CN209618295U - A kind of feeder equipment that feeds intake for biomass fuel power generation - Google Patents

Abstract

The utility model discloses a kind of feeder equipments that feeds intake for biomass fuel power generation, it can solve and be traditionally used for the feeder equipment that feeds intake of liquid biological matter fuel power generation function there are still certain defects when in use, the feeding intake of the adjusting of equipment general direction angle and equipment, that discharging direction adjusting there is a problem of is not flexible convenient, to be unable to satisfy equipment using when the demand that is adjusted flexibly, and the load in discharging, which is unable to get, more accurately to be controlled, it also needs to carry out manual measurement when needing precisely discharging, the problem of being more troublesome.Chassis including pedestal and at the top of it, material box is installed at the top of the chassis, top plate is provided at the top of the material box, top plate is provided with above the top plate, reversing motor is installed at the top of the top plate, the reversing motor bottom is connected with shaft, is provided with top case at the top of the material box, and the material box bottom is provided under casing.

Description

A kind of feeder equipment that feeds intake for biomass fuel power generation

Technical field

It feeds intake feeder equipment the utility model relates to one kind, and in particular to a kind of to be sent for feeding intake for biomass fuel power generation Expect equipment.

Background technique

Biomass power generation is the power generation carried out using biomass energy possessed by biomass, is the one of renewable energy power generation Kind, including the direct combustion power generation of agriculture and forestry organic waste material, agriculture and forestry organic waste material gasifying electricity generation, waste incineration and generating electricity, landfill gas power generation, Marsh gas power generation, biomass fuel are using the feeder equipment that feeds intake for needs when generating electricity, wherein just including for that will squeeze institute Liquid fuel feed intake the equipment of feeding.

But the existing feeder equipment that feeds intake for liquid biological matter fuel power generation function is lacked there are still certain when in use It falls into, the feeding intake of the adjusting of equipment general direction angle and equipment, that discharging direction adjusting there is a problem of is not flexible convenient, from And be unable to satisfy equipment using when the demand that is adjusted flexibly, and the load in discharging is unable to get and more accurately controls System is also needed to carry out manual measurement, is more troublesome when needing precisely discharging.

Utility model content

The purpose of this utility model is to provide a kind of feeder equipments that feeds intake for biomass fuel power generation, can solve Being traditionally used for the feeder equipment that feeds intake of liquid biological matter fuel power generation function, there are still certain defect, equipment general directions when in use The feeding intake of the adjusting of angle and equipment, that discharging direction adjusting there is a problem of is not flexible convenient, to be unable to satisfy equipment The demand being adjusted flexibly when use, and the load in discharging is unable to get and more accurately controls, when needs precisely go out It also needs to carry out manual measurement when material, the problem of being more troublesome.

The purpose of this utility model can be achieved through the following technical solutions:

A kind of feeder equipment that feeds intake for biomass fuel power generation, the chassis including pedestal and at the top of it, institute It states and material box is installed at the top of chassis, top plate is provided at the top of the material box, is provided with top plate, the top above the top plate Reversing motor is installed, the reversing motor bottom is connected with shaft, is provided with top case, and institute at the top of the material box at the top of plate It states material box bottom and is provided under casing, the shaft bottom end is connected at the top of the top case, between the pedestal and the chassis Bottom motors are installed, are connected with transmission shaft at the top of the bottom motors, the transmission shaft top is connected with the tray bottom It connects, cabinet is installed at the top of the chassis, the box house is equipped with power supply and PLC controller, around the material box There are four side frames for spaced set；

It is mounted on height-regulating hydraulic pump at the top of each side frame, the height-regulating hydraulic pump bottom is connected with a height-regulating liquid Telescopic rod is pressed, is respectively provided on each side frame outer wall there are two sliding slot, a slide plate, institute are installed between two sliding slots It states and discharge port is installed on slide plate side wall, a top shoe, a sliding block, the downslide are mounted on each sliding slot Block is located at below the top shoe, and two top shoes are connected with the slide plate both ends respectively, two chute walls On be separately installed with the first feed pipe, the second feed pipe between the top shoe and the sliding block, the top shoe, The cunning being embedded in inside the sliding slot is mounted on the sliding block, first feed pipe and the second feed pipe side wall Wheel, two top shoes pass through two inclined shore and are separately connected first feed pipe, second feed pipe, and two A sliding block is separately connected first feed pipe, second feed pipe by inclined bottom bracing respectively, and described One feed pipe, second feed pipe one end pass through a conduit respectively and are connected with the discharge port；

It is provided with side channel on the raw material box outer wall, discharging slide, the discharging slide are installed on the side channel outer wall Middle part is equipped with sucking pump on outer wall, and the inner connecting tube imported inside the material box is connected on the sucking pump side wall, described There are two auxiliary air pumps, the Pneumatic extension bar of two auxiliary air pumps to be separately connected one first for installation on discharging slide side wall Discharge nozzle, second discharge nozzle are connected with an external pneumatic telescopic rod, the outside on the discharging slide top outer wall Pneumatic extension bar top be located at the top case outer wall on external air pump be connected, be equipped on the side channel inner wall one and The baffle that the discharging slide is connected, the baffle top are connected with an overhead air telescopic rod, and the overhead air is stretched Contracting bar top is connected with a root bottom part Pneumatic extension with the first air pump of inside being located inside the top case, the baffle bottom Bar, the bottom Pneumatic extension bar bottom end are connected with the second air pump of inside being located inside the under casing.

Preferably, the chassis passes through between transmission shaft and pedestal in rotation connection.

Preferably, the material box and top case, under casing pass through between shaft and chassis outer wall in rotation connection.

Preferably, the discharging slide between external pneumatic telescopic rod and raw material box outer wall by being movably connected, and goes out Expect that the activity direction of slide is identical as side channel direction.

Preferably, the baffle two sides fascia edge position is provided with seal rubber, and baffle configurations are mutually fitted with side channel Match.

Preferably, the baffle passes through between overhead air telescopic rod and bottom Pneumatic extension bar and side channel inner wall in work Dynamic connection.

Preferably, the power supply by several conducting wires respectively with reversing motor, be turned up hydraulic pump, PLC controller, bottom It is electrically connected between motor, external air pump, sucking pump, auxiliary air pump, internal first air pump and internal second air pump, the PLC Controller and reversing motor, be turned up hydraulic pump, bottom motors, external air pump, sucking pump, auxiliary air pump, internal first air pump and Wired connection between internal second air pump.

The utility model has the beneficial effects that being controlled due to being equipped with bottom motors between pedestal and chassis when by PLC When device controls bottom motors starting, it can be rotated using bottom motors driving transmission shaft, so that chassis rotation is driven to adjust the angle, So that the direction of whole equipment can be adjusted flexibly；

Commutation is installed above top case due to being uniformly distributed around material box there are four side frame, and at the top of material box Motor can be rotated, shaft is turning when controlling reversing motor starting by PLC controller using reversing motor control shaft Entire material box is driven to rotate adjustment angle on chassis in dynamic process, so that the first discharge nozzle and the on discharging slide Two discharge nozzles are respectively aligned to the first feed pipe, the second feed pipe, then control the first discharge nozzle and second by PLC controller Discharge bottom of the tube auxiliary air pump starting, using the Pneumatic extension push rod of auxiliary air pump stretch by the first discharge nozzle, second Discharge nozzle is docked between the first feed pipe, the second feed pipe respectively, the presence of four side frames and reversing motor, so that It feeds intake, the direction of feeding can be adjusted according to actual needs；

By the way that two sliding slots are arranged on side frame, and side channel is set on material box side wall, the discharging of discharge nozzle is installed Slide is mounted on side channel, and hydraulic pump, external air pump, internal first air pump and inside is turned up when controlling by PLC controller When second air pump starts, slide plate can be drawn along two sliding slot sides using hydraulic pump driving height-regulating hydraulic telescopic rod is turned up To up and down adjustment height, to drive the first feed pipe and the up and down adjustment height of the second feed pipe, sent first While expects pipe and up and down the second feed pipe, PLC controller drives external air pump control external pneumatic telescopic rod flexible Up and down adjustment height is carried out together to draw discharging slide along side channel direction, so that two feed pipes and two dischargings Pipe remains mated condition, and while the slide that discharges is up and down, PLC controller controls internal first air pump, internal the Two air pumps start simultaneously, flexible using internal first air pump driving overhead air telescopic rod, are driven using internal second air pump Bottom Pneumatic extension bar is flexible to drive baffle compatible with side channel to remain the state of closing side channel, and discharging is avoided to slide Seat has liquid material to leak out at side channel in activity, and due to the inner connecting tube position for extracting raw material inside material box out In discharging slide inner sidewall on so that discharging slide enable to inner connecting tube to be located at the height inside material box when adjusting height It can adjust therewith, the load of equipment after completing discharging slide height adjustment is precisely controlled.

Detailed description of the invention

In order to facilitate the understanding of those skilled in the art, the utility model will be further described below with reference to the accompanying drawings.

Fig. 1 is the utility model overall structure diagram；

Fig. 2 is a-quadrant details enlarged drawing in the utility model Fig. 1；

Fig. 3 is the utility model main view；

Fig. 4 is the utility model top view；

Fig. 5 is the utility model side cage structure schematic diagram；

Fig. 6 is the utility model material box structural schematic diagram；

Fig. 7 is the utility model material box schematic diagram of internal structure；

In figure: 1, top plate；2, reversing motor；3, top case；4, top plate；5, side frame；6, hydraulic pump is turned up；7, hydraulic stretch is turned up Contracting bar；8, material box；9, cabinet；10, power supply；11, PLC controller；12, under casing；13, discharge slide；14, chassis；15, bottom Seat；16, side channel；17, slide plate；18, conduit；19, discharge port；20, shaft；21, transmission shaft；22, bottom motors；23, sliding slot； 24, the first feed pipe；25, the second feed pipe；26, it shores；27, top shoe；28, pulley；29, bottom bracing；30, sliding block；31, outer Portion's air pump；32, external pneumatic telescopic rod；33, sucking pump；34, the first discharge nozzle；35, the second discharge nozzle；36, auxiliary air pump；37, Internal first air pump；38, overhead air telescopic rod；39, baffle；40, inner connecting tube；41, bottom Pneumatic extension bar；42, internal the Two air pumps.

Specific embodiment

The technical solution of the utility model is clearly and completely described below in conjunction with embodiment, it is clear that described Embodiment be only the utility model a part of the embodiment, instead of all the embodiments.Based on the reality in the utility model Example is applied, all other embodiment obtained by those of ordinary skill in the art without making creative efforts all belongs to In the range of the utility model protection.

It please refers to shown in Fig. 1-7, a kind of feeder equipment that feeds intake for biomass fuel power generation, including pedestal 15 and position Chassis 14 at the top of it is equipped with material box 8 at the top of chassis 14, top plate 4 is provided at the top of material box 8, is arranged above top plate 4 There is top plate 1, reversing motor 2 is installed at the top of top plate 1,2 bottom of reversing motor is connected with shaft 20, is provided at the top of material box 8 Top case 3, and 8 bottom of material box is provided under casing 12,20 bottom end of shaft is connected to 3 top of top case, between pedestal 15 and chassis 14 Bottom motors 22 are installed, transmission shaft 21 is connected at the top of bottom motors 22,21 top of transmission shaft is connected with 14 bottom of chassis, Cabinet 9 is installed at the top of chassis 14, power supply 10 and PLC controller 11 be installed inside cabinet 9, it is equidistant around material box 8 There are four side frames 5 for setting；

It is mounted at the top of each side frame 5 and hydraulic pump 6 is turned up, height-regulating 6 bottom of hydraulic pump is connected with one and hydraulic stretch is turned up Contracting bar 7 is respectively provided on each 5 outer wall of side frame there are two sliding slot 23, is equipped with a slide plate 17, slide plate 17 between two sliding slots 23 Discharge port 19 is installed on side wall, is mounted on 27, sliding blocks 30 of a top shoe on each sliding slot 23, sliding block 30 In 27 lower section of top shoe, two top shoes 27 are connected with 17 both ends of slide plate respectively, are separately installed on two 23 side walls of sliding slot The first feed pipe 24, the second feed pipe 25 between top shoe 27 and sliding block 30, top shoe 27, sliding block 30, first The pulley 28 being mounted on inside insertion sliding slot 23 on 25 side wall of feed pipe 24 and the second feed pipe, two top shoes 27 are logical Cross two it is inclined shore 26 and be separately connected the first feed pipe 24, the second feed pipe 25, two sliding blocks 30 are respectively by inclining Oblique bottom bracing 29 is separately connected the first feed pipe 24, the second feed pipe 25, the first feed pipe 24,25 one end of the second feed pipe difference It is connected by a conduit 18 with discharge port 19；

It is provided with side channel 16 on 8 outer wall of material box, discharging slide 13 is installed on 16 outer wall of side channel, discharge 13 outer wall of slide Upper middle part is equipped with sucking pump 33, and the inner connecting tube 40 imported inside material box 8 is connected on 33 side wall of sucking pump, and discharge slide 13 There are two auxiliary air pumps 36, the Pneumatic extension bar of two auxiliary air pumps 36 to be separately connected first discharge nozzle for installation on side wall 34, second discharge nozzle 35, discharge 13 top exterior walls of slide on be connected with an external pneumatic telescopic rod 32, external pneumatic is stretched 32 top of contracting bar is connected with the external air pump 31 being located on 3 outer wall of top case, and one is equipped on 16 inner wall of side channel and is slided with discharging 13 baffles 39 that are connected of seat are connected with an overhead air telescopic rod 38,38 top of overhead air telescopic rod at the top of baffle 39 With the first air pump of inside 37 being located inside top case 3,39 bottom of baffle is connected with a root bottom part Pneumatic extension bar 41, and bottom is pneumatic 41 bottom end of telescopic rod is connected with the second air pump of inside 42 being located inside under casing 12.

Chassis 14 passes through in rotation connection between transmission shaft 21 and pedestal 15, drives 21 turns of transmission shaft using bottom motors 22 It is dynamic, to drive the angle of the rotation of chassis 14 adjustment whole equipment.

Material box 8 and top case 3, under casing 12 by between 14 outer wall of shaft 20 and chassis in rotation connection, using changing It controls shaft 20 to motor 2 to rotate, shaft 20 drives entire material box 8 to rotate adjusting angle on chassis 14 in the course of rotation Degree, so that the first discharge nozzle 34 and the second discharge nozzle 35 on discharging slide 13 are respectively aligned to the first feed pipe 24, second send Expects pipe 25 is then opened by the auxiliary air pump 36 that PLC controller 11 controls the first discharge nozzle 34 and 35 bottom of the second discharge nozzle It is dynamic, using the Pneumatic extension push rod of auxiliary air pump 36 stretch by the first discharge nozzle 34, the second discharge nozzle 35 is respectively with first It is docked between feed pipe 24, the second feed pipe 25, the presence of four side frames 5 and bottom motors 22, so that feeding intake, feeding Direction can be adjusted according to actual needs.

Discharging slide 13 between 8 outer wall of external pneumatic telescopic rod 32 and material box by being movably connected, and the slide that discharges 13 activity direction is identical as 16 direction of side channel, when after the docking for completing pipeline needing that load is adjusted, passes through PLC Hydraulic pump 6 is turned up in the control of controller 11, external air pump 31 starts, and hydraulic telescopic rod 7 is turned up using the height-regulating driving of hydraulic pump 6 and leads Draw slide plate 17 along the up and down adjustment height in two 23 directions of sliding slot, to drive the first feed pipe 24 and the second feeding Pipe 25 up and down adjustment height, while the first feed pipe 24 and up and down the second feed pipe 25, PLC controller 11 Drive external air pump 31 control external pneumatic telescopic rod 32 stretch draw discharging slide 13 along 16 direction of side channel together into Capable up and down adjustment height, so that two feed pipes and two discharge nozzles remain mated condition, and due to for inciting somebody to action The inner connecting tube 40 of 8 inside raw material of material box extraction is located on discharging 13 inner sidewall of slide, so that discharging slide 13 is in adjustment height When enable to inner connecting tube 40 to be located inside material box 8 height can adjust therewith so that completing the discharging height of slide 13 The load of equipment can be precisely controlled after adjustment.

39 two sides fascia edge position of baffle is provided with seal rubber, and 39 specification of baffle is adapted with side channel 16.Gear Plate 39 is being discharged by being movably connected between 16 inner wall of overhead air telescopic rod 38 and bottom Pneumatic extension bar 41 and side channel While slide 13 is up and down, PLC controller 11 controls internal first air pump 37, internal second air pump 42 while starting, It is flexible using internal first air pump 37 driving overhead air telescopic rod 38, bottom Pneumatic extension is driven using internal second air pump 42 Bar 41 is flexible to drive baffle 39 compatible with side channel 16 to remain the state of closing side channel 16, avoids discharging slide 13 There is liquid material to leak out at side channel 16 in activity.

Power supply 10 by several conducting wires respectively with reversing motor 2, be turned up hydraulic pump 6, PLC controller 11, bottom motors 22, it is electrically connected between external air pump 31, sucking pump 33, auxiliary air pump 36, internal first air pump 37 and internal second air pump 42, So that various components have enough power sources at runtime inside equipment, liquid is turned up in PLC controller 11 and reversing motor 2 Press pump 6, bottom motors 22, external air pump 31, sucking pump 33, auxiliary air pump 36, internal first air pump 37 and internal second air pump Wired connection between 42, so that reversing motor 2, height-regulating hydraulic pump 6, bottom motors 22, external air pump 31, sucking pump 33, auxiliary gas Pump 36, internal first air pump 37 and internal second air pump 42 can carry out line traffic control by PLC controller 11.

A kind of working method of the feeder equipment that feeds intake for biomass fuel power generation, specific steps include:

Step 1: will first fill the liquid material of biomass fuel preparation inside material box 8, then feed intake according to needed for The general direction of feeding is adjusted the direction of whole equipment, controls bottom motors 22 by PLC controller 11 and starts, utilizes Bottom motors 22 drive transmission shaft 21 to rotate, so that the rotation of chassis 14 be driven to adjust the angle；

Step 2: the side frame 5 used needed for then being selected according to discharging direction controls commutation electricity by PLC controller 11 Machine 2 starts, and controls shaft 20 using reversing motor 2 and rotates, shaft 20 drives entire material box 8 on chassis in the course of rotation It rotates and adjusts the angle on 14, so that the first discharge nozzle 34 and the second discharge nozzle 35 on discharging slide 13 are respectively aligned to first and send Expects pipe 24, the second feed pipe 25 then control the first discharge nozzle 34 and 35 bottom of the second discharge nozzle by PLC controller 11 Auxiliary air pump 36 start, using the Pneumatic extension push rod of auxiliary air pump 36 stretch by the first discharge nozzle 34, the second discharge nozzle 35 are docked between the first feed pipe 24, the second feed pipe 25 respectively；

Step 3: it when needing that load is adjusted, is controlled by PLC controller 11 and hydraulic pump 6, external gas is turned up Pump 31, internal first air pump 37 and internal second air pump 42 start, and hydraulic telescopic rod is turned up using the driving of hydraulic pump 6 is turned up 7 draw slide plate 17 along the up and down adjustment height in two 23 directions of sliding slot, to drive the first feed pipe 24 and second Feed pipe 25 up and down adjustment height, while the first feed pipe 24 and up and down the second feed pipe 25, PLC control Device 11 drives the external control of air pump 31 external pneumatic telescopic rod 32 to stretch to draw discharging slide 13 along 16 direction one of side channel With up and down adjustment height is carried out, while the slide 13 that discharges is up and down, PLC controller 11 controls internal first air pump 37, internal second air pump 42 starts simultaneously, is stretched using internal first air pump 37 driving overhead air telescopic rod 38, using interior The second air pump of portion 42 drives bottom Pneumatic extension bar 41 flexible to drive baffle 39 compatible with side channel 16 to remain envelope Close the state of side channel 16；

Step 4: after completing the accurate adjusting of load, sucking pump 33 is started by PLC controller 11, sucking pump 33 utilizes Inner connecting tube 40 extracts all raw materials that material box 8 is internally located at the top of inner connecting tube 40 out, and by sucking pump 33 by raw material from first Discharge nozzle 34, the second discharge nozzle 35 are transmitted separately to the first feed pipe 24, the second feed pipe 25, flow through the first feed pipe 24, The raw material of two feed pipes 25 mixes by conduit 18 and is expelled to designated position from discharge port 19.

The utility model has the following beneficial effects: due to being equipped with bottom motors 22 between pedestal 15 and chassis 14, when logical When crossing the control starting of bottom motors 22 of PLC controller 11, transmission shaft 21 can be driven to rotate using bottom motors 22, to drive The rotation of chassis 14 adjusts the angle, so that the direction of whole equipment can be adjusted flexibly；

It is equipped with due to being uniformly distributed around material box 8 there are four side frame 5, and above the top case 3 at 8 top of material box Reversing motor 2 can control 20 turns of shaft using reversing motor 2 when controlling the starting of reversing motor 2 by PLC controller 11 Dynamic, shaft 20 drives entire material box 8 to rotate adjustment angle on chassis 14 in the course of rotation, so that on discharging slide 13 The first discharge nozzle 34 and the second discharge nozzle 35 be respectively aligned to the first feed pipe 24, the second feed pipe 25, then by PLC control Device 11 processed controls the first discharge nozzle 34 and the auxiliary air pump 36 of 35 bottom of the second discharge nozzle starts, and utilizes the gas of auxiliary air pump 36 Dynamic telescopic putter stretch by the first discharge nozzle 34, the second discharge nozzle 35 respectively with the first feed pipe 24, the second feed pipe 25 Between docked, the presence of four side frames 5 and reversing motor 2, enable feed intake, the direction of feeding according to actual needs It is adjusted；

By the way that two sliding slots 23 are arranged on side frame 5, and side channel 16 is set on 8 side wall of material box, discharge nozzle is installed Discharging slide 13 be mounted on side channel 16, when hydraulic pump 6, external air pump 31, internal the is turned up by the control of PLC controller 11 When one air pump 37 and internal second air pump 42 start, it can be drawn using the driving height-regulating hydraulic telescopic rod 7 of hydraulic pump 6 is turned up Slide plate 17 along the up and down adjustment in two 23 directions of sliding slot height, to drive the first feed pipe 24 and the second feed pipe 25 up and down adjustment height, while the first feed pipe 24 and up and down the second feed pipe 25, PLC controller 11 is driven Dynamic external air pump 31 controls external pneumatic telescopic rod 32 and stretches to draw discharging slide 13 along 16 direction of side channel and carry out together Up and down adjustment height, so that two feed pipes and two discharge nozzles remain mated condition, in about 13 slide of discharging While movable, PLC controller 11 controls internal first air pump 37, internal second air pump 42 while starting, and utilizes inside the One air pump 37 drives overhead air telescopic rod 38 flexible, using internal second air pump 42 driving bottom Pneumatic extension bar 41 it is flexible from And baffle 39 compatible with side channel 16 is driven to remain the state of closing side channel 16, avoid discharging slide 13 from having in activity Liquid material leaks out from side channel 16, and since the inner connecting tube 40 for extracting 8 inside raw material of material box out is located at discharging On 13 inner sidewall of slide, so that discharging slide 13 enables to inner connecting tube 40 to be located at the height inside material box 8 when adjusting height Degree can adjust therewith, and the load of equipment after completing discharging slide 13 and highly adjusting is precisely controlled.

When the utility model is used, assembling first to whole equipment, bottom is installed between chassis 14 and pedestal 15 Portion's motor 22, and the transmission shaft 21 of bottom motors 22 is connected with 14 bottom of chassis, then adds top installation 3 bottom of top case The material box 8 of dress under casing 12 is mounted on chassis 14, and four side frames 5 are equidistantly installed around material box 8, and side frame 5 pushes up Portion and top plate 4 are fixed, and 5 bottom of side frame and chassis 14 are fixed, and then by the shaft 20 of the reversing motor 2 at 1 top of top plate and top It is connected at the top of case 3, can comes into operation after the assembling for completing equipment.First biomass fuel system will be filled inside material box 8 The general direction of spare liquid material, the feeding that then feeds intake according to needed for is adjusted the direction of whole equipment, passes through PLC Controller 11 (model are as follows: CPM1A) controls bottom motors 22 and starts, and drives transmission shaft 21 to rotate using bottom motors 22, thus The rotation of chassis 14 is driven to adjust the angle, the side frame 5 used needed for then being selected according to discharging direction is controlled by PLC controller 11 Reversing motor 2 processed starts, and controls shaft 20 using reversing motor 2 and rotates, shaft 20 drives entire raw material in the course of rotation Case 8 rotates adjustment angle on chassis 14, so that the first discharge nozzle 34 and the second discharge nozzle 35 difference on discharging slide 13 It is directed at the first feed pipe 24, the second feed pipe 25, then passes through the control of PLC controller 11 first discharge nozzle 34 and the second discharging The auxiliary air pump 36 of 35 bottom of pipe starts, using the Pneumatic extension push rod of auxiliary air pump 36 stretch by the first discharge nozzle 34, Second discharge nozzle 35 is docked between the first feed pipe 24, the second feed pipe 25 respectively, four side frames 5 and bottom motors 22 presence, enable feed intake, the direction of feeding is adjusted according to actual needs, needed pair after the docking for completing pipeline When load is adjusted, controlled by PLC controller 11 be turned up hydraulic pump 6, external air pump 31, internal first air pump 37 and Internal second air pump 42 starts, and draws slide plate 17 along two cunnings using the driving height-regulating hydraulic telescopic rod 7 of hydraulic pump 6 is turned up The up and down adjustment height in 23 direction of slot, to drive the first feed pipe 24 and the up and down adjustment of the second feed pipe 25 high Degree, while the first feed pipe 24 and up and down the second feed pipe 25, PLC controller 11 drives external air pump 31 to control External pneumatic telescopic rod 32 stretches to draw discharging slide 13 along 16 direction of side channel and carry out up and down adjustment height together, So that two feed pipes and two discharge nozzles remain mated condition, and while the slide 13 that discharges is up and down, PLC control Device 11 controls internal first air pump 37, internal second air pump 42 while starting, and utilizes internal first air pump 37 driving top gas Dynamic telescopic rod 38 is flexible, flexible suitable with 16 phase of side channel to drive using internal second air pump 42 driving bottom Pneumatic extension bar 41 The baffle 39 matched remains the state of closing side channel 16, and discharging slide 13 is avoided to have liquid material at side channel 16 in activity It leaks out, and since the inner connecting tube 40 for extracting 8 inside raw material of material box out is located at discharging 13 inner sidewall of slide, so that The height that discharging slide 13 enables to inner connecting tube 40 to be located inside material box 8 when adjusting height can adjust therewith, so that The load of equipment can be precisely controlled after completing discharging slide 13 and highly adjusting, when the accurate adjusting for completing load Afterwards, sucking pump 33 is started by PLC controller 11, material box 8 is internally located at 40 top of inner connecting tube using inner connecting tube 40 by sucking pump 33 The extraction of all raw materials, and raw material be transmitted separately to first from the first discharge nozzle 34, the second discharge nozzle 35 send by sucking pump 33 Expects pipe 24, the second feed pipe 25 flow through the first feed pipe 24, the raw material of the second feed pipe 25 is mixed by conduit 18 and from discharging Mouth 19 is expelled to designated position.

The preferred embodiment in the utility model disclosed above is only intended to help to illustrate the utility model.Preferred embodiment is simultaneously There is no the details that detailed descriptionthe is all, also not limiting the utility model is only the specific embodiment.Obviously, according to this theory The content of bright book can make many modifications and variations.These embodiments are chosen and specifically described to this specification, is in order to preferably The principles of the present invention and practical application are explained, so that skilled artisan be enable to better understand and utilize this Utility model.The utility model is limited only by the claims and their full scope and equivalents.

Claims (7)

1. a kind of feeder equipment that feeds intake for biomass fuel power generation, including pedestal (15) and the chassis at the top of it (14), it is equipped with material box (8) at the top of the chassis (14), is provided with top plate (4), the top plate at the top of the material box (8) (4) top is provided with top plate (1), which is characterized in that is equipped with reversing motor (2), the reversing motor at the top of the top plate (1) (2) bottom is connected with shaft (20), is provided with top case (3) at the top of the material box (8), and the material box (8) bottom is arranged Have under casing (12), shaft (20) bottom end is connected at the top of the top case (3), the pedestal (15) and the chassis (14) it Between be equipped with bottom motors (22), be connected with transmission shaft (21) at the top of the bottom motors (22), transmission shaft (21) top It is connected with the chassis (14) bottom, is equipped with cabinet (9) at the top of the chassis (14), is equipped with inside the cabinet (9) Power supply (10) and PLC controller (11), there are four side frame (5) for material box (8) the surrounding spaced set；

It is mounted at the top of each side frame (5) and hydraulic pump (6) is turned up, height-regulating hydraulic pump (6) bottom is connected with one It is turned up hydraulic telescopic rod (7), is respectively provided with that there are two sliding slot (23), two sliding slots (23) on each side frame (5) outer wall Between a slide plate (17) is installed, be equipped with discharge port (19) on slide plate (17) side wall, on each sliding slot (23) It is mounted on a top shoe (27), a sliding block (30), the sliding block (30) is located at below the top shoe (27), and two A top shoe (27) is connected with the slide plate (17) both ends respectively, is separately installed on two sliding slot (23) side walls The first feed pipe (24), the second feed pipe (25) between the top shoe (27) and the sliding block (30), it is described on It is respectively mounted on sliding block (27), the sliding block (30), first feed pipe (24) and second feed pipe (25) side wall Have and be embedded in the internal pulley (28) of the sliding slot (23), two top shoes (27) are divided by two inclined shore (26) First feed pipe (24), second feed pipe (25) are not connected, and two sliding blocks (30) pass through inclination respectively Bottom bracing (29) be separately connected first feed pipe (24), second feed pipe (25), first feed pipe (24), institute It states the second feed pipe (25) one end and passes through a conduit (18) respectively and be connected with the discharge port (19)；

It is provided with side channel (16) on material box (8) outer wall, discharging slide (13), institute is installed on side channel (16) outer wall It states middle part on discharging slide (13) outer wall to be equipped with sucking pump (33), one is connected on sucking pump (33) side wall and imports the original The internal inner connecting tube (40) of hopper (8), on discharging slide (13) side wall there are two installations auxiliary air pump (36), described in two The Pneumatic extension bar of auxiliary air pump (36) is separately connected first discharge nozzle (34), second discharge nozzle (35), it is described go out Be connected with an external pneumatic telescopic rod (32) in material slide (13) top exterior walls, external pneumatic telescopic rod (32) top with External air pump (31) on the top case (3) outer wall is connected, be equipped on side channel (16) inner wall one with it is described The baffle (39) that discharging slide (13) is connected, baffle (39) top are connected with an overhead air telescopic rod (38), institute State overhead air telescopic rod (38) top inside first air pump (37) internal with the top case (3) are located at, the baffle (39) Bottom is connected with a root bottom part Pneumatic extension bar (41), the bottom Pneumatic extension bar (41) bottom end be located at the under casing (12) Internal the second air pump of inside (42) is connected.

2. a kind of feeder equipment that feeds intake for biomass fuel power generation according to claim 1, which is characterized in that described Chassis (14) passes through between transmission shaft (21) and pedestal (15) in rotation connection.

3. a kind of feeder equipment that feeds intake for biomass fuel power generation according to claim 1, which is characterized in that described Material box (8) and top case (3), under casing (12) are by being in rotation connection between shaft (20) and chassis (14) outer wall.

4. a kind of feeder equipment that feeds intake for biomass fuel power generation according to claim 1, which is characterized in that described Discharging slide (13) between external pneumatic telescopic rod (32) and material box (8) outer wall by being movably connected, and the slide that discharges (13) activity direction is identical as side channel (16) direction.

5. a kind of feeder equipment that feeds intake for biomass fuel power generation according to claim 1, which is characterized in that described Baffle (39) two sides fascia edge position is provided with seal rubber, and baffle (39) specification is adapted with side channel (16).

6. a kind of feeder equipment that feeds intake for biomass fuel power generation according to claim 1, which is characterized in that described Baffle (39) passes through between overhead air telescopic rod (38) and bottom Pneumatic extension bar (41) and side channel (16) inner wall in activity Connection.

7. a kind of feeder equipment that feeds intake for biomass fuel power generation according to claim 1, which is characterized in that described Power supply (10) by several conducting wires respectively with reversing motor (2), be turned up hydraulic pump (6), PLC controller (11), bottom motors (22), external air pump (31), sucking pump (33), auxiliary air pump (36), internal first air pump (37) and internal second air pump (42) Between be electrically connected, hydraulic pump (6), bottom motors (22), external gas is turned up in the PLC controller (11) and reversing motor (2) Wired company between pump (31), sucking pump (33), auxiliary air pump (36), internal first air pump (37) and internal second air pump (42) It connects.