A sensor-equipped, rechargeable, portable kitchen cloth wringing machine that can be vacuum-sealed to a surface or hung on the edge of a bucket.
Patent Information
- Application Number
- TR202606152U
- Authority / Receiving Office
- TR · TR
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2026-04-22
- Publication Date
- 2026-09-21
- Estimated Expiration
- 2036-04-22
Abstract
Description
1 TARIFF RECHARGEABLE, PORTABLE, SENSOR-CONTROLLED, AND VACUUM / HANGING SUPPORTED. KITCHEN TYPE CLOTH SPINNING MACHINE Technical Area 5 The invention applies to the technical field of household cleaning equipment, as well as restaurant and hotel kitchens. It is related. More specifically, the invention is used in kitchen, bathroom, balcony and general household cleaning. cleaning cloths, mop heads suitable for the device, or similar flexible cleaning elements a rechargeable, portable device that allows the user to grip without directly applying force. A cloth wringer that can be fixed to the surface with a vacuum and / or hung on the edge of the bucket with a hanging bracket. 10 It is related to the machine. State of the Art Wringing out the water from cloths used for house and kitchen cleaning by hand is problematic in terms of hygiene, ergonomics, and... This creates various problems in terms of user comfort. Especially direct contact with dirty water. Contact creates disadvantages in terms of user health and hygiene. Furthermore, the elderly... for people with disabilities, those with reduced hand and wrist strength, those with joint problems, and those who do a lot of housework The process of wringing out the fabric is tiring and strenuous. Current solutions generally utilize the following methods: • Squeezing the fabrics by hand, 20 • Passive squeezing mechanisms integrated into the bucket, • Foot pedal or mechanical wringing mechanisms specifically designed for mop systems, • Fixed and large-volume clamping devices. However, these solutions are mostly not portable; they are practical for everyday kitchen use. It is not compatible with different surface and bucket types, it does not offer contactless operation, and the cloth wringing function is 25. It does not automate the process without user intervention. 2 Purpose of the Invention The purpose of the invention is to eliminate the need for manual force and wrist movement in the fabric wringing process. to achieve without needing to do so, to increase hygiene levels, hand and wrist strength to reduce the need for it, to provide ease of use in kitchen and household chores, portable and rechargeable. Its structure makes it possible to use the device in different areas, both flat 5 It can be fixed to surfaces with a vacuum and can also be attached to the edge of the bucket with a hanging bracket. to ensure that the automatic spin cycle is initiated upon detection of the fabric by the sensor. and to offer controlled squeezing for different fabric types. Brief Description of Figures 10 Figure 1: General view of the kitchen-type fabric wringing machine, which is the subject of the invention, and the markings on the device. The parts are indicated by arrows. Explanation of References in the Figure 1. Depending on the kitchen type, different color options are available (chrome, white, black, etc.) for the main body and 15 Redundant replaceable battery compartment. 2. The motor section that will move the rollers. 3. Manual Operation Button. (Each single press will rotate the rollers for the set ideal time.) (translates.) 4. Distance Sensor. (When it detects the object to be squeezed at the ideal proximity, it rotates the rollers for a specific time.) (translates) 5. Double Roller. (It rotates when the motor is running, the cloth passing between the two rollers is squeezed, and the other one is squeezed.) (It comes out from the side.) 6. Water Drainage Device. (Prevents running water from flowing onto the countertop and directly onto the sink.) (It pours into it.) 25 7. Bucket Hanging Bracket. (Fixed or attachable bracket for mounting to the edge of the bucket) (It helps with hanging, making the device portable.) 8. Vacuum Pad and Center of Gravity. 9. Suction Cup Clamp (When pressed, the vacuum pad adheres better to the surface.) 3 Disclosure of the Invention The invention was developed to enable the wringing out of cloths used in the kitchen and for household chores. It is a rechargeable and portable kitchen-type fabric wringing machine. The basic structure of the invention consists of the main body and redundant replaceable battery compartment (1), motor compartment (2), manual start button (3), 5 distance sensor (4), double roller (5), water drain device (6), bucket hanger (7), vacuum pad and consists of the center of gravity (8) and the suction cup clamp (9). The main body and the redundant replaceable battery compartment (1) form the external structure of the device and other It is the main structure to which the sections are moved. This main body comes in different colors depending on the type of kitchen. It can be produced with various color options. These color options include chrome, white, black, and 10 others. Applications can be included. Thus, the device is not only a functional cleaning equipment, It also becomes an auxiliary product that blends seamlessly with the kitchen environment. Main body a replaceable battery compartment located inside or integrated with the main body, It meets the device's power needs. This part is redundant and replaceable. Thanks to this, when the battery power is low, you can use it with a new or spare battery. 15 This is sustainable. This supports the portable nature of the device and its usability. It ensures continuity. The motor section (2) is the main drive part of the device that performs the cloth wringing function. The motor section, By providing movement to the double roller, it enables the squeezing process to take place mechanically. This This section generates the device's basic operating force and can be controlled by manual or sensor-assisted commands. It is activated depending on the situation. The manual operation button (3) is the part used for direct control by the user. With each single press of the manual operation button, the motor section (2) is activated and the double roller (5) The diaper is rotated for the determined ideal time. Thus, the user can rotate the diaper whenever and for a specified time. It can squeeze within a controlled time interval. This structure simplifies the use of the device. 25 and eliminates the need to constantly hold down the button. When the distance sensor (4) detects the object to be squeezed at the ideal proximity, the motor section (2) It is the sensing section that operates. The cloth or object to be squeezed must be within the appropriate approach distance of the device. When brought, the distance sensor is activated and the double roller (5) rotates for a certain period of time. Thanks to this design, the user can perform the 30-minute tightening operation without directly giving mechanical control to the device. 4 It can initiate. The use of the distance sensor is particularly important for hygiene, speed and ease of use. It provides. The double roller (5) is the part that directly performs the fabric wringing operation. The motor section (2) With its operation, the double roller starts to rotate. The user inserts a device between the rollers. The guided fabric is squeezed as it passes between the rollers and exits from the other side. Thus, the fabric is 5 Excess water is removed from the fabric. The double roller structure ensures the fabric is squeezed through the squeezing process. regular guidance and controlled transmission to the other party It provides. The water drainage device (6) prevents the water coming out of the cloth squeezed between the double rollers from spreading to the surroundings. It is designed to prevent this. The water released during the squeezing process is channeled through the water drain device 10. Thanks to this system, the water is directed directly into the sink without dripping onto the countertop. Thus, in the kitchen... Surface wetting, water accumulation, and environmental pollution are largely prevented by this structure. This provides a significant advantage, especially for kitchen use. The bucket hanger (7) allows the appliance to be placed not only around the countertop or sink, but also, if needed, around a bucket. It can also be used by hanging it on the side. This attachment is fixed to the device. 15 It can be installed as a single unit or as an add-on piece that can be attached later. Bucket hanger Thanks to its attachment, the device becomes a portable auxiliary product and can be used for different cleaning tasks. It offers more flexible usage options under these conditions. The vacuum pad and center of gravity (8) ensure the device is balanced and secure on the surface. This is the part that enables its use. The vacuum pad helps the device adhere to a flat surface. 20 The center of gravity ensures the device remains balanced against the forces generated during squeezing. This ensures that when these two elements are considered together, the device does not slip, move, or This reduces the risk of tipping over and increases user comfort. The suction cup latch (9) is a complementary mechanism that allows the vacuum pad to adhere better to the surface. This is the section. When the user presses the suction cup clamp, the vacuum pad adheres more strongly to the surface. It adheres. This makes it difficult for the device to detach from the surface during use, and especially A more stable structure is achieved when the rollers are in operation. This invention offers an aesthetically pleasing, redundant, and interchangeable design compatible with different kitchen types. Battery-powered, can be operated manually or sensor-controlled, with a dual roller. wringing out the cloth, draining the water directly into the sink, providing better grip on the surface, and when needed This results in a portable fabric wringing machine that can be hung on the edge of a bucket. How the invention can be applied to industry. The invention encompasses 5 types of small household appliances, cleaning equipment, smart home products, and personal hygiene support. It can be manufactured in the cleaning equipment industry. Injection molding, metal or composite parts. serial production using motor integration, electronic circuit assembly, and battery assembly methods. Suitable for production. The invention includes kitchen cleaning, wiping countertops, cleaning tables, cleaning bathrooms, cleaning windows, and cleaning balconies. It can be used for cleaning, car interiors, and general household chores. Especially suitable for the elderly, disabled, and those with hand problems. Individuals with limited energy levels, users who perform intensive cleaning, and users with a high sensitivity to hygiene. It provides benefits for...
Claims
6 REQUESTS 1. The invention is a rechargeable and portable device for wringing out cloths used in the kitchen and household chores. This is a kitchen-type fabric wringing machine, and its feature is that it comes in different color options according to the type of kitchen. A main body and a redundant replaceable battery compartment (1) are provided, which move the rollers. motor compartment (2), manual start button (3), distance sensor (4), double roller (5), water draining device (6), bucket hanger (7), vacuum pad and center of gravity (8) with suction cup clamp (9) is included.
2. According to Claim 1, it is a kitchen-type fabric wringing machine, its features include; main body and spare parts. The replaceable battery compartment (1) is available in different color options such as chrome, white, black and so on. It is the production of.
3. It is a kitchen type fabric wringing machine according to claim 1, and its feature is; manual operation button (3), The motor will rotate the double roller (5) for the specified ideal time with each single press. It is to run section (2).
4. It is a kitchen type fabric wringing machine according to claim 1, and its feature is; distance sensor (4), When it detects the object to be squeezed at the ideal proximity, the double roller (5) is pressed for a certain period of time. It is to operate the engine compartment (2) in such a way as to rotate it.
5. According to claim 1, it is a kitchen type cloth wringing machine, its feature is; double roller (5), motor by working of the section (2) and turning the cloth passing between the two and squeezing it from the other side It is removal.
6. According to claim 1, it is a kitchen type fabric wringing machine, the feature of which is; water draining apparatus (6), flowing Its function is to prevent water from flowing onto the countertop, directing it directly into the sink.
7. It is a kitchen type fabric wringing machine according to claim 1, and its feature is that the bucket hanger bracket (7) is fixed. or by arranging it as an attachable accessory so that the device can be hung on the edge of the bucket. It is a verification.
8. According to claim 1, it is a kitchen type fabric wringing machine, its features include a vacuum pad and a weight. the center (8) allows the device to be used in a more stable and secure manner on the surface. It is a verification. 7 9. According to claim 1, it is a kitchen type cloth wringing machine, its feature is; suction cup clamp (9) The purpose is to ensure the vacuum pad adheres better to the surface when pressed.
