mhurhangee/patent-ind-claim-en huggingface dataset:
A pre-chamber arrangement for a gas engine , the arrangement comprising: a pre-chamber body accommodating a volume ; and an inlet passage with an inlet port , for supplying a gaseous medium into the pre-chamber volume ; wherein the pre-chamber volume extends in a longitudinal direction (L) between a top end and a bottom end , wherein the pre-chamber volume is configured to accommodate an end of a spark plug at the top end and wherein, at the bottom end , the pre-chamber body comprises openings for allowing gas to flow between the pre-chamber volume and a main combustion chamber of the gas engine , wherein the inlet port is positioned, at a distance (D) from the top end of the pre-chamber volume , in the longitudinal direction (L), such that a volume of residual gases is trapped at the top end of the pre-chamber volume when the gaseous medium is supplied into the pre-chamber volume during an intake stroke, characterized in that at least an end portion of the inlet passage and the inlet port are directed at least partly downwards into the pre-chamber volume , and in that the gaseous medium supplied via the inlet port into the pre-chamber volume is a rich fuel gas, and in that the inlet port is positioned below the end of the spark plug inside the pre-chamber volume . a pre-chamber body accommodating a volume ; and an inlet passage with an inlet port , for supplying a gaseous medium into the pre-chamber volume ; wherein the pre-chamber volume extends in a longitudinal direction (L) between a top end and a bottom end , wherein the pre-chamber volume is configured to accommodate an end of a spark plug at the top end and wherein, at the bottom end , the pre-chamber body comprises openings for allowing gas to flow between the pre-chamber volume and a main combustion chamber of the gas engine , wherein the inlet port is positioned, at a distance (D) from the top end of the pre-chamber volume , in the longitudinal direction (L), such that a volume of residual gases is trapped at the top end of the pre-chamber volume when the gaseous medium is supplied into the pre-chamber volume during an intake stroke, characterized in that at least an end portion of the inlet passage and the inlet port are directed at least partly downwards into the pre-chamber volume , and in that the gaseous medium supplied via the inlet port into the pre-chamber volume is a rich fuel gas, and in that the inlet port is positioned below the end of the spark plug inside the pre-chamber volume .
An apparatus, comprising: an image sensor having a unit pixel cell , said unit pixel cell comprising: a) first (Q2_R), second (Q2_G) and third (Q2_B) transfer gate transistor gates on a semiconductor surface respectively coupled between first (R), second (G) and third (B) visible light photodiode regions and a first capacitance region (C1); b) a fourth transfer gate transistor gate (Q2_Z) on said semiconductor surface coupled between a first infrared photodiode region (Z) and a second capacitance region (C2); and c) a back-drain transistor gate (Q4) on said semiconductor surface coupled between said first infrared photodiode region (Z) and said first capacitance region (C1). a) first (Q2_R), second (Q2_G) and third (Q2_B) transfer gate transistor gates on a semiconductor surface respectively coupled between first (R), second (G) and third (B) visible light photodiode regions and a first capacitance region (C1); b) a fourth transfer gate transistor gate (Q2_Z) on said semiconductor surface coupled between a first infrared photodiode region (Z) and a second capacitance region (C2); and c) a back-drain transistor gate (Q4) on said semiconductor surface coupled between said first infrared photodiode region (Z) and said first capacitance region (C1).
A patient support device comprising: a patient support top for providing support to a patient's body, an end support configured to support the patient support top for selective rotation about a rotation axis, and a rotation lockout assembly operable between a locked state to block against free rotation of the patient support top about the rotation axis and an unlocked state to permit free rotation of the patient support top about the rotation axis, the rotation lockout assembly including a rotation disk rotatable between locked and unlocked positions corresponding respectively with the locked and unlocked states of the rotation lockout assembly , and a lever arm pinned at one end to the rotation disk for traversing an arced path upon rotation of the rotation disk between locked and unlocked positions, wherein the rotation lockout assembly includes a crank handle configured for operation by a user's hand, the crank handle extending from the rotation disk to provide leverage in rotating the rotation disk between the locked and unlocked positions, wherein the crank handle is mounted to extend from the lateral side of the end support . a patient support top for providing support to a patient's body, an end support configured to support the patient support top for selective rotation about a rotation axis, and a rotation lockout assembly operable between a locked state to block against free rotation of the patient support top about the rotation axis and an unlocked state to permit free rotation of the patient support top about the rotation axis, the rotation lockout assembly including a rotation disk rotatable between locked and unlocked positions corresponding respectively with the locked and unlocked states of the rotation lockout assembly , and a lever arm pinned at one end to the rotation disk for traversing an arced path upon rotation of the rotation disk between locked and unlocked positions, wherein the rotation lockout assembly includes a crank handle configured for operation by a user's hand, the crank handle extending from the rotation disk to provide leverage in rotating the rotation disk between the locked and unlocked positions, wherein the crank handle is mounted to extend from the lateral side of the end support .
A car lamp , comprising: a half mirror having an upper surface and a lower surface, and configured to reflect a part of light incident on the lower surface and discharge another part to outside; a reflector located below the half mirror in a manner of facing the lower surface of the half mirror ; and a plurality of light sources located between the half mirror and the reflector to emit light toward the half mirror , wherein the half mirror and the reflector are spaced apart from each other by a predetermined distance such that the light emitted from each of the light sources is repeatedly reflected by the half mirror and the reflector , wherein the lamp further comprises a transparent substrate located between the half mirror and the reflector and spaced apart from the half mirror by a predetermined distance, wherein the light sources are located on the transparent substrate , characterized in that the lamp further comprises metal electrodes located on the transparent substrate to apply a voltage to the light sources , respectively, wherein the metal electrodes are located to surround the light sources , respectively, so as to reflect light. a half mirror having an upper surface and a lower surface, and configured to reflect a part of light incident on the lower surface and discharge another part to outside; a reflector located below the half mirror in a manner of facing the lower surface of the half mirror ; and a plurality of light sources located between the half mirror and the reflector to emit light toward the half mirror , wherein the half mirror and the reflector are spaced apart from each other by a predetermined distance such that the light emitted from each of the light sources is repeatedly reflected by the half mirror and the reflector , wherein the lamp further comprises a transparent substrate located between the half mirror and the reflector and spaced apart from the half mirror by a predetermined distance, wherein the light sources are located on the transparent substrate , characterized in that the lamp further comprises metal electrodes located on the transparent substrate to apply a voltage to the light sources , respectively, wherein the metal electrodes are located to surround the light sources , respectively, so as to reflect light.
Vascular access port for providing subcutaneous access to a patient, the access port comprising a septum and a housing defining an aperture for capturing the septum , wherein the housing and septum define a reservoir , the septum configured to be repeatedly pierced or punctured with a needle , the access port configured for power-injection and comprising an identification feature, such that the subcutaneously implanted access port is identifiable as power-injectable in response to radiographically perceiving the identification feature, the identification feature comprising a metal feature a size and/or shape of which is selectively tailored for identification of the access port as power-injectable. the access port configured for power-injection and comprising an identification feature, such that the subcutaneously implanted access port is identifiable as power-injectable in response to radiographically perceiving the identification feature, the identification feature comprising a metal feature a size and/or shape of which is selectively tailored for identification of the access port as power-injectable.
A power supply control system for electrified railway trains using three power supply rails, comprising a running rail (R) along an electrified railway, power supply rails laid parallel to the running rail (R), an AC-DC-AC variable-frequency and variable-voltage device and a rectifying device arranged on the ground, and an on-board current collector , a traction motor and auxiliary electric equipment arranged on a train , and wherin the power supply rails comprise a first power supply rail , a second power supply rail and a third power supply rail ; the first power supply rail , the second power supply rail and the running rail (R) form a three-phase AC power supply circuit which is powered by the AC-DC-AC variable-frequency and variable-voltage device arranged on the ground; the running rail (R) is grounded; the third power supply rail and the running rails (R) form a DC power supply circuit which is powered by the rectifying device arranged on the ground; the on-board current collector comprises a first current collector , a second current collector , a third current collector and a fourth current collector ; tail ends of the first current collector , the second current collector and the fourth current collector are connected to a three-phase terminal of the traction motor of the train through cables, and front ends of the first current collector , the second current collector and the fourth current collector are in contact with the first power supply rail , the second power supply rail and the running rail (R) respectively for power receiving; the tail end of the third current collector is connected to a positive pole of the auxiliary electric equipment of the train through a cable, the front end of the third current collector is in contact with the third power supply rail for power receiving, and the tail end of the fourth current collector is connected to a negative pole of the auxiliary electric equipment of the train through a cable; the AC-DC-AC variable-frequency and variable-voltage device supplies power to the traction motor of the train through the first power supply rail and the first current collector , the second power supply rail and the second current collector , and the running rail (R) and the fourth current collector , and the train is controlled to start, stop and operate by controlling the frequency and voltage of the AC-DC-AC variable-frequency and variable-voltage device to vary; and the rectifying device supplies power to the auxiliary electric equipment of the train through the third power supply rail and the third current collector , and the running rail (R) and the fourth current collector .
An article of footwear including an upper and a motorized tensioning system , comprising: a tensile member ; a motorized tightening device configured to apply tension in the tensile member to adjust the size of an internal void defined by the article of footwear; a power source configured to supply power to the motorized tightening device; and a control unit configured to control the motorized tightening device and configured to monitor tension in the tensile member using at least one sensor; wherein the control unit is configured to operate the motorized tightening device in a normal mode and an active mode ; wherein in response to a determination by the control unit that a user has finished tensioning the tensile member: the motorized tightening device is powered down when operating in the normal mode; and the control unit actively monitors and adjusts the tension in the tensile member to maintain a target tension when operating in the active mode, wherein the target tension is established based on contact pressures on the upper against a foot of a wearer, the contact pressures being measured by pressure sensors. a tensile member ; a motorized tightening device configured to apply tension in the tensile member to adjust the size of an internal void defined by the article of footwear; a power source configured to supply power to the motorized tightening device; and a control unit configured to control the motorized tightening device and configured to monitor tension in the tensile member using at least one sensor; wherein the control unit is configured to operate the motorized tightening device in a normal mode and an active mode ; wherein in response to a determination by the control unit that a user has finished tensioning the tensile member: the motorized tightening device is powered down when operating in the normal mode; and the control unit actively monitors and adjusts the tension in the tensile member to maintain a target tension when operating in the active mode, wherein the target tension is established based on contact pressures on the upper against a foot of a wearer, the contact pressures being measured by pressure sensors. the motorized tightening device is powered down when operating in the normal mode; and the control unit actively monitors and adjusts the tension in the tensile member to maintain a target tension when operating in the active mode, wherein the target tension is established based on contact pressures on the upper against a foot of a wearer, the contact pressures being measured by pressure sensors.
A power plant, comprising: a gas turbine having an inlet section , a compressor downstream from the inlet section , a combustion section downstream from the compressor , a turbine downstream from the combustion section and a generator for supplying power to a power grid (PG); and a power augmentation system , the power augmentation system comprising: a compressed air supply ; a compressed air storage tank in fluid communication with the compressed air supply ; and an expansion turbine disposed downstream from the compressed air storage tank , wherein an exhaust outlet of the expansion turbine is in fluid communication with at least one of the inlet section or the compressor of the gas turbine , wherein the compressed air supply includes an auxiliary compressor , characterised in that : the compressed air supply further includes the compressor of the gas turbine ; and both the auxiliary compressor and the compressor of the gas turbine are in fluid communication with the tank . a gas turbine having an inlet section , a compressor downstream from the inlet section , a combustion section downstream from the compressor , a turbine downstream from the combustion section and a generator for supplying power to a power grid (PG); and a power augmentation system , the power augmentation system comprising: a compressed air supply ; a compressed air storage tank in fluid communication with the compressed air supply ; and an expansion turbine disposed downstream from the compressed air storage tank , wherein an exhaust outlet of the expansion turbine is in fluid communication with at least one of the inlet section or the compressor of the gas turbine , a compressed air supply ; a compressed air storage tank in fluid communication with the compressed air supply ; and an expansion turbine disposed downstream from the compressed air storage tank , wherein an exhaust outlet of the expansion turbine is in fluid communication with at least one of the inlet section or the compressor of the gas turbine , wherein the compressed air supply includes an auxiliary compressor , characterised in that : the compressed air supply further includes the compressor of the gas turbine ; and both the auxiliary compressor and the compressor of the gas turbine are in fluid communication with the tank .
An apparatus adapted to answer a query, the apparatus comprising: a microphone adapted to receive a first query from a person; a sensor adapted to determine a first head direction of the person when the first query was received; and characterized by logic circuitry adapted to adjust an output of multiple speakers to project the answer to the first query in a direction that is based on the first head direction of the person. a microphone adapted to receive a first query from a person; a sensor adapted to determine a first head direction of the person when the first query was received; and characterized by logic circuitry adapted to adjust an output of multiple speakers to project the answer to the first query in a direction that is based on the first head direction of the person.
Method for manufacturing decorative paper for use in planar components, in particular for floor, wall, ceiling or furniture applications, wherein printing paper that can be resin-treated is printed with a decor by means of printing ink by a digital printing device by way of a digital printing method, wherein, for the printing, a non resin-treated printing paper that is free of any ink absorption layer on the printing side in the form of a gravure printing paper without a coating is used, in that water-containing ink is used as a printing ink, wherein a paper feed unit is connected upstream of the digital printing device , wherein a paper discharge unit is connected downstream and the printing paper is fed to the paper feed in roll form, is printed in the digital printing device and is rolled up again in the paper discharge unit as decorative paper, and in that the printing ink is heated immediately after the application to the printing paper , wherein the drop weight of the printing ink during printing lies between 4.0 ng and 50.0 ng and in that the printing speed is greater than 3 m 2 /hour.
A medical apparatus comprising: an acquirer configured to acquire information indicating a respiratory waveform of an object and acquires fluoroscopic images of the object captured in time series; an associator configured to associate a tracking value of a coordinate position of a target position, the tracking value fluctuating according to a respiratory phase of the object, based on the time-series fluoroscopic images, the target position being an identified position of the object; and a display controller configured to cause a display to display the respiratory waveform and a waveform of the tracking value of the coordinate position of the target position in a comparable form. an acquirer configured to acquire information indicating a respiratory waveform of an object and acquires fluoroscopic images of the object captured in time series; an associator configured to associate a tracking value of a coordinate position of a target position, the tracking value fluctuating according to a respiratory phase of the object, based on the time-series fluoroscopic images, the target position being an identified position of the object; and a display controller configured to cause a display to display the respiratory waveform and a waveform of the tracking value of the coordinate position of the target position in a comparable form.
A QR codeTM delineated from a background so as to have a code region on an object (R), comprising: a plurality of light-color modules exhibiting a reflectance property of light color when either light of a first wavelength band or light of a second wavelength band is radiated to the information code, the second wavelength band being different in wavelengths from the first wavelength band; a plurality of dark-color modules exhibiting a reflectance property of dark color when either the light of the first wavelength band or the light of the second wavelength band is radiated to the information code the light-color and dark-color modules being mapped in the code region to form three QR code position detection patterns (22a to 22c), said QR code consisting, in accordance with the QR code standard, of a plurality of adjacent blocks, each of said blocks divided into a data code block and an error-correction block; a covering (12; 13a; 13b; 13c; 111a) formed to cover a specified area (25; 26a - 26d) of the code region, wherein the three position detection patterns (22a to 22c) are positionally excluded from the specified area (25; 26a - 26d) in the code region , and said covering is transmissive to the light of the second wavelength and exhibits a reflectance property of dark color to the light of the first wavelength band characterized in that the specified area (25; 26a - 26d) is one of said data blocks or one of said error- correction blocks of the code region, and the covering (12; 13a; 13b; 13c; 111a) has the same two-dimensional form as said covered data block or said covered error-correction block. a plurality of light-color modules exhibiting a reflectance property of light color when either light of a first wavelength band or light of a second wavelength band is radiated to the information code, the second wavelength band being different in wavelengths from the first wavelength band; a plurality of dark-color modules exhibiting a reflectance property of dark color when either the light of the first wavelength band or the light of the second wavelength band is radiated to the information code the light-color and dark-color modules being mapped in the code region to form three QR code position detection patterns (22a to 22c), said QR code consisting, in accordance with the QR code standard, of a plurality of adjacent blocks, each of said blocks divided into a data code block and an error-correction block; a covering (12; 13a; 13b; 13c; 111a) formed to cover a specified area (25; 26a - 26d) of the code region, wherein the three position detection patterns (22a to 22c) are positionally excluded from the specified area (25; 26a - 26d) in the code region , and said covering is transmissive to the light of the second wavelength and exhibits a reflectance property of dark color to the light of the first wavelength band characterized in that the specified area (25; 26a - 26d) is one of said data blocks or one of said error- correction blocks of the code region, and the covering (12; 13a; 13b; 13c; 111a) has the same two-dimensional form as said covered data block or said covered error-correction block.