mhurhangee/patent-ind-claim-en huggingface dataset:
A service obtaining method, comprising: determining, by user equipment, a first Internet protocol IP address by using a preset algorithm based on a service name of a to-be-accessed service, wherein the preset algorithm is used by a management server to determine the first IP address and the first IP address is allocated by the management server to a first serving-end device; sending, by the user equipment, a communication data packet by using the first IP address as a destination address; and receiving, by the user equipment, the service provided by the serving-end device, wherein the determining, by user equipment, a first IP address by using a preset algorithm based on a service name of a to-be-accessed service comprises: determining, by the user equipment, a service identifier by applying a hash algorithm to the service name; and determining, by the user equipment, the first IP address based on the service identifier by adding a prefix in front of the first service identifier. determining, by user equipment, a first Internet protocol IP address by using a preset algorithm based on a service name of a to-be-accessed service, wherein the preset algorithm is used by a management server to determine the first IP address and the first IP address is allocated by the management server to a first serving-end device; sending, by the user equipment, a communication data packet by using the first IP address as a destination address; and receiving, by the user equipment, the service provided by the serving-end device, wherein the determining, by user equipment, a first IP address by using a preset algorithm based on a service name of a to-be-accessed service comprises: determining, by the user equipment, a service identifier by applying a hash algorithm to the service name; and determining, by the user equipment, the first IP address based on the service identifier by adding a prefix in front of the first service identifier. determining, by the user equipment, a service identifier by applying a hash algorithm to the service name; and determining, by the user equipment, the first IP address based on the service identifier by adding a prefix in front of the first service identifier.
A Controller Area Network, CAN, transceiver comprising: a transmitter for transmitting, based on an input signal, a transmitter output voltage to a CAN bus ; another transmitter configured to generate, from the input signal, a copy of the transmitter output voltage to provide an expected differential bus voltage; and an error frame detection unit configured to: measure a differential bus voltage from the CAN bus; and detect an error frame on the CAN bus based on a comparison between the measured differential bus voltage and the expected differential bus voltage, in which the error frame detection unit comprises a first transconductance amplifier and a second transconductance amplifier , in which: the first transconductance amplifier is configured to convert the expected differential voltage signal to a first current; and the second transconductance amplifier is configured to convert the measured differential bus voltage signal from the CAN bus to a second current, in which the error frame detection unit is configured to determine a difference between the first current and the second current in order to compare the expected differential voltage signal and the measured differential bus voltage signal. a transmitter for transmitting, based on an input signal, a transmitter output voltage to a CAN bus ; another transmitter configured to generate, from the input signal, a copy of the transmitter output voltage to provide an expected differential bus voltage; and an error frame detection unit configured to: measure a differential bus voltage from the CAN bus; and detect an error frame on the CAN bus based on a comparison between the measured differential bus voltage and the expected differential bus voltage, measure a differential bus voltage from the CAN bus; and detect an error frame on the CAN bus based on a comparison between the measured differential bus voltage and the expected differential bus voltage, in which the error frame detection unit comprises a first transconductance amplifier and a second transconductance amplifier , in which: the first transconductance amplifier is configured to convert the expected differential voltage signal to a first current; and the second transconductance amplifier is configured to convert the measured differential bus voltage signal from the CAN bus to a second current, in which the error frame detection unit is configured to determine a difference between the first current and the second current in order to compare the expected differential voltage signal and the measured differential bus voltage signal. the first transconductance amplifier is configured to convert the expected differential voltage signal to a first current; and the second transconductance amplifier is configured to convert the measured differential bus voltage signal from the CAN bus to a second current, in which the error frame detection unit is configured to determine a difference between the first current and the second current in order to compare the expected differential voltage signal and the measured differential bus voltage signal.
Wiper blade of a vehicle, in particular a motor vehicle, comprising: - a heating electrical circuit comprising at least one heating resistive element, which is connected to terminals for supplying electric current; - and at least one component for regulating the electric power supply current, characterized in that the regulating component is a resettable fuse with a positive temperature coefficient , known as a PTC fuse. - a heating electrical circuit comprising at least one heating resistive element, which is connected to terminals for supplying electric current; - and at least one component for regulating the electric power supply current,
A method for detecting bot behavior on networks , comprising: generating one or more session datasets , the generated session datasets corresponding to received network traffic from one or more hosts in a network; discarding session datasets from the generated session datasets that correspond to network traffic initiated by hosts external to the network to provide session datasets of interest; analyzing the session datasets of interest and, based on the analyzing, accumulating state data into a database, the state data corresponding to one or more potential bot actions performed by the one or more hosts as indicated by data in the network traffic; discarding state data older than a pre-selected time interval; and generating host score data indicative that one or more of the hosts is a bot. generating one or more session datasets , the generated session datasets corresponding to received network traffic from one or more hosts in a network; discarding session datasets from the generated session datasets that correspond to network traffic initiated by hosts external to the network to provide session datasets of interest; analyzing the session datasets of interest and, based on the analyzing, accumulating state data into a database, the state data corresponding to one or more potential bot actions performed by the one or more hosts as indicated by data in the network traffic; discarding state data older than a pre-selected time interval; and generating host score data indicative that one or more of the hosts is a bot.
A roof system comprising: a substrate and a thermoplastic membrane adhered to the substrate, where the thermoplastic membrane includes one or more layers that include at least 60% by weight of an ethylene-based olefinic block copolymer based upon the ethylene-based olefinic block copolymer and a complementary thermoplastic material that may be present, where the one or more layers including the ethylene-based olefinic block copolymer includes a first ethylene-based olefinic block copolymer having a melt index of less than 5 g/10 min and a second ethylene-based olefinic block copolymer having a melt index of greater than 5 g/10 min, where the membrane is characterized, prior to being adhered to the substrate, by a storage modulus of less than 450 MPa at 0 °C determined by dynamic mechanical analysis (DMA) in the machine direction, where at least 50% of the at least one planar surface of the membrane is adhered to the substrate.
Pump group for a cooling system of an engine of a vehicle, comprising: - an impeller rotatable around an axis (X-X); - a mechanical drive and a mechanical shaft rotatable by the mechanical drive ; - an electric drive and an electric shaft rotatable by the electric drive , wherein the electric drive comprises an electric motor ; wherein the mechanical shaft and the electric shaft extend along the axis (X-X) and respectively comprise a mechanical shaft impeller end and an electric shaft impeller end operatively connected to the impeller respectively by means of a first unidirectional clutch and a second unidirectional clutch ; wherein the pump group is characterized by the fact that the impeller comprises a central hub , arranged on the axis (X-X), on which there are accommodated the first unidirectional clutch and the second unidirectional clutch . - an impeller rotatable around an axis (X-X); - a mechanical drive and a mechanical shaft rotatable by the mechanical drive ; - an electric drive and an electric shaft rotatable by the electric drive , wherein the electric drive comprises an electric motor ;
A method for a User Equipment, in the following also referred to as UE, to request sidelink resources for a one-to-one Vehicle-to-Everything, in the following also referred to as V2X, sidelink communication, wherein the UE supports both Long Term Evolution, in the following also referred to as LTE, Radio Access Technology, in the following also referred to as RAT, and New Radio, in the following also referred to as NR, RAT, comprising: initiating the one-to-one V2X sidelink communication ; and transmitting a Radio Resource Control, in the following also referred to as RRC, message to a network node to request sidelink resources from NR RAT for the one-to-one V2X sidelink communication; characterized by not transmitting any RRC message to the network node to request sidelink resources from LTE RAT for the one-to-one V2X sidelink communication , wherein the one-to-one V2X sidelink communication is only supported over the NR RAT. initiating the one-to-one V2X sidelink communication ; and transmitting a Radio Resource Control, in the following also referred to as RRC, message to a network node to request sidelink resources from NR RAT for the one-to-one V2X sidelink communication; characterized by not transmitting any RRC message to the network node to request sidelink resources from LTE RAT for the one-to-one V2X sidelink communication , wherein the one-to-one V2X sidelink communication is only supported over the NR RAT.
An apparatus comprising a disinfecting device , the disinfecting device comprising: a shell configured to rotate about an axis ; ultraviolet, UV, emitters that are configured to emit UV light ; and rotational couplings configured to couple the UV emitters to the shell , and provide for multi-axial rotation of the UV emitters relative to the shell ; and supports configured to retain the disinfecting device in an upright position ; characterised by , a core member configured to be surrounded by the shell and that defines the axis , wherein the core member remains unmoving while the shell rotates about the axis ; and UV emitters that are affixed to the shell around a circumference (C) of the shell , and that are disposed at varying radial positions and vertical positions along the circumference (C). a shell configured to rotate about an axis ; ultraviolet, UV, emitters that are configured to emit UV light ; and rotational couplings configured to couple the UV emitters to the shell , and provide for multi-axial rotation of the UV emitters relative to the shell ; and supports configured to retain the disinfecting device in an upright position ; characterised by , a core member configured to be surrounded by the shell and that defines the axis , wherein the core member remains unmoving while the shell rotates about the axis ; and UV emitters that are affixed to the shell around a circumference (C) of the shell , and that are disposed at varying radial positions and vertical positions along the circumference (C).
A towfish intended to be submerged and towed by a cable , the towfish comprising a frame configured to move through water in a main horizontal direction and at least one appendage configured to generate a downwardly directed hydrodynamic lift (P) for the towfish when the towfish moves through water under the effect of towing, with the appendage being orientable so as to modify its lift, the towfish comprising a crosshead free to rotate relative to the frame about a horizontal axis perpendicular to the main horizontal direction , with the cable being intended to be attached to the crosshead , the towfish comprising a non-motorised mechanism configured so that an orientation ( γ ) of the appendage , allowing it to modify the lift (P), is dependent on an angle ( β ) formed between the crosshead and the frame that is defined based on the main horizontal direction , with a law connecting the angle ( β ) to the orientation ( γ ) of the appendage being configured so that when the value of the angle ( β ) decreases, the orientation ( γ ) of the appendage is increased so as to reduce the hydrodynamic lift (P) on the towfish and, above a first given value of the angle ( β ), the orientation ( γ ) of the appendage is fixed so as to generate lift, called operational lift, on the towfish and, below the first given value of the angle ( β ), the orientation ( γ ) of the appendage is increased when the value of the angle ( β ) decreases so as to reduce the lift relative to the operational lift.
Light signal for installation in the region of a traffic route, in particular a railway track, and for displaying signal aspects, comprising: a) a two-part signal mast , comprising a foot part and a height-adjustable part , wherein the height-adjustable part can be connected to the foot part at different mounting heights; b) an insulating layer , in particular an insulating plate, for the galvanic isolation of the foot part from the height-adjustable part , c) insulating elements , such as e.g. washers and/or threaded bushings made of plastic, for the galvanic isolation of the connection of the foot part and the height-adjustable part ; d) a sleeve element at least partially surrounding the signal mast and made of an insulating material; and e) a signal head fastened to the height-adjustable part with signal lights correspondingly provided for displaying the signal aspects. a) a two-part signal mast , comprising a foot part and a height-adjustable part , wherein the height-adjustable part can be connected to the foot part at different mounting heights; b) an insulating layer , in particular an insulating plate, for the galvanic isolation of the foot part from the height-adjustable part , c) insulating elements , such as e.g. washers and/or threaded bushings made of plastic, for the galvanic isolation of the connection of the foot part and the height-adjustable part ; d) a sleeve element at least partially surrounding the signal mast and made of an insulating material; and e) a signal head fastened to the height-adjustable part with signal lights correspondingly provided for displaying the signal aspects.
A vibratory dryer comprising: a conveying surface over which a bed of materials to be dried is conveyed, the surface having an inlet end and an outlet end, and passages through which air passes through the conveying surface to pass through the bed of materials on the conveying surface; a source of heated air coupled to the passages in the conveying surface to supply heated air to the bed through the passages; and a vibration generator coupled to the conveying surface; wherein a container with a curved inner surface disposed about a generally horizontally extending longitudinal axis defines the conveying surface, the container including an inlet end and an outlet end that define the inlet end and the outlet end of the conveying surface, and at least one deck plate with apertures that define the passages, wherein the source of heated air is coupled to the apertures in the at least one deck plate to supply heated air to the bed through the apertures; characterized in that the dryer further comprises at least one rotary mixer having an impeller spaced from the conveying surface at a distance so as to be disposed within the bed of materials, the at least one rotary mixer is disposed along the length of the conveying surface between the inlet end and the outlet end, the at least one rotary mixer adapted to provide uplift within the bed without de- densification of the bed, and the vibration generator produces a vibratory force to cause the material within the container to be moved in a generally rising and falling path of rolling movement along the curved inner surface. a conveying surface over which a bed of materials to be dried is conveyed, the surface having an inlet end and an outlet end, and passages through which air passes through the conveying surface to pass through the bed of materials on the conveying surface; a source of heated air coupled to the passages in the conveying surface to supply heated air to the bed through the passages; and a vibration generator coupled to the conveying surface; wherein a container with a curved inner surface disposed about a generally horizontally extending longitudinal axis defines the conveying surface, the container including an inlet end and an outlet end that define the inlet end and the outlet end of the conveying surface, and at least one deck plate with apertures that define the passages, wherein the source of heated air is coupled to the apertures in the at least one deck plate to supply heated air to the bed through the apertures; characterized in that the dryer further comprises at least one rotary mixer having an impeller spaced from the conveying surface at a distance so as to be disposed within the bed of materials, the at least one rotary mixer is disposed along the length of the conveying surface between the inlet end and the outlet end, the at least one rotary mixer adapted to provide uplift within the bed without de- densification of the bed, and the vibration generator produces a vibratory force to cause the material within the container to be moved in a generally rising and falling path of rolling movement along the curved inner surface.
A lighting means insert module for use in a luminaire housing of a tunnel luminaire, consisting of at least one cooling unit which is produced by bending from a metallic flat material and which forms a cooling body, wherein the cooling unit has a rectangular, planar bottom portion with an upper face and lower face as well as at least one side portion which adjoins a bending edge of the bottom portion and which protrudes from the lower face or rectangular planar side portions (4.1-4.4) which adjoin at least two bending edges of the bottom portion running parallel to one another and which protrude from the lower face , wherein the cooling unit also comprises at least one bearing portion (5.1-5.4, 5a, 5b) which in each case adjoins the side portion (4.1-4.4, 4a, 4b) and which runs spaced apart and parallel to the bottom portion , at least one lighting unit which comprises a plurality of light-emitting diodes and which is arranged on the upper face of the bottom portion of the cooling unit and which is connected in a thermally-conductive manner to the bottom portion of the cooling unit and at least one holding element which is configured in a plate-shaped manner for fastening the lighting means insert module to the luminaire housing of the tunnel luminaire, wherein the at least one holding element is arranged on the upper face of the bottom portion of the cooling unit and has at least one through-hole which is incorporated in a central region of the holding element , wherein the at least one lighting unit is received in the through-hole and is enclosed in a frame-like manner by the holding element . at least one lighting unit which comprises a plurality of light-emitting diodes and which is arranged on the upper face of the bottom portion of the cooling unit and which is connected in a thermally-conductive manner to the bottom portion of the cooling unit and at least one holding element which is configured in a plate-shaped manner for fastening the lighting means insert module to the luminaire housing of the tunnel luminaire, wherein the at least one holding element is arranged on the upper face of the bottom portion of the cooling unit and has at least one through-hole which is incorporated in a central region of the holding element , wherein the at least one lighting unit is received in the through-hole and is enclosed in a frame-like manner by the holding element .
A method for detaching a first substrate which is connected to a second substrate by means of fusion bonding from the second substrate in one detachment direction (L), wherein the substrates have not yet undergone annealing, with the following steps: - holding the second substrate with a substrate mount and - holding the first substrate with a substrate mount which is flexible in the detachment direction (L) and - debonding of the first substrate from the second substrate as the first second substrate bends, characterized in that the first substrate mount is made as a ring with an adjustable diameter (D k ) and is flexible in the detachment direction (L), wherein the detachment direction (L) is orthogonal to a bonding plane. - holding the second substrate with a substrate mount and - holding the first substrate with a substrate mount which is flexible in the detachment direction (L) and - debonding of the first substrate from the second substrate as the first second substrate bends,
An air conditioning system comprising: a compressor having a motor ; a condenser ; an evaporator ; a drive configured to be powered by an AC input voltage and to provide multiphase, AC output to the motor; and a motor braking assembly (300; 400) electrically connected to the drive, the motor braking assembly including at least one switch (302; 402) and at least one braking resistor (304; 404); wherein the at least one switch is held in an open state by power from the drive; characterised in that the air conditioning system comprises an active magnetic bearing assembly supporting a rotor of the motor, the active magnetic bearing assembly configured to be powered by the AC input voltage; wherein upon disruption of the AC input voltage , the at least one switch (302; 402) assumes a closed state shorting windings of the motor through the at least one braking resistor (304; 404). a compressor having a motor ; a condenser ; an evaporator ; a drive configured to be powered by an AC input voltage and to provide multiphase, AC output to the motor; and a motor braking assembly (300; 400) electrically connected to the drive, the motor braking assembly including at least one switch (302; 402) and at least one braking resistor (304; 404); wherein the at least one switch is held in an open state by power from the drive; characterised in that the air conditioning system comprises an active magnetic bearing assembly supporting a rotor of the motor, the active magnetic bearing assembly configured to be powered by the AC input voltage; wherein upon disruption of the AC input voltage , the at least one switch (302; 402) assumes a closed state shorting windings of the motor through the at least one braking resistor (304; 404).