Belt-type cleaning access control

Abstract

The utility model relates to a belt type cleaning entrance guard belongs to the field of cleaning entrance guard, including entrance guard, belt type cleaning passageway and cleaning disinfectant solution tank, the both sides of entrance guard lower installation has belt type cleaning passageway and forms double passageway style, and the cleaning disinfectant solution tank is equipped between two groups belt type cleaning passageways and is equipped with two groups, and the cleaning disinfectant solution tank is connected with entrance guard and belt type cleaning passageway respectively, through replacing the brush cleaning with belt, increase the friction area, improve the cleaning effect, then through the injection cleaning fluid on the belt and through the brush to clean the belt, realize the quick circulation of belt, add hand cleaning on the entrance guard, realize the hand and sole cleaning simultaneously, and increase the water collecting groove at the bottom, realize the quick discharge of sewage, solve the problem of low friction efficiency, uneven cleaning effect, fast consumption disinfectant, unable hand and sole disinfection simultaneously and need to clean sewage frequently.

Description

Technical Field

[0001] This utility model relates to a belt-type cleaning access control system, belonging to the field of cleaning access control. Background Technology

[0002] Inside food processing plants, personnel need to clean the soles of their shoes upon entry to prevent external contamination. However, traditional shoe sole cleaning methods mainly rely on fixed shoe sole cleaning machines or simple disinfection mats. Current shoe sole cleaning machines have inconsistent friction times and low friction efficiency, resulting in uneven cleaning effects. Disinfection points can only adhere to some dust, and the disinfectant is quickly consumed. Secondly, operators also need to disinfect their hands upon entering the factory, but current cleaning machines cannot disinfect hands and shoe soles simultaneously. Furthermore, conventional cleaning machines require pumps to extract the cleaning liquid after cleaning, necessitating frequent cleaning, which is very inconvenient. Summary of the Invention

[0003] Based on the problems described in the background, the present invention aims to solve the following problem: providing a belt-type cleaning access control system. By replacing the brush cleaning with a belt cleaning method, the friction area is increased, improving the cleaning effect. Furthermore, by spraying cleaning fluid onto the belt and cleaning it with a brush, the belt can be quickly recycled. A hand cleaning function is added to the access control system, allowing for simultaneous cleaning of hands and shoe soles. A water collection tank is added to the bottom for rapid drainage of wastewater. This solves the problems mentioned above, such as low friction efficiency, uneven cleaning effect, rapid consumption of disinfectant, inability to simultaneously disinfect hands and shoe soles, and the need for frequent cleaning of wastewater.

[0004] To achieve the above objectives, this utility model provides the following technical solution: a belt-type cleaning access control system is provided, including an access control system, a belt-type cleaning channel, and a cleaning and disinfection solution tank. Belt-type cleaning channels are installed on both sides of the access control system to form a dual-channel design. The cleaning and disinfection solution tank is located between the two sets of belt-type cleaning channels and there are two sets of the cleaning and disinfection solution tank. The cleaning and disinfection solution tank is connected to the access control system and the belt-type cleaning channel respectively.

[0005] The access control system is equipped with a hand sanitizing port for hand disinfection.

[0006] The cleaning and disinfection solution tank is equipped with two sets of liquid level sensors: a high liquid level sensor at the top and a low liquid level sensor at the bottom. The high liquid level sensor is equipped with a red indicator light, and the low liquid level sensor is equipped with a blue indicator light.

[0007] The belt-driven cleaning channel includes a channel base frame, brush tube assembly, power assembly, anti-slip plate, dry carpet, and belt assembly. Foot plates are installed at the four corners of the channel base frame. Brush tube assemblies are installed between and inside the channel base frame. Power assemblies are installed at the front and rear ends inside the channel base frame. Belt assembly is installed in the middle of the channel base frame. Anti-slip plates and dry carpets are installed at the front and rear ends of the channel base frame, respectively. The anti-slip plates and dry carpets are located at both ends of the belt assembly. A water collection tank is provided under the channel base frame.

[0008] Preferably, the brush tube assembly includes a water supply pipe and a brush tube. The water supply pipe is installed between the belt-type cleaning channels and connects the cleaning and disinfection solution tank and the brush tube. The brush tube is installed below both ends of the belt assembly and is also provided with spray nozzles.

[0009] Preferably, the power assembly includes a motor, a drive sprocket, a driven sprocket, a drive gear shaft, a drive gear shaft bracket, a seat bearing, and a driven shaft. The motor is installed on one side inside the front end of the channel base frame and below the anti-slip plate. The drive sprocket is installed at the motor output end. The drive gear shaft bracket is installed on both sides of the front and rear ends inside the channel base frame. Seat bearings are installed on the drive gear shaft bracket. The drive gear shaft is installed between the seat bearings at the front end of the channel base frame. The driven sprocket is installed on the outer side of the seat bearing on the motor side and connected to the drive gear shaft. The driven shaft is installed between the seat bearings at the rear end of the channel base frame. The drive sprocket and the driven sprocket are driven by a chain.

[0010] Preferably, the belt assembly includes a timing belt aluminum groove bracket, timing belt aluminum grooves, a belt, and ball bearings. The timing belt aluminum groove bracket is installed in the middle of the channel base frame. Multiple sets of timing belt aluminum grooves are installed on the timing belt aluminum groove bracket. Multiple sets of mounting slots are opened on the timing belt aluminum grooves. Ball bearings are installed on each set of mounting slots. The belt is installed on the driving gear shaft and the driven shaft, and the belt passes through each set of timing belt aluminum grooves to cooperate with the ball bearings.

[0011] Preferably, the inner side of the belt is provided with internal teeth that match the drive gear shaft.

[0012] Preferably, the belt height is higher than the synchronous belt aluminum groove.

[0013] Preferably, the brush tube is located below the driving gear shaft and the driven shaft.

[0014] The beneficial effects of this utility model are:

[0015] Compared to traditional shoe sole cleaning machines, belt-driven cleaning increases the friction area and improves efficiency, resulting in a more effective and efficient cleaning process. The presence of a synchronous belt with an aluminum trough allows workers to stand on it while the belt itself performs friction cleaning. The belt's height, higher than the trough, ensures it cleans the soles of the workers' shoes. A brush tube is added to clean the reusable belt, and disinfectant is sprayed to ensure thorough cleaning. Hand sanitizing stations are added to the access control system, allowing workers to disinfect both their hands and shoe soles upon entering the factory. During hand sanitizing, workers stand on the belt-driven cleaning channel, extending the cleaning and disinfection time and further enhancing the cleaning effect. A water collection trough at the bottom ensures all wastewater is properly drained. Attached Figure Description

[0016] Figure 1 This is a schematic diagram of the structure of the present invention;

[0017] Figure 2 This is a schematic diagram of the belt-type cleaning channel of the present invention;

[0018] Figure 3 This is a schematic diagram of the structure of the brush tube assembly, power assembly, and belt assembly of the present invention;

[0019] In the diagram: 1 is the access control system; 2 is the belt-driven cleaning channel; 3 is the cleaning and disinfection solution tank; 21 is the channel base frame; 22 is the brush tube assembly; 23 is the power unit; 24 is the anti-slip plate; 25 is the dry carpet; 26 is the belt assembly; 221 is the water supply pipe; 222 is the brush tube; 231 is the motor; 232 is the drive sprocket; 233 is the driven sprocket; 234 is the drive gear shaft; 235 is the drive gear shaft bracket; 236 is the bearing seat; 237 is the driven shaft; 261 is the synchronous belt aluminum groove bracket; 262 is the synchronous belt aluminum groove; 263 is the belt; 264 is the ball bearing. Detailed Implementation

[0020] The embodiments of this utility model will be further described below with reference to the accompanying drawings:

[0021] Example 1

[0022] like Figure 1 As shown, this utility model provides a belt-type cleaning access control system, including an access control system 1, a belt-type cleaning channel 2, and a cleaning and disinfection tank 3. The belt-type cleaning channels 2 are installed on both sides of the access control system 1 to form a double channel style. The cleaning and disinfection tank 3 is located between the two sets of belt-type cleaning channels 2 and there are two sets. The cleaning and disinfection tank 3 is connected to the access control system 1 and the belt-type cleaning channel 2 respectively.

[0023] The access control system 1 is equipped with a hand sanitizing port for hand sanitizing;

[0024] Meanwhile, a nozzle is provided inside the hand disinfection port, which sprays disinfectant solution out through the connection to the cleaning and disinfection solution tank 3 to disinfect the hands;

[0025] The cleaning and disinfection liquid tank 3 is equipped with two sets of liquid level sensors: a high liquid level sensor 31 at the top and a low liquid level sensor 32 at the bottom. The high liquid level sensor 31 is equipped with a red indicator light, and the low liquid level sensor 32 is equipped with a blue indicator light.

[0026] When the cleaning and disinfectant solution is insufficient, the low liquid level sensor 32 is triggered, and the blue indicator light illuminates to provide a reminder. When too much cleaning and disinfectant solution is added, the high liquid level sensor 31 is triggered, and the red indicator light illuminates to provide a reminder.

[0027] like Figure 2 As shown, the belt-driven cleaning channel 2 includes a channel base frame 21, a brush tube assembly 22, a power assembly 23, an anti-slip plate 24, a dry carpet 25, and a belt assembly 26. The channel base frame 21 is equipped with feet at its four corners. The brush tube assembly 22 is installed between and inside the channel base frame 21. The power assembly 23 is installed at both the front and rear ends inside the channel base frame 21. The belt assembly 26 is installed in the middle of the channel base frame 21. The anti-slip plate 24 and the dry carpet 25 are respectively installed on the front and rear ends of the channel base frame 21. At the same time, the anti-slip plate 24 and the dry carpet 25 are located at both ends of the belt assembly 26. A water collection tank is provided under the channel base frame 21.

[0028] In operation, workers ascend from the front, pass over the anti-slip plate 24 to prevent slipping, and then step onto the belt assembly 26. The belt assembly 26 is operated by the power component 23 to rub against the soles of the workers' shoes. The brush tube assembly 22 cleans the belt assembly 26 and sprays disinfectant, achieving efficient cleaning and disinfection. Upon reaching the access control 1, workers disinfect their hands, thus standing for a considerable time on the belt-type cleaning channel 2, extending the cleaning and disinfection time for the soles of their shoes and improving the cleaning and disinfection effect. After cleaning, they step onto the dry carpet 25 and enter the workshop. The wastewater from the cleaning process falls into the collection tank at the bottom and can be discharged directly without the need for pumping.

[0029] like Figure 3 As shown, the brush tube assembly 22 includes a water supply pipe 221 and a brush tube 222. The water supply pipe 221 is installed between the belt-type cleaning channels 2 and connects the cleaning and disinfection liquid tank 3 and the brush tube 222. The brush tube 222 is installed below both ends of the belt assembly 26, and a water spray nozzle is also provided on the brush tube 222.

[0030] The brush tube 222 is located below the drive gear shaft 234 and the driven shaft 237.

[0031] The brush tube 222 is connected to the cleaning and disinfection solution tank 3 through the water supply pipe 221 to spray the disinfectant onto the belt assembly 26. It is provided at both the front and rear ends to ensure the spraying and cleaning effects.

[0032] like Figure 3 As shown, the power assembly 23 includes a motor 231, a drive sprocket 232, a driven sprocket 233, a drive gear shaft 234, a drive gear shaft bracket 235, a seat bearing 236, and a driven shaft 237. The motor 231 is installed on one side inside the front end of the channel base frame 21 and below the anti-slip plate 24. The drive sprocket 232 is installed at the output end of the motor 231. The drive gear shaft bracket 235 is installed on both sides of the front and rear ends inside the channel base frame 21. The seat bearing 236 is installed on the drive gear shaft bracket 235. The drive gear shaft 234 is installed between the seat bearings 236 at the front end of the channel base frame 21. The driven sprocket 233 is installed on the outer side of the seat bearing 236 on the motor 231 side and connected to the drive gear shaft 234. The driven shaft 237 is installed between the seat bearings 236 at the rear end of the channel base frame 21. The drive sprocket 232 and the driven sprocket 233 are driven by a chain.

[0033] like Figure 3 As shown, the belt assembly 26 includes a timing belt aluminum groove bracket 261, timing belt aluminum grooves 262, a belt 263, and ball bearings 264. The timing belt aluminum groove bracket 261 is installed in the middle of the channel base frame 21. Multiple sets of timing belt aluminum grooves 262 are installed on the timing belt aluminum groove bracket 261. Multiple sets of mounting slots are opened on the timing belt aluminum grooves 262. Each set of mounting slots is equipped with ball bearings 264. The belt 263 is installed on the drive gear shaft 234 and the driven shaft 237, and the belt 263 passes through each set of timing belt aluminum grooves 262 to cooperate with the ball bearings 264.

[0034] The inner side of the belt 263 is provided with internal teeth that match the drive gear shaft 234.

[0035] The height of the belt 263 is higher than that of the synchronous belt aluminum groove 262.

[0036] During transmission, the motor 231 drives the drive sprocket 232 to rotate, and the drive sprocket 232 drives the driven sprocket 233 to rotate via a chain, thereby driving the drive gear shaft 234 to rotate. Then, the belt 263 drives the driven shaft 237 to rotate, forming a complete circuit. At the same time, the presence of the synchronous belt aluminum groove 262 allows the worker to stand on the synchronous belt aluminum groove 262 and perform friction cleaning via the belt 263. Moreover, the height of the belt 263 is higher than the synchronous belt aluminum groove 262, ensuring that the belt 263 can clean the soles of the worker's shoes. Under the action of the ball bearings 264, the belt 263 will not drop too much, thus failing to clean the soles of the shoes.

Claims

1. A belt-type cleaning access control system, characterized in that, It includes an access control (1), a belt-type cleaning channel (2) and a cleaning and disinfection tank (3). The access control (1) is equipped with belt-type cleaning channels (2) on both sides to form a double channel. The cleaning and disinfection tank (3) is located between the two belt-type cleaning channels (2) and there are two sets. The cleaning and disinfection tank (3) is connected to the access control (1) and the belt-type cleaning channel (2) respectively. The access control (1) is equipped with a hand sanitizing port for hand sanitizing; The cleaning and disinfection liquid tank (3) is equipped with two sets of liquid level sensors. The upper part is equipped with a high liquid level sensor (31) and the lower part is equipped with a low liquid level sensor (32). The high liquid level sensor (31) is equipped with a red indicator light and the low liquid level sensor (32) is equipped with a blue indicator light. The belt-type cleaning channel (2) includes a channel base frame (21), a brush tube assembly (22), a power assembly (23), an anti-slip plate (24), a dry carpet (25), and a belt assembly (26). The channel base frame (21) is equipped with feet at the four corners. The brush tube assembly (22) is installed between and inside the channel base frame (21). The power assembly (23) is installed at the front and rear ends inside the channel base frame (21). The belt assembly (26) is installed in the middle of the channel base frame (21). The anti-slip plate (24) and the dry carpet (25) are installed on the front and rear ends of the channel base frame (21), respectively. At the same time, the anti-slip plate (24) and the dry carpet (25) are located at both ends of the belt assembly (26). A water collection tank is provided under the channel base frame (21).

2. The belt-type cleaning access control system according to claim 1, characterized in that, The brush tube assembly (22) includes a water supply pipe (221) and a brush tube (222). The water supply pipe (221) is installed between the belt-type cleaning channels (2) and connects the cleaning and disinfection liquid tank (3) and the brush tube (222). The brush tube (222) is installed below both ends of the belt assembly (26), and a spray nozzle is also provided on the brush tube (222).

3. The belt-type cleaning access control system according to claim 1, characterized in that, The power assembly (23) includes a motor (231), a drive sprocket (232), a driven sprocket (233), a drive gear shaft (234), a drive gear shaft bracket (235), a bearing seat (236), and a driven shaft (237). The motor (231) is installed on one side inside the front end of the channel base frame (21) and below the anti-slip plate (24). The drive sprocket (232) is installed at the output end of the motor (231), and the drive gear shaft bracket (235) is installed inside the channel base frame (21) at the front and rear ends. On both sides, a seat bearing (236) is installed on the active gear shaft bracket (235). An active gear shaft (234) is installed between the seat bearings (236) at the front end of the channel base frame (21). A driven sprocket (233) is installed on the outer side of the seat bearing (236) on the motor (231) side and connected to the active gear shaft (234). A driven shaft (237) is installed between the seat bearings (236) at the rear end of the channel base frame (21). The active sprocket (232) and the driven sprocket (233) are driven by a chain.

4. The belt-type cleaning access control system according to claim 1, characterized in that, The belt assembly (26) includes a timing belt aluminum groove bracket (261), timing belt aluminum grooves (262), belt (263), and ball bearings (264). The timing belt aluminum groove bracket (261) is installed in the middle of the channel base frame (21). Multiple sets of timing belt aluminum grooves (262) are installed on the timing belt aluminum groove bracket (261). Multiple sets of mounting slots are opened on the timing belt aluminum grooves (262). Each set of mounting slots is equipped with ball bearings (264). The belt (263) is installed on the drive gear shaft (234) and the driven shaft (237). The belt (263) passes through each set of timing belt aluminum grooves (262) and moves in conjunction with the ball bearings (264).

5. The belt-type cleaning access control system according to claim 4, characterized in that, The belt (263) has internal teeth on its inner side that match the drive gear shaft (234).

6. The belt-type cleaning access control system according to claim 4, characterized in that, The belt (263) is higher than the synchronous belt aluminum groove (262).

7. The belt-type cleaning access control system according to claim 2, characterized in that, The brush tube (222) is located below the drive gear shaft (234) and the driven shaft (237).

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