect of gravity, particulate matter can from the gap landing between helicallobe and conveyer pipeline, and due to the restriction of gravity, particulate matter is on the low side in the transmission efficiency of vertical direction.The transmission efficiency of traditional conveyer is determined primarily of the pitch between the peripheral diameter of helicallobe, the diameter of inner rotating shaft and each adjacent spaces helicallobe.There is some above-mentioned shortcomings in traditional conveyer, has a strong impact on production efficiency.When inlet point guarantees operational throughput, the transmission efficiency reducing overall transfer machine because vertical transfer machine Transfer coefficient is low is on the low side.Necessarily transmit difficulty because vertical transfer exists, once the feed rate of inlet point is too fast, by the situation causing the inlet point of vertical transfer machine to block, What is more causes damage to conveyer.If the constant pitch of the helicallobe in vertical transfer machine is changed into variable pitch, the transmission quantity of vertical transfer machine is calculated by minimum pitch, reduces transmission quantity, is equivalent to reduce transmission efficiency.
Utility model content
An object of the present utility model is to provide a kind of vertically transmitting device, and it is able to have transfer rate faster when guaranteeing single-candidate transmission quantity, enhances productivity.
Another object of the present utility model is to provide a kind of vertically transmitting device, and it is improved the transmission efficiency of vertical direction, and then improves the transmission efficiency of overall transfer device.
Another object of the present utility model is to provide a kind of vertically transmitting device, and its first helicallobe is adjacent to inlet point, the pitch relative close of the first helicallobe, is guaranteed that granule dust material enters the feed rate of inlet point.
Another object of the present utility model is to provide a kind of vertically transmitting device, and the first helicallobe is increased the pitch density of adjacent of the second helicallobe being adjacent to inlet point, accelerates the speed of transmission of described vertical delivery pipe.
Another object of the present utility model is to provide a kind of vertically transmitting device, and it is realized the long-distance transmissions under different operating environment according to the actual requirements.
For realizing above object, a kind of vertically transmitting device, for the transmission of vertical direction realizing granule materials, it is characterized in that, comprise a body, one rotating shaft and a helicallobe, described rotating shaft is arranged at a transmission cavity of described body, described helicallobe comprises one first helicallobe and one second helicallobe, described first helicallobe and described second helicallobe are arranged at described rotating shaft in the shape of a spiral, described first helicallobe is between described second helicallobe, be increased described second helicallobe transmission coefficient, strengthen the transfer rate of described vertical transmitting device vertical direction.
Preferably, described first helicallobe and described second helicallobe are same size, described first helicallobe be increased described second helicallobe that is adjacent to described inlet point adjacent between pitch density, when guaranteeing single-candidate transmission quantity, strengthen the speed of transmission of described vertical transmitting device.
Preferably, described first helicallobe is adjacent to an inlet point of described body, and the length of described first helicallobe, slightly larger than the width of described inlet point, is guaranteed the feed rate of granule materials by described inlet point.
Preferably, described inlet point is positioned at the end of described body, and a discharging opening of described body is positioned at the head end of described body, granule materials is entered by described inlet point, by the transmission of described helicallobe, discharge from described discharging opening, realize the transmission of material vertical direction.
Accompanying drawing explanation
Fig. 1 is the schematic diagram according to transmitting device vertical in the preferred embodiment of the present invention.
Fig. 2 is the laser propagation effect schematic diagram according to conventional transmission devices.
Fig. 3 is the laser propagation effect schematic diagram according to vertical transmitting device of the present invention.
Detailed description of the invention
According to the content disclosed in claim of the present utility model and specification sheets, described in the technical solution of the utility model literary composition specific as follows.
A kind of vertical transmitting device 10 is as shown in Figure 1 able to the transmission carried out by granule materials on vertical direction, having transfer rate faster, enhancing productivity when guaranteeing single-candidate transmission quantity.In other words, be compared to traditional transmitting device, vertical transmitting device 10 described in the utility model is when transmitting equivalent granule materials, and the transmission time needed for described vertical transmitting device 10 will obviously reduce, and then provide the production efficiency of enterprise.
Described vertical transmitting device 10 comprises body 11, rotating shaft 12 and one group of helicallobe 13.The tubular structure that described body 11 is made for metal material, selected different preset length according to the actual requirements, described body 11 has a transmission cavity 110, granule materials is able to transmit at described transmission cavity 110, granule materials enters in described transmission cavity 110 by the inlet point 111 on described body 11, the discharging opening 12 being transferred to described body 11 by described helicallobe 13 is discharged, and realizes the transmitting procedure of granule materials vertical direction.Vertical direction described in the utility model should be understood to and the vertical direction of horizontal plane or the direction of tilt horizontal by certain predetermined angle.Described inlet point 111 is positioned at the side, bottom of described body 11, and described discharging opening 112 is positioned at the head end side of described body 11, and granule materials is discharged from described discharging opening 112 after described inlet point 111 enters through described transmission cavity 110.Described rotating shaft 12 is arranged at the center of described transmission cavity 110, the two ends of described rotating shaft 12 stretch out from the two ends of described body 11 respectively, the rotation of motor by driving the end of described rotating shaft 12 to be driven described rotating shaft 12, described rotating shaft 12 is able to rotate in described transmission cavity 110, described rotating shaft 12 has different slewing rates, be able to select different slewing rates according to different transmission demands, make described vertical transmitting device 10 have different transfer rates, meet the Production requirement under different condition.
Be arranged at described rotating shaft 12 described helicallobe 13 clockwise spiral, between adjacent described helicallobe 13, there is identical default pitch.Along with the rotation of described rotating shaft 12, make described helicallobe 13 clickwise, and then the bottom of the granule materials in described transmission cavity 110 from described body 11 will be entered into from described inlet point 111 to be transferred to by described helicallobe the head end of described body 11, and discharge from described discharging opening 112.
The transmission efficiency of described vertical transmitting device 10 is determined primarily of the pitch described in the peripheral diameter of described helicallobe 13, the diameter of inner rotating shaft and each adjacent between helicallobe 13.There is some shortcomings in traditional conveyer, when described inlet point 111 operational throughput is certain, reduces generation efficiency because described vertical transmitting device 10 transmission coefficient is low.Especially described vertical transmitting device 10 is compared to exist with horizontal transport in the transmission of vertical direction and is necessarily transmitted difficulty, because granule materials is under the effect being subject to gravity, in described transmission cavity 110 during transmission, granule materials down drops from the gap between described helicallobe 13 and the inwall of described transmission cavity 110.But once the granule materials ingress rate of described inlet point 111 is too fast, on described vertical transmitting device 10 vertical direction, the restriction of transfer rate, causes the situation that described inlet point 11 blocks, and What is more causes damage to described vertical delivery pipe 10.Described helicallobe 13 is also constant pitch, there is certain predetermined diameter, if the constant pitch of described helicallobe 13 changes into variable pitch, the transmission quantity of described vertical transmitting device 10 is calculated by minimum pitch, the transmission quantity of described vertical transmitting device 10 is reduced, actual production demand cannot be met mutually.
It is worth mentioning that, vertical transmitting device 10 described in the utility model is overcome the above problem, and described vertical transmitting device 10 is compared to traditional transmitting device and has transfer rate faster when guaranteeing single-candidate transmission quantity.Inventive features of the present utility model is the project organization change of helicallobe, and the efficiency of described vertical transmitting device 10 is improved.Helicallobe 13 described in the utility model comprises one group of first helicallobe 131 and one group of second helicallobe 132, described first helicallobe 131 and described 132, second auger leaf are arranged at described rotating shaft 12 in the shape of a spiral, described first helicallobe 131 is between described second helicallobe 132, be increased described second helicallobe 132 transmission coefficient, described rotating shaft 12 is driven to rotate, granule materials is able to be transmitted by described helicallobe 13, described first helicallobe 131 is accelerated through the speed of transmission of the granule materials that described inlet point 111 imports into.Described first helicallobe 131 is same size with described second helicallobe 132, described first helicallobe 131 be increased described second helicallobe 132 that is adjacent to described inlet point 111 adjacent between pitch density, when guaranteeing single-candidate transmission quantity, accelerate the speed of transmission of described vertical delivery pipe 10.
Described first helicallobe 131 is adjacent to described inlet point 111, is positioned at described body 11 end, and described first helicallobe 131 has certain predetermined length, and described first helicallobe 131 is accelerated the speed of transmission of granule materials.Preferably, the preset length of described first helicallobe 131 exceedes the Opening length of described inlet point 111, the granule materials that described inlet point 111 is come in is transmitted by described first helicallobe 131 completely, the granule materials packing phenomenon of described inlet point 111 can not be caused, improve transmission efficiency.Described first helicallobe 131 and described second helicallobe 132 are spirally arranged at described rotating shaft 12 integratedly.Driving described rotating shaft 12 to rotate is driven described first helicallobe 131 and described second helicallobe 132 to drive the transmission of granule materials vertical direction.
It is worth mentioning that, described first helicallobe 131 pitch makes described second helicallobe 132 pitch being adjacent to described inlet point 111 tightr.The structure design that described first helicallobe 131 combines with described second helicallobe 132, make to be positioned at described second helicallobe 132 on described body 11 terminal position and there is pitch structure closely, accelerated the speed of transmission that described inlet point 111 enters granule materials.Simultaneously in order to not reduce the transmission quantity of granule materials, described second helicallobe 132 is the project organization of constant pitch.After granule materials is delivered to described second helicallobe 132 by described first helicallobe 131, the transmission quantity of described helicallobe 13 can not reduce, and meets needed for producing.
Preferably, the pitch of described second helicallobe 132 is 2 times of described first helicallobe 131.Experimentally data and productive experiment gained, when the pitch of described second helicallobe 132 is Y, when the pitch of described first helicallobe 131 is Y/2, the structure of described helicallobe 13 just can have best pairing effect, makes the transfer rate of described helicallobe 13 reach best transmission speed.
Fig. 2 and the effectiveness comparison schematic diagram that Figure 3 shows that traditional vertical delivery pipe and described vertical delivery pipe 10.According to Fig. 2, traditional vertical delivery pipe is when vertical direction transporting particulates material material, and described helicallobe is all that even single-candidate drives granule materials transmission, causes transmission coefficient on vertical direction on the low side, and then makes the transmission quantity in the unit time on the low side.And Fig. 3 is according to result of use figure of the present utility model, due to described first helicallobe 131 for compact structure designs, improve the speed of granule materials by vertical direction after described inlet point 111 transmits.Described helicallobe 13 is helicoidal structure simultaneously, granule materials on described first helicallobe 131 is passed to described second helicallobe 132, because described first civilian imperial blade 131 is delivered to the quick-acting quickening of transmission of described second civilian imperial blade 132, the granule materials that described second helicallobe 132 is driven will increase, and improve the transmission quantity of described vertical delivery pipe 10.Be compared to traditional described vertical delivery pipe, in transmittance process, the granule materials that helicallobe drives is all constant, cannot improve speed of transmission.
Foregoing is exemplifying of specific embodiment of the utility model, for equipment and the structure of wherein not detailed description, should be understood to take the existing common apparatus in this area and universal method to be implemented.
The utility model above-described embodiment is only the use that technical solutions of the utility model are described simultaneously, is only enumerating of technical solutions of the utility model, is not limited to the technical solution of the utility model and protection domain thereof.Equivalent technologies means, equivalent apparatus etc. is adopted to be considered to be to the improvement of the technical scheme disclosed in the utility model claims and specification sheets the scope do not exceeded disclosed in claims of the present invention and specification sheets.
Claims (4)
1. one kind is applicable to the vertical transmitting device of granule dust material, for the transmission of vertical direction realizing granule materials, it is characterized in that, comprise: a body, one rotating shaft and a helicallobe, described rotating shaft is arranged at a transmission cavity of described body, described helicallobe comprises one first helicallobe and one second helicallobe, described first helicallobe and described second helicallobe are arranged at described rotating shaft in the shape of a spiral, described first helicallobe is between described second helicallobe, be increased described second helicallobe transmission coefficient, strengthen the transfer rate of described vertical transmitting device vertical direction.
2. be applicable to the vertical transmitting device of granule dust material as claimed in claim 1, it is characterized in that, described first helicallobe is adjacent to an inlet point of described body, the length of described first helicallobe, slightly larger than the width of described inlet point, is guaranteed the feed rate of granule materials by described inlet point.
3. be applicable to the vertical transmitting device of granule dust material as claimed in claim 2, it is characterized in that, described first helicallobe and described second helicallobe are same size, described first helicallobe be increased described second helicallobe that is adjacent to described inlet point adjacent between pitch density, strengthen the speed of transmission of described vertical transmitting device.
4. be applicable to the vertical transmitting device of granule dust material as claimed in claim 2, it is characterized in that, described inlet point is positioned at the end of described body, one discharging opening of described body is positioned at the head end of described body, granule materials is entered by described inlet point, by the transmission of described helicallobe, discharge from described discharging opening, realize the transmission of material vertical direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520194216.6U CN204688995U (en) | 2015-04-01 | 2015-04-01 | A kind of vertical transmitting device being applicable to granule dust material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520194216.6U CN204688995U (en) | 2015-04-01 | 2015-04-01 | A kind of vertical transmitting device being applicable to granule dust material |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204688995U true CN204688995U (en) | 2015-10-07 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520194216.6U Active CN204688995U (en) | 2015-04-01 | 2015-04-01 | A kind of vertical transmitting device being applicable to granule dust material |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204688995U (en) |
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2015
- 2015-04-01 CN CN201520194216.6U patent/CN204688995U/en active Active
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address |
Address after: 315300 xujiapu reclamation area, Xinpu Town, Cixi City, Ningbo City, Zhejiang Province (Cixi modern agricultural park) Patentee after: Xinbaiqin Special Vehicle Co., Ltd Address before: 201613 Shanghai Songjiang District city Zhongshan street, No. 388 Wen Xiang Road 3. Patentee before: SHANGHAI XINBAIQIN VEHICLE CO., LTD. |
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| CP03 | Change of name, title or address |