mhurhangee/patent-ind-claim-en huggingface dataset:
A device for sucking up liquid on a floor (S), the device having an outside wall defining a first enclosure (E1) that is open at least via openings formed through the outside wall so as to allow liquid to pass from outside the first enclosure (E1) to inside the first enclosure (E1), the device having a pipe presenting a first end arranged for putting into fluid flow connection with a liquid suction pump and a second end of the pipe in fluid flow connection with said first enclosure (E1) so as to be able to suck liquid present in the first enclosure (E1) into said pipe , wherein the device includes an inside wall defining a second enclosure (E2), the second enclosure (E2) being open at least via openings formed through the inside wall so as to allow liquid to pass from the first enclosure (E1) into the second enclosure (E2) and said second end of the pipe opening out into the inside of the second enclosure (E2) at a distance from the first enclosure (E1) and wherein: · the openings formed through the inside wall are formed exclusively between a suction limit plane (Pla) for sucking through the inside wall and a bearing plane (P1b) of the inside wall; and · the openings formed through the outside wall are formed exclusively between a suction limit plane (P2a) for sucking through the outside wall and a bearing plane (P2b) of the outside wall, at least some of the openings formed through the outside wall being formed between the suction limit plane (P2a) for sucking through the outside wall and the suction limit plane (Pla) for sucking through the inside wall. · the openings formed through the inside wall are formed exclusively between a suction limit plane (Pla) for sucking through the inside wall and a bearing plane (P1b) of the inside wall; and · the openings formed through the outside wall are formed exclusively between a suction limit plane (P2a) for sucking through the outside wall and a bearing plane (P2b) of the outside wall, at least some of the openings formed through the outside wall being formed between the suction limit plane (P2a) for sucking through the outside wall and the suction limit plane (Pla) for sucking through the inside wall.
A display device, comprising: a substrate comprising a display area (DA) including a plurality of pixels (PX), and a non-display area (NDA) adjacent to the display area (DA); a plurality of sensing electrodes (SE) disposed to overlap with the display area (DA); a plurality of display pads (DP) disposed along a first direction in the non-display area (NDA); a plurality of sensing pads (SP1, SP2) disposed between the display pads (DP); and a multiplexer (MUX) electrically connecting the sensing electrodes (SE) and the sensing pads (SP1, SP2) wherein the multiplexer (MUX) is adjacent to at least one of the sensing pads (SP1, SP2) in the first direction. a substrate comprising a display area (DA) including a plurality of pixels (PX), and a non-display area (NDA) adjacent to the display area (DA); a plurality of sensing electrodes (SE) disposed to overlap with the display area (DA); a plurality of display pads (DP) disposed along a first direction in the non-display area (NDA); a plurality of sensing pads (SP1, SP2) disposed between the display pads (DP); and a multiplexer (MUX) electrically connecting the sensing electrodes (SE) and the sensing pads (SP1, SP2) wherein the multiplexer (MUX) is adjacent to at least one of the sensing pads (SP1, SP2) in the first direction.
A heat pump type vehicle air-conditioning device provided with an external heat exchanger performing heat exchange between refrigerant flowing inside thereof and outside air, comprising: a temperature-difference calculation unit configured to calculate a temperature difference (ΔT) between exit-side refrigerant in the external heat exchanger and the outside air; and a frost formation determination unit configured to determine that frost formation is caused on the external heat exchanger based on an elapsed time (tn) of a state in which the temperature difference (ΔT) at time of heating operation is equal to or larger than a frost-formation temperature difference at which the frost formation may be caused on the external heat exchanger ; and a frost-formation time estimation unit configured to estimate a frost-formation time (tf) at which the frost formation that may affect heat exchangeability at the external heat exchanger is caused, wherein the frost formation determination unit determines that, in a case in which the elapsed time (tn) is equal to or longer than the frost-formation time (tf), the frost formation that may affect the heat exchangeability at the external heat exchanger is caused, characterized in that the frost-formation time (tf) is changed depending on the temperature difference (ΔT) between the exit-side refrigerant and the outside air; and the frost-formation time (tf) is estimated to be shorter when the temperature difference (ΔT) is larger. a temperature-difference calculation unit configured to calculate a temperature difference (ΔT) between exit-side refrigerant in the external heat exchanger and the outside air; and a frost formation determination unit configured to determine that frost formation is caused on the external heat exchanger based on an elapsed time (tn) of a state in which the temperature difference (ΔT) at time of heating operation is equal to or larger than a frost-formation temperature difference at which the frost formation may be caused on the external heat exchanger ; and a frost-formation time estimation unit configured to estimate a frost-formation time (tf) at which the frost formation that may affect heat exchangeability at the external heat exchanger is caused, wherein the frost formation determination unit determines that, in a case in which the elapsed time (tn) is equal to or longer than the frost-formation time (tf), the frost formation that may affect the heat exchangeability at the external heat exchanger is caused, characterized in that the frost-formation time (tf) is changed depending on the temperature difference (ΔT) between the exit-side refrigerant and the outside air; and the frost-formation time (tf) is estimated to be shorter when the temperature difference (ΔT) is larger.
A multilayer structure for deicing an aircraft airfoil component, comprising: an electrically and thermally insulating bottom layer formed in a defined pattern; an electro-thermal middle layer of electrically resistant heater element arrays formed in the defined pattern on the electrically and thermally insulating bottom layer; and a thermally conductive and electrically insulating top layer encapsulating the electrically and thermally insulating bottom layer and the electro-thermal middle layer of electrically resistant heater element arrays. an electrically and thermally insulating bottom layer formed in a defined pattern; an electro-thermal middle layer of electrically resistant heater element arrays formed in the defined pattern on the electrically and thermally insulating bottom layer; and a thermally conductive and electrically insulating top layer encapsulating the electrically and thermally insulating bottom layer and the electro-thermal middle layer of electrically resistant heater element arrays.
An atomizer, comprising: a top cover , the top cover being provided with an air intake hole , the top cover comprising a pipe body and a top cover main body connected to the pipe body , the air intake hole being defined in the pipe body ; and an atomizing assembly , an atomizing chamber being defined between the atomizing assembly and the top cover ; characterized in that an inner connecting pipe extends from the top cover , the inner connecting pipe is formed by extending from the pipe body towards an interior of the top cover main body , a separation member is provided in the inner connecting pipe , the separation member partitions the inner connecting pipe into an air inlet passage and a smoke outlet passage , the air intake hole communicates with the air inlet passage ; wherein the external air enters into the atomizing chamber from the air intake hole and the air inlet passage , carries the aerosol formed by atomization of the atomizing assembly , and bypasses the separation member to discharge out through the smoke outlet passage . a top cover , the top cover being provided with an air intake hole , the top cover comprising a pipe body and a top cover main body connected to the pipe body , the air intake hole being defined in the pipe body ; and an atomizing assembly , an atomizing chamber being defined between the atomizing assembly and the top cover ; characterized in that an inner connecting pipe extends from the top cover , the inner connecting pipe is formed by extending from the pipe body towards an interior of the top cover main body , a separation member is provided in the inner connecting pipe , the separation member partitions the inner connecting pipe into an air inlet passage and a smoke outlet passage , the air intake hole communicates with the air inlet passage ; wherein the external air enters into the atomizing chamber from the air intake hole and the air inlet passage , carries the aerosol formed by atomization of the atomizing assembly , and bypasses the separation member to discharge out through the smoke outlet passage .
Balance prosthesis device , comprising: a sensor module configured to obtain at least one sensor signal indicative of a balance or equilibrium state of an individual; a processing module operably connected to the sensor module and configured to determine at least one neurostimulation signal based at least in part on the obtained at least one sensor signal; and a transmitter module operably connected to the processing module and configured to transmit the at least one determined neurostimulation signal to a neurostimulation device of the individual; or a neurostimulation module operably connected to the processing module ; wherein the at least one determined neurostimulation signal is configured to elicit an artificial sensation in a sensory cortex area of the individual via directly stimulating afferent sensory axons of the central or of the peripheral nervous system to provide a balance indication to the individual. a sensor module configured to obtain at least one sensor signal indicative of a balance or equilibrium state of an individual; a processing module operably connected to the sensor module and configured to determine at least one neurostimulation signal based at least in part on the obtained at least one sensor signal; and a transmitter module operably connected to the processing module and configured to transmit the at least one determined neurostimulation signal to a neurostimulation device of the individual; or a neurostimulation module operably connected to the processing module ; wherein the at least one determined neurostimulation signal is configured to elicit an artificial sensation in a sensory cortex area of the individual via directly stimulating afferent sensory axons of the central or of the peripheral nervous system to provide a balance indication to the individual.
Device for applying a fluid or viscous product to keratin fibres, comprising a central core of elongate form that extends along a longitudinal axis XX, at least one row of elongate bristles comprising a first end embedded on the core and a free second end , the bristles and the core being formed in a single piece, at least one of the bristles having a flattened shape in a plane substantially perpendicular to the axis XX, said at least one bristle being defined in front view by a first ridge continuously convex or concave from its base embedded in the core as far as the second end , and by a second ridge having at least two curvatures separated by an inflexion point from its base embedded in the core as far as the second end , the first and second ridges joining at the free end ; said bristles having a slot in the thickness thereof suitable for defining a first and a second lateral flank disposed facing each other.
A board , wherein the board comprises: a media access control MAC chip , a digital signal processor DSP , and an equalizer ; wherein the MAC chip is configured to send first information to the DSP at an ONU online stage, wherein the first information comprises a first ONU identifier; the DSP is configured to receive the first information, and determine a first reference equalization parameter, wherein the first reference equalization parameter is related to the first ONU identifier; and the DSP is further configured to set an equalization parameter of the equalizer to the first reference equalization parameter. a media access control MAC chip , a digital signal processor DSP , and an equalizer ; wherein the MAC chip is configured to send first information to the DSP at an ONU online stage, wherein the first information comprises a first ONU identifier; the DSP is configured to receive the first information, and determine a first reference equalization parameter, wherein the first reference equalization parameter is related to the first ONU identifier; and the DSP is further configured to set an equalization parameter of the equalizer to the first reference equalization parameter.
A clamping jaw holder for smartphones or tablets, having a body , which forms a bearing surface for the smartphone or tablet and which accommodates an actuating mechanism, and two jaws , which grip the smartphone or tablet on two opposing edge regions and of which at least one jaw can be moved between an open position and a variable closed position and can be locked in the closed position, and having a release button for unlocking the locking of the at least one movable jaw in the closed position thereof, characterized in that the two jaws are configured with edge elements which engage over the respective edge region of the smartphone or tablet in order to accommodate the respective edge region in a form-fitting manner, and in that at least one adjusting element is provided, which can be adjusted between a plurality of defined positions provided with markings and is configured with a key element which can interact with a complementary key element of the release button only in one specific position of the plurality of settable positions, in order to make an actuation of the release button into the release position thereof possible only in said specific position and to block the actuation thereof in all other positions.
An on-press development type lithographic printing plate precursor comprising: an aluminum support; an image-recording layer on the aluminum support; and a protective layer as an outermost layer on the image-recording layer, wherein the protective layer contains a discoloring compound, wherein the discoloring compound is an infrared absorber, wherein discoloring compound refers to a compound which undergoes change in absorption in the visible light region, meaning a wavelength of 400 nm or more and less than 750 nm, due to the exposure to infrared, and infrared is a ray having a wavelength of 750 nm to 1 mm; wherein the image-recording layer contains an infrared-absorbing polymethine colorant having HOMO of -5.2 eV or less, a polymerization initiator, and a polymerizable compound having 7 or more polymerizable functional groups, wherein the polymerizable compound has a molecular weight of less than 10,000, and wherein when the image-recording layer contains a polymer having a molecular weight of 10,000 or more, then a ratio Wp/Wm by mass of a content Wp of the polymer having a molecular weight 10,000 or more to a content Wm of the polymerizable compound having 7 or more polymerizable functional groups is 1.00 or less. an aluminum support; an image-recording layer on the aluminum support; and a protective layer as an outermost layer on the image-recording layer, wherein the protective layer contains a discoloring compound, wherein the discoloring compound is an infrared absorber, wherein discoloring compound refers to a compound which undergoes change in absorption in the visible light region, meaning a wavelength of 400 nm or more and less than 750 nm, due to the exposure to infrared, and infrared is a ray having a wavelength of 750 nm to 1 mm; wherein the image-recording layer contains an infrared-absorbing polymethine colorant having HOMO of -5.2 eV or less, a polymerization initiator, and a polymerizable compound having 7 or more polymerizable functional groups, wherein the polymerizable compound has a molecular weight of less than 10,000, and wherein when the image-recording layer contains a polymer having a molecular weight of 10,000 or more, then a ratio Wp/Wm by mass of a content Wp of the polymer having a molecular weight 10,000 or more to a content Wm of the polymerizable compound having 7 or more polymerizable functional groups is 1.00 or less.
A method of cleaning a process gas containing carbon dioxide and contaminants including sulfur dioxide and particulate material, said method comprising the steps of: bringing the process gas into direct contact with an alkaline solution or slurry, and capturing in the alkaline solution or slurry at least a part of the contaminants of the process gas; bringing the process gas, depleted in contaminants, into direct contact with a cooling liquid to form a cooled process gas; wherein said alkaline solution or slurry is separate from the cooling liquid; and wherein the alkaline solution or slurry comprises NaOH or Ca(OH) 2 ; characterized in that the contaminants of the process gas further include heavy metals; recirculating a constant amount of the alkaline solution or slurry containing contaminants captured from the process gas and returning an excessive portion of the alkaline solution or slurry containing contaminants captured from the process gas to the process in which the process gas was generated; separating, at least partly, particulate material captured from the process gas or formed in the alkaline solution or slurry from the alkaline solution or slurry; bringing the cooled process gas into direct contact with an ammoniated solution or slurry to remove, at least partly, carbon dioxide from the process gas, and to form a process gas containing ammonia; and bringing the process gas containing ammonia into direct contact with a wash liquid to remove, at least partly, ammonia from the process gas. bringing the process gas into direct contact with an alkaline solution or slurry, and capturing in the alkaline solution or slurry at least a part of the contaminants of the process gas; bringing the process gas, depleted in contaminants, into direct contact with a cooling liquid to form a cooled process gas; wherein said alkaline solution or slurry is separate from the cooling liquid; and wherein the alkaline solution or slurry comprises NaOH or Ca(OH) 2 ; characterized in that the contaminants of the process gas further include heavy metals; recirculating a constant amount of the alkaline solution or slurry containing contaminants captured from the process gas and returning an excessive portion of the alkaline solution or slurry containing contaminants captured from the process gas to the process in which the process gas was generated; separating, at least partly, particulate material captured from the process gas or formed in the alkaline solution or slurry from the alkaline solution or slurry; bringing the cooled process gas into direct contact with an ammoniated solution or slurry to remove, at least partly, carbon dioxide from the process gas, and to form a process gas containing ammonia; and bringing the process gas containing ammonia into direct contact with a wash liquid to remove, at least partly, ammonia from the process gas.
A biological preparation suitable for use in biological plant protection against pests containing a carrier of a biologically active organism and a biologically active organism, wherein the carrier of the biologically active organism contains a mixture of dry component and eggs characterized in that the dry component is a blend of middlings and flour or only middlings or only flour and the amount of eggs relative to the amount of dry component is from 60% by weight to 84% by weight and the biologically active organism are entomopathogenic fungi, whose mycelium is located on the surface and inside the carrier and is capable of producing spores, the carrier is in the shape of a spatial arrangements with diameter at least 0.5 cm; intended for application in the terrain by freely throwing.
Timepiece movement fitted with an analogue indicator of a plurality of distinct data which is arranged for this purpose to be held stationary at least temporarily in any one position of a plurality of distinct display positions, said analogue indicator having a toothing mechanically coupled to a drive device including a motor and a drive wheel and pinion provided with means of meshing with the toothing, said drive device further including a support on which the drive wheel and pinion is mounted, this support being mounted on a base in order to pivot about a first axis and said drive wheel and pinion being rotatably mounted on said support about a second axis distinct from the first axis, the drive device further including an elastic means applying a lateral force to said support so that said meshing means of the drive wheel and pinion laterally press against the analogue indicator toothing towards the bottom of this toothing, said meshing means and the toothing having respective profiles selected such that, at least in said plurality of distinct display positions of the analogue indicator, the drive wheel and pinion and the analogue indicator mesh with each other with substantially no tangential play under the action of said elastic means.