mhurhangee/ep-ind-claims huggingface dataset:
A drive controller for a motor of a compressor, the drive controller comprising: a drive circuit configured to apply voltages to windings of the motor; a speed control module configured to control the drive circuit to rotate the motor at a requested speed; a speed determination module configured to generate the requested speed; and a defrost module configured to enable a defrost mode in response to a defrost command received from a system controller; characterised in that: the speed determination module is configured to, in response to the defrost mode being enabled, ramp the requested speed down from a speed demand to a defrost speed, wherein the defrost speed is set according to a programmed value and the speed demand is provided to the drive controller by the system controller, wherein a refrigerant reversing valve is actuated by the system controller while the defrost mode is enabled, the speed determination module is configured to, in response to the requested speed reaching the defrost speed, maintain the requested speed at the defrost speed until conclusion of the defrost mode, and the speed determination module is configured to, in response to conclusion of the defrost mode, ramp the requested speed up to the speed demand. a drive circuit configured to apply voltages to windings of the motor; a speed control module configured to control the drive circuit to rotate the motor at a requested speed; a speed determination module configured to generate the requested speed; and a defrost module configured to enable a defrost mode in response to a defrost command received from a system controller; characterised in that: the speed determination module is configured to, in response to the defrost mode being enabled, ramp the requested speed down from a speed demand to a defrost speed, wherein the defrost speed is set according to a programmed value and the speed demand is provided to the drive controller by the system controller, wherein a refrigerant reversing valve is actuated by the system controller while the defrost mode is enabled, the speed determination module is configured to, in response to the requested speed reaching the defrost speed, maintain the requested speed at the defrost speed until conclusion of the defrost mode, and the speed determination module is configured to, in response to conclusion of the defrost mode, ramp the requested speed up to the speed demand. the speed determination module is configured to, in response to the defrost mode being enabled, ramp the requested speed down from a speed demand to a defrost speed, wherein the defrost speed is set according to a programmed value and the speed demand is provided to the drive controller by the system controller, wherein a refrigerant reversing valve is actuated by the system controller while the defrost mode is enabled, the speed determination module is configured to, in response to the requested speed reaching the defrost speed, maintain the requested speed at the defrost speed until conclusion of the defrost mode, and the speed determination module is configured to, in response to conclusion of the defrost mode, ramp the requested speed up to the speed demand.
An insulator (1, 20, 30, 40) configured to elastically support an exhaust pipe to a vehicle body, the insulator being made of a rubber-like elastic body, the insulator comprising: a first portion (2, 21, 31, 41) that includes a first engagement hole configured for being engaged with a side of the vehicle body; a second portion (5, 22, 32, 42) that includes a second engagement hole configured for being engaged with a side of the exhaust pipe, the second portion (5, 22, 32, 42) being arranged underneath the first portion (2, 21, 31, 41) across a predetermined virtual axis; a pair of coupling portions (7, 23, 43) configured to couple the first portion (2, 21, 31, 41) to the second portion (5, 22, 32, 42), the pair of the coupling portions (7, 23, 43) being separately arranged on both sides in a direction perpendicular to the virtual axis; a first stopper surface (11, 25, 33, 47) and a second stopper surface (12, 26, 34, 48) that are formed on the first portion (2, 21, 31, 41) and the second portion (5, 22, 32, 42), respectively, between the pair of the coupling portions (7, 23, 43) with intervals to the coupling portions (7, 23, 43); and a plurality of protrusions projecting from at least one of the first stopper surface (11, 25, 33, 47) and the second stopper surface (12, 26, 34, 48), wherein the virtual axis is parallel to at least one of a central axis of the first engagement hole and a central axis of the second engagement hole, characterized in that the plurality of the protrusions are arranged in an axial direction parallel to the virtual axis and the direction perpendicular to the virtual axis, and spaces between adjacent protrusions are provided. a first portion (2, 21, 31, 41) that includes a first engagement hole configured for being engaged with a side of the vehicle body; a second portion (5, 22, 32, 42) that includes a second engagement hole configured for being engaged with a side of the exhaust pipe, the second portion (5, 22, 32, 42) being arranged underneath the first portion (2, 21, 31, 41) across a predetermined virtual axis; a pair of coupling portions (7, 23, 43) configured to couple the first portion (2, 21, 31, 41) to the second portion (5, 22, 32, 42), the pair of the coupling portions (7, 23, 43) being separately arranged on both sides in a direction perpendicular to the virtual axis; a first stopper surface (11, 25, 33, 47) and a second stopper surface (12, 26, 34, 48) that are formed on the first portion (2, 21, 31, 41) and the second portion (5, 22, 32, 42), respectively, between the pair of the coupling portions (7, 23, 43) with intervals to the coupling portions (7, 23, 43); and a plurality of protrusions projecting from at least one of the first stopper surface (11, 25, 33, 47) and the second stopper surface (12, 26, 34, 48), wherein the virtual axis is parallel to at least one of a central axis of the first engagement hole and a central axis of the second engagement hole, characterized in that the plurality of the protrusions are arranged in an axial direction parallel to the virtual axis and the direction perpendicular to the virtual axis, and spaces between adjacent protrusions are provided.
An apparatus configured to encode video information, the apparatus comprising: a memory unit configured to store video information associated with a first video layer having a first access unit; and a processor in communication with the memory unit, the processor configured to: determine whether the first access unit has at least one picture that is an intra random access point (IRAP) picture associated with a first indication that random access skipped leading (RASL) pictures of the at least one picture are not to be output; and in response to determining that the first access unit has at least one picture that is an IRAP picture associated with the first indication, provide a second indication, in a bitstream, to reset only one or more most significant bits (MSBs) of a picture order count of each picture in the first access unit that is not an IRAP picture associated with the first indication. a memory unit configured to store video information associated with a first video layer having a first access unit; and a processor in communication with the memory unit, the processor configured to: determine whether the first access unit has at least one picture that is an intra random access point (IRAP) picture associated with a first indication that random access skipped leading (RASL) pictures of the at least one picture are not to be output; and in response to determining that the first access unit has at least one picture that is an IRAP picture associated with the first indication, provide a second indication, in a bitstream, to reset only one or more most significant bits (MSBs) of a picture order count of each picture in the first access unit that is not an IRAP picture associated with the first indication. determine whether the first access unit has at least one picture that is an intra random access point (IRAP) picture associated with a first indication that random access skipped leading (RASL) pictures of the at least one picture are not to be output; and in response to determining that the first access unit has at least one picture that is an IRAP picture associated with the first indication, provide a second indication, in a bitstream, to reset only one or more most significant bits (MSBs) of a picture order count of each picture in the first access unit that is not an IRAP picture associated with the first indication.
A combined driving sleeve of a drilling rig with a reliably fixed draw key, comprising: a driving sleeve body having a longitudinal axis, two longitudinal ends, a groove extending in a longitudinal direction on a radial inner surface from one longitudinal end to the second longitudinal end of the driving sleeve body, a body thickness bounded by the inner surface and a radial outer surface of the driving sleeve body, and a bolt hole extending in the body thickness in the longitudinal direction of the driving sleeve body; a draw key sized to protrude radially inward from the groove; a fixed stopper block; a movable stopper block having a bolt hole; and a bolt; wherein the fixed stopper block is fixed at one end of the groove of the driving sleeve body, while the movable stopper block is fixed at the other end of the groove of the driving sleeve body by means of the bolt, and the draw key is fixed into the groove of the driving sleeve body by means of the fixed stopper block and the movable stopper block; characterized in that, to fix the movable stopper block at the other end of the groove, the bolt is introduced first through the movable stopper block hole before being introduced into the driving sleeve body bolt hole. a driving sleeve body having a longitudinal axis, two longitudinal ends, a groove extending in a longitudinal direction on a radial inner surface from one longitudinal end to the second longitudinal end of the driving sleeve body, a body thickness bounded by the inner surface and a radial outer surface of the driving sleeve body, and a bolt hole extending in the body thickness in the longitudinal direction of the driving sleeve body; a draw key sized to protrude radially inward from the groove; a fixed stopper block; a movable stopper block having a bolt hole; and a bolt; wherein the fixed stopper block is fixed at one end of the groove of the driving sleeve body, while the movable stopper block is fixed at the other end of the groove of the driving sleeve body by means of the bolt, and the draw key is fixed into the groove of the driving sleeve body by means of the fixed stopper block and the movable stopper block; characterized in that, to fix the movable stopper block at the other end of the groove, the bolt is introduced first through the movable stopper block hole before being introduced into the driving sleeve body bolt hole.
A method comprising: receiving a request, from a service, for a server, wherein the request includes, at least in part, a service-specific secret or a derivation of the service-specific secret and the service-specific secret is based, at least in part, on a key selected from a key table based on a service level; generating a server-computed secret based, at least in part, on a key selected from the key table based on the service level; and authenticating the request based, at least in part, on a comparison of the service-specific secret or the derivation of the service-specific secret against the server-computed secret or a derivation of the server-computed secret. receiving a request, from a service, for a server, wherein the request includes, at least in part, a service-specific secret or a derivation of the service-specific secret and the service-specific secret is based, at least in part, on a key selected from a key table based on a service level; generating a server-computed secret based, at least in part, on a key selected from the key table based on the service level; and authenticating the request based, at least in part, on a comparison of the service-specific secret or the derivation of the service-specific secret against the server-computed secret or a derivation of the server-computed secret.
A method of determining asymmetry in a structure on a sample, the method comprising: producing polarized light that is incident on the structure on the sample; analyzing the light after the light is incident on the structure on the sample; passing the light through a rotating compensator before the light is incident on the sample or after the light is incident on the sample: detecting the light after analyzing the light; generating with a processor at least a partial Mueller matrix using the detected light; analyzing with the processor the Mueller matrix to determine the asymmetry in the structure, wherein analyzing with the processor the Mueller matrix to determine the asymmetry of the structure comprises fitting with the processor cross-polarization reflectance coefficients in the Mueller matrix to a calibrated linear response. producing polarized light that is incident on the structure on the sample; analyzing the light after the light is incident on the structure on the sample; passing the light through a rotating compensator before the light is incident on the sample or after the light is incident on the sample: detecting the light after analyzing the light; generating with a processor at least a partial Mueller matrix using the detected light; analyzing with the processor the Mueller matrix to determine the asymmetry in the structure, wherein analyzing with the processor the Mueller matrix to determine the asymmetry of the structure comprises fitting with the processor cross-polarization reflectance coefficients in the Mueller matrix to a calibrated linear response. detecting the light after analyzing the light; generating with a processor at least a partial Mueller matrix using the detected light; analyzing with the processor the Mueller matrix to determine the asymmetry in the structure, wherein analyzing with the processor the Mueller matrix to determine the asymmetry of the structure comprises fitting with the processor cross-polarization reflectance coefficients in the Mueller matrix to a calibrated linear response.
Method for manufacturing a pallet-stone from a material transparent at the wavelength of a laser (101, 300), said pallet-stone being intended to cooperate with the teeth of an escape wheel of a timepiece movement, this pallet-stone comprising an escape plane, a locking plane and an impulse plane, the method comprising a step consisting in procuring said substrate (101, 300) and also the following steps: a) modifying by laser the structure of at least one region of the transparent material in order to make said at least one region more selective while being a said at least one region that is more reactive to certain chemical agents than the non-modified region or regions of said material; b) chemically etching said at least one region in order to selectively manufacture: - at least one recess formed by at least one main channel connecting said escape plane to the locking plane, and at least one reservoir communicating with said channel so that all of the necessary lubricant can be stored in said at least one main channel and said reservoir, and - at least one secondary channel in said at least one region of the transparent material that is to connect said at least one main channel to the impulse plane, said recess being used for containing or allowing the circulation of lubricant, said recess emerging on a surface of the transparent material. a) modifying by laser the structure of at least one region of the transparent material in order to make said at least one region more selective while being a said at least one region that is more reactive to certain chemical agents than the non-modified region or regions of said material; b) chemically etching said at least one region in order to selectively manufacture: - at least one recess formed by at least one main channel connecting said escape plane to the locking plane, and at least one reservoir communicating with said channel so that all of the necessary lubricant can be stored in said at least one main channel and said reservoir, and - at least one secondary channel in said at least one region of the transparent material that is to connect said at least one main channel to the impulse plane, said recess being used for containing or allowing the circulation of lubricant, said recess emerging on a surface of the transparent material. - at least one recess formed by at least one main channel connecting said escape plane to the locking plane, and at least one reservoir communicating with said channel so that all of the necessary lubricant can be stored in said at least one main channel and said reservoir, and - at least one secondary channel in said at least one region of the transparent material that is to connect said at least one main channel to the impulse plane, said recess being used for containing or allowing the circulation of lubricant, said recess emerging on a surface of the transparent material.
Method for transmitting data between a network node of a mobile communication network and a mobile terminal, implemented by the network node following the reception of at least one data packet (DL_P(d i)) intended for the mobile terminal, the method including the transmission of an alert message (Pgng) to the mobile terminal following the reception of said at least one data packet and the reception, in response, of a service request (Serv_req) from the mobile terminal, the method being characterized in that it includes the following steps, following the reception of the service request from the mobile terminal: determining, depending on the volume of the data to be transmitted to the mobile terminal, a channel to be used to transmit the data from among a data transport channel and a signalling channel of the mobile network; triggering the setup of a data transport channel between the mobile terminal and the network node and transmitting said at least one data packet by way of said data transport channel when a data transport channel is to be used; inserting the data to be transmitted into at least one signalling message (MSG(di)) and transmitting said at least one signalling message to the mobile terminal when a signalling channel is to be used. determining, depending on the volume of the data to be transmitted to the mobile terminal, a channel to be used to transmit the data from among a data transport channel and a signalling channel of the mobile network; triggering the setup of a data transport channel between the mobile terminal and the network node and transmitting said at least one data packet by way of said data transport channel when a data transport channel is to be used; inserting the data to be transmitted into at least one signalling message (MSG(di)) and transmitting said at least one signalling message to the mobile terminal when a signalling channel is to be used.
A solid thermoformed plastic tray which is provided with a base, a plurality of sidewalls (12, 13, 14, 15) extending upwardly and slightly outwardly from said base, a primary flange integrally joined to the upper edges of the sidewalls and extending outwardly all around the upper periphery of the sidewalls, a rim in a form of a downward flap extending downwardly and tapering slightly outwardly from the outer periphery of the primary flange, and a secondary flange in a form of an overhanging portion extending outwardly from the lower edge of the rim, said tray being characterised in that a plurality of strengthening ribs, which are present on the rim in the external part of the rim, extend substantially vertically along the rim and outwardly with respect to the tray body.
A mudguard assembly for a vehicle, said assembly comprising a deflector and a mudguard having a passage opening adapted for the passage of a fastening element, such as a fastening screw, and said deflector having a retaining means, characterized in that the deflector assembly further comprises an added obstruction element configured to be clipped to said deflector, said obstruction element comprising first and second parallel bearing surfaces adapted to sandwich a wall of the deflector, the first bearing surface having complementary retaining means adapted to cooperate with the retaining means of the deflector to guide and hold in position said blocking element on the deflector, one of said first and second bearing surfaces having a blocking portion configured to block, by covering it, the passage orifice of the mudguard so as to prevent the passage of a fixing element.
A method performed by a target user plane gateway, wherein the method comprises: receiving a Media Access Control, MAC, address of a terminal from a control plane gateway, when a user plane gateway communicating with the terminal is switched from a source user plane gateway to the target user plane gateway; said method being characterized by: generating an Ethernet data packet which comprises an Address Resolution Protocol, ARP, packet, the ARP packet comprising the MAC address of the terminal; and sending the Ethernet data packet to an Ethernet switch through an Ethernet interface, wherein the MAC address of the terminal is for use by the target user plane gateway in order to match an address of the terminal that is carried in downlink data obtained from the Ethernet switch via the Ethernet interface against said MAC address of the terminal. receiving a Media Access Control, MAC, address of a terminal from a control plane gateway, when a user plane gateway communicating with the terminal is switched from a source user plane gateway to the target user plane gateway; said method being characterized by: generating an Ethernet data packet which comprises an Address Resolution Protocol, ARP, packet, the ARP packet comprising the MAC address of the terminal; and sending the Ethernet data packet to an Ethernet switch through an Ethernet interface, wherein the MAC address of the terminal is for use by the target user plane gateway in order to match an address of the terminal that is carried in downlink data obtained from the Ethernet switch via the Ethernet interface against said MAC address of the terminal.
(No Changes) A pharmaceutical composition formulated for buccal or sublingual administration, comprising: a pharmaceutically-effective dose of approximately 10 mg to approximately 40 mg of epinephrine bitartrate microcrystals; and at least one of a pharmaceutically-effective carrier, surfactant, penetration enhancer, and mucoadhesive. a pharmaceutically-effective dose of approximately 10 mg to approximately 40 mg of epinephrine bitartrate microcrystals; and at least one of a pharmaceutically-effective carrier, surfactant, penetration enhancer, and mucoadhesive.