mhurhangee/patent-ind-claim-en huggingface dataset:
Line end segment (17.1) of a coupling device for the secondary cooling of a strand in a strand guide of a continuous casting installation , the line end segment (17.1) comprising - an outlet nozzle with a coolant outlet for discharging coolant , - a switchover valve for switching an individual coolant stream (Q) on and off, - a segmented pipe for guiding the coolant to the coolant outlet of the outlet nozzle and for guiding an end portion of a control line (25.1 to 25.4) for switching the switchover valve to the switchover valve , - a connecting flange with a first flange opening (37.1) for feeding the coolant into the segmented pipe and a second flange opening (37.2) for guiding the control line (25.1 to 25.4) into the segmented pipe , wherein - the connecting flange is arranged at a first end of the segmented pipe and the switchover valve is arranged at a second end of the segmented pipe , the outlet nozzle is arranged at the switchover valve and - the segmented pipe has an outer pipe and an inner pipe running in the outer pipe, wherein the coolant is guided between the outer pipe and the inner pipe and the inner pipe forms or surrounds the end portion of the control line (25.1 to 25.4). - an outlet nozzle with a coolant outlet for discharging coolant , - a switchover valve for switching an individual coolant stream (Q) on and off, - a segmented pipe for guiding the coolant to the coolant outlet of the outlet nozzle and for guiding an end portion of a control line (25.1 to 25.4) for switching the switchover valve to the switchover valve , - a connecting flange with a first flange opening (37.1) for feeding the coolant into the segmented pipe and a second flange opening (37.2) for guiding the control line (25.1 to 25.4) into the segmented pipe , wherein - the connecting flange is arranged at a first end of the segmented pipe and the switchover valve is arranged at a second end of the segmented pipe , - the segmented pipe has an outer pipe and an inner pipe running in the outer pipe, wherein the coolant is guided between the outer pipe and the inner pipe and the inner pipe forms or surrounds the end portion of the control line (25.1 to 25.4).
Method for determining a particle shape of particles provided in a distribution, characterized in that the number of particles is detected; a particle chord length is measured and stored for each of the particles; at least one first and one second distribution is generated from the measured particle chord lengths, wherein the first distribution is based on a first quantity type and the second distribution is based on a second quantity type, and wherein the potency of the quantity types used for determining the first and the second distribution is different; a first distribution parameter, corresponding to a cumulative or density distribution, of the first distribution is set into a distribution parameter ratio with a second distribution parameter, corresponding to a cumulative or density distribution, of the second distribution; and an aspect ratio is determined from the distribution parameter ratio as a value which characterizes the particle shape of the particles.
A radio link monitoring method, wherein when a user equipment, UE, performs radio link monitoring, the method comprises: monitoring, by the UE, a downlink signal of a primary serving cell to obtain a monitoring result; calculating a block error rate, BLER, of a synchronization signal/physical broadcast channel block, SS/PBCH block, SSB, using a primary synchronization signal, PSS, a secondary synchronization signal, SSS, or a PBCH demodulation reference signal, DMRS, for a preset beam direction in each SSB; determining, by the UE, an in-sync threshold according to mapping of the BLER of the SSB received by the UE; and comparing, by the UE, the monitoring result with the in-sync threshold to determine whether the UE is in an in-sync status. monitoring, by the UE, a downlink signal of a primary serving cell to obtain a monitoring result; calculating a block error rate, BLER, of a synchronization signal/physical broadcast channel block, SS/PBCH block, SSB, using a primary synchronization signal, PSS, a secondary synchronization signal, SSS, or a PBCH demodulation reference signal, DMRS, for a preset beam direction in each SSB; determining, by the UE, an in-sync threshold according to mapping of the BLER of the SSB received by the UE; and comparing, by the UE, the monitoring result with the in-sync threshold to determine whether the UE is in an in-sync status.
Display device comprising an electro-optical display and a metal housing for installation in a motor vehicle, the display device being configured for connection to the motor vehicle, the display device furthermore comprising a plastic element connected to the metal housing , and the plastic element being configured for connection to the motor vehicle, characterized in that the plastic element is adhesively bonded to the metal housing by means of adhesive .
A battery fixing device comprising: a receiving member on which a plurality of batteries are placed parallel to each other; two retainers each configured to retain an outer side shoulder portion of one of the plurality of batteries; characterized by two rotating plates that are fixed on a plane perpendicular to the direction in which the plurality of batteries is disposed to be rotatable about an axis parallel to a plane in which the plurality of batteries is placed; four rods each having a proximal end and a distal end, the proximal ends being fixed to be relatively rotate at positions on opposite sides of a rotation center of each rotating plate, and the distal ends penetrating through both ends of the retainers; and four nuts each threadably engaged with the distal end of the rod passed through the retainer. a receiving member on which a plurality of batteries are placed parallel to each other; two retainers each configured to retain an outer side shoulder portion of one of the plurality of batteries; characterized by two rotating plates that are fixed on a plane perpendicular to the direction in which the plurality of batteries is disposed to be rotatable about an axis parallel to a plane in which the plurality of batteries is placed; four rods each having a proximal end and a distal end, the proximal ends being fixed to be relatively rotate at positions on opposite sides of a rotation center of each rotating plate, and the distal ends penetrating through both ends of the retainers; and four nuts each threadably engaged with the distal end of the rod passed through the retainer.
A working fluid for heat cycle, which contains trifluoroethylene and difluoroethylene, wherein the proportion of the content of trifluoroethylene is at least 8.5 mass% based on the entire amount of the working fluid and the proportion of the content of difluoroethylene is less than 1.5 mass% based on the working fluid.
A method of energy saving in a mobile communications network comprising at least two radio access technology systems having a plurality of access points , the method comprising the steps of: assigning, by a management functionality apparatus, respective priorities to the radio access technology systems, wherein the priorities are in the form of a priority list indicating the radio access technology systems and an order in which they are to be reduced in operational state; and instructing, by the management functionality apparatus on the basis of the priorities and according to a time schedule indicating times at which energy saving is to be activated and deactivated, at least one radio access technology system to reduce the operational state of at least one access point in order to provide energy saving. assigning, by a management functionality apparatus, respective priorities to the radio access technology systems, wherein the priorities are in the form of a priority list indicating the radio access technology systems and an order in which they are to be reduced in operational state; and instructing, by the management functionality apparatus on the basis of the priorities and according to a time schedule indicating times at which energy saving is to be activated and deactivated, at least one radio access technology system to reduce the operational state of at least one access point in order to provide energy saving.
A hand holding state detection method, comprising: acquiring (S201) feature data output by each coupling capacitor in a capacitor array when the coupling capacitor receives a touch and reference feature data corresponding to each coupling capacitor; comparing (S202) the feature data output by each coupling capacitor with the corresponding reference feature data to obtain a feature data difference; determining (S203) a feature region based on positions of coupling capacitors whose feature data difference is greater than a first threshold; performing (S204) statistical counting for determining variation trends of the feature data output by different coupling capacitors in the feature region, wherein the statistical counting is performed according to variance or differential calculation of the feature data output by the different coupling capacitors in the feature region; and determining (S204) a hand holding state is a finger holding state when the variation trends are greater than a second threshold, and determining (S204) the hand holding state is a palm holding state when the variation trends are less than a third threshold, the third threshold being not larger than the second threshold. acquiring (S201) feature data output by each coupling capacitor in a capacitor array when the coupling capacitor receives a touch and reference feature data corresponding to each coupling capacitor; comparing (S202) the feature data output by each coupling capacitor with the corresponding reference feature data to obtain a feature data difference; determining (S203) a feature region based on positions of coupling capacitors whose feature data difference is greater than a first threshold; performing (S204) statistical counting for determining variation trends of the feature data output by different coupling capacitors in the feature region, wherein the statistical counting is performed according to variance or differential calculation of the feature data output by the different coupling capacitors in the feature region; and determining (S204) a hand holding state is a finger holding state when the variation trends are greater than a second threshold, and determining (S204) the hand holding state is a palm holding state when the variation trends are less than a third threshold, the third threshold being not larger than the second threshold.
A method , comprising: determining , by a device in a network, whether a destination address of a packet received by the device is within a neighbor discovery, ND, cache of the device; determining , by the device, whether the destination address is not in a set of addresses used to generate an address lookup array or possibly in the set of addresses used to generate the address lookup array, in response to determining that the destination address of the packet is not within the ND cache; and performing , by the device, address resolution for the destination address of the packet, in response to determining that the destination address of the packet is possibly in the set of addresses used to generate the address lookup array. determining , by a device in a network, whether a destination address of a packet received by the device is within a neighbor discovery, ND, cache of the device; determining , by the device, whether the destination address is not in a set of addresses used to generate an address lookup array or possibly in the set of addresses used to generate the address lookup array, in response to determining that the destination address of the packet is not within the ND cache; and performing , by the device, address resolution for the destination address of the packet, in response to determining that the destination address of the packet is possibly in the set of addresses used to generate the address lookup array.
Longitudinal adjuster , in particular for a vehicle seat, the longitudinal adjuster having at least one pair of rails which is comprised of a first seat rail and a second seat rail which can be displaced in the longitudinal direction (x) relative to the first seat rail , the seat rails mutually embracing one another thereby forming an inner channel, a spindle nut mounted with the second seat rail and a spindle operatively connected to the spindle nut being arranged in the inner channel , wherein a gear which can be driven by means of a motor and interacts with the spindle is arranged at a front end of the first seat rail , wherein the spindle is mounted at a front end portion of the spindle in the gear and at a rear end portion of the spindle in a pivot bearing of the first seat rail , wherein a first transverse bolt is received in a first slot of the first seat rail in front of the spindle nut in the longitudinal direction (x), wherein the spindle is guided without contact through an opening of the first transverse bolt , wherein a shoulder of the spindle is arranged at a distance forwardly from the first transverse bolt in the longitudinal direction (x), wherein in response to a predetermined force action, for example in the event of a crash, the first transverse bar jams between the first seat rail and the shoulder , and as a result a force can be diverted from the first seat rail via the first transverse bar , the shoulder , the spindle and the spindle nut to the second seat rail , characterized in that the pivot bearing supporting the rear end portion of the spindle is a second crossbar , the second crossbar having a bearing opening for receiving a bearing bushing , wherein a further shoulder is arranged at the rear end portion of the spindle , which shoulder is rotatably mounted in the bearing bush by means of a cylindrical first portion and is spaced from the second transverse bolt by a radially enlarged second portion .
A fall prevention device , comprising a) a control unit b) at least one sensor for measuring the change in a body position and/or a movement pattern of the wearer of the device , which transmits measurement data to the control unit , the change in a body position and/or the movement pattern of the wearer of the device being determined three-dimensionally in space as a change in the angular velocity and/or the acceleration of forward, backward and sideways movements of the body's center of gravity on the wearer; c) an input module which transmits input data to the control unit ; d) at least one signal transmitter which is directed towards at least one of the wearer's senses of perception; wherein the control unit is configured in an operating mode to generate a feedback signal to the wearer of the device within an interval of between 0 and 500 ms by means of the signal transmitter , if the measured change in a body position and/or a movement pattern exceeds a stability limit, with the stability limit being able to be continuously updated , starting from a basic setting on the basis of the measurement data and the input data, by a previous stability limit being adapted to a measured change in the body position if the measured change in the body position and/or the movement pattern exceeds the previous stability limit and it is confirmed on the input module (5; 6) that no fall has taken place. a) a control unit b) at least one sensor for measuring the change in a body position and/or a movement pattern of the wearer of the device , which transmits measurement data to the control unit , the change in a body position and/or the movement pattern of the wearer of the device being determined three-dimensionally in space as a change in the angular velocity and/or the acceleration of forward, backward and sideways movements of the body's center of gravity on the wearer; c) an input module which transmits input data to the control unit ; d) at least one signal transmitter which is directed towards at least one of the wearer's senses of perception;
Security device for objects that are prevented from being opened by two intersecting strips clamped around said objects, wherein the security device has a housing with a baseplate and a cover and means for generating an alarm when the security device is removed from the object without authorization, wherein the security device has an open and a closed state, wherein, in the closed state, the baseplate and the cover can be locked to one another by way of a locking mechanism, wherein the baseplate , in the open state, can be inserted between the intersecting strips and the object , wherein the baseplate and the cover , in the closed state, can be locked in engagement the stripes , wherein the two strips run through the security device and intersect therein when the security device is locked in the closed state, so as to engage with the two strips, wherein the security device , when it is locked in engagement with the two strips and in the closed state, is held on the surface of the object by the tension of the strips , wherein the locking mechanism is activated by closing the security device and wherein the means for generating an alarm comprise a resonant oscillating circuit which can be detected by an electronic goods security system, characterized in that the means for generating an alarm comprise a mechanical sensor having a contact switch that, in the closed state, can detect contact with the object through the baseplate and respond to a loss of contact with the object , in that the means for generating an alarm are activated when the security device is closed, in that the means for generating an alarm are deactivated when the security device is opened after the locking mechanism has been released, in that the locking mechanism comprises a slider and a magnetic lock and in that closing the security device comprises moving the slider from a retracted position into an inserted position.
An apparatus of an enhanced Node B, eNB , configured for user plane evolved packet system, EPS, signaling overhead reduction functionality, the apparatus comprising: processing circuitry configured to: receive, from a user equipment, UE , in one of a radio resource control, RRC, Connection Request message or an Attach Request message, a request for an always-on S1-U bearer that persists as the UE transitions between an RRC connected state and an RRC idle state; instruct a mobility management entity, MME, to use the always-on S1-U bearer for the UE; perform a connection release procedure to release an RRC connection of the UE that uses the always-on S1-U bearer while the UE is in an EPS connection management, ECM, connected state, wherein the connection release procedure comprises: storing a UE context for the UE when the UE enters into an ECM-IDLE state from the ECM connected state; and sending an RRC connection release message to indicate to the UE that the RRC connection is released; perform a connection re-establishment procedure to re-establish the RRC connection with the UE to transition the UE from the ECM idle state to the ECM connected state, the connection re-establishment procedure using the context of the UE to re-establish the RRC connection for the UE; and receive from the UE retained S-GW information to be used by the eNB to associate the always-on S1-U bearer with the re-established RRC connection. receive, from a user equipment, UE , in one of a radio resource control, RRC, Connection Request message or an Attach Request message, a request for an always-on S1-U bearer that persists as the UE transitions between an RRC connected state and an RRC idle state; instruct a mobility management entity, MME, to use the always-on S1-U bearer for the UE; perform a connection release procedure to release an RRC connection of the UE that uses the always-on S1-U bearer while the UE is in an EPS connection management, ECM, connected state, wherein the connection release procedure comprises: storing a UE context for the UE when the UE enters into an ECM-IDLE state from the ECM connected state; and sending an RRC connection release message to indicate to the UE that the RRC connection is released; storing a UE context for the UE when the UE enters into an ECM-IDLE state from the ECM connected state; and sending an RRC connection release message to indicate to the UE that the RRC connection is released; perform a connection re-establishment procedure to re-establish the RRC connection with the UE to transition the UE from the ECM idle state to the ECM connected state, the connection re-establishment procedure using the context of the UE to re-establish the RRC connection for the UE; and receive from the UE retained S-GW information to be used by the eNB to associate the always-on S1-U bearer with the re-established RRC connection.
An optical information medium comprising, in this order: a bonding part (receiving layer) ; at least one image part ; and an adhesive layer (protective layer) covering the at least one image part , wherein: each of the image part comprises a micro-protrusion/depression structure including part which has a micro-protrusion/depression structure on at least a part of a surface opposite to the bonding part , a reflective layer , and a mask layer , in the order from the bonding part (receiving layer) , the micro-protrusion/depression structure including part is colorless or colored in one or more translucent or opaque color, at least one of the micro-protrusion/depression structure including part of the image part is colored in one or more translucent or opaque color, and characterised in that the reflective layer has the same top view shape as that of the micro-protrusion/depression structure including part . a bonding part (receiving layer) ; at least one image part ; and an adhesive layer (protective layer) covering the at least one image part , wherein: each of the image part comprises a micro-protrusion/depression structure including part which has a micro-protrusion/depression structure on at least a part of a surface opposite to the bonding part , a reflective layer , and a mask layer , in the order from the bonding part (receiving layer) , the micro-protrusion/depression structure including part is colorless or colored in one or more translucent or opaque color, at least one of the micro-protrusion/depression structure including part of the image part is colored in one or more translucent or opaque color, and characterised in that the reflective layer has the same top view shape as that of the micro-protrusion/depression structure including part . each of the image part comprises a micro-protrusion/depression structure including part which has a micro-protrusion/depression structure on at least a part of a surface opposite to the bonding part , a reflective layer , and a mask layer , in the order from the bonding part (receiving layer) , the micro-protrusion/depression structure including part is colorless or colored in one or more translucent or opaque color, at least one of the micro-protrusion/depression structure including part of the image part is colored in one or more translucent or opaque color, and characterised in that the reflective layer has the same top view shape as that of the micro-protrusion/depression structure including part .