mhurhangee/patent-ind-claim-en huggingface dataset:
An image-based lighting method comprising: receiving an input image obtained by capturing a scene from one of a front, rear and side of a vehicle; generating a panoramic image by mapping a first coordinate of each pixel constituting a region of interest of the received input image to a corresponding second coordinate using a lookup table; analyzing histograms of red, green, and blue of an upper region of the panoramic image to select a color in which a red value, a green value, and a blue value with a highest frequency are combined, and performing alpha blending on the upper region using the selected color; converting the panoramic image into a cube map image; applying the cube map image to a 3D vehicle model; and outputting the 3D vehicle model to which the cube map image is applied to a monitor for real-time three-dimensional surround view, wherein the lookup table stores a relationship in which a first coordinate of each pixel constituting the region of interest of the input image corresponds to a second coordinate of a pixel of the panoramic image, wherein the generating the panoramic image includes: obtaining a first image by cropping the region of interest in the input image; obtaining an intermediate image by connecting the first image and a second image obtained by horizontally flipping the first image; and distorting the intermediate image to have the characteristics of a 360° or omni-directional panoramic image. receiving an input image obtained by capturing a scene from one of a front, rear and side of a vehicle; generating a panoramic image by mapping a first coordinate of each pixel constituting a region of interest of the received input image to a corresponding second coordinate using a lookup table; analyzing histograms of red, green, and blue of an upper region of the panoramic image to select a color in which a red value, a green value, and a blue value with a highest frequency are combined, and performing alpha blending on the upper region using the selected color; converting the panoramic image into a cube map image; applying the cube map image to a 3D vehicle model; and outputting the 3D vehicle model to which the cube map image is applied to a monitor for real-time three-dimensional surround view, wherein the lookup table stores a relationship in which a first coordinate of each pixel constituting the region of interest of the input image corresponds to a second coordinate of a pixel of the panoramic image, wherein the generating the panoramic image includes: obtaining a first image by cropping the region of interest in the input image; obtaining an intermediate image by connecting the first image and a second image obtained by horizontally flipping the first image; and distorting the intermediate image to have the characteristics of a 360° or omni-directional panoramic image. obtaining a first image by cropping the region of interest in the input image; obtaining an intermediate image by connecting the first image and a second image obtained by horizontally flipping the first image; and distorting the intermediate image to have the characteristics of a 360° or omni-directional panoramic image.
A medicament, which is a combination of (i) a Vitamin D repletion therapy, which is one or more compounds selected from Vitamin D prohormones and (ii) a Vitamin D hormone replacement therapy, which is one or more compounds selected from active vitamin D hormones and active Vitamin D hormone analogs which are 1α-hydroxylated Vitamin D compounds, for the use in the treatment of (a) a patient having hyperparathyroidism; and/or (b) a patient having Chronic Kidney Disease Stage 5.
A polyformal resin copolymer comprising a structural unit (a) represented by General Formula and a structural unit (b) represented by General Formula , wherein the proportions of the structural unit (a) and the structural unit (b) are in a range of 30 : 70 to 80 : 20 in a molar ratio: where, in General Formula , R 1 and R 2 are each independently a hydrocarbon group with a carbon atom number of 1 to 9 that does not contain an aromatic group or a halogen atom, p and q represent identical or different integers of 0 to 4, and W is any one of Formula below: wherein, R 3 and R 4 each represent a hydrogen atom, a fluorine atom, a chlorine atom, a bromine atom, an iodine atom, an alkyl group with a carbon atom number of 1 to 9, an alkoxy group with a carbon atom number of 1 to 5, an aryl group with a carbon atom number of 6 to 12, an alkenyl group with a carbon atom number of 2 to 5 or an aralkyl group with a carbon atom number of 7 to 17; R 3 and R 4 may also bind to each other and form a carbocyclic ring or a heterocyclic ring; R 5 to R 8 each represent a hydrogen atom, a fluorine atom, a chlorine atom, a bromine atom, an iodine atom, an alkyl group with a carbon atom number of 1 to 9, an alkoxy group with a carbon atom number of 1 to 5 or an aryl group with a carbon number of 6 to 12; and a represents an integer of 1 to 20, and wherein the polyformal resin copolymer has a refractive index in a range of 1.600 to 1.680.
Active trim system of a flight control system for an aircraft, for transmitting a tactile feeling to a pilot of the aircraft in response to a manoeuvre, the active trim system comprising: - a manual control member for operating the flight control system and for transmitting the tactile feeling to the pilot, and - an elastic deformation means having a longitudinal axis, wherein the active trim system further comprises: - a reversible actuator comprising a rod and a motor , the rod of the reversible actuator being located parallel to the elastic deformation means and being lineally displaceable in the direction of the longitudinal axis of the elastic deformation means , the reversible actuator being movable by the motor and by the motion of the manual control member , - an intermediate linkage member mechanically linked to the manual control member , located between: - the manual control member , and - the elastic deformation means and the reversible actuator , - a controller in connection with the motor of the reversible actuator and configured to provide stiffness against a displacement of the intermediate linkage member by the manual control member , characterised in that the intermediate linkage member is lineally displaceable in the direction of the longitudinal axis of the elastic deformation means by the motion of the manual control member and/or of the reversible actuator and in that the controller is also configured to move the reversible actuator and in turn the elastic deformation means to a predetermined zero position. - a manual control member for operating the flight control system and for transmitting the tactile feeling to the pilot, and - an elastic deformation means having a longitudinal axis, - a reversible actuator comprising a rod and a motor , the rod of the reversible actuator being located parallel to the elastic deformation means and being lineally displaceable in the direction of the longitudinal axis of the elastic deformation means , the reversible actuator being movable by the motor and by the motion of the manual control member , - an intermediate linkage member mechanically linked to the manual control member , located between: - the manual control member , and - the elastic deformation means and the reversible actuator , - the manual control member , and - the elastic deformation means and the reversible actuator , - a controller in connection with the motor of the reversible actuator and configured to provide stiffness against a displacement of the intermediate linkage member by the manual control member , characterised in that the intermediate linkage member is lineally displaceable in the direction of the longitudinal axis of the elastic deformation means by the motion of the manual control member and/or of the reversible actuator and in that the controller is also configured to move the reversible actuator and in turn the elastic deformation means to a predetermined zero position.
Method of displaying information by means of a display fixed in a motor vehicle, in which a user interface device generates graphic data which activate at least a sub-area of the display such that, in an operating state, information which is assigned to at least one operating step that can be executed by means of an input device is displayed and, in a display state, information which is not assigned to any operating steps is displayed, and that entry of an object into an operating zone which is assigned to the input device , and leaving the operating zone, is detected, and the user interface device changing from the operating state to the display state when the object leaves the operating zone and when the object does not enter the operating zone again within a defined time interval, characterized in that the speed of the vehicle is detected, and in that the length of the time interval is defined as a function of the vehicle speed.
A phospholipid-protein conjugate, wherein the conjugate is selected from compounds of formula BC-2 and BC-1: wherein b2GPI denotes β2-glycoprotein I, and PT denotes prothrombin.
A random number generation method, comprising: generating a random number array, wherein the random number array comprises N storage units, each of the storage units stores a random number, and N is a positive integer (S110); performing random shuffling of the random numbers stored at the storage units in the random number array (S120), wherein each of the storage units has an identifier value, and wherein performing the random shuffling of the random numbers stored in the storage units in the random number array comprises generating a random value based on a random function, determining an identifier value of a to-be-exchanged storage unit based on the random value, and exchanging a random number in the to-be-exchanged storage unit with a random number in a target storage unit based on the identifier value and a predetermined exchange rule ; and receiving (S130) a random number retrieval instruction, and reading, from a corresponding storage unit in the random number array based on the random number retrieval instruction, a random number stored in the corresponding storage unit. generating a random number array, wherein the random number array comprises N storage units, each of the storage units stores a random number, and N is a positive integer (S110); performing random shuffling of the random numbers stored at the storage units in the random number array (S120), wherein each of the storage units has an identifier value, and wherein performing the random shuffling of the random numbers stored in the storage units in the random number array comprises generating a random value based on a random function, determining an identifier value of a to-be-exchanged storage unit based on the random value, and exchanging a random number in the to-be-exchanged storage unit with a random number in a target storage unit based on the identifier value and a predetermined exchange rule ; and generating a random value based on a random function, determining an identifier value of a to-be-exchanged storage unit based on the random value, and exchanging a random number in the to-be-exchanged storage unit with a random number in a target storage unit based on the identifier value and a predetermined exchange rule ; and receiving (S130) a random number retrieval instruction, and reading, from a corresponding storage unit in the random number array based on the random number retrieval instruction, a random number stored in the corresponding storage unit.
A method of protecting a lifeline structure from damage caused by seismic waves, the method comprising: providing a plurality of composite particles , the composite particles having a hard core at least partially coated with a sealant layer of hydratable clay material that swells upon hydration, wherein the core comprises an aggregate having an angularity number ranging from 5 to 12; using the composite particles to protect the lifeline structure from damage caused by seismic waves by one or more of constructing or modifying the lifeline structure using the composite particles integrated into the lifeline structure ; or supporting the lifeline structure at at least one location using the composite particles ; and hydrating the hydratable clay material to cause it to swell and seal voids. providing a plurality of composite particles , the composite particles having a hard core at least partially coated with a sealant layer of hydratable clay material that swells upon hydration, wherein the core comprises an aggregate having an angularity number ranging from 5 to 12; using the composite particles to protect the lifeline structure from damage caused by seismic waves by one or more of constructing or modifying the lifeline structure using the composite particles integrated into the lifeline structure ; or supporting the lifeline structure at at least one location using the composite particles ; and hydrating the hydratable clay material to cause it to swell and seal voids.
A device for reversing an articulated vehicle combination comprising at least two vehicle units interconnected via at least one articulated joint , comprising - means for recording and storing a plurality of global positions (G1, ... GN) of a local position (LP) of the vehicle combination , - at least one sensor , mounted on the vehicle combination , for recording data representing a plurality properties of the surroundings, and - a control unit (CU) arranged to determine, based at least partly on a plurality of dimensions (In, Wn, Leqn, Xnr) of the vehicle combination , a set of global positions (G1, ... GN) recorded when the vehicle combination is moving forward, and a set of data representing properties of the surroundings recorded during said forward movement, vehicle control input data for control of the vehicle combination during a reverse movement of the vehicle combination , - characterized in that - the control unit is adapted to identify properties of the surroundings, including asphalt and grass, by a signal analysis function, in the form of an image analysis function, - and in that the control unit (CU) is arranged to control the vehicle combination during the reverse movement of the vehicle combination autonomously or semi-autonomously via at least one actuation device . - means for recording and storing a plurality of global positions (G1, ... GN) of a local position (LP) of the vehicle combination , - at least one sensor , mounted on the vehicle combination , for recording data representing a plurality properties of the surroundings, and - a control unit (CU) arranged to determine, based at least partly on a plurality of dimensions (In, Wn, Leqn, Xnr) of the vehicle combination , a set of global positions (G1, ... GN) recorded when the vehicle combination is moving forward, and a set of data representing properties of the surroundings recorded during said forward movement, vehicle control input data for control of the vehicle combination during a reverse movement of the vehicle combination , - characterized in that - the control unit is adapted to identify properties of the surroundings, including asphalt and grass, by a signal analysis function, in the form of an image analysis function, - and in that the control unit (CU) is arranged to control the vehicle combination during the reverse movement of the vehicle combination autonomously or semi-autonomously via at least one actuation device .
Method for positive substance joining an electrode stack of several partial stacks , whereat a partial stack comprises an anode with an anode tab , a cathode with a cathode tab and at least one separator arranged between the anode and the cathode , and whereat at least one further separator is arranged between the partial stacks , characterized in that the several partial stacks are placed on top of each other in a stacking process, and the anode tabs of the several partial stacks are joint to each other and with an anode current collector in a multi-stage joining process, and the cathode tabs of the several partial stacks are joint to each other and with a cathode current collector in a multi-stage joining process, and the method further comprises the following steps: a1) Placing the anode current collector and the cathode current collector on a bottom of a depot ; b1) Placing a first partial stack into the depot ; c1) Joining the anode tab of the first partial stack with the anode current collector and joining the cathode tab of the first partial stack with the cathode current collector ; d1) Placing a subsequent partial stack into the depot , whereat at least one further separator is placed between the previous partial stack and the subsequent partial stack ; e1) Joining the anode tab of the subsequent partial stack with the anode tab of the previous partial stack and joining the cathode tab of the subsequent partial stack with the cathode tab of the previous partial stack ; f1) Repeating steps d) and e) until the anode tab of the last partial stack of the electrode stack is joined to the anode tab of the next-to-last partial stack of the electrode stack , and until the cathode tab of the last partial stack of the electrode stack is joined to the cathode tab of the next-to-last partial stack of the electrode stack . a1) Placing the anode current collector and the cathode current collector on a bottom of a depot ; b1) Placing a first partial stack into the depot ; c1) Joining the anode tab of the first partial stack with the anode current collector and joining the cathode tab of the first partial stack with the cathode current collector ; d1) Placing a subsequent partial stack into the depot , whereat at least one further separator is placed between the previous partial stack and the subsequent partial stack ; e1) Joining the anode tab of the subsequent partial stack with the anode tab of the previous partial stack and joining the cathode tab of the subsequent partial stack with the cathode tab of the previous partial stack ; f1) Repeating steps d) and e) until the anode tab of the last partial stack of the electrode stack is joined to the anode tab of the next-to-last partial stack of the electrode stack , and until the cathode tab of the last partial stack of the electrode stack is joined to the cathode tab of the next-to-last partial stack of the electrode stack .
A multilayer marking film comprising: an adhesive layer; a colored base layer having a first color; and a colored coating layer having a second color, wherein the first color and the second color are different from each other, the colored coating layer, the colored base layer, and the adhesive layer are sequentially provided, the colored base layer comprises a cured material of a base composition comprising: a urethane (meth)acrylate oligomer; a (meth)acrylate monomer comprising one or more selected from the group consisting of a cyclo-aliphatic (meth)acrylate monomer, an epoxy-based (meth)acrylate monomer, and an aliphatic (meth)acrylate monomer; and a pigment, the colored coating layer is etched by laser irradiation, and wherein the aliphatic (meth)acrylate monomer is 1,6-hexanediol di(meth)acrylate, 1,3-butanediol di(meth)acrylate, 1,4-butanediol di(meth)acrylate, or a combination thereof. an adhesive layer; a colored base layer having a first color; and a colored coating layer having a second color, wherein the first color and the second color are different from each other, the colored coating layer, the colored base layer, and the adhesive layer are sequentially provided, the colored base layer comprises a cured material of a base composition comprising: a urethane (meth)acrylate oligomer; a (meth)acrylate monomer comprising one or more selected from the group consisting of a cyclo-aliphatic (meth)acrylate monomer, an epoxy-based (meth)acrylate monomer, and an aliphatic (meth)acrylate monomer; and a pigment, the colored coating layer is etched by laser irradiation, and wherein the aliphatic (meth)acrylate monomer is 1,6-hexanediol di(meth)acrylate, 1,3-butanediol di(meth)acrylate, 1,4-butanediol di(meth)acrylate, or a combination thereof.
Hot air ventilation system with heat recovery, having a ventilation device for supplying heated supply air to a room and for dissipating extracted air from a room, wherein the ventilation device comprises ventilation apparatus having a heat exchanger , with which thermal energy can be transferred from the extracted air to the supply air, and an extracted air heating device , which is arranged in front of the heat exchanger in the flow direction of the extracted air and is formed to increase the temperature of the extracted air before it enters the heat exchanger , and wherein the hot air ventilation system has an industrial water heating unit having an industrial water reservoir , characterised in that the industrial water heating unit has an industrial water heat exchanger for transferring thermal energy of industrial water present in the industrial water reservoir to a fluid flowing through the industrial water heat exchanger , wherein the heated fluid is conveyed from the industrial water heat exchanger to the extracted air heating device , such that the extracted air heating device can be heated by means of the heated fluid.
An air filter assembly having a mating interface for coupling an air filter housing to an air filter , comprising: the air filter having an exterior, an interior, and outlet; the mating interface coupled to a circumference of the outlet of the air filter , comprising: an opening for receiving an end of an air tube extending downstream of the mating interface and adapted to supply air filtered by the air filter downstream of the air filter assembly, the air tube being in communication with the interior of the air filter ; a groove in a surface of the mating interface for press-fit receiving a first opening of the air filter housing that surrounds the air filter ; and a flange between the groove and the opening, the flange adapted to be radially pressed against the air filter housing by the air tube received in the opening. the air filter having an exterior, an interior, and outlet; the mating interface coupled to a circumference of the outlet of the air filter , comprising: an opening for receiving an end of an air tube extending downstream of the mating interface and adapted to supply air filtered by the air filter downstream of the air filter assembly, the air tube being in communication with the interior of the air filter ; a groove in a surface of the mating interface for press-fit receiving a first opening of the air filter housing that surrounds the air filter ; and a flange between the groove and the opening, the flange adapted to be radially pressed against the air filter housing by the air tube received in the opening. an opening for receiving an end of an air tube extending downstream of the mating interface and adapted to supply air filtered by the air filter downstream of the air filter assembly, the air tube being in communication with the interior of the air filter ; a groove in a surface of the mating interface for press-fit receiving a first opening of the air filter housing that surrounds the air filter ; and a flange between the groove and the opening, the flange adapted to be radially pressed against the air filter housing by the air tube received in the opening.