CN205187418U - Can improve energy -efficient batcher of material utilization ratio - Google Patents
Can improve energy -efficient batcher of material utilization ratio Download PDFInfo
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- CN205187418U CN205187418U CN201520898066.7U CN201520898066U CN205187418U CN 205187418 U CN205187418 U CN 205187418U CN 201520898066 U CN201520898066 U CN 201520898066U CN 205187418 U CN205187418 U CN 205187418U
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- feeder
- pipe
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Abstract
The utility model discloses a can improve energy -efficient batcher of material utilization ratio, including actuating mechanism and feeding means, feeding means includes feed box, shaft, impeller rotor, feeder hopper and play hopper, impeller rotor includes the hollow tube, is annular the display and is provided with a plurality of blades on the outer loop circumference of hollow tube, every blade all includes the blade main part, is provided with heating portion in blade main part anterior both sides, is provided with the press section in blade main part middle part both sides, is provided with regulation portion at blade main part rear portion, is provided with antifriction portion at blade main part front end, it removes damp device to be provided with the mould proof on the feeder hopper. The utility model discloses can improve energy -efficient batcher of material utilization ratio, small, light in weight, loading and unloading capacity is strong, work is steady, the blanking is even, can prevent that the material from hindering at the batcher inside callipers to the utilization ratio of dry processing processing, improvement material is dried by the fire moist material.
Description
Technical field
The utility model relates to a kind of charging gear, especially can improve the energy-efficient feeder of utilization of materials.
Background technology
Feeder is uniformly continous batching, conveying, delivery device in mechanization and autonomous cruise speed system.For the dry powdery material in the feed bin of top or small particles material are fed in next equipment continuously, equably, it is a kind of dosing equipment.The energy-efficient feeder that can improve utilization of materials is at present in the multi-field Geldart-D particle engineering of the conglomeraties such as powder technology, grain processing, port and pier, petrochemical industry, chemical fibre, chemical industry, electric power, medicine, food, building materials, mining industry and bulk cargo disposal system, and, environmental protection succinct with it, long distance Automated condtrol feature are used widely.Easily there is the situation of material jam in existing impeller material feeder, and easily produces fracture when blade remains in operation when material jam, thus cannot normally use, and reduces production efficiency, improves equipment failure rate and maintenance rate.The situation that the storage condition be easily subject to due to material and the impact generation storing weather are gone mouldy or excessively wet, reduces the quality of material, and affects the use of material, the degree of utilization of material is reduced, causes economic loss.
Utility model content
The purpose of this utility model is, for above-mentioned the deficiencies in the prior art, provides a kind of energy-efficient feeder improving utilization of materials.
The technical scheme that the energy-efficient feeder that the utility model can improve utilization of materials adopts is as follows:
The utility model can improve the energy-efficient feeder of utilization of materials, comprise driver train and feeder, described driver train comprises base plate, motor, motor base, adjustment pad, coupler, coupler protective casing and shielding support, motor base is arranged on base plate, motor is arranged on motor base, adjustment pad is arranged between motor and motor base, the mouth of motor is connected with feeder by coupler, coupler protective casing is located at coupler outside, shielding support is arranged on coupler protective casing bottom and is connected with motor base, described feeder comprises feed box, wheel shaft, vane rotor, feeder hopper and discharge bucket, feeder hopper and discharge bucket are separately positioned on the upper and lower of feed box, the input end of wheel shaft is connected with the mouth of motor by coupler, the input end of wheel shaft extend into feed box inside, and vane rotor is nested with on the input end of wheel shaft, described feed box comprises front case shell and rear cabinet shell, front case shell and rear cabinet shell are fastened and connected, between front case shell and rear cabinet shell, be provided with sealing layer, between front case shell and rear cabinet shell, be provided with pull bar, pull bar one end is provided with clamp, and the pull bar other end is provided with jam nut, described vane rotor comprises hollow tubular, circumferentially display ringwise at the outer shroud of hollow tubular and be provided with some blades, described every sheet blade includes blade body, blade body front part sides is provided with heating part, in the middle part of blade body, both sides are provided with press section, blade body rear portion is provided with adjusting portion, blade body front end is provided with antifriction portion, feeder hopper is provided with mildew-resistant damp-eliminating apparatus, described mildew-resistant damp-eliminating apparatus comprises shell, seal cover cap, Pneumatic gate valve, humidity sensor, controller, air inlet pipe, freeing pipe, quartz conductor PTC fever tablet, high pressure positive blower and roundabout shape cross tracheae, air inlet pipe and freeing pipe are separately positioned on the left and right sides of shell, roundabout shape is crossed tracheae and is arranged on inner wall of tube shell, and the inlet end that the outlet side of air inlet pipe and roundabout shape cross tracheae is connected, the outlet side that inlet end and the roundabout shape of freeing pipe cross tracheae is connected, the tube wall crossing tracheae at roundabout shape is evenly equipped with air gate, quartz conductor PTC fever tablet is arranged in air inlet pipe, the inlet end of air inlet pipe is connected with high pressure positive blower, Pneumatic gate valve is arranged on the lower end of shell, humidity sensor is arranged in shell, humidity temperature pickup is connected with Pneumatic gate valve by controller, seal cover cap is located at shell upper end, blow off valve is provided with in the middle part of seal cover cap, tightening seal washer is provided with between seal cover cap and shell.
As preferred version of the present utility model, described heating part comprises the heating plate that some groups are tilted in blade body front part sides, heater strip is provided with in heating plate, heating plate front end is provided with heating pipe, heating pipe outside face is provided with heat transfer layer, in heating pipe, be provided with accumulation of heat silk, be positioned at the V-shaped setting of heating plate of blade body both sides; Described press section comprises the liquid capsule that two groups are separately positioned on both sides in the middle part of blade body, liquid capsule surrounding and blade body are formed and seal, the hot pressing layer be connected with blade body two side is arranged at intervals with in the middle part of liquid capsule, by hot pressing layer, liquid capsule is separated into several bar shaped liquid containing pipes, in bar shaped liquid containing pipe, be provided with porcelain bead, hot pressing layer is evenly provided with several liquid pass holes; Described adjusting portion comprises arc section of jurisdiction, the root of arc section of jurisdiction is hinged in blade body rear sidewall, elastic layer is provided with between the end and the outer tube wall of hollow tubular of arc section of jurisdiction, adjustment sheet is provided with inside arc section of jurisdiction, adjustment sheet is hinged on hollow tubular outer tube wall, and adjustment sheet bottom is provided with expansion link; Described antifriction portion comprises hollow rubber pipe, and hollow rubber pipe outer wall is provided with rubber wheel sheet, and hollow rubber pipe inside is provided with strut bar.
As preferred version of the present utility model, described roundabout shape is crossed tracheae and is comprised tube core, wire braid and ceramic layer, and wire braid is arranged on die external, and ceramic layer is arranged on wire braid outside, is staggeredly equipped with flow-disturbing silk in tube core; Cross at roundabout shape in the air gate on tracheae and be provided with gauze, outside gauze, hinged being provided with laminates lobe.
The utility model can improve the advantage of the energy-efficient feeder of utilization of materials, volume is little, lightweight, productive capacity strong, stable working, blanking are even, can prevent material jam in feeder, and oven dry processing process is carried out to moist material, improve the degree of utilization of material.
Accompanying drawing explanation
Fig. 1 is the front case shell open mode front view that the utility model can improve the energy-efficient feeder of utilization of materials.
Fig. 2 is the lateral plan that the utility model can improve the energy-efficient feeder of utilization of materials.
Fig. 3 is the A portion enlarged drawing that the utility model can improve Fig. 2 of the energy-efficient feeder of utilization of materials.
Fig. 4 is the vane rotor structural representation that the utility model can improve the energy-efficient feeder of utilization of materials.
Fig. 5 is the mildew-resistant damp-eliminating apparatus structural representation that the utility model can improve the energy-efficient feeder of utilization of materials.
Fig. 6 is that the roundabout shape that the utility model can improve the energy-efficient feeder of utilization of materials crosses air pipe structure schematic diagram.
Detailed description of the invention
As shown in drawings, the utility model can improve the energy-efficient feeder of utilization of materials, comprise driver train and feeder, described driver train comprises base plate 1-1, motor 1-2, motor base 1-3, adjustment pad 1-4, coupler 1-5, coupler protective casing 1-6 and shielding support 1-7, motor base 1-3 is arranged on base plate 1-1, motor 1-2 is arranged on motor base 1-3, adjustment pad 1-4 is arranged between motor 1-2 and motor base 1-3, the mouth of motor 1-2 is connected with feeder by coupler 1-5, it is outside that coupler protective casing 1-6 is located at coupler 1-5, shielding support 1-7 is arranged on coupler protective casing 1-6 bottom and is connected with motor base 1-3, described feeder comprises feed box, wheel shaft 2-2, vane rotor, feeder hopper 2-3 and discharge bucket 2-4, feeder hopper 2-3 and discharge bucket 2-4 is separately positioned on the upper and lower of feed box, the input end of wheel shaft 2-2 is connected with the mouth of motor 1-2 by coupler 1-5, the input end of wheel shaft 2-2 extend into feed box inside, and vane rotor is nested with on the input end of wheel shaft 2-2, described feed box comprises front case shell 2-5 and rear cabinet shell 2-6, front case shell 2-5 and rear cabinet shell 2-6 is fastened and connected, sealing layer is provided with between front case shell 2-5 and rear cabinet shell 2-6, pull bar 2-7 is provided with between front case shell 2-5 and rear cabinet shell 2-6, pull bar 2-7 one end is provided with clamp 2-8, and the pull bar 2-7 other end is provided with jam nut 2-9.
By arranging driver train and feeder, driver train operates for driving feeder, thus carries out feed conveying operation to the material entered in feeder.By driver train is arranged to comprise base plate, motor, motor base, adjustment pad, coupler, the version of coupler protective casing and shielding support, motor base 1-3 is fixed motor 1-2 and supports, base plate 1-1 supports motor base 1-3, when motor 1-2 starts, the mouth of motor 1-2 drives coupler 1-5 synchronous axial system, because the coupler 1-5 other end is connected with feeder, when coupler 1-5 rotates, feeder is driven to carry out feed operation, can protect coupler 1-5 by arranging protective cover 1-6, preventing dust from piercing affects coupler running.By feeder is arranged to comprise feed box, wheel shaft, vane rotor, the version of feeder hopper and discharge bucket, material enters in feed box from feeder hopper 2-3, because wheel shaft 2-2 is connected with coupler 1-5, vane rotor is connected with wheel shaft 2-2, when motor 1-2 drives coupler 1-5 to rotate, Timing Belt axis of a movable block 2-2 rotates, thus be with vane rotor to rotate by wheel shaft 2-2, vane rotor drives the material being positioned at feed box to carry downwards in the process rotated, make to fill in the space between vane rotor, draw off with the rotating to bottom of vane rotor, thus realize evenly continuous print convey materials.By feed box being arranged to the version comprising front case shell and rear cabinet shell, front case shell 2-5 and rear cabinet shell 2-6 is fastened and connected to facilitate workman's detachable maintaining during et out of order in feed box, by being provided with sealing layer between front case shell 2-5 and rear cabinet shell 2-6, the leak tightness during fastening of front case shell 2-5 and rear cabinet shell 2-6 can be improved, prevent material from piercing in gap, front case shell and rear cabinet shell are locked by pull bar 2-7, clamp 2-8 and jam nut 2-9, prevent the case shell of feeder feed box when operation from loosening, impact uses.
Described vane rotor comprises hollow tubular 3-1, circumferentially display ringwise at the outer shroud of hollow tubular 3-1 and be provided with some blades, described every sheet blade includes blade body 3-2, blade body 3-2 front part sides is provided with heating part, in the middle part of blade body 3-2, both sides are provided with press section, blade body 3-2 rear portion is provided with adjusting portion, blade body 3-2 front end is provided with antifriction portion; Described heating part comprises the heating plate 3-3 that some groups are tilted in blade body front part sides, heater strip is provided with in heating plate 3-3, heating plate 3-3 front end is provided with heating pipe 3-4, heating pipe 3-4 outside face is provided with heat transfer layer, in heating pipe 3-4, be provided with accumulation of heat silk, be positioned at the V-shaped setting of heating plate of blade body 3-2 both sides; Described press section comprises the liquid capsule 3-5 that two groups are separately positioned on both sides in the middle part of blade body, liquid capsule surrounding and blade body are formed and seal, the hot pressing layer 3-6 be connected with blade body two side is arranged at intervals with in the middle part of liquid capsule 3-5, by hot pressing layer 3-6, liquid capsule is separated into several bar shaped liquid containing pipes 3-7, in bar shaped liquid containing pipe, be provided with porcelain bead 3-8, hot pressing layer 3-6 is evenly provided with several liquid pass holes 3-9; Described adjusting portion comprises arc section of jurisdiction 3-10 capsule, the root of arc section of jurisdiction 3-10 is hinged in blade body 3-2 rear sidewall, elastic layer 3-11 is provided with between the end and the outer tube wall of hollow tubular 3-1 of arc section of jurisdiction 3-10, adjustment sheet 3-12 is provided with inside the 3-10 of arc section of jurisdiction, adjustment sheet 3-12 is hinged on hollow tubular 3-1 outer tube wall, and adjustment sheet 3-12 bottom is provided with expansion link 3-13; Described antifriction portion comprises hollow rubber pipe 3-14, hollow rubber pipe 3-14 outer wall is provided with rubber wheel sheet, hollow rubber pipe 3-14 inside is provided with strut bar.
By vane rotor is arranged to comprise hollow tubular, the version being provided with some blades is circumferentially displayed ringwise at the outer shroud of hollow tubular, hollow tubular 3-1 is fixedly connected with blade, when hollow tubular 3-1 is with axis of rotation, Timing Belt moving blade rotates, and carries out promotion operation by blade to the material fallen in feed box.By every sheet blade is included blade body 3-2, blade body 3-2 front part sides is provided with heating part, in the middle part of blade body 3-2, both sides are provided with press section, and blade body 3-2 rear portion is provided with adjusting portion, are provided with the version in antifriction portion in blade body 3-2 front end.Heating, drying can be carried out to moist material in heating part, and improve the quality of material, press section can carry out comformability adjustment with the density of material, prevents material density in feed box excessive, and during blade rotary, the excessive situation of the impaired distortion of blade that causes of resistance occurs.Adjusting portion can adjust the size of requisite space in feed box, to improve the comformability of feeder.Antifriction portion can prevent from producing when rubbing excessive between impeller and feed box inwall or material wearing and tearing, and the situation affecting service life occurs, and plays a protective role to blade.
Feeder hopper is provided with mildew-resistant damp-eliminating apparatus, described mildew-resistant damp-eliminating apparatus comprises shell 5-1, seal cover cap 5-2, Pneumatic gate valve 5-3, humidity sensor, controller, air inlet pipe 5-4, freeing pipe 5-5, quartz conductor PTC fever tablet, high pressure positive blower and roundabout shape cross tracheae 5-6, air inlet pipe 5-4 and freeing pipe 5-5 is separately positioned on the left and right sides of shell 5-1, roundabout shape is crossed tracheae 5-6 and is arranged on shell 5-1 inwall, and the inlet end that the outlet side of air inlet pipe 5-4 and roundabout shape cross tracheae 5-6 is connected, the outlet side that inlet end and the roundabout shape of freeing pipe 5-5 cross tracheae 5-6 is connected, the tube wall crossing tracheae 5-6 at roundabout shape is evenly equipped with air gate, quartz conductor PTC fever tablet is arranged in air inlet pipe 5-4, the inlet end of air inlet pipe 5-4 is connected with high pressure positive blower, Pneumatic gate valve 5-3 is arranged on the lower end of shell 5-1, humidity sensor is arranged in shell 5-1, humidity temperature pickup is connected with Pneumatic gate valve 5-3 by controller, seal cover cap 5-2 is located at shell 5-1 upper end, blow off valve 5-7 is provided with in the middle part of seal cover cap 5-2, tightening seal washer is provided with between seal cover cap 5-2 and shell 5-1, described roundabout shape is crossed tracheae 5-6 and is comprised tube core 5-6-1, wire braid 5-6-2 and ceramic layer 5-6-3, it is outside that wire braid 5-6-2 is arranged on tube core 5-6-1, it is outside that ceramic layer 5-6-3 is arranged on wire braid 5-6-2, is staggeredly equipped with flow-disturbing silk 5-6-4 in tube core 5-6-1, cross at roundabout shape in the air gate 5-6-6 on tracheae and be provided with gauze 5-6-7, outside gauze 5-6-7, hinged being provided with laminates lobe 5-6-8.
By being provided with mildew-resistant damp-eliminating apparatus on feeder hopper, mildew-resistant damp-eliminating apparatus can carry out except mould dries operation material in charging place, if prevent material cross wet produce to go mouldy affect next step when being attached to material surface and use.By mildew-resistant damp-eliminating apparatus being arranged to comprise the version that shell, seal cover cap, Pneumatic gate valve, humidity sensor, controller, air inlet pipe, freeing pipe, quartz conductor PTC fever tablet, high pressure positive blower and roundabout shape cross tracheae, when material enters into shell 5-1, the Pneumatic gate valve 5-3 be positioned at below shell is in closed condition and carries out access to material, when in shell 5-1, material fills, stop mass transport, covered by seal cover cap 5-2 on shell top, now shell 5-1, seal cover cap 5-2 and Pneumatic gate valve 5-3 are formed in an airtight case jointly.Open high pressure positive blower again, high pressure positive blower is sent high-pressure blast stream and is entered in air inlet pipe 5-4, and by the quartz conductor PTC fever tablet generation heat being positioned at air inlet pipe 5-4, high-pressure blast stream is heated, formation hot high pressure is distinguished and admirable, hot high pressure is distinguished and admirable to be crossed in tracheae 5-6 in entering into roundabout shape, air gate is provided with owing to crossing on tracheae 5-6 at roundabout shape, part is distinguished and admirable to be sprayed from air gate, drying dehumidification is carried out to material, remains and distinguished and admirablely to flow out from crossing with roundabout shape the freeing pipe 5-5 that the tracheae other end is connected again.By humidity sensor, the humidity of materials in shell is monitored, when humidity sensor monitor material reach dehumidifying standard time, by Signal transmissions to controller, drive Pneumatic gate valve 5-3 to open by controller, material falls in feed box.Be arranged to comprise tube core by roundabout shape is crossed tracheae, the version of wire braid and ceramic layer, wire braid 5-6-2 is arranged on tube core 5-6-1 outside can improve the compressive property that roundabout shape crosses tracheae, improve the toughness that roundabout shape crosses tracheae, fatigue strength is too high in high temperature environments to prevent roundabout shape from crossing tracheae, hold damageable situation, ceramic layer 5-6-3 is arranged on wire braid 5-6-2 outside and can prevents from material and roundabout shape from crossing tracheae producing excessive friction, and ceramic layer 5-6-3 hard-surface is pollution-free, can not to the situation that material pollutes in feeding process, flow-disturbing silk 5-6-4 is staggeredly equipped with in tube core 5-6-1, flow-disturbing silk 5-6-4 can carry out flow-disturbing to high-pressure hot wind stream, reduce the flow velocity that hot high pressure is distinguished and admirable, make hot high pressure distinguished and admirable to roundabout shape cross tracheae heat transfer evenly improve effect on moisture extraction, cross at roundabout shape in the air gate 5-6-6 on tracheae and be provided with gauze 5-6-7, outside gauze, hinged being provided with laminates lobe 5-6-8.Gauze and laminate lobe and material can be prevented to be drilled into roundabout shape from air gate cross tracheal strips.
Claims (3)
1. one kind can be improved the energy-efficient feeder of utilization of materials, comprise driver train and feeder, it is characterized in that: described driver train comprises base plate (1-1), motor (1-2), motor base (1-3), adjustment pad (1-4), coupler (1-5), coupler protective casing (1-6) and shielding support (1-7), motor base (1-3) is arranged on base plate (1-1), motor (1-2) is arranged on motor base (1-3), adjustment pad (1-4) is arranged between motor (1-2) and motor base (1-3), the mouth of motor (1-2) is connected with feeder by coupler (1-5), it is outside that coupler protective casing (1-6) is located at coupler (1-5), shielding support (1-7) is arranged on coupler protective casing (1-6) bottom and is connected with motor base (1-3), described feeder comprises feed box, wheel shaft (2-2), vane rotor, feeder hopper (2-3) and discharge bucket (2-4), feeder hopper (2-3) and discharge bucket (2-4) are separately positioned on the upper and lower of feed box, the input end of wheel shaft (2-2) is connected by the mouth of coupler (1-5) with motor (1-2), the input end of wheel shaft (2-2) extend into feed box inside, and vane rotor is nested with on the input end of wheel shaft (2-2), described feed box comprises front case shell (2-5) and rear cabinet shell (2-6), front case shell (2-5) and rear cabinet shell (2-6) are fastened and connected, sealing layer is provided with between front case shell (2-5) and rear cabinet shell (2-6), pull bar (2-7) is provided with between front case shell (2-5) and rear cabinet shell (2-6), pull bar (2-7) one end is provided with clamp (2-8), and pull bar (2-7) other end is provided with jam nut (2-9), described vane rotor comprises hollow tubular (3-1), circumferentially display ringwise at the outer shroud of hollow tubular (3-1) and be provided with some blades, described every sheet blade includes blade body (3-2), blade body (3-2) front part sides is provided with heating part, both sides, blade body (3-2) middle part are provided with press section, blade body (3-2) rear portion is provided with adjusting portion, blade body (3-2) front end is provided with antifriction portion, feeder hopper is provided with mildew-resistant damp-eliminating apparatus, described mildew-resistant damp-eliminating apparatus comprises shell (5-1), seal cover cap (5-2), Pneumatic gate valve (5-3), humidity sensor, controller, air inlet pipe (5-4), freeing pipe (5-5), quartz conductor PTC fever tablet, high pressure positive blower and roundabout shape cross tracheae (5-6), air inlet pipe (5-4) and freeing pipe (5-5) are separately positioned on the left and right sides of shell (5-1), roundabout shape is crossed tracheae (5-6) and is arranged on shell (5-1) inwall, and the inlet end that the outlet side of air inlet pipe (5-4) and roundabout shape cross tracheae (5-6) is connected, the outlet side that inlet end and the roundabout shape of freeing pipe (5-5) cross tracheae (5-6) is connected, the tube wall crossing tracheae (5-6) at roundabout shape is evenly equipped with air gate, quartz conductor PTC fever tablet is arranged in air inlet pipe (5-4), the inlet end of air inlet pipe (5-4) is connected with high pressure positive blower, Pneumatic gate valve (5-3) is arranged on the lower end of shell (5-1), humidity sensor is arranged in shell (5-1), humidity temperature pickup is connected with Pneumatic gate valve (5-3) by controller, seal cover cap (5-2) is located at shell (5-1) upper end, seal cover cap (5-2) middle part is provided with blow off valve (5-7), tightening seal washer is provided with between seal cover cap (5-2) and shell (5-1).
2. the energy-efficient feeder improving utilization of materials according to claim 1, it is characterized in that: described heating part comprises the heating plate (3-3) that some groups are tilted in blade body front part sides, heater strip is provided with in heating plate (3-3), heating plate (3-3) front end is provided with heating pipe (3-4), heating pipe (3-4) outside face is provided with heat transfer layer, in heating pipe (3-4), be provided with accumulation of heat silk, be positioned at the V-shaped setting of heating plate of blade body (3-2) both sides; Described press section comprises the liquid capsule (3-5) that two groups are separately positioned on both sides in the middle part of blade body, liquid capsule surrounding and blade body are formed and seal, the hot pressing layer (3-6) be connected with blade body two side is arranged at intervals with at liquid capsule (3-5) middle part, by hot pressing layer (3-6), liquid capsule is separated into several bar shaped liquid containing pipes (3-7), in bar shaped liquid containing pipe, be provided with porcelain bead (3-8), hot pressing layer (3-6) is evenly provided with several liquid pass holes (3-9); Described adjusting portion comprises arc section of jurisdiction (3-10), the root of arc section of jurisdiction (3-10) is hinged in blade body (3-2) rear sidewall, elastic layer (3-11) is provided with between the end of arc section of jurisdiction (3-10) and the outer tube wall of hollow tubular (3-1), arc section of jurisdiction (3-10) inner side is provided with adjustment sheet (3-12), adjustment sheet (3-12) is hinged on hollow tubular (3-1) outer tube wall, and adjustment sheet (3-12) bottom is provided with expansion link (3-13); Described antifriction portion comprises hollow rubber pipe (3-14), and hollow rubber pipe (3-14) outer wall is provided with rubber wheel sheet, and hollow rubber pipe (3-14) inside is provided with strut bar.
3. the energy-efficient feeder improving utilization of materials according to claim 1, it is characterized in that: described roundabout shape is crossed tracheae (5-6) and comprised tube core (5-6-1), wire braid (5-6-2) and ceramic layer (5-6-3), it is outside that wire braid (5-6-2) is arranged on tube core (5-6-1), it is outside that ceramic layer (5-6-3) is arranged on wire braid (5-6-2), is staggeredly equipped with flow-disturbing silk (5-6-4) in tube core (5-6-1); Cross at roundabout shape in the air gate (5-6-6) on tracheae and be provided with gauze (5-6-7), in gauze (5-6-7) outside, hinged being provided with laminates lobe (5-6-8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520898066.7U CN205187418U (en) | 2015-11-12 | 2015-11-12 | Can improve energy -efficient batcher of material utilization ratio |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520898066.7U CN205187418U (en) | 2015-11-12 | 2015-11-12 | Can improve energy -efficient batcher of material utilization ratio |
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| CN205187418U true CN205187418U (en) | 2016-04-27 |
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| CN201520898066.7U Expired - Fee Related CN205187418U (en) | 2015-11-12 | 2015-11-12 | Can improve energy -efficient batcher of material utilization ratio |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106185373A (en) * | 2016-09-28 | 2016-12-07 | 中国矿业大学 | A kind of equalize blanking and crashproof loose unpacked material loading system swing type slide tunnel |
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2015
- 2015-11-12 CN CN201520898066.7U patent/CN205187418U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106185373A (en) * | 2016-09-28 | 2016-12-07 | 中国矿业大学 | A kind of equalize blanking and crashproof loose unpacked material loading system swing type slide tunnel |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160427 Termination date: 20171112 |