New generation cleaning apparatus

Abstract

The invention relates to an apparatus used for cleaning sensitive electronic device screens, such as in-vehicle consoles, information and entertainment screens, computer monitors, television screens, smartphones, and tablets, or any surface to be cleaned, comprising a top part (1000) with a cleaning layer (1800) that ensures fast and effective cleaning by performing wetting and drying operations on the surfaces simultaneously, and a lower part (2000) with a liquid layer (2200) positioned inside a case (2300) providing a controlled liquid flow to dissolve dirt, grease, and stains on the surface by storing liquid, pressurizing it, and spraying it onto the surface, thereby wetting the wet part (1810) of the cleaning layer (1800).

Description

[0001] NEW GENERATION CLEANING APPARATUS

[0002] FIELD OF INVENTION

[0003] The invention relates to an apparatus used for cleaning sensitive electronic device screens, such as in-vehicle consoles, information and entertainment displays, computer monitors, television screens, smartphones, and tablets, or any surface intended to be cleaned.

[0004] BACKGROUND OF THE INVENTION

[0005] Various apparatuses or devices are used for cleaning sensitive electronic device screens, such as in-vehicle consoles, information and entertainment displays, computer monitors, television screens, smartphones, and tablets, or any surface intended to be cleaned.

[0006] Cleaning of screen surfaces is a frequently encountered need in daily life. However, since these screens have sensitive surfaces, there is a risk of scratching, residue formation, or damage during the cleaning process.

[0007] In existing systems, a cleaning cloth is generally used together with liquid spraying, and an additional process is required to remove excess liquid or to dry the surface. This situation prolongs the cleaning process and makes it cumbersome for the user. Furthermore, if liquid residue remains on the surface, streaks may form, and the screen cannot be cleaned effectively.

[0008] Some solutions provide structures that spray liquid onto the surface and perform cleaning using a single cloth surface. However, since such designs cannot simultaneously perform wetting and drying operations on different regions of the surface, they cause staining after cleaning or result in excess liquid remaining on the screen surface.

[0009] In the prior art, as cleaning cloths collect dirt and particles upon contacting the surface, there is no mechanism for removing such dirt from the cloth surface. Users generally have to manually wash the cloth after cleaning and this situation results in a loss of time.

[0010] In the current state of the art, although existing solutions include features such as liquid spraying nozzles and integrated cleaning cloths, refilling of the liquid reservoir is cumbersome, and the replacement or cleaning of the cloth does not offer a user-friendly design. For example, in some known devices, the spraying direction of the liquid remains fixed, and uniform distribution over the entire screen surface cannot be achieved during cleaning. This situation leads to a loss of time, particularly when cleaning large screens, and makes it difficult to obtain effective results.

[0011] Moreover, spraying liquid directly onto the screen during cleaning causes undesired areas to become wet. On the other hand, when liquid is sprayed onto the screen, excess liquid may flow and accumulate on the screen frame or potentially causes electronic malfunctions within the screen by leaking from the frame.

[0012] OBJECT OF THE INVENTION

[0013] The object of the invention is to provide a cleaning apparatus that enables fast and effective cleaning by simultaneously performing wetting and drying operations on screen or glass surfaces. Another object of the invention is to provide a cleaning apparatus that offers a convenient and effortless cleaning experience by providing an ergonomic grip to the user.Another object of the invention is to provide a cleaning apparatus that offers a long-lasting and sustainable cleaning solution, thanks to easy refilling of the liquid reservoir and a replaceable cloth system.

[0014] Another object of the invention is to provide a cleaning apparatus that can be used continuously in an efficient and hygienic manner without requiring any additional process to clean the dirt accumulated on the cloth surface.

[0015] The cleaning apparatus developed in order to realize the aforementioned objects comprises a top part with a cleaning layer that enables fast and effective cleaning by simultaneously performing wetting and drying operations on screen or glass surfaces, a top part housing designed to accommodate the top part, and a bottom part with a liquid layer configured to store liquid and spray it onto the surface by pressurizing, thereby moistening the wet portion of the cleaning layer and providing a controlled liquid flow to dissolve dirt, grease, and stains on the surface.

[0016] DESCRIPTION OF THE FIGURES

[0017] Figure 1, provided in the accompanying drawings, is a rear-right perspective view of the cleaning apparatus.

[0018] Figure 2 is a top view of the cleaning apparatus.

[0019] Figure 3 is a rear view of the cleaning apparatus.

[0020] Figure 4 is an exploded perspective view of the cleaning apparatus.

[0021] Figure 5 is a rear-left exploded perspective view of the cleaning apparatus.

[0022] Figure 6 is a front exploded view of the cleaning apparatus.

[0023] Figure 7 is a bottom perspective view of the cover.

[0024] Figure 8 is an exploded detailed perspective view of the body and support plastic.

[0025] Figure 9 is a top view of the body and support plastic without the cover.

[0026] Figure 10 is an exploded perspective view of the body.

[0027] Figure 11 is a top view of the side cover.

[0028] Figure 12 is a perspective view of the disassembled holder plastic, softening layer, and cleaning layer.

[0029] Figure 13 is a bottom perspective view of the disassembled top part and bottom part.

[0030] Figure 14 is a bottom view of the top part.

[0031] Figure 15 is a top-left perspective view of the cloth.

[0032] Figure 16 is a rearview of the cloth.

[0033] Figure 17 is an assembled perspective view of the bottom part.

[0034] Figure 18 is a right-side exploded perspective view of the bottom part.

[0035] Figure 19 is a top-right perspective view of the top part housing.

[0036] Figure 20 is a right-side perspective view of the liquid reservoir mechanism.

[0037] Figure 21 is a bottom view of the liquid reservoir mechanism.

[0038] Figure 22 is a perspective view of the casing.

[0039] Figure 23 is a bottom view of the casing.

[0040] Figure 24 is a cross-sectional view of the cleaning apparatus.

[0041] Figure 25 is a detailed cross-sectional view of the cleaning apparatus.

[0042] Figure 26 is a top perspective view of the cleaning apparatus with silicone.

[0043] Figure 27 is a front cross-sectional view of the cleaning apparatus.

[0044] Figure 28 is a detailed view of the front sectional view of the cleaning apparatus.

[0045] Figure 29 is a detailed view of the front sectional view of the cleaning apparatus.

[0046] The main components illustrated in the figures are listed below with their corresponding reference numbers and names.(A) Cleaning apparatus

[0047] (1000) Top part

[0048] (1100) Cover

[0049] (1110) Tab

[0050] (1200) Weight

[0051] (1300) Fastening element

[0052] (1400) Support plastic

[0053] (1410) Fastening hole

[0054] (1420) Tab housing

[0055] (1500) Body

[0056] (1510) Side cover

[0057] (1511) Fastening element (1520) Fastening housing

[0058] (1530) Tab hole

[0059] (1540) Support plastic fastening hole (1600) Holder plastic

[0060] (1610) Tab

[0061] (1611) Chamfer

[0062] (1620) Channel

[0063] (1630) Sheet metal

[0064] (1640) Sheet metal strip

[0065] (1650) Sheet metal housing (1700) Softening layer

[0066] (1710) Channel

[0067] (1720) Projection

[0068] (1800) Cleaning layer

[0069] (1810) Dry portion

[0070] (1820) Wet portion

[0071] (1830) Channel

[0072] (1840) Projection

[0073] (2000) Bottom part

[0074] (2100) Top part housing

[0075] (2110) Cleaner

[0076] (2111) Gap

[0077] (2120) Magnet

[0078] (2130) Set

[0079] (2140) Gap

[0080] (2200) Liquid layer

[0081] (2210) Reservoir

[0082] (2220) Nozzle

[0083] (2221) Nozzle hole

[0084] (2230) Button

[0085] (2240) Pump

[0086] (2250) Locking mechanism (2260) Filling area

[0087] (2300) Casing

[0088] (2310) Filling area hole

[0089] (2320) Button hole

[0090] (2330) Lock housing

[0091] (2340) Inclined edgeDETAILED DESCRIPTION OF THE INVENTION

[0092] The invention relates to a cleaning apparatus (A) used for cleaning screen surfaces of sensitive electronic devices, such as in-vehicle consoles, information and entertainment screens, computer monitors, television screens, smartphones, and tablets, or any surface intended to be cleaned. The cleaning apparatus (A) of the invention generally comprises a top part (1000) and a bottom part (2000). The top part (1000) is mounted onto and removed from the bottom part (2000) by sliding. The top part (1000) is used for cleaning the area to be cleaned. The bottom part (2000) is used for wetting and cleaning the top part (1000).

[0093] The top part (1000) comprises a cover (1100), a weight (1200), a fastening element (1300), a support plastic (1400), a body (1500), a holder plastic (1600), a softening layer (1700), and a cleaning layer (1800). The cover (1100) is a component that ensures the enclosure of the internal components of the top part (1000). The cover (1100) is fastened to the body (1500) by tabs (1110) on its surface. The mentioned fastening is performed by the tabs (1110) engaging with the tab holes (1560) provided in the body (1500). The side covers (1100) also provide a grip for the user.

[0094] A support plastic (1400) is located at the bottom of the cover (1100). The support plastic (1400) is fastened to the body (1500) by fastening elements (1300). After the mentioned fastening is completed, the weight (1200) is placed into the weight recesses provided in the support plastic (1400). The weights (1200) make the cleaning apparatus (A) heavier. In this way, a superior experience is provided to the user. In various embodiments of the invention, the weight (1200) may not be used.

[0095] The cover (1100), the weight (1200), and the support plastic (1400) are fixed into the body (1500) from the top side. The cleaning layer (1800) and the softening layer (1700) are fixed to the support plastic (1400) by being combined with the holder plastic (1600). The support plastic (1400) is fixed to the body (1500) by fastening elements (1300). Upon completion of the mentioned fastening operations, the assembly of the top part (1000) is completed.

[0096] The holder plastic (1600) and the support plastic (1400) are fixed to each other. The tabs (1610) located on the holder plastic (1600) fit into the tab housings (1420) on the support plastic (1400). The fastening operation is completed when the tabs (1610) fit into the tab housings (1420).

[0097] A chamfer (1611) is provided on the tab (1610). By means of the chamfer (1611 ), the holder plastic (1600) is fastened to the support plastic (1400) in a practical manner. In addition, when the holder plastic (1600) is intended to be removed, it can be easily removed by means of the chamfer (1611). The softening layer (1700) and the cleaning layer (1800) are fastened to each other by the holder plastic (1600). By the mentioned fastening operation, the softening layer (1700), the cleaning layer (1800), and the holder plastic (1600) are integrated with each other. When the cleaning layer (1800) is intended to be washed, instead of exposing the entire top part (1000) to water, only the said cleaning layer (1800), the softening layer (1700), and the holder plastic (1600) are removed together and can be easily washed. The mentioned removal and attachment operation is performed by means of the chamfered (1611) tab (1610) structure, as described above. In alternative embodiments of the invention, the top part (1000) may also be washed without being disassembled. Side covers (1510) are located on the right and left sides of the body (1500). The side covers (1510) include fastening elements (1511) that ensure fixation to the body (1500). The fastening elements (1511) consist of elements such as tabs or screws. The fastening elements (1511) are fastened to the fastening housings (1520) provided on the body (1500).The cleaning layer (1800) is located at the bottommost part of the top part (1000). The cleaning layer (1800) is fastened to the softening layer (1700). The softening layer (1700) is made of a soft plastic derivative material. In alternative embodiments of the invention, the softening layer (1700) may be made of different materials, such as rubber. The softening layer (1700) and the cleaning layer (1800) ensure better adhesion to the area to be wiped during wiping and allow cleaning to be performed in a healthier manner. Being made of a soft material, the softening layer (1700) prevents damage to the screen or the surface to be cleaned. The softness it provides contributes to ergonomics. On the other hand, the softness provides a sense of security to the user. If the softening layer (1700) were not present, it would give the impression of a hard object rubbing against the screen during cleaning.

[0098] The holder plastic (1600) and the softening layer (1700) are fastened to each other by a plastic injection method. Subsequently, the cleaning layer (1800) is also fastened onto the softening layer (1700). The holder plastic (1600), the softening layer (1700), and the cleaning layer (1800) form a single-piece structure. They cannot be separated from each other. In alternative embodiments of the invention, the mentioned components may be separable from each other.

[0099] The cleaning layer (1800) is made of microfiber textile. The microfiber textile is fastened to the softening layer (1700) by the "E-flocking" method. The "E-flocking" fastening method is a coating technique in which electrostatically charged particles are secured by being directed perpendicularly and homogeneously onto an adhesive surface. In alternative embodiments of the invention, different fastening methods may also be used.

[0100] The cleaning layer (1800) consists of two parts: a dry part (1820) and a wet part (1810). The wet part (1810) is located in the middle, while the dry parts (1820) are located at both edges. A channel (1830) is provided between the wet part (1810) and the dry parts (1820).

[0101] Dust accumulated on the surface to be wiped may damage the surface during wiping. The mentioned dust may gradually accumulate on the cleaning layer (1800) during wiping and cause damage to the screen. During wiping, the dust accumulated on the cleaning surface is directed into the channel (1830). In this way, damage to the screen or the surface to be wiped is prevented. The top part (1000), which is a component of the cleaning apparatus (A), is positioned on the lower part (2000) after the cleaning operation. The top part (1000) is positioned by sliding it onto or into the lower part (2000).

[0102] The cleaning apparatus (A) of the invention can be manufactured in two different ways: with a cleaner (2110) and without a cleaner. In the product containing the cleaner (2110), the case (2300) has an inclined edge (2340). By means of the inclined edge (2340), the top part (1000) is seated into the lower part (2000). In this way, the top part (1000) is prevented from separating from the lower part (2000) under undesirable circumstances.

[0103] The lower part (2000) generally consists of a top part housing (2100), a liquid layer (2200), and a case (2300). The top part housing (2100) is the section on which the top part (1000) is positioned. The top part housing (2100) includes a cleaner (2110), a magnet (2120), and a set (2130).

[0104] The cleaners (2110) located in the top part housing (2100) ensure the cleaning of the cleaning layer (1800) on the top part (1000). When the top part (1000) is positioned into the lower part (2000), the cleaners (2110) enter the cleaning layer (1800). The cleaning layer (1800) has a thickness of “t1”. The cleaners (2110) penetrate the cleaning layer (1800) by a size of “t2”. In this way, when the top part (1000) is slid onto the lower part (2000), the cleaning layer (1800) is brushed and cleaned by the cleaners (2110). This ensures that dust or other particles accumulated in the cleaning layer (1800) are removed. The cleaner (2110) includes a gap (2111) that increases its flexibility and mobility, allowing more effective cleaning of the cleaning layer (1800).Magnets (2120) and sets (2130) are located within the top part housing (2100). The sets (2130) have shapes, sizes, and quantities corresponding to the channels (1830) in the cleaning layer (1800) into which they can fit. In this way, the top part (1000) is easily positioned onto the lower part (2000) with reference to the said sets (2130). The sets (2130) also prevent liquid from leaking into the dry areas during wetting.

[0105] Magnets (2120) are positioned at the inner entrance and exit sections of the top part housing (2100) located in the lower part (2000). A sheet (1630) is positioned in the sheet housing (1650) on the holder plastic (1600). The said sheet (1630) is secured into the sheet housing (1650) with a sheet band (1640). Thanks to the magnet (2120) and the sheet (1630), the top part (1000) is easily seated into the lower part (2000) by the attractive force of the said magnet (2120) during positioning. Again, the magnet (2120) and the sheet (1630) prevent the top part (1000) from coming off on its own. The liquid layer (2200) is located at the lower part of the top part housing (2100). The liquid layer (2200) includes a tank (2210), a nozzle (2220), a button (2230), a pump (2240), a lock mechanism (2250), and a filling area (2260). The tank (2210) is the section where the liquid is stored. The nozzle (2220) is the section where the stored liquid is ejected under pressure. The button (2230) is the part that allows the user to spray the liquid. The pump (2240) is the component that ensures the liquid is pressurized. The lock mechanism (2250) is the part that defines the movement limits of the button (2230) moving back and forth. The filling area (2260) is the section where the liquid is manually replenished.

[0106] Nozzle holes (2221), through which the liquid exits, are positioned on the nozzle (2220) at different angles. The nozzle holes (2221) are positioned on the nozzle (2220) to face right, left, and / or upward. By positioning the nozzle holes (2221) to face three different directions, the wet part (1810) is ensured to be wetted homogeneously. In a different alternative embodiment of the invention, the directions and number of the nozzle holes (2221) may vary.

[0107] The liquid layer (2200) is fixed into the case (2300). On the case (2300), there are a button hole (2320) and a lock slot (2330) that ensure the fixation of the said liquid layer (2200). In addition, a filling area hole (2310) is positioned to correspond to the filling area (2260). A specially developed liquid is used to maintain consistent cleaning quality. The tank can only be filled with the specially developed liquid bottle.

[0108] In the cleaning apparatus (A) of the invention, the top part (1000) can be cleaned and wetted by positioning onto the lower part (2000). The liquid layer (2200) located in the lower part (2000) ensures the wetting of the cleaning layer (1800). The mentioned wetting process is performed with the help of the nozzle (2220). When liquid is sprayed by the nozzle (2220), the sets (2130) prevent the dry parts from coming into contact with the liquid.

[0109] When the button (2230) is pressed, the liquid is pressurized by the pump (2240) and sprayed through the nozzle (2220). The liquid exiting from the nozzle (2220) reaches the wet part (1810) of the cleaning layer (1800) by passing through the gap (2140). In this way, the wetting of the wet part (1810) is ensured.

[0110] The sets (2130) located in the top part housing (2100) act as walls between the dry parts (1820) and the wet parts (1810) of the cleaning layer (1800). In this way, only the wet part (1810) comes into contact with the liquid, while the dry parts (1820) remain dry. The wet part (1820) of the cleaning layer (1800) ensures that the grease and dirt on the surface to be cleaned are dissolved and cleaned quickly. The dry parts (1810) located on both edges ensure that the surface wetted by the wet part (1820) is dried and prevent streaks from remaining on the surface.In the product that does not include a cleaner (2110), the inclined edge (2340) is not present. In the application without the inclined edge (2340), a magnet (2120) is used. The magnet (2120) contacts the sheet (1630) located in the top part (1000) to ensure that the top part (1000) adheres to the lower part (2000). Thanks to the magnet (2120) and the sheet (1630), the top part (1000) is prevented from separating from the lower part (2000) in unwanted situations. In an alternative application of the invention, the magnet (2120) can also be used in applications where a cleaner (2110) is included.

[0111] The invention relates to an apparatus used for cleaning sensitive electronic device screens, such as in-vehicle consoles, information and entertainment screens, computer monitors, television screens, smartphones, and tablets, or any surface to be cleaned, comprising

[0112] a top part (1000) with a cleaning layer (1800) that ensures fast and effective cleaning by performing wetting and drying operations on the surfaces simultaneously, and

[0113] a lower part (2000) with a liquid layer (2200) positioned inside a case (2300) providing a controlled liquid flow to dissolve dirt, grease, and stains on the surface by storing liquid, pressurizing it, and spraying it onto the surface, thereby wetting the wet part (1810) of the cleaning layer (1800).

Claims

CLAIMS1. The invention relates to an apparatus used for cleaning sensitive electronic device screens, such as in-vehicle consoles, information and entertainment screens, computer monitors, television screens, smartphones, and tablets, or any surface to be cleaned, comprising a top part (1000) with a cleaning layer (1800) that ensures fast and effective cleaning by performing wetting and drying operations on the surfaces simultaneously, and a lower part (2000) with a liquid layer (2200) positioned inside a case (2300) providing a controlled liquid flow to dissolve dirt, grease, and stains on the surface by storing liquid, pressurizing it, and spraying it onto the surface, thereby wetting the wet part (1810) of the cleaning layer (1800).

2. The lower part (2000) in claim 1 , characterized in that it comprises a top part housing (2100) designed for accommodating the top part (1000).

3. The cleaning layer (1800) in claim 1 , characterized in that it comprises:a wet portion (1810) that dissolves dirt, grease, and stains on the surface by carrying liquid during cleaning anddry portions (1820) positioned on both sides of the wet portion (1810) to dry the surface moistened by the wet portion.

4. The cleaning layer (1800) in claim 1, characterized in that it is made of a microfiber textile material, firmly and homogeneously fixed onto the softening layer (1700) by an E-flocking method using electrostatic fixation.

5. The cleaning layer (1800) in claim 1, characterized in that it comprises a channel (1830) for guiding dust and particles accumulated on the cleaning layer (1800) and a protrusion (1840) supporting the integration of the cleaning layer (1800) with the softening layer (1700).

6. The top part (1000) in claim 1, characterized in that it comprises a weight (1200) positioned within the support plastic (1400), which allows the cleaning apparatus (A) to adhere better to the surface, provides the user with a superior cleaning experience, and improves wiping performance by increasing the pressure on the cleaning apparatus.

7. The top part (1000) in claim 1, characterized in that it comprises at least one fastening element (1300) that secures the support plastic (1400) to the body (1500), thereby ensuring the structural integrity of the cleaning apparatus (A) and preventing the components from dislodging or moving during the cleaning process.

8. The top part (1000) in claim 1, characterized in that it comprises a fastening element (1300) that prevents the components from dislodging or moving during the cleaning process and fastens the support plastic (1400) to the body (1500), by ensuring the structural integrity of the cleaning apparatus (A).

9. The top part (1000) in claim 1, characterized in that it comprises a cover (1100) fixed to the body (1500) by means of claws (1110) for the purpose of covering and securing its components.

10. The top part (1000) in claim 1, characterized in that it comprises a support plastic (1400) which forms a seat for the weight (1200) to position the weight, allows the fixing of thecleaning layer (1800) and the softening layer (1700), and is fixed to the body (1500) via fastening elements (1300).

11. The top part (1000) in claim 1, characterized in that it comprises a body (1500) which allows the fixing of the cover (1100), the support plastic (1400), and other components.

12. The top part (1000) mentioned in claim 1, characterized in that it comprises a holding plastic (1600) which enables the fixing of the cleaning layer (1800) and the softening layer (1700), can be easily secured to the support plastic (1400) and removed when necessary by means of the tabs (1610) and chamfers (1611) thereon, and further interacts with the magnet (2120) by including a sheet metal housing (1650) and a sheet metal (1630).

13. The top part (1000) in claim 1, characterized in that it comprises a softening layer (1700) made of a soft material that prevents damage to the surface, is fixed with the holding plastic (1600), and together with the cleaning layer (1800) provides better adhesion on the surface, enabling effective cleaning.

14. The softening layer (1700) in claim 12, characterized in that it comprises a channel (1710) and a protrusion (1720) disposed on the softening layer (1700) and configured to engage with the cleaning layer (1800).

15. The lower part (2000) in claim 1, characterized in that it comprises a cleaner (2110) positioned within the top part housing (2100) to clean dust and particles accumulated on the cleaning layer (1800) of the top part (1000), the cleaner (2110) entering the cleaning layer (1800) to a predetermined depth (t2) to perform a sweeping operation.

16. The lower cleaner (2110) in claim 1, characterized in that it comprises a gap (2111) that increases the flexibility and mobility of the cleaner (2110), thereby enabling more effective cleaning with the cleaning layer (1800).

17. The lower part (2000) mentioned in claim 1, characterized in that it comprises a liquid layer (2200) including:a reservoir (2210) for storing the liquid,a nozzle (2220) for spraying the liquid,a button (2230) controlled by the user,a pump (2240) applying pressure to the liquid,a locking mechanism (2250) that defines the movement limits of the button (2230), and a filling area (2260) for refilling the liquid.

18. The nozzle (2220) in claim 17, characterized in that it comprises nozzle holes (2221) positioned to the right, left, and / or top to ensure that the wet part (1820) is wetted homogeneously.

19. The lower part (2000) in claim 1, characterized in that it comprises a case (2300) that houses and secures the liquid layer (2200) and includes a button hole (2320), a lock slot (2330), and a filling area hole (2310).

Images