mhurhangee/ep-ind-claims huggingface dataset:
Process for generating hydrocarbon products which comprises: a) providing a hydrocarbon stream comprising predominantly branched and unbranched hydrocarbons each having four carbon atoms, characterized by b) obtaining a first and a second substream (i-C4, n-C4) from the hydrocarbon stream, wherein the first substream (i-C4) comprises predominantly branched hydrocarbons having four carbon atoms and the second substream (n-C4) comprises predominantly unbranched hydrocarbons having four carbon atoms and c) steamcracking at least a portion of the first substream (i-C4) or a stream derived therefrom at a first, higher cracking severity and at least a portion of the second substream (n-C4) or a stream derived therefrom at a second, lower cracking severity, wherein the first, higher cracking severity results in a conversion of isobutane in the first substream of more than 91% and up to 99% and the second, lower cracking severity results in a conversion of n-butane in the second substream of less than 92% and more than 50%. a) providing a hydrocarbon stream comprising predominantly branched and unbranched hydrocarbons each having four carbon atoms, characterized by b) obtaining a first and a second substream (i-C4, n-C4) from the hydrocarbon stream, wherein the first substream (i-C4) comprises predominantly branched hydrocarbons having four carbon atoms and the second substream (n-C4) comprises predominantly unbranched hydrocarbons having four carbon atoms and c) steamcracking at least a portion of the first substream (i-C4) or a stream derived therefrom at a first, higher cracking severity and at least a portion of the second substream (n-C4) or a stream derived therefrom at a second, lower cracking severity, wherein the first, higher cracking severity results in a conversion of isobutane in the first substream of more than 91% and up to 99% and the second, lower cracking severity results in a conversion of n-butane in the second substream of less than 92% and more than 50%.
An apparatus, comprising: a radar sensor capable of emitting a radio wave; a printed circuit board, PCB, having a first side and a second side opposite the first side with the radar sensor mounted on the first side thereof to form a PCB assembly, PCBA,; a radome with a cavity in which the PCBA is disposed; and a PCB holder along a circumference of an inner wall of the radome, the PCB holder configured to hold the PCBA such that a distance between an inner surface of the radome and a side of the radar sensor facing the inner surface of the radome is proportional to half wavelength of the radio wave; a housing with a further cavity such that the housing and the radome are mated together to form an enclosure with the PCBA and PCB holder contained therein; and potting glue filled in a space defined by at least the housing, the PCB holder and the second side of the PCB, wherein the PCB holder is configured to function as a glue stopper to prevent the potting glue from leaking to the first side of the PCB, the apparatus being characterized in that: the PCB holder is a separate component from the radome such that the PCB holder is not integrally formed as part of the radome, and in that the PCB holder is configured to connect the PCBA to one or more external electrical connectors of the apparatus. a radar sensor capable of emitting a radio wave; a printed circuit board, PCB, having a first side and a second side opposite the first side with the radar sensor mounted on the first side thereof to form a PCB assembly, PCBA,; a radome with a cavity in which the PCBA is disposed; and a PCB holder along a circumference of an inner wall of the radome, the PCB holder configured to hold the PCBA such that a distance between an inner surface of the radome and a side of the radar sensor facing the inner surface of the radome is proportional to half wavelength of the radio wave; a housing with a further cavity such that the housing and the radome are mated together to form an enclosure with the PCBA and PCB holder contained therein; and potting glue filled in a space defined by at least the housing, the PCB holder and the second side of the PCB, wherein the PCB holder is configured to function as a glue stopper to prevent the potting glue from leaking to the first side of the PCB, the apparatus being characterized in that: the PCB holder is a separate component from the radome such that the PCB holder is not integrally formed as part of the radome, and in that the PCB holder is configured to connect the PCBA to one or more external electrical connectors of the apparatus. the PCB holder is a separate component from the radome such that the PCB holder is not integrally formed as part of the radome, and in that the PCB holder is configured to connect the PCBA to one or more external electrical connectors of the apparatus.
A decorative sheet comprising a plurality of resin layers, wherein a primary film layer, a transparent resin layer and a top coat layer are layered in this order, and at least one of the resin layers comprises a nano-sized additive, and wherein the transparent resin layer consists of a resin layer comprising a nano-sized additive, and comprises 90 to 100% by weight of a crystalline polypropylene resin as a main component and a nucleating agent as the nano-sized additive; and/or the primary film layer consists of a resin layer comprising a nano-sized additive, and comprises a dispersant as the nano-sized additive and an inorganic filler. the transparent resin layer consists of a resin layer comprising a nano-sized additive, and comprises 90 to 100% by weight of a crystalline polypropylene resin as a main component and a nucleating agent as the nano-sized additive; and/or the primary film layer consists of a resin layer comprising a nano-sized additive, and comprises a dispersant as the nano-sized additive and an inorganic filler.
A method for determining a physical location of an unknown position device UPD (212, 412) in a communication network including a plurality of known position devices KPDs, said method characterized by the following steps: storing known potential locations (208,210, 214) of the UPD (212, 412), the known potential locations (208,210, 214) related to known positions of utility services lines; receiving a message transmitted by the UDP (212, 412) at one of the KPDs (204,206,218,232); measuring a signal quality of the message received by the KPD (204,206,218,232); from the UPD (212, 412); and, transmitting a data message from the at least one of the plural KPDs (204, 206, 218, 232) to a regional network interface, RNI,, the data message including the signal quality; computing by the RNI an approximate physical location of the UPD (212, 412) based on the physical location of the KPDs (204,206,218,232) receiving the message from the UPD (212, 412) and the signal quality measured by only one of the KPDs (204,206,218,232); and producing by the RNI a list of likely locations of the UPD (212, 412) based on the computed approximate physical location of the UPD (212, 412) and the known potential locations (208,210, 214) of the UPD (212, 412), wherein the known potential locations (208, 210, 214) include a physical location of a sensor that was suspected of exhibiting an error condition or was suspected of being tampered with. storing known potential locations (208,210, 214) of the UPD (212, 412), the known potential locations (208,210, 214) related to known positions of utility services lines; receiving a message transmitted by the UDP (212, 412) at one of the KPDs (204,206,218,232); measuring a signal quality of the message received by the KPD (204,206,218,232); from the UPD (212, 412); and, transmitting a data message from the at least one of the plural KPDs (204, 206, 218, 232) to a regional network interface, RNI,, the data message including the signal quality; computing by the RNI an approximate physical location of the UPD (212, 412) based on the physical location of the KPDs (204,206,218,232) receiving the message from the UPD (212, 412) and the signal quality measured by only one of the KPDs (204,206,218,232); and producing by the RNI a list of likely locations of the UPD (212, 412) based on the computed approximate physical location of the UPD (212, 412) and the known potential locations (208,210, 214) of the UPD (212, 412), wherein the known potential locations (208, 210, 214) include a physical location of a sensor that was suspected of exhibiting an error condition or was suspected of being tampered with.
Refrigerator with a cabinet body having an access opening lying essentially in a vertical plane, in which a sliding door arrangement is arranged, the sliding door arrangement comprising: a horizontal mounting rail fastened to the cabinet body in the access opening vertical plane, at least one sliding door element (40, 41) arranged to be slidable in the transverse direction in the access opening vertical plane, one carriage connected with the sliding door element (40, 41), the carriage having rollers which run in the mounting rail, and a damping arrangement connected on the one hand to the carriage and on the other hand to the cabinet body and damping the closing movement of the sliding door element (40, 41), wherein the damping arrangement has a horizontal damping cylinder in which a damping piston is arranged for displacement, wherein the damping cylinder and/or the damping piston has a valve element which ventilates the enclosed cylinder space during the sliding door opening movement and ventilates it less or not at all during the sliding door closing movement, and wherein the carriage is formed by a profile body to which the rollers are rotatably fastened, the damping cylinder being an integral part of the profile body which has a cylinder body that forms the damping cylinder. a horizontal mounting rail fastened to the cabinet body in the access opening vertical plane, at least one sliding door element (40, 41) arranged to be slidable in the transverse direction in the access opening vertical plane, one carriage connected with the sliding door element (40, 41), the carriage having rollers which run in the mounting rail, and a damping arrangement connected on the one hand to the carriage and on the other hand to the cabinet body and damping the closing movement of the sliding door element (40, 41), wherein the damping arrangement has a horizontal damping cylinder in which a damping piston is arranged for displacement, wherein the damping cylinder and/or the damping piston has a valve element which ventilates the enclosed cylinder space during the sliding door opening movement and ventilates it less or not at all during the sliding door closing movement, and wherein the carriage is formed by a profile body to which the rollers are rotatably fastened, the damping cylinder being an integral part of the profile body which has a cylinder body that forms the damping cylinder.
A fingerprint image enhancement method, comprising: receiving a fingerprint image; computing a horizontal variation image (Gx) and vertical variation image (Gy) of the fingerprint image; computing a weighted image, wherein in the weighted image, a first pixel weighted value (wi,j) corresponding to a first pixel position is greater than a second pixel weighted value (wm,n) corresponding to a second pixel position, wherein the first pixel position in the fingerprint image is determined to be a finger ridge more likely than the second pixel position in the fingerprint image according to the pixel value corresponding to the first pixel position in the fingerprint image and the pixel value corresponding to the second pixel position in the fingerprint image; element-wise multiplying the horizontal variation image (Gx) with the weighted image to generate a weighted horizontal variation image (Gx,w), and element-wise multiplying the vertical variation image (Gy) with the weighted image to generate a weighted vertical variation image (Gy,w); performing a smoothing operation to the weighted horizontal variation image (Gx,w) and the weighted vertical variation image (Gy,w) to generate a smoothed weighted horizontal variation image (G x,S) and a smoothed weighted vertical variation image (G y,S); computing a fingerprint orientation image according to the smoothed weighted horizontal variation image (G x,S) and the smoothed weighted vertical variation image (G y,S); and performing fingerprint image enhancement on the fingerprint image according to the fingerprint orientation image. receiving a fingerprint image; computing a horizontal variation image (Gx) and vertical variation image (Gy) of the fingerprint image; computing a weighted image, wherein in the weighted image, a first pixel weighted value (wi,j) corresponding to a first pixel position is greater than a second pixel weighted value (wm,n) corresponding to a second pixel position, wherein the first pixel position in the fingerprint image is determined to be a finger ridge more likely than the second pixel position in the fingerprint image according to the pixel value corresponding to the first pixel position in the fingerprint image and the pixel value corresponding to the second pixel position in the fingerprint image; element-wise multiplying the horizontal variation image (Gx) with the weighted image to generate a weighted horizontal variation image (Gx,w), and element-wise multiplying the vertical variation image (Gy) with the weighted image to generate a weighted vertical variation image (Gy,w); performing a smoothing operation to the weighted horizontal variation image (Gx,w) and the weighted vertical variation image (Gy,w) to generate a smoothed weighted horizontal variation image (G x,S) and a smoothed weighted vertical variation image (G y,S); computing a fingerprint orientation image according to the smoothed weighted horizontal variation image (G x,S) and the smoothed weighted vertical variation image (G y,S); and performing fingerprint image enhancement on the fingerprint image according to the fingerprint orientation image.
A method of preventing a decontaminated ultrasonic probe from contamination comprising the step of, immediately after disinfection, inserting the ultrasonic probe into a cover comprising a flexible elongate pouch and a mouth portion for inserting the probe into the pouch, the mouth portion comprising sealing means, and deforming the mouth portion into a sealing engagement with a proximal end of the probe, wherein no undisinfected portion of the probe enters the pouch.
A photodynamic agent for use in a method of inhibiting the growth of hair in skin, said method comprising the steps of: epilation of follicles in the skin, waiting until within 5 days after the commencement of metanagen applying the photodynamic agent to the skin, and exposing the skin to photoactivating light. epilation of follicles in the skin, waiting until within 5 days after the commencement of metanagen applying the photodynamic agent to the skin, and exposing the skin to photoactivating light.
Coil unit for an electric vehicle for inductive transmission of electrical energy between the coil unit and a stationary charging station, wherein the coil unit comprises at least one coil and a flux guide unit for guidance of a magnetic flux which is produced when the coil is in operation, characterised in that the flux guide unit has material weaknesses (15; 19; 20; 22-26), wherein the material weaknesses (15; 19; 20; 22-26) are formed wholly or in part as predetermined breaking points.
An aircraft takeoff assist system comprising: an aircraft coupling counterpart configured to be attached to a strut (26; 26A, 26B) of a landing gear of an aircraft; and a takeoff assist vehicle (12; 12A, 12B) including: a frame; ground-engaging wheels (34, 36) mounted to the frame; a power source (40; 42) for driving one or more of the ground-engaging wheels (34, 36); and a vehicle coupling counterpart for engagement with the aircraft coupling counterpart, the aircraft coupling counterpart and the vehicle coupling counterpart defining a swivel connection for transferring a propulsive force from the takeoff assist vehicle (12; 12A, 12B) to the aircraft, the aircraft coupling counterpart being disengageable from the vehicle coupling counterpart by upward movement of the aircraft coupling counterpart relative to the vehicle coupling counterpart, characterised in that the takeoff assist vehicle is an unmanned two-wheeled motorcycle. an aircraft coupling counterpart configured to be attached to a strut (26; 26A, 26B) of a landing gear of an aircraft; and a takeoff assist vehicle (12; 12A, 12B) including: a frame; ground-engaging wheels (34, 36) mounted to the frame; a power source (40; 42) for driving one or more of the ground-engaging wheels (34, 36); and a vehicle coupling counterpart for engagement with the aircraft coupling counterpart, the aircraft coupling counterpart and the vehicle coupling counterpart defining a swivel connection for transferring a propulsive force from the takeoff assist vehicle (12; 12A, 12B) to the aircraft, the aircraft coupling counterpart being disengageable from the vehicle coupling counterpart by upward movement of the aircraft coupling counterpart relative to the vehicle coupling counterpart, characterised in that the takeoff assist vehicle is an unmanned two-wheeled motorcycle. a frame; ground-engaging wheels (34, 36) mounted to the frame; a power source (40; 42) for driving one or more of the ground-engaging wheels (34, 36); and a vehicle coupling counterpart for engagement with the aircraft coupling counterpart, the aircraft coupling counterpart and the vehicle coupling counterpart defining a swivel connection for transferring a propulsive force from the takeoff assist vehicle (12; 12A, 12B) to the aircraft, the aircraft coupling counterpart being disengageable from the vehicle coupling counterpart by upward movement of the aircraft coupling counterpart relative to the vehicle coupling counterpart, characterised in that the takeoff assist vehicle is an unmanned two-wheeled motorcycle.
A sterile dead-end filtration filter assembly comprising a) a first sterile filter comprising a tubular housing having an inlet and an outlet for a liquid and having a plurality of semipermeable hollow fiber membranes arranged therein, one end of the hollow fiber membranes being in fluid communication with the inlet and the other end of the hollow fiber membranes being sealed; b) a second sterile filter comprising a tubular housing having an inlet and an outlet for a liquid and having a plurality of semipermeable hollow fiber membranes arranged therein, one end of the hollow fiber membranes being in fluid communication with the inlet and the other end of the hollow fiber membranes being sealed; c) a tube connecting the outlet of the first filter to the inlet of the second filter; characterized by d) a shrink tubing enveloping at least parts of both filters (21, 31), attaching the filters (21, 31) to each other and fastening the filters (21, 31) in a fixed position. a) a first sterile filter comprising a tubular housing having an inlet and an outlet for a liquid and having a plurality of semipermeable hollow fiber membranes arranged therein, one end of the hollow fiber membranes being in fluid communication with the inlet and the other end of the hollow fiber membranes being sealed; b) a second sterile filter comprising a tubular housing having an inlet and an outlet for a liquid and having a plurality of semipermeable hollow fiber membranes arranged therein, one end of the hollow fiber membranes being in fluid communication with the inlet and the other end of the hollow fiber membranes being sealed; c) a tube connecting the outlet of the first filter to the inlet of the second filter; characterized by d) a shrink tubing enveloping at least parts of both filters (21, 31), attaching the filters (21, 31) to each other and fastening the filters (21, 31) in a fixed position.
A mobile machine tool for processing a workpiece or a room comprising a working device which is mobile with respect to a surface (FL, FR, FF, FD) of the workpiece or room, which working device comprises a tool receptacle for a work tool (90A, 90F) driven or drivable by a drive motor, particularly for abrasive processing of the surface (FL, FR, FF, FD) and/or a coating device having a coating tool for coating the surface (FL, FR, FF, FD), wherein the working device comprises a suction device for suctioning the working device onto the surface by means of at least one force component oriented in a normal direction to the surface (FL-FD), wherein the suction device has at least one valve for controlling an intake air flow and/or a negative pressure in a suction region of the working device for suctioning onto the surface (FL-FD), and wherein the at least one valve has a valve member which is adjustable between at least two valve positions in which a flow cross-section of the valve is different, wherein the suction device comprises a suction controller for adjusting the valve member during operation of the work tool (90A, 90F) or the coating device between its valve positions depending on at least one physical variable, characterized in that the at least one physical variable comprises an angular position of the working device relative to an underlying surface and the suction controller adjusts the valve member depending on the angular position of the working device relative to the underlying surface.
A security module with secure memory management, having: - a data memory and at least two write units (S1, S2) that are each adapted to cause write operations on the data memory; - a detection unit adapted to detect the write unit (S1, S2) that causes the write operation; and - a manipulation handling unit adapted to trigger a security operation made available, if the causing of the write operation is to be associated with a non-authorized write unit (S1, S2), wherein the security module supplies at least one sensor that permits a detection of the write unit (S1, S2) physically by means of at least one measurement. - a data memory and at least two write units (S1, S2) that are each adapted to cause write operations on the data memory; - a detection unit adapted to detect the write unit (S1, S2) that causes the write operation; and - a manipulation handling unit adapted to trigger a security operation made available, if the causing of the write operation is to be associated with a non-authorized write unit (S1, S2), wherein the security module supplies at least one sensor that permits a detection of the write unit (S1, S2) physically by means of at least one measurement.