mhurhangee/patent-ind-claim-en huggingface dataset:
An airtrap for a medical or physiological fluid comprising: a head section having (i) a largest diameter extending perpendicular to a plane bisecting the airtrap or (ii) a largest width and height extending perpendicular to the plane bisecting the airtrap ; a medical or physiological fluid inlet provided by the head section , the head section extending generally horizontally to the medical or physiological fluid inlet when the airtrap is mounted for operation; an elongate tubular tail section , which when the airtrap is mounted for operation extends downwardly from the head section , the tubular tail section smaller in (a) diameter or (b) largest cross-sectional distance than (i) the largest diameter of the head section or (ii) the largest width or height of the head section , the tubular tail section including at least one smooth curve, jog and/or undulation positioned and arranged to cause fluid flowing from the head section , through the tubular tail section , to change direction at least one time; and a medical or physiological fluid outlet located at a distal end of the tubular tail section , beneath the medical or physiological fluid inlet when the airtrap is mounted for operation, such that air rises to a top of the head section via buoyancy, and wherein the at least one smooth curve, jog and/or undulation helps to dislodge air from the medical or physiological fluid. a head section having (i) a largest diameter extending perpendicular to a plane bisecting the airtrap or (ii) a largest width and height extending perpendicular to the plane bisecting the airtrap ; a medical or physiological fluid inlet provided by the head section , the head section extending generally horizontally to the medical or physiological fluid inlet when the airtrap is mounted for operation; an elongate tubular tail section , which when the airtrap is mounted for operation extends downwardly from the head section , the tubular tail section smaller in (a) diameter or (b) largest cross-sectional distance than (i) the largest diameter of the head section or (ii) the largest width or height of the head section , the tubular tail section including at least one smooth curve, jog and/or undulation positioned and arranged to cause fluid flowing from the head section , through the tubular tail section , to change direction at least one time; and a medical or physiological fluid outlet located at a distal end of the tubular tail section , beneath the medical or physiological fluid inlet when the airtrap is mounted for operation, such that air rises to a top of the head section via buoyancy, and wherein the at least one smooth curve, jog and/or undulation helps to dislodge air from the medical or physiological fluid.
A non-coaxial projection light source system, comprising a light source , a fluorescent wheel , and a converging shaping lens group located between the light source and the fluorescent wheel, a light combining assembly, wherein the light combining assembly comprises a light combining reflector , a beam shaping module , and a color-filter color wheel and a light rod which rotate synchronously with the fluorescent wheel, and radiating fluorescent light converged from the converging shaping lens group is emitted to the light combining reflector and then sequentially passes through the beam shaping module, the color-filter color wheel, and the light rod for light combining output; wherein excitation light emitted by the light source is emitted to the converging shaping lens group in an optical axis direction inclined to the converging shaping lens group and then is emitted to the fluorescent wheel, and the radiating fluorescent light generated by excitation on the fluorescent wheel is emitted to the converging shaping lens group and then is converged to a light path direction different from the excitation light to be output, so that light paths are staggered, characterized in that the excitation light emitted by the light source does not pass through the light combining reflector. a light combining assembly, wherein the light combining assembly comprises a light combining reflector , a beam shaping module , and a color-filter color wheel and a light rod which rotate synchronously with the fluorescent wheel, and radiating fluorescent light converged from the converging shaping lens group is emitted to the light combining reflector and then sequentially passes through the beam shaping module, the color-filter color wheel, and the light rod for light combining output; wherein excitation light emitted by the light source is emitted to the converging shaping lens group in an optical axis direction inclined to the converging shaping lens group and then is emitted to the fluorescent wheel, and the radiating fluorescent light generated by excitation on the fluorescent wheel is emitted to the converging shaping lens group and then is converged to a light path direction different from the excitation light to be output, so that light paths are staggered, characterized in that the excitation light emitted by the light source does not pass through the light combining reflector.
A multi-layered structure comprising: a core layer having a first side and a second side, wherein the core layer has a gas transmission rate of 0.05 to 0.1 cc/(m 2 24 hr atm) for N 2 measured at 23 degrees Celsius and 0 percent relative humidity; and a first cap layer, the first cap layer having a cap layer first side and a cap layer second side, the cap layer first side is adjacent with the first side of the core layer; wherein the first cap layer comprises a cap layer material comprising at least one polydiene polyol-based polyurethane, wherein the cap layer material further comprises an uncured rubber compound, wherein the uncured rubber compound includes less than 5 weight percent of volatile compounds, wherein the volatile compounds are volatile compounds released from the uncured rubber compound when the uncured rubber compound is heated to a temperature of about 200 degrees Celsius, and wherein the weight percent of volatile compounds is based on a total amount of uncured rubber composition present in the cap layer material. a core layer having a first side and a second side, wherein the core layer has a gas transmission rate of 0.05 to 0.1 cc/(m 2 24 hr atm) for N 2 measured at 23 degrees Celsius and 0 percent relative humidity; and a first cap layer, the first cap layer having a cap layer first side and a cap layer second side, the cap layer first side is adjacent with the first side of the core layer; wherein the first cap layer comprises a cap layer material comprising at least one polydiene polyol-based polyurethane, wherein the cap layer material further comprises an uncured rubber compound, wherein the uncured rubber compound includes less than 5 weight percent of volatile compounds, wherein the volatile compounds are volatile compounds released from the uncured rubber compound when the uncured rubber compound is heated to a temperature of about 200 degrees Celsius, and wherein the weight percent of volatile compounds is based on a total amount of uncured rubber composition present in the cap layer material.
A battery module , which includes a cell assembly comprising a plurality of pouch-type battery cells whose wide surfaces stand to be stacked in one direction, the battery module comprising: a pair of buffer pads disposed at both side surfaces of the cell assembly; a top plate and a bottom plate configured to cover a top portion and a bottom portion of the cell assembly, respectively; and a pair of side plates coupled to both ends of the top plate and the bottom plate by clinching or fitting so that the pair of buffer pads and the cell assembly are interposed between the pair of side plates, wherein the pair of side plates includes a bead portion depressed by a predetermined depth, and the pair of buffer pads have one surface with a shape corresponding to the bead portion, and the bead portion includes a first bead portion provided at a center region of the side plate and a second bead portion separately provided at a left side region and a right side region of the side plate with respect to the first bead portion and having a smaller area and a smaller depth than the first bead portion. a pair of buffer pads disposed at both side surfaces of the cell assembly; a top plate and a bottom plate configured to cover a top portion and a bottom portion of the cell assembly, respectively; and a pair of side plates coupled to both ends of the top plate and the bottom plate by clinching or fitting so that the pair of buffer pads and the cell assembly are interposed between the pair of side plates, wherein the pair of side plates includes a bead portion depressed by a predetermined depth, and the pair of buffer pads have one surface with a shape corresponding to the bead portion, and the bead portion includes a first bead portion provided at a center region of the side plate and a second bead portion separately provided at a left side region and a right side region of the side plate with respect to the first bead portion and having a smaller area and a smaller depth than the first bead portion.
A method for reducing blinking pixels in a display , comprising: detecting a first timing of activation of one or more emissive elements of the display; detecting a second timing of sensing pulses from a sensor arranged to detect radiation transmitted through the display; determining , based on the first timing and the second timing, a synchronized timing that staggers the activation of the one or more emissive elements of the display and the sensing pulses from the sensor; and dynamically altering , based on the determined synchronized timing, a subsequent timing of the sensing pulses from the sensor to reduce blinking of at least some of the pixels. detecting a first timing of activation of one or more emissive elements of the display; detecting a second timing of sensing pulses from a sensor arranged to detect radiation transmitted through the display; determining , based on the first timing and the second timing, a synchronized timing that staggers the activation of the one or more emissive elements of the display and the sensing pulses from the sensor; and dynamically altering , based on the determined synchronized timing, a subsequent timing of the sensing pulses from the sensor to reduce blinking of at least some of the pixels.
A sliding component comprising a plurality of dynamic pressure generation grooves formed in a sliding surface of the sliding component so as to be arranged in a circumferential direction and configured for generating a dynamic pressure on the sliding surface of the sliding component , wherein each of the dynamic pressure generation grooves includes: an introduction port which is formed in a first end side of the dynamic pressure generation grooves in a circumferential direction and which is open to a sealing target fluid side; a throttle portion communicating with the introduction port and having a narrowed flow path; and a lead-out port which is formed on a second end side of the dynamic pressure generation grooves opposed to the first end side in the circumferential direction, which communicates with the throttle portion and which is open to the sealing target fluid side, characterized in that the adjoining dynamic pressure generation grooves are isolated from each other by a seal surface in the circumferential direction such that the adjoining dynamic pressure generation grooves are in a non-communication state, the lead-out port which is opened to the sealing target fluid side is smaller than the introduction port which is opened to the sealing target fluid side. an introduction port which is formed in a first end side of the dynamic pressure generation grooves in a circumferential direction and which is open to a sealing target fluid side; a throttle portion communicating with the introduction port and having a narrowed flow path; and a lead-out port which is formed on a second end side of the dynamic pressure generation grooves opposed to the first end side in the circumferential direction, which communicates with the throttle portion and which is open to the sealing target fluid side, characterized in that the adjoining dynamic pressure generation grooves are isolated from each other by a seal surface in the circumferential direction such that the adjoining dynamic pressure generation grooves are in a non-communication state, the lead-out port which is opened to the sealing target fluid side is smaller than the introduction port which is opened to the sealing target fluid side.
A railway vehicle car , comprising a lower level and an upper level that are separated by an intermediate floor , the intermediate floor defining an opening emerging on the upper level and on the lower level , the intermediate floor also defining a bridge extending at least partially along the opening , the bridge connecting a first longitudinal end and a second longitudinal end of the car to the upper level , characterized in that the circulation of passengers is blocked on the lower level at least at one of the first longitudinal end and the second longitudinal end , wherein the car is intended for dining for travelers, the lower level comprising a preparation area and a dining area , the preparation area extending continuously between a first side wall and a second side wall of the car , over an entire width of the lower level .
A tissue treatment device comprising an elongate shaft having a distal end ; a heating element disposed at the distal end of the shaft , the heating element having a proximal end and a distal end ; by a first electrical pathway configured to extend between a power source, the proximal end of the heating element , and the distal end of the heating element , and defining a first treatment length extending between the proximal and distal ends of the heating element ; and a second electrical pathway, wherein the heating element is an electrically resistive coil, characterised in that the second electrical pathway is configured to extend between the power source, the distal end of the heating element , and an intermediate point along the heating element intermediate the proximal and distal ends thereof, and defining a second treatment length extending between the intermediate point and the distal end of the heating element , wherein the intermediate point (3 4) is offset from the lengthwise center of the heating element . a heating element disposed at the distal end of the shaft , the heating element having a proximal end and a distal end ; by a first electrical pathway configured to extend between a power source, the proximal end of the heating element , and the distal end of the heating element , and defining a first treatment length extending between the proximal and distal ends of the heating element ; and a second electrical pathway, wherein the heating element is an electrically resistive coil, characterised in that the second electrical pathway is configured to extend between the power source, the distal end of the heating element , and an intermediate point along the heating element intermediate the proximal and distal ends thereof, and defining a second treatment length extending between the intermediate point and the distal end of the heating element , wherein the intermediate point (3 4) is offset from the lengthwise center of the heating element .
A needle-type heater , comprising a needle-shaped heating body and a heat generating element , wherein the needle-shaped heating body includes a tapered cap and a heater base connected to a bottom portion of the tapered cap , wherein the heat generating element is attached to the heater base by means of a print coating process, characterized in that the heater base is configured as an elliptical cylinder, that a short diameter of the elliptical cylinder does not exceed 2.5 mm, that the long diameter of the elliptical cylinder does not exceed 6.5 mm, that the length of the elliptical cylinder ranges between 10 mm and 25 mm, and that an eccentricity of the elliptical cylinder ranges between 0.05 and 0.9.
An autonomous driving method enabling a vehicle to maintain a driving situation immediately behind a target vehicle, comprising : - A step (E2) of detecting and recording distinctive characteristics of the target vehicle by first detecting means - A step (E3) of autonomous driving immediately behind said target vehicle performed by autonomous driving means , - A step of detecting by second detecting means a situation in which said vehicle is no longer or will no longer be in a driving situation immediately behind said target vehicle, - A step (E4) of checking by control means the possibility of carrying out at least one lane change according to a predefined scenario, - Characterised in that it further comprises : a step (E5) of carrying out by the autonomous driving means said at least one lane change according to said predefined scenario so as to allow said vehicle to resume the driving situation immediately behind the target vehicle, and a subsequent step (E8) of recognition of the target vehicle by the first detection means on the basis of the distinctive characteristics recorded during the step (E2) of detecting and recording distinctive characteristics of the target vehicle. - A step (E2) of detecting and recording distinctive characteristics of the target vehicle by first detecting means - A step (E3) of autonomous driving immediately behind said target vehicle performed by autonomous driving means , - A step of detecting by second detecting means a situation in which said vehicle is no longer or will no longer be in a driving situation immediately behind said target vehicle, - A step (E4) of checking by control means the possibility of carrying out at least one lane change according to a predefined scenario, - Characterised in that it further comprises : a step (E5) of carrying out by the autonomous driving means said at least one lane change according to said predefined scenario so as to allow said vehicle to resume the driving situation immediately behind the target vehicle, and a subsequent step (E8) of recognition of the target vehicle by the first detection means on the basis of the distinctive characteristics recorded during the step (E2) of detecting and recording distinctive characteristics of the target vehicle. a step (E5) of carrying out by the autonomous driving means said at least one lane change according to said predefined scenario so as to allow said vehicle to resume the driving situation immediately behind the target vehicle, and a subsequent step (E8) of recognition of the target vehicle by the first detection means on the basis of the distinctive characteristics recorded during the step (E2) of detecting and recording distinctive characteristics of the target vehicle.
Treatment kit (10; 130; 140, 160) comprising - a first implant , the first implant comprising a first tubular body defining a window ; - a second implant comprising a second tubular body intended to be disposed in the window of the first tubular body so as to protrude relative to the first implant , the second implant comprising a member for retaining the second implant with respect to the first implant ; - a ring for retaining the second implant assembled on the first tubular body in the window and delimiting a passage for introducing the second implant , the retaining ring being elastically deformable in the window to enable a reversible increase of at least 20%, advantageously of at least 30% of the outer contour of the introduction passage , and the retaining ring comprising an envelope assembled on the first body around the window , the envelope defining a housing extending at least partially around the window , the retaining ring comprising an elastic member , in particular a spring disposed in the housing , the elastic member advantageously having an annular shape, characterised in that the envelope comprises an outer collar , an inner collar and a central tubular wall connecting the inner edges of the collars , and the tubular wall of the tubular body is partially received in the housing defined between the collars . - a first implant , the first implant comprising a first tubular body defining a window ; - a second implant comprising a second tubular body intended to be disposed in the window of the first tubular body so as to protrude relative to the first implant , the second implant comprising a member for retaining the second implant with respect to the first implant ; - a ring for retaining the second implant assembled on the first tubular body in the window and delimiting a passage for introducing the second implant , the retaining ring being elastically deformable in the window to enable a reversible increase of at least 20%, advantageously of at least 30% of the outer contour of the introduction passage , and the retaining ring comprising an envelope assembled on the first body around the window , the envelope defining a housing extending at least partially around the window , the retaining ring comprising an elastic member , in particular a spring disposed in the housing , the elastic member advantageously having an annular shape, characterised in that the envelope comprises an outer collar , an inner collar and a central tubular wall connecting the inner edges of the collars , and the tubular wall of the tubular body is partially received in the housing defined between the collars .
User equipment, UE , for a cellular communication system , said UE comprising: means for communicating, in a communication cell (C1) operated by a base station apparatus of said communication system , using communication resources; means for obtaining, based on reference signals transmitted by the base station apparatus , a respective measure of communication quality within a block of contiguous physical resource blocks, PRBs associated with each of a subset of said communication resources in at least one subframe in the communication cell (C1) and for providing information identifying said measures of communication quality to said base station apparatus ; the user equipment characterised by : means for determining, based on said measures of communication quality, to use a specific search space to search for control information transmitted on a control channel by said base station apparatus ; and means for searching for control information in said specific search space. means for communicating, in a communication cell (C1) operated by a base station apparatus of said communication system , using communication resources; means for obtaining, based on reference signals transmitted by the base station apparatus , a respective measure of communication quality within a block of contiguous physical resource blocks, PRBs associated with each of a subset of said communication resources in at least one subframe in the communication cell (C1) and for providing information identifying said measures of communication quality to said base station apparatus ; the user equipment characterised by : means for determining, based on said measures of communication quality, to use a specific search space to search for control information transmitted on a control channel by said base station apparatus ; and means for searching for control information in said specific search space. means for determining, based on said measures of communication quality, to use a specific search space to search for control information transmitted on a control channel by said base station apparatus ; and means for searching for control information in said specific search space.