mhurhangee/patent-ind-claim-en huggingface dataset:
A method for quality of service, QoS, control, applied for a target base station of a handover process, comprising: receiving , by the target base station, a handover request message from a source base station, and wherein the handover request message comprises: information of QoS of a service of a terminal device, information of an radio bearer identifier in a source cell, and a mapping relationship between a flow and a radio bearer in the source cell; determining , by the target base station, to admit the mobile device and establish for the mobile device a radio bearer in a target cell of the target base station, wherein the radio bearer in the target cell is established according to the radio bearer in the source cell for the flow, and configuring a mapping relationship between the flow and the radio bearer in the target cell; sending , based on the handover request message received from the source base station, by the target base station, a handover acknowledgement message to the source base station; receiving , by the target base station, data packet of the flow for the mobile device from the source base station through a tunnel between the target base station and the source base station, and the tunnel is established for the radio bearer in the source cell; and, transmitting , by the target base station, the data packet of the flow on the radio bearer in the target cell to the mobile device, wherein the radio bearer in the target cell is established according to the radio bearer in the source cell. receiving , by the target base station, a handover request message from a source base station, and wherein the handover request message comprises: information of QoS of a service of a terminal device, information of an radio bearer identifier in a source cell, and a mapping relationship between a flow and a radio bearer in the source cell; determining , by the target base station, to admit the mobile device and establish for the mobile device a radio bearer in a target cell of the target base station, wherein the radio bearer in the target cell is established according to the radio bearer in the source cell for the flow, and configuring a mapping relationship between the flow and the radio bearer in the target cell; sending , based on the handover request message received from the source base station, by the target base station, a handover acknowledgement message to the source base station; receiving , by the target base station, data packet of the flow for the mobile device from the source base station through a tunnel between the target base station and the source base station, and the tunnel is established for the radio bearer in the source cell; and, transmitting , by the target base station, the data packet of the flow on the radio bearer in the target cell to the mobile device, wherein the radio bearer in the target cell is established according to the radio bearer in the source cell.
A cable connector comprising: a male connector including a magnetic core , a male connector coil wound about the magnetic core , and a male connector housing surrounding the male connector coil and core and a female connector including a female connector housing having a female connector aperture therein sized to closely receive the male connector housing, and a female connector coil at least partially surrounding the aperture, wherein the male connector coil is electrically connected to a first end of a cable, and wherein the male connector coil is situated within and spaced from the female connector coil when the male connector housing is inserted within the female connector aperture, characterised in that the male connector housing is spaced from the male connector coil by a synthetic resin material, wherein the interior of the male connector housing is filled with the synthetic resin material to surround the male connector coil and the magnetic core and the portion of the cable contained within the male connector housing such that the synthetic resin material provides strain relief for the cable . a male connector including a magnetic core , a male connector coil wound about the magnetic core , and a male connector housing surrounding the male connector coil and core and a female connector including a female connector housing having a female connector aperture therein sized to closely receive the male connector housing, and a female connector coil at least partially surrounding the aperture, wherein the male connector coil is electrically connected to a first end of a cable, and wherein the male connector coil is situated within and spaced from the female connector coil when the male connector housing is inserted within the female connector aperture, characterised in that the male connector housing is spaced from the male connector coil by a synthetic resin material, wherein the interior of the male connector housing is filled with the synthetic resin material to surround the male connector coil and the magnetic core and the portion of the cable contained within the male connector housing such that the synthetic resin material provides strain relief for the cable .
A switch for an electric vehicle , comprising: an ignition chamber ; a pyrotechnic actuator arranged to release gas into the ignition chamber upon ignition; a first conductor and a second conductor , the first and second conductors comprising connection contacts ; and a third conductor moveable in a direction from a first position towards a second position upon actuation by the pyrotechnic actuator, the third conductor comprising: a base member , and a plurality of electrical finger contacts distributed around the base member; wherein in the first position the third conductor is resiliently supported between, and in electrical contact with, the first and second conductors by a resilient member to define a current conduction path, and wherein in the second position the third conductor is electrically separate from at least one of the first and second conductors so as to open the current conduction path; characterized in that the third conductor further comprises a retainer arranged, for each of the plurality of electrical finger contacts, to retain a portion of the electrical finger contact against the base member and to urge portions of the electrical finger contact located either side of the retained portion away from the base member and into electrical and physical contact with at least one of the first and second conductors, wherein the urged portions of the plurality of electrical finger contacts form the resilient member . an ignition chamber ; a pyrotechnic actuator arranged to release gas into the ignition chamber upon ignition; a first conductor and a second conductor , the first and second conductors comprising connection contacts ; and a third conductor moveable in a direction from a first position towards a second position upon actuation by the pyrotechnic actuator, the third conductor comprising: a base member , and a plurality of electrical finger contacts distributed around the base member; a base member , and a plurality of electrical finger contacts distributed around the base member; wherein in the first position the third conductor is resiliently supported between, and in electrical contact with, the first and second conductors by a resilient member to define a current conduction path, and wherein in the second position the third conductor is electrically separate from at least one of the first and second conductors so as to open the current conduction path;
A textile sleeve (10; 10') for routing and protecting elongate members , comprising: an elongate wall having a circumferentially continuous, tubular outer periphery extending along a central axis between opposite open ends , said wall (14; 14') includes a plurality of non-shrinkable yarns , characterised in that said wall further includes a plurality of shrinkable yarns braided with said non-shrinkable yarns , said shrinkable yarns providing the wall with an ability to be radially contracted from a first, diametrically enlarged assembly state to a second, diametrically shrunken state. an elongate wall having a circumferentially continuous, tubular outer periphery extending along a central axis between opposite open ends , said wall (14; 14') includes a plurality of non-shrinkable yarns , characterised in that said wall further includes a plurality of shrinkable yarns braided with said non-shrinkable yarns , said shrinkable yarns providing the wall with an ability to be radially contracted from a first, diametrically enlarged assembly state to a second, diametrically shrunken state.
A motion transmission unit for a drive train of a hair cutting appliance , the unit comprising: - an input shaft defining a longitudinal axis and comprising an eccentric portion that is arranged to revolve about the longitudinal axis when the input shaft is rotated, - a motion converter comprising a motion converter input interface and a motion converter output interface , and - a tilting lever that is pivotably mounted and comprises a tilting lever input interface and a tilting lever output interface that engages a driving portion of a blade set of the appliance , wherein the motion converter is arranged between the input shaft and the tilting lever , wherein the eccentric portion of the input shaft engages the motion converter input interface , wherein the motion converter output interface engages the tilting lever input interface , and wherein the motion converter input interface and the motion converter output interface are arranged at the same longitudinal level with respect to the input shaft ; wherein the motion converter output interface comprises a cylindrical portion defining a cylinder axis that is basically parallel to a swivel axis of the tilting lever ; wherein the tilting lever output interface is arranged as a cylindrical portion defining a cylinder axis that is basically parallel to a swivel axis of the tilting lever ; wherein the cylinder axis of the head portion of the tilting lever and the cylinder axis of the cylindrical portion of the motion converter are basically parallel to the swivel axis ; characterized in that the eccentric portion is an eccentric pin ; and wherein the motion converter input interface is a guide slot that is engaged by the eccentric pin . - an input shaft defining a longitudinal axis and comprising an eccentric portion that is arranged to revolve about the longitudinal axis when the input shaft is rotated, - a motion converter comprising a motion converter input interface and a motion converter output interface , and - a tilting lever that is pivotably mounted and comprises a tilting lever input interface and a tilting lever output interface that engages a driving portion of a blade set of the appliance ,
A method in a certificate authority system of managing a certificate associated with a component located at a remote location from the certificate authority system , comprising: receiving (S110) a certificate request, wherein the certificate request comprises a key associated with the component ; generating (S120) a certificate corresponding to the key received in the certificate request; the method being characterised in that it comprises: causing (S130) a validity status of the certificate to be set to invalid; subsequent to causing the validity status of the certificate to be set to invalid, providing (S140) the certificate to the component ; subsequent to providing the certificate to the component, determining (S150) whether the component matches the certificate; and upon determining that the component matches (C155) the certificate, causing (S160) the validity status to be set to valid. receiving (S110) a certificate request, wherein the certificate request comprises a key associated with the component ; generating (S120) a certificate corresponding to the key received in the certificate request; the method being characterised in that it comprises: causing (S130) a validity status of the certificate to be set to invalid; subsequent to causing the validity status of the certificate to be set to invalid, providing (S140) the certificate to the component ; subsequent to providing the certificate to the component, determining (S150) whether the component matches the certificate; and upon determining that the component matches (C155) the certificate, causing (S160) the validity status to be set to valid. causing (S130) a validity status of the certificate to be set to invalid; subsequent to causing the validity status of the certificate to be set to invalid, providing (S140) the certificate to the component ; subsequent to providing the certificate to the component, determining (S150) whether the component matches the certificate; and upon determining that the component matches (C155) the certificate, causing (S160) the validity status to be set to valid.
An apparatus , comprising: a tubular spectrometer body having an electrically conductive inner wall; a rod positioned along the longitudinal center of said tubular spectrometer body ; and one or more ring electrodes positioned on, but electrically isolated from, said inner wall, wherein the ratio of the radius of said tubular spectrometer body to the radius of said rod is at least 20. a tubular spectrometer body having an electrically conductive inner wall; a rod positioned along the longitudinal center of said tubular spectrometer body ; and one or more ring electrodes positioned on, but electrically isolated from, said inner wall, wherein the ratio of the radius of said tubular spectrometer body to the radius of said rod is at least 20.
Stackable system container (1") with a base part , wherein respectively a coupling device (7") is attached on two opposite side walls of the base part for connection with a further system container to be movable between a rest position, in which the coupling device (7") can be brought out of engagement with a further system container, and a coupling position, in which the coupling device (7") can be brought into engagement with the further system container, wherein a bar element (9"), which locks the respective coupling device (7") to be releasable in the rest position, is assigned to each coupling device (7"), characterised in that the bar element (9") is designed as a rotary knob which in a locking position holds the respective coupling device (7") positively in the rest position.
An in vitro method for releasing a vitamin D compound from vitamin D-binding protein comprising the step of: a) providing a sample to be investigated and b) mixing the sample from step (a) with i) a reagent comprising a hydrogen carbonate salt, ii) a reducing agent, and iii) an alkalinising agent, thereby releasing the vitamin D compound from vitamin D-binding protein. a) providing a sample to be investigated and b) mixing the sample from step (a) with i) a reagent comprising a hydrogen carbonate salt, ii) a reducing agent, and iii) an alkalinising agent, thereby releasing the vitamin D compound from vitamin D-binding protein. i) a reagent comprising a hydrogen carbonate salt, ii) a reducing agent, and iii) an alkalinising agent,
A translational-rotary machine , comprising: - a housing , forming two housing openings facing each other; - a shaft forming two shaft ends ; said shaft being placed through the two housing openings ; - drive means ; said shaft being connected to the housing so as to translate and/or rotate with respect to the housing , through the drive means ; - two rods , each of the two rods forming a gripping end and a coupling end opposite to the gripping end , each of the two rods being removably connected, at the coupling end , to a respective shaft end ; - wireless communication means comprising: - a first electronic transceiver board placed at each shaft end , integral with the shaft ; - a second electronic transceiver board placed at each coupling end , integral with the rod , configured to communicate data and/or electric power between the transceiver boards, wherein the wireless communication means further comprise a sensor , said sensor being placed at the gripping end of each rod , wherein the sensor is configured to detect parameters indicative of the movement of each rod , including the force or torque acting on the rod and the linear and/or angular displacement of the rod , wherein the translational-rotary machine comprises two grips hinged to a respective gripping end of the rods by means of a pin which is integral with the rod , and wherein the sensor comprises a plurality of strain gauges adapted to detect deformations of each respective pin . - a housing , forming two housing openings facing each other; - a shaft forming two shaft ends ; said shaft being placed through the two housing openings ; - drive means ; said shaft being connected to the housing so as to translate and/or rotate with respect to the housing , through the drive means ; - two rods , each of the two rods forming a gripping end and a coupling end opposite to the gripping end , each of the two rods being removably connected, at the coupling end , to a respective shaft end ; - wireless communication means comprising: - a first electronic transceiver board placed at each shaft end , integral with the shaft ; - a second electronic transceiver board placed at each coupling end , integral with the rod , configured to communicate data and/or electric power between the transceiver boards, - a first electronic transceiver board placed at each shaft end , integral with the shaft ; - a second electronic transceiver board placed at each coupling end , integral with the rod , configured to communicate data and/or electric power between the transceiver boards, wherein the wireless communication means further comprise a sensor , said sensor being placed at the gripping end of each rod , wherein the sensor is configured to detect parameters indicative of the movement of each rod , including the force or torque acting on the rod and the linear and/or angular displacement of the rod , wherein the translational-rotary machine comprises two grips hinged to a respective gripping end of the rods by means of a pin which is integral with the rod , and wherein the sensor comprises a plurality of strain gauges adapted to detect deformations of each respective pin .
A method for biometric identification for a device having a plurality of user profiles, comprising: detecting biometric information at a first time while a first user profile is being displayed; comparing the detected biometric information with corresponding stored biometric information associated with a stored second user profile of the plurality of user profiles; initiating a timer for a predetermined period of time in response to the comparison, the predetermined period of time being set by the timer, wherein the timer has a value configurable for each user profile; determining whether the biometric information is detected at a second time after expiry of the timer; and if the biometric information is detected at the second time, loading and displaying the second user profile. detecting biometric information at a first time while a first user profile is being displayed; comparing the detected biometric information with corresponding stored biometric information associated with a stored second user profile of the plurality of user profiles; initiating a timer for a predetermined period of time in response to the comparison, the predetermined period of time being set by the timer, wherein the timer has a value configurable for each user profile; determining whether the biometric information is detected at a second time after expiry of the timer; and if the biometric information is detected at the second time, loading and displaying the second user profile.
Polymerisable adhesive composition containing at least one carbohydrate comprising (i) at least one polymerisable liquid monomer, characterised in comprising (ii) at least one polymerisation initiator and/or initiator system for polymerisation, containing 1) an initiator for hot- or auto-polymerisation comprising a peroxide and/or an azo compound, and optionally an aromatic tertiary amine as polymerisation accelerator, or 2) a redox system comprising a) a peroxide, diketone and amine or b) (i) barbituric acid or thiobarbituric acid or a barbituric acid or thiobarbituric acid derivative and (ii) at least one copper salt or copper complex and (iii) at least one compound having an ionic halogen atom, and optionally 3) a photoinitiator comprising α-hydroxyketone, azo compound or acylphosphine oxide, and (iii) at least one polymerisable olefinically functionalised carbohydrate, olefinically functionalised carbohydrate derivative or mixture thereof. (i) at least one polymerisable liquid monomer, characterised in comprising (ii) at least one polymerisation initiator and/or initiator system for polymerisation, containing 1) an initiator for hot- or auto-polymerisation comprising a peroxide and/or an azo compound, and optionally an aromatic tertiary amine as polymerisation accelerator, or 2) a redox system comprising a) a peroxide, diketone and amine or b) (i) barbituric acid or thiobarbituric acid or a barbituric acid or thiobarbituric acid derivative and (ii) at least one copper salt or copper complex and (iii) at least one compound having an ionic halogen atom, and optionally 3) a photoinitiator comprising α-hydroxyketone, azo compound or acylphosphine oxide, and 1) an initiator for hot- or auto-polymerisation comprising a peroxide and/or an azo compound, and optionally an aromatic tertiary amine as polymerisation accelerator, or 2) a redox system comprising a) a peroxide, diketone and amine or b) (i) barbituric acid or thiobarbituric acid or a barbituric acid or thiobarbituric acid derivative and (ii) at least one copper salt or copper complex and (iii) at least one compound having an ionic halogen atom, and optionally 3) a photoinitiator comprising α-hydroxyketone, azo compound or acylphosphine oxide, and (iii) at least one polymerisable olefinically functionalised carbohydrate, olefinically functionalised carbohydrate derivative or mixture thereof.
A method for data transmission, being applied to a terminal device and comprising: determining an initial uplink -UL- bandwidth part -BWP- and an initial downlink -DL- BWP as a target bandwidth used for a random access channel - RACH-based small data transmission -SDT- procedure, wherein the initial DL BWP has a control resource set #0 -CORESET#0-, wherein the RACH comprises a 4-step RACH; and performing the RACH-based SDT procedure with a network device on the target bandwidth, the performing comprising: receiving, on the CORESET#0 in the initial DL BWP, at least one of a random access response -RAR-, a Msg3 retransmission indication, or a message 4 - Msg4- transmitted by the network device, wherein the SDT procedure is a data transmission procedure in an inactive state of the terminal device. determining an initial uplink -UL- bandwidth part -BWP- and an initial downlink -DL- BWP as a target bandwidth used for a random access channel - RACH-based small data transmission -SDT- procedure, wherein the initial DL BWP has a control resource set #0 -CORESET#0-, wherein the RACH comprises a 4-step RACH; and performing the RACH-based SDT procedure with a network device on the target bandwidth, the performing comprising: receiving, on the CORESET#0 in the initial DL BWP, at least one of a random access response -RAR-, a Msg3 retransmission indication, or a message 4 - Msg4- transmitted by the network device, wherein the SDT procedure is a data transmission procedure in an inactive state of the terminal device.