mhurhangee/patent-ind-claim-en huggingface dataset:
A Fourier spectrophotometer comprising: a light source configured to emit light (L0) containing a wavelength component in an analysis wavelength band, the analysis wavelength band being a wavelength band in which a spectrum of light passing through a sample (SP) as an analysis target is obtained; an interferometer configured to obtain a first interferogram and a second interferogram (L11, L12) whose intensity distributions are inverted from each other as interferograms from the light emitted from the light source, the interferograms being interference light; a multiplexing optical system configured to multiplex the first interferogram with the second interferogram to irradiate the sample with a resultant interferogram; a demultiplexing optical system configured to demultiplex the first interferogram and the second interferogram contained in the light passing through the sample; a light receiver configured to output a first light reception signal obtained by receiving the demultiplexed first interferogram and a second light reception signal obtained by receiving the demultiplexed second interferogram; and a signal processing device configured to perform processing for obtaining a noise-removed spectrum of the wavelength component in the analysis wavelength band by using the first light reception signal and the second light reception signal. a light source configured to emit light (L0) containing a wavelength component in an analysis wavelength band, the analysis wavelength band being a wavelength band in which a spectrum of light passing through a sample (SP) as an analysis target is obtained; an interferometer configured to obtain a first interferogram and a second interferogram (L11, L12) whose intensity distributions are inverted from each other as interferograms from the light emitted from the light source, the interferograms being interference light; a multiplexing optical system configured to multiplex the first interferogram with the second interferogram to irradiate the sample with a resultant interferogram; a demultiplexing optical system configured to demultiplex the first interferogram and the second interferogram contained in the light passing through the sample; a light receiver configured to output a first light reception signal obtained by receiving the demultiplexed first interferogram and a second light reception signal obtained by receiving the demultiplexed second interferogram; and a signal processing device configured to perform processing for obtaining a noise-removed spectrum of the wavelength component in the analysis wavelength band by using the first light reception signal and the second light reception signal.
An information processing apparatus comprising a control unit configured to execute: sequentially performing, in a predetermined order, processing of determining whether or not operating conditions for each driving support function are satisfied with respect to each of a plurality of driving support functions included in a first vehicle; and skipping the determinations for unprocessed driving support functions when there is a driving support function for which the operating conditions are determined to be satisfied. sequentially performing, in a predetermined order, processing of determining whether or not operating conditions for each driving support function are satisfied with respect to each of a plurality of driving support functions included in a first vehicle; and skipping the determinations for unprocessed driving support functions when there is a driving support function for which the operating conditions are determined to be satisfied.
Method for repairing a sandwich structure, wherein the sandwich structure comprises a core , which has a multiplicity of cells and is provided on either side with one or more covering layers , comprising the following steps: a) providing a repair element , which comprises a first region in the form of a repair plug and a second region in the form of a rotary element for connection of a rotary drive; b) positioning the repair element at a damaged location of the sandwich structure ; c) rotating the repair element and exerting a force (F) on the repair element in such a way that the first region generates heat by rubbing against a surface of the sandwich structure and penetrates the core by melting a region of the sandwich structure ; and d) ending the rotation of the repair element and separating the second region from the first region at a separating region in between said first and second regions, wherein the first region , which is in the form of a repair plug and has penetrated the sandwich structure , of the repair element remains in the sandwich structure . a) providing a repair element , which comprises a first region in the form of a repair plug and a second region in the form of a rotary element for connection of a rotary drive; b) positioning the repair element at a damaged location of the sandwich structure ; c) rotating the repair element and exerting a force (F) on the repair element in such a way that the first region generates heat by rubbing against a surface of the sandwich structure and penetrates the core by melting a region of the sandwich structure ; and d) ending the rotation of the repair element and separating the second region from the first region at a separating region in between said first and second regions, wherein the first region , which is in the form of a repair plug and has penetrated the sandwich structure , of the repair element remains in the sandwich structure .
A capsule for preparing a beverage product comprising a capsule body , a lid and an inlet for introducing a fluid into the capsule , wherein the capsule body is covered by the lid to form a closed receiving space and the inlet is arranged eccentrically on the capsule with respect to a centre (Z) of the lid , wherein a first machine-readable code is eccentrically applied, in particular printed, on the cover , characterized in that the first machine-readable code , in particular the centre thereof, is arranged at an angular distance (α) from the inlet with respect to the centre (Z) of the cover, the angular distance (α) having an amount of at most 60°, preferably at most 50°.
A computer support arm with an angle that can be freely adjusted, comprising a VESA board assembly, a ball head assembly, and a base assembly, wherein: one end of the ball head assembly is connected to the VESA board assembly , and the ball head assembly is connected to one end of a dynamic arm through an upper joint , and the other end of the dynamic arm is connected to one end of an inclined arm through a first lower joint , and the other end of the inclined arm is connected to a base assembly through a second lower joint wherein the ball head assembly comprises a fixing seat, a connector, a figure-eight joint, a knob assembly, and the middle part of the fixing seat (2-1) uses a second screw (2-9) and a nut (2-10) to connect the bottom of the connecting piece (2-2), and an upper part of the connecting piece (2-2) uses a third screw (2-14) and an end cover to connect to the figure-eight joint (2-3), and a knob assembly (2-8) is arranged on the fixing seat (2-1) below the connecting piece (2-2) characterized in that the knob assembly (2-8) comprises a first small compression spring, a first latch, a first pressure cover, a first knob, a first knob sleeve, the fixing seat (2-1) located under the connecting piece (2-2) is provided with a waist-shaped groove, and the waist-shaped groove is embedded with a first gland (2-18), the middle of the first gland (2-18) is provided with a circular hole, and the circular hole is provided with the first knob (2-19), and the top of the first knob (2-19) is connected to the first sleeve (2-20) through a square boss, the bottom side of the first knob (2-19) is provided with a first knob boss (2-21), and the bottom of the first knob (2-19) is in contact with the top arc surface of the first plug (2-17) through the first knob boss (2-21), and the first small compression spring (2-16) is sleeved at the lower part of the first plug (2-17), and the back of the fixed seat (2-1) of the ball head assembly is provided with a groove in connection with the insert block (1-3) VESA board assembly .
A computing device display comprising: a chassis (114; 214; 314; 414); a cover glass (112; 212; 312; 412); a thermally sensitive adhesive (232; 432) oriented between the cover glass and the chassis and extending about an entire perimeter of the display; and a thermally conductive de-bonding aid (102-110; 202; 302; 402) also oriented between the cover glass and the chassis; wherein the thermally conductive de-bonding aid is an active heat-generating de-bonding aid and is located in one or more discrete sections of the perimeter of the display spaced apart from components mounted within the computing device display that are sensitive to heat or proximity of metallic structures; wherein a passive de-bonding aid is used in conjunction with the active heat-generating de-bonding aid, each of which is located in discrete sections of the perimeter of the computing device display. a chassis (114; 214; 314; 414); a cover glass (112; 212; 312; 412); a thermally sensitive adhesive (232; 432) oriented between the cover glass and the chassis and extending about an entire perimeter of the display; and a thermally conductive de-bonding aid (102-110; 202; 302; 402) also oriented between the cover glass and the chassis; wherein the thermally conductive de-bonding aid is an active heat-generating de-bonding aid and is located in one or more discrete sections of the perimeter of the display spaced apart from components mounted within the computing device display that are sensitive to heat or proximity of metallic structures; wherein a passive de-bonding aid is used in conjunction with the active heat-generating de-bonding aid, each of which is located in discrete sections of the perimeter of the computing device display.
A dehumidifying and cooling apparatus comprising: a housing having first and second channels formed therein, the first channel being configured to be travelled therealong by first air, the second channel being configured to be travelled therealong by second air; a heating unit disposed in the first channel to heat the first air; a desiccant rotor rotatably installed in the housing such that the desiccant rotor is configured to be dried by the first air heated by the heating unit and to absorb moisture from the second air; a cooling unit and a refrigerant circulation unit comprising a refrigerant circulation circuit comprising a compressor and a condenser , characterized in that the cooling unit is disposed in the second channel to cool the second air which has passed through the desiccant rotor and that the condenser is disposed in the second channel so that a refrigerant circulating in the condenser is condensed by heat exchange with the second air cooled by the cooling unit. a housing having first and second channels formed therein, the first channel being configured to be travelled therealong by first air, the second channel being configured to be travelled therealong by second air; a heating unit disposed in the first channel to heat the first air; a desiccant rotor rotatably installed in the housing such that the desiccant rotor is configured to be dried by the first air heated by the heating unit and to absorb moisture from the second air; a cooling unit and a refrigerant circulation unit comprising a refrigerant circulation circuit comprising a compressor and a condenser , characterized in that the cooling unit is disposed in the second channel to cool the second air which has passed through the desiccant rotor and that the condenser is disposed in the second channel so that a refrigerant circulating in the condenser is condensed by heat exchange with the second air cooled by the cooling unit.
An adhesive sheet for skin comprising a support and an adhesive layer formed on the support, wherein the adhesive layer comprises at least a thermoplastic elastomer, non-volatile hydrocarbon oil and polyisobutylene having a viscosity average molecular weight of more than 100,000 and not more than 500,000, the content of the non-volatile hydrocarbon oil is more than 120 parts by weight and not more than 800 parts by weight, per 100 parts by weight of said elastomer, and the content of said polyisobutylene is more than 20 parts by weight and not more than 100 parts by weight, per 100 parts by weight of the thermoplastic elastomer, and a tackifier is not contained. the adhesive layer comprises at least a thermoplastic elastomer, non-volatile hydrocarbon oil and polyisobutylene having a viscosity average molecular weight of more than 100,000 and not more than 500,000, the content of the non-volatile hydrocarbon oil is more than 120 parts by weight and not more than 800 parts by weight, per 100 parts by weight of said elastomer, and the content of said polyisobutylene is more than 20 parts by weight and not more than 100 parts by weight, per 100 parts by weight of the thermoplastic elastomer, and a tackifier is not contained.
A turret switching system for broadcasting data streams to a plurality of telephony devices via a plurality of talk paths, the system comprising: at least one media server ; and a plurality of telephony devices , wherein each telephony device is communicatively coupled to the at least one media server via a talk path of the plurality of talk paths, each telephony device is constructed to receive an output audio data stream from the at least one media server via the respective talk path, and each telephony device (1 09, 110) is constructed to send an input audio data stream to the at least one media server via the respective talk path, wherein the at least one media server comprises at least one mixer that combines input audio data streams received from the plurality of telephony devices to generate output audio data streams for sending to the plurality of telephony devices , wherein for each talk path of the plurality of talk paths, a determination by the media server is made as to whether to mute the respective output audio data stream, based on connection states of the plurality of talk paths, one of the connection states upon which the determination is based being a connection type of the respective talk path, and wherein responsive to a determination that the respective output audio data stream for a talk path is to be muted, the respective output audio data stream is muted. at least one media server ; and a plurality of telephony devices , wherein each telephony device is communicatively coupled to the at least one media server via a talk path of the plurality of talk paths, each telephony device is constructed to receive an output audio data stream from the at least one media server via the respective talk path, and each telephony device (1 09, 110) is constructed to send an input audio data stream to the at least one media server via the respective talk path, wherein the at least one media server comprises at least one mixer that combines input audio data streams received from the plurality of telephony devices to generate output audio data streams for sending to the plurality of telephony devices , wherein for each talk path of the plurality of talk paths, a determination by the media server is made as to whether to mute the respective output audio data stream, based on connection states of the plurality of talk paths, one of the connection states upon which the determination is based being a connection type of the respective talk path, and wherein responsive to a determination that the respective output audio data stream for a talk path is to be muted, the respective output audio data stream is muted.
Sensor element for connection in a networked lighting system, comprising two different light sensors which have different opening angles of a detection region for light detection; characterised in that the sensor element has a position sensor which is configured to determine the installation position of the sensor element , and the sensor element is configured to deactivate the light sensor with the smaller opening angle when the position sensor detects an installation position in which the detection regions of both light sensors are oriented in a direction counter to the earth's surface. two different light sensors which have different opening angles of a detection region for light detection; characterised in that the sensor element has a position sensor which is configured to determine the installation position of the sensor element , and the sensor element is configured to deactivate the light sensor with the smaller opening angle when the position sensor detects an installation position in which the detection regions of both light sensors are oriented in a direction counter to the earth's surface.
A decanter for a clarification facility, comprising an inlet pipe , which can be moved between a parked position and a removal position and which is penetrated by at least one inflow opening , via which clarified water below a floating sludge layer can be withdrawn from a clarification tank and can be conducted into an outlet pipe , and comprising at least one cover element , which, in an inflow position, is arranged below and so as to overlap with the at least one inflow opening penetrating the inlet pipe on the underside and releases said opening, characterized in that the cover element can be moved between a closed position that closes the at least one inflow opening and the inflow position by means of a movement device , which comprises at least one buoyancy element , by means of which the cover element can be moved into the closed position as a result of immersing the buoyancy element in the wastewater, with the cover element being in the closed position before being immersed in the clarification tank and passing through the floating sludge layer, and being moved into the inflow position by the buoyancy element meeting and being immersed in the clarified water layer (K).
An apparatus adapted to feature suppression in dark field or phase contrast X-ray imaging, comprising: - an input unit ; - a processing unit ; and - an output unit ; wherein the input unit is configured to provide the processing unit with an X-ray attenuation image of a region of interest of an object; wherein the input unit is configured to provide the processing unit with a dark field or phase contrast X-ray image of the region of interest of the object; wherein the processing unit is configured to identify a first feature in the X-ray attenuation image; and to identify a second anatomical feature in the X-ray attenuation image; and to identify the second anatomical feature in the dark field or phase contrast X-ray image; wherein the first feature is an obscuring anatomical feature depicted in the X-ray attenuation image with higher contrast than in the dark field or phase contrast X-ray image.; wherein the processing unit is further configured to register the dark field or phase contrast X-ray image to the X-ray attenuation image based on the identified second anatomical feature; wherein the processing unit is configured to determine a location of the first feature in the X-ray attenuation image; and to locate the first feature in the dark field or phase contrast X-ray image comprising utilization of information relating to the first feature identified in the X-ray attenuation image by transferring the determined location to the dark field or phase contrast X-ray image; wherein the processing unit is configured to suppress the first feature in the dark field or phase contrast X-ray image to generate a feature suppressed dark field or phase contrast X-ray image; and wherein the output unit is configured to output data representative of the feature suppressed dark field or phase contrast X-ray image. - an input unit ; - a processing unit ; and - an output unit ;
An actuator for a medium voltage circuit breaker, the actuator comprising: - at least one rotor ; - at least one stator ; and - at least one coil ; wherein, each stator of the at least one stator is associated with a corresponding rotor of the at least one rotor; wherein, each stator does not circumferentially completely encircle the rotor with which it is associated; and wherein, each coil of the at least one coil is associated with a stator of the at least one stator; wherein, each coil is wound around at least a part of the stator with which it is associated; wherein, an angle of rotation of each rotor is limited; wherein a rotor of the at least one rotor is configured to rotate about an axis of rotation; wherein the rotor comprises a first salient pole extending over an angle (a1) with respect to the axis of rotation and a second salient pole extending over an angle (a2) with respect to the axis of rotation; wherein a stator of the at least one stator comprises a first stator pole extending over an angle (a3) with respect to the axis of rotation and a second stator pole extending over an angle (a4) with respect to the axis of rotation; wherein in a closed position of the actuator the first salient pole faces the first stator pole and the second salient pole faces the second stator pole, and wherein the first salient pole, the second salient pole, the first stator pole and the second stator pole each comprise ferromagnetic material; characterized in that the first salient pole is circumferentially contiguous with the second salient pole. - at least one rotor ; - at least one stator ; and - at least one coil ; wherein, each stator of the at least one stator is associated with a corresponding rotor of the at least one rotor; wherein, each stator does not circumferentially completely encircle the rotor with which it is associated; and wherein, each coil of the at least one coil is associated with a stator of the at least one stator; wherein, each coil is wound around at least a part of the stator with which it is associated; wherein, an angle of rotation of each rotor is limited; wherein a rotor of the at least one rotor is configured to rotate about an axis of rotation; wherein the rotor comprises a first salient pole extending over an angle (a1) with respect to the axis of rotation and a second salient pole extending over an angle (a2) with respect to the axis of rotation; wherein a stator of the at least one stator comprises a first stator pole extending over an angle (a3) with respect to the axis of rotation and a second stator pole extending over an angle (a4) with respect to the axis of rotation; wherein in a closed position of the actuator the first salient pole faces the first stator pole and the second salient pole faces the second stator pole, and wherein the first salient pole, the second salient pole, the first stator pole and the second stator pole each comprise ferromagnetic material; characterized in that the first salient pole is circumferentially contiguous with the second salient pole.