mhurhangee/ep-ind-claims huggingface dataset:
A disposable fluid-handling cassette for use in a peritoneal dialysis system, the fluid-handling cassette comprising a plurality of spikes for receiving dialysate solution, each of the plurality of spikes covered by a removable spike cap (63, 64) that seals the spike closed, each of said spikes having a base and characterized in that each spike cap includes ribs (66, 67) arranged to provide a snug fit between the spike cap and the base of the spike while permitting an external gas or fluid to make contact with the outside of the base of the spike, wherein the ribs (66, 67) may be oriented longitudinally, circumferentially, or in any other orientation, wherein the ribs (66, 67), if oriented circumferentially, have interruptions or gaps (66a, 67a) along their circumference, to permit gas or fluid external to the cassette to flow over the base of spike, and wherein each spike cap further includes a circumferentially intact sealing rib arranged to make a sealing engagement between the spike cap (63, 64) and the base of the spike, thereby sealing off the base 160c from the rest of the external surface of the spike. each spike cap includes ribs (66, 67) arranged to provide a snug fit between the spike cap and the base of the spike while permitting an external gas or fluid to make contact with the outside of the base of the spike, wherein the ribs (66, 67) may be oriented longitudinally, circumferentially, or in any other orientation, wherein the ribs (66, 67), if oriented circumferentially, have interruptions or gaps (66a, 67a) along their circumference, to permit gas or fluid external to the cassette to flow over the base of spike, and wherein each spike cap further includes a circumferentially intact sealing rib arranged to make a sealing engagement between the spike cap (63, 64) and the base of the spike, thereby sealing off the base 160c from the rest of the external surface of the spike.
Lighting and/or signalling device comprising a housing closed by a lens and inside which a printed circuit board is disposed, fixed to one wall of the housing, said board carrying a light-emitting diode suitable for emitting a light beam propagated by a light guide disposed opposite said diode and which extends in the housing along said lens, characterised in that a distal end of the light guide comprises a fixing plate provided with positive-location holes cooperating with positive-location pins extending axially so as to project from the printed circuit board, and in that a mask is fixed to said wall of the housing, covering said distal end of the light guide so that the plate fixed to the guide is gripped between the mask and the printed circuit board so as to hold the guide in position by axial stacking of parts, parallel to the axis of the positive-location pins.
An antenna system, comprising: a plurality of electronically steerable antennas (110, 150) configured to be operable at different frequencies, each of the antennas comprising a feed (120, 160) configured to launch a surface wave and surface-wave waveguides (130,170) connected to the feed (120, 160), wherein the surface-wave waveguides (130, 170) of the antennas operable at different frequencies are interleaved with each other; wherein the plurality of electronically steerable antennas comprise: a first antenna configured to be operable at a first frequency, the first antenna comprising first waveguides; and a second antenna configured to be operable at a second frequency different from the first frequency, the second antenna comprising second waveguides, wherein the first waveguides of the first antenna and the second waveguides of the second antenna are interleaved with each other; the antenna system further comprising: a first ground layer for the first waveguides; and a second ground layer for the second waveguides. a plurality of electronically steerable antennas (110, 150) configured to be operable at different frequencies, each of the antennas comprising a feed (120, 160) configured to launch a surface wave and surface-wave waveguides (130,170) connected to the feed (120, 160), wherein the surface-wave waveguides (130, 170) of the antennas operable at different frequencies are interleaved with each other; wherein the plurality of electronically steerable antennas comprise: a first antenna configured to be operable at a first frequency, the first antenna comprising first waveguides; and a second antenna configured to be operable at a second frequency different from the first frequency, the second antenna comprising second waveguides, wherein the first waveguides of the first antenna and the second waveguides of the second antenna are interleaved with each other; the antenna system further comprising: a first ground layer for the first waveguides; and a second ground layer for the second waveguides. a first antenna configured to be operable at a first frequency, the first antenna comprising first waveguides; and a second antenna configured to be operable at a second frequency different from the first frequency, the second antenna comprising second waveguides, wherein the first waveguides of the first antenna and the second waveguides of the second antenna are interleaved with each other; the antenna system further comprising: a first ground layer for the first waveguides; and a second ground layer for the second waveguides. a first ground layer for the first waveguides; and a second ground layer for the second waveguides.
A method of controlling transmission power in a mobile communication system which comprises a plurality of mobile stations, a plurality of base stations, and a radio network controller, said method comprising the steps of: a mobile station transmitting a first data flow to a base station of a first group with a first power offset to a pilot signal, and transmitting a second data flow to a base station of a second group; said base station of said first group controlling retransmission of said first data flow, calculating required level of said first power offset based on an occurrence of retransmission, and signaling said required level to said radio network controller; said base station of said second group receiving the second data flow, and sending the received second data flow to said radio network controller; said radio network controller combining the second data flow sent from said base station of said second group, controlling said pilot signal power based on a reception error of said second data flow, calculating said first power offset based on said signaled required level of the first power offset, and signaling said calculated first power offset to said mobile station; and said mobile station updating the first power offset to said signaled first power offset. a mobile station transmitting a first data flow to a base station of a first group with a first power offset to a pilot signal, and transmitting a second data flow to a base station of a second group; said base station of said first group controlling retransmission of said first data flow, calculating required level of said first power offset based on an occurrence of retransmission, and signaling said required level to said radio network controller; said base station of said second group receiving the second data flow, and sending the received second data flow to said radio network controller; said radio network controller combining the second data flow sent from said base station of said second group, controlling said pilot signal power based on a reception error of said second data flow, calculating said first power offset based on said signaled required level of the first power offset, and signaling said calculated first power offset to said mobile station; and said mobile station updating the first power offset to said signaled first power offset.
A dual mode communications interface device for use within a portable electronic device, comprising: a housing for positioning in an opening of an outer case of the portable electronic device, the housing comprising an electro-mechanical push-button switch which is adapted to be accessible via the exterior of the portable electronic device, the housing comprising one or more surfaces that form a light pipe for providing at least a portion of an infrared communications pathway coupled to one or more processing devices carried within the portable electronic device, the light pipe comprising at least one of: all or part of the push-button and an outer flange surrounding the pushbutton, wherein the housing carries an infrared emitter couplable to the one or more processing devices and an infrared receiver couplable to the one or more processing devices. a housing for positioning in an opening of an outer case of the portable electronic device, the housing comprising an electro-mechanical push-button switch which is adapted to be accessible via the exterior of the portable electronic device, the housing comprising one or more surfaces that form a light pipe for providing at least a portion of an infrared communications pathway coupled to one or more processing devices carried within the portable electronic device, the light pipe comprising at least one of: all or part of the push-button and an outer flange surrounding the pushbutton, wherein the housing carries an infrared emitter couplable to the one or more processing devices and an infrared receiver couplable to the one or more processing devices.
A method for detecting a color of light received from a scene by a Time-of-Flight, ToF, sensor, the method comprising: applying a first electrical potential to a first modulation gate of a sensor pixel of the ToF sensor during a plurality of exposure times of the ToF sensor, wherein a value of the first electrical potential is equal for the plurality of exposure times; applying a second electrical potential to a second modulation gate of the sensor pixel during the plurality of exposure times, wherein the second electrical potential is different from the first electrical potential, wherein a value of the second electrical potential is different for each of the plurality of exposure times; receiving data indicating a respective first amount of charge collected at a first charge storage of the sensor pixel during the plurality of exposure times and a respective second amount of charge collected at a second charge storage of the sensor pixel during the plurality of exposure times; determining for the plurality of exposure times a respective ratio value representing a ratio of the respective first amount of charge to the respective second amount of charge; determining a slope of a course of the determined ratio values with respect to the values of the second electrical potential used for the plurality of exposure times; and determining the color of the light received by the sensor pixel based on the slope. applying a first electrical potential to a first modulation gate of a sensor pixel of the ToF sensor during a plurality of exposure times of the ToF sensor, wherein a value of the first electrical potential is equal for the plurality of exposure times; applying a second electrical potential to a second modulation gate of the sensor pixel during the plurality of exposure times, wherein the second electrical potential is different from the first electrical potential, wherein a value of the second electrical potential is different for each of the plurality of exposure times; receiving data indicating a respective first amount of charge collected at a first charge storage of the sensor pixel during the plurality of exposure times and a respective second amount of charge collected at a second charge storage of the sensor pixel during the plurality of exposure times; determining for the plurality of exposure times a respective ratio value representing a ratio of the respective first amount of charge to the respective second amount of charge; determining a slope of a course of the determined ratio values with respect to the values of the second electrical potential used for the plurality of exposure times; and determining the color of the light received by the sensor pixel based on the slope.
Station (10,110) for the realization of coloring effects in a mix for the production of slabs, comprising: - a working surface intended to accommodate a temporary support with a basic mix layer for the formation of a slab; - at least one dye dispensing device for emitting dyes towards the working surface so as to deposit them on the basic mix layer on the temporary support accommodated on the working surface; - movement means (18, 118) for the relative movement of the dispensing device above the working surface; - a control system connected to the movement means (18,118) for controlling the displacement of the dispensing device on the working surface so as to follow trajectories along which dyes are emitted towards the mix layer; - at least one tool (30, 31) movable with the movement means (18, 118) and intended to interact mechanically with areas of the mix layer on the temporary support accommodated on the working surface which receive or are intended to receive the dyes emitted by the dispensing device to achieve coloring effects in the mix; characterized by at least one store for a plurality of tools (30, 31) and means for controlled pick-up of a selected tool from the store. - a working surface intended to accommodate a temporary support with a basic mix layer for the formation of a slab; - at least one dye dispensing device for emitting dyes towards the working surface so as to deposit them on the basic mix layer on the temporary support accommodated on the working surface; - movement means (18, 118) for the relative movement of the dispensing device above the working surface; - a control system connected to the movement means (18,118) for controlling the displacement of the dispensing device on the working surface so as to follow trajectories along which dyes are emitted towards the mix layer; - at least one tool (30, 31) movable with the movement means (18, 118) and intended to interact mechanically with areas of the mix layer on the temporary support accommodated on the working surface which receive or are intended to receive the dyes emitted by the dispensing device to achieve coloring effects in the mix;
A wood-type golf club head, comprising: a face member including a ball striking face, wherein an interior portion of the face member includes at least a portion of a fastener system, wherein the fastener system includes a first fastener element and a second fastener element; a body member engaged with the face member, wherein the body member includes at least a crown portion, wherein the face member and the body member at least in part define an interior chamber; a weight system provided along at least some part of a rear perimeter portion of the golf club head; a damping element provided at least partially within the interior chamber; and a connection system extending from or through the weight system to the face member, the connection system engaging the fastener system, wherein the connection system includes a first connection element engaging the first fastener element and a second connection element engaging the second fastener element. a face member including a ball striking face, wherein an interior portion of the face member includes at least a portion of a fastener system, wherein the fastener system includes a first fastener element and a second fastener element; a body member engaged with the face member, wherein the body member includes at least a crown portion, wherein the face member and the body member at least in part define an interior chamber; a weight system provided along at least some part of a rear perimeter portion of the golf club head; a damping element provided at least partially within the interior chamber; and a connection system extending from or through the weight system to the face member, the connection system engaging the fastener system, wherein the connection system includes a first connection element engaging the first fastener element and a second connection element engaging the second fastener element.
A motor denoising structure applied to vacuum cleaners, wherein a motor is mounted and fixed through two or more flexible supports on both sides of the motor; the flexible support is a resilient support having a supporting function; this motor denoising structure further comprises a motor cover, the flexible support on both sides of the motor being connected and fixed on the motor cover; a lower portion of the motor is suspended inside the motor cover, characterized in that the flexible support is a flexible metal sheet.
A stationary batch asphalt mix plant comprising a source of electricity, a microwave energy system powered by the source of electricity, wave guides directing and containing microwave energy into one or more heating vessels, a conveyor and dragline to move unheated Reclaimed Asphalt Pavement RAP or Reclaimed Asphalt Shingles RAS or both and optionally aggregate and optionally asphalt binder or asphalt emulsion to form an asphalt mix from a hopper to the one or more heating vessels containing one or more agitation mechanisms to provide mixing of all components of the formed asphalt mix during heating, wherein each of the one or more agitation mechanisms comprises a plurality of paddles that move the formed asphalt mix from one side of the one or more heating vessels to the other side during heating, and a silo for storing finished asphalt mix heated in the one or more heating vessels with microwave energy.
A servovalve comprising: a fluid transfer valve assembly comprising a supply port and a control port; a moveable valve spool arranged to regulate flow of fluid from the supply port to the control port in response to a control signal; and a drive assembly (18', 19') configured to axially move the valve spool relative to the fluid transfer assembly in response to the control signal to regulate the fluid flow; wherein the drive assembly comprises a steerable member moveable by an amount determined by the control signal to cause corresponding movement of the valve spool; the drive assembly further comprising piezoelectric actuator means (60a, 60b) configured to move said steerable member in response to the control signal; characterised in that the piezoelectric actuator means comprises two piezoelectric elements (60a, 60b) mounted on opposite sides of the steerable member arranged to impart movement to the steerable member via two elastic elements (70a, 70b), one provided between each of the piezoelectric elements and a respective side of the steerable member.
A medical device delivery system comprising: a catheter; an expandable device disposed on an end of the catheter; a sheath disposed around the expandable device and having a first configuration to retain the expandable device in a first outer peripheral dimension, the sheath having a second configuration to allow expansion of the expandable device to a second outer peripheral dimension larger than the first outer peripheral dimension; a release line extending through and maintaining the sheath in the first configuration, and being removable to allow actuation of the sheath to the second configuration; and a leash line forming a releasable interconnection between the catheter and the expandable device, the leash line having a loop for receiving the release line therethrough and retaining the interconnection between the catheter and the expandable device after removal of the release line from the sheath. a catheter; an expandable device disposed on an end of the catheter; a sheath disposed around the expandable device and having a first configuration to retain the expandable device in a first outer peripheral dimension, the sheath having a second configuration to allow expansion of the expandable device to a second outer peripheral dimension larger than the first outer peripheral dimension; a release line extending through and maintaining the sheath in the first configuration, and being removable to allow actuation of the sheath to the second configuration; and a leash line forming a releasable interconnection between the catheter and the expandable device, the leash line having a loop for receiving the release line therethrough and retaining the interconnection between the catheter and the expandable device after removal of the release line from the sheath.
A plasma nozzle (20,120) comprising: a nozzle body; a liner material (23,123) arranged within the nozzle body; and the liner material having a higher melting temperature than the nozzle body and the liner material comprising one of: a Tungsten alloy having a wall thickness significantly greater than 0.25 mm; and aTungsten alloy having a wall thickness greater than 0.5 mm; and Molybdenum having a wall thickness of between about 0.25 mm and about 1.25 mm; and Silver having a wall thickness of between about 0.25 mm and about 1.25 mm; and Iridium having a wall thickness of between about 0.25 mm and about 1.25 mm; wherein the plasma nozzle is for a plasma rocket. a nozzle body; a liner material (23,123) arranged within the nozzle body; and the liner material having a higher melting temperature than the nozzle body and the liner material comprising one of: a Tungsten alloy having a wall thickness significantly greater than 0.25 mm; and aTungsten alloy having a wall thickness greater than 0.5 mm; and Molybdenum having a wall thickness of between about 0.25 mm and about 1.25 mm; and Silver having a wall thickness of between about 0.25 mm and about 1.25 mm; and Iridium having a wall thickness of between about 0.25 mm and about 1.25 mm; a Tungsten alloy having a wall thickness significantly greater than 0.25 mm; and aTungsten alloy having a wall thickness greater than 0.5 mm; and Molybdenum having a wall thickness of between about 0.25 mm and about 1.25 mm; and Silver having a wall thickness of between about 0.25 mm and about 1.25 mm; and Iridium having a wall thickness of between about 0.25 mm and about 1.25 mm; wherein the plasma nozzle is for a plasma rocket.
A wear resistance member (29; 43; 63) for a centrifugal separator comprising a bowl rotating in use in a direction of rotation around an axis of rotation extending in a longitudinal direction of the bowl, said bowl comprising a conical part with a narrow discharge end comprising a radial surface; an end member opposite the radial surface; a number of distance members extending between the radial surface and the end member and providing outlet openings between adjacent distance members, said distance members having an axial extend in an axial direction of the axis of rotation and a circumferential extend perpendicular to the axial extend, characterized in being shaped as a bushing member (29; 43; 63) having a mantle portion (31; 43a; 67) for surrounding a respective distance member at least around a sufficient portion of a circumferential extend of said distance member to prevent removal of the bushing member (29; 43; 63) in a direction perpendicular to an axial direction.