Hoof bathing pool with hoof cleaning function

Abstract

The utility model relates to the field of hoof bathing pools, in particular to a hoof bathing pool with a hoof cleaning function. The technical problems that hoof bath needs to be intervened manually, secondary pollution is prone to occurring, repeated cleaning is needed, and the hoof bath effect of dairy cows is affected are solved. According to the technical scheme, the hoof bath pool with the hoof cleaning function comprises a fence, a valve assembly, a front flushing assembly, a hoof bath treatment assembly and a guide module; along with the cleaning operation, the washing tank is used for bearing dairy cows to tread, multiple groups of first injection pipes are synchronized to carry out annular injection operation through injectors, redundant stains on cattle hoofs can be quickly removed, soaking can also be carried out, then a blow-down valve is opened, and quick drainage operation is carried out through a first blow-down groove, so that the pollution condition is avoided; along with the lifting operation of the valve assembly, the lifting operation can be fed back to the flasher and the counting control panel, so that a new round of spray washing operation is carried out, and the overall cleaning effect is improved.

Description

Technical Field

[0001] The utility model relates to the field of hoof baths, in particular to a hoof bath with a hoof cleaning function. Background Art

[0002] Hoof baths, also known as hoof disinfection troughs for cows, hoof baths, and cow foot anti-inflammatory basins, can help cows reduce foot diseases. After the hooves are cleaned in a flushing pool, they are then given a medicinal bath in the hoof bath, achieving the purpose and effect of preventing and treating infectious hoof diseases. Existing hoof baths require human intervention during the use of hoof baths, and are prone to secondary contamination. They require repeated cleaning, which affects the effect of cow hoof baths. Therefore, we have proposed a hoof bath with hoof cleaning function to solve the above problems. Utility Model Content

[0003] In order to overcome the problem that hoof baths require human intervention, are prone to secondary contamination, and require repeated cleaning, which affects the effectiveness of cow hoof baths.

[0004] The technical solution of the utility model is: a hoof bath with a hoof cleaning function, comprising a fence, a valve assembly, a front flushing assembly, a hoof bath treatment assembly and a guide module; the fences are arranged in two relatively parallel groups, and a front flushing assembly for pre-flushing stains on cow hooves and a hoof bath treatment assembly for preventing and treating infectious hoof diseases are linearly arranged between the two groups of fences; a valve assembly for connecting to the fence for isolation protection is provided between the front flushing assembly and the hoof bath treatment assembly; and guide modules for guiding the direction of walking of cows are provided at both ends of the front flushing assembly and the hoof bath treatment assembly.

[0005] Preferably, during the cleaning operation, the flushing pool is used to carry the cows to step on, and multiple groups of first spray pipes are synchronously used to perform circumferential spraying operations through the injectors, which can quickly remove excess stains on the cow's hooves, and can also be used for soaking. The sewage valve is then opened to perform a rapid drainage operation through the first sewage trough to avoid pollution. As the valve assembly is raised and lowered, feedback can be given to the flashing light and the counting control panel, thereby performing a new round of spraying and washing operations to improve the overall cleaning effect.

[0006] Preferably, the valve assembly includes a first telescopic cylinder, a frame, a monitor, a contact sensor, a lifting valve, a flashing light and a counting control panel. The frame is arranged in two groups opposite to each other, and a lifting valve is installed between the two groups of frames. The first telescopic cylinder drives the lifting valve to rise and fall along the frame. A flashing light and a counting control panel are provided at the outer end of the frame. A monitor and a contact sensor are provided on the lifting valve. The flashing light, the counting control panel, the monitor and the contact sensor are electrically connected in sequence. When the lifting operation is performed, the first telescopic cylinder drives the lifting valve to rise and fall along the frame, and monitoring is performed through the monitor and the contact sensor to facilitate the passage of cows.

[0007] Preferably, the front flushing assembly includes a water jacket box, a first spray pipe, a delivery pipe, a flushing pool, an anti-sliding block, a drain valve and a first sewage box. The outer end of the water jacket box is provided with a delivery pipe, the center of the delivery pipe is provided with a water pump and a meter, the inner side of the water jacket box is surrounded by a first spray pipe, the interior of the first spray pipe is provided with an ejector, and the bottom of the water jacket box is provided with a flushing pool. Synchronously, multiple groups of first spray pipes perform circumferential spraying operations through the ejector, which can quickly remove excess stains on cattle hooves.

[0008] Preferably, a first sewage trough is linearly opened on the flushing pool, the first sewage trough is downwardly connected to a first sewage box, a sewage valve is provided under the first sewage box, and multiple groups of anti-sliding blocks are horizontally arranged between the two groups of first sewage troughs. The anti-sliding blocks can prevent the cow's hooves from slipping, thereby increasing the safety protection performance.

[0009] Preferably, the hoof bath treatment component includes a solution sleeve, a guide pipe, a second sewage box, a second injection pipe, a second sewage trough, a heating module, a scrubbing plate, a driving slider, a brush, a second telescopic cylinder, a telescopic rod and a hoof bath treatment pool. The outer end of the solution sleeve is provided with a guide pipe, the center of the guide pipe is provided with a water pump and a meter, the inner side of the solution sleeve is surrounded by a second injection pipe, the interior of the second injection pipe is provided with an injector, and the bottom of the solution sleeve is provided with a hoof bath treatment pool. The water flows through the guide pipe, and the flow rate and start are controlled by the water pump and the meter. The water is sprayed out through the injector in the second injection pipe. When the treatment is completed, the sewage enters the second sewage trough.

[0010] Preferably, a second sewage chute is linearly provided on the hoof bath treatment pool, and the second sewage chute is downwardly connected to a second sewage box, and a sewage valve is provided under the second sewage box. A heating module is horizontally provided between the two sets of second sewage chutes, and a slide groove is provided at the upper edge of the solution sleeve, and a slidable washing plate is provided above the solution sleeve, and a brush is provided on the outer end of the washing plate. The second telescopic cylinder drives the telescopic rod to drive the washing plate to rise and fall. A driving slider is provided at the lower end of the telescopic rod, and a driving module is provided inside the driving slider. Subsequently, the driving module controls the driving slider to slide along the slide groove, and the second telescopic cylinder drives the telescopic rod to drive the washing plate to rise and fall to reach a suitable angle, so that the cow's hooves can be better bathed by the brush on the washing plate.

[0011] Preferably, the guiding module includes a pressure plate, a pedal, an anti-slip strip and a spring column. A pedal is provided above the pressure plate, and spring columns are evenly distributed between the pedal and the pressure plate. Spring damping is provided inside the spring column, and an anti-slip strip is provided horizontally on the pedal. As the cow's hooves step on the pedal, the pedal presses down the pressure plate through the spring column to perform a pressing treatment and guide the route.

[0012] Beneficial effects of the utility model:

[0013] 1. According to the previous method, human intervention was required for hoof bathing, which was prone to secondary contamination and required repeated cleaning, affecting the effect of cow hoof bathing. The difference is that a dual area of ​​pre-rinsing component and hoof bath treatment component is formed to perform pre-cleaning operation and then disinfection. During the cleaning operation, the flushing pool is used to carry the cow to step on it, and multiple groups of first spray pipes are synchronized to perform circumferential spraying operations through the ejector, which can quickly remove excess stains on the cow's hooves, or soak them. Then, the sewage valve is opened to quickly drain the water through the first sewage trough to avoid contamination. As the valve component rises and falls, it can be fed back to the flashing light and counting control panel, so as to perform a new round of spraying and washing operations to improve the overall cleaning effect.

[0014] 2. When performing hoof bath treatment, a second spray pipe is provided around the inner side of the solution sleeve, and a circumferential spraying operation is performed through the ejector, and the hoof bath treatment pool is gradually filled up at the same time. The heating module is used for heating so that the cow's hoof can better absorb the solution for automated hoof bath treatment, thereby improving the overall treatment effect. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 It is a schematic diagram of the overall structure of the utility model;

[0016] Figure 2 This is a schematic diagram of the front flushing assembly of the present invention;

[0017] Figure 3 This is a schematic diagram of the front flushing assembly of the present invention from another angle;

[0018] Figure 4 This is a schematic diagram of the hoof bath treatment component of the present invention.

[0019] Explanation of reference numerals: 1. fence; 2. valve assembly; 3. front flushing assembly; 4. hoof bath treatment assembly; 5. guide module; 201. first telescopic cylinder; 202. frame; 203. monitor; 204. contact sensor; 205. lifting valve; 206. flashing light; 207. counting control panel; 301. water jacket box; 302. first spray pipe; 303. delivery pipe; 304. flushing pool; 305. first drain trough; 306. anti-sliding block; 307 , sewage valve; 308, first sewage box; 401, solution sleeve; 402, guide pipe; 403, second sewage box; 404, second injection pipe; 405, second sewage trough; 406, heating module; 407, slide; 408, scrubbing plate; 409, driving slider; 410, brush; 411, second telescopic cylinder; 412, telescopic rod; 413, hoof bath treatment pool; 501, pressure plate; 502, pedal; 503, anti-slip strip; 504, spring column. DETAILED DESCRIPTION

[0020] The present invention will be further described below with reference to the accompanying drawings and embodiments.

[0021] See also Figure 1-2 The utility model provides an embodiment: a hoof bath with a hoof cleaning function, comprising a fence 1, a valve assembly 2, a front flushing assembly 3, a hoof bath treatment assembly 4 and a guide module 5; the fence 1 is arranged in two groups relatively parallel, and a front flushing assembly 3 for pre-flushing stains on cow hooves and a hoof bath treatment assembly 4 for preventing and treating infectious hoof diseases are linearly arranged between the two groups of fences 1. A valve assembly 2 for connecting to the fence 1 for isolation protection is provided between the front flushing assembly 3 and the hoof bath treatment assembly 4, and guide modules 5 for guiding the direction of walking of cows are provided at both ends of the front flushing assembly 3 and the hoof bath treatment assembly 4.

[0022] See also Figure 2-4In this embodiment, the valve assembly 2 includes a first telescopic cylinder 201, a frame 202, a monitor 203, a contact sensor 204, a lifting valve 205, a flashing light 206 and a counting control panel 207. The frame 202 is arranged in two groups opposite to each other. The lifting valve 205 is set between the two groups of frames 202. The first telescopic cylinder 201 drives the lifting valve 205 to rise and fall along the frame 202. The outer end of the frame 202 is provided with a flashing light 206 and a counting control panel 207. The lifting valve 205 is provided with a monitor 203 and a contact sensor 204. The flashing light 206, the counting control panel 207, the monitor 203 and the contact sensor 204 are electrically connected in sequence. When the lifting operation is performed, the first telescopic cylinder 201 The lifting valve 205 is driven to rise and fall along the frame 202, and is monitored by the monitor 203 and the contact sensor 204 to facilitate the passage of cows. The front flushing component 3 includes a water jacket box 301, a first spray pipe 302, a delivery pipe 303, a flushing pool 304, an anti-slip block 306, a drain valve 307 and a first sewage box 308. The outer end of the water jacket box 301 is provided with a delivery pipe 303, the center of the delivery pipe 303 is provided with a water pump and a meter, the inner side of the water jacket box 301 is surrounded by a first spray pipe 302, the interior of the first spray pipe 302 is provided with an ejector, and the bottom of the water jacket box 301 is provided with a flushing pool 304. Synchronously, multiple groups of first spray pipes 302 are sprayed in a circumferential direction through the ejector, which can quickly remove excess stains on cow hooves.

[0023] See also Figure 3-4 In this embodiment, a first drain trough 305 is linearly opened on the flushing pool 304, and the first drain trough 305 is downwardly connected to a first sewage box 308, and a drain valve 307 is provided under the first sewage box 308. Multiple groups of anti-slide blocks 306 are horizontally provided between the two groups of first drain troughs 305. The anti-slide blocks 306 prevent the cow's hooves from slipping and increase the safety protection performance. The hoof bath treatment component 4 includes a solution sleeve 401, a guide pipe 402, a second sewage box 403, a second spray pipe 404, a second drain trough 405, a heating module 406, a washing plate 408, and a driving slider 4 09, a brush 410, a second telescopic cylinder 411, a telescopic rod 412 and a hoof bath treatment pool 413. A guide tube 402 is provided at the outer end of the solution sleeve 401. A water pump and a meter are provided at the center of the guide tube 402. A second injection tube 404 is provided around the inner side of the solution sleeve 401. An injector is provided inside the second injection tube 404. A hoof bath treatment pool 413 is provided at the bottom of the solution sleeve 401. Water flows through the guide tube 402, and the flow rate and start-up are controlled by the water pump and the meter. The water is sprayed out through the injector in the second injection tube 404. After the treatment is completed, the sewage enters the second sewage tank 405.

[0024] See also Figure 1-4In this embodiment, a second sewage trough 405 is linearly opened on the hoof bath treatment pool 413, and the second sewage trough 405 is downwardly connected to a second sewage box 403, and a sewage valve 307 is provided under the second sewage box 403. A heating module 406 is horizontally arranged between the two sets of second sewage troughs 405, and a slide groove 407 is opened at the upper edge of the solution sleeve 401. A slidable washing plate 408 is provided above the solution sleeve 401, and a brush 410 is provided at the outer end of the washing plate 408. The second telescopic cylinder 411 drives the telescopic rod 412 to drive the washing plate 408 to move up and down. The lower end of the telescopic rod 412 is provided with a driving slider 409, and the interior of the driving slider 409 is provided with a driving module. Subsequently, the driving module controls the driving slider 40 9 slides along the slide groove 407, and the second telescopic cylinder 411 drives the telescopic rod 412 to drive the washing plate 408 to move up and down to reach a suitable angle, so that the cow's hooves can be better bathed with the brush 410 on the washing plate 408. The guiding module 5 includes a pressure plate 501, a pedal 502, an anti-slip strip 503 and a spring column 504. A pedal 502 is provided above the pressure plate 501, and spring columns 504 are evenly distributed between the pedal 502 and the pressure plate 501. The spring column 504 is provided with a spring damper inside. An anti-slip strip 503 is horizontally provided on the pedal 502. As the cow's hooves step on, the pedal 502 presses down the pressure plate 501 through the spring column 504 to perform a pressing process for route guidance.

[0025] During operation, as the cow's hooves step on the ground, the pedal 502 presses down the pressure plate 501 through the spring column 504 to perform a pressing process and route guidance. At the same time, multiple groups of first spray pipes 302 perform a circumferential spraying operation through the ejector, which can quickly remove excess stains on the cow's hooves and also soak them. Then, the drain valve 307 is opened to quickly drain the dirt through the first drain trough 305.

[0026] When performing a lifting operation, the first telescopic cylinder 201 drives the lifting valve 205 to rise and fall along the frame 202, and is monitored by the monitor 203 and the contact sensor 204 to facilitate the passage of cows;

[0027] The flow rate and start-up are controlled by the water pump and the meter, and the sewage is sprayed out through the ejector in the second ejector pipe 404. After the treatment, the sewage enters the second sewage trough 405. Then, the driving module controls the driving slider 409 to slide along the slide 407, and the second telescopic cylinder 411 drives the telescopic rod 412 to drive the washing plate 408 to move up and down to reach the appropriate angle. The brush 410 on the washing plate 408 is used to better cooperate with the hoof bath. The second ejector pipe 404 is arranged around the inner side of the solution sleeve 401, and the circumferential spraying operation is performed by the ejector. The hoof bath treatment pool 413 is filled up step by step at the same time, and is heated by the heating module 406 so that the hoof can better absorb the solution for automated hoof bath treatment.

[0028] Through the above steps, during the cleaning operation, the flushing pool 304 is used to carry the cows to step on, and the multiple groups of first spray pipes 302 are synchronously sprayed in a circular direction through the injector, which can quickly remove excess stains on the cow's hooves, or soak them, and then the drain valve 307 is opened to perform a rapid drainage operation through the first drain trough 305 to avoid pollution. As the valve assembly 2 is raised and lowered, it can be fed back to the flashing light 206 and the counting control panel 207, so as to perform a new round of spraying and washing operations to improve the overall cleaning effect.

[0029] The embodiments of the present invention are described in detail above with reference to the accompanying drawings. However, the present invention is not limited to the above embodiments. Various changes can be made within the scope of knowledge possessed by those skilled in the art without departing from the purpose of the present invention.

Claims

1. A hoof bath with hoof cleaning function, comprising a fence (1); characterized in that: The invention also comprises a valve assembly (2), a front flushing assembly (3), a hoof bathing treatment assembly (4) and a guide module (5); the fences (1) are arranged in two groups in parallel with each other, and a front flushing assembly (3) for pre-flushing stains on cow hooves and a hoof bathing treatment assembly (4) for preventing and treating infectious hoof diseases are arranged linearly between the two groups of fences (1); a valve assembly (2) for connecting with the fence (1) for isolation protection is provided between the front flushing assembly (3) and the hoof bathing treatment assembly (4); and guide modules (5) for guiding the cows to walk in a certain direction are provided at both ends of the front flushing assembly (3) and the hoof bathing treatment assembly (4).

2. A hoof bath with hoof cleaning function according to claim 1, characterized in that: The valve assembly (2) comprises a first telescopic cylinder (201), a frame (202), a monitor (203), a contact sensor (204), a lifting valve (205), a flashing light (206) and a counting control panel (207). The frame (202) is arranged in two groups opposite to each other. The lifting valve (205) is arranged between the two groups of frames (202). The first telescopic cylinder (201) drives the lifting valve (205) to rise and fall along the frame (202). The outer end of the frame (202) is provided with a flashing light (206) and a counting control panel (207). The lifting valve (205) is provided with a monitor (203) and a contact sensor (204). The flashing light (206), the counting control panel (207), the monitor (203) and the contact sensor (204) are electrically connected in sequence.

3. The hoof bath with hoof cleaning function according to claim 1, characterized in that: The front flushing assembly (3) comprises a water jacket box (301), a first spray pipe (302), a delivery pipe (303), a flushing pool (304), an anti-sliding block (306), a sewage valve (307) and a first sewage box (308). The delivery pipe (303) is provided at the outer end of the water jacket box (301), a water pump and a meter are provided at the center of the delivery pipe (303), the first spray pipe (302) is provided around the inner side of the water jacket box (301), an ejector is provided inside the first spray pipe (302), and a flushing pool (304) is provided at the bottom of the water jacket box (301).

4. A hoof bath with hoof cleaning function according to claim 3, characterized in that: A first sewage drain trough (305) is linearly provided on the flushing tank (304), the first sewage drain trough (305) is downwardly connected to a first sewage box (308), a sewage drain valve (307) is provided below the first sewage box (308), and multiple groups of anti-sliding blocks (306) are transversely provided between two groups of first sewage drain troughs (305).

5. The hoof bath with hoof cleaning function according to claim 1, characterized in that: The hoof bath treatment component (4) comprises a solution sleeve (401), a guide pipe (402), a second sewage box (403), a second spray pipe (404), a second sewage trough (405), a heating module (406), a scrubbing plate (408), a driving slider (409), a brush (410), a second telescopic cylinder (411), a telescopic rod (412) and a hoof bath treatment pool (413). The outer end of the solution sleeve (401) is provided with a guide pipe (402), the center of the guide pipe (402) is provided with a water pump and a meter, the inner side of the solution sleeve (401) is surrounded by a second spray pipe (404), the interior of the second spray pipe (404) is provided with an ejector, and the bottom of the solution sleeve (401) is provided with a hoof bath treatment pool (413).

6. The hoof bath with hoof cleaning function according to claim 5, characterized in that: A second sewage trough (405) is linearly provided on the hoof bath treatment pool (413), and the second sewage trough (405) is downwardly connected to a second sewage box (403), and a sewage valve (307) is provided below the second sewage box (403). A heating module (406) is transversely provided between the two sets of second sewage troughs (405), a slide groove (407) is provided at the upper edge of the solution sleeve (401), a slidable scrubbing plate (408) is provided above the solution sleeve (401), and a brush (410) is provided at the outer end of the scrubbing plate (408). A second telescopic cylinder (411) drives a telescopic rod (412) to drive the scrubbing plate (408) to move up and down, and a driving slider (409) is provided at the lower end of the telescopic rod (412), and a driving module is provided inside the driving slider (409).

7. The hoof bath with hoof cleaning function according to claim 1, characterized in that: The guide module (5) comprises a pressure plate (501), a pedal (502), an anti-slip strip (503) and a spring column (504); a pedal (502) is provided above the pressure plate (501); spring columns (504) are evenly distributed between the pedal (502) and the pressure plate (501); spring damping is provided inside the spring column (504); and an anti-slip strip (503) is transversely provided on the pedal (502).

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