CN214133275U

CN214133275U - Medical waste treatment equipment of rural medical institution

Info

Publication number: CN214133275U
Application number: CN202021912945.8U
Authority: CN
Inventors: 赵朔
Original assignee: Individual
Current assignee: Carbon Health Technology (Shanghai) Co.,Ltd.
Priority date: 2020-09-04
Filing date: 2020-09-04
Publication date: 2021-09-07
Anticipated expiration: 2030-09-04

Abstract

The utility model provides medical waste treatment equipment of rural medical institutions, which comprises a crushing and sterilizing tank, a material residue treatment tank, a waste gas treatment tank, a first crushing structure, a second crushing structure and a conveying structure, conveyer, stair, the inside upper end of smashing the disinfection jar is rotated and is connected with crushing structure No. one, rotates in the crushing and disinfection jar of a lower extreme of crushing structure and is connected with No. two crushing structures, rotates in the crushing and disinfection jar of No. two crushing structures lower extreme and is connected with transport structure, smashes the positive left end fixedly connected with conveyer of disinfection jar, smashes the left end fixedly connected with stair at the disinfection jar back, the utility model discloses in solve current medical innocent treatment device and area big, the operation is complicated, and the running cost is high, lack area little, easy operation, the running cost is low, the thorough medical waste innocent treatment equipment of disinfection supplies its remote mountain area (rural) technical problem that uses.

Description

Medical waste treatment equipment of rural medical institution

Technical Field

The utility model relates to a rural medical institution technical field, more specifically say, relate to a rural medical institution's medical waste treatment equipment.

Background

At present, medical wastes generated by all urban medical and health institutions regulated by the state are subjected to centralized harmless treatment by a local medical waste centralized treatment center, and are sent to a household garbage landfill for landfill after the centralized harmless treatment is carried out. The method is basically constructed and operated in a factory, most medical waste treatment equipment adopts modes of incineration, high-temperature cooking, microwave and the like, and a medical waste refrigeration storage system, a transport vehicle cleaning system, a waste water purification system, a waste gas purification system and the like need to be constructed in a matching way, so that faults are easy to occur; and the occupied area is large, the operation is complex and the operation cost is high.

However, in the existing medical health institutions in remote mountainous areas (rural areas) in China, because the daily generation amount of medical wastes is small, the transportation distance is too long, the transportation is inconvenient, and the transportation cost is high, the medical wastes are directly discharged to the external environment at present, the centralized harmless treatment of the medical wastes cannot be implemented, and a harmless treatment device for the medical wastes, which has the advantages of small occupied area, simplicity in operation, low operation cost and thorough disinfection, is urgently needed.

SUMMERY OF THE UTILITY MODEL

In order to solve the technical problem, the utility model provides a medical waste treatment equipment of rural medical institution to solve current medical innocent treatment device and area is big, the operation is complicated, and the running cost is high, lacks area little, easy operation, running cost low, the thorough medical waste innocent treatment equipment of disinfection supplies its remote mountain area (rural) technical problem of using.

The utility model relates to a purpose of medical waste treatment equipment of rural medical institution is reached by following specific technological means:

the utility model provides a rural medical institution's medical waste treatment equipment, is including smashing disinfection jar, material sediment treatment tank, exhaust-gas treatment jar, crushing structure, No. two crushing structures, transport structure, conveyer, stair, the right-hand member fixedly connected with material sediment treatment tank of smashing the disinfection jar, the right-hand member fixedly connected with exhaust-gas treatment jar of material sediment treatment tank, the inside upper end of smashing the disinfection jar is rotated and is connected with crushing structure No. one, rotate in the crushing disinfection jar of the lower extreme of crushing structure and be connected with two crushing structures, it is connected with transport structure to rotate in the crushing disinfection jar of No. two crushing structure lower extremes, smash the positive left end fixedly connected with conveyer of disinfection jar, the left end fixedly connected with stair at the crushing disinfection jar back.

Preferably, the crush sterilization can includes: circular tube, antiseptic solution shower nozzle, run through pipe, hang plate, support column, solid fixed ring and bactericidal lamp, the fixed circular tube that is provided with in the upper end of smashing the inside of disinfection jar, the lower extreme of its circular tube evenly runs through and is provided with the antiseptic solution shower nozzle, and the right-hand member of antiseptic solution shower nozzle runs through and is provided with and runs through the pipe simultaneously, and smashes the inside bottom of disinfection jar and turn right fixedly from a left side and be provided with the hang plate to the fixed support column that is provided with in middle-end of smashing the tank bottoms portion.

Preferably, the fixed solid fixed ring that is provided with in upper end on crushing and disinfecting tank bottom support column right side smashes the inside both ends of disinfecting tank simultaneously and all fixes being provided with the bactericidal lamp, and its bactericidal lamp is sterilamp, and the bactericidal lamp down divide into three level from last, and its every level bactericidal lamp quantity is inconsistent to the bactericidal lamp quantity of upper end is three, and the quantity of middle bactericidal lamp is four, and the quantity of bactericidal lamp of lower extreme is five settings.

Preferably, the slag treatment tank comprises: antiseptic solution bin, waste gas run through pipe, big hydraulic means, loading board, picture peg, framework, fixed plate, extrusion piece, push rod, little hydraulic means and collection tank, the inside upper end of feed slag treatment tank is run through and is had two waste gases to run through the pipe, and its waste gas runs through the fixed big hydraulic means that is provided with in middle part of pipe lower extreme, and big hydraulic means's hydraulic end is fixed and is provided with the loading board, and the lower extreme of loading board is evenly fixed and is provided with the picture peg, and the right-hand member of picture peg all fixes and is provided with the framework to all remove on the right-hand member loading board that the framework corresponds and be provided with the fixed plate, the left end of fixed plate is evenly fixed and is provided with the extrusion piece, and the inside bottom of framework sets up toward right-hand member slope.

Preferably, the right-hand member of loading board runs through and is provided with the push rod, and its push rod runs through fixedly with the fixed plate that removes the setting respectively, and little hydraulic means is installed to the right-hand member of push rod simultaneously, and little hydraulic means's other end is fixed to be set up at material sediment treatment tank inner wall, and the loading board bottom that the fixed plate corresponds is provided with the shifting chute rather than corresponding to the extrusion piece corresponds rather than the framework that corresponds one end respectively.

Preferably, the fixed collection tank that is provided with in bottom of material sediment processing tank, its collection tank run through with material sediment processing tank and correspond, and the fixed antiseptic solution bin that is provided with in top of material sediment processing tank simultaneously, and smash the inside other end that runs through the through pipe that runs through the setting of antiseptic tank just run through the setting in the antiseptic solution bin to the collection tank is located solid fixed ring's inside setting, and the collection tank is unanimous with the support column and ground contact.

Preferably, the exhaust gas treatment tank includes: outlet duct, active carbon filter, adsorption particle waste liquid collecting box, filter cloth, waste gas passageway, back flow, baffle, inductor, filter plate, temperature PH value detection device, the upper end of exhaust-gas treatment jar inside is evenly fixed and is provided with two active carbon filters, and the fixed adsorption particle waste liquid collecting box that is provided with in middle part of exhaust-gas treatment jar simultaneously, the fixed waste gas passageway that is provided with of its inside lower extreme of adsorption particle waste liquid collecting box, the both ends at waste gas passageway top are all fixed and are provided with filter cloth, and the right-hand member of adsorption particle waste liquid collecting box runs through and is provided with the back flow, the left side slope of back flow lower extreme is provided with the filter plate to the right side of exhaust-gas treatment jar inside runs through and is provided with the outlet duct, the lower extreme activity of outlet duct is provided with the baffle.

Preferably, the inside bottom mounting of exhaust-gas treatment jar of filter plate lower extreme is provided with temperature PH value detection device, and exhaust-gas treatment jar outside bottom mounting is provided with the inductor simultaneously, and its inductor and temperature PH value detection device and baffle line connection just adsorb the top fretwork of granule waste liquid collecting box to the exhaust-gas passage sets up and is the triangle-shaped form, and the both ends at top all are provided with the round hole.

Preferably, the number one crushing structure comprises: the utility model provides a pivot, crushing leaf, No. two pivots and No. two crushing leaves, smash the inside ring tube lower extreme of disinfection jar and rotate and be provided with the pivot No. one, the both ends of its pivot are evenly fixed and are provided with crushing leaf No. one, and the lower extreme of pivot rotates and is provided with the pivot No. two simultaneously, and the both ends of pivot No. two are all fixed and are provided with crushing leaf No. two, and crushing leaf No. two all with its crushing leaf between cross arrangement to crushing leaf No. one is sharp curved setting with crushing leaf No. two.

Preferably, the No. two crushing structure includes: a filter and No. two filters, the inside middle-end of crushing and disinfecting jar is rotated and is provided with the filter No. one, and the lower extreme of the filter of its number rotates and is provided with the filter No. two, and the left end of a filter is connected rather than the motor output simultaneously, and the left end of No. two filters has cup jointed the interlock area and cup joints the setting rather than the motor output, and also is connected rather than the motor output at the left end of a pivot, and the left end of No. two pivots also cup joints and is provided with the interlock area and cup joints rather than the motor output that corresponds.

Preferably, the conveying structure comprises: no. three pivot and spiral leaf, the inside lower extreme of crushing and disinfecting jar rotates and is provided with No. three pivots, and the winding is provided with the spiral leaf around its No. three pivots, and No. three pivots is set up and is not contacted with the hang plate towards the right-hand member slope to the left end of No. three pivots is connected the setting rather than the motor output.

Preferably, the middle-end of conveyer bottom is provided with the support column and is located ground, and conveyer's left end and its ground contact simultaneously, its right side in the inside lower extreme of smashing the disinfection jar link up the setting with the material sediment processing tank, and the hang plate extends to the inside bottom of material sediment processing tank to the bottom of exhaust-gas treatment jar is provided with support column and ground contact, and secondly, solid fixed ring's the other end is rather than the fixed setting of support column.

Preferably, a door body is all installed to the front and back end of collection tank, and its door body does not contact with the retaining ring, and the back mounted of exhaust-gas treatment jar has a door body simultaneously, and the top of water tank is provided with the top of inlet opening and antiseptic solution bin and sets up the import to smash the top of disinfection jar and be provided with sealed lid, the top of material sediment treatment jar and exhaust-gas treatment jar is the transparent setting of all sealing.

Has the advantages that:

1. the utility model discloses a conveyer can easily enter into crushing disinfection jar with its medical waste conveying, alleviate the manpower, medical waste can carry out the preliminary disinfection of medical waste from its antiseptic solution shower nozzle spun antiseptic solution when entering into crushing disinfection jar this moment, later alright smash by the crisscross stirring of a crushing structure, after that the screening by a filter of No. two crushing structures and No. two filters is smashed, reach multiple kibbling screening after the broken powder that follows simultaneously, it is better to make its crushing effect, simultaneously under transport structure's effect not only reach carry medical waste after smashing to enter into the material sediment jar when can carry out medical waste once more by the spiral leaf and smash, make its medical waste after smashing become powdered, the breed of bacterium has been reduced.

2. Still all enter into the material sediment processing jar through the medical waste after smashing under the effect of hang plate and transport structure, can start big hydraulic means this moment and make it drive the loading board and move down, alright carry out the separation of medical waste material sediment by the picture peg and enter into every frame in, stop big hydraulic means's start, start little hydraulic means after that and make its promote push rod and all fixed plates and extrusion piece enter into the extrusion of carrying out the internal medical waste material sediment of frame in the corresponding frame, make its shared space when reducing the post processing, save the resource, and can easily make the medical waste material sediment after its extrusion fall out the frame and get into in the collection jar under the effect that the inside slope of frame set up, it is all comparatively convenient when taking out the good material sediment of extrusion.

3. Secondly, waste gas generated during crushing penetrates through the two waste gas treatment tanks and enters the waste gas treatment tank, so that the waste gas can be filtered and cleaned by the activated carbon filter plate, then the waste gas enters the adsorbing particle waste liquid collecting box to be filtered by the filter cloths at two ends, simultaneously, the liquid generated in the purification process of the waste gas can enter the adsorbing particle waste liquid collecting box to be collected and treated by the filter cloths at two ends under the triangular arrangement of the waste gas channel, the filtered waste gas enters the lower end through the waste gas channel to be filtered by the filter plate, meanwhile, the waste gas is detected by the temperature PH value detection device, after the detection reaches the discharge standard, the sensor receives and transmits the waste gas to the baffle plate to open the baffle plate to discharge the waste gas, if the exhaust standard is not met, the exhaust gas does not reach the baffle plate, so that the exhaust gas enters the return pipe and returns to the exhaust gas treatment tank again for exhaust gas treatment.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings that are required to be used in the embodiments will be briefly described below, it should be understood that the following drawings only illustrate some embodiments of the present invention, and therefore should not be considered as limiting the scope, and for those skilled in the art, other related drawings can be obtained according to the drawings without inventive efforts.

Fig. 1 is a schematic view of the overall external front structure of the present invention.

Fig. 2 is a schematic view of the overall external back structure of the present invention.

Fig. 3 is a schematic view of the overall internal structure of the present invention.

Fig. 4 is a schematic view of the whole internal disinfection lamp of the present invention.

FIG. 5 is a schematic view of the internal structure of the slag treatment tank of the present invention.

Fig. 6 is a schematic view of the whole structure of the circular ring tube of the present invention.

In fig. 1 to 6, the correspondence between the component names and the reference numbers is: crushing and sterilizing tank-1, circular ring pipe-101, disinfectant nozzle-102, through pipe-103, inclined plate-104, support column-105, fixing ring-106, bactericidal lamp-107, slag treating tank-2, disinfectant storage tank-201, waste gas through pipe-202, large hydraulic device-203, bearing plate-204, insertion plate-205, frame-206, fixing plate-207, extrusion block-208, push rod-209, small hydraulic device-2010, collecting tank-2011, waste gas treating tank-3, gas outlet pipe-301, activated carbon filter plate-302, adsorbed particle waste liquid collecting tank-303, filter cloth-304, waste gas channel-305, return pipe-306, baffle-307, inductor-308 and filter plate-309, the device comprises a temperature PH value detection device-3010, a first crushing structure-4, a first rotating shaft-401, a first crushing blade-402, a second rotating shaft-403, a second crushing blade-404, a second crushing structure-5, a first filter plate-501, a second filter plate-502, a conveying structure-6, a third rotating shaft-601, a spiral blade-602, a conveying device-7 and a stair-8.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Example (b):

as shown in figures 1 to 6: the utility model provides a rural medical institution's medical waste treatment equipment, including smashing disinfection jar 1, material sediment treatment tank 2, exhaust-gas treatment jar 3, crushing structure 4, No. two crushing structure 5, transport structure 6, conveyer 7, stair 8, smash the right-hand member fixedly connected with material sediment treatment tank 2 of disinfection jar 1, the right-hand member fixedly connected with exhaust-gas treatment jar 3 of material sediment treatment tank 2, the inside upper end of smashing disinfection jar 1 is rotated and is connected with crushing structure 4 No. one, 1 internal rotation of the crushing disinfection jar of the lower extreme of crushing structure 4 is connected with crushing structure 5 No. two, 1 internal rotation of the crushing disinfection jar of 5 lower extreme of crushing structure 6 is connected with transport structure 6, smash the positive left end fixedly connected with conveyer 7 of disinfection jar 1, the left end fixedly connected with stair 8 at the crushing disinfection jar 1 back.

Wherein, crushing and disinfecting jar 1 includes: circular tube 101, antiseptic solution shower nozzle 102, run through pipe 103, hang plate 104, support column 105, solid fixed ring 106 and bactericidal lamp 107, smash the fixed circular tube 101 that is provided with in the upper end of disinfection jar 1 inside, the lower extreme of its circular tube 101 evenly runs through and is provided with antiseptic solution shower nozzle 102, antiseptic solution shower nozzle 102's right-hand member runs through and is provided with and runs through pipe 103 simultaneously, and smash the fixed hang plate 104 that is provided with from a left side to the right side in the bottom of disinfection jar 1 inside, and the fixed support column 105 that is provided with in middle-end of smashing disinfection jar 1 bottom, it all is the stability of carrying out the integrated device to smash 1 bottom sprag post 105 of disinfection jar and solid fixed ring 106, the setting up of hang plate 104 makes its convenient accurate more when carrying the material sediment.

Wherein, smash the fixed solid fixed ring 106 that is provided with in upper end on disinfection jar 1 bottom sprag post 105 right side, smash the inside both ends of disinfection jar 1 simultaneously and all fix and be provided with bactericidal lamp 107, its bactericidal lamp 107 is sterilamp, and bactericidal lamp 107 down divide into three level from last, its every level bactericidal lamp 107 quantity is inconsistent, and bactericidal lamp 107 quantity of upper end is three, the quantity of middle bactericidal lamp 107 is four, the quantity of the bactericidal lamp 107 of lower extreme is five settings, setting up of bactericidal lamp 107 makes its entering kibbling medical waste can carry out the deepening of a level one level and disinfect, the bactericidal effect that makes it reach is better.

Wherein, material sediment treatment tank 2 includes: the waste gas treatment device comprises a disinfectant storage tank 201, waste gas through pipes 202, a large hydraulic device 203, a bearing plate 204, an inserting plate 205, a frame body 206, a fixing plate 207, an extrusion block 208, a push rod 209, a small hydraulic device 2010 and a collecting tank 2011, wherein two waste gas through pipes 202 penetrate through the upper end inside a material slag treatment tank 2, the middle part of the lower end of the waste gas through pipe 202 is fixedly provided with the large hydraulic device 203, the bearing plate 204 is fixedly arranged at the hydraulic end of the large hydraulic device 203, the lower end of the bearing plate 204 is uniformly and fixedly provided with the inserting plate 205, the right end of the inserting plate 205 is fixedly provided with the frame body 206, the fixing plate 207 is movably arranged on the right end bearing plate 204 corresponding to the frame body 206, the extrusion block 208 is uniformly and fixedly arranged at the left end of the fixing plate 207, the bottom inside the frame body 206 is obliquely arranged towards the right end, the whole inside the material slag treatment tank 2 is more convenient in the material slag extrusion process, and can be simultaneously extruded into a plurality of blocky material slag, so that the method is more convenient in post-treatment.

Wherein, the right-hand member of loading board 204 runs through and is provided with push rod 209, its push rod 209 runs through fixedly with the fixed plate 207 that removes the setting respectively, little hydraulic means 2010 is installed to the right-hand member of push rod 209 simultaneously, the other end of little hydraulic means 2010 is fixed to be set up at the material sediment treatment tank 2 inner wall, and the loading board 204 bottom that the fixed plate 207 corresponds is provided with the shifting chute rather than corresponding to it, and extrusion block 208 corresponds rather than the framework 206 that corresponds one end respectively, it is comparatively effective convenient when the operation that makes its whole.

Wherein, the fixed accumulator 2011 that is provided with in bottom of material sediment jar 2, its accumulator 2011 runs through with material sediment jar 2 and corresponds, the fixed antiseptic solution storage tank 201 that is provided with in top of material sediment jar 2 simultaneously, and smash the inside other end that runs through the pipe 103 that runs through that sets up of disinfection jar 1 just runs through the setting in antiseptic solution storage tank 201, and accumulator 2011 is located the inside setting of solid fixed ring 106, accumulator 2011 is unanimous with support column 105 and ground contact, its accumulator 2011 set up make its can be temporary storage by extruded material sediment, make it can not influence its holistic operation for the space is not enough.

Wherein, exhaust gas treatment tank 3 includes: the waste gas treatment device comprises an air outlet pipe 301, activated carbon filter plates 302, an adsorbed particle waste liquid collecting box 303, filter cloth 304, a waste gas channel 305, a return pipe 306, a baffle 307, an inductor 308, filter plates 309 and a temperature and pH value detection device 3010, wherein the upper end inside the waste gas treatment tank 3 is uniformly and fixedly provided with two activated carbon filter plates 302, the middle part of the waste gas treatment tank 3 is fixedly provided with the adsorbed particle waste liquid collecting box 303, the lower end inside the adsorbed particle waste liquid collecting box 303 is fixedly provided with the waste gas channel 305, both ends of the top of the waste gas channel 305 are fixedly provided with the filter cloth 304, the right end of the adsorbed particle waste liquid collecting box 303 is provided with the return pipe 306 in a penetrating way, the left side of the lower end of the return pipe 306 is obliquely provided with the filter plates 309 towards the left side, the right side inside the waste gas treatment tank 3 is provided with the air outlet pipe 301 in a penetrating way, the lower end of the air outlet pipe 301 is movably provided with the baffle 307, and the whole internal structure of the adsorbed particle waste liquid collecting box 303 is convenient for waste gas to enter, the filter cloth 304 is sufficiently adsorbed, and the liquid generated in the exhaust gas can penetrate through the filter cloth 304 and enter the two ends of the interior of the adsorbent particle waste liquid collecting tank 303 for collection treatment.

Wherein, the bottom end inside the waste gas treatment tank 3 at the lower end of the filter board 309 is fixedly provided with a temperature PH value detection device 3010, and the bottom end outside the waste gas treatment tank 3 is fixedly provided with an inductor 308, the sensor 308 is connected with the temperature PH value detection device 3010 and the baffle 307 by circuits, the top of the waste liquid collecting box 303 for adsorbing particles is hollowed out, the exhaust gas channel 305 is arranged in a triangular shape, round holes are arranged at two ends of the top of the exhaust gas channel, the temperature and pH value in the exhaust gas are detected by the temperature and pH value detection device 3010 through the connection between the sensor 308 and the temperature and pH value detection device 3010 and the baffle 307, and after the temperature and pH value in the exhaust gas reaches the emission standard, the sensor 308 receives the exhaust gas transmitted to the damper 307, performs opening of the damper 307 to remove the exhaust gas, if the emission standard is not met, the damper 307 may not be met, so that the exhaust gas enters the return pipe 306 and returns to the exhaust gas treatment tank 3 for exhaust gas treatment.

Wherein, crushing structure No. one 4 includes: first pivot 401, crushing leaf 402, No. two pivot 403 and No. two crushing leaves 404, it is provided with pivot 401 to smash the rotation of the inside ring pipe 101 lower extreme of disinfection jar 1, the both ends of its pivot 401 are evenly fixed and are provided with crushing leaf 402 No. one, the lower extreme of pivot 401 rotates and is provided with pivot 403 No. two simultaneously, the both ends of pivot 403 are all fixed and are provided with crushing leaf 404 No. two, and crushing leaf 404 No. two all with its crushing leaf 402 between the cross arrangement, and crushing leaf 402 and crushing leaf 404 No. two are sharp curved setting, make it more thorough when smashing medical waste.

Wherein, No. two crushing structure 5 includes: a filter 501 and No. two filters 502, smash 1 inside middle-end rotation of disinfection jar and be provided with filter 501 No. one, the lower extreme rotation of filter 501 No. one is provided with filter 502 No. two, the left end of filter 501 is connected rather than the motor output simultaneously, the left end of filter 502 No. two has cup jointed the trace and has cup jointed the setting rather than the motor output, and also be connected rather than the motor output at the left end of pivot 401, the left end of pivot 403 No. two also cup joints and is provided with the trace and cup joints rather than the motor output that corresponds, can reach corresponding screening effect when making it smash once more, it is more convenient when being convenient for its lower extreme to smash.

Wherein the conveying structure 6 comprises: third pivot 601 and spiral leaf 602, the inside lower extreme of crushing and disinfecting jar 1 rotates and is provided with third pivot 601, and the winding is provided with spiral leaf 602 around its third pivot 601, and No. three pivot 601 is set up with hang plate 104 contact towards the right-hand member slope, and the left end of No. three pivot 601 is connected the setting rather than the motor output, and conveying structure 6's setting makes its material sediment after smashing can be faster more accurate enter into in the material sediment treatment tank 2.

Wherein, the middle-end of conveyer 7 bottom is provided with the support column and is located ground, and conveyer 7's left end contacts rather than ground simultaneously, and its right side in the inside lower extreme of smashing disinfection jar 1 link up the setting with material sediment processing tank 2, and hang plate 104 extends to the inside bottom of material sediment processing tank 2 to the bottom of exhaust-gas treatment jar 3 is provided with support column and ground contact, and secondly, the other end of solid fixed ring 106 sets up rather than the support column is fixed, and conveyer 7's setting makes it more laborsaving when puting in medical waste.

Wherein, a body is all installed to the front and back end of collection tank 2011, its door body does not contact with solid fixed ring 106, the back mounted of exhaust-gas treatment jar 3 simultaneously has a body, and the top that adsorbs granule waste liquid collecting box 303 is provided with inlet opening and antiseptic solution bin 201 sets up the import, and the top of smashing disinfection jar 1 is provided with sealed lid, the equal sealed transparent setting in top of material sediment processing jar 2 and exhaust-gas treatment jar 3, its door body that corresponds sets up makes its better when carrying out post-treatment take out the impurity that blocks on its material sediment piece and clearance its filter plate, the import that corresponds sets up makes its better carry out the interpolation of water and antiseptic solution.

The working principle is as follows: firstly, the power is switched on to start the motor, the disinfectant nozzle 102, the water nozzle 306 and the conveying device, then the medical waste conveying device 7 can easily convey the medical waste into the crushing and disinfecting tank 1, the labor is reduced, the rural medical treatment is very beneficial, at the moment, the disinfectant sprayed from the disinfectant nozzle 102 can be preliminarily disinfected when the medical waste enters the crushing and disinfecting tank 1, then the started motor drives the first crushing blade 402 and the second crushing blade 404 between the integrally rotating first crushing structures 4 to be stirred and crushed in a staggered mode, then the first filtering plate 501 and the second filtering plate 502 driven by the motor to rotate the second crushing structures 5 are screened and crushed, the crushed powder is screened and crushed simultaneously, the crushing effect is better, and simultaneously under the action of the conveying structure 6, the crushed medical waste is conveyed into the material residue treatment tank 2 and simultaneously can enter the material residue treatment tank 2 through the spiral blades 602 The medical waste is crushed again, the crushed medical waste is powdered, the breeding of bacteria is reduced, the medical waste is sterilized layer by the sterilizing lamps 107 with different quantities when the medical waste passes through the primary crushing structure 4, the secondary crushing structure 5 and the conveying structure 6 once, and the sterilization is performed under the condition of deepening step by step, so that a good sterilization effect is achieved, then the crushed medical waste enters the material slag treatment tank 2 under the action of the inclined plate 104 and the conveying structure 6, at the moment, the large hydraulic device 203 can be started to drive the bearing plate 204 to move downwards, the medical waste can be separated by the inserting plate 205 and enters each frame 206, the large hydraulic device 203 is stopped from being started, then the small hydraulic device 2010 is started to push the push rod 209 and all the fixing plates 207 and the extrusion blocks 208 to enter the corresponding frames 206 to extrude the medical waste in the frames 206, thirdly, the large hydraulic device 203 and the small hydraulic device 2010 are started to move upwards, and the extruded medical waste material residues can easily fall out of the frame 206 and enter the collecting tank 2011 under the action of the inclined arrangement in the frame 206, so that the space occupied by post-treatment is reduced while the extruded material residues are conveniently taken out, resources are saved, then waste gas generated during crushing penetrates through the two waste gas tanks 202 and enters the waste gas treatment tank 3, the waste gas can be filtered and cleaned by the activated carbon filter plates 302, the waste gas enters the adsorption particle waste liquid collecting tank 303 and is filtered by the filter cloths 304 at the two ends, meanwhile, liquid generated during purification of the waste gas can enter the adsorption particle waste liquid collecting tank 303 through the filter cloths 304 at the two ends under the triangular arrangement of the waste gas channel 305 to be collected and treated, the filtered waste gas enters the lower end through the waste gas channel 305 and is filtered by the filter plates 304, therefore, the waste gas is detected by the temperature PH value detection device 3010, after the detection reaches the emission standard, the sensor 308 receives and transmits the waste gas to the baffle 307, the baffle 307 is opened to remove the waste gas, if the waste gas does not reach the emission standard, the waste gas does not reach the baffle 307, the waste gas enters the return pipe 306, the waste gas returns to the waste gas treatment tank 3 again to be treated, the integrated operation of the waste gas treatment tank achieves the effect of easily treating medical waste and purifying the waste gas to reach the emission standard, the waste gas can be conveniently purified and occupy less ground area when being buried at the later stage, the whole device is convenient to use in rural areas, the occupied position is small, the operation is simple, the device can climb up the stairs 8 to take and cover the sealing cover of the crushing and sterilizing tank 1, and the internal condition can be conveniently observed by people due to the transparent arrangement of the tops of the material slag treatment tank 2 and the waste gas treatment tank 3, more convenient and understandable use is achieved, and finally, a door on the back of the waste gas treatment tank 3 can be opened to clean the filter cloth 304 inside the internal adsorption particle waste liquid collection tank 303 and clean the waste gas collected inside and clean the filter plate 309.

Claims

1. The utility model provides a rural medical institution's medical waste treatment equipment, is including smashing disinfection jar (1), material sediment processing tank (2), exhaust-gas treatment jar (3), crushing structure (4), No. two crushing structure (5), transport structure (6), conveyer (7), stair (8), its characterized in that: the right-hand member fixedly connected with material sediment treatment tank (2) of smashing disinfection jar (1), the right-hand member fixedly connected with exhaust-gas treatment jar (3) of material sediment treatment tank (2), the inside upper end of smashing disinfection jar (1) is rotated and is connected with crushing structure (4) No. one, crushing disinfection jar (1) internal rotation of the lower extreme of crushing structure (4) is connected with crushing structure (5) No. two, crushing structure (5) lower extreme crushing disinfection jar (1) internal rotation is connected with transport structure (6), smash the positive left end fixedly connected with conveyer (7) of disinfection jar (1), the left end fixedly connected with stair (8) at the crushing disinfection jar (1) back.

2. The medical waste treatment facility of a rural medical institution of claim 1, wherein: the crushing and sterilizing tank (1) comprises: circular ring pipe (101), antiseptic solution shower nozzle (102), run through pipe (103), hang plate (104), support column (105), solid fixed ring (106) and bactericidal lamp (107), the fixed circular ring pipe (101) that is provided with in the inside upper end of crushing and disinfecting jar (1), the lower extreme of its circular ring pipe (101) evenly runs through and is provided with antiseptic solution shower nozzle (102), and the right-hand member of antiseptic solution shower nozzle (102) runs through simultaneously and is provided with run through pipe (103), and smashes the inside bottom of disinfecting jar (1) and turn right from a left side and fixedly be provided with hang plate (104) to the middle-end of crushing and disinfecting jar (1) bottom is fixed and is provided with support column (105).

3. The medical waste treatment facility of a rural medical institution of claim 2, wherein: smash disinfection jar (1) bottom sprag post (105) right side upper end fixed be provided with solid fixed ring (106), smash disinfection jar (1) inside both ends simultaneously and all fix and be provided with bactericidal lamp (107), its bactericidal lamp (107) are sterilamp, and bactericidal lamp (107) down divide into three level from last, its every level bactericidal lamp (107) quantity is inconsistent, and bactericidal lamp (107) quantity of upper end is three, the quantity of middle bactericidal lamp (107) is four, the quantity of bactericidal lamp (107) of lower extreme is five settings.

4. The medical waste treatment facility of a rural medical institution of claim 1, wherein: the slag treatment tank (2) comprises: the device comprises a disinfectant storage tank (201), waste gas through pipes (202), a large hydraulic device (203), bearing plates (204), inserting plates (205), a frame body (206), a fixing plate (207), an extrusion block (208), a push rod (209), a small hydraulic device (2010) and a collecting tank (2011), wherein two waste gas through pipes (202) penetrate through the upper end of the interior of a material slag treating tank (2), the middle part of the lower end of each waste gas through pipe (202) is fixedly provided with the large hydraulic device (203), the hydraulic end of each large hydraulic device (203) is fixedly provided with the bearing plate (204), the lower ends of the bearing plates (204) are uniformly and fixedly provided with the inserting plates (205), the right ends of the inserting plates (205) are all fixedly provided with the frame body (206), the fixing plates (207) are all movably arranged on the right bearing plates (204) corresponding to the frame body (206), and the extrusion blocks (208) are uniformly and fixedly arranged at the left ends of the fixing plates (207), the bottom of the inside of the frame (206) is inclined towards the right end.

5. The medical waste treatment facility of a rural medical institution of claim 4, wherein: the right-hand member of loading board (204) runs through and is provided with push rod (209), and its push rod (209) run through fixedly with fixed plate (207) that the removal set up respectively, and little hydraulic means (2010) are installed to the right-hand member of push rod (209) simultaneously, and the other end of little hydraulic means (2010) is fixed to be set up at material sediment treatment tank (2) inner wall, and loading board (204) bottom that fixed plate (207) correspond is provided with the shifting chute rather than corresponding to it to extrusion piece (208) correspond rather than framework (206) that correspond one end respectively.

6. The medical waste treatment facility of a rural medical institution of claim 4, wherein: the bottom of the material slag processing tank (2) is fixedly provided with a collecting tank (2011), the collecting tank (2011) is corresponding to the material slag processing tank (2) in a penetrating way, meanwhile, the top of the material slag processing tank (2) is fixedly provided with a disinfectant storage tank (201), the other end of the through pipe (103) which is arranged in the crushing and disinfecting tank (1) in a penetrating way is arranged in the disinfecting liquid storage tank (201) in a penetrating way, the collecting tank (2011) is arranged in the fixing ring (106), the collecting tank (2011) is in contact with the ground in the same way with the supporting column (105), door bodies are arranged at the front end and the rear end of the collecting tank (2011), the door body is not contacted with the fixed ring (106), and the door body is arranged on the back surface of the waste gas treatment tank (3), and the top of the crushing and sterilizing tank (1) is provided with a sealing cover, and the tops of the material residue treatment tank (2) and the waste gas treatment tank (3) are sealed and transparent.

7. The medical waste treatment facility of a rural medical institution of claim 1, wherein: the exhaust gas treatment tank (3) includes: an air outlet pipe (301), activated carbon filter plates (302), an adsorbed particle waste liquid collecting box (303), filter cloth (304), a waste gas channel (305), a return pipe (306), a baffle plate (307), an inductor (308), filter plates (309) and a temperature PH value detection device (3010), wherein the upper end of the interior of the waste gas treatment tank (3) is uniformly and fixedly provided with two activated carbon filter plates (302), the middle part of the waste gas treatment tank (3) is fixedly provided with the adsorbed particle waste liquid collecting box (303), the lower end of the interior of the adsorbed particle waste liquid collecting box (303) is fixedly provided with the waste gas channel (305), two ends of the top of the waste gas channel (305) are both fixedly provided with the filter cloth (304), the right end of the adsorbed particle waste liquid collecting box (303) is provided with the return pipe (306) in a penetrating manner, the left side of the lower end of the return pipe (306) is obliquely provided with the filter plates (309) towards the left, and the right side of the interior of the waste gas treatment tank (3) is provided with the air outlet pipe (301) in a penetrating manner, the lower end of the air outlet pipe (301) is movably provided with a baffle (307), the top of the adsorption particle waste liquid collecting box (303) is provided with a water inlet hole, and the top of the disinfectant storage box (201) is provided with an inlet.

8. The medical waste treatment facility of a rural medical institution of claim 7, wherein: the inside bottom mounting of exhaust-gas treatment jar (3) of filter plate (309) lower extreme is provided with temperature PH value detection device (3010), and exhaust-gas treatment jar (3) outside bottom mounting is provided with inductor (308) simultaneously, and its inductor (308) and temperature PH value detection device (3010) and baffle (307) line connection, and the top fretwork of adsorbed particle waste liquid collecting box (303) to exhaust gas passageway (305) sets up and is the triangle-shaped form, and the both ends at top all are provided with the round hole.

9. The medical waste treatment facility of a rural medical institution of claim 1, wherein: the crushing structure (4) comprises: first pivot (401), crushing leaf (402), No. two pivot (403) and No. two crushing leaf (404), smash inside ring tube (101) lower extreme rotation of disinfection jar (1) and be provided with pivot (401), the both ends of pivot (401) of its number are evenly fixed and are provided with crushing leaf (402) No. one, and the lower extreme rotation of pivot (401) is provided with pivot (403) No. two simultaneously, and the both ends of pivot (403) are all fixed and are provided with crushing leaf (404) No. two, and crushing leaf (404) No. two all with the crushing leaf (402) between cross arrangement to crushing leaf (402) No. one is sharp curved setting with crushing leaf (404).

10. The medical waste treatment facility of a rural medical institution of claim 1, wherein: the No. two crushing structure (5) includes: the filter plate comprises a first filter plate (501) and a second filter plate (502), wherein the first filter plate (501) is rotatably arranged at the middle end inside the crushing and sterilizing tank (1), the second filter plate (502) is rotatably arranged at the lower end of the first filter plate (501), the left end of the first filter plate (501) is connected with the motor output end of the first filter plate, the left end of the second filter plate (502) is sleeved with a linkage belt and is sleeved with the motor output end of the second filter plate, the left end of the first rotating shaft (401) is also connected with the motor output end of the first rotating shaft, and the left end of the second rotating shaft (403) is also sleeved with a linkage belt and is sleeved with the corresponding motor output end of the second rotating shaft; the conveying structure (6) comprises: the three-shaft rotating and sterilizing tank comprises a third rotating shaft (601) and spiral blades (602), the third rotating shaft (601) is rotatably arranged at the lower end inside the crushing and sterilizing tank (1), the spiral blades (602) are wound around the third rotating shaft (601), the third rotating shaft (601) is obliquely arranged towards the right end and is not in contact with the inclined plate (104), and the left end of the third rotating shaft (601) is connected with the output end of a motor of the third rotating shaft;

the middle-end of conveyer (7) bottom is provided with the support column and is located ground, and the left end of conveyer (7) contacts rather than ground simultaneously, and its right side in smashing disinfection jar (1) inside lower extreme link up the setting with material sediment processing tank (2), and hang plate (104) extend to the inside bottom of material sediment processing tank (2) to the bottom of exhaust-gas treatment jar (3) is provided with support column and ground contact, and secondly, the other end of solid fixed ring (106) is rather than the fixed setting of support column.