mhurhangee/patent-ind-claim-en huggingface dataset:
A device (1, 1a ... 1c) for removing the core from a cast workpiece , wherein the device comprises at least one hammer , wherein the at least one hammer has at least one hammer head and at least one tappet that transfers energy to the hammer head and is movably arranged in a working cylinder of the hammer , characterized in that the working cylinder is permanently fluidically connected to at least one working volume of a cyclically working piston compressor .
A polycarbonate resin molded product comprising a polycarbonate resin composition, wherein the integrated value of the amount of chemiluminescence derived from organic peroxide is 4,000 to 12,000 counts per mg of the molded product, wherein the integrated value of the amount of chemiluminescence is a value obtained by integrating the amount of chemiluminescence at a wavelength of 405 to 650 nm that is measured during 480 seconds in which under a nitrogen atmosphere the temperature is raised from 100°C to 350°C at a rate of 50°C/minute and thereafter is maintained at 350°C for 180 seconds, and transmittance of light in the ultraviolet region and light in the short wavelength region of visible light is 70% or less, and yellowness (YI value) is 29 or less, wherein the polycarbonate resin molded product is obtained by molding a mixture of a polycarbonate resin with additives including an antioxidant in the presence of an inert gas, wherein the molding is performed by extrusion with an extruder screw, and a ratio (Q/Ns value) of discharge rate (Q in kg/hr) during extrusion with respect to rotational speed (Ns in rpm) of the extruder screw is 0.2 or more when the screw has a diameter of 50 mm or less, and 1 or more when the screw has a diameter exceeding 50 mm.
Bipolar x-ray tube module comprising: a bipolar x-ray tube having an anode and a cathode; a positive voltage multiplier having a positive terminal and a ground terminal the positive voltage multiplier producing a first voltage gradient; and a negative voltage multiplier having a negative terminal and a ground terminal, the negative voltage multiplier producing a second voltage gradient, wherein the first voltage gradient is substantially parallel to the second voltage gradient, wherein the positive voltage multiplier and the negative voltage multiplier have an overlap distance, characterised in that the positive terminal is located more proximate to the ground terminal of the negative voltage multiplier than to the negative terminal, the negative terminal is located more proximate to the ground terminal of the positive voltage multiplier than to the positive terminal. a bipolar x-ray tube having an anode and a cathode; a positive voltage multiplier having a positive terminal and a ground terminal the positive voltage multiplier producing a first voltage gradient; and a negative voltage multiplier having a negative terminal and a ground terminal, the negative voltage multiplier producing a second voltage gradient, wherein the first voltage gradient is substantially parallel to the second voltage gradient, wherein the positive voltage multiplier and the negative voltage multiplier have an overlap distance, characterised in that the positive terminal is located more proximate to the ground terminal of the negative voltage multiplier than to the negative terminal, the negative terminal is located more proximate to the ground terminal of the positive voltage multiplier than to the positive terminal.
A computing system comprising: a storage device to store a boot version number - SV - corresponding to a portion of a non-volatile memory ; and NVM controller logic , coupled to the non-volatile memory , to cause an update of a current boot version number - CV- in response to each subsequent boot, wherein the NVM controller logic is to return a zero for data in response to a read operation directed at the portion of the non-volatile memory and a mismatch between the stored boot version number - SV - and the current boot version number, and wherein the stored boot version number is modified to the current boot version number in response to a write operation to the portion of the non-volatile memory . a storage device to store a boot version number - SV - corresponding to a portion of a non-volatile memory ; and NVM controller logic , coupled to the non-volatile memory , to cause an update of a current boot version number - CV- in response to each subsequent boot, wherein the NVM controller logic is to return a zero for data in response to a read operation directed at the portion of the non-volatile memory and a mismatch between the stored boot version number - SV - and the current boot version number, and wherein the stored boot version number is modified to the current boot version number in response to a write operation to the portion of the non-volatile memory .
A flight suit comprising: a torso portion defining two arm openings ; two shoulder portions that are effective for at least partially covering shoulder joint areas of a pilot, the shoulder portions being extensible, comprising each opposing first and second edges , and being each coupled to a different arm opening of the torso portion by means of their respective first edge , the two shoulder portions comprising each a stretch fabric that is extensible by at least 45 % in a weft direction and by less than 45 % in a warp direction, the weft direction being generally transverse to their respective first and second edges , the shoulder portions being each in a non-stretched state when the pilot is in a sitting position; two sleeves coupled each to a different shoulder portion by means of the second edge of their respective shoulder portion , each sleeve optionally comprising an extensible elbow panel ; characterised in that the flight suit further comprises: a lower portion comprising an extensible crotch panel and two leg portions , each leg portion comprising an extensible inner panel effective for covering an inner region of each leg of the pilot, the inner region extending from the ankle up to at least one fifth of the height of the tibia of the pilot, said extensible inner panels comprising each a stretch fabric that is extensible by at least 45 % in a weft direction and by less than 45 % in a warp direction, the weft direction being generally transverse to a longitudinal axis defined by each of the leg portions . a torso portion defining two arm openings ; two shoulder portions that are effective for at least partially covering shoulder joint areas of a pilot, the shoulder portions being extensible, comprising each opposing first and second edges , and being each coupled to a different arm opening of the torso portion by means of their respective first edge , the two shoulder portions comprising each a stretch fabric that is extensible by at least 45 % in a weft direction and by less than 45 % in a warp direction, the weft direction being generally transverse to their respective first and second edges , the shoulder portions being each in a non-stretched state when the pilot is in a sitting position; two sleeves coupled each to a different shoulder portion by means of the second edge of their respective shoulder portion , each sleeve optionally comprising an extensible elbow panel ; characterised in that the flight suit further comprises: a lower portion comprising an extensible crotch panel and two leg portions , each leg portion comprising an extensible inner panel effective for covering an inner region of each leg of the pilot, the inner region extending from the ankle up to at least one fifth of the height of the tibia of the pilot, said extensible inner panels comprising each a stretch fabric that is extensible by at least 45 % in a weft direction and by less than 45 % in a warp direction, the weft direction being generally transverse to a longitudinal axis defined by each of the leg portions .
A floating photovoltaic power plant comprising a pliable net or perforated mat configured to be arranged on a surface of a body of water, the net or perforated mat having a plurality of photovoltaic modules fixed thereon, wherein each module is buoyant and the plurality of photovoltaic modules are interconnected in elongate strings or matrices by the net or perforated mat , characterized in that a back side of each module is configured to be thermally connected to the body of water via an aluminium heat sink attached to or forming part of the back side of the module .
A multiphase ground fault circuit interrupter comprising: a first phase power line input ; a second phase power line input ; a third phase power line input ; a neutral line input ; a controller circuit having a relay control output ; a first phase latching relay having a first phase switch input coupled to the first phase power line input and a first phase relay control input coupled to the relay control output of the controller circuit; a second phase latching relay having a second phase switch input coupled to the second phase power line input and a second phase relay control input coupled to the relay control output of the controller circuit; a third phase latching relay having a third phase switch input coupled to the third phase power line input and a third phase relay control input coupled to the relay control output of the controller circuit; a sensor having a core and a sensor pickup coupled to the controller circuit; a first phase load wire (P1) coupled to a first phase switch output of the first phase latching relay and extending through the core; a second phase load wire (P2) coupled to a second phase switch output of the second phase latching relay and extending through the core; and a third phase load wire (P3) coupled to a third phase switch output of the third phase latching relay and extending through the core. a first phase power line input ; a second phase power line input ; a third phase power line input ; a neutral line input ; a controller circuit having a relay control output ; a first phase latching relay having a first phase switch input coupled to the first phase power line input and a first phase relay control input coupled to the relay control output of the controller circuit; a second phase latching relay having a second phase switch input coupled to the second phase power line input and a second phase relay control input coupled to the relay control output of the controller circuit; a third phase latching relay having a third phase switch input coupled to the third phase power line input and a third phase relay control input coupled to the relay control output of the controller circuit; a sensor having a core and a sensor pickup coupled to the controller circuit; a first phase load wire (P1) coupled to a first phase switch output of the first phase latching relay and extending through the core; a second phase load wire (P2) coupled to a second phase switch output of the second phase latching relay and extending through the core; and a third phase load wire (P3) coupled to a third phase switch output of the third phase latching relay and extending through the core.
A method for processing seismic data, comprising the acts of: obtaining a set of vectorial measurements of a seismic wavefield at a seismic receiver and a set of scalar measurements of the seismic wavefield at the seismic receiver, each vectorial measurement in the set comprising a plurality of components, and each vectorial and scalar measurement in the respective sets corresponding to a respective instance of time ; the method characterized by further comprising the steps of: determining an angle of incidence of the seismic wavefield at the seismic receiver at a first instance of time by calculating an incidence vector of the seismic wavefield at the seismic receiver at the first instance of time, the incidence vector derived from a measure of covariance between different components of at least one vectorial measurement of the set of vectorial measurements or between a plurality of vectorial measurements of the set of vectorial measurements; correcting a component of a vectorial measurement in the set of vectorial measurements with the determined angle of incidence at the first instance of time ; and combining the corrected component of the vectorial measurement with a scalar measurement in the set of scalar measurements that corresponds to the first instance of time . determining an angle of incidence of the seismic wavefield at the seismic receiver at a first instance of time by calculating an incidence vector of the seismic wavefield at the seismic receiver at the first instance of time, the incidence vector derived from a measure of covariance between different components of at least one vectorial measurement of the set of vectorial measurements or between a plurality of vectorial measurements of the set of vectorial measurements; correcting a component of a vectorial measurement in the set of vectorial measurements with the determined angle of incidence at the first instance of time ; and combining the corrected component of the vectorial measurement with a scalar measurement in the set of scalar measurements that corresponds to the first instance of time .
A circuit , comprising: a drive transistor having a control terminal configured to receive a drive signal and having a first conduction terminal and a second conduction terminal, wherein said first conduction terminal is configured for connection to a load circuit ; a sense circuit configured to sense a voltage across the first and second conduction terminals; a comparator circuit configured to compare the sensed voltage to a received voltage threshold and generate a signal indicative of an over-voltage condition; and drive circuitry configured to generate said drive signal in response to a pulse width modulation, PWM, signal, said drive circuit including a force on circuit actuated in response to said signal indicative of the over-voltage condition to force said drive transistor to turn on irrespective of the PWM signal. a drive transistor having a control terminal configured to receive a drive signal and having a first conduction terminal and a second conduction terminal, wherein said first conduction terminal is configured for connection to a load circuit ; a sense circuit configured to sense a voltage across the first and second conduction terminals; a comparator circuit configured to compare the sensed voltage to a received voltage threshold and generate a signal indicative of an over-voltage condition; and drive circuitry configured to generate said drive signal in response to a pulse width modulation, PWM, signal, said drive circuit including a force on circuit actuated in response to said signal indicative of the over-voltage condition to force said drive transistor to turn on irrespective of the PWM signal.
Seat for a vehicle with an airbag apparatus , the airbag apparatus comprising: an airbag cushion which is formed in a shawl shape and is deployed toward both lateral sides of an occupant to wrap and restrain an entire upper body comprising of a head portion, a chest, an abdomen, and a pelvis portion around both shoulders of the occupant upon vehicle collision; and an inflator for generating gas in response to an impact detection signal to supply the gas into the airbag cushion upon the vehicle collision, wherein the airbag cushion is installed in a backrest of the seat on which the occupant sits, and includes first and second cushions expanding forward, upward, and downward at both upper ends of the backrest wherein the first and second cushions are obliquely inflated and deployed toward a front center of the occupant from both side ends of the backrest to protect both lateral sides and a front portion of the chest, abdomen and pelvis portion of the occupant, wherein the airbag cushion further includes a connecting portion disposed on a rear surface of a headrest installed at an upper end of the backrest to connect upper ends of the first and second cushions, and wherein a tear line, which is torn as the airbag cushion is inflated upon the vehicle collision, is formed on a cover of the backrest. an airbag cushion which is formed in a shawl shape and is deployed toward both lateral sides of an occupant to wrap and restrain an entire upper body comprising of a head portion, a chest, an abdomen, and a pelvis portion around both shoulders of the occupant upon vehicle collision; and an inflator for generating gas in response to an impact detection signal to supply the gas into the airbag cushion upon the vehicle collision, wherein the airbag cushion is installed in a backrest of the seat on which the occupant sits, and includes first and second cushions expanding forward, upward, and downward at both upper ends of the backrest wherein the first and second cushions are obliquely inflated and deployed toward a front center of the occupant from both side ends of the backrest to protect both lateral sides and a front portion of the chest, abdomen and pelvis portion of the occupant, wherein the airbag cushion further includes a connecting portion disposed on a rear surface of a headrest installed at an upper end of the backrest to connect upper ends of the first and second cushions, and wherein a tear line, which is torn as the airbag cushion is inflated upon the vehicle collision, is formed on a cover of the backrest.
Method for producing oxygen by adsorbing a stream of atmospheric air using a VPSA unit comprising at least one adsorber, each adsorber undergoing one single pressure cycle comprising the following steps: a) producing a first stream of gas rich in oxygen, comprising an oxygen content T1 while loading the adsorber of the stream of atmospheric air upstream, b) producing a second stream of gas rich in oxygen, comprising an oxygen content T2 < T1, c) producing a third stream of gas rich in oxygen, comprising an oxygen content T3 < T2 < T1 while simultaneously extracting a nitrogen-enriched residual stream, d) eluting the adsorber, from which the three streams of gas produced in steps a), b) and c) are taken, exclusively via the second stream of gas produced in step b), e) repressuring the adsorber that underwent the elution of step d) consecutively with at least two streams, first and second repressuring streams, with increasing oxygen content, the first repressuring stream being the third stream of gas produced in step c) and the second repressuring stream being the second stream of gas produced in step b). a) producing a first stream of gas rich in oxygen, comprising an oxygen content T1 while loading the adsorber of the stream of atmospheric air upstream, b) producing a second stream of gas rich in oxygen, comprising an oxygen content T2 < T1, c) producing a third stream of gas rich in oxygen, comprising an oxygen content T3 < T2 < T1 while simultaneously extracting a nitrogen-enriched residual stream, d) eluting the adsorber, from which the three streams of gas produced in steps a), b) and c) are taken, exclusively via the second stream of gas produced in step b), e) repressuring the adsorber that underwent the elution of step d) consecutively with at least two streams, first and second repressuring streams, with increasing oxygen content, the first repressuring stream being the third stream of gas produced in step c) and the second repressuring stream being the second stream of gas produced in step b).
A compound having a structure: wherein n is 1, 2, or 3; or a salt thereof.
A camera module comprising: a fixing unit including a hole formed therein along an optical axis of the camera module; a moving unit including at least one lens , and configured to move along the optical axis in the hole of the fixing unit ; a magnet arranged in the hole of the fixing unit ; a moving coil surrounding an outer surface of the moving unit such that an axis of the moving coil is along the optical axis of the camera module; a driving unit configured to apply a driving signal to the moving coil ; and a fixed coil arranged in the fixing unit such that an axis of the fixed coil is along the optical axis of the camera module, and configured to generate a current or voltage by electromagnetic induction between the moving coil and the fixed coil , the current or voltage varying according to a distance between the moving coil and the fixed coil , wherein the moving unit is moved along the optical axis based on a force between the moving coil and the magnet ; and a controller configured to determine a position of the moving unit for an autofocus of the camera module based on the current or voltage generated by the electromagnetic induction. a fixing unit including a hole formed therein along an optical axis of the camera module; a moving unit including at least one lens , and configured to move along the optical axis in the hole of the fixing unit ; a magnet arranged in the hole of the fixing unit ; a moving coil surrounding an outer surface of the moving unit such that an axis of the moving coil is along the optical axis of the camera module; a driving unit configured to apply a driving signal to the moving coil ; and a fixed coil arranged in the fixing unit such that an axis of the fixed coil is along the optical axis of the camera module, and configured to generate a current or voltage by electromagnetic induction between the moving coil and the fixed coil , the current or voltage varying according to a distance between the moving coil and the fixed coil , wherein the moving unit is moved along the optical axis based on a force between the moving coil and the magnet ; and a controller configured to determine a position of the moving unit for an autofocus of the camera module based on the current or voltage generated by the electromagnetic induction.
Hearing apparatus , comprising: at least one of a first microphone and a second microphone which generate a first microphone signal (y L ) and a second microphone signal (y R ) respectively, the first microphone and the second microphone being arranged in at least one of a first hearing device and a second hearing device , a third microphone which generates a third microphone signal (z), the third microphone being arranged in an external device , and a signal processing unit , wherein the hearing apparatus is setup that in the signal processing unit the third microphone signal (z) and at least one of the first microphone signal (y L ) and the second microphone signal (y R ) are processed together thereby producing an output signal (z enh ) with an enhanced signal to noise ratio compared to the first microphone signal (y R ) and/or the second microphone signal (y L ), wherein the signal processing unit comprises an adaptive noise canceller unit , which is set up that the third microphone signal (z) and at least one of the first microphone signal (y L ) and the second microphone signal (y R ) are fed into and further combined to obtain the output signal (z enh ), and wherein the adaptive noise canceller unit further comprises a comparing device which is set up that the first microphone signal (y L ) and the second microphone signal (y R ) are compared for target speech detection in it, and the comparing device is set up for generating a control signal (spVAD) for controlling the adaptive noise canceller unit . at least one of a first microphone and a second microphone which generate a first microphone signal (y L ) and a second microphone signal (y R ) respectively, the first microphone and the second microphone being arranged in at least one of a first hearing device and a second hearing device , a third microphone which generates a third microphone signal (z), the third microphone being arranged in an external device , and a signal processing unit ,