mhurhangee/patent-ind-claim-en huggingface dataset:
A carrier device for an optoelectronic apparatus , wherein the carrier device has a longitudinal extent and a transverse extent, characterized in that the carrier device has a plurality of electrically conductive contact tracks aligned in parallel with the longitudinal extent, and the carrier device has a plurality of contact chambers at an upper side which are aligned in parallel with the transverse extent and which are optically isolated from one another; wherein each of the plurality of contact tracks is electrically contactable in each of the plurality of contact chambers to be able to install at least one optoelectronic transmitter and/or at least one optoelectronic receiver in the respective contact chamber in a variable mounting; wherein the carrier device has three, four, five or six contact tracks ; wherein the carrier device has a lead frame which is overmolded with a plastic and which comprises a segmented lead strip of metal, wherein the electrically conductive contact tracks are formed at the segmented lead strip , wherein the segmented lead strip is at least partly surrounded by a frame section of the plastic; wherein the frame section comprises partition webs which extend in parallel with the transverse extent of the carrier device and defines the plurality of contact chambers at the upper side of the lead strip , wherein the contact chambers are separated from one another by the partition webs ; and wherein the frame section is formed from a light-impermeable material or is covered at least sectionally by a light-impermeable layer. wherein the carrier device has a longitudinal extent and a transverse extent, characterized in that the carrier device has a plurality of electrically conductive contact tracks aligned in parallel with the longitudinal extent, and the carrier device has a plurality of contact chambers at an upper side which are aligned in parallel with the transverse extent and which are optically isolated from one another; wherein each of the plurality of contact tracks is electrically contactable in each of the plurality of contact chambers to be able to install at least one optoelectronic transmitter and/or at least one optoelectronic receiver in the respective contact chamber in a variable mounting; wherein the carrier device has three, four, five or six contact tracks ; wherein the carrier device has a lead frame which is overmolded with a plastic and which comprises a segmented lead strip of metal, wherein the electrically conductive contact tracks are formed at the segmented lead strip , wherein the segmented lead strip is at least partly surrounded by a frame section of the plastic; wherein the frame section comprises partition webs which extend in parallel with the transverse extent of the carrier device and defines the plurality of contact chambers at the upper side of the lead strip , wherein the contact chambers are separated from one another by the partition webs ; and wherein the frame section is formed from a light-impermeable material or is covered at least sectionally by a light-impermeable layer.
A combination boiler comprising an energy storage system and a boiler , the energy storage system comprising: a plurality of thermal energy storage banks , wherein each thermal energy storage bank comprises a phase changeable material having a predetermined phase transformation temperature; an extraction device configured to recover waste energy from the combination boiler, wherein the extraction device is operable to extract waste energy from the combination boiler and feed that energy to at least one of the thermal energy storage banks ; and a controller arranged, in use, to activate the extraction device in response to operation of the combination boiler; characterized in that the boiler comprises a maximum of 10 litres of potable water which is heated instantaneously on demand and therefore does not require pasteurisation. a plurality of thermal energy storage banks , wherein each thermal energy storage bank comprises a phase changeable material having a predetermined phase transformation temperature; an extraction device configured to recover waste energy from the combination boiler, wherein the extraction device is operable to extract waste energy from the combination boiler and feed that energy to at least one of the thermal energy storage banks ; and a controller arranged, in use, to activate the extraction device in response to operation of the combination boiler; characterized in that the boiler comprises a maximum of 10 litres of potable water which is heated instantaneously on demand and therefore does not require pasteurisation.
A non-aqueous coating composition for the skin-contacting surface of an elastomeric article comprising: glycerin, sorbitol, pantothenol, and, gluconolactone wherein the non-aqueous coating composition is adapted for application directly onto the skin-contacting surface of the elastomeric article. glycerin, sorbitol, pantothenol, and, gluconolactone
A method for producing a non-petrochemical-derived conjugated diene polymer using an alcohol derived from a non-petrochemical raw material, comprising the steps of: using an alcohol derived from a non-petrochemical raw material having an iron content of 0.0001 mg/L to 2 mg/L, bringing the alcohol into contact with a catalyst and carrying out heating to produce a conjugated diene having C 4 to C 12 carbons; and polymerizing the monomer containing the conjugated diene to produce a non-petrochemical derived conjugated diene polymer. using an alcohol derived from a non-petrochemical raw material having an iron content of 0.0001 mg/L to 2 mg/L, bringing the alcohol into contact with a catalyst and carrying out heating to produce a conjugated diene having C 4 to C 12 carbons; and polymerizing the monomer containing the conjugated diene to produce a non-petrochemical derived conjugated diene polymer.
A color conversion panel including: a substrate ; a first color conversion pattern disposed on a lower surface of the substrate; a second color conversion pattern disposed on the lower surface of the substrate and partially overlapping the first color conversion pattern; a first reflective partition wall disposed between the first color conversion pattern and the second color conversion pattern, wherein the second color conversion pattern contacts the first color conversion pattern under the first reflective partition wall; a first color filter disposed between the substrate and the first color conversion pattern; and a second color filter disposed between the substrate and the second color conversion pattern. a substrate ; a first color conversion pattern disposed on a lower surface of the substrate; a second color conversion pattern disposed on the lower surface of the substrate and partially overlapping the first color conversion pattern; a first reflective partition wall disposed between the first color conversion pattern and the second color conversion pattern, wherein the second color conversion pattern contacts the first color conversion pattern under the first reflective partition wall; a first color filter disposed between the substrate and the first color conversion pattern; and a second color filter disposed between the substrate and the second color conversion pattern.
A method of wireless communication performed by a user equipment, LTE , the method comprising: receiving at least one of downlink data and control information; mapping a demodulation reference signal, DMRS, sequence to at least a first symbol in a set of resource blocks, RBs, of an uplink burst, the first symbol arranged to occur at the beginning of the uplink burst; mapping uplink control information, UCI, in a physical uplink shared channel, PUSCH, of the uplink burst after the mapping of the DMRS sequence, the UCI including a channel quality indicator, CQI, mapped in the PUSCH frequency first, the method characterized in that the UCI that is mapped in the PUSCH of the uplink burst further comprises acknowledgment/non-acknowledgment, ACK/NACK, feedback associated with whether at least a portion of the at least one of downlink data and control information is successfully received, and wherein data in the PUSCH is rate-matched around the ACK/NACK feedback; and sending the uplink burst including the mapped UCI. receiving at least one of downlink data and control information; mapping a demodulation reference signal, DMRS, sequence to at least a first symbol in a set of resource blocks, RBs, of an uplink burst, the first symbol arranged to occur at the beginning of the uplink burst; mapping uplink control information, UCI, in a physical uplink shared channel, PUSCH, of the uplink burst after the mapping of the DMRS sequence, the UCI including a channel quality indicator, CQI, mapped in the PUSCH frequency first, the method characterized in that the UCI that is mapped in the PUSCH of the uplink burst further comprises acknowledgment/non-acknowledgment, ACK/NACK, feedback associated with whether at least a portion of the at least one of downlink data and control information is successfully received, and wherein data in the PUSCH is rate-matched around the ACK/NACK feedback; and sending the uplink burst including the mapped UCI.
A system for managing heart failure in a patient, the system comprising: a signal receiver circuit configured to receive a heart sound (HS) signal and an impedance signal sensed from the patient; a heart sound detector circuit configured to: determine a HS detection window corresponding to a cardiac diastolic period using the received impedance signal; and detect at least one HS component from the received HS signal within the determined HS detection window, the at least one HS component indicative of cardiac diastolic function; and a heart failure detector circuit configured to generate a cardiac diastolic function indicator (DFI) using the detected at least one HS component. a signal receiver circuit configured to receive a heart sound (HS) signal and an impedance signal sensed from the patient; a heart sound detector circuit configured to: determine a HS detection window corresponding to a cardiac diastolic period using the received impedance signal; and detect at least one HS component from the received HS signal within the determined HS detection window, the at least one HS component indicative of cardiac diastolic function; and determine a HS detection window corresponding to a cardiac diastolic period using the received impedance signal; and detect at least one HS component from the received HS signal within the determined HS detection window, the at least one HS component indicative of cardiac diastolic function; and a heart failure detector circuit configured to generate a cardiac diastolic function indicator (DFI) using the detected at least one HS component.
A method of manufacturing a coil element, comprising: forming a first auxiliary layer and a second auxiliary layer each including coil portions formed of a plating pattern (60-a) disposed on a substrate ; aligning the first auxiliary layer and the second auxiliary layer so that an upper surface of the coil portion (60-1) of the first auxiliary layer and an upper surface of the coil portion (60-2) of the second auxiliary layer are adjacent to each other while facing each other; and forming a conductive coupling portion between the upper surface of the coil portion (60-1) of the first auxiliary layer and the upper surface of the coil portion (60-2) of the second auxiliary layer , characterized in that the conductive coupling portion is formed by an electroless plating method. forming a first auxiliary layer and a second auxiliary layer each including coil portions formed of a plating pattern (60-a) disposed on a substrate ; aligning the first auxiliary layer and the second auxiliary layer so that an upper surface of the coil portion (60-1) of the first auxiliary layer and an upper surface of the coil portion (60-2) of the second auxiliary layer are adjacent to each other while facing each other; and forming a conductive coupling portion between the upper surface of the coil portion (60-1) of the first auxiliary layer and the upper surface of the coil portion (60-2) of the second auxiliary layer , characterized in that the conductive coupling portion is formed by an electroless plating method.
A method for satellite imaging acquisition re-planning using ship automatic identification information, the method comprising: upon arrival of a point in time for imaging a target area based on an imaging acquisition plan set in a satellite, collecting automatic identification system (AIS) information of a ship generated in the target area; estimating a weather condition in the target area by analyzing the AIS information; and performing an imaging acquisition re-planning when it is determined that imaging by an electro-optic (EO) camera is impossible under the estimated weather condition. upon arrival of a point in time for imaging a target area based on an imaging acquisition plan set in a satellite, collecting automatic identification system (AIS) information of a ship generated in the target area; estimating a weather condition in the target area by analyzing the AIS information; and performing an imaging acquisition re-planning when it is determined that imaging by an electro-optic (EO) camera is impossible under the estimated weather condition.
Method for producing a high pressure hydraulic line by attaching a connection fitting at the end to a multi-layered high pressure hose having at least one reinforcing layer , comprising - providing a section of a reinforced high pressure hose as well as a connection fitting to be joined therewith, - putting the connection fitting on the end section of the high pressure hose , - carrying out a joining operation to form a tight connection between the high pressure hose and the connection fitting , characterized by determining the quality of the connection between the connection fitting and the hydraulic hose , comprising - applying an electrical test signal to at least one connection (12; 16) of a test arrangement having two connections , of which a first connection is electrically and/or magnetically coupled to the connection fitting and a second connection is electrically and/or magnetically coupled without contact to the reinforcing layer or at least one of the reinforcing layers of the high pressure hose , - detecting an electrical response signal occurring in the test arrangement, - comparing the response signal with a setpoint range stored in a memory of the test arrangement for the relevant high pressure hose connection fitting pair. - providing a section of a reinforced high pressure hose as well as a connection fitting to be joined therewith, - putting the connection fitting on the end section of the high pressure hose , - carrying out a joining operation to form a tight connection between the high pressure hose and the connection fitting , - applying an electrical test signal to at least one connection (12; 16) of a test arrangement having two connections , of which a first connection is electrically and/or magnetically coupled to the connection fitting and a second connection is electrically and/or magnetically coupled without contact to the reinforcing layer or at least one of the reinforcing layers of the high pressure hose , - detecting an electrical response signal occurring in the test arrangement, - comparing the response signal with a setpoint range stored in a memory of the test arrangement for the relevant high pressure hose connection fitting pair.
A color chart provided on a recording medium , comprising: a first portion including no patch; and a second portion including a plurality of patches having different densities or luminances, the plurality of patches, including a reference patch indicating a color having a reference density or luminance closest to the color of the recording medium, the reference patch being adjacent to the first portion , the plurality of patches being located in order of increasing tones corresponding to any one of: increasing density from the density of the color indicated by the reference patch ; decreasing density from the density of the color indicated by the reference patch ; increasing luminance from the luminance of the color indicated by the reference patch ; and decreasing luminance from the luminance of the color indicated by the reference patch ; characterized in that : the second portion is segmented into a plurality of areas inward, including a first area adjacent to the first portion, and a second area inward of the first area; and the tones of the patches located in the second area are greater than the tones of the patches located in the first area. a first portion including no patch; and a second portion including a plurality of patches having different densities or luminances, the plurality of patches, including a reference patch indicating a color having a reference density or luminance closest to the color of the recording medium, the reference patch being adjacent to the first portion , the plurality of patches being located in order of increasing tones corresponding to any one of: increasing density from the density of the color indicated by the reference patch ; decreasing density from the density of the color indicated by the reference patch ; increasing luminance from the luminance of the color indicated by the reference patch ; and decreasing luminance from the luminance of the color indicated by the reference patch ; increasing density from the density of the color indicated by the reference patch ; decreasing density from the density of the color indicated by the reference patch ; increasing luminance from the luminance of the color indicated by the reference patch ; and decreasing luminance from the luminance of the color indicated by the reference patch ; characterized in that : the second portion is segmented into a plurality of areas inward, including a first area adjacent to the first portion, and a second area inward of the first area; and the tones of the patches located in the second area are greater than the tones of the patches located in the first area. the second portion is segmented into a plurality of areas inward, including a first area adjacent to the first portion, and a second area inward of the first area; and the tones of the patches located in the second area are greater than the tones of the patches located in the first area.
A method for manufacturing a leaf spring device including a main leaf and at least one auxiliary leaf respectively made of a steel plate, comprising sequentially: providing a main leaf spring comprising an elastic section configured to generate elastic force when bent; and a connecting section extending from an end of the elastic section ; providing at least one auxiliary leaf including no connecting section; an eye section forming step of forming an eye section serving as the connecting section by rolling the end portion of the elastic section into a circular form; a first-tempering step of tempering the elastic section of the main leaf and the at least one auxiliary leaf at a first temperature; the method being characterised in that it further comprises: a second-tempering step of tempering the eye section at a second temperature higher than the first temperature; and in that it further comprises an assembling step of assembling the leaf spring device by stacking the main leaf with the eye section tempered at the second temperature and the elastic section tempered at the first temperature on the at least one auxiliary leaf , the at least one auxiliary leaf including no eye section. providing a main leaf spring comprising an elastic section configured to generate elastic force when bent; and a connecting section extending from an end of the elastic section ; providing at least one auxiliary leaf including no connecting section; an eye section forming step of forming an eye section serving as the connecting section by rolling the end portion of the elastic section into a circular form; a first-tempering step of tempering the elastic section of the main leaf and the at least one auxiliary leaf at a first temperature; the method being characterised in that it further comprises: a second-tempering step of tempering the eye section at a second temperature higher than the first temperature; and in that it further comprises an assembling step of assembling the leaf spring device by stacking the main leaf with the eye section tempered at the second temperature and the elastic section tempered at the first temperature on the at least one auxiliary leaf , the at least one auxiliary leaf including no eye section. a second-tempering step of tempering the eye section at a second temperature higher than the first temperature; and in that it further comprises an assembling step of assembling the leaf spring device by stacking the main leaf with the eye section tempered at the second temperature and the elastic section tempered at the first temperature on the at least one auxiliary leaf , the at least one auxiliary leaf including no eye section.
A track switch for a levitation transport system comprising a trunk segment of track configured to receive one or mori centering and levitation units , characterized by : a upper branch segment of track configured to optionally receive the one or more centering and levitation units ; a lower branch segment of track configured to optionally receive the one or more centering and levitation units ; and a divergent zone mechanically connecting the trunk segment to the upper branch segment and the lower branch segment , the divergent zone having coextensive spaced rails extending from the trunk segment and splitting vertically in a direction generally perpendicular to the plane of the track into upper rail halves extending to the upper branch segment , and lower rail halves extending to the lower branch segment ; wherein each of the lower rail halves and the upper rail halves are configured to accommodate at least one of the one or more centering and levitation units and configured to produce a portion of a levitation force on a vehicle to guide the vehicle to a selected one of the upper branch segment or the lower branch segment . a upper branch segment of track configured to optionally receive the one or more centering and levitation units ; a lower branch segment of track configured to optionally receive the one or more centering and levitation units ; and a divergent zone mechanically connecting the trunk segment to the upper branch segment and the lower branch segment , the divergent zone having coextensive spaced rails extending from the trunk segment and splitting vertically in a direction generally perpendicular to the plane of the track into upper rail halves extending to the upper branch segment , and lower rail halves extending to the lower branch segment ; wherein each of the lower rail halves and the upper rail halves are configured to accommodate at least one of the one or more centering and levitation units and configured to produce a portion of a levitation force on a vehicle to guide the vehicle to a selected one of the upper branch segment or the lower branch segment .