mhurhangee/ep-ind-claims huggingface dataset:
A method for transferring control of a machine-to-machine, M2M, device from a first device management server, DMS, to a second DMS, based on authorization from a reset server, the method comprising: storing, in the M2M device, a reset credential for validating a roll-over token generated by the reset server and a first DMS credential associated with the first DMS; receiving, in the M2M device, from the first DMS, the roll-over token; determining, in the M2M device, a validity of the roll-over token based on the stored reset credential; if the roll-over token is determined as valid, extracting, in the M2M device, from the roll-over token, a uniform resource identifier, URI, for the second DMS; establishing a connection from the M2M device to the second DMS based on the extracted URI; authenticating the M2M device to the second DMS based on the first DMS credential associated with the first DMS; if the authentication succeeded, receiving in the M2M device a second DMS credential from the second DMS; storing, in the M2M device, the second DMS credential and deleting the first DMS credential associated with the first DMS; and establishing by the M2M device a secure connection with the second DMS based on the second DMS credential. storing, in the M2M device, a reset credential for validating a roll-over token generated by the reset server and a first DMS credential associated with the first DMS; receiving, in the M2M device, from the first DMS, the roll-over token; determining, in the M2M device, a validity of the roll-over token based on the stored reset credential; if the roll-over token is determined as valid, extracting, in the M2M device, from the roll-over token, a uniform resource identifier, URI, for the second DMS; establishing a connection from the M2M device to the second DMS based on the extracted URI; authenticating the M2M device to the second DMS based on the first DMS credential associated with the first DMS; if the authentication succeeded, receiving in the M2M device a second DMS credential from the second DMS; storing, in the M2M device, the second DMS credential and deleting the first DMS credential associated with the first DMS; and establishing by the M2M device a secure connection with the second DMS based on the second DMS credential.
A neutron detector allowing measurement of neutrons at different energy ranges, comprising • a detector configured to measure neutrons, • a detector measuring chamber in which the detector is located, • a liquid moderator storage chamber in which liquid moderator is stored, • liquid moderator transfer openings that are located on the ceiling of the liquid moderator storage chamber and configured to allow the liquid contained in the liquid moderator storage chamber to pass into the detector measurement chamber • and an electronic control unit, characterized by comprising • a solid moderator movement chamber comprising solid moderators wherein the solid moderators can move in the vertical axis, • a solid moderator motion lever configured to enable the solid moderators to move in the vertical axis in the solid moderator movement chamber, • a liquid moderator movement path that is connected to the liquid moderator storage chamber, and is movable in vertical axis and configured to enable the liquid moderator to pass through the transfer openings to the detector measuring chamber, • a sheath configured to Prevent gamma radiation by surrounding the detector, • slide gaps configured to allow the solid moderators to move in as a result of a movement of the solid moderator motion lever in the vertical axis. • a detector configured to measure neutrons, • a detector measuring chamber in which the detector is located, • a liquid moderator storage chamber in which liquid moderator is stored, • liquid moderator transfer openings that are located on the ceiling of the liquid moderator storage chamber and configured to allow the liquid contained in the liquid moderator storage chamber to pass into the detector measurement chamber • and an electronic control unit, characterized by comprising • a solid moderator movement chamber comprising solid moderators wherein the solid moderators can move in the vertical axis, • a solid moderator motion lever configured to enable the solid moderators to move in the vertical axis in the solid moderator movement chamber, • a liquid moderator movement path that is connected to the liquid moderator storage chamber, and is movable in vertical axis and configured to enable the liquid moderator to pass through the transfer openings to the detector measuring chamber, • a sheath configured to Prevent gamma radiation by surrounding the detector, • slide gaps configured to allow the solid moderators to move in as a result of a movement of the solid moderator motion lever in the vertical axis.
A method of a User Equipment, in the following also referred to as UE, comprising: initiating a Random Access, in the following also referred to as RA, procedure on a Serving Cell, wherein the UE has multiple active uplink bandwidth parts, in the following also referred to as UL BWP, for the Serving Cell; selecting a UL BWP from the multiple active UL BWPs for an Msg1 transmission, based on a first rule; and transmitting the Msg1 on the selected UL BWP, characterized in that the first rule includes at least one of the following: • selecting the active UL BWP corresponding to an active downlink bandwidth part, in the following also referred to as DL BWP, with the best DL channel quality, • selecting the active UL BWP corresponding to an active DL BWP on which a Physical Downlink Control Channel, in the following also referred to as PDCCH, order is received, wherein the UE initiates the RA procedure in response to reception of the PDCCH order; • selecting the active UL BWP based on a logical channel, in the following also referred to as LCH, which triggers the RA procedure due to UL data arrival on the LCH. initiating a Random Access, in the following also referred to as RA, procedure on a Serving Cell, wherein the UE has multiple active uplink bandwidth parts, in the following also referred to as UL BWP, for the Serving Cell; selecting a UL BWP from the multiple active UL BWPs for an Msg1 transmission, based on a first rule; and transmitting the Msg1 on the selected UL BWP, characterized in that the first rule includes at least one of the following: • selecting the active UL BWP corresponding to an active downlink bandwidth part, in the following also referred to as DL BWP, with the best DL channel quality, • selecting the active UL BWP corresponding to an active DL BWP on which a Physical Downlink Control Channel, in the following also referred to as PDCCH, order is received, wherein the UE initiates the RA procedure in response to reception of the PDCCH order; • selecting the active UL BWP based on a logical channel, in the following also referred to as LCH, which triggers the RA procedure due to UL data arrival on the LCH. • selecting the active UL BWP corresponding to an active downlink bandwidth part, in the following also referred to as DL BWP, with the best DL channel quality, • selecting the active UL BWP corresponding to an active DL BWP on which a Physical Downlink Control Channel, in the following also referred to as PDCCH, order is received, wherein the UE initiates the RA procedure in response to reception of the PDCCH order; • selecting the active UL BWP based on a logical channel, in the following also referred to as LCH, which triggers the RA procedure due to UL data arrival on the LCH.
A method for selecting watermarks to apply to video data characterized in that the method comprises the steps of: selecting a watermark that can be embedded in an encoded video image, wherein embedding the selected watermark modifies a motion vector value of a block (1310, 1330); constructing a propagation map for the selected watermark, wherein the propagation map includes the spatially neighboring blocks in the same image (1320, 1340) having some luminance or chrominance change due to the modification of the motion vector value; determining the amount of luminance or chrominance change for each block in the propagation map; accepting or rejecting the watermark based on the amount of luminance or chrominance change; and, adding accepted ones of the watermarks to a list. selecting a watermark that can be embedded in an encoded video image, wherein embedding the selected watermark modifies a motion vector value of a block (1310, 1330); constructing a propagation map for the selected watermark, wherein the propagation map includes the spatially neighboring blocks in the same image (1320, 1340) having some luminance or chrominance change due to the modification of the motion vector value; determining the amount of luminance or chrominance change for each block in the propagation map; accepting or rejecting the watermark based on the amount of luminance or chrominance change; and, adding accepted ones of the watermarks to a list.
An air-conditioning apparatus (100, 200, 300, 400, 500) comprising: an outdoor unit having a compressor for compressing a refrigerant and a heat source side heat exchanger for exchanging heat between the refrigerant and an outdoor air and an indoor unit having a load side heat exchanger for exchanging heat between the refrigerant and an indoor air, the outdoor unit including a first valve provided in a gas pipe to be connected with the indoor unit and closed when shipped and a second valve provided in a liquid pipe to be connected with the indoor unit and closed when shipped, wherein: the outdoor unit has a first information concerning flammability of refrigerants that can be used for the outdoor unit; and the indoor unit has a second information concerning flammability of refrigerants that can be used for the indoor unit, wherein the first information is stored in a first memory disposed in the outdoor unit; and the second information is stored in a second memory disposed in the indoor unit, and wherein the air-conditioning apparatus further comprises a control unit for comparing the first information and the second information; and controlling not to open the first valve and the second valve when it is determined that the refrigerant usable for the outdoor unit is more flammable than the refrigerant usable for the indoor unit. an outdoor unit having a compressor for compressing a refrigerant and a heat source side heat exchanger for exchanging heat between the refrigerant and an outdoor air and an indoor unit having a load side heat exchanger for exchanging heat between the refrigerant and an indoor air, the outdoor unit including a first valve provided in a gas pipe to be connected with the indoor unit and closed when shipped and a second valve provided in a liquid pipe to be connected with the indoor unit and closed when shipped, wherein: a first valve provided in a gas pipe to be connected with the indoor unit and closed when shipped and a second valve provided in a liquid pipe to be connected with the indoor unit and closed when shipped, wherein: the outdoor unit has a first information concerning flammability of refrigerants that can be used for the outdoor unit; and the indoor unit has a second information concerning flammability of refrigerants that can be used for the indoor unit, wherein the first information is stored in a first memory disposed in the outdoor unit; and the second information is stored in a second memory disposed in the indoor unit, and wherein the air-conditioning apparatus further comprises a control unit for comparing the first information and the second information; and controlling not to open the first valve and the second valve when it is determined that the refrigerant usable for the outdoor unit is more flammable than the refrigerant usable for the indoor unit.
A diffuser assembly for a gas turbine engine comprising: an annular diffuser body having a plurality of orifices disposed circumferentially around an outer periphery of the diffuser body; a plurality of diffuser pipes each having an inlet end connected to one of the orifices of the diffuser body, each of the diffuser pipes including an inlet end section in a substantially round cross section defining the inlet end and a curved section defining an exit end of the diffuser pipe to direct a pressurized airflow from the inlet end through a passage to the exit end, the curved section having a cross-section expanding rearwardly towards the exit end such that the curved section presents a curved fishtail profile; the diffuser assembly being characterized by the fact that at least one of the diffuser pipes defines a depressed local area in a pipe wall of an upstream section of the at least one diffuser pipe such that both inner and outer surfaces of the pipe wall in the depressed local area are bent into the at least one diffuser pipe, wherein each consecutive cross section area Sn+1 is bigger than or equal to the preceding one Sn. an annular diffuser body having a plurality of orifices disposed circumferentially around an outer periphery of the diffuser body; a plurality of diffuser pipes each having an inlet end connected to one of the orifices of the diffuser body, each of the diffuser pipes including an inlet end section in a substantially round cross section defining the inlet end and a curved section defining an exit end of the diffuser pipe to direct a pressurized airflow from the inlet end through a passage to the exit end, the curved section having a cross-section expanding rearwardly towards the exit end such that the curved section presents a curved fishtail profile; the diffuser assembly being characterized by the fact that at least one of the diffuser pipes defines a depressed local area in a pipe wall of an upstream section of the at least one diffuser pipe such that both inner and outer surfaces of the pipe wall in the depressed local area are bent into the at least one diffuser pipe, wherein each consecutive cross section area Sn+1 is bigger than or equal to the preceding one Sn.
Automotive emergency call system, comprising a starter battery; an emergency call control unit electrically connected to the starter battery; a mounting means configured for mounting an automotive emergency call control unit in close proximity to the starter battery; and power supply cables connecting the starter battery and the emergency call control unit and wherein the lengths of the power supply cables are less than 0.2 meter.
A compound that is d 4 -domperidone 2, d 6 -domperidone 3, or d 10 -domperidone 5, or a pharmaceutically acceptable salt: for use in ameliorating gastroesophageal reflux disease.
A method for expressing at least one protein, comprising the steps of: (a) providing a culture of cells; (b) introducing at least one nucleic acid sequence comprising a sequence coding for at least one protein into the cells; (c) selecting the cells carrying the nucleic acid sequence; and (d) expressing the protein in the cells in a protein-free cell culture medium that does not comprise oligopeptides, the cell culture medium comprising at least 0.5 mg/L of putrescine. (a) providing a culture of cells; (b) introducing at least one nucleic acid sequence comprising a sequence coding for at least one protein into the cells; (c) selecting the cells carrying the nucleic acid sequence; and (d) expressing the protein in the cells in a protein-free cell culture medium that does not comprise oligopeptides, the cell culture medium comprising at least 0.5 mg/L of putrescine.
An apparatus for frequency selective wireless transmission, the apparatus comprising: a means for determining, during a beacon interval, a set of sub-channels of a wide bandwidth channel to transmit sounding packets based upon information about the sub-channels; a means for transmitting the sounding packets wirelessly on the set of sub-channels of the wide bandwidth channel during the beacon interval; a means for receiving, from a receiving communications device during the beacon interval and in response to transmitting the sounding packets, a selection of a sub-channel of the set of sub-channels for a subsequent communication with the receiving communications device; and a means for communicating with the receiving communications device during the beacon interval via the selected sub-channel, the apparatus responsive to the selection of the sub-channel by the subsequent communication with the receiving communications device during the beacon interval via the selected sub-channel. a means for determining, during a beacon interval, a set of sub-channels of a wide bandwidth channel to transmit sounding packets based upon information about the sub-channels; a means for transmitting the sounding packets wirelessly on the set of sub-channels of the wide bandwidth channel during the beacon interval; a means for receiving, from a receiving communications device during the beacon interval and in response to transmitting the sounding packets, a selection of a sub-channel of the set of sub-channels for a subsequent communication with the receiving communications device; and a means for communicating with the receiving communications device during the beacon interval via the selected sub-channel, the apparatus responsive to the selection of the sub-channel by the subsequent communication with the receiving communications device during the beacon interval via the selected sub-channel.
Motorised bicycle gearshift, comprising: - a deformable articulated kinematic mechanism (20; 120), intended to be fixed to a bicycle frame and able to take up different operating configurations; - a chain guide (40; 140), carried by the deformable articulated kinematic mechanism (20; 120), capable of taking up different positions with respect to the bicycle frame according to the different operating configurations of the deformable articulated kinematic mechanism (20; 120); - a motor member (50; 150), comprising a motor casing (51; 151) and a master drive shaft (52; 152) directly projecting from the motor casing (51; 151), the motor member (50; 150) being mounted on the articulated kinematic mechanism (20; 120) so as to deform it, thus making it take up the different operating configurations; characterised in that the master drive shaft (52; 152) is immobile in rotation and mobile in translation in the axial direction, with respect to the motor casing (51; 151). - a deformable articulated kinematic mechanism (20; 120), intended to be fixed to a bicycle frame and able to take up different operating configurations; - a chain guide (40; 140), carried by the deformable articulated kinematic mechanism (20; 120), capable of taking up different positions with respect to the bicycle frame according to the different operating configurations of the deformable articulated kinematic mechanism (20; 120); - a motor member (50; 150), comprising a motor casing (51; 151) and a master drive shaft (52; 152) directly projecting from the motor casing (51; 151), the motor member (50; 150) being mounted on the articulated kinematic mechanism (20; 120) so as to deform it, thus making it take up the different operating configurations;
A rectangular insulated wire comprising: a rectangular conductor having a generally rectangular cross section; a thermosetting resin layer provided to cover the rectangular conductor; and a plurality of thermoplastic resin layers (4, 5) provided on the thermosetting resin layer, an adhesion strength between the thermosetting resin layer and the thermoplastic resin layer being 50 gf/mm to 100 gf/mm, characterized in that each of the plurality of the thermoplastic resin layers (4, 5) is made of crystalline resin, the thermosetting resin layer is formed of one or a plurality of materials selected from the group consisting of polyamide-imide, polyimide, and polyetherimide. a rectangular conductor having a generally rectangular cross section; a thermosetting resin layer provided to cover the rectangular conductor; and a plurality of thermoplastic resin layers (4, 5) provided on the thermosetting resin layer, an adhesion strength between the thermosetting resin layer and the thermoplastic resin layer being 50 gf/mm to 100 gf/mm, characterized in that each of the plurality of the thermoplastic resin layers (4, 5) is made of crystalline resin, the thermosetting resin layer is formed of one or a plurality of materials selected from the group consisting of polyamide-imide, polyimide, and polyetherimide.
A smoke detector comprising: a detector body including a battery location configured to receive and hold a battery for use by electronic components of the smoke detector; a detector mount configured to be secured to a surface and to support the smoke detector on the surface, the detector mount being configured to releasably engage the detector body so as to at least partially cover the battery location, the detector mount including a base configured to be secured to the surface; and a tamper indicator configured for movement between a first position in which the tamper indicator is positioned when a battery is held at the battery location and a second position in which the tamper indicator is positioned when no battery is held at the battery location, the tamper indicator and the detector mount being configured to prevent engagement of the detector body with the detector mount with the tamper indicator in the second position and to permit engagement of the detector body with the detector mount with the tamper indicator in the first position; characterized in that the detector mount includes an intermediate component configured to engage with the detector body, the base being configured to engage with the detector body via the intermediate component and the tamper indicator prevents engagement of the intermediate component with the detector body if the tamper indicator is in the second position. a detector body including a battery location configured to receive and hold a battery for use by electronic components of the smoke detector; a detector mount configured to be secured to a surface and to support the smoke detector on the surface, the detector mount being configured to releasably engage the detector body so as to at least partially cover the battery location, the detector mount including a base configured to be secured to the surface; and a tamper indicator configured for movement between a first position in which the tamper indicator is positioned when a battery is held at the battery location and a second position in which the tamper indicator is positioned when no battery is held at the battery location, the tamper indicator and the detector mount being configured to prevent engagement of the detector body with the detector mount with the tamper indicator in the second position and to permit engagement of the detector body with the detector mount with the tamper indicator in the first position; characterized in that the detector mount includes an intermediate component configured to engage with the detector body, the base being configured to engage with the detector body via the intermediate component and the tamper indicator prevents engagement of the intermediate component with the detector body if the tamper indicator is in the second position.