mhurhangee/ep-ind-claims huggingface dataset:
A power supply device, comprising: an electronic switch provided on a wiring which connects a DC power supply to a motor load; a driving portion that controls the electronic switch with PWM to drive the motor load; a semiconductor element that has a parasitic diode (Dp) and is disposed in parallel to the motor load so that a forward direction of the parasitic diode (Dp) is in opposite to a flowing direction of a current flowing through the motor load; and a control portion that controls the semiconductor element so as to be turned on during a part of a period during which the electronic switch is placed in an off state under a control with the PWM, wherein the semiconductor element is an N-type field effect transistor which includes a drain, a source, and a gate; characterized in that the control portion includes a serial connection circuit which is formed by a first resistor and a transistor; the serial connection circuit is disposed between the DC power supply and the ground; and a control input terminal of the transistor is connected to a first connection point (a) for connecting between the electronic switch and the motor load, a second connection point (b) for connecting between the first resistor and the transistor is connected to the ground via a serial connection circuit formed by a capacitor and a second resistor, and a third connection point (c) for connecting between the capacitor and the second resistor is connected to the gate of the semiconductor element. an electronic switch provided on a wiring which connects a DC power supply to a motor load; a driving portion that controls the electronic switch with PWM to drive the motor load; a semiconductor element that has a parasitic diode (Dp) and is disposed in parallel to the motor load so that a forward direction of the parasitic diode (Dp) is in opposite to a flowing direction of a current flowing through the motor load; and a control portion that controls the semiconductor element so as to be turned on during a part of a period during which the electronic switch is placed in an off state under a control with the PWM, wherein the semiconductor element is an N-type field effect transistor which includes a drain, a source, and a gate; characterized in that the control portion includes a serial connection circuit which is formed by a first resistor and a transistor; the serial connection circuit is disposed between the DC power supply and the ground; and a control input terminal of the transistor is connected to a first connection point (a) for connecting between the electronic switch and the motor load, a second connection point (b) for connecting between the first resistor and the transistor is connected to the ground via a serial connection circuit formed by a capacitor and a second resistor, and a third connection point (c) for connecting between the capacitor and the second resistor is connected to the gate of the semiconductor element.
A charging method, which is applied to a session management function, SMF, comprising: creating a session with an online charging system, OCS, by the SMF, for each of a plurality of user plane functions, UPFs, which carry user equipment service traffic, and assigning different session identifiers and a unified charging identifier to sessions with a charging association; and sending an online charging message to the OCS for any one session in the sessions with the charging association, wherein the online charging message carries a session identifier of the any one session and the charging identifier; characterized in that, the unified charging identifier comprises, a charging identifier sequence number and an identifier of a network element which creates the charging identifier sequence number. creating a session with an online charging system, OCS, by the SMF, for each of a plurality of user plane functions, UPFs, which carry user equipment service traffic, and assigning different session identifiers and a unified charging identifier to sessions with a charging association; and sending an online charging message to the OCS for any one session in the sessions with the charging association, wherein the online charging message carries a session identifier of the any one session and the charging identifier; characterized in that, the unified charging identifier comprises, a charging identifier sequence number and an identifier of a network element which creates the charging identifier sequence number.
A graphics apparatus (620, 670, 700, 800, 840, 1000) for implementing collaborative multi-user virtual reality and supporting multiple viewports to a 360° video and/or 360° twitch, the apparatus comprising: a processor (200, 405-407, 601, 621, 671, 1602, 1608, 1612, 1700, 1708, 1800, 2000, 2300, 2530, 2532, 2715, 2720); memory (104, 222, 270, 272, 346, 362, 401-402, 411, 420-423, 622, 672, 1518, 2550) communicatively coupled to the processor; and a collaboration engine (607, 618, 623) communicatively coupled to the processor to: identify a shared graphics component between two or more users in an environment; and share the shared graphics components with the two or more users in the environment, characterized in that the collaboration engine (607, 618, 623) further includes a multi-port graphics subsystem (627, 675) to support a different user on each port of the multi-port graphics subsystem (627, 675) and a decode sharer (628, 1000) to: identify an overlapped region of a shared scene between a first view region of a first user and a second view region of a second user; decode the overlapped region; and share the decoded overlapped region with both the first user and the second user. a processor (200, 405-407, 601, 621, 671, 1602, 1608, 1612, 1700, 1708, 1800, 2000, 2300, 2530, 2532, 2715, 2720); memory (104, 222, 270, 272, 346, 362, 401-402, 411, 420-423, 622, 672, 1518, 2550) communicatively coupled to the processor; and a collaboration engine (607, 618, 623) communicatively coupled to the processor to: identify a shared graphics component between two or more users in an environment; and share the shared graphics components with the two or more users in the environment, identify a shared graphics component between two or more users in an environment; and share the shared graphics components with the two or more users in the environment, identify an overlapped region of a shared scene between a first view region of a first user and a second view region of a second user; decode the overlapped region; and share the decoded overlapped region with both the first user and the second user.
A method for producing a bispecific antibody, comprising the steps of: a) providing a homo variant of associated first polypeptides each polypeptide comprising the amino acid sequence of a first antibody heavy chain, each having a first antigen-binding activity and comprising an Fc region; b) providing a homo variant of associated second polypeptides each polypeptide comprising the amino acid sequence of a second antibody heavy chain, each having a second antigen-binding activity different from the first antigen-binding activity and comprising an Fc region; c) incubating the homo variant of the first polypeptides and the homo variant of the second polypeptides together under a reducing condition that allows cysteines in hinge regions to cause disulfide bond isomerization; and d) obtaining a heteromultimer comprising the first and second polypeptides, wherein 1 to 3 sets of amino acid residues selected from the following amino acid residue sets: amino acid residues at EU numbering positions 356 and 439, amino acid residues at EU numbering positions 357 and 370, and amino acid residues at EU numbering positions 399 and 409 in said first heavy chain Fc region have the same type of charge, and the corresponding 1 to 3 sets in said second heavy chain Fc region have a charge opposite to that of said amino acid residues having the same type of charge in the first heavy chain Fc region, wherein the Fc region of said first and second polypeptide is of human IgG1 or IgG4 type. a) providing a homo variant of associated first polypeptides each polypeptide comprising the amino acid sequence of a first antibody heavy chain, each having a first antigen-binding activity and comprising an Fc region; b) providing a homo variant of associated second polypeptides each polypeptide comprising the amino acid sequence of a second antibody heavy chain, each having a second antigen-binding activity different from the first antigen-binding activity and comprising an Fc region; c) incubating the homo variant of the first polypeptides and the homo variant of the second polypeptides together under a reducing condition that allows cysteines in hinge regions to cause disulfide bond isomerization; and d) obtaining a heteromultimer comprising the first and second polypeptides, wherein 1 to 3 sets of amino acid residues selected from the following amino acid residue sets: amino acid residues at EU numbering positions 356 and 439, amino acid residues at EU numbering positions 357 and 370, and amino acid residues at EU numbering positions 399 and 409 in said first heavy chain Fc region have the same type of charge, and the corresponding 1 to 3 sets in said second heavy chain Fc region have a charge opposite to that of said amino acid residues having the same type of charge in the first heavy chain Fc region, wherein the Fc region of said first and second polypeptide is of human IgG1 or IgG4 type. amino acid residues at EU numbering positions 356 and 439, amino acid residues at EU numbering positions 357 and 370, and amino acid residues at EU numbering positions 399 and 409
A static structure for a gas turbine engine, comprising: an airfoil that extends between an inner platform and an outer platform; and a sealing arrangement that includes a groove formed in at least one of said inner platform and said outer platform and a seal received within said groove, wherein said groove extends between an upstream rail and a downstream rail; characterised in that: at least one of said upstream rail and said downstream rail includes a plurality of relief slots. an airfoil that extends between an inner platform and an outer platform; and a sealing arrangement that includes a groove formed in at least one of said inner platform and said outer platform and a seal received within said groove, wherein said groove extends between an upstream rail and a downstream rail; at least one of said upstream rail and said downstream rail includes a plurality of relief slots.
Air-cooled electric machine, with a rotor, connected in a torsionally resistant manner to a rotor shaft, with axially arranged rotor cooling channels, a stator with axially arranged stator cooling channels, a housing tube, bearing shields (8, 9) arranged on both sides and containing the bearings (10, 11), for the rotatable accommodation of the rotor shaft, with air inlets and air outlets, and in each case, on both sides, with fans (14, 15) connected to the rotor shaft for the conveying of the cooling air from the air inlets, through the axial rotor cooling channels and the axial stator cooling channels, to the air outlets, wherein each fan (14, 15) is formed by a combined radial/axial fan, and is arranged beneath winding heads at the stator, wherein the stator cooling channels are interrupted by a barrier, and the ends of the stator cooling channels on both sides of the barrier are connected to air outlets arranged at the casing of the housing tube, such that the cooling air can be conveyed from the air inlets of one side, in an axial direction through the axial rotor cooling channels, to the other side, and, separated from this, from the air inlets on both sides, in a radial direction over the winding heads at the stator, and in the opposite direction through the axial stator cooling channels as far as the barrier and to the air outlets arranged at the casing of the housing tube.
A communication apparatus configured to operate as an access point, wherein the communication apparatus is configured to perform spatial reuse, SR, transmission, comprising: a control part configured to control a first backoff time while an interference signal of a communication destination capable of packet transmission is being observed on the basis of information regarding an interference signal; and a notification part configured to notify the communication destination of information for determining a second backoff time; wherein the notification part is configured to notify a terminal of the communication apparatus capable of packet transmission based on information regarding an interference signal of the information for determining the second backoff time; and wherein the notification part is configured to provide notification of the information for determining the second backoff time in association with a SR mode defined on the basis of at least one of interference power or information regarding a communication distance. a control part configured to control a first backoff time while an interference signal of a communication destination capable of packet transmission is being observed on the basis of information regarding an interference signal; and a notification part configured to notify the communication destination of information for determining a second backoff time; wherein the notification part is configured to notify a terminal of the communication apparatus capable of packet transmission based on information regarding an interference signal of the information for determining the second backoff time; and wherein the notification part is configured to provide notification of the information for determining the second backoff time in association with a SR mode defined on the basis of at least one of interference power or information regarding a communication distance.
A fender device attached to a boarding surface at which a ship berths, comprising: a tubular shock-absorbing member, made of an elastic material, having a center axis extending in a normal direction of the boarding surface, compressed in a direction of the center axis, and buckling in a compression process, wherein the shock-absorbing member has an inner surface, and comprises a first convex part that is formed on the inner surface along a peripheral direction during non-compression and a second convex part that is formed in the vicinity of the first convex part on the inner surface along the peripheral direction during non-compression, the inner surface comprises a first peripheral line defining a boundary of the first convex part that is a boundary opposite the second convex part and a second peripheral line defining a boundary of the first convex part that is a boundary on a second convex part side, and a third peripheral line defining a boundary of the second convex part that is a boundary opposite the first convex part, the shock-absorbing member bends along the first peripheral line and the second peripheral line during buckling, and a line representing the inner surface on a cross section of the shock-absorbing member is not smoothly continuous at a position of a point representing the first peripheral line during non-compression of the shock-absorbing member, and a line representing the inner surface on a cross section of the shock-absorbing member is smoothly continuous before and after a point representing the third peripheral line during non-compression of the shock-absorbing member. a tubular shock-absorbing member, made of an elastic material, having a center axis extending in a normal direction of the boarding surface, compressed in a direction of the center axis, and buckling in a compression process, wherein the shock-absorbing member has an inner surface, and comprises a first convex part that is formed on the inner surface along a peripheral direction during non-compression and a second convex part that is formed in the vicinity of the first convex part on the inner surface along the peripheral direction during non-compression, the inner surface comprises a first peripheral line defining a boundary of the first convex part that is a boundary opposite the second convex part and a second peripheral line defining a boundary of the first convex part that is a boundary on a second convex part side, and a third peripheral line defining a boundary of the second convex part that is a boundary opposite the first convex part, the shock-absorbing member bends along the first peripheral line and the second peripheral line during buckling, and a line representing the inner surface on a cross section of the shock-absorbing member is not smoothly continuous at a position of a point representing the first peripheral line during non-compression of the shock-absorbing member, and a line representing the inner surface on a cross section of the shock-absorbing member is smoothly continuous before and after a point representing the third peripheral line during non-compression of the shock-absorbing member.
A first device comprising: one or more tangible memory configured to store a plurality of applications (702, 704, 706, 708, 710, 712) that are executable on the first device; a computer processor configured to map an application name or identifier of at least one of the applications on the first device to a secondary device type field of a discovery action frame; a communications module configured to transmit the discovery action frame including the secondary device type field application name or identifier, the transmission of the discovery action frame advertising that the first device solicits peer-to-peer wireless connections with a compatible application on a second device for the at least one application on the first device, the communications module to establish a peer-to-peer wireless connection between the at least one application on the first device and the compatible application on the second device when a response to the discovery action frame is received from the second device. one or more tangible memory configured to store a plurality of applications (702, 704, 706, 708, 710, 712) that are executable on the first device; a computer processor configured to map an application name or identifier of at least one of the applications on the first device to a secondary device type field of a discovery action frame; a communications module configured to transmit the discovery action frame including the secondary device type field application name or identifier, the transmission of the discovery action frame advertising that the first device solicits peer-to-peer wireless connections with a compatible application on a second device for the at least one application on the first device, the communications module to establish a peer-to-peer wireless connection between the at least one application on the first device and the compatible application on the second device when a response to the discovery action frame is received from the second device.
A play equipment, comprising: a pair of pedestal placed on a floor; a shaft for walking a user, the two ends of the shaft are supported rotatably on the pair of pedestals; an obstacle placed on the shaft, for interfering with the user's walking; a drive motor provided in the pedestal; a drive mechanism for driving the shaft by a rotation of the drive motor. a pair of pedestal placed on a floor; a shaft for walking a user, the two ends of the shaft are supported rotatably on the pair of pedestals; an obstacle placed on the shaft, for interfering with the user's walking; a drive motor provided in the pedestal; a drive mechanism for driving the shaft by a rotation of the drive motor.
An absorbable metal stent, comprising: an absorbable metal substrate, the absorbable metal substrate comprising a plurality of wave-shaped annular structures and a plurality of axial connecting portions, two ends of each axial connecting portion are connected to two adjacent wave-shaped annular structures, respectively, so as to axially connect the plurality of wave-shaped annular structures; a corrosion-promoting coating is formed on each axial connecting portion, the corrosion-promoting coating containing a corrosion-promoting substance, and the corrosion-promoting substance is at least one of a degradable polymer and a degradable polymer antioxidant, wherein a chain segment or monomer released when the degradable polymer antioxidant is degraded includes at least one of ascorbic acid, glutathione, lipoic acid, and proanthocyanidin; and the corrosion-promoting coatings make the corrosion of the axial connecting portions to occur earlier than the corrosion of the plurality of wave-shaped annular structures. an absorbable metal substrate, the absorbable metal substrate comprising a plurality of wave-shaped annular structures and a plurality of axial connecting portions, two ends of each axial connecting portion are connected to two adjacent wave-shaped annular structures, respectively, so as to axially connect the plurality of wave-shaped annular structures; a corrosion-promoting coating is formed on each axial connecting portion, the corrosion-promoting coating containing a corrosion-promoting substance, and the corrosion-promoting substance is at least one of a degradable polymer and a degradable polymer antioxidant, wherein a chain segment or monomer released when the degradable polymer antioxidant is degraded includes at least one of ascorbic acid, glutathione, lipoic acid, and proanthocyanidin; and the corrosion-promoting coatings make the corrosion of the axial connecting portions to occur earlier than the corrosion of the plurality of wave-shaped annular structures.
A trans-oral surgery device comprising: a scaffold insertable into the vicinity of the larynx or hypopharynx of a subject; a support arranged for holding a flexible optical fiber for delivering light to the subject; a plurality of tendons connected to the support and slidably anchoring the support to the scaffold, whereby the tendons are adjustable to move the support relative to the scaffold; a blade having a front end and a rear end, wherein the scaffold is provided at the front end of the blade, and the blade is non-straight. a scaffold insertable into the vicinity of the larynx or hypopharynx of a subject; a support arranged for holding a flexible optical fiber for delivering light to the subject; a plurality of tendons connected to the support and slidably anchoring the support to the scaffold, whereby the tendons are adjustable to move the support relative to the scaffold; a blade having a front end and a rear end, wherein the scaffold is provided at the front end of the blade, and the blade is non-straight.
Ultrasonic sensor device for a vehicle, including an ultrasonic sensor, a mount and a cap rearward covering the ultrasonic sensor, wherein the ultrasonic sensor is arranged in the mount and the cap laterally and rearward completely surrounds the mount, wherein the mount comprises a receiving duct for the ultrasonic sensor and a pedestal forward adjoining to the receiving duct, which has a larger diameter than the receiving duct, characterized in that the ultrasonic sensor device further comprises a damping ring, which is arranged in the pedestal for vibration damping, and the damping ring is formed as a stiffening ring, wherein the mount comprises at least two locking elements (13a to 13d) on the jacket side of the pedestal, which engage with recesses (17a, 17b, 17c) of the vertical wall of the cap for fixing the cap to the mount.
An appliance comprising, a regenerative filter for filtering a fluid flow, having at least one filter a filter regenerator for regenerating the regenerative filter, a turbine for driving the filter regenerator, the turbine being driven by the fluid flow passing through the appliance during its use, wherein the regenerative filter comprises a filtration zone and a regeneration zone which are spaced apart.