mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a host route in a system comprising a first gateway device of a first network , a second gateway device of a second network , and an entrance network device of a service provider, wherein the entrance network device is configured as an Internal border gateway protocol, IBGP, peer of the first and second gateway devices, and the first and second gateway devices are configured as IBGP peers of the entrance network device, the method comprising: generating , by the second gateway device , a host route entry comprising an Internet Protocol, IP, address prefix, a mask length and a next-hop, wherein the IP address prefix and the mask length are respectively an IP address of a virtual machine within the second network and a length of the IP address of the virtual machine; sending , from the second gateway device , a border gateway protocol, BGP, update message to the entrance network device of the service provider, the BGP update message comprising a host route of the host route entry; the method being characterized by receiving , at the first gateway device , a check message from the entrance network device , wherein the check message is a border gateway protocol, BGP, update message including the host route sent previously to the entrance network device comprising the IP address prefix, the mask length of the IP address prefix of the virtual machine, and a host route check path attribute; and checking, by the first gateway device , the reachability of the host route in the check message once the check message is received from the entrance network device , upon determining, by the first gateway device, that the check message carries the host route check path attribute. generating , by the second gateway device , a host route entry comprising an Internet Protocol, IP, address prefix, a mask length and a next-hop, wherein the IP address prefix and the mask length are respectively an IP address of a virtual machine within the second network and a length of the IP address of the virtual machine; sending , from the second gateway device , a border gateway protocol, BGP, update message to the entrance network device of the service provider, the BGP update message comprising a host route of the host route entry; the method being characterized by receiving , at the first gateway device , a check message from the entrance network device , wherein the check message is a border gateway protocol, BGP, update message including the host route sent previously to the entrance network device comprising the IP address prefix, the mask length of the IP address prefix of the virtual machine, and a host route check path attribute; and checking, by the first gateway device , the reachability of the host route in the check message once the check message is received from the entrance network device , upon determining, by the first gateway device, that the check message carries the host route check path attribute.
Evaporator system of the mechanical vapor recompression type, comprising a housing and a plurality of evaporator tubes positioned parallel to each other, a product inlet in fluid communication with a distribution element connected to the plurality of evaporator tubes , a secondary channel being formed between the inside surface of the housing and the external surfaces of the plurality of evaporator tubes , a vapor liquid separator positioned at a bottom side of the plurality of evaporator tubes and the secondary channel , a compressor in fluid communication with a vapor outlet of the vapor liquid separator , and a second transport tube connected to the compressor and an inlet of the secondary channel , wherein each evaporator tube of the plurality of evaporator tubes has an inner diameter (de) of at least 50 mm, wherein the housing comprises an air release pipe in a top part and/or a bottom part of the housing . wherein the housing is provided with at least one section having a respective internal diameter, wherein the internal diameter (dh) of the at least one section decreases with increasing distance from the inlet .
An analyzer comprising: an input configured to receive a plurality of data samples, each data sample based on an accelerometer signal indicative of head movement in a single axis due to blood flow through a brain initiated by a different heartbeat; a processor configured to determine a level of chaos of the plurality of data samples that are time-aligned in reference to the heartbeats; and an output configured to provide an indication that a Large Vessel Occlusion (LVO) is present in the brain when the level of chaos exceeds a threshold, wherein the level of chaos is at least partially based on a difference between signal levels at a plurality of selected times of each of a plurality of acceleration versus time functions of the plurality of data samples, wherein the level of chaos is at least partially based on a calculation of the plurality of acceleration versus time functions, and wherein the calculation comprises determining a difference function for each data sample at a plurality of times, each difference function comprising a difference between the data sample and an average of all data samples. an input configured to receive a plurality of data samples, each data sample based on an accelerometer signal indicative of head movement in a single axis due to blood flow through a brain initiated by a different heartbeat; a processor configured to determine a level of chaos of the plurality of data samples that are time-aligned in reference to the heartbeats; and an output configured to provide an indication that a Large Vessel Occlusion (LVO) is present in the brain when the level of chaos exceeds a threshold, wherein the level of chaos is at least partially based on a difference between signal levels at a plurality of selected times of each of a plurality of acceleration versus time functions of the plurality of data samples, wherein the level of chaos is at least partially based on a calculation of the plurality of acceleration versus time functions, and wherein the calculation comprises determining a difference function for each data sample at a plurality of times, each difference function comprising a difference between the data sample and an average of all data samples.
A surgical apparatus comprising: a mechanism that is configured to perform an operational motion of the surgical apparatus, the mechanism having two or more parts ; and at least one transformation member at least partially comprised of a shape-memory material, characterized in that the at least one transformation member extends into a recess of the two or more parts of the mechanism , wherein, when the at least one transformation member is subject to a transition temperature, the at least one transformation member moves out of the recess of the two or more parts of the mechanism and prevents the mechanism from performing the operational motion. a mechanism that is configured to perform an operational motion of the surgical apparatus, the mechanism having two or more parts ; and at least one transformation member at least partially comprised of a shape-memory material, characterized in that the at least one transformation member extends into a recess of the two or more parts of the mechanism , wherein, when the at least one transformation member is subject to a transition temperature, the at least one transformation member moves out of the recess of the two or more parts of the mechanism and prevents the mechanism from performing the operational motion.
A measurement device comprising: a first linear motion mechanism that has a contacting part contacting a back of a hand and linearly moves along a longitudinal direction, the back of the hand serving as reference of measurement; a second linear motion mechanism that moves together with a finger targeted for the measurement and linearly moves along a longitudinal direction; and a rotation mechanism that rotatably connects one end of the first linear motion mechanism and one end of the second linear motion mechanism and has a sensor detecting a rotation amount of the second linear motion mechanism , the second linear motion mechanism rotating with respect to the first linear motion mechanism . a first linear motion mechanism that has a contacting part contacting a back of a hand and linearly moves along a longitudinal direction, the back of the hand serving as reference of measurement; a second linear motion mechanism that moves together with a finger targeted for the measurement and linearly moves along a longitudinal direction; and a rotation mechanism that rotatably connects one end of the first linear motion mechanism and one end of the second linear motion mechanism and has a sensor detecting a rotation amount of the second linear motion mechanism , the second linear motion mechanism rotating with respect to the first linear motion mechanism .
A link setup method, comprising: sending , by a terminal device, a first link modification request to a first network device through a first Radio Resource Control, RRC link, wherein the first link modification request carries a device identifier of a target network device, to request to set up a target RRC link to the target network device; receiving, by the terminal device, a second modification indication sent by the first network device through the first RRC link, wherein the second modification indication comprises an RRC link modification message and a transmission parameter, and the RRC link modification message and the transmission parameter are both generated by the target network device; and setting up , by the terminal device, the target RRC link to the target network device based on the transmission parameter, and maintaining both the target RRC link and the first RRC link, wherein the first network device is different from the target network device, the method characterized in that the sending , by the terminal device, the first link modification request to the first network device through a first RRC link comprises: after the first RRC link is set up, if a quantity of RRC links maintained between the terminal device and all network devices does not reach a threshold, sending, by the terminal device, the first link modification request to the first network device through the first RRC link. sending , by a terminal device, a first link modification request to a first network device through a first Radio Resource Control, RRC link, wherein the first link modification request carries a device identifier of a target network device, to request to set up a target RRC link to the target network device; receiving, by the terminal device, a second modification indication sent by the first network device through the first RRC link, wherein the second modification indication comprises an RRC link modification message and a transmission parameter, and the RRC link modification message and the transmission parameter are both generated by the target network device; and setting up , by the terminal device, the target RRC link to the target network device based on the transmission parameter, and maintaining both the target RRC link and the first RRC link, wherein the first network device is different from the target network device, the method characterized in that the sending , by the terminal device, the first link modification request to the first network device through a first RRC link comprises: after the first RRC link is set up, if a quantity of RRC links maintained between the terminal device and all network devices does not reach a threshold, sending, by the terminal device, the first link modification request to the first network device through the first RRC link. after the first RRC link is set up, if a quantity of RRC links maintained between the terminal device and all network devices does not reach a threshold, sending, by the terminal device, the first link modification request to the first network device through the first RRC link.
A heating device comprising: a heater including a base , a plurality of heat generators disposed on the base , and three or more electrodes disposed on the base and electrically connected to the heat generators ; a holder configured to hold the heater ; a positioner configured to position the heater with respect to the holder in a longitudinal direction of the heater , the positioner disposed closer to the three or more electrodes than a center position (M) of the base in a longitudinal direction of the base , the three or more electrodes and the positioner all being arranged on the same side with respect to the center position (M); a connector including a contact portion configured to contact the three or more electrodes for applying a voltage thereto; a stay that supports a stay side face of the heater holder which is opposite to a heater side face that faces the heater ; and a pair of supports for supporting a fixing belt , the heater holder , and the stay , wherein a first of the supports includes an engagement portion , and a second of the supports does not include an engagement portion, the heater holder includes a further positioner disposed at one side of the heater holder in the longitudinal direction thereof, for positioning the heater holder with respect to one of the supports at one side of the heater holder in the longitudinal direction of the fixing belt , and the engagement portion engages the further positioner to position the heater holder with respect to the support in the longitudinal direction of the fixing belt . a heater including a base , a plurality of heat generators disposed on the base , and three or more electrodes disposed on the base and electrically connected to the heat generators ; a holder configured to hold the heater ; a positioner configured to position the heater with respect to the holder in a longitudinal direction of the heater , the positioner disposed closer to the three or more electrodes than a center position (M) of the base in a longitudinal direction of the base , the three or more electrodes and the positioner all being arranged on the same side with respect to the center position (M); a connector including a contact portion configured to contact the three or more electrodes for applying a voltage thereto; a stay that supports a stay side face of the heater holder which is opposite to a heater side face that faces the heater ; and a pair of supports for supporting a fixing belt , the heater holder , and the stay , wherein a first of the supports includes an engagement portion , and a second of the supports does not include an engagement portion, the heater holder includes a further positioner disposed at one side of the heater holder in the longitudinal direction thereof, for positioning the heater holder with respect to one of the supports at one side of the heater holder in the longitudinal direction of the fixing belt , and the engagement portion engages the further positioner to position the heater holder with respect to the support in the longitudinal direction of the fixing belt .
A vehicle configured to cancel restriction of at least one function by unlock using a smart key, characterized by comprising: reception means for receiving a registration request of an electronic key from a communication terminal by short distance wireless communication ; determination means for determining, on condition that the vehicle is unlocked by the smart key, whether to accept the registration request received by the reception means ; and registration means for registering the electronic key concerning the registration request in a case where the determination means determines to accept the registration request, characterized in that the reception means further receives an invalidation request of at least one registered electronic key from the communication terminal by the short distance wireless communication , and the determination means further determines, on condition that the vehicle is unlocked by the smart key, whether to accept the invalidation request received by the reception means . reception means for receiving a registration request of an electronic key from a communication terminal by short distance wireless communication ; determination means for determining, on condition that the vehicle is unlocked by the smart key, whether to accept the registration request received by the reception means ; and registration means for registering the electronic key concerning the registration request in a case where the determination means determines to accept the registration request, the reception means further receives an invalidation request of at least one registered electronic key from the communication terminal by the short distance wireless communication , and the determination means further determines, on condition that the vehicle is unlocked by the smart key, whether to accept the invalidation request received by the reception means .
A method of generating barcoded nucleic acid fragments, comprising: (a) providing: (i) a plurality of cells or cell nuclei comprising chromatin comprising a template nucleic acid molecule; (ii) a plurality of oligonucleotide molecules comprising a transposon end sequence; and (iii) a plurality of transposase molecules; (b) in said plurality of cells or cell nuclei, generating a plurality of template nucleic acid fragments with the aid of a plurality of transposase-nucleic acid complexes comprising a transposase molecule of said plurality of transposase molecules and an oligonucleotide molecule of said plurality of oligonucleotide molecules; (c) partitioning said plurality of cells or cell nuclei into a plurality of partitions, each comprising (i) a cell or a cell nucleus of said plurality of cells or cell nuclei, said cell or cell nucleus comprising template nucleic acid fragments of said plurality of template nucleic acid fragments, and (ii) a plurality of nucleic acid barcode molecules comprising a common barcode sequence; and (d) in a partition of said plurality of partitions, generating a barcoded nucleic acid fragment using a nucleic acid barcode molecule of said plurality of nucleic acid barcode molecules and a template nucleic acid fragment of said plurality of template nucleic acid fragments. (a) providing: (i) a plurality of cells or cell nuclei comprising chromatin comprising a template nucleic acid molecule; (ii) a plurality of oligonucleotide molecules comprising a transposon end sequence; and (iii) a plurality of transposase molecules; (b) in said plurality of cells or cell nuclei, generating a plurality of template nucleic acid fragments with the aid of a plurality of transposase-nucleic acid complexes comprising a transposase molecule of said plurality of transposase molecules and an oligonucleotide molecule of said plurality of oligonucleotide molecules; (c) partitioning said plurality of cells or cell nuclei into a plurality of partitions, each comprising (i) a cell or a cell nucleus of said plurality of cells or cell nuclei, said cell or cell nucleus comprising template nucleic acid fragments of said plurality of template nucleic acid fragments, and (ii) a plurality of nucleic acid barcode molecules comprising a common barcode sequence; and (d) in a partition of said plurality of partitions, generating a barcoded nucleic acid fragment using a nucleic acid barcode molecule of said plurality of nucleic acid barcode molecules and a template nucleic acid fragment of said plurality of template nucleic acid fragments.
A photovoltaic facility comprising a solar tracker and at least one square or rectangular photovoltaic panel mounted on said solar tracker , this solar tracker enabling the inclination of said photovoltaic panel to be varied with respect to the horizontal, so that two opposite edges of said photovoltaic panel, referred to as horizontal edges , are always horizontal whatever the inclination of said photovoltaic panel , characterised in that it comprises at least one gutter for recovering rainwater, in that this gutter is mounted along one of the two horizontal edges of the photovoltaic panel using at least two anchoring devices , to which it is suspended, so that it can oscillate under the action of its own weight, about a horizontal axis of rotation (Y-Y'), so as to remain horizontal, or substantially horizontal, whatever the inclination of said photovoltaic panel .
A modularized structure of switch wire connection device, comprising an assembly of an assembling support and a wire connection module assembly , the assembling support having a first side , a second side and lateral sides connected with the first and second sides , at least one of the first and second sides being formed with an assembling section for assembling with the wire connection module assembly , wherein the wire connection module assembly includes a first wire connection module and a second wire connection module , the first wire connection module being mounted on the first side of the assembling support , while the second wire connection module being mounted on the second side of the assembling support , said first and second wire connection modules each having a case with a geometrical cross section, each case including a main end wall , a mounting side and an enclosure side connected wi th the main end wall and a subsidiary end wall connected with the mounting side and the enclosure side to together define a chamber , said first and second sides of the assembling support are assembled with the mounting side of said first and second wire connection modules , wherein each chamber of the first and second wire connection modules serves to receive and enclose an electrical contact component together with first and second sides of said assembling support , the electrical contact component including a conductive member , a control member for making the conductive member form a normally open module and a normally closed module, and a metal leaf spring for elastically pressing the conductive wire , the mounting side of each case being formed with a mounting section for connecting with the assembling section of the assembling support , whereby the wire connection module assembly is detachably mounted on the assembling support as an integrated form, the assembling support , the wire connection module assembly and the electrical contact component being together mounted in a switch drum body , the switch drum body being equipped with a switch pushbutton for driving the control member .
A reinforced transformer core frame, comprising: a transformer core frame ; and a reinforcement structure , characterised in that the reinforcement structure comprises one or several reinforcement panels comprising a honeycomb structure and affixed to the transformer core frame . a transformer core frame ; and a reinforcement structure , characterised in that the reinforcement structure comprises one or several reinforcement panels comprising a honeycomb structure and affixed to the transformer core frame .
A device for treating internal walls of aquatic tanks , having at least two suction heads connected together by a framework and a mobility assembly for moving the treatment device along a wall to be treated, said mobility assembly having a motor-driven carriage with wheels, rollers or crawlers , said device being characterized in that said carriage is able to be activated or oriented in two unique running positions that are angularly spaced apart from one another by 90 degrees, and in that the carriage is independent of the suction heads, connected to the framework and positioned at the center of the latter.