Automatic and Manual Hygiene and Disinfection Cabinet for Pets

Abstract

The system is activated by sensors that detect a pet entering the cabin; (a) bottom surface cleaning units, (b) disinfectant spraying and optimal drying system, (c) interference suppression module (UV-C or controlled vapor), (d) security door control, (e) It operates via a camera and remote monitoring module. Users can manage cleaning and disinfection processes using either manual or automatic mode. Status monitoring and system control are also possible via the mobile application.

Description

TARIFF Automatic and Manual Hygiene and Disinfection Cabinet for Pets Technical Background This invention is particularly useful for animals like dogs whose paws get damaged when they move from the outside to the inside. neutralizes dirt, microorganisms, and parasites that accumulate on their fur and body surfaces. It relates to hygiene systems developed to ensure their implementation. Current practices are generally limited to methods such as paw washing, drying, or manual cleaning. It includes disinfection, parasite control, security and automatic control functions all together. There is no integrated cabin system. This reduces user comfort and also... This leads to unsatisfactory results in terms of hygiene. Purpose of the Invention The purpose of this invention is; • Ensuring hygienic cleaning of pet entry areas, • Can be operated automatically with sensors or manually, • Combining cleaning, disinfection, and parasite control in a single cabinet, • To provide a safe, controlled, and traceable hygiene and disinfection system. Summary of the Invention The invention is a hygiene and protection system that is activated via sensors that detect the pet's entry into the cabinet. It relates to the disinfection system. The system includes a floor cleaning unit placed inside the cabinet, disinfectant spraying system, parasite neutralization module and drying-ventilation components It works with. The system can be started automatically or manually by the user. Cleaning Disinfection procedures are carried out in a predetermined sequence and duration. Security For this purpose, the system is only activated when the cabin is in the closed position. Brief Description of the Shapes in the Images File Figure 1 shows a general side view of the hygiene and disinfection cabinet that is the subject of the invention. Figure 2 shows the block / flow diagram illustrating the functional relationship between the system components. Figure 3 shows a top view of the cabin. Detailed Description of the Invention As shown in Figure 1, the system described in the invention is designed so that a pet can enter it. It includes a dimensioned cabin body (1). Located on the upper part of the cabin body The parasite neutralization module (2) is located on the base of the cabin, where the pet's paws can rest. There is a floor cleaning unit (3) for cleaning the animal. In the cabin entrance area, the animal can be cleaned. It includes an entry sensor and door mechanism (4) that enables detection. Page 1 In the block diagram shown in Figure 2, the system's sensing unit (1) detects the pet's entry into the cabinet. Following the detection of entry, the control unit (2) activates and carries out the cleaning and disinfection procedures. It initiates these processes in a sequential and controlled manner through the connection line (3) between the components. It is carried out. As shown in Figure 3, the area where the pet is positioned in the top view of the cabin (1) and this There is a disinfectant spray zone (2) directed into the area. Thanks to this structure, cleaning and Disinfection processes are carried out homogeneously. The system can be operated manually by the user, or by the input sensors detecting something. It can also be started automatically. After the cleaning process is complete, the humidity inside the cabin and Air is expelled through ventilation and drying components. Industrial Applicability The invention can be manufactured and implemented in homes, veterinary clinics, pet hotels, and similar settings. It is of high quality. Thanks to its modular structure, it can be adapted to different sizes and capacities. Page 2

Claims

REQUESTS Claim 1 To ensure that pets are hygienically cleaned after coming from the outside environment. The system developed; — a closed enclosure sized to allow pet entry, — at least one access sensor located at the cabin entrance, — following the detection of the animal by the sensor in question, — a system that activates when the cabin door closes, following a predetermined time and It works according to a sorting algorithm; • Automatic cleaning unit integrated into the base surface, • Disinfectant spray system suitable for pet contact and • UV-C light source that activates only when the cabin is closed, — after the completion of these processes, a dryer that evacuates the air inside the cabin and ventilation unit hygiene and disinfection, which can be started automatically or manually by the user. It is a system. Claim 2 In the system specified in Claim 1, the disinfectant spraying system is intended to protect pet skin and respiratory system. Liquids formulated within a pH range that does not irritate the system, administered in controlled doses. application. Claim 3 In the system specified in Claim 1, the UV-C light source receives data from the entrance sensor and the door position sensor. Accordingly, a safety lock is installed that prevents it from engaging when the cabin door is not fully closed. It includes the mechanism. Claim 4 In the system described in Claim 1, the floor cleaning unit collects fluids dripping from animal paws into the cabin. It should be constructed with a sloping surface and drainage channels to prevent overflow. Claim 5 In the system specified in Claim 1, the parasite neutralization process is carried out using UV-C light and / or disinfectant. The application should be monitored for a duration and intensity that does not exceed its threshold values. Claim 6 In the system specified in Claim 1, the images received from the camera module placed inside the cabinet, This is analyzed by an in-system processor and then transmitted to the user interface. Claim 7 The system described in Claim 1 is intended for use in veterinary clinics or multi-user areas, configurations with increased sensor number, disinfectant tank capacity and ventilation flow rate It should be scalable. Page 3 Claim 8 In the system specified in Claim 1, the manual operation mode is any of the automatic cycles. It should be configured to allow user intervention during the process. Page 4

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