mhurhangee/patent-ind-claim-en huggingface dataset:
A pumping device , including: i. an impeller ; ii. a pump housing , which surrounds an inner area at least partially, with an inlet and an outlet ; wherein the impeller is provided in the inner region of the pump housing, wherein the pump housing comprises a composite of a first hollow body and a further hollow body at least partially surrounding the first hollow body on the side facing away from the inner region ; wherein at least 60% of the surface of the side of the first hollow body remote from the interior space is connected to the further hollow body , relative to the surface of the side of the first hollow body remote from the interior space , wherein the pump housing faces the inner region with a further surface of the first hollow body ; wherein the further surface of the first hollow body facing the inner region of the pump housing has a hardness of at least 330 HV, wherein the further hollow body contains a metal content of at least 50% by weight, based on the total mass of the further hollow body , wherein the pumping device is suitable to be introduced into the body of a human or an animal. i. an impeller ; ii. a pump housing , which surrounds an inner area at least partially, with an inlet and an outlet ; wherein at least 60% of the surface of the side of the first hollow body remote from the interior space is connected to the further hollow body , relative to the surface of the side of the first hollow body remote from the interior space , wherein the pump housing faces the inner region with a further surface of the first hollow body ; wherein the further surface of the first hollow body facing the inner region of the pump housing has a hardness of at least 330 HV, wherein the further hollow body contains a metal content of at least 50% by weight, based on the total mass of the further hollow body ,
A cargo unit for storage in a cargo hold of an aircraft comprising a housing and a storage rack arrangement , wherein the housing encloses the storage rack arrangement and comprises a transport opening , wherein the cargo unit is connectable to a transport arrangement which can be operated for selectively removing objects from the storage rack arrangement and placing objects in the storage rack arrangement through the transport opening when the cargo unit is arranged in an operating position with respect to the transport arrangement , wherein the cargo unit comprises a transport cover movable between a closed position in which the transport cover closes the transport opening and an opened position in which the transport opening is not covered by the transport cover , characterized in that the transport cover is adapted to be only movable from its closed position to its opened position after the cargo unit has come into engagement with a transport arrangement . wherein the cargo unit is connectable to a transport arrangement which can be operated for selectively removing objects from the storage rack arrangement and placing objects in the storage rack arrangement through the transport opening when the cargo unit is arranged in an operating position with respect to the transport arrangement , wherein the cargo unit comprises a transport cover movable between a closed position in which the transport cover closes the transport opening and an opened position in which the transport opening is not covered by the transport cover , characterized in that the transport cover is adapted to be only movable from its closed position to its opened position after the cargo unit has come into engagement with a transport arrangement .
System for automatic parking of a vehicle, comprising: - a laser remote sensing device , configured to measure a distance (d1) traveled between the vehicle and a fixed target; - measuring sensors , arranged to measure a number (N) of wheel revolutions of the vehicle to cover a given distance; - calculation means , configured for: calculate the dimensions (DR) of the wheels of the vehicle from the distance measured by the laser remote sensing device and from the number (N) of wheel revolutions measured by the measuring sensors to travel said distance (d1) measured; calculate a parking trajectory (TS) of the vehicle based on the calculated dimensions (DR) of the wheels of the vehicle; characterized in that said system comprises at least one sensor , arranged to measure the distance (d2) traveled between the vehicle and the fixed target, the sensor preferably being chosen from: - an ultrasonic sensor, - a camera, presenting a field of vision including the fixed target; in which the calculation means are configured to calculate the dimensions (DR) of the wheels of the vehicle from the average distance measured by the laser remote sensing device and by the sensor , and from the number (N) of wheel revolutions measured by the measuring sensors to cover said measured average distance. - a laser remote sensing device , configured to measure a distance (d1) traveled between the vehicle and a fixed target; - measuring sensors , arranged to measure a number (N) of wheel revolutions of the vehicle to cover a given distance; - calculation means , configured for: calculate the dimensions (DR) of the wheels of the vehicle from the distance measured by the laser remote sensing device and from the number (N) of wheel revolutions measured by the measuring sensors to travel said distance (d1) measured; calculate a parking trajectory (TS) of the vehicle based on the calculated dimensions (DR) of the wheels of the vehicle; characterized in that said system comprises at least one sensor , arranged to measure the distance (d2) traveled between the vehicle and the fixed target, the sensor preferably being chosen from: calculate the dimensions (DR) of the wheels of the vehicle from the distance measured by the laser remote sensing device and from the number (N) of wheel revolutions measured by the measuring sensors to travel said distance (d1) measured; calculate a parking trajectory (TS) of the vehicle based on the calculated dimensions (DR) of the wheels of the vehicle; characterized in that said system comprises at least one sensor , arranged to measure the distance (d2) traveled between the vehicle and the fixed target, the sensor preferably being chosen from: - an ultrasonic sensor, - a camera, presenting a field of vision including the fixed target;
A diversity receiver , comprising a plurality of receiving paths connected to a receiver circuit , adapted to output a signal strength of an input signal, each of said receiving paths comprising an antenna receiving a signal connected to a matching network connected to a receive amplifier , said receiver circuit being connected to a signal level comparison circuit adapted to provide a relative comparison value indicating one of said receiving paths receiving said signal with a relative maximum strength, said signal level comparison circuit comprising a comparator circuit connected to said receiver circuit receiving a currently received signal level, and a previously stored, received signal level and to a logic control unit being arranged to select one of said receive paths to provide said currently received signal to said receiver circuit; wherein said currently received signal comprises at least one data packet, and said receiver circuit is connected to said logic control unit and adapted to provide at least a part of said received data packet to said logic control unit; wherein the at least a part of said received data packet is a preamble, wherein said logic control unit is adapted to successively switch between receiving paths, causing the receiver circuit to sequentially provide preamble data received on more than one of the receiver-side antennas to the logic control unit , and signal strength data to the comparator circuit , wherein, if only one of the receive antennas receives valid preamble data, a corresponding receive path is selected by the logic control unit . a comparator circuit connected to said receiver circuit receiving a currently received signal level, and a previously stored, received signal level and to a logic control unit being arranged to select one of said receive paths to provide said currently received signal to said receiver circuit; wherein said currently received signal comprises at least one data packet, and said receiver circuit is connected to said logic control unit and adapted to provide at least a part of said received data packet to said logic control unit; wherein the at least a part of said received data packet is a preamble, wherein said logic control unit is adapted to successively switch between receiving paths, causing the receiver circuit to sequentially provide preamble data received on more than one of the receiver-side antennas to the logic control unit , and signal strength data to the comparator circuit , wherein, if only one of the receive antennas receives valid preamble data, a corresponding receive path is selected by the logic control unit .
A node of a cellular network , comprising: - an interface configured to communicate with a plurality of communication devices (121-123, 130-136) attached to the cellular network via a radio link , - at least one processor configured to allocate first reoccurring resources (261-263) on the radio link of the cellular network to a first relaying channel (192, 192-1, 192-2), the first relaying channel (192, 192-1, 192-2) being between an access point node of the cellular network and some of the plurality of communication devices (121-123, 130-136) that are assigned to a first set (151-153), wherein the at least one processor is further configured to allocate second reoccurring resources (261-263) on the radio link of the cellular network to a second relaying channel (192, 192-1, 192-2), the second relaying channel (192, 192-1, 192-2) being between the access point node of the cellular network and some of the plurality of communication devices (121-123, 130-136) that are assigned to a second set (151-153), wherein the first reoccurring resources (261-263) are shared between the communication devices (130-136) assigned to the first set (151-153), wherein the second reoccurring resources (261-263) are shared between the communication devices (130-136) assigned to the second set (151-153), characterized in that the at least one processor is configured to receive, via the interface , a connection message, the connection message indicating a given one of the plurality of communication devices (121-123, 130-136), wherein the at least one processor is configured to assign the given one of the plurality of communication devices (121-123, 130-136) to the first set (151-153) or the second set (151-153) in response to receiving the connection message . - an interface configured to communicate with a plurality of communication devices (121-123, 130-136) attached to the cellular network via a radio link , - at least one processor configured to allocate first reoccurring resources (261-263) on the radio link of the cellular network to a first relaying channel (192, 192-1, 192-2), the first relaying channel (192, 192-1, 192-2) being between an access point node of the cellular network and some of the plurality of communication devices (121-123, 130-136) that are assigned to a first set (151-153),
Bumper of a vehicle comprising at least a part made of an elastic material having a front-end portion incorporating at least one cell of marking fluid provided inside said part made of elastic material, the at least one cell of marking fluid having a direct outward aperture closed by closure means that can, under the effect of an applied pressure, free the aperture offering the marking fluid access to the outside of the cell through which it can flow and in that it also comprises fixing means intended for the fixing to said vehicle .
A depth sensor module comprising a light emitting part for illuminating an object(l) and a light detector part , the light emitting part and the light detector part being spatially offset in the direction of a triangulation baseline , wherein the light emitting part comprises at least two light sources spatially offset in the direction of the triangulation baseline and arranged on a single die, wherein the light detector part is configured to acquire light and to provide along the direction of the triangulation baseline an intensity distribution of the acquired light, wherein the depth sensor module further including: control and evaluation circuitry operable to enable a triangulation evaluation by determining a zero-crossing point which is a difference between two intensity distributions of acquired light originating from the at least two light sources of the light emitting part and operable to perform the triangulation evaluation based on the determined zero-crossing point; and a full array of optical feedback pixels to increase signal-to-noise ratio of a measured feedback; wherein the optical feedback pixels are used as feedback pixel to adjust emitted light intensities. control and evaluation circuitry operable to enable a triangulation evaluation by determining a zero-crossing point which is a difference between two intensity distributions of acquired light originating from the at least two light sources of the light emitting part and operable to perform the triangulation evaluation based on the determined zero-crossing point; and a full array of optical feedback pixels to increase signal-to-noise ratio of a measured feedback; wherein the optical feedback pixels are used as feedback pixel to adjust emitted light intensities.
TDD repeater with - a master unit for communication with a base station of a wireless network, - at least one remote unit , which is placed at a distance from the master unit , for communication with a network terminal, - a waveguide , which connects the remote unit to the master unit , for transmitting the communication signals in an uplink direction and in a downlink direction , wherein - the master unit is designed to exchange uplink and downlink communication signals with the at least one remote unit , and wherein - the at least one remote unit comprises a predetermined uplink path and a separate predetermined downlink path, and a switch coupled to each of the predetermined paths for changing over the direction of the signal transmission in the at least one remote unit between transmission in the uplink direction and transmission in the downlink direction , and with - a control unit arranged in the at least one remote unit , wherein the control unit receives a control signal derived from a decoupled clock signal, which is transmitted from the master unit to the at least one remote unit , wherein the clock signal is used by the control unit as a signal generator to clock the switch , - wherein the direction of transmission in the at least one remote unit is adapted by the clocking of the switch . - a master unit for communication with a base station of a wireless network, - at least one remote unit , which is placed at a distance from the master unit , for communication with a network terminal, - a waveguide , which connects the remote unit to the master unit , for transmitting the communication signals in an uplink direction and in a downlink direction , wherein - the master unit is designed to exchange uplink and downlink communication signals with the at least one remote unit , and wherein - the at least one remote unit comprises a predetermined uplink path and a separate predetermined downlink path, and a switch coupled to each of the predetermined paths for changing over the direction of the signal transmission in the at least one remote unit between transmission in the uplink direction and transmission in the downlink direction , and with - a control unit arranged in the at least one remote unit , wherein the control unit receives a control signal derived from a decoupled clock signal, which is transmitted from the master unit to the at least one remote unit , wherein the clock signal is used by the control unit as a signal generator to clock the switch , - wherein the direction of transmission in the at least one remote unit is adapted by the clocking of the switch .
Grouping station for loading pallets, which includes first transfer means for transferring the loading pallets to the grouping station and second transfer means for forwarding the loading pallets from the grouping station , and the first transfer means and the second transfer means are both arranged for two different handling directions of the loading pallet , while the grouping station includes a combined turning and crossing station for the loading pallet for defining the handling direction, and the first transfer means are arranged to assemble and centre two or three loading pallets before forwarding the loading pallets from the grouping station , characterized in that the grouping station is arranged for at least two different sizes of loading pallet having a discontinuous base area, and the first transfer means and the second transfer means are arranged to be set at different levels vertically, so that the transfer means being used at any time is higher than the transfer means not being used.
A backup network device of a high-availability cluster configured to operate in a cluster mode, wherein the high-availability cluster is configured to provide intrusion detection and prevention for network sessions, the backup network device comprising: means configured to receive a state update message from a primary network device of the high-availability cluster, wherein the state update message indicates a network session being inspected by the primary network device and an identified application-layer protocol for the network session; means configured to receive an indication that the primary device has switched over or failed over to the backup network device; means configured to begin receiving, only after receiving the indication, a plurality of packets of the network session, each of the plurality of packets comprising a respective payload including application-layer data; means configured to detect a beginning of a new transaction from the application-layer data of one of the plurality of packets received after receiving the indication; and means configured to process the application-layer data of the network session that include and follow the beginning of the new transaction and to begin stateful processing of the application-layer data only for transactions including and following the new transaction. means configured to receive a state update message from a primary network device of the high-availability cluster, wherein the state update message indicates a network session being inspected by the primary network device and an identified application-layer protocol for the network session; means configured to receive an indication that the primary device has switched over or failed over to the backup network device; means configured to begin receiving, only after receiving the indication, a plurality of packets of the network session, each of the plurality of packets comprising a respective payload including application-layer data; means configured to detect a beginning of a new transaction from the application-layer data of one of the plurality of packets received after receiving the indication; and means configured to process the application-layer data of the network session that include and follow the beginning of the new transaction and to begin stateful processing of the application-layer data only for transactions including and following the new transaction.
An electrical energy transmission apparatus (1-II, 1-IV), comprising: an input component (11-II, 11-IV), connected to a direct current (DC) energy storage component (3-II, 3-III, 3-IV); an output component (13-11, 13-IV), comprising an alternating current (AC) device interface (19-11, 19-IV) comprising a connection terminal (53-II) for connection to an AC device; and an adapter component (15-11, 15-IV), arranged to transfer electrical energy from the input component (11-II, 11-IV) to the output component (13-11, 13-IV); wherein the adapter component (15-11, 15-IV) comprises a DC driving unit (112-11) and an AC driving unit (114-11), the DC driving unit (112-11) being arranged to convert energy of the DC energy storage component (3-II, 3-III, 3-IV) into DC power, the AC driving unit (114-11) being arranged to convert energy of the DC energy storage component (3-II, 3-III, 3-IV) into AC power, and characterised in that the DC driving unit (112-11) and the AC driving unit (114-II) are connected to the AC device interface (19-11, 19-IV) to provide DC power or AC power to the AC device interface (19-11, 19-IV). an input component (11-II, 11-IV), connected to a direct current (DC) energy storage component (3-II, 3-III, 3-IV); an output component (13-11, 13-IV), comprising an alternating current (AC) device interface (19-11, 19-IV) comprising a connection terminal (53-II) for connection to an AC device; and an adapter component (15-11, 15-IV), arranged to transfer electrical energy from the input component (11-II, 11-IV) to the output component (13-11, 13-IV); wherein the adapter component (15-11, 15-IV) comprises a DC driving unit (112-11) and an AC driving unit (114-11), the DC driving unit (112-11) being arranged to convert energy of the DC energy storage component (3-II, 3-III, 3-IV) into DC power, the AC driving unit (114-11) being arranged to convert energy of the DC energy storage component (3-II, 3-III, 3-IV) into AC power, and characterised in that the DC driving unit (112-11) and the AC driving unit (114-II) are connected to the AC device interface (19-11, 19-IV) to provide DC power or AC power to the AC device interface (19-11, 19-IV).
A gear-double ring-hydraulic hybrid transmission device, comprising an input mechanism , a double ring series transmission mechanism with a roller between two toroidal surfaces sliding along the toroidal surfaces so that an angle of the roller varies to realize changes of the transmission ratio, a hydraulic transmission mechanism with a pump , an output member, a front planetary gear mechanism , a middle planetary gear mechanism , a rear planetary gear mechanism , a clutch assembly including a plurality of clutches , and a brake assembly including a plurality of brakes , wherein the front planetary gear mechanism , the middle planetary gear mechanism , and the rear planetary gear mechanism are connected in series, an output of the double ring series transmission mechanism is connected to the middle planetary gear mechanism , and the plurality of clutches of said clutch assembly connect the input mechanism to the front planetary gear mechanism , characterized in that the pump is a variable displacement pump , and the plurality of clutches of said clutch assembly connect the input mechanism to the double ring series transmission mechanism and to the hydraulic transmission mechanism , and the plurality of clutches of said clutch assembly furthermore connect an output of the hydraulic transmission mechanism to the middle planetary gear mechanism , and the plurality of clutches of said clutch assembly furthermore connect an output of the rear planetary gear mechanism to the output member.