CN209342472U - Solid automatic ration beveller - Google Patents

Abstract

The utility model discloses a kind of solid automatic ration bevellers, and including feed chamber, weighing chamber and the grinding chamber from top to bottom set gradually, feed chamber holds bucket by solid arranged side by side and diatomite holds bucket and constitutes；Weighing chamber by be located at solid hold bucket immediately below the first Room and positioned at diatomite hold bucket immediately below second Room constitute, weighing sensor is set on the bottom plate of first Room and second Room, solid holds the bottom plate of bucket, diatomite holds the bottom plate of bucket, the bottom plate of first Room and the bottom plate of second Room are made of one piece of fixed plate and one piece of movable plate, movable plate is hinged with fixed plate, the lower surface of fixed plate is arranged in the electric controller of control movable plate opening and closing, digital display control panel is fixedly installed in the side of feed chamber, digital display control panel is electrically connected with the controller, controller is electrically connected with weighing sensor and electric controller；The side setting of grinding chamber receives container.The utility model weighs automatically, and detection speed is high, improves the pretreatment efficiency of solid sample.

Description

Solid automatic ration beveller

Technical field

The utility model relates to the pre-processing devices of solid organic matters, and in particular to a kind of solid automatic ration beveller.

Background technique

The industrial enterprise of hazardous waste, the unit in laboratory and production and operation hazardous waste are generated, former land use is changed When property, it is necessary to which to original soil and underground water carries out pollution monitoring analysis and evaluation, and to having closed, stop, merge and shift, go bankrupt or moved Industrial enterprise's same court take the mode of selling again for ground, space enrironment investigation need to be carried out before land transfers and risk is commented Estimate work, therefore, these soil environment quality complicated components need to utilize advanced detection device and optimization to place is recycled Detection method is comprehensively analyzed, and the purpose that place reuses is finally reached.

With the development of science and technology, the epoch are advancing, people's lives level is stepped up, but since people are to ecosystem The concern of system gradually decreases, so, soil pollution in recent years further influences people's health than more serious；Country is directed to Soil contamination problem is investigated, and ' can usually be gone acquisition soil to carry out the analysis of chemical element, indices be tested, at this point, native The grinding of earth is essential step, and the soil adopted back needs levigate by filter screen, can preferably cooperate do in this way Experiment detects all standard, and most common usual people are exactly traditional mode, and soil is placed in mortar, hand hammer is manually used Polishing is crushed, the arm that fore-telling carrys out people for a long time in this way may feel that numbness, tire out arm, and also there is that electricity in many laboratories now Dynamic grinder, but there is also many deficiencies, soil fineless and smooth or soil of polishing are sticked to that grinding hammer is first-class a series of to ask Topic.And current site investigation sample size is big, and detection speed is slow, not can guarantee the accuracy of testing result.

Utility model content

The purpose of this utility model is that overcome defect existing in the prior art, a kind of solid automatic ration is provided and is ground Instrument is ground, Full-automatic quantitative processing is converted by manual single treatment, improves the pretreatment efficiency of solid sample, while reducing inspection Survey error.

To achieve the above object, the technical solution of the utility model be design a kind of solid automatic ration beveller, including Feed chamber, weighing chamber and the grinding chamber from top to bottom set gradually, feed chamber hold bucket and diatomite by solid arranged side by side Bucket is held to constitute；Weighing chamber by be located at solid hold bucket immediately below the first Room and positioned at diatomite hold bucket immediately below Second Room is constituted, and weighing sensor is arranged on the bottom plate of the first Room and second Room, solid holds the bottom plate of bucket, diatomite holds bucket Bottom plate, the bottom plate of the first Room and the bottom plate of second Room be made of one piece of fixed plate and one piece of movable plate, movable plate and fixation Plate is hinged, and the lower surface of fixed plate is arranged in the electric controller of control movable plate opening and closing, and digital display control is fixedly installed in the side of feed chamber Panel processed, digital display control panel are electrically connected with the controller, and controller is electrically connected with weighing sensor and electric controller；Grinding chamber Side setting receives container.After setting weighs weight on digital display control panel, controller is connected to the sending of digital display control panel Electric controller is controlled after signal, solid holds bucket and diatomite holds the movable plate opening for its bottom plate that struggles against, until weighing sensor reaches The movable plate on corresponding first Room of this weighing sensor or second Room its bottom plate is closed and opened simultaneously when setting numerical value, is being beaten The vibration motor of grinding chamber and driving motor are also sent out by controller while opening the movable plate on the first Room or second Room its bottom plate The instruction (vibration motor and driving motor are also electrically connected with the controller) acted out, milling time to rear vibration motor and driving electricity Machine is issued the instruction that stopping acts by controller, while the movable plate of its bottom plate of the first Room and second Room is shut, then transfer electricity Machine starting, and shift the baffle at feeding inlet and (baffle is set, and baffle is driven by motor completion and opens transfer at transfer feeding inlet Feeding inlet blocks transfer feeding inlet, and the motor of baffle is also electrically connected with the controller) it is opened by driving, electricity is shifted after the completion of transfer Machine reversion resets.Realize weigh and transfer it is full-automatic, manpower is greatly saved, and avoid operator due to repeatedly weighing and Measurement error caused by fatigue improves the accuracy rate of measurement.

Further technical solution is that weighing sensor is magnetic pole deformation type weighing sensor；First Room and second Room The underface of its movable plate of bottom plate is the feeding inlet of grinding chamber, fixed setting vibration electricity on the top plate of its feeding inlet side of grinding chamber Mortar is arranged in machine, vibration motor lower section fixed setting grinding rod, grinding chamber rotated down, and mortar is in spherical shell, mortar Flange is arranged in edge, the ladder table top being adapted to mortar flange is arranged on grinding chamber side wall, the bottom of mortar is fixedly connected with driving The motor shaft of motor, driving motor are fixed on the bottom plate of grinding chamber.

Further technical solution is to grind the lower end rotation setting grinding idler wheel of rod.Rod is ground also in grinding in this way Grinding dynamics when grinding is increased by grinding idler wheel.

Further technical solution is that its setting transfer discharge port on the side wall for receiving container of grinding chamber is transferred out of It is connected between material mouth and the feed inlet for receiving container by the transition plates being obliquely installed, transition plates is fixed at grinding chamber side wall Outer surface, transfer discharge port and its flange of mortar be located at same level height；Fixed setting transfer motor on grinding chamber bottom plate, Transfer motor is connected with speed reducer, and gear is fixedly installed in the shaft end of its output shaft of speed reducer, has been engaged rack gear, tooth with gear Bent stick be adapted to mortar is fixedly installed in upper end, and transfer motor is arranged far from discharge port is shifted.Motor is shifted in transfer Make, the rotation of the output shaft of speed reducer, gear band carry-over bar is mobile, and rack gear moves up, drive bent stick to move up, and mortar according to Realize that one end is raised by flange and ladder table top, one end leans against on ladder table top, simultaneously because the shifting of transfer discharge outlet baffle It opens, the solid for realizing that the grinding in mortar is completed falls into reception container.

Advantages and beneficial effects of the utility model lie in that weighing automatically, detection speed is high, improves the pre- place of solid sample Manage efficiency；Realize weigh and transfer it is full-automatic, manpower is greatly saved, and avoid operator tired due to repeatedly weighing Caused by measurement error, improve the accuracy rate of measurement.Full-automatic quantitative processing is converted by manual single treatment, improves solid The pretreatment efficiency of sample, while reducing detection error.Grind the lower end rotation setting grinding idler wheel of rod.In this way in grinding Grinding rod also relies on grinding dynamics when grinding idler wheel increases grinding.

Detailed description of the invention

Fig. 1 is a kind of schematic diagram of solid automatic ration beveller of the utility model；

Fig. 2 is the enlarged diagram of first its bottom plate of Room in Fig. 1；

Fig. 3 is the top view of Fig. 2；

Fig. 4 is the enlarged diagram that motor part is shifted in Fig. 1.

In figure: 1, solid holds bucket；2, diatomite holds bucket；3, the first Room；4, second Room；5, weighing sensor；6, electric Control device；7, fixed plate；8, movable plate；9, digital display control panel；10, controller；11, container is received；12, vibration motor；13, it grinds Grind rod；14, mortar；15, flange；16, ladder table top；17, driving motor；18, idler wheel is ground；19, bent stick；20, transfer discharging Mouthful；21, transition plates；22, motor is shifted；23, gear；24, rack gear.

Specific embodiment

With reference to the accompanying drawings and examples, specific embodiment of the present utility model is further described.Implement below Example is only used for clearly illustrating the technical solution of the utility model, and cannot be used as a limitation the protection model of limitation the utility model It encloses.

As shown in Figures 1 to 4 (for convenient for diagram, Fig. 1 only shows a grinding rod and vibration motor is not shown), this is practical Novel is a kind of solid automatic ration beveller, including feed chamber, weighing chamber and the grinding chamber from top to bottom set gradually, raw material Room holds bucket 1 by solid arranged side by side and diatomite holds bucket 2 and constitutes；Weighing chamber by be located at solid hold bucket 1 just under It is set on the bottom plate of first Room 3 of side and the composition of second Room 4 for holding 2 underface of bucket positioned at diatomite, the first Room 3 and second Room 4 Weighing sensor 5 is set, solid holds the bottom plate of bucket 1, diatomite holds 2 bottom plate that struggles against, the bottom plate of the first Room 3 and second Room 4 Bottom plate is made of one piece of fixed plate 7 and one piece of movable plate 8, and fixed plate 7 is arranged in the electric controller 6 that control movable plate 8 is opened and closed Digital display control panel 9 is fixedly installed in the side of lower surface, feed chamber, and digital display control panel 9 is electrically connected with controller 10, controller 10 are electrically connected with weighing sensor 5 and electric controller 6；The side setting of grinding chamber receives container 11.Weighing sensor 5 is magnetic pole Deformation type weighing sensor 5；The underface of its movable plate 8 of first Room 3 and the bottom plate of second Room 4 is the feeding inlet of grinding chamber, is ground It grinds and vibration motor 12 is fixedly installed on the top plate of its feeding inlet side of room, fixed setting grinding rod 13, grinds below vibration motor 12 It grinds room rotated down and spherical crown shell shape mortar 14 is set, the edge of mortar 14 is arranged flange 15, is arranged and grinds on grinding chamber side wall The ladder table top 16 of 14 flange 15 of alms bowl adaptation, the bottom of mortar 14 is fixedly connected with the motor shaft of driving motor 17, driving motor 17 It is fixed on the bottom plate of grinding chamber.Grind the lower end rotation setting grinding idler wheel 18 of rod 13.Its close receives of grinding chamber is held Setting transfer discharge port 20 on the side wall of device 11, is shifted between discharge port 20 and the feed inlet for receiving container 11 by being obliquely installed Transition plates 21 connect, transition plates 21 is fixed at the outer surface of grinding chamber side wall, transfer discharge port 20 and mortar 14 its turn over Side 15 is located at same level height；Fixed setting transfer motor 22 on grinding chamber bottom plate, transfer motor 22 are connected with speed reducer, subtract Gear 23 is fixedly installed in the shaft end of fast its output shaft of machine, has been engaged rack gear 24, the fixed setting of 24 upper end of rack gear with gear 23 The bent stick 19 being adapted to mortar 14, transfer motor 22 are arranged far from transfer discharge port 20.The flange 15 on the right on the figure of mortar 14 It is hinged on the inner sidewall of grinding chamber, grinding rod 13 is elastic rod, in this way can be to avoid the interference of grinding rod when mortar overturning.

The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art For art personnel, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these change It also should be regarded as the protection scope of the utility model into retouching.

Claims (4)

1. solid automatic ration beveller, which is characterized in that including feed chamber, weighing chamber and the grinding from top to bottom set gradually Room, feed chamber holds bucket by solid arranged side by side and diatomite holds bucket and constitutes；Weighing chamber holds bucket by being located at solid It is arranged on the bottom plate of first Room of underface and the second Room composition for holding bucket underface positioned at diatomite, the first Room and second Room Weighing sensor, solid holds the bottom plate of bucket, diatomite hold the bottom plate of the bottom plate of bucket, the bottom plate of the first Room and second Room by One piece of fixed plate and one piece of movable plate are constituted, and movable plate is hinged with fixed plate, and the electric controller setting of control movable plate opening and closing is solid Digital display control panel is fixedly installed in the side of the lower surface of fixed board, feed chamber, and digital display control panel is electrically connected with the controller, and controls Device is electrically connected with weighing sensor and electric controller；The side setting of grinding chamber receives container.

2. solid automatic ration beveller according to claim 1, which is characterized in that the weighing sensor is magnetic pole change Form weighing sensor；The underface of its movable plate of first Room and the bottom plate of second Room be grinding chamber feeding inlet, grinding chamber its Vibration motor is fixedly installed on the top plate of feeding inlet side, fixed setting grinding rod, grinding chamber rotated down below vibration motor Mortar is set, and mortar is in spherical shell, and flange is arranged in the edge of mortar, and setting is adapted to mortar flange on grinding chamber side wall The bottom of ladder table top, mortar is fixedly connected with the motor shaft of driving motor, and driving motor is fixed on the bottom plate of grinding chamber.

3. solid automatic ration beveller according to claim 2, which is characterized in that the lower end rotation of the grinding rod is set Set grinding idler wheel.

4. solid automatic ration beveller according to claim 3, which is characterized in that its close reception container of grinding chamber Setting transfer discharge port on side wall shifts and is connected between discharge port and the feed inlet for receiving container by the transition plates being obliquely installed It connects, transition plates is fixed at the outer surface of grinding chamber side wall, and transfer discharge port and its flange of mortar are located at same level height； Fixed setting transfer motor on grinding chamber bottom plate, transfer motor are connected with speed reducer, and the shaft end fixation of its output shaft of speed reducer is set Gear is set, has been engaged rack gear with gear, the bent stick being adapted to mortar is fixedly installed in upper end of the rack, and transfer motor is far from transfer Discharge port setting.