mhurhangee/ep-ind-claims huggingface dataset:
Device for injection of fluids into a process fluid in a well bore, wherein the device comprises an outer hollow housing comprising injection fluid inlets close to an end of the outer housing and at least one slot, the device further comprising an internal body moveable within the outer housing in a longitudinal direction of the internal body and comprising an internal mainly longitudinal bore for the flow of injection fluids from an inlet of the internal bore connectable to a source of injection fluids via the injection fluid inlets to an outlet of the internal bore, which outlet in a closed position is closed with a seal system between the outer housing and the internal body, where the movement of the internal body for closing or opening the outlet is operated by pressure differential across the internal body, characterised in that the internal body comprises at least one slot from the internal bore to the outside of the internal body forming the outlet of the internal bore, which in an open position of the device correspond with the slot of the outer housing so that the slot of the internal body and slot of the outer housing provide a flow path which leads directly from the internal bore to process fluid at the outside of the outer housing with a mainly linear flow path.
A communication method, comprising: receiving, by a second network device, a first message sent by a terminal device, wherein the first message comprises an identifier of the terminal device and encrypted uplink data and/or signaling, the encrypted uplink data and/or signaling is encrypted by using a security key, the terminal device is in a state in which the terminal device disconnects a radio resource control RRC connection from a first network device but retains context information that is of the terminal device and that is in the first network device, and the first network device is different from the second network device; obtaining, by the second network device, information about the security key by using the first network device; and parsing, by the second network device, the uplink data and/or the signaling based on the information about the security key. receiving, by a second network device, a first message sent by a terminal device, wherein the first message comprises an identifier of the terminal device and encrypted uplink data and/or signaling, the encrypted uplink data and/or signaling is encrypted by using a security key, the terminal device is in a state in which the terminal device disconnects a radio resource control RRC connection from a first network device but retains context information that is of the terminal device and that is in the first network device, and the first network device is different from the second network device; obtaining, by the second network device, information about the security key by using the first network device; and parsing, by the second network device, the uplink data and/or the signaling based on the information about the security key.
A bimodal polyethylene composition having a density from 0.935 to 0.942 g/cm 3, a melt index I 2 determined according to ASTM D 1238 (2.16 kg 190°C - l 2) from 4.0 to 7.0 g/10min, and I 21 determined according to ASTM D 1238 (21.6 kg 190°C - I 21) from 150 to 210 g/10 min, an I 21 /I 2 from 28 to 40, a bent strip ESCR as determined by ASTM D 1693 in 100% octoxynol -9 for conditions A and B of greater than 1000 hours, a terminal vinyl unsaturation from 0.07 to 0.14 per 1000 carbon atoms, a number average molecular weight (Mn) from 11,000 to 35,000 as determined by GPC, a weight average molecular weight (Mw) from 55,000 to 82,000 as determined by GPC, a Z-average molecular weight (Mz) from 140,000 to 200,000 as determined by GPC, an overall Mw/Mn from 2.8 to 4.0, an index of Mz/Mw from 2.0 to 2.9 comprising from 0.1 to 8 weight % of one or more C 4-8 alpha olefin comonomers as determined by FTIR which when de-convoluted into two components consists of: (i) from 20 to 45 weight % of a first component consisting of from 1 to 25 wt% of one or more C 4-8 alpha olefin comonomers and the balance ethylene, said component having a density as determined according to ASTM D 792 from 0.920 to 0.930 g/cm 3; a weight average molecular weight (Mw) from 100,000 to 180,000 g/mol, a polydispersity between 2 and 3, and a degree of short chain branching from 3 to 13 per 1000 carbon atoms as determined by GPC-FTIR; and (ii) from 80 to 55 weight % of a second component comprising one or more of C 4-8 alpha olefin comonomers and the balance ethylene said component having a density as determined according to ASTM D 792 from 0.945 to 0.955 g/cm 3, a weight average molecular weight (Mw) from 15,000 to 70,000, a polydispersity of less than 3, and a degree of short chain branching less than 5 per 1000 carbon atoms as determined by GPC-FTIR wherein the difference in densities between components (i) and (ii) is less than 0.030 g/cm 3. (i) from 20 to 45 weight % of a first component consisting of from 1 to 25 wt% of one or more C 4-8 alpha olefin comonomers and the balance ethylene, said component having a density as determined according to ASTM D 792 from 0.920 to 0.930 g/cm 3; a weight average molecular weight (Mw) from 100,000 to 180,000 g/mol, a polydispersity between 2 and 3, and a degree of short chain branching from 3 to 13 per 1000 carbon atoms as determined by GPC-FTIR; and (ii) from 80 to 55 weight % of a second component comprising one or more of C 4-8 alpha olefin comonomers and the balance ethylene said component having a density as determined according to ASTM D 792 from 0.945 to 0.955 g/cm 3, a weight average molecular weight (Mw) from 15,000 to 70,000, a polydispersity of less than 3, and a degree of short chain branching less than 5 per 1000 carbon atoms as determined by GPC-FTIR wherein the difference in densities between components (i) and (ii) is less than 0.030 g/cm 3.
A method for unveiling hidden dielectric objects in an interrogated space, comprising: sending microwave, MW, signals from at least two MW sources towards an interrogated person, the signal being partially reflected on a first boundary between air and an outer layer of an intermediary space, the remainder of the signal being almost fully reflected on a second boundary between the intermediary space and a human body, receiving at a MW receiver (3, 4) a first and a second response of MW signals reflected back from the first boundary and the second boundary; the first and the second response signals being a first and a second 3D MW images of the interrogated person; determining at least two optical paths, P1 and P2, between at least two sets of two points, where P1=(A2-A1) and P2=(B2-B1); where A1 is a point of a first MW beam reflecting from the first boundary, and A2 is a point of the same first beam reflecting from the second boundary, where B1 is a point of a second MW beam reflecting from the first boundary, and B2 is a point of the same second MW beam reflecting from the second boundary, wherein the optical path is a path of microwave radiation in a medium of the intermediary space; determining a presence of a hidden dielectric object between the first and second boundaries if the difference between P1 and P2 is greater than a threshold value due to an increased dielectric constant in the intermediary space between B2 and B1. sending microwave, MW, signals from at least two MW sources towards an interrogated person, the signal being partially reflected on a first boundary between air and an outer layer of an intermediary space, the remainder of the signal being almost fully reflected on a second boundary between the intermediary space and a human body, receiving at a MW receiver (3, 4) a first and a second response of MW signals reflected back from the first boundary and the second boundary; the first and the second response signals being a first and a second 3D MW images of the interrogated person; determining at least two optical paths, P1 and P2, between at least two sets of two points, where P1=(A2-A1) and P2=(B2-B1); where A1 is a point of a first MW beam reflecting from the first boundary, and A2 is a point of the same first beam reflecting from the second boundary, where B1 is a point of a second MW beam reflecting from the first boundary, and B2 is a point of the same second MW beam reflecting from the second boundary, wherein the optical path is a path of microwave radiation in a medium of the intermediary space; determining a presence of a hidden dielectric object between the first and second boundaries if the difference between P1 and P2 is greater than a threshold value due to an increased dielectric constant in the intermediary space between B2 and B1.
A lancing actuator for driving a lancing element for sampling a body fluid, comprising - a drive element adapted for driving the lancing element to perform a lancing motion, the drive element being guided within a housing of the lancing actuator, - a combined compression and torsion element which, by a relaxing movement of the combined compression and torsion element, is adapted to drive the lancing motion, - a combined triggering and driving device having an actuating element and a locking device, wherein the actuating element has an initial state and an actuated state and is accessible from the outside of the housing, wherein, in the initial state, the drive element is locked in the locking device under a torsional stress exerted by the combined compression and torsion element, wherein the combined triggering and driving device is configured in a manner that, when the actuating element makes a movement along an actuation path from the initial state into the actuated state, a torque is exerted on the drive element which prevails the torsional stress exerted by the combined compression and torsion element in a manner that the drive element is released from the locking device, which results in a triggering of the lancing motion. - a drive element adapted for driving the lancing element to perform a lancing motion, the drive element being guided within a housing of the lancing actuator, - a combined compression and torsion element which, by a relaxing movement of the combined compression and torsion element, is adapted to drive the lancing motion, - a combined triggering and driving device having an actuating element and a locking device, wherein the actuating element has an initial state and an actuated state and is accessible from the outside of the housing, wherein, in the initial state, the drive element is locked in the locking device under a torsional stress exerted by the combined compression and torsion element, wherein the combined triggering and driving device is configured in a manner that, when the actuating element makes a movement along an actuation path from the initial state into the actuated state, a torque is exerted on the drive element which prevails the torsional stress exerted by the combined compression and torsion element in a manner that the drive element is released from the locking device, which results in a triggering of the lancing motion.
A powder particle morphological control device, comprising a closed cavity, wherein the closed cavity has a piston structure extending from the exterior to the interior thereof, and the piston structure comprises at least two pistons (101-103 or 2-4) acting independently for compressing and moving powder particles filled in the cavity, characterized in that the closed cavity further comprises a stirrer.
A power conversion device comprising: a control unit configured to output a signal to drive a motor; and a terminal unit configured to transmit to the control unit an identification signal, generated by an identification signal generation unit included in the terminal unit, wherein the control unit is further configured to set a control parameter on the basis of the identification signal transmitted by the terminal unit (103, characterized in that the identification signal provides information related to a type of a terminal block connected to the control unit. a control unit configured to output a signal to drive a motor; and a terminal unit configured to transmit to the control unit an identification signal, generated by an identification signal generation unit included in the terminal unit, wherein the control unit is further configured to set a control parameter on the basis of the identification signal transmitted by the terminal unit (103,
A fencing strainer system comprising: a fencing strainer post, a strut and a metal connector for connecting the strut to the fencing strainer post, the metal connector comprising a first portion and a second portion, the first portion being elastically deformable and arranged to fit around the strainer post wherein the first portion is substantially an elliptical or an oval arc in cross-section when not deformed, the second portion arranged, when the first portion is deformed, to be inserted into a cavity in the strut and arranged to engage the strut by an at least partial reversal of the deformation, wherein the first portion is arranged to be deformed to be substantially a circular arc in cross-section when the second portion is positioned to engage the strut, wherein the second portion is in the form of two arms (23, 24) extending from the first portion, wherein each arm (23, 24) has a length greater than a diameter of the first portion, wherein the arms (23, 24) are arranged to extend substantially parallel to one another when the second portion is inserted into the cavity of the strut, and wherein upon the at least partial reversal of the deformation, the metal connector is secured within the cavity of the strut by the frictional force between the arms (23, 24) and the strut. wherein the second portion is in the form of two arms (23, 24) extending from the first portion, wherein each arm (23, 24) has a length greater than a diameter of the first portion, wherein the arms (23, 24) are arranged to extend substantially parallel to one another when the second portion is inserted into the cavity of the strut, and wherein upon the at least partial reversal of the deformation, the metal connector is secured within the cavity of the strut by the frictional force between the arms (23, 24) and the strut.
A device (100, 200, 400) for penetrating tissues within a living body, comprising: a shaft extending from a proximal end to a distal end, the shaft comprising a channel extending therethrough from the proximal end to an opening in the distal end; a needle (102, 202, 410) extending within the channel, the needle (102, 202, 410) comprising a proximal portion and a distal portion the distal portion including a tissue penetrating distal tip (104, 204), a portion of an outer surface of the distal portion of the needle (102, 202, 410) including a first structure (118, 218) extending along a path wrapping around a portion of a length of the needle (102, 202), the first structure (118, 218) configured to mate with a second structure formed on a corresponding portion of an inner wall of the shaft, the first and second structures (118, 218, 120) mating with one another so that, as the proximal portion of the needle (102, 202, 410) is translated axially through the channel, engagement between the first and second structures (118, 218, 120) rotates the distal portion of the needle (102, 202, 410) about an axis of the channel; characterized in that the proximal portion and the distal portion are rotatably coupled to one another. a shaft extending from a proximal end to a distal end, the shaft comprising a channel extending therethrough from the proximal end to an opening in the distal end; a needle (102, 202, 410) extending within the channel, the needle (102, 202, 410) comprising a proximal portion and a distal portion the distal portion including a tissue penetrating distal tip (104, 204), a portion of an outer surface of the distal portion of the needle (102, 202, 410) including a first structure (118, 218) extending along a path wrapping around a portion of a length of the needle (102, 202), the first structure (118, 218) configured to mate with a second structure formed on a corresponding portion of an inner wall of the shaft, the first and second structures (118, 218, 120) mating with one another so that, as the proximal portion of the needle (102, 202, 410) is translated axially through the channel, engagement between the first and second structures (118, 218, 120) rotates the distal portion of the needle (102, 202, 410) about an axis of the channel; characterized in that the proximal portion and the distal portion are rotatably coupled to one another.
A heat exchanger for condensation in clothes drying, the heat exchanger being an external air-cooled type heat exchanger comprising two groups of air channels with different directions and not communicating with each other, said groups of air channels defining a condensing air channel and an external air channel, respectively, wherein each group of air channels is composed of a plurality of air chambers (13, 14), the air chambers (13, 14) of the two groups of air channels being arranged alternately in turn and the space between each two neighboring air chambers (13, 14) of the same group of air channels is an air chamber (14, 13) of the other group of air channels, wherein one end of the condensing air channel is a hot and humid air inlet and the other end is a hot and humid air outlet for condensed air, wherein a condensate fan is set at one end of the external air channel and the other end of the external air channel is communicated to the outside, and wherein a mechanism for flushing lint is provided, characterized in that the mechanism for flushing lint is arranged at one end of the hot and humid air inlet of the condensing air channel of the heat exchanger and comprises: a flushing valve connection communicating with the outside, a flushing passageway communicating with the flushing valve connection and being set annularly along the hot and humid air inlet, and a flushing mouth set along the inside edge of the flushing passageway for flushing water towards the air chambers of the condensing air channel. a flushing valve connection communicating with the outside, a flushing passageway communicating with the flushing valve connection and being set annularly along the hot and humid air inlet, and a flushing mouth set along the inside edge of the flushing passageway for flushing water towards the air chambers of the condensing air channel.
A method for transmitting channel state information in a wireless communication system, the method performed by a User Equipment, UE,, the method comprising: receiving, from a base station, a bitmap for configuring codebook subset restriction, CSR; and reporting, to the base station, Channel State Information, CSI, when a number of antenna ports is configured as 16 or more and a number of layers associated with a rank indicator, RI, in the CSI is 3 or 4, wherein a unit of multiple bits in the bitmap for configuring the CSR is associated with each precoder, the unit of multiple bits comprises three bits, and the indexes of the three bits have a relation of multiple with a specific number, and wherein a reporting of precoding matrix indicator, PMI, corresponding to the precoder associated with the multiple bits is restricted in the CSI, when the CSR is indicated in any one of the multiple bits. receiving, from a base station, a bitmap for configuring codebook subset restriction, CSR; and reporting, to the base station, Channel State Information, CSI, when a number of antenna ports is configured as 16 or more and a number of layers associated with a rank indicator, RI, in the CSI is 3 or 4, wherein a unit of multiple bits in the bitmap for configuring the CSR is associated with each precoder, the unit of multiple bits comprises three bits, and the indexes of the three bits have a relation of multiple with a specific number, and wherein a reporting of precoding matrix indicator, PMI, corresponding to the precoder associated with the multiple bits is restricted in the CSI, when the CSR is indicated in any one of the multiple bits.
A method for reporting channel quality indicators for downlink channels in a mobile communication system, comprising the steps of: measuring (502, 1002) a channel quality of a first downlink channel and a channel quality of a second downlink channel; comparing (506, 1006) a predetermined threshold value with a difference between the channel quality of the first downlink channel and the channel quality of the second downlink channel; selecting (508, 1008) at least one of the channel quality of the first downlink channel and the channel quality of the second downlink channel based on a result of the comparison; and transmitting (510, 1010) one or more channel quality indicators indicating the at least one selected channel quality. measuring (502, 1002) a channel quality of a first downlink channel and a channel quality of a second downlink channel; comparing (506, 1006) a predetermined threshold value with a difference between the channel quality of the first downlink channel and the channel quality of the second downlink channel; selecting (508, 1008) at least one of the channel quality of the first downlink channel and the channel quality of the second downlink channel based on a result of the comparison; and transmitting (510, 1010) one or more channel quality indicators indicating the at least one selected channel quality.
A device for reducing nitrogen oxides (NO x) in exhaust gas from a drive unit for a vehicle, the device comprising a. the drive unit for providing drive energy, b. a first storage container for at least partially loaded hydrogen carrier material, c. a dehydrogenation reactor connected to the first storage container for releasing hydrogen from the hydrogen carrier material, d. a reduction reactor connected to the dehydrogenation reactor for utilizing the released hydrogen as a reducing agent for nitrogen oxides (NO x), e. a control unit which is in signal communication with the drive unit and with the dehydrogenation reactor, characterized in that the control unit is embodied to control the timing of the addition of the hydrogen into the reduction reactor such that the addition occurs after a peak of a fuel combustion in the drive unit has been exceeded, wherein the peak of the fuel combustion is a point in time during the combustion in the engine process at which 50% of the calorific value stored in the fuel has been released as heat. a. the drive unit for providing drive energy, b. a first storage container for at least partially loaded hydrogen carrier material, c. a dehydrogenation reactor connected to the first storage container for releasing hydrogen from the hydrogen carrier material, d. a reduction reactor connected to the dehydrogenation reactor for utilizing the released hydrogen as a reducing agent for nitrogen oxides (NO x), e. a control unit which is in signal communication with the drive unit and with the dehydrogenation reactor,