mhurhangee/ep-ind-claims huggingface dataset:
A detecting device, characterized by comprising: an image acquirer configured to acquire four images of a person, wherein three images are captured in at least three different infrared wavelength ranges and one image is captured in visible light and wherein the four images are taken simultaneously; a face detector configured to analyze the visible light image captured by the image acquirer and to detect a face region of the person, wherein the face region includes three different face regions, the three different face regions being a forehead region, a right cheek region, and a left cheek region in the face region; and a determiner configured to determine whether the person is wearing a disguise by determining and judging whether luminances of pixels of the three different face regions satisfy specific relations between the three infrared images based on the three images acquired by the image acquirer, wherein the disguise is made of silicone, and the image acquirer acquires the images in infrared wavelength ranges from 1161 to 1171 nm, from 1185 to 1195 nm, and from 1209 to 1219 nm separately, and the determiner determines that the specific relations are satisfied when the luminance of the face region in the image in the infrared wavelength range from 1185 to 1195 nm is lower than the luminances of the face region in the images in the infrared wavelength ranges from 1161 to 1171 nm and from 1209 to 1219 nm, wherein the luminance of the face region is defined by the luminances of pixels in said region, an image acquirer configured to acquire four images of a person, wherein three images are captured in at least three different infrared wavelength ranges and one image is captured in visible light and wherein the four images are taken simultaneously; a face detector configured to analyze the visible light image captured by the image acquirer and to detect a face region of the person, wherein the face region includes three different face regions, the three different face regions being a forehead region, a right cheek region, and a left cheek region in the face region; and a determiner configured to determine whether the person is wearing a disguise by determining and judging whether luminances of pixels of the three different face regions satisfy specific relations between the three infrared images based on the three images acquired by the image acquirer, wherein the disguise is made of silicone, and the image acquirer acquires the images in infrared wavelength ranges from 1161 to 1171 nm, from 1185 to 1195 nm, and from 1209 to 1219 nm separately, and the determiner determines that the specific relations are satisfied when the luminance of the face region in the image in the infrared wavelength range from 1185 to 1195 nm is lower than the luminances of the face region in the images in the infrared wavelength ranges from 1161 to 1171 nm and from 1209 to 1219 nm, wherein the luminance of the face region is defined by the luminances of pixels in said region,
A method of manufacturing a rotary electric machine including a stator and a rotor arranged in face-to-face relation to said stator via an air gap, said stator including a connected core, a plurality of coils, and a crossover wire, the method of manufacturing the rotary electric machine comprising: forming said connected core by a plurality of cores in which a first core and a second core adjacent to said first core are paired to connect in a belt shape to be rounded into a substantially cylindrical shape by being folded at a core connecting portion so as to surround said rotor; forming said plurality of coils in which a first coil whose coil wire is wound around said first core via a coil bobbin and a second coil whose coil wire is wound around said second core via a coil bobbin are paired to be wound around each core of said connected core; forming said crossover wire by a coil wire which connects the winding end of said first coil to the winding start of said second coil; forming said first coil, said second coil, and said crossover wire by a single continuous coil wire in each of said plurality of coils; and arranging said plurality of crossover wires on the inner diameter side than the core connecting portion serving as the folding center of said plurality of cores, wherein said coil wire is wound using a hook pin having a hook portion at an end thereof and having a tapered shape that is smaller in diameter as approaching to the end; and when said coil winding is completed, said hook pin is made to rotate centering on its axis to remove said core after coil winding from a winding machine. forming said connected core by a plurality of cores in which a first core and a second core adjacent to said first core are paired to connect in a belt shape to be rounded into a substantially cylindrical shape by being folded at a core connecting portion so as to surround said rotor; forming said plurality of coils in which a first coil whose coil wire is wound around said first core via a coil bobbin and a second coil whose coil wire is wound around said second core via a coil bobbin are paired to be wound around each core of said connected core; forming said crossover wire by a coil wire which connects the winding end of said first coil to the winding start of said second coil; forming said first coil, said second coil, and said crossover wire by a single continuous coil wire in each of said plurality of coils; and arranging said plurality of crossover wires on the inner diameter side than the core connecting portion serving as the folding center of said plurality of cores, wherein said coil wire is wound using a hook pin having a hook portion at an end thereof and having a tapered shape that is smaller in diameter as approaching to the end; and when said coil winding is completed, said hook pin is made to rotate centering on its axis to remove said core after coil winding from a winding machine.
Method for operating an electric machine comprising a rotatably mounted rotor and a motor winding, wherein the motor winding is electrically connected to an electric energy store by means of power electronics, wherein the machine and/or a device comprising the machine is/are monitored in respect of fault events, and wherein the motor winding is short-circuited by actuating the power electronics upon detection of a fault event, characterized in that a target trajectory for an actual current vector (i Ist,dq) of an electric motor current flowing through the motor winding is ascertained, wherein the target trajectory runs from a current actual operating point of the machine to a short-circuit operating point of the machine, wherein a feedforward control action is predicted according to the target trajectory, and wherein the power electronics are actuated to short-circuit the motor winding according to the feedforward control action in such a way that, when the motor winding is short-circuited, a curve of the actual current vector (i Ist,dq) at least substantially matches the target trajectory.
A battery module comprising: a battery cell assembly having two or more battery cells laterally arranged such that the battery cells tightly contact each other or are adjacent to each other; a front plate and a rear plate fixed to outermost battery cells of the battery cell assembly such that the front plate and the rear plate surround the outermost battery cells of the battery cell assembly; an electrically insulative cover member mounted at an upper end of the battery cell assembly, the cover member being provided with through holes, through which electrode terminals of the battery cells extend; conductive connection parts arranged in a state in which the conductive connection parts are mounted at the cover member, the conductive connection parts being connected to the electrode terminals of the battery cells for detecting voltages of the battery cells while achieving electrical connection between the battery cells; cooling members interposed between the battery cells, each of the cooling members being provided with a coolant flow part having a hollow structure, in which a coolant flows; and a manifold connected to the cooling members for moving the coolant in the coolant flow part; and wherein the battery module further comprises one or more insulating members interposed between the outermost battery cells of the battery cell assembly and the front plate and the rear plate, and wherein each of the insulating members comprises a first insulating member made of a porous material and a second insulating member made of a sheet material. a battery cell assembly having two or more battery cells laterally arranged such that the battery cells tightly contact each other or are adjacent to each other; a front plate and a rear plate fixed to outermost battery cells of the battery cell assembly such that the front plate and the rear plate surround the outermost battery cells of the battery cell assembly; an electrically insulative cover member mounted at an upper end of the battery cell assembly, the cover member being provided with through holes, through which electrode terminals of the battery cells extend; conductive connection parts arranged in a state in which the conductive connection parts are mounted at the cover member, the conductive connection parts being connected to the electrode terminals of the battery cells for detecting voltages of the battery cells while achieving electrical connection between the battery cells; cooling members interposed between the battery cells, each of the cooling members being provided with a coolant flow part having a hollow structure, in which a coolant flows; and a manifold connected to the cooling members for moving the coolant in the coolant flow part; and wherein the battery module further comprises one or more insulating members interposed between the outermost battery cells of the battery cell assembly and the front plate and the rear plate, and wherein each of the insulating members comprises a first insulating member made of a porous material and a second insulating member made of a sheet material.
A polymer compound with bacteria-adhesion inhibition properties having the formula wherein R is selected from and wherein at least one of the substituents R 1, R 2, R 3, and R 4 is a linking group towards the polymer backbone and the remaining substituents are one or more of hydrogen, halide, alkyl, or aryl.
An image encoding method for encoding a color image and an associated depth image, the method comprising: setting a first quantization parameter to be used when the color image is compressed; determining, using the first quantization parameter, a second quantization parameter to be applied when the depth image is compressed, wherein the determining comprises estimating a distortion of a synthesized image at an intermediate point of view, the distortion being obtained when synthesizing the depth image and the color image, wherein the second quantization parameter is determined such that it satisfies the condition that a gradient of a first part of the distortion of the synthesized image caused by a distortion of the color image as a function of a bit amount is equal to a gradient of a second part of the distortion of the synthesized image caused by a distortion of the depth image as a function of the bit amount, with respect to an identical total bit amount; quantizing the color image using the first quantization parameter, and encoding the color image; and quantizing the depth image using the determined second quantization parameter, and encoding the depth image. setting a first quantization parameter to be used when the color image is compressed; determining, using the first quantization parameter, a second quantization parameter to be applied when the depth image is compressed, wherein the determining comprises estimating a distortion of a synthesized image at an intermediate point of view, the distortion being obtained when synthesizing the depth image and the color image, wherein the second quantization parameter is determined such that it satisfies the condition that a gradient of a first part of the distortion of the synthesized image caused by a distortion of the color image as a function of a bit amount is equal to a gradient of a second part of the distortion of the synthesized image caused by a distortion of the depth image as a function of the bit amount, with respect to an identical total bit amount; quantizing the color image using the first quantization parameter, and encoding the color image; and quantizing the depth image using the determined second quantization parameter, and encoding the depth image.
A synchronous engagement clutch assembly, comprising: a starter ball guide comprising opposed first and second sides, rotatable about a central longitudinal axis of the first aperture extending between the first and second sides; a carrier support comprising opposed first and second sides, rotatable about a central longitudinal axis of the second aperture extending between the first and second sides; the first side of the starter ball guide defining an annular groove, the second side of the carrier support defining pockets, and the starter ball guide and the carrier support being disposable with the first side of the starter ball guide facing the second side of the carrier support such that engagement balls are retainable in the pockets and the annular groove; and characterized in that the annular groove tapers with increasing radial distance from the first aperture, and an inner diameter (402 ID) of the first side of the starter ball guide is taller than an outer diameter (402 OD) thereof, as measured from the surface of the annular groove 405. a starter ball guide comprising opposed first and second sides, rotatable about a central longitudinal axis of the first aperture extending between the first and second sides; a carrier support comprising opposed first and second sides, rotatable about a central longitudinal axis of the second aperture extending between the first and second sides; the first side of the starter ball guide defining an annular groove, the second side of the carrier support defining pockets, and the starter ball guide and the carrier support being disposable with the first side of the starter ball guide facing the second side of the carrier support such that engagement balls are retainable in the pockets and the annular groove; and characterized in that the annular groove tapers with increasing radial distance from the first aperture, and an inner diameter (402 ID) of the first side of the starter ball guide is taller than an outer diameter (402 OD) thereof, as measured from the surface of the annular groove 405.
A sealing device comprising forward direction screws and reverse direction screws achieving a pumping action in relation to a sealed fluid, which are circumferentially provided in line in an atmosphere side lateral face of a seal lip sliding portion, each of said forward direction screws and the reverse direction screws has such a shape that a screw height is enlarged little by little from a lip leading end toward an atmosphere side, characterized in that a seal projection for preventing leak by spray is provided in any one or both of said forward direction screws and the reverse direction screws, the seal projection is connected to the forward direction screws or the reverse direction screws, and the seal projection is inclined in relation to the lip leading end in the same direction as the forward direction screw or as the reverse direction screw to which the seal projection is connected with an angle of incline in relation to the lip leading end that is set smaller than the angle of incline of the respective forward direction screw or reverse direction screw.
A method of operating an optical scanning apparatus, the optical scanning apparatus comprising: a light source including a two-dimensional (M x N) array of surface emitting laser elements, M rows of said laser elements being arranged in a sub-scanning direction and N columns of said laser elements being arranged in a main scanning direction, each laser element being configured to emit a light beam; a first optical system (2, 3, 4, 11); a second optical system (10, 6, 7, 8); and a deflector; wherein the method comprises steps of: leading the light beams emitted from the light source to the deflector by means of the first optical system leading the light beams deflected from the deflector to a surface to be scanned by means of the second optical system; wherein when it is assumed that a scanning direction of the light beams deflected from the deflector is the main scanning direction and a direction orthogonal to the main scanning direction is the sub-scanning direction, a distance between the outermost laser elements in the main scanning direction is longer than in the sub-scanning direction, characterized in that the method comprises a step of setting an intensity of a beam of at least one of the outermost laser elements higher than the intensity of a beam of any other of the laser elements. a light source including a two-dimensional (M x N) array of surface emitting laser elements, M rows of said laser elements being arranged in a sub-scanning direction and N columns of said laser elements being arranged in a main scanning direction, each laser element being configured to emit a light beam; a first optical system (2, 3, 4, 11); a second optical system (10, 6, 7, 8); and a deflector; leading the light beams emitted from the light source to the deflector by means of the first optical system leading the light beams deflected from the deflector to a surface to be scanned by means of the second optical system; wherein when it is assumed that a scanning direction of the light beams deflected from the deflector is the main scanning direction and a direction orthogonal to the main scanning direction is the sub-scanning direction, a distance between the outermost laser elements in the main scanning direction is longer than in the sub-scanning direction,
Parking assistance system for a motor vehicle allowing the vehicle to be parked from a traffic lane into an available parking space and allowing it to leave said parking space to move onto the traffic lane, said motor vehicle comprising an obstacle detection system, a parking space detection system, steering angle-controllable electric power steering, a torque-controllable engine and braking system, an automatic transmission or what is known as a "shift-by-wire" system, at least one odometric sensor, an accelerometer, a means for activating an automatic control function and an accelerator pedal, characterized in that the parking assistance system comprises a speed regulation module that computes, at all times of the manoeuvre, a speed setpoint on the basis of a maximum speed value (Vmax), of a remaining distance to be covered as computed by a trajectory perception and planning system and of the percentage (%P) by which the accelerator pedal is pressed down by the driver, and in that the parking assistance system comprises a module for verifying the necessary conditions for starting the parking manoeuvre and for the driver to confirm the manoeuvre, the necessary conditions comprising: at least one parking space is found, the vehicle is in the correct position to carry out the parking manoeuvre, the vehicle is stationary and the indicator lights are actuated.
An apparatus, comprising: a set of co-located transceivers comprising three or more transceivers (106, 108, 110; 210, 212, 214) each operable to communicate via a wireless communications standard different from each other transceiver; characterized by: a driver to output an enable signal when a first transceiver of the set of co-located transceivers is active, the enable signal to cause the first transceiver to output a frame synchronization input signal (308; 408); and a real-time frame synchronization module (130; 216) operable on a processor circuit to receive the frame synchronization input signal to delineate first receive and first transmit periods (404, 406) of a radio frame of the first transceiver, and generate a frame synchronization output signal (310; 416) to align receive and transmit periods of each of a multiplicity of additional transceivers (212, 214) of the set of co-located transceivers to the respective first receive and first transmit periods of the first transceiver, the alignment to reduce interference between communications of the first transceiver and communications of the multiplicity of additional transceivers. a set of co-located transceivers comprising three or more transceivers (106, 108, 110; 210, 212, 214) each operable to communicate via a wireless communications standard different from each other transceiver; characterized by: a driver to output an enable signal when a first transceiver of the set of co-located transceivers is active, the enable signal to cause the first transceiver to output a frame synchronization input signal (308; 408); and a real-time frame synchronization module (130; 216) operable on a processor circuit to receive the frame synchronization input signal to delineate first receive and first transmit periods (404, 406) of a radio frame of the first transceiver, and generate a frame synchronization output signal (310; 416) to align receive and transmit periods of each of a multiplicity of additional transceivers (212, 214) of the set of co-located transceivers to the respective first receive and first transmit periods of the first transceiver, the alignment to reduce interference between communications of the first transceiver and communications of the multiplicity of additional transceivers. a driver to output an enable signal when a first transceiver of the set of co-located transceivers is active, the enable signal to cause the first transceiver to output a frame synchronization input signal (308; 408); and a real-time frame synchronization module (130; 216) operable on a processor circuit to receive the frame synchronization input signal to delineate first receive and first transmit periods (404, 406) of a radio frame of the first transceiver, and generate a frame synchronization output signal (310; 416) to align receive and transmit periods of each of a multiplicity of additional transceivers (212, 214) of the set of co-located transceivers to the respective first receive and first transmit periods of the first transceiver, the alignment to reduce interference between communications of the first transceiver and communications of the multiplicity of additional transceivers.
Method for producing a sealing tape 1, in particular for sealing buildings, comprising the method steps: - provision of a sealing strip wound onto a roller core extending in a predetermined longitudinal direction, which sealing strip runs around the longitudinal direction of the roller core in several windings, wherein the sealing strip having at least one foam carrier; - insertion of at least one first cut running around the longitudinal direction through several windings of the sealing strip; - insertion of a sealing compound and/or a sealing layer in the circumferential cut. - provision of a sealing strip wound onto a roller core extending in a predetermined longitudinal direction, which sealing strip runs around the longitudinal direction of the roller core in several windings, wherein the sealing strip having at least one foam carrier; - insertion of at least one first cut running around the longitudinal direction through several windings of the sealing strip; - insertion of a sealing compound and/or a sealing layer in the circumferential cut.