mhurhangee/ep-ind-claims huggingface dataset:
A wireless repeater system comprising: a wireless repeater comprising a short-range antenna associated with a short-range communication channel, a tower-side antenna, a mobile-side antenna, and a base unit comprising a bidirectional amplifier operative for amplifying and repeating duplex telecommunication signals transmitted over the tower-side and mobile-side antennas; an external device operative to communicate with the wireless repeater via the short-range antenna; a remote booster application running on the wireless repeater cooperatively operating with a remote booster application running on the external device via communications transmitted over the short-range antenna; the remote booster application running on the external device and the remote booster application running on the wireless repeater operative for autonomous registration of the wireless repeater with the external device over the short-range communication; the wireless repeater operative for activating the bidirectional amplifier in response to the autonomous registration, and deactivating the bidirectional amplifier in response to absence of the autonomous registration for a predetermined period; said wireless repeater system further comprising: a first signal strength indicator located on the external device operative to display signal strength information received from the wireless repeater; wherein the signal strength information is transmitted from the wireless repeater to the external device via the short-range antenna without utilizing the tower-side antenna or the mobile-side antenna; and wherein said first signal strength indicator displays signal strength information for communications received by the wireless repeater via the tower-side antenna. a wireless repeater comprising a short-range antenna associated with a short-range communication channel, a tower-side antenna, a mobile-side antenna, and a base unit comprising a bidirectional amplifier operative for amplifying and repeating duplex telecommunication signals transmitted over the tower-side and mobile-side antennas; an external device operative to communicate with the wireless repeater via the short-range antenna; a remote booster application running on the wireless repeater cooperatively operating with a remote booster application running on the external device via communications transmitted over the short-range antenna; the remote booster application running on the external device and the remote booster application running on the wireless repeater operative for autonomous registration of the wireless repeater with the external device over the short-range communication; a first signal strength indicator located on the external device operative to display signal strength information received from the wireless repeater; wherein the signal strength information is transmitted from the wireless repeater to the external device via the short-range antenna without utilizing the tower-side antenna or the mobile-side antenna; and wherein said first signal strength indicator displays signal strength information for communications received by the wireless repeater via the tower-side antenna.
A tool for piercing nuts, comprising a die part and a punch part; a piercing nut feeder incorporated into the punch part; and a press; the punch part including a piercing nut holder; the piercing nut feeder adapted to feed piercing nuts into the piercing nut holder; the piercing nut designed to punch a hole into and be attached to a metal sheet that is inserted between the punch part and the die part; the press designed to cause the punch part to be pressed against the die part and to cause the piercing nut to punch a hole into and be attached to the metal sheet that is inserted between the punch part and the corresponding die part; the press including a gas spring, comprising a cylinder and a piston, which is movably arranged in the cylinder, which is aligned with the press and arranged between the press and the punch part; the cylinder is designed to receive a gas at a set pressure to cause the piston to move within the cylinder, and the pressure in the cylinder is settable for adjusting the pressure exerted upon the piercing nut by the punch part, characterised in that the gas spring comprising a plurality of cylinders and pistons, each of the pistons is designed to engage one of the punch parts and to cause said punch part to move toward the die part, the plurality of cylinders are connected with each other in series so as to be pressurized by a common source of compressed gas, the pistons have a maximum stroke in the cylinders of about 12 mm, and the gas spring is designed to perform a damping motion when the tool bottoms when fastening a piercing nut, the damping motion being greater than 0.1 mm.
A safety catheter assembly comprising: a catheter hub comprising a valve and a valve opener for opening the valve; a catheter tube attached to the catheter hub; a needle hub; a needle attached to the needle hub and projecting through the catheter tube; a needle guard positioned in an interior cavity of the catheter hub or an interior cavity of a third hub located proximally of the catheter hub; wherein the needle guard comprises a proximal wall having a perimeter defining an opening and two arms (134, 136) each comprising an end (138,140); characterized in that a support biases the two ends (138, 140) of the needle guard away from the needle in a ready position and the support is spaced from the proximal opening of the proximal wall in the ready position and a protective position. a catheter hub comprising a valve and a valve opener for opening the valve; a catheter tube attached to the catheter hub; a needle hub; a needle attached to the needle hub and projecting through the catheter tube; a needle guard positioned in an interior cavity of the catheter hub or an interior cavity of a third hub located proximally of the catheter hub; wherein the needle guard comprises a proximal wall having a perimeter defining an opening and two arms (134, 136) each comprising an end (138,140); characterized in that a support biases the two ends (138, 140) of the needle guard away from the needle in a ready position and the support is spaced from the proximal opening of the proximal wall in the ready position and a protective position.
An electric motor comprising: a stator including a stator core around which a winding is wound; a rotor including: a rotation body including a permanent magnet extending circumferentially and facing the stator, and a shaft passing through a shaft center of the rotation body; a pair of bearings rotatably supporting the shaft; and a pair of brackets (17, 24) fixing the bearings, wherein the rotation body further includes: an outer iron core located in an outer side of the rotation body; an inner iron core fixed to the shaft; and a dielectric layer (29, 30) located between the outer and inner iron cores; and characterized in that the dielectric layer (29, 30) includes at least two dielectric bodies different in dielectric constant. a stator including a stator core around which a winding is wound; a rotor including: a rotation body including a permanent magnet extending circumferentially and facing the stator, and a shaft passing through a shaft center of the rotation body; a rotation body including a permanent magnet extending circumferentially and facing the stator, and a shaft passing through a shaft center of the rotation body; a pair of bearings rotatably supporting the shaft; and a pair of brackets (17, 24) fixing the bearings, wherein the rotation body further includes: an outer iron core located in an outer side of the rotation body; an inner iron core fixed to the shaft; and a dielectric layer (29, 30) located between the outer and inner iron cores; and characterized in that the dielectric layer (29, 30) includes at least two dielectric bodies different in dielectric constant. an outer iron core located in an outer side of the rotation body; an inner iron core fixed to the shaft; and a dielectric layer (29, 30) located between the outer and inner iron cores; and characterized in that the dielectric layer (29, 30) includes at least two dielectric bodies different in dielectric constant.
Stator core for a variable reluctance type angle sensor, said stator core comprising: an at least partly ferromagnetic core having a yoke and a plurality of poles which extend from the yoke radially inward toward or outward from a central axis of the core, wherein an excitation winding and at least one output winding can be mounted on the poles, wherein the yoke has an essentially circular shape and wherein said poles are arranged around a circumference of said yoke in a way that at least one pole-free region is provided in a first segment of the circumference, wherein no poles are arranged in the first segment comprising the pole-free region; characterized in that the first segment comprises a connector opening passing through the yoke for receiving a connector so that the connector opening is located within a same radial distance from the central axis as the poles. an at least partly ferromagnetic core having a yoke and a plurality of poles which extend from the yoke radially inward toward or outward from a central axis of the core, wherein an excitation winding and at least one output winding can be mounted on the poles, wherein the yoke has an essentially circular shape and wherein said poles are arranged around a circumference of said yoke in a way that at least one pole-free region is provided in a first segment of the circumference, wherein no poles are arranged in the first segment comprising the pole-free region; characterized in that the first segment comprises a connector opening passing through the yoke for receiving a connector so that the connector opening is located within a same radial distance from the central axis as the poles.
An open banknote path system, the system comprising: a first banknote path plate and a second banknote path plate coupled to a frame, wherein the first banknote path plate and the second banknote path plate are disposed a distance apart; a banknote path disposed in a space between the first banknote path plate and the second banknote path plate; and a plurality of rollers each coupled to one of the first banknote path plate and the second banknote path plate, wherein each one of the plurality of rollers forms a banknote pinch point with another one of the plurality of rollers; characterized in that each of the first and second banknote path plate (207, 208) includes first and second angled ends along first and second open sides of the banknote path in the travel direction of a banknote extending out obliquely from either side of a central portion of the banknote path to create widening areas of the banknote path that are wider than the central portion of the banknote path. a first banknote path plate and a second banknote path plate coupled to a frame, wherein the first banknote path plate and the second banknote path plate are disposed a distance apart; a banknote path disposed in a space between the first banknote path plate and the second banknote path plate; and a plurality of rollers each coupled to one of the first banknote path plate and the second banknote path plate, wherein each one of the plurality of rollers forms a banknote pinch point with another one of the plurality of rollers; characterized in that each of the first and second banknote path plate (207, 208) includes first and second angled ends along first and second open sides of the banknote path in the travel direction of a banknote extending out obliquely from either side of a central portion of the banknote path to create widening areas of the banknote path that are wider than the central portion of the banknote path.
A method for reducing nitrogen oxide emissions in oxyfuel combustion, the method comprising supplying in a furnace of a circulating fluidized bed boiler at least one primary gas flow and at least one secondary gas flow, which primary gas and secondary gas have been produced by mixing oxygen and circulated flue gas together, characterized by adjusting the oxygen content of the primary gas such that at the bottom of the furnace is formed a reducing zone, and adjusting the oxygen content of the secondary gas such that the above reducing zone is formed an oxidizing zone, wherein the oxygen contents of the primary gas and the secondary gas are adjusted by changing the ratio of oxygen to circulated flue gas in said gas flows (15, 16), supplying in the furnace two or more secondary gas flows at least two different heights, and adjusting the oxygen contents of the secondary gas flows supplied at different heights different from each other.
A mat member, comprising an inorganic fiber and an organic binder, characterized in that the mat member further includes: a material which expands at a temperature of 130°C to 200°C; and a blowing agent which expands in a temperature region exceeding 200°C. a material which expands at a temperature of 130°C to 200°C; and a blowing agent which expands in a temperature region exceeding 200°C.
Sensor unit, comprising a sensor for sensing a variable of an ambient gas, an actuator for supplying the ambient gas to the sensor, and one or more components contributing to measurement results provided by the sensor, characterized by an estimator adapted for determining an ambient value of the variable absent the contribution of the one or more components dependent on a first measurement result provided by the sensor in response to a first activation state of the actuator and a second measurement result provided by the sensor in response to a second activation state of the actuator different from the first activation state, wherein the estimator is adapted to monitor the activation state of the actuator and to accept two measurement results provided by the sensor as the first and the second measurement result if a corresponding second activation state deviates from a corresponding first activation state by a minimum margin. a sensor for sensing a variable of an ambient gas, an actuator for supplying the ambient gas to the sensor, and one or more components contributing to measurement results provided by the sensor, characterized by an estimator adapted for determining an ambient value of the variable absent the contribution of the one or more components dependent on a first measurement result provided by the sensor in response to a first activation state of the actuator and a second measurement result provided by the sensor in response to a second activation state of the actuator different from the first activation state, wherein the estimator is adapted to monitor the activation state of the actuator and to accept two measurement results provided by the sensor as the first and the second measurement result if a corresponding second activation state deviates from a corresponding first activation state by a minimum margin.
An assembly for deploying an implant into an aneurysm in a vessel, comprising: a tubular member having a longitudinal axis, a wall defining a lumen having a lumen cross-sectional dimension along the axis, and a distal portion having an inner cross-sectional dimension, less than the lumen cross-sectional dimension, and a distal end; a coil implant having an enlarged proximal end within the lumen; and a core wire extending within the lumen and contacting the enlarged end at a contact point, the core wire comprising a region having a cross-section that is, in a plane transverse to the longitudinal axis and intersecting the contact point, substantially crescent shaped; wherein a length of a line segment extending in a plane orthogonal to the longitudinal axis from an outer surface of the enlarged end, through the contact point, and to an outer surface of the core wire is greater than the lumen cross-sectional dimension, such that the enlarged end is blocked from moving within the lumen distally entirely past the distal end when the core wire and enlarged end are positioned radially adjacent each other within the lumen; wherein the tubular member has a reduced portion, proximal to the distal and wherein the core wire extends through the reduced portion and comprises a stopper characterised in that the reduced portion has a non-circular first cross-sectional profile and the stopper has a second cross-sectional profile, wherein the stopper has (i) a first rotational state relative to the reduced portion wherein the stopper is aligned with the reduced portion such that the proximal travel of the stopper through the reduced portion is limited, and (ii) a second rotational state relative to the reduced portion wherein the stopper is aligned with the reduced portion, such that proximal travel of the stopper through the reduced portion is permitted, wherein a distal surface of the reduced portion is not normal to an axis of the core wire, and wherein the stopper has a proximal surface that is parallel to the distal surface of the reduced portion. a tubular member having a longitudinal axis, a wall defining a lumen having a lumen cross-sectional dimension along the axis, and a distal portion having an inner cross-sectional dimension, less than the lumen cross-sectional dimension, and a distal end; a coil implant having an enlarged proximal end within the lumen; and a core wire extending within the lumen and contacting the enlarged end at a contact point, the core wire comprising a region having a cross-section that is, in a plane transverse to the longitudinal axis and intersecting the contact point, substantially crescent shaped;
A tandem pumped fiber amplifier apparatus including a seed laser, the apparatus comprising: a fiber including a plural core first section having a first doped core and a second doped core, the second core surrounding the first core; the fiber including the first section to operate as an oscillator and a second different section to operate as a power amplifier; wherein the seed laser is optically coupled to the first core of the first section; and one or more diode pumps are optically coupled to the first section of the fiber, wherein the second core of the first section is doped to convert a portion of the or each diode pump into a tandem pump at a selected wavelength associated with the oscillator. a fiber including a plural core first section having a first doped core and a second doped core, the second core surrounding the first core; the fiber including the first section to operate as an oscillator and a second different section to operate as a power amplifier; wherein the seed laser is optically coupled to the first core of the first section; and one or more diode pumps are optically coupled to the first section of the fiber, wherein the second core of the first section is doped to convert a portion of the or each diode pump into a tandem pump at a selected wavelength associated with the oscillator.
An aircraft system comprising: a wheel, a first bearing and a second bearing; wherein said wheel is supported on an axle by said first bearing and said second bearing; a first fibre optic sensor (102, 106, 202, 206) provided at the first bearing for sensing a strain or temperature of the first bearing; a second fibre optic sensor (102, 106, 202, 206) provided at the second bearing for sensing a strain or temperature of the second bearing; and an interrogator configured to receive optical signals from the sensors, and analyse the optical signals to determine differences in the strains or temperatures of the first bearing and the second bearing. a wheel, a first bearing and a second bearing; wherein said wheel is supported on an axle by said first bearing and said second bearing; a first fibre optic sensor (102, 106, 202, 206) provided at the first bearing for sensing a strain or temperature of the first bearing; a second fibre optic sensor (102, 106, 202, 206) provided at the second bearing for sensing a strain or temperature of the second bearing; and an interrogator configured to receive optical signals from the sensors, and analyse the optical signals to determine differences in the strains or temperatures of the first bearing and the second bearing.
A steam cooking apparatus comprising: a body having a cooking compartment; a steam generator to generate steam and supply the steam into the cooking compartment; a water supply device including a holder mounted to a front portion of the body and a slider slidably mounted in the holder so as to be withdrawn from the body; characterised in that the steam cooking apparatus further comprises: a water vessel mounted above the steam generator to store water and supply the water into the steam generator; a first water supply tube connecting the slider and the water vessel to guide water supplied through the slider into the water vessel; a second water supply tube connecting the water vessel and the steam generator to guide water in the water vessel into the steam generator; and a drain tube to drain water in the steam generator to the outside of the body, wherein the drain tube includes an end fixed to the slider so that the end of the drain tube is withdrawn with the slider from the body when water in the steam generator is drained to the outside of the body, and wherein the water supply device includes a sensing unit to sense movement of the slider, and wherein the sensing unit includes a lever configured to pivot by contact with the slider, and a switch configured to be pressed by the pivoting motion of the lever. a body having a cooking compartment; a steam generator to generate steam and supply the steam into the cooking compartment; a water supply device including a holder mounted to a front portion of the body and a slider slidably mounted in the holder so as to be withdrawn from the body; characterised in that the steam cooking apparatus further comprises: a water vessel mounted above the steam generator to store water and supply the water into the steam generator; a first water supply tube connecting the slider and the water vessel to guide water supplied through the slider into the water vessel; a second water supply tube connecting the water vessel and the steam generator to guide water in the water vessel into the steam generator; and a water vessel mounted above the steam generator to store water and supply the water into the steam generator; a first water supply tube connecting the slider and the water vessel to guide water supplied through the slider into the water vessel; a second water supply tube connecting the water vessel and the steam generator to guide water in the water vessel into the steam generator; and a drain tube to drain water in the steam generator to the outside of the body, wherein the drain tube includes an end fixed to the slider so that the end of the drain tube is withdrawn with the slider from the body when water in the steam generator is drained to the outside of the body, and wherein the water supply device includes a sensing unit to sense movement of the slider, and wherein the sensing unit includes a lever configured to pivot by contact with the slider, and a switch configured to be pressed by the pivoting motion of the lever.
Configurable field device for process automation technology for determining a process variable with an analog sensor circuit, which can be connected to a probe designed to measure the process variables and which outputs an analog measuring signal that depends on the process variables recorded, with a converter unit downstream from the sensor circuit designed to convert the analog measuring signal to a digital measuring signal, with a processing unit connected to the converter unit, said processing unit containing function modules that are used to evaluate the measuring signal, to generate an output value for the process variable and to control the field device and with an analog communication circuit that is connected to the processing unit, said communication circuit serving to forward the output value to an external unit, characterized in that the processing unit comprises a logic module, which is partly dynamically reconfigurable, on which function modules can be configured at the request of a control program running in a control unit (μC).