mhurhangee/ep-ind-claims huggingface dataset:
Locking device for a group of electrical connectors comprising at least one first connector mating with a second connector and which can be connected together wherein the locking device comprises: - at least one latch which can be attached rigidly as one piece to the second connector, wherein the latch has a passage for a bolt, and, in the bolt passage, has a first raised locking portion, - at least one bolt which can be attached rigidly as one piece to the first connector, wherein the bolt has a section adapted to the passage of a bolt in the latch, allowing the bolt to enter the latch parallel to an axis of the bolt, - a tongue, fitting into a housing in the bolt, wherein the tongue extends parallel to the axis of the bolt, and is configured so that it can be inserted into the latch together with the bolt, wherein the tongue is provided with a second raised locking portion and the tongue is sufficiently flexible to allow the second raised locking portion to be displaced between a position protruding on a face of the bolt turned towards the first raised locking portion when the bolt is inserted into the latch, and a retracted position in the housing of the bolt, wherein the second raised locking portion is configured to pass along the first raised locking portion in the retracted position when the bolt is inserted into the latch and in order to occupy the protruding position behind the first raised locking portion in a direction in which the bolt is inserted into the latch when the bolt occupies a locking position in the latch. - at least one latch which can be attached rigidly as one piece to the second connector, wherein the latch has a passage for a bolt, and, in the bolt passage, has a first raised locking portion, - at least one bolt which can be attached rigidly as one piece to the first connector, wherein the bolt has a section adapted to the passage of a bolt in the latch, allowing the bolt to enter the latch parallel to an axis of the bolt, - a tongue, fitting into a housing in the bolt, wherein the tongue extends parallel to the axis of the bolt, and is configured so that it can be inserted into the latch together with the bolt, wherein the tongue is provided with a second raised locking portion and the tongue is sufficiently flexible to allow the second raised locking portion to be displaced between a position protruding on a face of the bolt turned towards the first raised locking portion when the bolt is inserted into the latch, and a retracted position in the housing of the bolt, wherein the second raised locking portion is configured to pass along the first raised locking portion in the retracted position when the bolt is inserted into the latch and in order to occupy the protruding position behind the first raised locking portion in a direction in which the bolt is inserted into the latch when the bolt occupies a locking position in the latch.
A detection device, comprising: a first detection unit configured to detect a leading edge portion and a trailing edge portion of a medium while the medium is being transported; a second detection unit configured to detect both edge portions of the medium in an orthogonal direction that is orthogonal to a transporting direction of the medium while the medium is being transported; and a transport unit configured to transport the medium; the detection device being characterized by further comprising: an adjustment unit (560, 570) configured to correct skewing and configured to correct displacement of the medium in the orthogonal direction, wherein the adjustment unit (560, 570) is disposed downstream of the transport unit in the transporting direction and comprises an abutting unit against which a leading edge of the medium transported by the transport unit is abutted to correct skewing, wherein the first detection unit is disposed upstream of the abutting unit in the transporting direction. a first detection unit configured to detect a leading edge portion and a trailing edge portion of a medium while the medium is being transported; a second detection unit configured to detect both edge portions of the medium in an orthogonal direction that is orthogonal to a transporting direction of the medium while the medium is being transported; and
A method for wireless communication at an apparatus, comprising: receiving an uplink resource allocation from a base station for an uplink transmission, the uplink resource allocation identifying uplink resources that span two or more transmission time intervals, TTIs, including a first TTI and a second TTI that have different numbers of orthogonal frequency division multiplexing, OFDM, symbols; wherein the two or more TTIs are allocated uplink resources located within a slot of a wireless transmission subframe; identifying that the first TTI has three OFDM symbols and that the second TTI has two OFDM symbols; identifying a first uplink transmission power for the first TTI; applying a power offset to the first uplink transmission power to determine a second uplink transmission power for the second TTI; wherein the power offset increases a transmission power for the second TTI to compensate for reduced time diversity and achievable energy per bit of the second TTI relative to the first TTI; and transmitting the uplink transmission based at least in part on the first uplink transmission power and the second uplink transmission power. receiving an uplink resource allocation from a base station for an uplink transmission, the uplink resource allocation identifying uplink resources that span two or more transmission time intervals, TTIs, including a first TTI and a second TTI that have different numbers of orthogonal frequency division multiplexing, OFDM, symbols; wherein the two or more TTIs are allocated uplink resources located within a slot of a wireless transmission subframe; identifying that the first TTI has three OFDM symbols and that the second TTI has two OFDM symbols; identifying a first uplink transmission power for the first TTI; applying a power offset to the first uplink transmission power to determine a second uplink transmission power for the second TTI; wherein the power offset increases a transmission power for the second TTI to compensate for reduced time diversity and achievable energy per bit of the second TTI relative to the first TTI; and transmitting the uplink transmission based at least in part on the first uplink transmission power and the second uplink transmission power.
A method for preparing an in-situ, pigment particle dispersion comprising: providing a premix composition including one or more pigments, one or more dispersants, and a liquid carrier; milling said premix composition in the presence of a solid milling agent to a predetermined particle size whereby said solid milling agent is substantially insoluble in said liquid carrier; and solubilizing said solid milling agent in said liquid carrier; wherein said solid milling agent is selected from alkali-soluble, acid-soluble, and solvent-soluble polymeric resins.
A falling weight deflectometer comprising: - a load plate adapted to engage a test surface; - force transmission means adapted to transmit a force to the load plate; - buffer means; - a drop weight adapted to impact said force transmission means via said buffer means so as to provide a force to be transmitted to said load plate via said force transmission means; - guide means (16, 20) for guiding said drop weight towards said force transmission means, and - lifting means for lifting said drop weight to a predetermined height above said force transmission means, characterized in that the lifting means comprises multiple linear electric motors arranged in two motor towers placed at opposite ends of the drop weight, where each motor tower comprises motor mounting plates for mounting the linear electrical motors. - a load plate adapted to engage a test surface; - force transmission means adapted to transmit a force to the load plate; - buffer means; - a drop weight adapted to impact said force transmission means via said buffer means so as to provide a force to be transmitted to said load plate via said force transmission means; - guide means (16, 20) for guiding said drop weight towards said force transmission means, and - lifting means for lifting said drop weight to a predetermined height above said force transmission means,
A machine for operating a cartridge 100 said cartridge having a substrate 101, a cap 102, and a fluid circuit including a first zone 103, an at least partially optical transparent channel 105, an at least partially flexible second zone 104, and a tight connection 109 between the first zone 103 and second zone 104, wherein a second end of channel 105 is connected to a first end of second zone 104 via a conduit 108, wherein the machine comprises: an actuator, a fluorescence microscope and a controller; wherein, upon insertion of the cartridge 100 into the machine, the actuator is configured to compress the second zone 104, reducing its diameter at the compression point to zero, such that the second zone 104 is in a compressed state and wherein the actuator is stationary in the compressed state and the machine is configured such that the cartridge 100 is movable relative to the stationary actuator while in the compressed state, in order to move a sample volume within the fluid circuit. an actuator, a fluorescence microscope and a controller; wherein, upon insertion of the cartridge 100 into the machine, the actuator is configured to compress the second zone 104, reducing its diameter at the compression point to zero, such that the second zone 104 is in a compressed state and wherein the actuator is stationary in the compressed state and the machine is configured such that the cartridge 100 is movable relative to the stationary actuator while in the compressed state, in order to move a sample volume within the fluid circuit.
A method of forming a polymer, comprising: positioning a mould (104, 204, 304, 404) in relation to a bath containing a molten material to form a mould cavity (110, 310) between the mould and the molten material; adding a monomer within the mould cavity (110, 310); and curing the monomer to form a polymer. positioning a mould (104, 204, 304, 404) in relation to a bath containing a molten material to form a mould cavity (110, 310) between the mould and the molten material; adding a monomer within the mould cavity (110, 310); and curing the monomer to form a polymer.
A method for detecting a malfunctioning battery cell within a stack of battery cells with a battery monitoring system, characterised in that the method comprises: selecting a battery cell coupled to the system; sampling the battery cell voltages at offset sampling times; storing the offset sampled voltages in shift register(s) within the system in the order of sampling; reading the stored voltage samples out of the register(s) by a plurality of shift operations; populating a table maintained within the battery monitoring system with the voltage samples; comparing the voltages between offset samples to generate a voltage difference: if the voltage difference varies outside a predetermined range, identify a battery malfunction. selecting a battery cell coupled to the system; sampling the battery cell voltages at offset sampling times; storing the offset sampled voltages in shift register(s) within the system in the order of sampling; reading the stored voltage samples out of the register(s) by a plurality of shift operations; populating a table maintained within the battery monitoring system with the voltage samples; comparing the voltages between offset samples to generate a voltage difference: if the voltage difference varies outside a predetermined range, identify a battery malfunction. if the voltage difference varies outside a predetermined range, identify a battery malfunction.
A circuit breaker having a safety switching part adjusted to a trip or conduction state according to whether a fault current or a short circuit current is applied, the circuit breaker comprising: a circuit breaker main body unit having a main circuit unit forming a circuit line of each phase; a current transformer part having a coil disposed in the circuit line of each phase and a pair of terminals extending from both ends of the coil and selectively connected to an external power source unit; and a safety switching part characterized in that the safety switching part is configured to connect the pair of terminals such that the pair of terminals are not opened, when the power source unit and the pair of terminals are separated. a circuit breaker main body unit having a main circuit unit forming a circuit line of each phase; a current transformer part having a coil disposed in the circuit line of each phase and a pair of terminals extending from both ends of the coil and selectively connected to an external power source unit; and a safety switching part characterized in that the safety switching part is configured to connect the pair of terminals such that the pair of terminals are not opened, when the power source unit and the pair of terminals are separated.
A mask assembly adapted to facilitate the delivery of a supply of air or breathable gas to the entrance of the airways of a patient, comprising a foam-based interfacing structure comprising a cushioning component and a clip portion configured to attach the cushioning component to a frame; wherein at least a first region of the cushioning component comprises a generally triangular cross-sectional profile having three sides: an inner side which faces into the centre of the mask assembly, an outer side which faces away from the center of the mask assembly and a base surface adapted to be joined at least in part to the clip portion; wherein an interior of the interfacing structure at least partially forms a cavity to receive at least a portion of the patient's nose in use; wherein the interfacing structure in the first region is characterized by at least one of the following: 1) the clip portion is mounted proximal to the outer side of the cushioning component and provides little or no support relative to the inner side of the cushioning component to allow the cushioning component in the first region to roll inwards and 2) the clip portion is joined to the cushioning component by an upper side, wherein the upper side is angled towards the centre of the mask assembly to allow the cushioning component in the first region to roll inwards. a foam-based interfacing structure comprising a cushioning component and a clip portion configured to attach the cushioning component to a frame; wherein at least a first region of the cushioning component comprises a generally triangular cross-sectional profile having three sides: an inner side which faces into the centre of the mask assembly, an outer side which faces away from the center of the mask assembly and a base surface adapted to be joined at least in part to the clip portion; wherein an interior of the interfacing structure at least partially forms a cavity to receive at least a portion of the patient's nose in use; wherein the interfacing structure in the first region is characterized by at least one of the following: 1) the clip portion is mounted proximal to the outer side of the cushioning component and provides little or no support relative to the inner side of the cushioning component to allow the cushioning component in the first region to roll inwards and 2) the clip portion is joined to the cushioning component by an upper side, wherein the upper side is angled towards the centre of the mask assembly to allow the cushioning component in the first region to roll inwards. 1) the clip portion is mounted proximal to the outer side of the cushioning component and provides little or no support relative to the inner side of the cushioning component to allow the cushioning component in the first region to roll inwards and 2) the clip portion is joined to the cushioning component by an upper side, wherein the upper side is angled towards the centre of the mask assembly to allow the cushioning component in the first region to roll inwards.
An air conditioner comprising: a suction body having an air suction hole formed therein; a heat exchanger in which air sucked into the air suction hole is heat-exchanged; and a pair of blow discharge units (6, 8) through which the air heat-exchanged in the heat exchanger is passed and discharged, wherein each of the pair of blow discharge units (6, 8) includes a cross flow fan being disposed vertically long; and a fan motor having a vertical rotational shaft for rotating the cross flow fan, wherein each of the pair of blow discharge units (6, 8) further includes: a discharge body in which an air inflow hole and an air discharge hole are formed to be spaced apart from each other, and a discharge passage is formed between the air inflow hole and the air discharge hole, wherein the cross flow fan is positioned in the discharge passage; and a rotation mechanism configured to rotate the discharge body about a vertical center axis, characterized in that the suction body is positioned at a rear portion of the air conditioner, and the heat exchanger is positioned between the air suction hole and the pair of blow the pair of blow discharge units (6, 8) such that a rear surface of the heat exchanger is opposite to the suction body and a front surface of the heat exchanger is opposite to the pair of blow discharge units (6, 8). a suction body having an air suction hole formed therein; a heat exchanger in which air sucked into the air suction hole is heat-exchanged; and a pair of blow discharge units (6, 8) through which the air heat-exchanged in the heat exchanger is passed and discharged, wherein each of the pair of blow discharge units (6, 8) includes a cross flow fan being disposed vertically long; and a fan motor having a vertical rotational shaft for rotating the cross flow fan, wherein each of the pair of blow discharge units (6, 8) further includes: a discharge body in which an air inflow hole and an air discharge hole are formed to be spaced apart from each other, and a discharge passage is formed between the air inflow hole and the air discharge hole, wherein the cross flow fan is positioned in the discharge passage; and a rotation mechanism configured to rotate the discharge body about a vertical center axis, a discharge body in which an air inflow hole and an air discharge hole are formed to be spaced apart from each other, and a discharge passage is formed between the air inflow hole and the air discharge hole, wherein the cross flow fan is positioned in the discharge passage; and a rotation mechanism configured to rotate the discharge body about a vertical center axis, characterized in that the suction body is positioned at a rear portion of the air conditioner, and the heat exchanger is positioned between the air suction hole and the pair of blow the pair of blow discharge units (6, 8) such that a rear surface of the heat exchanger is opposite to the suction body and a front surface of the heat exchanger is opposite to the pair of blow discharge units (6, 8).
Tyre tread for a heavy vehicle, which tread is intended to come into contact with the ground via a tread surface and comprises cuts delimiting rubber blocks that extend from a bottom surface in a radial direction (ZZ'), - at least one cut being a longitudinal groove, delimited by two opposite lateral walls that are connected to each other by a groove bottom, and extending over the entire length L of the tread in a longitudinal direction (XX'), - any longitudinal groove having a depth H, measured between the tread surface and the groove bottom in a radial direction (ZZ'), and a width W, measured between the two lateral walls in the tread surface in a transverse direction (YY'), - at least one longitudinal groove comprising a longitudinal distribution of protuberances that bear against one or the other of the lateral walls, two consecutive protuberances, which do not necessarily bear against the same lateral wall, being spaced apart by a pitch P, characterized in that any protuberance of the longitudinal groove extends radially outwards from the groove bottom over a height H' at least equal to 0.9 times the depth H of the groove and in that any protuberance of the longitudinal groove comprises a first portion, extending radially outwards from the groove bottom over a height H1, transversely towards the inside of the longitudinal groove from a lateral wall over a width W1 and longitudinally over a thickness T1, and a second portion, extending radially outwards from the first portion over a height H2, transversely towards the inside of the longitudinal groove from a lateral wall over a width W2 and longitudinally over a thickness T2, such that the following relationships are satisfied: H ′ = H1 + H2 0.6 * H ′ < = H2 < = 0.9 * H ′ W 2 > = 0.25 * W T2 < = min 3 mm; 1/3*T1 W1 > = 0.5 * W T1 > = H1 - at least one cut being a longitudinal groove, delimited by two opposite lateral walls that are connected to each other by a groove bottom, and extending over the entire length L of the tread in a longitudinal direction (XX'), - any longitudinal groove having a depth H, measured between the tread surface and the groove bottom in a radial direction (ZZ'), and a width W, measured between the two lateral walls in the tread surface in a transverse direction (YY'), - at least one longitudinal groove comprising a longitudinal distribution of protuberances that bear against one or the other of the lateral walls, two consecutive protuberances, which do not necessarily bear against the same lateral wall, being spaced apart by a pitch P,
A sulfide solid electrolyte material for a lithium solid state battery, comprising Li, P, at least one of Cl and Br, and S, characterized in that the sulfide solid electrolyte material does not contain Li 2 S, cross-linking sulfur and a metal elementselected from the list consisting of Sb, Bi, Cu, Hg, Ag, Pd, Ir, Pt and Au, and the amount of a PS 4 3- structure in all anion structures of the sulfide solid electrolyte material is 50 mol% or more.
A combustor casing comprising: a cylindrical outer sleeve supporting internal structure therein; a ring plate (20,30,40) carrying at least a portion of an axially protruding, inwardly angled side wall (14, 31, 41) thereon, said ring plate being fixedly positioned within the combustion casing and at the head end of the combustor casing upstream of the combustion chamber to form an integrated dampener for reducing the internal volume of the head end of the casing said at least a portion of the inwardly angled wall and forming a resonator which mitigates combustion dynamics; characterized in that the at least a portion of an inwardly angled side wall (31, 41) comprises discontinuous wall segments along the outer circumference of the ring (30, 40). a cylindrical outer sleeve supporting internal structure therein; a ring plate (20,30,40) carrying at least a portion of an axially protruding, inwardly angled side wall (14, 31, 41) thereon, said ring plate being fixedly positioned within the combustion casing and at the head end of the combustor casing upstream of the combustion chamber to form an integrated dampener for reducing the internal volume of the head end of the casing said at least a portion of the inwardly angled wall and forming a resonator which mitigates combustion dynamics; characterized in that the at least a portion of an inwardly angled side wall (31, 41) comprises discontinuous wall segments along the outer circumference of the ring (30, 40).
Adsorbent comprising an alumina support and at least one alkali element, said adsorbent being obtained by the introduction of at least one alkali element, identical to or different from sodium, onto an alumina support the sodium content of which, expressed as Na 2 O equivalent, before the introduction of the alkali element or elements, is comprised between 1500 and 3500 ppm by weight with respect to the total weight of the support.