mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic dispenser of detergent for a dishwasher comprising: a bottle for containing the product used as dishwashing liquid or detergent, and a closing and dispensing assembly , the closing and dispensing assembly being a closing and dispensing cap, arranged on a neck of the bottle defining a detergent inlet for entry of detergent from the bottle into the closing and dispensing cap, said closing and dispensing assembly comprising: • a lower cap , • an upper cap , • a float movable between a lower position, in contact with the lower cap non-blocking said detergent inlet , and an upper position in contact with the upper cap blocking said detergent inlet for entry of detergent into the closing and dispensing cap, characterized in that the lower cap has a base, said base including perforations for discharging water, a vertical rim along the perimeter thereof including windows for discharging a mixture of the detergent and water, the perforations having a smaller diameter than the windows, the base also including a vertical projection rod in the central part of said base acting as a guide for the float and an area where the dishwashing liquid can enter the space comprised between the float and the lower cap . a bottle for containing the product used as dishwashing liquid or detergent, and a closing and dispensing assembly , the closing and dispensing assembly being a closing and dispensing cap, arranged on a neck of the bottle defining a detergent inlet for entry of detergent from the bottle into the closing and dispensing cap, said closing and dispensing assembly comprising: • a lower cap , • an upper cap , • a float movable between a lower position, in contact with the lower cap non-blocking said detergent inlet , and an upper position in contact with the upper cap blocking said detergent inlet for entry of detergent into the closing and dispensing cap, • a lower cap , • an upper cap , • a float movable between a lower position, in contact with the lower cap non-blocking said detergent inlet , and an upper position in contact with the upper cap blocking said detergent inlet for entry of detergent into the closing and dispensing cap, characterized in that the lower cap has a base, said base including perforations for discharging water, a vertical rim along the perimeter thereof including windows for discharging a mixture of the detergent and water, the perforations having a smaller diameter than the windows, the base also including a vertical projection rod in the central part of said base acting as a guide for the float and an area where the dishwashing liquid can enter the space comprised between the float and the lower cap .
A method of operating a portable terminal, the method comprising: detecting, by a first processor, a first gesture of the portable terminal by using at least one sensor, if the portable terminal is in a sleep state; activating a second processor in response to identifying that the first gesture corresponds to a first predefined gesture; detecting, by the activated second processor, a second gesture by using the at least one sensor ; acquiring at least one situation information; identifying, by the second processor, a function from among a plurality of functions designated to the second gesture, based on the acquired at least one situation information ; and performing, by the second processor, the identified function based on the acquired at least one situation information , wherein the first processor corresponds to a low power processor, and wherein the second processor corresponds to a main processor. detecting, by a first processor, a first gesture of the portable terminal by using at least one sensor, if the portable terminal is in a sleep state; activating a second processor in response to identifying that the first gesture corresponds to a first predefined gesture; detecting, by the activated second processor, a second gesture by using the at least one sensor ; acquiring at least one situation information; identifying, by the second processor, a function from among a plurality of functions designated to the second gesture, based on the acquired at least one situation information ; and performing, by the second processor, the identified function based on the acquired at least one situation information , wherein the first processor corresponds to a low power processor, and wherein the second processor corresponds to a main processor.
A Cu-Ga alloy sputtering target, wherein the Cu-Ga alloy sputtering target is a sintered body which has a composition with 29.5 atom% to 43.0 atom% of Ga, optionally 0.05 atom% to 10.0 atom% of Na and a balance of Cu and inevitable impurities, a Cu-Ga alloy crystal particle in the sintered body has a structure in which γ phase particles are dispersed in a γ 1 -phase crystal particle, if Na is present, a Na compound phase which is optionally formed of at least one of NaF, Na 2 S, Na 2 Se, and Na 3 AlF 6 is dispersed in the sintered body, the elements F, S, Se, and Al being included in the inevitable impurities, an amount of oxygen in the sintered body measured as described in the description is equal to or less than 200 mass ppm, an average number of the γ phase particles in one γ 1 crystal particle is 6 to 36, and an average particle diameter of γ 1 phase particles measured as described in the description is 15.0 μm to 50 μm. the Cu-Ga alloy sputtering target is a sintered body which has a composition with 29.5 atom% to 43.0 atom% of Ga, optionally 0.05 atom% to 10.0 atom% of Na and a balance of Cu and inevitable impurities, a Cu-Ga alloy crystal particle in the sintered body has a structure in which γ phase particles are dispersed in a γ 1 -phase crystal particle, if Na is present, a Na compound phase which is optionally formed of at least one of NaF, Na 2 S, Na 2 Se, and Na 3 AlF 6 is dispersed in the sintered body, the elements F, S, Se, and Al being included in the inevitable impurities, an amount of oxygen in the sintered body measured as described in the description is equal to or less than 200 mass ppm, an average number of the γ phase particles in one γ 1 crystal particle is 6 to 36, and an average particle diameter of γ 1 phase particles measured as described in the description is 15.0 μm to 50 μm.
A plug connector assembly , comprising a prefabricated electrical cable and a plug connector that is connected to at least one cable end of the prefabricated electrical cable , wherein the prefabricated cable has an outer conductor shield , an insulation element , and an inner conductor which is enclosed by the insulation element , wherein the insulation element has a first longitudinal portion (L 1 ) in which the insulation element is laid bare from the outer conductor shield , and a second longitudinal portion (L 2 ) which adjoins the first longitudinal portion (L 1 ) and in which the insulation element is enclosed by the outer conductor shield , wherein a cross-sectional area of the insulation element in the first longitudinal portion (L 1 ) in relation to the cross-sectional area of the insulation element in the second longitudinal portion (L 2 ) is modified in such a manner that the first longitudinal portion (L 1 ) is insertable into a first plug connector portion (S 1 ) of an outer conductor contact element of a plug connector , and in the first longitudinal portion (L 1 ) the insulation element is calibrated to the outer conductor contact element , which means that in the first longitudinal portion (L 1 ) the cross section of the insulation element , in particular the external diameter of the insulation element , is adapted to the cross section of the outer conductor contact element , particularly to the internal diameter of the outer conductor contact element , and wherein the first longitudinal portion (L 1 ) of the insulation element is inserted into the fist plug connector portion (S 1 ) of the external conductor contact element of the plug connector , characterized in that the first longitudinal portion (L 1 ) of the insulation element is inserted into the outer conductor contact element of the plug connector without an intervening layer of air.
A monitoring device for detecting and measuring a vital sign of a subject, comprising: a base ; a battery mounted to the base ; first and second transceivers attached to the base at opposing angles, and powered by the battery to transmit pulses and receive reflected pulses; an antenna powered by the battery , and configured to wirelessly transmit data acquired from the first and second transceivers ; a microphone configured to detect when the subject is talking; and a computing device powered by the battery , and operatively coupled to the first and second transceivers and the antenna , the computing device having a processing device and a memory storing instructions that, when executed by the processing device , cause the monitoring device to: determine a respiration rate by detecting a cyclical change in distance based on the reflected pulses; and when the microphone detects the subject is talking, cause the first and second transceivers to operate under a sleep mode causing the first and second transceivers to stop transmitting the pulses, and when the microphone does not detect the subject is talking, cause the first and second transceivers to transmit the pulses for determining the respiration rate of the subject. a base ; a battery mounted to the base ; first and second transceivers attached to the base at opposing angles, and powered by the battery to transmit pulses and receive reflected pulses; an antenna powered by the battery , and configured to wirelessly transmit data acquired from the first and second transceivers ; a microphone configured to detect when the subject is talking; and a computing device powered by the battery , and operatively coupled to the first and second transceivers and the antenna , the computing device having a processing device and a memory storing instructions that, when executed by the processing device , cause the monitoring device to: determine a respiration rate by detecting a cyclical change in distance based on the reflected pulses; and when the microphone detects the subject is talking, cause the first and second transceivers to operate under a sleep mode causing the first and second transceivers to stop transmitting the pulses, and when the microphone does not detect the subject is talking, cause the first and second transceivers to transmit the pulses for determining the respiration rate of the subject. determine a respiration rate by detecting a cyclical change in distance based on the reflected pulses; and when the microphone detects the subject is talking, cause the first and second transceivers to operate under a sleep mode causing the first and second transceivers to stop transmitting the pulses, and when the microphone does not detect the subject is talking, cause the first and second transceivers to transmit the pulses for determining the respiration rate of the subject.
An elastomeric glove formed from a random terpolymer of acrylonitrile, butadiene and carboxylic acid, wherein said glove has an elastic modulus in the range of 3 MPa to 6 MPa at 300% stretch-elongation as measured according to ASTM D-412-98a, and a tensile strength at break in the range of 30 MPa to 55 MPa as measured according to ASTM D-412-98a, wherein the glove is formed from a composition comprising, relative to 100 dry parts of carboxylated nitrile butadiene rubber, 0-1.5 parts alkali hydroxide, 0.5-1.5 parts zinc oxide or other metal oxide, 0.5-1.5 parts sulfur, 0.5-1.5 parts rubber accelerator, 0-5 parts titanium dioxide, and 0-1 parts color pigment; characterised in that said accelerator comprises: zinc diethyldithiocarbamate (ZDEC), zinc 2-mercaptobenzothiazole (ZMBT), and diphenyl guanidine (DPG).
A light guide for a surface light source device, said light guide having a rectangular plate shape as a whole and comprising: a light incident edge surface ; a light emitting surface ; a rear surface on the opposite side to the light emitting surface ; and a foamed surface layer containing bubbles and formed in at least one of the light emitting surface and rear surface at at least a part thereof, wherein a concave portion is formed in the at least one of the light emitting surface and the rear surface at the at least a part thereof, characterized in that the foamed surface layer is localized on a slope of the concave portion, and a cross section of the foamed surface layer including a normal direction with respect to the light emitting surface or rear surface has a concave shape. a light incident edge surface ; a light emitting surface ; a rear surface on the opposite side to the light emitting surface ; and a foamed surface layer containing bubbles and formed in at least one of the light emitting surface and rear surface at at least a part thereof, wherein a concave portion is formed in the at least one of the light emitting surface and the rear surface at the at least a part thereof, characterized in that the foamed surface layer is localized on a slope of the concave portion, and a cross section of the foamed surface layer including a normal direction with respect to the light emitting surface or rear surface has a concave shape.
A battery, comprising a plurality of prismatic battery cells and a heating device, wherein the heating device comprises a heating foil and a printed circuit board which is set up to control the heating foil , and the heating foil is electrically connected to the printed circuit board by way of at least one connecting element , the heating foil of the heating device is arranged on the battery cells such that the heating foil contacts side faces of at least two battery cells , preferably of all the battery cells of at least one battery module, characterised in that the printed circuit board is designed as a flexible printed circuit board and the connecting element as a flexible connecting element , and the printed circuit board , the connecting element and the heating foil are formed in one piece.
A replacement head for detachable coupling to an oral care implement body , the replacement head comprising: a head having a plurality of tooth cleaning elements mounted thereto; a tubular sleeve comprising a cavity for receiving a stem of the body , a proximal edge defining an opening into the cavity , and a resilient section ; a protuberance protruding radially inward from an inner surface of the resilient section ; a locking tab protruding radially inward from the inner surface of the resilient section , a first axial channel existing between the protuberance and the locking tab ; and wherein the resilient section can flex radially outward from the tubular sleeve . a head having a plurality of tooth cleaning elements mounted thereto; a tubular sleeve comprising a cavity for receiving a stem of the body , a proximal edge defining an opening into the cavity , and a resilient section ; a protuberance protruding radially inward from an inner surface of the resilient section ; a locking tab protruding radially inward from the inner surface of the resilient section , a first axial channel existing between the protuberance and the locking tab ; and wherein the resilient section can flex radially outward from the tubular sleeve .
A system , characterized by comprising: a peripheral display ; a peripheral bar code scanner ; a payment interface device having a casing, an integrated touch display , and an integrated card reader ; an applications microprocessor in operative communication with: (i) the peripheral bar code scanner ; and (ii) the peripheral display ; a first pin and a second pin on the applications microprocessor ; and a secure microprocessor in operative communication with the integrated card reader ; wherein: the applications microprocessor separately controls the peripheral display and integrated touch display ; the applications microprocessor controls the peripheral display using the first pin and controls the integrated touch display using the second pin; the secure microprocessor processes payment information for the system received via the integrated card reader ; and the secure microprocessor and the applications microprocessor are: (i) located within the casing of the payment interface device ; and (ii) at least one of: logically separate from each other, and physically separate from each other. a peripheral display ; a peripheral bar code scanner ; a payment interface device having a casing, an integrated touch display , and an integrated card reader ; an applications microprocessor in operative communication with: (i) the peripheral bar code scanner ; and (ii) the peripheral display ; a first pin and a second pin on the applications microprocessor ; and a secure microprocessor in operative communication with the integrated card reader ; wherein: the applications microprocessor separately controls the peripheral display and integrated touch display ; the applications microprocessor controls the peripheral display using the first pin and controls the integrated touch display using the second pin; the secure microprocessor processes payment information for the system received via the integrated card reader ; and the secure microprocessor and the applications microprocessor are: (i) located within the casing of the payment interface device ; and (ii) at least one of: logically separate from each other, and physically separate from each other. the applications microprocessor separately controls the peripheral display and integrated touch display ; the applications microprocessor controls the peripheral display using the first pin and controls the integrated touch display using the second pin; the secure microprocessor processes payment information for the system received via the integrated card reader ; and the secure microprocessor and the applications microprocessor are: (i) located within the casing of the payment interface device ; and (ii) at least one of: logically separate from each other, and physically separate from each other.
Method for joining two workpieces , in particular two metal sheets, which each have a joining surface for joining the workpieces , wherein a viscous adhesive in the form of a continuous material strand is applied to a first joining surface , along an application track that extends in an application direction , wherein the joining surfaces are arranged to lie opposite one another so as to delimit an intermediate gap in which the material strand is arranged, wherein the workpieces are joined to one another in the region of the material strand , with the aid of at least one further joining means , wherein the first joining surface comprises multiple alternately arranged hybrid adhesion regions and adhesion regions , and wherein a further joining means is arranged in each hybrid adhesion region , characterized in that the amount of adhesive applied in the hybrid adhesion regions , per length unit measured in the application direction , is less than the amount of adhesive applied in the adhesion regions , per length unit measured in the application direction .
Device for testing the visual behavior of an individual , this device including: - an active display suitable for displaying at least one visually predominant target in a plurality of positions that vary over time and that are aligned in at least one row (L1, L2) or one column, and - a unit for controlling the display , this unit being programmed so that the successively displayed positions of the target follow, over time, a visual tracking protocol characterized in that : all the successively displayed positions are such that the target is in the visual field of the individual, and the visually predominant target is a target that is suitable for catching the eye of said individual following said target during the eye test, said visual tracking protocol corresponding to the succession, over time, of positions adopted by the visually predominant target , said target imposing a visual tracking protocol on the individual who successively looks in a plurality of particular desired directions that are each associated with a particular display position adopted by the target . - an active display suitable for displaying at least one visually predominant target in a plurality of positions that vary over time and that are aligned in at least one row (L1, L2) or one column, and - a unit for controlling the display , this unit being programmed so that the successively displayed positions of the target follow, over time, a visual tracking protocol characterized in that : all the successively displayed positions are such that the target is in the visual field of the individual, and the visually predominant target is a target that is suitable for catching the eye of said individual following said target during the eye test, said visual tracking protocol corresponding to the succession, over time, of positions adopted by the visually predominant target , said target imposing a visual tracking protocol on the individual who successively looks in a plurality of particular desired directions that are each associated with a particular display position adopted by the target . all the successively displayed positions are such that the target is in the visual field of the individual, and the visually predominant target is a target that is suitable for catching the eye of said individual following said target during the eye test, said visual tracking protocol corresponding to the succession, over time, of positions adopted by the visually predominant target , said target imposing a visual tracking protocol on the individual who successively looks in a plurality of particular desired directions that are each associated with a particular display position adopted by the target .
A stator for an axial gap type rotating electric machine formed by arranging a plurality of core members annularly around a rotary shaft , each of the plurality of core members having a core which has a magnetic flux surface perpendicular to a direction of the length of the rotary shaft and a coil wound around the core such that the number of turns of the coil is smaller on an outer peripheral side than on an inner peripheral side, wherein the plurality of core members are integrally molded together with a molding material and the plurality of core members are further characterized in that they include: a first core member in which the number of winding layers of the coil on one side of the first core member in the direction of the length of the shaft is larger than the number of winding layers on the other side of the first core member ; and a second core member in which the number of winding layers of the coil on one side of the second core member in the direction of the length of the shaft is smaller than the number of winding layers on the other side of the second core member , and the first and second core members (6a - 6d) are arranged alternately such that an outer peripheral side of a coil where the number of winding layers is larger in the first core member (6a - 6d) and an outer peripheral side of a coil where the number of winding layers is smaller in the second core member (6a - 6d) face each other with a predetermined void therebetween, the void being filled with the molding material. a first core member in which the number of winding layers of the coil on one side of the first core member in the direction of the length of the shaft is larger than the number of winding layers on the other side of the first core member ; and a second core member in which the number of winding layers of the coil on one side of the second core member in the direction of the length of the shaft is smaller than the number of winding layers on the other side of the second core member , and the first and second core members (6a - 6d) are arranged alternately such that an outer peripheral side of a coil where the number of winding layers is larger in the first core member (6a - 6d) and an outer peripheral side of a coil where the number of winding layers is smaller in the second core member (6a - 6d) face each other with a predetermined void therebetween, the void being filled with the molding material.