mhurhangee/patent-ind-claim-en huggingface dataset:
Cutting machine for cutting off slices from cutting material, in the form of a strand, comprising: a machine housing , a drive motor and a cutting blade , which is driven by the latter in a rotating manner in a cutting plane, for cutting off slices, a stop plate , which can be moved parallel to the cutting plane, for setting a desired slice thickness, a slide , which can be moved back and forth parallel to the cutting plane and has a supporting plate , a chain frame , which interacts with a depositor , in order to transport the cut-off slices to a depositing region , wherein the depositor is pivotable about a horizontally extending pivot axis, a control unit for controlling at least the chain frame and the depositor , an input/output unit for the input of input data, wherein the control unit controls at least the chain frame and the depositor on the basis of the input data, characterized in that the input/output unit comprises a preview region and an input region , wherein the preview region and the input region are displayed at the same time, and wherein the preview region shows a graphic representation of the resultant depositing figure of the cut-off slices produced by the control unit on the basis of the input data with the aid of at least the chain frame and the depositor , and in that the graphic representation in the preview region is renewed by a new input in the input region . a machine housing , a drive motor and a cutting blade , which is driven by the latter in a rotating manner in a cutting plane, for cutting off slices, a stop plate , which can be moved parallel to the cutting plane, for setting a desired slice thickness, a slide , which can be moved back and forth parallel to the cutting plane and has a supporting plate , a chain frame , which interacts with a depositor , in order to transport the cut-off slices to a depositing region , wherein the depositor is pivotable about a horizontally extending pivot axis, a control unit for controlling at least the chain frame and the depositor , an input/output unit for the input of input data, wherein the control unit controls at least the chain frame and the depositor on the basis of the input data, characterized in that the input/output unit comprises a preview region and an input region , wherein the preview region and the input region are displayed at the same time, and wherein the preview region shows a graphic representation of the resultant depositing figure of the cut-off slices produced by the control unit on the basis of the input data with the aid of at least the chain frame and the depositor , and in that the graphic representation in the preview region is renewed by a new input in the input region .
A wood preservative composition comprising a) a dispersed and/or emulsified phase including a wood preservative component; and b) a stabilizer selected from the group consisting of cationic polymers; wherein the stabilizer is present in an amount effective to stabilize the dispersed and/or emulsified phase of the preservative composition which will allow the wood preservative component to effectively penetrate a wood substrate intended to be protected by the wood preservative composition, wherein the composition contains between 0.001 and 10% by weight of the cationic polymer, wherein the dispersed and/or emulsified phase comprises a biocidal agent, wherein the biocidal agent comprises dispersed zinc and/or dispersed copper, and wherein the dispersed zinc or copper comprises micronized zinc or micronized copper dispersed in a solvent. a) a dispersed and/or emulsified phase including a wood preservative component; and b) a stabilizer selected from the group consisting of cationic polymers; wherein the stabilizer is present in an amount effective to stabilize the dispersed and/or emulsified phase of the preservative composition which will allow the wood preservative component to effectively penetrate a wood substrate intended to be protected by the wood preservative composition, wherein the composition contains between 0.001 and 10% by weight of the cationic polymer, wherein the dispersed and/or emulsified phase comprises a biocidal agent, wherein the biocidal agent comprises dispersed zinc and/or dispersed copper, and wherein the dispersed zinc or copper comprises micronized zinc or micronized copper dispersed in a solvent.
A condition monitoring system that monitors a condition of a wind turbine generator , the condition monitoring system comprising: a monitoring terminal ; an acceleration sensor (71 - 73); and a data processor , wherein the data processor calculates a diagnostic parameter from data measured by the acceleration sensor (71 - 73), determines a degree of damage to a bearing or a gear included in the wind turbine generator based on the diagnostic parameter, and controls the monitoring terminal to show information indicating a degree of suppression of electric power generated by the wind turbine generator in accordance with the degree of damage to the bearing or the gear, wherein the data processor increases a frequency of measurement by the acceleration sensor (71 - 73) when magnitude of the diagnostic parameter exceeds a threshold value. a monitoring terminal ; an acceleration sensor (71 - 73); and a data processor , wherein the data processor calculates a diagnostic parameter from data measured by the acceleration sensor (71 - 73), determines a degree of damage to a bearing or a gear included in the wind turbine generator based on the diagnostic parameter, and controls the monitoring terminal to show information indicating a degree of suppression of electric power generated by the wind turbine generator in accordance with the degree of damage to the bearing or the gear, wherein the data processor increases a frequency of measurement by the acceleration sensor (71 - 73) when magnitude of the diagnostic parameter exceeds a threshold value.
A noise suppression device, comprising: a first voice input unit configured to capture a first voice; a second voice input unit, disposed at a location different from a location of the first voice input unit, configured to capture a second voice; an adaptive filter unit configured to suppress, using an adaptive filter, a noise component contained in a first voice signal generated from the first voice to generate a corrected voice signal; a correlation value calculation unit configured to calculate a first correlation value between the first voice signal, delayed in accordance with difference between a first distance from a noise source of the noise component to the first voice input unit and a second distance from the noise source to the second voice input unit, and a second voice signal generated from the second voice; a noise generation detection unit configured to detect, as timing of generation of the noise component in the first voice signal, first timing at which the first correlation value exceeds a first threshold value, after a period of time during which the first correlation value is continuously equal to or less than the first threshold value reaches a predetermined time length; and a period suppression unit configured to suppress the corrected voice signal during a predetermined period of time after the timing of generation of the noise component. a first voice input unit configured to capture a first voice; a second voice input unit, disposed at a location different from a location of the first voice input unit, configured to capture a second voice; an adaptive filter unit configured to suppress, using an adaptive filter, a noise component contained in a first voice signal generated from the first voice to generate a corrected voice signal; a correlation value calculation unit configured to calculate a first correlation value between the first voice signal, delayed in accordance with difference between a first distance from a noise source of the noise component to the first voice input unit and a second distance from the noise source to the second voice input unit, and a second voice signal generated from the second voice; a noise generation detection unit configured to detect, as timing of generation of the noise component in the first voice signal, first timing at which the first correlation value exceeds a first threshold value, after a period of time during which the first correlation value is continuously equal to or less than the first threshold value reaches a predetermined time length; and a period suppression unit configured to suppress the corrected voice signal during a predetermined period of time after the timing of generation of the noise component.
A photographing method, applied to a mobile terminal, wherein the mobile terminal comprises a rear camera, a first display screen and a second display screen oppositely arranged, and the rear camera and the second display screen are arranged at the same side, and the method comprises: receiving a photographing function start instruction; displaying, on the first display screen and the second display screen respectively in a full screen display manner, a preview image acquired by the rear camera; displaying, on the first display screen and the second display screen pre-stored composition reference information; selecting first target composition information from the composition reference information displayed on the first display screen, and selecting second target composition information from the composition reference information displayed on the second display screen; and controlling the rear camera to perform a photographing operation, based on the first target composition information or the second target composition information selected from one of the first display screen and second display screen which has a higher priority; wherein the composition reference information comprises a plurality of pieces of photographing posture reference information which is selectable by a photographed object, configured to prompt the photographed object to adjust a photographing posture, the first target composition information or the second target composition information is the photographing posture reference information selected by the photographed object and configured to indicate a photographing posture which the photographed object expects to adjust to. receiving a photographing function start instruction; displaying, on the first display screen and the second display screen respectively in a full screen display manner, a preview image acquired by the rear camera; displaying, on the first display screen and the second display screen pre-stored composition reference information; selecting first target composition information from the composition reference information displayed on the first display screen, and selecting second target composition information from the composition reference information displayed on the second display screen; and controlling the rear camera to perform a photographing operation, based on the first target composition information or the second target composition information selected from one of the first display screen and second display screen which has a higher priority; wherein the composition reference information comprises a plurality of pieces of photographing posture reference information which is selectable by a photographed object, configured to prompt the photographed object to adjust a photographing posture, the first target composition information or the second target composition information is the photographing posture reference information selected by the photographed object and configured to indicate a photographing posture which the photographed object expects to adjust to.
System for assembling a first element and a second element using threaded male and female parts, comprising a pin with male threads; a part intended to be arranged in a hole extending through the second element , the part being provided with a hole with an inner surface extending through the part , the inner surface being provided with female threads; and a plug shaped unit provided with a hole with an inner surface provided with female threads and an outer surface provided with male threads, wherein the first element is provided with an end fixture ; that an end of the pin is configured with an end part intended to be fixed in the end fixture of the first element ; the plug shaped unit being provided with a hole extending through the entire unit and where the female threads on inner surface of the hole through the plug shaped unit and the male threads on the exterior surface of the adjustable device have different pitch, characterized in that the end fixture in the first element comprises a first sleeve configured to be fixedly mounted in a first element , the first sleeve being provided with a hole with female threads for receipt of the pin with the male threads, the first fixture serving as a locking fixture.
An intervertebral fusion cage comprising: a first end plate and a second end plate , which are configured to be in contact with adjacent vertebral bodies; a distal movable block fixed in a state in which the distal movable block is movable relative to a plate slope portion formed on an end of the first end plate and a plate slope portion formed on an end of the second end plate; a proximal movable block fixed in a state in which the proximal movable block is movable relative to a plate slope portion formed on another end of the first end plate and a plate slope portion formed on another end of the second end plate; an adjustment member rotatably fixed to the proximal movable block and screwed to the distal movable block to adjust a distance between the distal movable block and the proximal movable block; a first guide portion formed on the first end plate toward the second end plate; a second guide portion formed on the second end plate toward the first end plate to limit, by sliding between the first guide portion and the second guide portion, a movement direction in which the first end plate and the second end plate are moved close to or away from each other; a bone screw configured to be inserted into bone screw holes formed in the first end plate and the second end plate; and a locking member configured to be fastened to the proximal movable block to prevent separation of the bone screw, wherein the first guide portion and the second guide portion support a load in a length or width direction of the first end plate and the second end plate. a first end plate and a second end plate , which are configured to be in contact with adjacent vertebral bodies; a distal movable block fixed in a state in which the distal movable block is movable relative to a plate slope portion formed on an end of the first end plate and a plate slope portion formed on an end of the second end plate; a proximal movable block fixed in a state in which the proximal movable block is movable relative to a plate slope portion formed on another end of the first end plate and a plate slope portion formed on another end of the second end plate; an adjustment member rotatably fixed to the proximal movable block and screwed to the distal movable block to adjust a distance between the distal movable block and the proximal movable block; a first guide portion formed on the first end plate toward the second end plate; a second guide portion formed on the second end plate toward the first end plate to limit, by sliding between the first guide portion and the second guide portion, a movement direction in which the first end plate and the second end plate are moved close to or away from each other; a bone screw configured to be inserted into bone screw holes formed in the first end plate and the second end plate; and a locking member configured to be fastened to the proximal movable block to prevent separation of the bone screw, wherein the first guide portion and the second guide portion support a load in a length or width direction of the first end plate and the second end plate.
A power transmitter for transferring power to a power receiver using a wireless inductive power signal, the power transmitter comprising: an inductor arranged to provide the wireless inductive power signal; a power signal generator arranged to drive the inductor to provide the wireless inductive power signal; a calibration controller arranged to determine whether a power loss calibration has been performed for the power transmitter and power receiver pairing, the power loss calibration determining an expected relationship between a received power indication provided by the power receiver and a transmitted power indication for the power transmitter ; a power limiter arranged to restrict a power provided to the inductor to not exceed a threshold unless the power loss calibration has been performed for the power transmitter and power receiver pairing; a receiver arranged to receive received power indications from the power receiver , wherein the received power indications are provided by the power receiver through load modulation; and a detector arranged to detect a parasitic power consumption in response to a deviation between a relationship between the transmitted power indication and the received power indication and the expected relationship between the transmitted power indication and the received power indication exceeding a threshold. an inductor arranged to provide the wireless inductive power signal; a power signal generator arranged to drive the inductor to provide the wireless inductive power signal; a calibration controller arranged to determine whether a power loss calibration has been performed for the power transmitter and power receiver pairing, the power loss calibration determining an expected relationship between a received power indication provided by the power receiver and a transmitted power indication for the power transmitter ; a power limiter arranged to restrict a power provided to the inductor to not exceed a threshold unless the power loss calibration has been performed for the power transmitter and power receiver pairing; a receiver arranged to receive received power indications from the power receiver , wherein the received power indications are provided by the power receiver through load modulation; and a detector arranged to detect a parasitic power consumption in response to a deviation between a relationship between the transmitted power indication and the received power indication and the expected relationship between the transmitted power indication and the received power indication exceeding a threshold.
Optoelectronic chip having - a semiconductor body with a radiation-emitting region , and - a partial region , in which the surface of the semiconductor body is curved convexly towards a carrier , - the lateral extent of the radiation-emitting region is smaller than the lateral extent of the partial region , characterized in that - at least a part of the radiation-emitting region is arranged in the center of a sphere of the semiconductor material of the semiconductor body . - a semiconductor body with a radiation-emitting region , and - a partial region , in which the surface of the semiconductor body is curved convexly towards a carrier , - the lateral extent of the radiation-emitting region is smaller than the lateral extent of the partial region , characterized in that - at least a part of the radiation-emitting region is arranged in the center of a sphere of the semiconductor material of the semiconductor body .
A receptacle socket assembly for lighting equipment, said receptacle socket assembly comprising: - a receptacle having a front side and a rear side , said front side being configured for receiving contacts of a control module for controlling the lighting equipment, said receptacle housing a plurality of receptacle contacts (110a-d, 120a-c), each receptacle contact being provided, at a front end, with a front contact portion (111a-d, 121a-c) configured for being electrically connected with a contact of a control module, and, at a rear end, with a rear contact portion (112a-d, 112a', 122a-c, 122a'); - a wire connector having a front side and a rear side , said wire connector housing a plurality of connector contacts (210a-d, 210a', 220a-c, 220a'), each connector contact being provided, at a rear end, with a wire receiving contact portion (212a-d, 212a', 222a-c, 222a') configured for receiving and fixing a wire end of a wire of the lighting equipment and, at a front end, with a front contact portion (211a-d, 211a', 221a-c, 221a'); wherein the rear side of the receptacle and the front side of the wire connector are configured such that the wire connector is removably pluggable in the rear side of the receptacle and such that, in a plugged-in state, the front contact portions (211a-d, 211a', 221a-c, 221a') of the plurality of connector contacts are electrically connected to the rear contact portions (112a-d, 112a', 122a-c, 122a') of the plurality of receptacle contacts. - a receptacle having a front side and a rear side , said front side being configured for receiving contacts of a control module for controlling the lighting equipment, said receptacle housing a plurality of receptacle contacts (110a-d, 120a-c), each receptacle contact being provided, at a front end, with a front contact portion (111a-d, 121a-c) configured for being electrically connected with a contact of a control module, and, at a rear end, with a rear contact portion (112a-d, 112a', 122a-c, 122a'); - a wire connector having a front side and a rear side , said wire connector housing a plurality of connector contacts (210a-d, 210a', 220a-c, 220a'), each connector contact being provided, at a rear end, with a wire receiving contact portion (212a-d, 212a', 222a-c, 222a') configured for receiving and fixing a wire end of a wire of the lighting equipment and, at a front end, with a front contact portion (211a-d, 211a', 221a-c, 221a');
A method for grouping, in particular palletizing or pre-palletizing, empty, oblong products realized as cans, tubes or cartridges, the products being delivered by a delivering conveyor device , preferably from a production line for producing the products , and a cylindrical lateral surface of the products being placed onto a conveyor belt such that there are no gaps, and the products being conveyed by means of the conveyor belt in/along a conveyor direction (F) at a conveyor speed, wherein a product group which is made up of the products conveyed without gaps and comprises several products which adjoin one another without gaps is simultaneously removed from the conveyor belt using transfer means , wherein, during the removal, the transfer means are displaced/moved, in particular driven/displaced, along the conveyor line (S) in the conveyor direction (F) from a starting position to a removal position in synchronization with the conveyor belt and the product group to be removed and conveyed thereon, and, after the removal, the products of the product group are simultaneously erected perpendicular, in particular by 90°, to the conveyor direction (F) via a pivoting movement, in particular by means of the transfer means and are placed on a storage area in an erected row without gaps which extends in the conveyor direction (F).