mhurhangee/ep-ind-claims huggingface dataset:
Tyre tread comprising a rubber composition based: - on at least one butyl rubber present in a content of greater than 80 phr and less than or equal to 100 phr, - on a reinforcing filler, - on a plasticizing system that comprises from 20 to 40 phr of at least one first plasticizer compatible with the at least one butyl rubber and having a glass transition temperature below -75°C, the mass content of the plasticizing system P expressed relative to the mass of the at least one butyl rubber and the glass transition temperature Tg P of the plasticizing system expressed in kelvin satisfying the following equation: P × 208 − T g P ÷ T g P ≥ 0.015 - on at least one butyl rubber present in a content of greater than 80 phr and less than or equal to 100 phr, - on a reinforcing filler, - on a plasticizing system that comprises from 20 to 40 phr of at least one first plasticizer compatible with the at least one butyl rubber and having a glass transition temperature below -75°C, the mass content of the plasticizing system P expressed relative to the mass of the at least one butyl rubber and the glass transition temperature Tg P of the plasticizing system expressed in kelvin satisfying the following equation: P × 208 − T g P ÷ T g P ≥ 0.015
A pharmaceutical composition comprising darunavir, dolutegravir and cobicistat with one or more pharmaceutically acceptable excipients, wherein the composition is in the form of a monolithic tablet, wherein a) an intragranular portion comprising combination of darunavir and dolutegravir and one or more pharmaceutically acceptable excipients and b) an extragranular portion comprising of cobicistat and one or more pharmaceutically acceptable excipients, and wherein the total tablet weight ranges from 1600 mg to 1750 mg. a) an intragranular portion comprising combination of darunavir and dolutegravir and one or more pharmaceutically acceptable excipients and b) an extragranular portion comprising of cobicistat and one or more pharmaceutically acceptable excipients,
An arrangement (10a, 10b, 10c, 10d, 10e, 10f, 10g) for subsea cooling of a semiconductor module, the arrangement comprising: a tank, the tank being filled with a dielectric fluid, the dielectric fluid being a liquid; a semiconductor module, the semiconductor module being provided in the tank; characterized by a thermally conductive block, the thermally conductive block being provided in the tank and in thermal contact with the semiconductor module so as to enable heat to be transferred from the semiconductor module to the thermally conductive block; and a heat pipe, the heat pipe being at least partly embedded in the thermally conductive block so as to transfer heat away from the thermally conductive block. a tank, the tank being filled with a dielectric fluid, the dielectric fluid being a liquid; a semiconductor module, the semiconductor module being provided in the tank; characterized by a thermally conductive block, the thermally conductive block being provided in the tank and in thermal contact with the semiconductor module so as to enable heat to be transferred from the semiconductor module to the thermally conductive block; and a heat pipe, the heat pipe being at least partly embedded in the thermally conductive block so as to transfer heat away from the thermally conductive block.
A compound having the formula Ir(L A) n (L B) 3-n, having the structure: wherein A 1, A 2, A 3, A 4, A 5, A 6, A 7, and A 8 comprise carbon or nitrogen; wherein at least one of A 1, A 2, A 3, A 4, A 5, A 6, A 7, and A 8 is nitrogen; wherein ring B is bonded to ring A through a C-C bond; wherein the iridium is bonded to ring A through a Ir-C bond; wherein X is O, S, or Se; wherein R 1, R 2, R 3, and R 4 independently represent mono-, di-, tri-, tetra-substitution, or no substitution; wherein any adjacent substitutions in R 1, R 2, R 3, and R 4 are optionally linked together to form a ring; wherein R 1, R 2, R 3, and R 4 are independently selected from the group consisting of hydrogen, deuterium, halide, alkyl, cycloalkyl, heteroalkyl, arylalkyl, alkoxy, aryloxy, amino, silyl, alkenyl, cycloalkenyl, heteroalkenyl, alkynyl, aryl, heteroaryl, acyl, carbonyl, carboxylic acids, ester, nitrile, isonitrile, sulfanyl, sulfinyl, sulfonyl, phosphino, and combinations thereof; and wherein n is an integer from 1 to 3.
Device for producing moulded parts, comprising a moulding tool having at least two cavities that are fillable with foam particles formed from a thermoplastic material, wherein pressurized hot steam can be applied to the filled cavities in order to bring about expansion of the foam particles, soften the foam particles and thermoplastically fuse the particles together, and in order to form a thermoplastic surface of the moulded part respectively formed from the fused foam particles on a wall of the cavity, wherein at least one steam supply line to the moulding tool is provided, wherein the moulding tool comprises a fixed central part (2.1), which is arranged between two side parts (2.2, 2.3) that are movable in the direction of the central part (2.1) between an open state and a closed state, so that, in the closed state, the cavities are respectively formed between one of the side parts (2.2, 2.3) and the central part (2.1), wherein the moulding tool is formed in such a way that the foam particles can be subjected to steam from different sides, characterized in that the steam supply line is connected exclusively to the central part, wherein multiple valves and steam channels are provided within the central part (2.1) and the side parts (2.2, 2.3) in such a way that, in the closed state, steam is able to flow from the central part (2.1) into the steam channels of the side parts (2.2, 2.3) and from there into the respective cavity.
Apparatus for a temporary ileostomy or urostomy cap, including: - a baseplate for durable attachment on the periphery of a stoma on the outside of the body, - at least one temporary receptacle to collect the contents leaving the stoma, and - a cover, which is detachable from the baseplate, characterized in that - the cover shaped in such a way that it forms a collection capacity for the receptacle, whereby the cover consists of a sealing cap and a cover plate, where the sealing cap connects to the baseplate in an opening of the cover plate above the opening of a stoma, - the receptacle is formed as a tube open on one side, which is positioned in the sealing cap, where the closed end is mounted to the sealing cap and it is designed to unfold when pulling the sealing cap out from the cover plate and to collect the content leaving the stoma. - a baseplate for durable attachment on the periphery of a stoma on the outside of the body, - at least one temporary receptacle to collect the contents leaving the stoma, and - a cover, which is detachable from the baseplate, characterized in that - the cover shaped in such a way that it forms a collection capacity for the receptacle, whereby the cover consists of a sealing cap and a cover plate, where the sealing cap connects to the baseplate in an opening of the cover plate above the opening of a stoma, - the receptacle is formed as a tube open on one side, which is positioned in the sealing cap, where the closed end is mounted to the sealing cap and it is designed to unfold when pulling the sealing cap out from the cover plate and to collect the content leaving the stoma.
A compressor system comprising: a variable-speed compressor; a fixed-speed compressor; a control unit operatively coupled to the variable-speed compressor and operatively coupled to the fixed-speed compressor; a sensor operatively coupled to the control unit and disposed in an enclosed space, the sensor measuring at least one of a temperature and a relative humidity of the enclosed space, wherein the control unit determines an HVAC load based at least in part on the at least one of the temperature and the relative humidity measured by the sensor, characterized in that the control unit is configured to: responsive to a determination that the HVAC load is greater than the rated maximum capacity of the variable-speed compressor and less than a sum of the rated minimum capacity of the variable-speed compressor and the capacity of the fixed-speed compressor, the control unit directs operation of the variable-speed compressor at a rated minimum speed and cycling the fixed-speed compressor between an activated state and a deactivated state. a variable-speed compressor; a fixed-speed compressor; a control unit operatively coupled to the variable-speed compressor and operatively coupled to the fixed-speed compressor; a sensor operatively coupled to the control unit and disposed in an enclosed space, the sensor measuring at least one of a temperature and a relative humidity of the enclosed space, wherein the control unit determines an HVAC load based at least in part on the at least one of the temperature and the relative humidity measured by the sensor, characterized in that the control unit is configured to: responsive to a determination that the HVAC load is greater than the rated maximum capacity of the variable-speed compressor and less than a sum of the rated minimum capacity of the variable-speed compressor and the capacity of the fixed-speed compressor, the control unit directs operation of the variable-speed compressor at a rated minimum speed and cycling the fixed-speed compressor between an activated state and a deactivated state.
A method for cleaning a cooling device for a motor vehicle, the cooling device comprising a heat exchanger, an electric drive motor connected to the heat exchanger, preferably via a fan cover; and a fan wheel that is operatively connected to the drive motor, characterised in that the method comprises: operating the cooling device in a shaking mode, comprising controlling a current supply to the drive motor to generate a shaking movement of the heat exchanger, the drive motor and/or the fan wheel to shake impurities off the cooling device.
An oil free screw compressor comprising: a pair of male and female screw rotors (1, 2) in which two or more twisted teeth are formed; a casing which receives both the rotors (1, 2) and in which a suction port and a discharge port are formed; bearings (11 - 14) which rotatably support shaft end parts of said both the rotors (1, 2) and are held in the casing; timing gears (22, 23) which are mounted on one shaft end part of said both the two rotors (1, 2) and which allow both the rotors (1, 2) to rotate in synchronism without contacting with each other; and a shaft sealing apparatus (31 - 34) which is disposed between each of said bearings (11, 12, 13, 14) and teeth of said rotors (1, 2) and which prevents oil from entering a meshing portion of the rotors (1, 2), characterized in that wherein there is provided a slot, in the casing and outside the outer diameter of the tooth top of the male rotor, which comes into communication with the discharge port and with an area formed near a tooth top of the male rotor and a tooth bottom of the female rotor, where a volume of a compression chamber formed by both the rotors (1, 2) and the casing becomes substantially zero as said both the rotors (1, 2) rotate, and said slot extends from a periphery of a position where a tooth bottom circle of the female rotor overlaps with a tooth top circle of the male rotor to a line which connects centers of both the rotors (1, 2), wherein said slot extends outward from a tooth top part of said male rotor and its width is greater than its depth in an axial direction. a pair of male and female screw rotors (1, 2) in which two or more twisted teeth are formed; a casing which receives both the rotors (1, 2) and in which a suction port and a discharge port are formed; bearings (11 - 14) which rotatably support shaft end parts of said both the rotors (1, 2) and are held in the casing; timing gears (22, 23) which are mounted on one shaft end part of said both the two rotors (1, 2) and which allow both the rotors (1, 2) to rotate in synchronism without contacting with each other; and a shaft sealing apparatus (31 - 34) which is disposed between each of said bearings (11, 12, 13, 14) and teeth of said rotors (1, 2) and which prevents oil from entering a meshing portion of the rotors (1, 2), characterized in that wherein there is provided a slot, in the casing and outside the outer diameter of the tooth top of the male rotor, which comes into communication with the discharge port and with an area formed near a tooth top of the male rotor and a tooth bottom of the female rotor, where a volume of a compression chamber formed by both the rotors (1, 2) and the casing becomes substantially zero as said both the rotors (1, 2) rotate, and said slot extends from a periphery of a position where a tooth bottom circle of the female rotor overlaps with a tooth top circle of the male rotor to a line which connects centers of both the rotors (1, 2), wherein said slot extends outward from a tooth top part of said male rotor and its width is greater than its depth in an axial direction.
A gravity transducer system comprising: a junction comprising a first metal and a second metal, said junction forming an active capacitance due to the mechanical vibration of the junction, and wherein said junction further comprises a dielectric polymer spacer between said first metal and said second metal; a power source for applying electrical power across said junction; a sensor capable of sensing voltage, said sensor electrically connected with said junction, said sensor producing a sensed signal characteristic of a gravitational signal; and a recording system for recording said sensed signal characteristic of said gravitational signal, characterized in that said junction comprises a conductive bead having longitudinal bore through it, wherein said junction also comprises a conductive pin having a dielectric coating, said pin located in said longitudinal bore to form an electrical junction; the first metal is different from the second metal; the first metal is the conductive pin; the second metal is the conductive bead. a junction comprising a first metal and a second metal, said junction forming an active capacitance due to the mechanical vibration of the junction, and wherein said junction further comprises a dielectric polymer spacer between said first metal and said second metal; a power source for applying electrical power across said junction; a sensor capable of sensing voltage, said sensor electrically connected with said junction, said sensor producing a sensed signal characteristic of a gravitational signal; and a recording system for recording said sensed signal characteristic of said gravitational signal, characterized in that said junction comprises a conductive bead having longitudinal bore through it, wherein said junction also comprises a conductive pin having a dielectric coating, said pin located in said longitudinal bore to form an electrical junction; the first metal is different from the second metal; the first metal is the conductive pin; the second metal is the conductive bead.
An integrated perfusion device comprising: a blood pump for circulating blood through the device; a blood oxygenator for oxygenating blood; and at least one heat control unit capable of controlling and/or regulating blood temperature within the device, wherein the at least one heat control unit comprises a plurality of solid state heating and/or cooling sources, wherein the at least one heat control unit comprises at least one heat exchanger for regulating and controlling blood temperature, and wherein the heat control unit further comprises a temperature control unit, wherein the temperature control unit is configured to independently monitor and control the temperature of each of the plurality of solid state heating and/or cooling sources. a blood pump for circulating blood through the device; a blood oxygenator for oxygenating blood; and at least one heat control unit capable of controlling and/or regulating blood temperature within the device, wherein the at least one heat control unit comprises a plurality of solid state heating and/or cooling sources, wherein the at least one heat control unit comprises at least one heat exchanger for regulating and controlling blood temperature, and wherein the heat control unit further comprises a temperature control unit, wherein the temperature control unit is configured to independently monitor and control the temperature of each of the plurality of solid state heating and/or cooling sources.
A control system comprising a load-handling clamp assembly having opposed load-clamping arms (10, 12) movable laterally selectively toward or away from each other and in unison with each other, along a common lateral direction, and said control system comprising a sensor assembly capable of sensing a weight of a load supported between said load-clamping arms (10, 12), wherein the sensor assembly is capable of automatically in response to said weight, variably limiting a force by which said opposed load-clamping arms (10, 12) are movable laterally selectively toward or away from each other and in unison with each other, along said common lateral direction, characterized in that the control system comprises a side-shifting force control circuit configured to decrease a side-shifting pressure progressively in response to lower load weights, the side-shifting force control circuit containing a pressure relief valve that opens to relieve the side-shifting pressure. the sensor assembly is capable of automatically in response to said weight, variably limiting a force by which said opposed load-clamping arms (10, 12) are movable laterally selectively toward or away from each other and in unison with each other, along said common lateral direction, characterized in that the control system comprises a side-shifting force control circuit configured to decrease a side-shifting pressure progressively in response to lower load weights, the side-shifting force control circuit containing a pressure relief valve that opens to relieve the side-shifting pressure.
Hair removal device, in particular electric shaver, comprising a working head attached to a handle for moving the working head along a skin surface, said working head including at least one hair removal tool defining a skin contact contour of the working head, wherein said at least one hair removal tool is movable relative to said handle under a skin contact pressure by means of a support structure to allow for pivoting of the working head's skin contact contour relative to the handle, wherein a biasing device is provided for biasing and/or providing a motion resistance to said hair removal tool characterized in that said support structure and said biasing device are configured to allow for pivoting about a pivot axis (8, 14) of the skin contact contour relative to the handle about an angle (α) of +/-15° or more under a contact force of 0.75 N or less and/or about an angle (α) of +/-20° or more under a contact force of 1.5 N or less.
A charging cable for an electric propulsion vehicle used for charging a battery for the electric propulsion vehicle, the charging cable comprising: a power plug detachably connected to an electric outlet for a commercial power supply; a charging plug detachably connected to the electric propulsion vehicle; a control unit that generates and transmits a pilot signal for adjusting a conduction current to the battery, to the electric propulsion vehicle; and a temperature detection unit that detects a temperature of the power plug, the control unit or the charging plug; wherein the control unit stops electric conduction to the battery when the detected temperature detected by the temperature detection unit is equal to or higher than a predetermined, first specified temperature, characterized in that the control unit recovers the electric conduction to the battery by generating a pilot signal allowing the conduction current to be reduced compared to a value used before the stop of the electric conduction, when the detected temperature decreases to a second specified temperature or lower, the second specified temperature being lower than the first specified temperature, the control unit generates a pilot signal each time recovering the electric conduction to the battery so that the conduction current is reduced to the value which is reduced by a reduction amount and when the time period, during which the electric conduction is being performed, has increased compared to a previous time period, then the default amount by which the recovered current is reduced, is reduced. a power plug detachably connected to an electric outlet for a commercial power supply; a charging plug detachably connected to the electric propulsion vehicle; a control unit that generates and transmits a pilot signal for adjusting a conduction current to the battery, to the electric propulsion vehicle; and a temperature detection unit that detects a temperature of the power plug, the control unit or the charging plug; wherein the control unit stops electric conduction to the battery when the detected temperature detected by the temperature detection unit is equal to or higher than a predetermined, first specified temperature, characterized in that the control unit recovers the electric conduction to the battery by generating a pilot signal allowing the conduction current to be reduced compared to a value used before the stop of the electric conduction, when the detected temperature decreases to a second specified temperature or lower, the second specified temperature being lower than the first specified temperature, the control unit generates a pilot signal each time recovering the electric conduction to the battery so that the conduction current is reduced to the value which is reduced by a reduction amount and when the time period, during which the electric conduction is being performed, has increased compared to a previous time period, then the default amount by which the recovered current is reduced, is reduced.