mhurhangee/ep-ind-claims huggingface dataset:
An electronic circuit (1; 101) comprising: a bipolar device (11a, 12a, 13a, 14a); a unipolar device (21, 22, 23, 24) connected in parallel to the bipolar device (11a, 12a, 13a, 14a); a first connection metal member (31,33,35,37;31A,33A,35A,37A), parasitized by an inductance (L1,L3,L5,L7), through which the bipolar device (11a, 12a, 13a, 14a) is connected to the unipolar device (21, 22, 23, 24); an output line (41, 42, 46, 47) connected to the bipolar device (11a, 12a, 13a, 14a) through the first connection metal member(31,33,35,37;31A,33A,35A,37A), and to the unipolar device (21, 22, 23, 24) without going through the first connection metal member (31,33,35,37;31A,33A,35A,37A); and a second connection metal member (32,34,36,38,32A,34A,36A,38A) through which the unipolar device (21, 22, 23, 24) is connected to the output line (41,42,46,47), and that is parasitized by an inductance (L2,L4,L6,L8), wherein the first and second connection metal members (31-38,31A-38A) are connected in series between the bipolar device (11a, 12a, 13a, 14a) and the output line (41,42,46,47), whereby an inductance (L2, L4, L6, L8) between the unipolar device (21, 22, 23, 24) and the output line (41,42,46,47) is smaller than an inductance (L1-L8) between the bipolar device (11a, 12a, 13a, 14a) and the output line (41,42,46,47). a bipolar device (11a, 12a, 13a, 14a); a unipolar device (21, 22, 23, 24) connected in parallel to the bipolar device (11a, 12a, 13a, 14a); a first connection metal member (31,33,35,37;31A,33A,35A,37A), parasitized by an inductance (L1,L3,L5,L7), through which the bipolar device (11a, 12a, 13a, 14a) is connected to the unipolar device (21, 22, 23, 24); an output line (41, 42, 46, 47) connected to the bipolar device (11a, 12a, 13a, 14a) through the first connection metal member(31,33,35,37;31A,33A,35A,37A), and to the unipolar device (21, 22, 23, 24) without going through the first connection metal member (31,33,35,37;31A,33A,35A,37A); and a second connection metal member (32,34,36,38,32A,34A,36A,38A) through which the unipolar device (21, 22, 23, 24) is connected to the output line (41,42,46,47), and that is parasitized by an inductance (L2,L4,L6,L8), wherein the first and second connection metal members (31-38,31A-38A) are connected in series between the bipolar device (11a, 12a, 13a, 14a) and the output line (41,42,46,47), whereby an inductance (L2, L4, L6, L8) between the unipolar device (21, 22, 23, 24) and the output line (41,42,46,47) is smaller than an inductance (L1-L8) between the bipolar device (11a, 12a, 13a, 14a) and the output line (41,42,46,47).
A drive device for a vehicle, comprising: a motor case configured to house a motor; a first case configured to house a gear unit that is mechanically connected with the motor; and a second case configured to house an electric power conversion unit that is electrically connected with the motor, characterized in that the first case and the second case are fastened to the motor case by a plurality of fastening members; and the plurality of fastening members includes at least one common fastening member (61, 62) that concurrently fastens the first case and the second case to the motor case. a motor case configured to house a motor; a first case configured to house a gear unit that is mechanically connected with the motor; and a second case configured to house an electric power conversion unit that is electrically connected with the motor, characterized in that the first case and the second case are fastened to the motor case by a plurality of fastening members; and the plurality of fastening members includes at least one common fastening member (61, 62) that concurrently fastens the first case and the second case to the motor case.
A system to aid in diagnosing at least one of infiltration and extravasation in Animalia tissue, the system comprising: a sensor configured to emit first and second signals entering the Animalia tissue and to detect third and fourth signals exiting the Animalia tissue, the first signal having a peak wavelength between approximately 800 nanometers and approximately 1,050 nanometers, the second signal having a peak wavelength between approximately 560 nanometers and approximately 660 nanometers, the third signal including a portion of the first signal that is at least one of reflected, scattered and redirected from the Animalia tissue, and the fourth signal including a portion of the second signal that is at least one of reflected, scattered and redirected from the Animalia tissue; wherein a device is coupled to the sensor so as to control emission of the first and second signals and to analyze the third and fourth signals, and wherein the device is configured to output a notice to indicate or contraindicate an infiltration/extravasation examination of the Animalia tissue based on the third and fourth signals, wherein the third signal is configured to detect infusate accumulation over time in the Animalia tissue, and the fourth signal is configured to detect tissue blood volume changes in the Animalia tissue. a sensor configured to emit first and second signals entering the Animalia tissue and to detect third and fourth signals exiting the Animalia tissue, the first signal having a peak wavelength between approximately 800 nanometers and approximately 1,050 nanometers, the second signal having a peak wavelength between approximately 560 nanometers and approximately 660 nanometers, the third signal including a portion of the first signal that is at least one of reflected, scattered and redirected from the Animalia tissue, and the fourth signal including a portion of the second signal that is at least one of reflected, scattered and redirected from the Animalia tissue; wherein a device is coupled to the sensor so as to control emission of the first and second signals and to analyze the third and fourth signals, and wherein the device is configured to output a notice to indicate or contraindicate an infiltration/extravasation examination of the Animalia tissue based on the third and fourth signals, wherein the third signal is configured to detect infusate accumulation over time in the Animalia tissue, and the fourth signal is configured to detect tissue blood volume changes in the Animalia tissue.
An air-conditioner comprising: a refrigerant circuit, in which a compressor, an oil separator, a heat source side heat exchanger, a refrigerant - refrigerant heat exchanger, a throttle device, and a use side heat exchanger are connected in order; a bypass circuit that connects between said refrigerant - refrigerant heat exchanger and said throttle device with the suction side of said compressor via said refrigerant - refrigerant heat exchanger; a super-cooling expansion valve provided at the upstream side of said refrigerant - refrigerant heat exchanger in said bypass circuit; an oil return circuit that connects said oil separator with said bypass circuit in between said super-cooling expansion valve and said refrigerant - refrigerant heat exchanger; and a decompression mechanism provided in said oil return circuit, wherein said oil return circuit is installed by piping so as to exchange heat with at least part of said heat source side heat exchanger at the upstream side of said decompression mechanism. a refrigerant circuit, in which a compressor, an oil separator, a heat source side heat exchanger, a refrigerant - refrigerant heat exchanger, a throttle device, and a use side heat exchanger are connected in order; a bypass circuit that connects between said refrigerant - refrigerant heat exchanger and said throttle device with the suction side of said compressor via said refrigerant - refrigerant heat exchanger; a super-cooling expansion valve provided at the upstream side of said refrigerant - refrigerant heat exchanger in said bypass circuit; an oil return circuit that connects said oil separator with said bypass circuit in between said super-cooling expansion valve and said refrigerant - refrigerant heat exchanger; and a decompression mechanism provided in said oil return circuit, wherein said oil return circuit is installed by piping so as to exchange heat with at least part of said heat source side heat exchanger at the upstream side of said decompression mechanism.
A turbine vane for a turbomachine, including a blade and a root, said root comprising a stilt having lateral flanks with a curvilinear profile, said stilt comprising a frangible zone adapted to undergo breaking of the stilt if radial forces greater than a threshold are exerted on the vane, in particular centrifugal forces during an overspeed condition of the turbine, the turbine vane being characterised in that the frangible zone comprises at least one frangibility oblong cavity provided on at least one of the lateral flanks of the stilt, said oblong cavity extending in an axial direction of the stilt along a longitudinal axis (X-X') parallel to or included in a plane of minimum cross-section area in which a minimum transverse cross-section area of the stilt is located, the frangible zone of the stilt being formed by a concave zone of the stilt made on a front face and on at least one of the lateral flanks of the stilt, the deepest zone of the oblong cavity being intersected by the plane of minimum cross-section area of the stilt.
A copolymer containing, as essential structural units, unit A represented by Formula and unit B represented by Formula: wherein R 1 and R 4 each independently represent a hydrogen atom or a methyl group, and R 2 and R 3 each independently represent a hydrogen atom or a C1-20 hydrocarbon group, excluding cases where two or more groups of R 1 to R 3 are hydrogen atoms wherein R 5 represents a hydrogen atom or a methyl group, and R 6 represents a group selected from the group consisting of C1-20 hydrocarbon groups optionally containing an oxygen atom, C1-20 alkoxy groups, hydrogen atoms, oxygen radicals and hydroxyl groups.
A seaweed-based powder comprising at least 80% dry basis of particles of a macroscopic, multicellular marine algae, having a storage modulus (G') of at least 30 Pa as determined on a solution of reconstituted skimmed milk containing 0.3 wt% of said powder relative to the total weight of said solution and wherein said powder has a critical gelling concentration (C 0) of at most 0.1 wt%, wherein the skimmed milk was reconstituted by dissolving powdered skimmed milk at 10% w/w in ultrapure water having 18.2 MΩ.cm resistivity, whilst stirring for 4 hours at room temperature, wherein G' and C 0 are measured according to the methods described in "METHODS OF MEASUREMENT" section.
A seal assembly for a rotational fan duct metering valve of a gas turbine engine and disposed within a casing, said seal comprising: a tab of the gas turbine engine for extending through an opening in said casing and attaching to said valve, a carrier for extending into said opening and engaging said valve such that fluid does not leak between said valve and said carrier; a seal disposed upon said carrier wherein said tab extends through said seal; and a housing disposed upon said seal for compressing said seal between said carrier and said housing and for compressing said carrier upon said seal, said housing being spaced from said carrier by a gap; the seal assembly characterized in that said seal has a trapezoidal cross-section with a horizontal groove therein, said groove defining a top leg and an opposed bottom leg engaging said housing and said carrier respectively, said seal being arranged such that fluid flowing through the gap enters the groove causing the top leg and bottom leg to separate to provide a seal between the housing and carrier. a tab of the gas turbine engine for extending through an opening in said casing and attaching to said valve, a carrier for extending into said opening and engaging said valve such that fluid does not leak between said valve and said carrier; a seal disposed upon said carrier wherein said tab extends through said seal; and a housing disposed upon said seal for compressing said seal between said carrier and said housing and for compressing said carrier upon said seal, said housing being spaced from said carrier by a gap; the seal assembly characterized in that said seal has a trapezoidal cross-section with a horizontal groove therein, said groove defining a top leg and an opposed bottom leg engaging said housing and said carrier respectively, said seal being arranged such that fluid flowing through the gap enters the groove causing the top leg and bottom leg to separate to provide a seal between the housing and carrier.
Hand-held power tool, comprising a motor, a tool holder for clamping a rotating tool on a working axis, a planetary gear stage, of which the sun wheel or the ring gear is coupled to the motor and the planet carrier is coupled to the tool holder, characterised by a first blocking body coupling which couples the sun wheel to the planet carrier, and a second blocking body coupling which couples the ring gear to the planet carrier.
A method for regulating, which is carried out in an installation which, in a heating circuit, has a solar energy collector as a power source, a pump, a main line and at least one valve, also a plurality of consumers, wherein i. a liquid energy-carrying medium flows through the main line at least in part, ii. the power source is established to transfer a certain, in particular the maximum available, momentary output power to the energy-carrying medium, and iii. the consumers each have a momentary input power requirement, characterised in that a regulator sets the at least one valve such that at least a part of the flow of the liquid energy-carrying medium is steered towards what is referred to here as the first consumer of the plurality of consumers whose input power is less than the output power, the input power of the first consumer having, in terms of amount, the smallest difference to the output power. i. a liquid energy-carrying medium flows through the main line at least in part, ii. the power source is established to transfer a certain, in particular the maximum available, momentary output power to the energy-carrying medium, and iii. the consumers each have a momentary input power requirement, characterised in that
Arrangement, with - a building cover; - a surface section of the building cover aligned horizontally or inclinedly relative to the horizontal direction, which is a potential standing or landing surface for birds on the building cover; and - a bird scarecrow device, which is fastened to the surface section of the building cover aligned horizontally or inclinedly relative to the horizontal direction; wherein the bird scarecrow device has a flat component, - which is comprised of a plate and/or a film material made of a UV-resistant transparent plastic or a glass pane, - in which a lenticular image at least partially covers a visual surface, wherein the visual surface with the lenticular image on the building cover is aligned horizontally or inclinedly relative to the horizontal direction, - which has an assembly surface with an adhesive and/or a fastening device on the rear side, and - which is fastened to the building cover by means of the adhesive and/or the fastening device. - a building cover; - a surface section of the building cover aligned horizontally or inclinedly relative to the horizontal direction, which is a potential standing or landing surface for birds on the building cover; and - a bird scarecrow device, which is fastened to the surface section of the building cover aligned horizontally or inclinedly relative to the horizontal direction; wherein the bird scarecrow device has a flat component, - which is comprised of a plate and/or a film material made of a UV-resistant transparent plastic or a glass pane, - in which a lenticular image at least partially covers a visual surface, wherein the visual surface with the lenticular image on the building cover is aligned horizontally or inclinedly relative to the horizontal direction, - which has an assembly surface with an adhesive and/or a fastening device on the rear side, and - which is fastened to the building cover by means of the adhesive and/or the fastening device.
A closing and latching mechanism for a closure including a claw for engaging a striker fixed to the closure, the claw being rotatable between an unlatched position (Fig. 3) and a latched position (Fig. 1) and biased by a spring towards the unlatched position (Fig. 3), a pawl mounted to pivot between a first position, in which it can engage the claw in the latched position (Fig. 1) and prevent movement of the claw into the unlatched position (Fig. 3), and a second position, in which the claw is free to move from the latched position (Fig. 1) to the unlatched position (Fig. 3), a rotatable input shaft carrying a second cam which is operatively coupled to the claw, whereby rotation of the input shaft in one direction results in rotation of the claw into the latched position (Fig. 1), the input shaft also carrying a release cam which cooperates with a release cam follower forming part of a release slider, the release slider being operatively coupled to the pawl, whereby further rotation of the input shaft in the said one direction results in engagement of the release cam with the release cam follower and movement of the release slider which moves the pawl into the second position and the claw then moves towards the unlatched position (Fig. 3) under the action of the biasing spring, wherein the second cam is operatively coupled to the claw by a second cam follower, which cooperates with the second cam and is provided on a linearly movable clinch slider, the clinch slider being operatively coupled to a fourth cam, which cooperates with a fourth cam follower forming part of a pivotally mounted clinch lever, a further part of the clinch lever constituting a fifth cam which cooperates with a fifth cam follower constituted by a portion of the claw.
A relay diagnosis circuit for diagnosing whether a relay controlling a connection state between a battery pack and a load normally operates, comprising: a first switch connected with the battery pack in parallel and controlling current applied from the battery pack; a second switch controlling current applied from the first switch to the relay according to an on/off state of the first switch; and a measurement unit connected with the second switch in parallel and measuring voltage applied through the relay according to the on/off state of the second switch, wherein voltage output from a positive electrode of the battery pack is used for measuring voltage, further comprising: a plurality of resistors connected with the first switch, the second switch, and the measurement unit in series, respectively; wherein resistors are variable resistors, and a resistance value of the resistor may be changed according to allowable voltage ranges of the first switch, the second switch, and the measuring unit. a first switch connected with the battery pack in parallel and controlling current applied from the battery pack; a second switch controlling current applied from the first switch to the relay according to an on/off state of the first switch; and a measurement unit connected with the second switch in parallel and measuring voltage applied through the relay according to the on/off state of the second switch, wherein voltage output from a positive electrode of the battery pack is used for measuring voltage, further comprising: a plurality of resistors connected with the first switch, the second switch, and the measurement unit in series, respectively; wherein resistors are variable resistors, and a resistance value of the resistor may be changed according to allowable voltage ranges of the first switch, the second switch, and the measuring unit.
A method for use in sidelink unicast communication, the method comprising, at a first user equipment, UE,: obtaining a link availability schedule indicating, at least in part, communication resources available for use by at least the first UE for sidelink unicast communication; identifying a second UE to attempt to engage in a sidelink unicast communication; establishing a sidelink schedule with the second UE, the sidelink schedule corresponding to at least a subset of the communication resources indicated by the link availability schedule, wherein establishing the sidelink schedule comprises exchanging sidelink negotiation information with the second UE, and wherein at least a portion of the sidelink negotiation information provided by the first UE to the second UE is based, at least in part, on the link availability schedule; establishing a sidelink with the second UE; and communicating, via the sidelink, with the second UE using at least a portion of the communication resources per the sidelink schedule. obtaining a link availability schedule indicating, at least in part, communication resources available for use by at least the first UE for sidelink unicast communication; identifying a second UE to attempt to engage in a sidelink unicast communication; establishing a sidelink schedule with the second UE, the sidelink schedule corresponding to at least a subset of the communication resources indicated by the link availability schedule, wherein establishing the sidelink schedule comprises exchanging sidelink negotiation information with the second UE, and wherein at least a portion of the sidelink negotiation information provided by the first UE to the second UE is based, at least in part, on the link availability schedule; establishing a sidelink with the second UE; and communicating, via the sidelink, with the second UE using at least a portion of the communication resources per the sidelink schedule.
Seat system for a vehicle, with an undivided or divided seat bench (300; 301, 302, 303), which is displaceable in the longitudinal direction of the vehicle, in at least one of the seat rows (1SR, 2SR, 3SR) of the vehicle, the seat bench underframe of which or the seat underframes (301U, 302U, 303U) of which is/are constricted by at least one obstacle lying to the side of the seat bench (300; 301, 302, 303) and limiting the construction space for the seat bench underframe or the seat underframes (301U, 302U, 303U), for which reason the undivided or divided seat bench (300; 301, 302, 303) forms at least one projection lying above the obstacle, characterized in that - the at least one projection is designed as a seat part side face and backrest side face formed separately from the undivided or divided seat bench (300; 301, 302, 303), - wherein the respective side face (SW; RW) is arranged separately from an adjacent seat part (301S, 302S; 303R) or an adjacent backrest (301R, 302R; 303R) and is fastened to the seat bench underframe or to the seat underframe (301U; 302U, 303U), - and therefore folding flat of the seat bench (300; 301, 302, 303) can be carried out via a seat-underframe-mounted folding mechanism in front of the seat bench underframe or the seat underframe (301U, 302U, 303U) without carrying along the side face (SW; RW), and - a displacement movement of the undivided or divided seat bench (300; 301, 302, 303) in the longitudinal direction of the vehicle can be carried out with the side face (SW; RW) being carried along. - the at least one projection is designed as a seat part side face and backrest side face formed separately from the undivided or divided seat bench (300; 301, 302, 303), - wherein the respective side face (SW; RW) is arranged separately from an adjacent seat part (301S, 302S; 303R) or an adjacent backrest (301R, 302R; 303R) and is fastened to the seat bench underframe or to the seat underframe (301U; 302U, 303U), - and therefore folding flat of the seat bench (300; 301, 302, 303) can be carried out via a seat-underframe-mounted folding mechanism in front of the seat bench underframe or the seat underframe (301U, 302U, 303U) without carrying along the side face (SW; RW), and - a displacement movement of the undivided or divided seat bench (300; 301, 302, 303) in the longitudinal direction of the vehicle can be carried out with the side face (SW; RW) being carried along.