mhurhangee/ep-ind-claims huggingface dataset:
Receiver circuit (103, 300) for a microwave barrier (102, 103) for detecting and acquiring characteristics of a target object in the region of the microwave barrier, which are a speed and a length thereof, comprising: a first sub-circuit (314, 311, 307, 308, 310) for generating and transmitting a first signal and for detecting a Doppler shift of the first signal reflected at the target object; a second sub-circuit (312, 307, 308, 310) for receiving and evaluating a measuring signal transmitted by a transmitting circuit of the microwave barrier arranged opposite the receiver circuit; where the length of the target object is determined from the Doppler shift and the time duration for passing the microwave barrier. a first sub-circuit (314, 311, 307, 308, 310) for generating and transmitting a first signal and for detecting a Doppler shift of the first signal reflected at the target object; a second sub-circuit (312, 307, 308, 310) for receiving and evaluating a measuring signal transmitted by a transmitting circuit of the microwave barrier arranged opposite the receiver circuit; where the length of the target object is determined from the Doppler shift and the time duration for passing the microwave barrier.
A method for delivering a static route, wherein the method comprises: reading, by an ultimate provider edge, UPE, an interface address and a service address allocated to a base station from a Dynamic Host Configuration Protocol, DHCP, relay agent packet; and delivering to the service address of the base station a corresponding static route according to, the interface address and the service address, characterized in that a destination internet protocol, IP, address in the static route is equal to the service address of the base station and a next hop in the static route is equal to the interface address of the base station. reading, by an ultimate provider edge, UPE, an interface address and a service address allocated to a base station from a Dynamic Host Configuration Protocol, DHCP, relay agent packet; and delivering to the service address of the base station a corresponding static route according to, the interface address and the service address, characterized in that a destination internet protocol, IP, address in the static route is equal to the service address of the base station and a next hop in the static route is equal to the interface address of the base station.
Method for monitoring a manufacturing process, comprising the steps: scanning a workpiece with a sensor unit of a wearable device, wherein the workpiece is a panel-shaped or free-form workpiece, namely a solid wood panel, a chipboard panel, an MDF board, an HDF board or a composite panel, sending the information collected by the sensor unit to a database and creating a workpiece-specific data set, scanning the workpiece before, during and/or after carrying out a processing step or a handling step on the workpiece by means of the sensor unit of the wearable device, updating the data set stored in the database before, during and/or after carrying out a processing step or handling step on the workpiece, wherein the wearable device is a pair of smart glasses, and a data glove is also provided which can interact with the wearable device. scanning a workpiece with a sensor unit of a wearable device, wherein the workpiece is a panel-shaped or free-form workpiece, namely a solid wood panel, a chipboard panel, an MDF board, an HDF board or a composite panel, sending the information collected by the sensor unit to a database and creating a workpiece-specific data set, scanning the workpiece before, during and/or after carrying out a processing step or a handling step on the workpiece by means of the sensor unit of the wearable device, updating the data set stored in the database before, during and/or after carrying out a processing step or handling step on the workpiece, wherein the wearable device is a pair of smart glasses, and a data glove is also provided which can interact with the wearable device.
Fuel storage system having at least two tanks (10, 20, 30) and at least one dismantlable connection device, each tank (10, 20, 30) being equipped with at least one flexible line (11, 21, 31), each dismantlable connection device connecting two tanks (10, 20, 30) via two of said lines (11, 21, 31), said dismantlable connection device having two connectors (51, 52), each connector (51, 52) being able to be secured by at least one securing means respectively to one of said lines (11, 21), said dismantlable connection device being located inside one of said two tanks (10, 20, 30) that it connects, characterized in that said connectors (51, 52) are mechanically assembled to one another by at least one dismantlable fastening means, at least one seal ensuring leaktightness between said connectors (51, 52).
Add-on module for an armrest element of a seat, in particular a vehicle seat, wherein the add-on module can be arranged on the armrest element, wherein a transmission device is provided in the add-on module, by means of which a first operating element of the armrest element can be indirectly operated, wherein the transmission device can transmit a movement of a second operating element of the add-on module to the first operating element of the armrest element, wherein the first operating element and the second operating element can be mechanically coupled by the transmission device, wherein the second operating element can be operated manually characterised in that the add-on module has a shell-like base body, the base body having an opening surface which is designed such that the base body can rest against an underside of the armrest element, the base body having a first opening in which the second operating element is arranged and/or projects at least in sections, a user being able to actuate the second operating element through this first opening.
Jaw implant (1;101;201;301) for oral, subperiosteal placement over the alveolar ridge of the maxilla or of the mandible, wherein the implant forms a body (2;102;202;302) which in cross-section, in the condition in which it can be placed on the alveolar ridge transverse to the alveolar ridge, has been formed concave towards the alveolar ridge, such as J-shaped, L-shaped or U-shaped, wherein in or near a first portion forming the base of the body, in particular forming the base of the J, L or U, the body has been provided with one or more supporting areas (8;108;208;308) for support members (9;109;209;309), such as pillars, for extending through the gingiva, in particular passing through it, said supporting areas being integrally formed with the body, said support members forming a support for an exo-prosthesis, such as a dental prosthesis or dentures, wherein, at least at the location of the supporting areas (8;108;208;308), the body has an open structure such as a framework or grid, with bars or strips (6;106;306) between the holes of the open structure, characterized in that the supporting areas have been connected to the rest of the body via relatively weakened areas (7;107;207;307) of the body only, - wherein each supporting area (8;108;208;308) has been connected to the rest of the body via its own relatively weakened areas (7;107;207;307), - wherein the relatively weakened areas are formed either by - areas having a relatively reduced wall thickness; or by - areas having perforations in the material of the body, wherein the perforations have a cross-section that is smaller than the thickness of the body at that location.. - wherein each supporting area (8;108;208;308) has been connected to the rest of the body via its own relatively weakened areas (7;107;207;307), - wherein the relatively weakened areas are formed either by - areas having a relatively reduced wall thickness; or by - areas having perforations in the material of the body, wherein the perforations have a cross-section that is smaller than the thickness of the body at that location..
Well tool device comprising: - a housing; - a through bore provided axially through the well tool device; where the through bore is defined with a bore wall; - a frangible disc supported in the through bore by a first supporting device and a second supporting device, where the second supporting device is axially displaceable in relation to the first supporting device; - a shear element for preventing axial displacement of the second supporting device; - a sealing element arranged radially outside of the frangible disc and radially inside of the bore wall when the well tool device is in a first state, in which the sealing element together with the frangible disc is configured to prevent axial fluid flow between a first side of the frangible disc and a second side of the frangible disc; - a disintegration device; where the well tool device is configured to be in a second state, in which the shear element has been sheared off and the frangible disc and the second supporting device have been moved axially until the frangible disc has been brought into contact with the disintegration device; - where the well tool device is configured to be in a third state, in which the frangible disc has been disintegrated by means of the disintegration device; characterized in that the well tool device further comprises: - a flushing channel provided in the bore wall radially outside of the frangible disc when the well tool device is in the second state. - a housing; - a through bore provided axially through the well tool device; where the through bore is defined with a bore wall; - a frangible disc supported in the through bore by a first supporting device and a second supporting device, where the second supporting device is axially displaceable in relation to the first supporting device; - a shear element for preventing axial displacement of the second supporting device; - a sealing element arranged radially outside of the frangible disc and radially inside of the bore wall when the well tool device is in a first state, in which the sealing element together with the frangible disc is configured to prevent axial fluid flow between a first side of the frangible disc and a second side of the frangible disc; - a disintegration device; where the well tool device is configured to be in a second state, in which the shear element has been sheared off and the frangible disc and the second supporting device have been moved axially until the frangible disc has been brought into contact with the disintegration device; - where the well tool device is configured to be in a third state, in which the frangible disc has been disintegrated by means of the disintegration device; - a flushing channel provided in the bore wall radially outside of the frangible disc when the well tool device is in the second state.
Starting device for an internal combustion engine, with a starter pinion which is movable between an out-of-function position and an engagement position with a gear rim of the internal combustion engine, with a starter motor whose drive movement can be transmitted to the starter pinion via a transmission, with damping elements which support a transmission component of the transmission, characterized in that the damping elements are arranged directly on both axial end faces of the transmission component and support the transmission component at least in the circumferential direction on axially adjacent components.
Electromagnetic brake including: - at least one disc configured to be fitted, directly or by means of a hub, to a rotating element defining a shaft axis, said at least one disc having opposite surfaces coated with a friction material, - an electromagnet, - at least one armature plate placed between the disc and said electromagnet and movable in a direction defined by said shaft axis, - a plurality of compression springs arranged and configured to push said at least one armature plate against the disc, according to said direction, - the armature plate being configured to be attracted to the electromagnet, and kept in contact with it when the electromagnet is operating, wherein it further includes a sensor assembly capable of measuring the movement along the shaft axis direction, due to the attraction of the electromagnet, of said armature plate, said sensor assembly characterized in that it comprises - an elastically deformable element (2b; 2e; 2h), placed on the brake so as to have an initial deformation when the electromagnet is not activated and to undergo a change of deformation as a result of said attraction movement of the armature plate, and - sensor means configured to detect said change of deformation of said elastically deformable element (2b; 2e; 2h), as well as - means of communication transmitting outside the brake the measurements made by the sensor assembly. - at least one disc configured to be fitted, directly or by means of a hub, to a rotating element defining a shaft axis, said at least one disc having opposite surfaces coated with a friction material, - an electromagnet, - at least one armature plate placed between the disc and said electromagnet and movable in a direction defined by said shaft axis, - a plurality of compression springs arranged and configured to push said at least one armature plate against the disc, according to said direction, - the armature plate being configured to be attracted to the electromagnet, and kept in contact with it when the electromagnet is operating, - an elastically deformable element (2b; 2e; 2h), placed on the brake so as to have an initial deformation when the electromagnet is not activated and to undergo a change of deformation as a result of said attraction movement of the armature plate, and - sensor means configured to detect said change of deformation of said elastically deformable element (2b; 2e; 2h), as well as - means of communication transmitting outside the brake the measurements made by the sensor assembly.
A method performed by a wireless communication device comprising: receiving, from a network node, a configuration of a first Sounding Reference Signal, SRS, resource set to be used for non-codebook based Physical Uplink Shared Channel, PUSCH, transmission and a second SRS resource set to be used for non-codebook based PUSCH transmission; receiving, from the network node, a configuration of a first Non-Zero Power, NZP, Channel State Information Reference Signal, CSI-RS, associated with the first SRS resource set and a second NZP CSI-RS associated with the second SRS resource set; receiving a request for transmitting data in PUSCH in a plurality of occasions, wherein the request comprises: an indication that data transmission in PUSCH in the plurality of occasions is based on both the first SRS resource set and the second SRS resource set; a first SRS resource indicator, SRI, associated with the first SRS resource set; and a second SRI associated with the second SRS resource set; and transmitting the data in a first PUSCH in a first set of occasions according to the first SRI and a second PUSCH in a second set of occasions according to the second SRI, wherein the first PUSCH comprises at least one first SRS resource according to the first SRI and the second PUSCH comprises at least one second SRS resource according to the second SRI. receiving, from a network node, a configuration of a first Sounding Reference Signal, SRS, resource set to be used for non-codebook based Physical Uplink Shared Channel, PUSCH, transmission and a second SRS resource set to be used for non-codebook based PUSCH transmission; receiving, from the network node, a configuration of a first Non-Zero Power, NZP, Channel State Information Reference Signal, CSI-RS, associated with the first SRS resource set and a second NZP CSI-RS associated with the second SRS resource set; receiving a request for transmitting data in PUSCH in a plurality of occasions, wherein the request comprises: an indication that data transmission in PUSCH in the plurality of occasions is based on both the first SRS resource set and the second SRS resource set; a first SRS resource indicator, SRI, associated with the first SRS resource set; and a second SRI associated with the second SRS resource set; and an indication that data transmission in PUSCH in the plurality of occasions is based on both the first SRS resource set and the second SRS resource set; a first SRS resource indicator, SRI, associated with the first SRS resource set; and a second SRI associated with the second SRS resource set; and transmitting the data in a first PUSCH in a first set of occasions according to the first SRI and a second PUSCH in a second set of occasions according to the second SRI, wherein the first PUSCH comprises at least one first SRS resource according to the first SRI and the second PUSCH comprises at least one second SRS resource according to the second SRI.
A compound of Formula wherein the group denotes one of the following groups: R a Hal, CH 3, CHF 2, CF 3, CH 2 CH 3, R b denotes Hal, a linear or branched alkyl having 1 to 3 carbon atoms, wherein 1 to 3 H atoms may be replaced by Hal, -OCH 3, -OCH 2 CH 3, G 1, G 2 independently from one another denote H, Hal, A, A denotes a linear or branched alkyl having 1 to 3 carbon atoms, wherein 1 to 3 H atoms may be replaced by Hal, OCH 3, OH, and pharmaceutically acceptable solvates, tautomers, salts, enantiomers and diastereoisomers thereof, including mixtures thereof in all ratios. R a Hal, CH 3, CHF 2, CF 3, CH 2 CH 3, R b denotes Hal, a linear or branched alkyl having 1 to 3 carbon atoms, wherein 1 to 3 H atoms may be replaced by Hal, -OCH 3, -OCH 2 CH 3, G 1, G 2 independently from one another denote H, Hal, A, A denotes a linear or branched alkyl having 1 to 3 carbon atoms, wherein 1 to 3 H atoms may be replaced by Hal, OCH 3, OH,
A user device comprising: a trusted execution environment comprising a client privacy agent configured to request a first Internet Protocol, IP, address from a Dynamic Host Configuration Protocol, DHCP, service and to determine a device privacy score based, at least in part, on a DHCP policy of the DHCP service; memory comprising secure storage, the secure storage configured to store the first IP address received from the DHCP service; and communication circuitry configured to establish at least one connection between the user device and at least one entity (110a-110m) over a network using the first IP address, the client privacy agent further configured to monitor communication activity over the at least one connection, to update the device privacy score based, at least in part, on the communication activity, and if the device privacy score is outside an acceptable privacy score range, to close the at least one connection and to request a second IP address from the DHCP service, wherein the acceptable privacy range is bounded by a privacy threshold. a trusted execution environment comprising a client privacy agent configured to request a first Internet Protocol, IP, address from a Dynamic Host Configuration Protocol, DHCP, service and to determine a device privacy score based, at least in part, on a DHCP policy of the DHCP service; memory comprising secure storage, the secure storage configured to store the first IP address received from the DHCP service; and communication circuitry configured to establish at least one connection between the user device and at least one entity (110a-110m) over a network using the first IP address, the client privacy agent further configured to monitor communication activity over the at least one connection, to update the device privacy score based, at least in part, on the communication activity, and if the device privacy score is outside an acceptable privacy score range, to close the at least one connection and to request a second IP address from the DHCP service, wherein the acceptable privacy range is bounded by a privacy threshold.
A method for communication, comprising: in a transmitter having a first number of transmit antenna ports, setting an upper limit on a second number of spatial layers to be used by the transmitter to be less than the first number; allocating an actual number of the spatial layers, which does not exceed the upper limit, for transmission to a given receiver; mapping one or more streams of modulated symbols onto the allocated actual number of the spatial layers; and transmitting the actual number of the spatial layers from the transmitter to the given receiver, wherein transmitting the spatial layers comprises applying a precoding operation that maps the spatial layers onto the transmit antenna ports, and wherein setting the upper limit comprises setting a first upper limit when the precoding operation depends on feedback from the given receiver, and setting a second upper limit, which does not exceed the first upper limit, when the precoding operation is not dependent on the feedback. in a transmitter having a first number of transmit antenna ports, setting an upper limit on a second number of spatial layers to be used by the transmitter to be less than the first number; allocating an actual number of the spatial layers, which does not exceed the upper limit, for transmission to a given receiver; mapping one or more streams of modulated symbols onto the allocated actual number of the spatial layers; and transmitting the actual number of the spatial layers from the transmitter to the given receiver, wherein transmitting the spatial layers comprises applying a precoding operation that maps the spatial layers onto the transmit antenna ports, and wherein setting the upper limit comprises setting a first upper limit when the precoding operation depends on feedback from the given receiver, and setting a second upper limit, which does not exceed the first upper limit, when the precoding operation is not dependent on the feedback.
Belt, of the type used as a motion transmission means or as a transport means, characterised in that it comprises a plurality of parallel or almost parallel, transversal holes, which are orderly distributed along its longitudinal extension and are arranged at the sides of the belt itself (1, 2, 3), in the thickness of the same, and with an arrangement transverse to the median longitudinal plane (X-X;Y-Y;Z-Z) which contains the longitudinal geometric axis of the belt (1, 2, 3); said transversal holes consisting of grooves between the teeth of the toothed part of a toothed belt covered by a closing band or belt firmly applied on the teeth heads to cover the grooves so as to generate the transversal holes, which are used to house correspondingly reinforcing pins or pegs in the belt joint zones.
Control unit for a lamp, in particular for a street lamp, with a module housing, which comprises a module housing upper shell and a module housing lower shell being connected to the module housing upper shell, with electronics enclosed by the module housing, which is configured for controlling at least one light module of the lamp having a light-emitting diode as illuminant, and with a connection plug element having a plurality of plug pins (20, 21, 22), wherein a group of first plug pins of the connection plug element is configured for connecting the control unit to an external electrical connection line provided for supplying power to the control unit and to the at least one light module and wherein a group of second plug pins of the connection plug element is configured to connect the control unit to the at least one light module via an internal connection line, characterized in that the connection plug element comprises a group of third plug pins which interact with the electronics and are configured for connecting an external programming device to the control unit.