mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting unauthorized tampering with a security sensor including a processor, an antenna and a detection circuit, the method comprising the following steps performed at the security sensor: (a) transmitting a first status signal from the antenna; (b) measuring a first voltage of the first status signal; (c) generating a second modified signal when an object is in close proximity to the security sensor; (d) measuring a second voltage of the second modified signal; and (e) determining whether a difference between the first voltage and the second voltage is greater than or equal to a tamper threshold. (a) transmitting a first status signal from the antenna; (b) measuring a first voltage of the first status signal; (c) generating a second modified signal when an object is in close proximity to the security sensor; (d) measuring a second voltage of the second modified signal; and (e) determining whether a difference between the first voltage and the second voltage is greater than or equal to a tamper threshold.
An imaging system comprising a transmitter for directing radiation at a scan volume in which there is a target; a receiver (21, 24) for receiving scattered radiation from the volume; and a processor (20, 21) for processing the scattered radiation to generate an image according to amplitude and phase of the received radiation; a display coupled to the processor, for generating an image display; wherein the transmitter is adapted to transmit the incident radiation with a substantially single frequency; the system is adapted to identify a concealed material; wherein the processor is adapted to classify a concealed dielectric material according to permittivity relative to that of the human body, said relative permittivity being deduced from amplitude and phase information in the received radiation; characterized in that the system comprises a reflect array for focusing incident beam radiation and in that the processor is adapted to measure phase and amplitude of scattered radiation both near the concealed material and at the concealed material, that near the concealed material providing a reference; wherein the system is adapted to detect radiation from two or more volume elements, a volume element providing reference data if it does not include the concealed material, and the processor is adapted to automatically identify anomalies at edges in the recorded images, and to use said anomalies when deriving relative permittivity data.
Device for moving a treatment head and a tray in relation to a plane P, wherein said tray of any shape is inscribed within a rectangle of width A and length B, and includes a first driving means suitable for cooperating with a first actuating means so as to move the tray in translation within a plane that is parallel to said plane P in a movement zone formed from at least two perpendicular edges associated with a reference frame x, O, y, in a direction that is normally parallel to one of said axes x or y, the ratio of the area of the movement zone to the area of the circumscribed rectangle of the tray being at least equal to 2, said device being characterised in that it includes at least a movable arm of length R, mounted on one of its ends so as to be able to pivot about an axis c that is perpendicular to said plane P, set in motion by a second actuating means and comprising a treatment head at the other end, said axis c being located in the movement zone of the tray and intersecting said movement zone at point Q.
Control device of a building door for interacting with an electromotive drive apparatus for adjusting the building door, having at least one signal input for connecting a signal generator of a predetermined signal generator type to the control device, wherein the control device is designed, on the basis of the signal generator type of the signal generator, in response to a signal generator signal, - to control the drive apparatus to directly open the building door, - to authorize opening of the building door, or - to control the drive apparatus to open the building door after authorization, characterized in that the control device can be configured to determine the signal generator type of the signal generator (S1, S1', S2, S2', S3, S3', S1AC) connected to the at least one signal input (430, 431, 432, 433), wherein the control device is integrated in a door leaf or a door frame of the building door and has an elongated housing, wherein the at least one signal input (430, 431, 432, 433) is arranged on an end face of the housing. - to control the drive apparatus to directly open the building door, - to authorize opening of the building door, or - to control the drive apparatus to open the building door after authorization, characterized in that the control device can be configured to determine the signal generator type of the signal generator (S1, S1', S2, S2', S3, S3', S1AC) connected to the at least one signal input (430, 431, 432, 433), wherein the control device is integrated in a door leaf or a door frame of the building door and has an elongated housing, wherein the at least one signal input (430, 431, 432, 433) is arranged on an end face of the housing.
Induction cooking plate (100, 200) at least comprising: - at least one induction cooking area (105, 210, 380,..., 395), and - at least one thermal isolation (110-128, 220, 310-370) at an exterior surface of the cooking plate (100, 200), characterised in that the induction cooking plate is provided with separate induction cooking areas, each having a border formed of a curvature around them, so that a cooking pot is kept at a certain distance to optimally insulate it from the exterior surface of the cooking plate (100, 200) while at the same time high frequency energy is allowed to be transmitted into the bottom of the cooking pot, wherein optionally said induction cooking area comprises a layer of heat insulating material, so that a flat surface of the induction cooking plate is provided. - at least one induction cooking area (105, 210, 380,..., 395), and - at least one thermal isolation (110-128, 220, 310-370) at an exterior surface of the cooking plate (100, 200), characterised in that the induction cooking plate is provided with separate induction cooking areas, each having a border formed of a curvature around them, so that a cooking pot is kept at a certain distance to optimally insulate it from the exterior surface of the cooking plate (100, 200) while at the same time high frequency energy is allowed to be transmitted into the bottom of the cooking pot, wherein optionally said induction cooking area comprises a layer of heat insulating material, so that a flat surface of the induction cooking plate is provided.
A wrist protecting band configured to be attached to a wrist, the wrist protecting band comprising: a first compression member having a first compression pad provided on an inner surface thereof to be able to compress one of an ulna area and a radius area of the wrist toward a central portion of the wrist; a second compression member having a second compression pad provided on an inner surface thereof, in a location opposite to the first compression pad, to be able to compress the other of the ulna area and the radius area of the wrist toward the central portion of the wrist; characterised in that it further comprises a connecting member having both ends pivotably coupled to one end portion of the first compression member and to one end portion of the second compression member to connect the first compression member and the second compression member; and a coupling body, wherein the other end portion of the first compression member is pivotably coupled to one end portion of the coupling body, and the other end portion of the second compression member is coupled to or decoupled from the other end portion of the coupling body in response to a user's manipulation, wherein the wrist other than the ulna area and the radius area is not compressed, and a coupling state of the second compression member is adjustable by the user's manipulation so that compression load of the first and second compression members (110, 120) on the ulna area and the radius area is adjusted. a first compression member having a first compression pad provided on an inner surface thereof to be able to compress one of an ulna area and a radius area of the wrist toward a central portion of the wrist; a second compression member having a second compression pad provided on an inner surface thereof, in a location opposite to the first compression pad, to be able to compress the other of the ulna area and the radius area of the wrist toward the central portion of the wrist; characterised in that it further comprises a connecting member having both ends pivotably coupled to one end portion of the first compression member and to one end portion of the second compression member to connect the first compression member and the second compression member; and a coupling body, wherein the other end portion of the first compression member is pivotably coupled to one end portion of the coupling body, and the other end portion of the second compression member is coupled to or decoupled from the other end portion of the coupling body in response to a user's manipulation, wherein the wrist other than the ulna area and the radius area is not compressed, and a coupling state of the second compression member is adjustable by the user's manipulation so that compression load of the first and second compression members (110, 120) on the ulna area and the radius area is adjusted.
A cosmetic agent containing, in a cosmetically acceptable carrier, a) at least one copolymer A which consists of methacrylic acid and ethyl acrylate and contains from 10 to 80 mol%, preferably from 20 to 70 mol%, particularly preferably from 30 to 60 mol%, and in particular from 40 to 50 mol%, of methacrylic acid, and from 20 to 90 mol%, preferably from 30 to 80 mol%, particularly preferably from 40 to 70 mol%, and in particular from 50 to 60 mol%, of ethyl acrylate, b) and at least one cationic polymer B that is different from copolymer A and is selected from cationic guar derivatives. a) at least one copolymer A which consists of methacrylic acid and ethyl acrylate and contains from 10 to 80 mol%, preferably from 20 to 70 mol%, particularly preferably from 30 to 60 mol%, and in particular from 40 to 50 mol%, of methacrylic acid, and from 20 to 90 mol%, preferably from 30 to 80 mol%, particularly preferably from 40 to 70 mol%, and in particular from 50 to 60 mol%, of ethyl acrylate, b) and at least one cationic polymer B that is different from copolymer A and is selected from cationic guar derivatives.
An assembly comprising: a sensor in electrical communication with a wire; an indicator electrically connected inline with the sensor using the same wire; wherein the assembly is characterized in that it comprises: a first power supply arranged to have a positive voltage; a second power supply arranged to have a negative voltage; a switch configured to toggle electrical communication between the wire and the first power supply and second power supply; a first diode in series with the sensor and arranged to allow current to flow through the sensor when current is flowing on the wire in a first direction; and a second diode in series with the indicator and arranged to allow current to flow through the indicator when current is flowing on the wire in an opposite direction from the first direction. a sensor in electrical communication with a wire; an indicator electrically connected inline with the sensor using the same wire; wherein the assembly is characterized in that it comprises: a first power supply arranged to have a positive voltage; a second power supply arranged to have a negative voltage; a switch configured to toggle electrical communication between the wire and the first power supply and second power supply; a first diode in series with the sensor and arranged to allow current to flow through the sensor when current is flowing on the wire in a first direction; and a second diode in series with the indicator and arranged to allow current to flow through the indicator when current is flowing on the wire in an opposite direction from the first direction. a first power supply arranged to have a positive voltage; a second power supply arranged to have a negative voltage; a switch configured to toggle electrical communication between the wire and the first power supply and second power supply; a first diode in series with the sensor and arranged to allow current to flow through the sensor when current is flowing on the wire in a first direction; and a second diode in series with the indicator and arranged to allow current to flow through the indicator when current is flowing on the wire in an opposite direction from the first direction.
Seeker for a guided missile with an external housing (58, 60), a detector unit with a matrix detector, an optical system for imaging an object from an object scene surrounding the guided missile on the matrix detector including input optics and an optical joint, a roll-pitch system for aligning at least the input optics with the object with a roll frame and a pitch frame, and with a cooler for cooling the matrix detector that is rigidly fixed to the outer housing (58, 60), characterized in that a) the detector unit is arranged on the roll frame so as to roll therewith and b) the cooler is a gas cooler with a gas outlet that is aligned with the detector unit. a) the detector unit is arranged on the roll frame so as to roll therewith and b) the cooler is a gas cooler with a gas outlet that is aligned with the detector unit.
A combined piston ring comprising a piston ring body made of a high-strength, heat-resistant resin and comprising a step-shaped gap and a spring (4, 4') disposed on the inner peripheral side of said piston ring body for pushing said piston ring body radially outward, characterised in that a coating covers at least the side surface of said piston ring body on the combustion chamber side, and said high-strength, heat-resistant resin is at least one resin selected from the group consisting of polyetheretherketone, polyphenylene sulfide and polybenzimidazole, and said step-shaped gap has a triple step shape having three steps on upper and lower side surfaces and an outer peripheral surface.
A screw press (1, 30) with a conveyor pipe (2, 31) in which a rotatable conveyor spiral is arranged, and with a conveyor-pipe cone (11, 38) to which the conveyor spiral (3, 32) conveys, wherein the conveyor spiral terminates at the transition from the conveyor spiral to the conveyor cone and drainage openings (39, 40) are arranged in the conveyor-pipe cone (11, 38), characterized in that a temperature measuring device (21, 43, 44) is arranged in the conveyor pipe (2, 31) and/or in the conveyor-pipe cone (11, 38) and that it comprises an adjustment device to adjust the size of a free passage area on the conveyor-pipe cone or, if a compactor is connected downstream of the conveyor-pipe cone (11, 38), to adjust it on a compactor cone on the basis of the measured temperature, or to control the position or movement of movable flaps (7, 34) of the compactor on the basis of the measured temperature.
An antenna system comprising: a digital beamformer adapted to receive a plurality of input signals and selectively replicate and weight the input signals to provide a plurality of digital subarray signals; a plurality of digital to analog converters adapted to convert the digital subarray signals to a plurality of composite analog subarray signals; and a subarray (110,120) comprising a plurality of transmit elements, a thermal cold plate, a distribution board stacked on the thermal cold plate, a plurality of RF waveguides, a plurality of modules in communication with the transmit elements through the distribution board and the thermal cold plate through the plurality of RF waveguides and adapted to perform analog beamsteering on a composite analog subarray signal, wherein at the subarray level the composite analog subarray signal is separable into individual analog signals with one analog signal for each module, wherein the modules are interconnected with each other through the distribution board and removably insertable into the distribution board, the cold plate and the plurality of RF waveguides without disassembly of the subarray. a digital beamformer adapted to receive a plurality of input signals and selectively replicate and weight the input signals to provide a plurality of digital subarray signals; a plurality of digital to analog converters adapted to convert the digital subarray signals to a plurality of composite analog subarray signals; and a subarray (110,120) comprising a plurality of transmit elements, a thermal cold plate, a distribution board stacked on the thermal cold plate, a plurality of RF waveguides, a plurality of modules in communication with the transmit elements through the distribution board and the thermal cold plate through the plurality of RF waveguides and adapted to perform analog beamsteering on a composite analog subarray signal, wherein at the subarray level the composite analog subarray signal is separable into individual analog signals with one analog signal for each module, wherein the modules are interconnected with each other through the distribution board and removably insertable into the distribution board, the cold plate and the plurality of RF waveguides without disassembly of the subarray.
Device for preparing tea on the go comprising a cup, a lid that fits on the cup, a teabag and a teabag lifting system comprising a string that goes through the lid, with said string connected to the bag and to a pull tab, characterised in that the lifting system comprises a rigid part connected to the string, so that when the string is pulled up, the rigid part also moves up, compressing the bag against the inside of the lid.
A method for recognizing aerial handwriting, comprising: detecting a palm area of a user in a two-dimensional gray-scale image; detecting a fingertip in the two-dimensional gray-scale image based on the palm area; determining a spatial trajectory of the fingertip based on a set of two-dimensional gray-scale images, the set of two-dimensional gray-scale images including the two-dimensional gray-scale image; and recognizing handwritten content of the user based on the spatial trajectory, characterised by wherein the two-dimensional gray-scale image is a first gray-scale image, the set of two-dimensional gray-scale images further comprises a second gray-scale image temporally following the first gray-scale image, and the determining a spatial trajectory of the fingertip comprises: determining a search area for regressing a palm frame based on the detected fingertip; determining a current position of the fingertip based on the search area in response to finding the palm by tracking in the search area in the second gray-scale image; and performing palm detection in the second gray image in response to not finding the palm by tracking in the search area in the second gray image. detecting a palm area of a user in a two-dimensional gray-scale image; detecting a fingertip in the two-dimensional gray-scale image based on the palm area; determining a spatial trajectory of the fingertip based on a set of two-dimensional gray-scale images, the set of two-dimensional gray-scale images including the two-dimensional gray-scale image; and recognizing handwritten content of the user based on the spatial trajectory, characterised by wherein the two-dimensional gray-scale image is a first gray-scale image, the set of two-dimensional gray-scale images further comprises a second gray-scale image temporally following the first gray-scale image, and the determining a spatial trajectory of the fingertip comprises: determining a search area for regressing a palm frame based on the detected fingertip; determining a current position of the fingertip based on the search area in response to finding the palm by tracking in the search area in the second gray-scale image; and performing palm detection in the second gray image in response to not finding the palm by tracking in the search area in the second gray image. determining a search area for regressing a palm frame based on the detected fingertip; determining a current position of the fingertip based on the search area in response to finding the palm by tracking in the search area in the second gray-scale image; and performing palm detection in the second gray image in response to not finding the palm by tracking in the search area in the second gray image.
A dishwasher comprising. a sump housing for holding washing water having an opening in a side; a heater assembly fastened to an inside of the sump housing for heating the washing water; a pump fastened to the sump housing for pumping washing water heated by the heater assembly, wherein the pump includes: a water guide assembly mounted on an upper side of the sump housing for having a space to mount an impeller and having a supply channel to supply washing water to at least one spray arm, wherein the impeller is mounted to the water guide assembly for pumping washing water stored in the sump housing to the supply channel, characterized in that the heater assembly is provided below of the water guide assembly and fastened detachably from an outside to the opening, wherein the sump housing includes a recess for holding the washing water and the heater assembly is mounted to the recess, wherein the pump includes a motor under the sump housing, and a shaft passed through a bottom of the sump housing for transmission of driving force from the motor to the impeller, further comprising a disposer rotatably mounted in the sump housing between the impeller and the bottom of the sump housing for smashing soil contained in the washing water.
A process for the purification of repaglinide comprising solubilising repaglinide in an aqueous solvent, and treating repaglinide with hydrogen peroxide.
A process for preparing polyurethanes by mixing a) polyisocyanate, b) a mixture obtainable by introducing an alkali metal or alkaline earth metal salt into a compound R-NH-CO-O-R' comprising at least one urethane group, which is present in solid or liquid form at 20°C, where R is other than hydrogen and/or other than COR", c) compound comprising one or more epoxide groups, and, optionally, d) polyol, e) chain extenders, and f) fillers and further additives to form a reaction mixture and fully reacting this mixture to give the polyurethane, where the amount of alkali metal or alkaline earth metal ions per urethane group in the compound (b) is 0.0001 to 3.5, based on the number of alkali metal or alkaline earth metal ions and urethane groups. a) polyisocyanate, b) a mixture obtainable by introducing an alkali metal or alkaline earth metal salt into a compound R-NH-CO-O-R' comprising at least one urethane group, which is present in solid or liquid form at 20°C, where R is other than hydrogen and/or other than COR", c) compound comprising one or more epoxide groups, and, optionally, d) polyol, e) chain extenders, and f) fillers and further additives
A reagent for assaying an antibody or an antigen serving as an analyte in blood by immune reaction with an antigen when the analyte is an antibody or by immune reaction with an antibody when the analyte is an antigen, wherein the antigen, when the analyte is an antibody, or the antibody, when the analyte is an antigen, is supported on a latex carrier formed of a synthetic polymer, and the amount of analyte is measured by optically measuring the degree of agglutination formed by the immune reaction between the latex carrier and the analyte, wherein a glycerophospholipid in the form of solution or dispersion is incorporated into the immune reaction system, wherein the glycerophospholipid is one or more species selected from the group consisting of phosphatidylcholine, phosphatidylglycerol, and phosphatidylethanolamine, and wherein the analyte is an antiphospholipid antibody or a prostate specific antigen.