mhurhangee/ep-ind-claims huggingface dataset:
An alignment apparatus configured to perform alignment of an object in a first direction (X, Y) along a surface of the object, based on a position of a predetermined target (DA') formed on the surface, the apparatus comprising: a holding unit configured to hold the object and to be movable; an acquisition unit configured to acquire an image of the predetermined target formed on the surface of the object held by the holding unit; and a controller configured to detect a position of the predetermined target in the first direction based on a correlation degree between the image acquired by the acquisition unit and a template, wherein the controller is further configured to change a position of the holding unit in a second direction perpendicular to the surface of the object, a tilt of the holding unit, or the position of the holding unit in the second direction and the tilt of the holding unit, characterized in that the controller is further configured to determine a relative distance between the object and the acquisition unit in the second direction, a relative tilt between the object and the acquisition unit, or the distance and the tilt based on the correlation degree. a holding unit configured to hold the object and to be movable; an acquisition unit configured to acquire an image of the predetermined target formed on the surface of the object held by the holding unit; and a controller configured to detect a position of the predetermined target in the first direction based on a correlation degree between the image acquired by the acquisition unit and a template, wherein the controller is further configured to change a position of the holding unit in a second direction perpendicular to the surface of the object, a tilt of the holding unit, or the position of the holding unit in the second direction and the tilt of the holding unit, characterized in that the controller is further configured to determine a relative distance between the object and the acquisition unit in the second direction, a relative tilt between the object and the acquisition unit, or the distance and the tilt based on the correlation degree.
A headset system comprising a headset unit and a detachable wearing device (4; 39), the headset unit comprises a housing, a microphone arm, which is movably attached to the housing, whereby it is movable between a compact position and an extended position, wherein one of the housing and the microphone arm comprises a proximity sensor (29; 33), and the other of the housing and the microphone arm comprises a first sensor target (30; 34), which is sensed by the proximity sensor (29; 33) when the microphone arm is in the compact position, the detachable wearing device (4; 39) comprises attachment means (38; 40) for attaching the wearing device to the head of a user characterized in that the headset unit and the wearing device (4; 39) are adapted to be movably attached to each other, so that the headset unit can be moved between a use position and a rest position, wherein the wearing device (4; 39) comprises a second sensor target (32; 41), which is sensed by the proximity sensor (29; 33) of the headset unit, when the headset unit is moved into the rest position.
A thermal management system for a heat source, the system comprising a closed loop: a fluid coolant to extract thermal energy from the heat source, a pump to pump the fluid coolant around the system; a heat exchanger to extract thermal energy from the fluid coolant; and a temperature control unit on the closed loop, the TCU located after the heat exchanger and before the heat source, wherein the TCU is adapted to heat the fluid coolant to a pre-determined temperature, characterized in that the fluid coolant comprises: a carrier fluid; and encapsulated phase change material particles suspended in the carrier fluid. a fluid coolant to extract thermal energy from the heat source, a pump to pump the fluid coolant around the system; a heat exchanger to extract thermal energy from the fluid coolant; and a temperature control unit on the closed loop, the TCU located after the heat exchanger and before the heat source, wherein the TCU is adapted to heat the fluid coolant to a pre-determined temperature, characterized in that the fluid coolant comprises: a carrier fluid; and encapsulated phase change material particles suspended in the carrier fluid.
A method comprising: performing physical layer synchronization by a mobile station with a first base station in a wireless communication system; obtaining a cell identification of the first base station and cell ID partitioning information broadcasted by the first base station; wherein cell IDs are partitioned into multiple non-overlapping subsets for corresponding cell types, and wherein the cell ID partitioning information comprises one or more partition pointers, each partition pointer indicates a subset size of each corresponding cell type; and identifying a cell type of the first base station based on the cell ID and the cell ID partitioning information, wherein the mobile station completes ranging and network entry with the first base station if the cell type is preferred, and wherein the mobile station starts to perform physical layer synchronization with a second base station if the cell type is non-preferred. performing physical layer synchronization by a mobile station with a first base station in a wireless communication system; obtaining a cell identification of the first base station and cell ID partitioning information broadcasted by the first base station; wherein cell IDs are partitioned into multiple non-overlapping subsets for corresponding cell types, and wherein the cell ID partitioning information comprises one or more partition pointers, each partition pointer indicates a subset size of each corresponding cell type; and identifying a cell type of the first base station based on the cell ID and the cell ID partitioning information, wherein the mobile station completes ranging and network entry with the first base station if the cell type is preferred, and wherein the mobile station starts to perform physical layer synchronization with a second base station if the cell type is non-preferred.
An energy producing plant comprising at least three wind generators attached to a common floating unit which can be placed on water independent of placement and water depth, wherein the unit comprises a frame work constructed of pipes connected in at least three attachment points, the pipes are sealed in their respective ends (4a, 4b) and forms separate floating parts adapted to be connected in the attachment points, characterized in that the attachment points having the shape of nodes (3, 5), the pipe ends (4a, 4b) are provided with first attachment devices adapted to fit corresponding second attachment devices arranged on the nodes (3, 5), the pipe ends (4a, 4b) are sealed with an openable hatch, the second attachment device comprises an openable hatch arranged through the outer shell of the node.
An excavation machine for making a trench in a ground including: a frame extending along a longitudinal direction between a lower end part and an upper end part, the frame having a first main side, a second main side opposite to the first main side, a first lateral side and a second lateral side opposite to the first lateral side, the first and second main sides (20, 22) and the first and second lateral sides (24, 26) extending along the longitudinal direction of the frame, the first and second lateral sides (24, 26) being transverse to the first and second main sides (20, 22); an excavation device disposed under the lower end part of the frame; at least a first guide device comprising at least a first guide flap protruding from the first lateral side of the frame outwardly of the frame, the first guide flap being inclined relative to the first lateral side, considered in a plane perpendicular to the longitudinal direction of the frame, characterized in that the first guide flap is mounted on the frame to pivot about a first axis parallel to the longitudinal direction, the first guide device further comprising a first blocking device to rotatably block the first guide flap relative to the first lateral side a frame extending along a longitudinal direction between a lower end part and an upper end part, the frame having a first main side, a second main side opposite to the first main side, a first lateral side and a second lateral side opposite to the first lateral side, the first and second main sides (20, 22) and the first and second lateral sides (24, 26) extending along the longitudinal direction of the frame, the first and second lateral sides (24, 26) being transverse to the first and second main sides (20, 22); an excavation device disposed under the lower end part of the frame; at least a first guide device comprising at least a first guide flap protruding from the first lateral side of the frame outwardly of the frame, the first guide flap being inclined relative to the first lateral side, considered in a plane perpendicular to the longitudinal direction of the frame,
A negative pressure wound therapy system, comprising: a wound dressing configured to form a seal over a wound site of a patient; a vacuum line fluidically connected to a space disposed between the wound dressing and the wound; and a pump system fluidically connected to the vacuum line, characterised in that the pump system further comprises: a housing; a hot heat exchanger configured to receive heat from a heat source thermally connected to the hot heat exchanger; a working fluid thermally coupled to the hot heat exchanger; and a moveable member in contact with the working fluid, the moveable member configured to move when the working fluid expands to thereby generate a negative pressure in the vacuum line to draw a fluid from the wound site; and an elastic member; wherein the moveable member is a swash plate disposed between a hot plate and a cold plate, the hot plate being thermally connected to the hot heat exchanger, the hot and cold plates being comprised in a Stirling engine included in the pump system, the moveable member being configured to compress the elastic member such that the subsequent elastic recovery of the compressed elastic member generates the negative pressure in the vacuum line. a wound dressing configured to form a seal over a wound site of a patient; a vacuum line fluidically connected to a space disposed between the wound dressing and the wound; and a pump system fluidically connected to the vacuum line, characterised in that the pump system further comprises: a housing; a hot heat exchanger configured to receive heat from a heat source thermally connected to the hot heat exchanger; a working fluid thermally coupled to the hot heat exchanger; and a moveable member in contact with the working fluid, the moveable member configured to move when the working fluid expands to thereby generate a negative pressure in the vacuum line to draw a fluid from the wound site; and an elastic member; a housing; a hot heat exchanger configured to receive heat from a heat source thermally connected to the hot heat exchanger; a working fluid thermally coupled to the hot heat exchanger; and a moveable member in contact with the working fluid, the moveable member configured to move when the working fluid expands to thereby generate a negative pressure in the vacuum line to draw a fluid from the wound site; and an elastic member; wherein the moveable member is a swash plate disposed between a hot plate and a cold plate, the hot plate being thermally connected to the hot heat exchanger, the hot and cold plates being comprised in a Stirling engine included in the pump system, the moveable member being configured to compress the elastic member such that the subsequent elastic recovery of the compressed elastic member generates the negative pressure in the vacuum line.
An information search system comprising: reception means for receiving parameters including search target condition indicating a condition to be searched, search destination information indicating a file (108, 111) which is to be accessed by using a disk I/O or a memory (109, 110), in which a search destination of a source information to be searched is stored, and a source information name of the source information to be searched, wherein the source information to be searched is stored in the file which is to be accessed by using the disk I/O or the memory; a management table (107, 201) which stores a name of a memory area and memory area information indicating the memory area in association with each other; search means for searching the management table (107, 201) for a name of a memory area which matches the received source information name of the source information to be searched when the received search destination information indicates the memory as the search destination; and acquisition means for acquiring information which matches the received search target condition information from a memory area indicated by memory area information associated with the retrieved name of the memory area when the search means retrieves the name of the memory area which matches the received source information name of the source information to be searched, wherein the parameters further comprise storage destination information indicating which of a file and a memory is used to store retrieved information, and a search result information name of the retrieved information to be written, the system further comprises storage means for, when the received storage destination information indicates that the memory is used to store information, writing the information acquired by the acquisition means in the memory, and storing the received search result information name of the retrieved information to be written in the management table (107, 201) together with memory area information indicating a memory area in which the information written in the memory is written, and the parameters are designated by a user.
A control system for controlling a function of an acoustic detector, comprising: a memory in which a reference acoustic power spectrum of a reference acoustic signal is stored, the reference acoustic power spectrum being associated with a mode of operation of the acoustic detector; a receiver including an analog signal conditioning circuit, configured to receive an acoustic sound signal, the acoustic sound signal including a tone and harmonic tones, and configured to generate a real-time acoustic power spectrum in response to the receiving of the acoustic sound signal; and a detector configured to perform the mode of operation when a comparison of the real-time acoustic power spectrum with the reference acoustic power spectrum indicates that the acoustic sound signal is a control signal; the detector being further configured to normalize each of the real-time acoustic power spectrum and the reference acoustic power spectrum; to calculate a normalized mean squared error of the real-time acoustic power spectrum with the reference acoustic power spectrum; and to perform the mode of operation when the normalized mean squared error is below a predefined threshold value, indicating that the acoustic sound signal is a control signal. a memory in which a reference acoustic power spectrum of a reference acoustic signal is stored, the reference acoustic power spectrum being associated with a mode of operation of the acoustic detector; a receiver including an analog signal conditioning circuit, configured to receive an acoustic sound signal, the acoustic sound signal including a tone and harmonic tones, and configured to generate a real-time acoustic power spectrum in response to the receiving of the acoustic sound signal; and a detector configured to perform the mode of operation when a comparison of the real-time acoustic power spectrum with the reference acoustic power spectrum indicates that the acoustic sound signal is a control signal; the detector being further configured to normalize each of the real-time acoustic power spectrum and the reference acoustic power spectrum; to calculate a normalized mean squared error of the real-time acoustic power spectrum with the reference acoustic power spectrum; and to perform the mode of operation when the normalized mean squared error is below a predefined threshold value, indicating that the acoustic sound signal is a control signal.
A work vehicle, comprising a hydraulically operated working implement, an engine, a pump driven by the engine to produce hydraulic fluid under pressure for powering the implement, a hydrostatic transmission having a variable displacement hydraulic pump and a hydraulic motor connected to the variable displacement pump and serving to drive the vehicle, a double acting hydraulic spool spring biased into a neutral position for setting the displacement of the variable displacement pump, a pilot pressure pump for supplying to the double acting spool a pilot pressure (Ps) that varies with the engine speed, and an operator controlled demand lever for controlling the vehicle speed, the vehicle having a normal mode of operation in which the demand lever serves to vary the engine speed and the double acting spool receives a pilot pressure (Ps) dependent upon the prevailing engine speed and thereby sets the displacement of the variable displacement pump of the hydrostatic transmission in dependence upon the prevailing engine speed, characterised in that the vehicle has a creeper mode of operation in which the engine is operated at an adjustable constant speed, that is not set by the demand lever, and the demand lever serves to vary the pilot pressure (Ps) supplied to the double acting spool by the pilot pressure pump to vary the speed of the vehicle by varying only the transmission ratio of the hydrostatic transmission.
A method of identifying a cross-species mutant antibody from a template antibody of a species, wherein the template antibody shows an activity on a first target from the species and the template antibody has six complementarity determining regions together comprising n amino acid residues, the method comprising the steps of: i. generating a library of n separate sets mutant antibodies from the template antibody, each set comprising mutant antibodies having X number of different predetermined amino acid residues at a single predetermined position of one of the six complementarity determining regions; wherein each set of mutant antibodies differs in the single predetermined position; and the number of different mutant antibodies generated is equivalent to n x X; ii. selecting mutant antibodies that show the activity on an ortholog of the first target in another species; and iii. screening the selected mutant antibodies for a cross-species mutant antibody that shows the activity on the first target. i. generating a library of n separate sets mutant antibodies from the template antibody, each set comprising mutant antibodies having X number of different predetermined amino acid residues at a single predetermined position of one of the six complementarity determining regions; wherein each set of mutant antibodies differs in the single predetermined position; and the number of different mutant antibodies generated is equivalent to n x X; ii. selecting mutant antibodies that show the activity on an ortholog of the first target in another species; and iii. screening the selected mutant antibodies for a cross-species mutant antibody that shows the activity on the first target.
A light emitting device comprising: a light emitting element having a first face, a second face opposing the first face, a plurality of side faces extending between the first face and the second face, a plurality of corners where the second face meets two of the plurality of side faces, and a pair of electrodes on a second face side of the light emitting element; a light transmissive member covering a portion of at least one of the side faces and a portion of an edge where said at least one side face meets the second face, and a covering member covering the exterior of the light transmissive member such that the pair of electrodes are exposed from the covering member, characterized in that the light transmissive member covers the portion of the at least one side face and the portion of the edge where said at least one side face meets the second face such that at least one of the plurality of corners is exposed from the light transmissive member, and in that a thermal expansion coefficient of the covering member is lower than a thermal expansion coefficient of the light transmissive member. a light emitting element having a first face, a second face opposing the first face, a plurality of side faces extending between the first face and the second face, a plurality of corners where the second face meets two of the plurality of side faces, and a pair of electrodes on a second face side of the light emitting element; a light transmissive member covering a portion of at least one of the side faces and a portion of an edge where said at least one side face meets the second face, and a covering member covering the exterior of the light transmissive member such that the pair of electrodes are exposed from the covering member, characterized in that the light transmissive member covers the portion of the at least one side face and the portion of the edge where said at least one side face meets the second face such that at least one of the plurality of corners is exposed from the light transmissive member, and in that a thermal expansion coefficient of the covering member is lower than a thermal expansion coefficient of the light transmissive member.
Method for securing a decoration to an external timepiece element coated with a galvanically deposited metallic layer, including the following series of steps: a) taking a substrate used as external element; b) taking a decoration for incorporation into the substrate; c) at least partially perforating the substrate to the dimensions of the decoration to be incorporated; d) the method being characterized in that a dummy part, adapted to the dimensions of hole thereby formed is inserted into the hole, e) a metallic layer is galvanically deposited on the substrate f) if necessary, the metallic layer is then levelled, g) the dummy part is removed from the substrate and h) the decoration is inserted into the substrate which is secured by adhesive bonding or is driven therein. a) taking a substrate used as external element; b) taking a decoration for incorporation into the substrate; c) at least partially perforating the substrate to the dimensions of the decoration to be incorporated; d) the method being characterized in that a dummy part, adapted to the dimensions of hole thereby formed is inserted into the hole, e) a metallic layer is galvanically deposited on the substrate f) if necessary, the metallic layer is then levelled, g) the dummy part is removed from the substrate and h) the decoration is inserted into the substrate which is secured by adhesive bonding or is driven therein.
A method comprising: in response to handoff of a mobile station from a first type of wireless access network to a second, different type of wireless access network, receiving, from the mobile station by a network node coupled to the second wireless access network, a first access point name, wherein the first access point name maps to a single address of an access gateway node (114, 116), wherein the access gateway node (114, 116) was involved with a data session over the first type of wireless access network prior to handoff.