mhurhangee/patent-ind-claim-en huggingface dataset:
A de-blocking device for a hydraulic pump , the de-blocking device comprising: a can having a longitudinal axis (A) and a conduit extending longitudinally along the longitudinal axis (A), the conduit having a first terminal aperture ; a bearing fixedly positioned in the conduit spaced from first terminal aperture ; and a plunger axially movably positioned in the conduit between the bearing and the first terminal aperture , characterised by a biasing element positioned between the bearing and the plunger wherein the movement of the plunger toward the bearing compresses the biasing element . a can having a longitudinal axis (A) and a conduit extending longitudinally along the longitudinal axis (A), the conduit having a first terminal aperture ; a bearing fixedly positioned in the conduit spaced from first terminal aperture ; and a plunger axially movably positioned in the conduit between the bearing and the first terminal aperture , characterised by a biasing element positioned between the bearing and the plunger wherein the movement of the plunger toward the bearing compresses the biasing element .
An apparatus comprising a pipe and an ultrasonic flow meter system for measuring one or more characteristics of a fluid flowing within the pipe , which pipe has a pipe wall and an exterior surface , the ultrasonic flow meter system comprising: a housing operable to be mounted on the exterior surface of the pipe , the housing comprising a pipe side surface and an outer surface ; which housing has at least one pocket extending between said pipe-side surface and said outer surface , wherein the pipe-side surface mates with the exterior surface of the pipe ; a sealant disposed between the exterior surface and the pipe-side surface , which sealant forms a seal around the pocket when the housing is mounted on the exterior surface of the pipe ; an array of at least two ultrasonic sensor units , each sensor unit including a transmitter for transmitting ultrasonic signals through the fluid flow within the pipe and a receiver for receiving such signals, which array is disposed within the at least one pocket ; and an acoustic couplant disposed within the at least one pocket , between each sensor unit and the pipe wall . a housing operable to be mounted on the exterior surface of the pipe , the housing comprising a pipe side surface and an outer surface ; which housing has at least one pocket extending between said pipe-side surface and said outer surface , wherein the pipe-side surface mates with the exterior surface of the pipe ; a sealant disposed between the exterior surface and the pipe-side surface , which sealant forms a seal around the pocket when the housing is mounted on the exterior surface of the pipe ; an array of at least two ultrasonic sensor units , each sensor unit including a transmitter for transmitting ultrasonic signals through the fluid flow within the pipe and a receiver for receiving such signals, which array is disposed within the at least one pocket ; and an acoustic couplant disposed within the at least one pocket , between each sensor unit and the pipe wall .
A casing for elevator runners comprising a body defining a first face and a second face , said body comprising two articulations defining a central portion and two side portions , characterised in that said articulations are a pair of grooves made in the two faces of the body , so that said side portions are rotatable towards said central portion in both directions, the central portion is not offset from the side portions , so that the inner width of the casing defined between the two side portions is the same when the side portions are rotated in one direction or another, the casing being reversible that allows the alternative use of either of its two faces as a friction surface with the elevator rails.
A signal transmission method, performed by a terminal device or a chip in the terminal device, comprising: receiving (S201) second indication information from a second wireless network device, wherein the second indication information is used to indicate that a first signal is a reference for spatial information of a second signal to be transmitted by the terminal device, and the second wireless network device is the same as or different from a first wireless network device, the first signal being a non-zero-power reference signal used for obtaining channel state information, or, a synchronization signal, and the second signal being an uplink control signal; receiving (S1, S202) the first signal from the first wireless network device; and determining (S2, S203) spatial information of the second signal to be transmitted by the terminal device based on the first signal. receiving (S201) second indication information from a second wireless network device, wherein the second indication information is used to indicate that a first signal is a reference for spatial information of a second signal to be transmitted by the terminal device, and the second wireless network device is the same as or different from a first wireless network device, the first signal being a non-zero-power reference signal used for obtaining channel state information, or, a synchronization signal, and the second signal being an uplink control signal; receiving (S1, S202) the first signal from the first wireless network device; and determining (S2, S203) spatial information of the second signal to be transmitted by the terminal device based on the first signal.
A method of providing, by a user equipment, UE, , a location-based service, the method comprising: detecting a first beacon signal related to a location of the location-based service in a scanning mode for scanning the first beacon signal, wherein the first beacon signal is configured to be advertised by a first beacon device to the UE , and determining whether to switch to an advertising mode for transmitting, to a second beacon device , a second beacon signal related to a location of the UE based on information on the advertising mode included in the first beacon signal, wherein the second beacon signal is configured to be advertised by the UE to the second beacon device . detecting a first beacon signal related to a location of the location-based service in a scanning mode for scanning the first beacon signal, wherein the first beacon signal is configured to be advertised by a first beacon device to the UE , and determining whether to switch to an advertising mode for transmitting, to a second beacon device , a second beacon signal related to a location of the UE based on information on the advertising mode included in the first beacon signal, wherein the second beacon signal is configured to be advertised by the UE to the second beacon device .
Therapeutic device for cell stimulation or cell therapy, comprising a housing containing an electrode , a generator for generating high-frequency voltage pulses, a processor unit comprising a control, regulation and calculation module, a memory unit , at least one operating element and a controllable modulator for controlling the generator , wherein a voltage pulse sequence comprising a plurality of voltage pulses can be generated by means of the modulator , wherein a frequency and duration of the voltage pulses is adjustable by means of the modulator , wherein the electrode , the generator , the processor unit , the memory unit , the operating element and the modulator are arranged in the housing , wherein the electrode contains a glass body comprising a cavity containing a gas, wherein the electrode comprises a first end which can be coupled to the modulator , wherein the electrode comprises a second dome-shaped end , wherein the gas is transformable into the state of a non-thermal primary plasma by the voltage pulses transmitted to the electrode , wherein a secondary plasma can be generated by ionizing the air present in the region surrounding the second end of the electrode .
A method for detecting decreased attentiveness of a vehicle driver by analyzing detected images of the eyes of the vehicle driver, these images being indicative of certain eye configurations, the method comprising the steps: detecting eye configurations of the vehicle driver ; analyzing the detected eye configurations by comparing the detected eye configurations with previously stored models of eye configuration samples , the stored models of eye configuration samples being indicative of eyes that look inside and/or outside a predetermined field of view ; determining whether the detected eye configurations are looking inside the predetermined field of view or outside the predetermined field of view using said analysis; and indicating when the vehicle driver has been determined to be looking outside the predetermined field of view to a predetermined extent by means of activation of a buffer routine, said buffer routine being used to delay the determining that the driver is inattentive until a predetermined eyes-off-the-road time has been buffered, characterized in that the method further comprises determining the passing of a predetermined time of continuous detected eye configurations that are determined to be looking inside the predetermined field of view, before activating said buffer routine. detecting eye configurations of the vehicle driver ; analyzing the detected eye configurations by comparing the detected eye configurations with previously stored models of eye configuration samples , the stored models of eye configuration samples being indicative of eyes that look inside and/or outside a predetermined field of view ; determining whether the detected eye configurations are looking inside the predetermined field of view or outside the predetermined field of view using said analysis; and indicating when the vehicle driver has been determined to be looking outside the predetermined field of view to a predetermined extent by means of activation of a buffer routine, said buffer routine being used to delay the determining that the driver is inattentive until a predetermined eyes-off-the-road time has been buffered, characterized in that the method further comprises determining the passing of a predetermined time of continuous detected eye configurations that are determined to be looking inside the predetermined field of view, before activating said buffer routine.
Method for storing data in a computer system (SYS) comprising a plurality of first devices (PC1, PC2) storing data belonging to respective users (U1, U2), a second device (SS) able to manage a saving of data arising from first devices, said saving comprising a step of deduplicating inter-user data, characterized in that an intermediate device (I) is inserted between first devices (PC1, PC2) and the second device (SS), in such a way as to carry out an intra-user deduplication on data to be saved originating from first devices, the method comprising in order to manage the intra-user deduplication, - a step of creation by the first devices of first identifiers (IDD) of the data to be saved, the calculation of said first identifiers being dependent on the respective data (D) to be saved, and - a step of transmission, during the saving of a datum by a first device, of said first identifier of this datum to the intermediate device; the intermediate device carrying out, upon receipt of a request for saving a datum (D), a step of reception of said first identifier of this datum and a step of verification if this first identifier exists for the user of the datum, and if not, steps of request, destined for said first device, of transmission of said datum (D) to the intermediate device (I) and of storage of said first identifier in association with the user of the datum in the intermediate device; the intermediate device furthermore carrying out in order to thereafter manage the inter-user deduplication the following steps: a. a step of creation of a second identifier (IDsys) whose calculation is dependent on the datum (D) to be saved received from the first device, and b. a step of transmission in the course of which the intermediate device (I) transmits at least the second identifier (IDsys) to the second device (SS) for the management of the inter-user deduplication of the datum (DE). - a step of creation by the first devices of first identifiers (IDD) of the data to be saved, the calculation of said first identifiers being dependent on the respective data (D) to be saved, and - a step of transmission, during the saving of a datum by a first device, of said first identifier of this datum to the intermediate device; a. a step of creation of a second identifier (IDsys) whose calculation is dependent on the datum (D) to be saved received from the first device, and b. a step of transmission in the course of which the intermediate device (I) transmits at least the second identifier (IDsys) to the second device (SS) for the management of the inter-user deduplication of the datum (DE).
An isolated, synthetic or recombinant anti-BMP4 VHH antibody capable of inhibiting BMP4 signaling, the VHH antibody comprising an amino acid sequence selected from the group of:
A method for manufacturing an Sn alloy bump formed of an alloy composed of Sn and other two metals, the method comprising: a step of forming an Sn layer on an electrode in a resist opening formed on a substrate optionally being a semiconductor wafer, a print substrate or a heat sink substrate by electrolytic plating; a step of laminating two layers on the Sn layer by electrolytic plating; and a step of forming an Sn alloy bump by melting the Sn layer and the two layers laminated thereon after removal of the resist, characterized in that the two layers laminated on the Sn layer are composed of, respectively, an alloy layer composed of Sn and one of the two other metals and an alloy layer composed of Sn and the other one of the two metals. a step of forming an Sn layer on an electrode in a resist opening formed on a substrate optionally being a semiconductor wafer, a print substrate or a heat sink substrate by electrolytic plating; a step of laminating two layers on the Sn layer by electrolytic plating; and a step of forming an Sn alloy bump by melting the Sn layer and the two layers laminated thereon after removal of the resist, characterized in that the two layers laminated on the Sn layer are composed of, respectively, an alloy layer composed of Sn and one of the two other metals and an alloy layer composed of Sn and the other one of the two metals.
Processing machine, comprising - a water jet cutting head with a connection for the fluid required for cutting, wherein - the processing machine comprises a further processing device , wherein - the processing machine together with the further processing device can be rotated about at least one axis , - the water jet cutting head is arranged at a radial distance (A) from the axis of rotation of the processing machine, wherein - the water jet cutting head is mounted rotatably about an axis , and - the axis of rotation of the further processing device and the axis of rotation of the water jet cutting head are arranged parallel to one another, wherein - the water jet cutting head is equipped with a supply line for the fluid required for cutting, in particular water, wherein the supply line extends from a connection point of the axis of the processing machine to the connection of the water jet cutting head , wherein - the supply line is arranged in a projecting, in particular curved, manner between the connection point and the connection of the water jet cutting head . - a water jet cutting head with a connection for the fluid required for cutting, wherein - the processing machine comprises a further processing device , wherein - the processing machine together with the further processing device can be rotated about at least one axis , - the water jet cutting head is arranged at a radial distance (A) from the axis of rotation of the processing machine, wherein - the water jet cutting head is mounted rotatably about an axis , and - the axis of rotation of the further processing device and the axis of rotation of the water jet cutting head are arranged parallel to one another, wherein - the water jet cutting head is equipped with a supply line for the fluid required for cutting, in particular water, wherein the supply line extends from a connection point of the axis of the processing machine to the connection of the water jet cutting head , wherein - the supply line is arranged in a projecting, in particular curved, manner between the connection point and the connection of the water jet cutting head .
An ultrasound processing unit, for use in fetal monitoring for distinguishing different heart rate sources within received Doppler ultrasound data, the unit configured to: receive input Doppler ultrasound data, including data corresponding to a plurality of different depths within a uterus region of a subject, and extract from the data a set of input signal channels, each representative of a different tissue depth within the subj ect; perform a principal component analysis, PCA, procedure, configured to identify one or more linear combinations of the input signal channels which are statistically uncorrelated, the linear combinations defining, when composed, a set of first output signals, and perform an independent component analysis, ICA, procedure, configured to identify one or more linear combinations of said first output signals which are statistically independent from one another, said one or more linear combinations defining a set of one or more second output signals, the one or more second output signals providing signals corresponding to distinct heart rate sources. receive input Doppler ultrasound data, including data corresponding to a plurality of different depths within a uterus region of a subject, and extract from the data a set of input signal channels, each representative of a different tissue depth within the subj ect; perform a principal component analysis, PCA, procedure, configured to identify one or more linear combinations of the input signal channels which are statistically uncorrelated, the linear combinations defining, when composed, a set of first output signals, and perform an independent component analysis, ICA, procedure, configured to identify one or more linear combinations of said first output signals which are statistically independent from one another, said one or more linear combinations defining a set of one or more second output signals, the one or more second output signals providing signals corresponding to distinct heart rate sources.
A method for providing a vehicle service, the method comprising: detecting, by the vehicle, a region of the vehicle where an electronic device is located and user information of the electronic device ; detecting vehicle service information based on the detected region and the detected user information of the electronic device; and providing the vehicle service corresponding to the detected vehicle service information, characterized in that the user information of the electronic device comprises information indicating that the user is a child, and in that the detected vehicle service information comprises a safety service for the child including door lock and window lock for a door and a window corresponding to the detected region. detecting, by the vehicle, a region of the vehicle where an electronic device is located and user information of the electronic device ; detecting vehicle service information based on the detected region and the detected user information of the electronic device; and providing the vehicle service corresponding to the detected vehicle service information, characterized in that the user information of the electronic device comprises information indicating that the user is a child, and in that the detected vehicle service information comprises a safety service for the child including door lock and window lock for a door and a window corresponding to the detected region.
Reinforcing profile for embedding in an elastomer strip, in particular a sealing or edge protection strip, the reinforcing profile being formed by a sheet metal strip which is extended by expanding regularly repeating incisions with profiling and introducing beads, characterized in that openings formed by the expansion of the incisions and having a closed edge are each enclosed completely by beads .
Packaging medium for foodstuffs comprising: - a first sheet made from thermoformable material having opposite first and second surfaces and defining a three-dimensional shape comprising at least one cavity, the cavity being defined by at least a base , at least one side wall and a top peripheral edge ; packaging medium characterised in that it comprises: - a first reinforcement fixed to the top peripheral edge , - a second reinforcement fixed to the base , the second reinforcement being devoid of any contact with the first reinforcement . - a first sheet made from thermoformable material having opposite first and second surfaces and defining a three-dimensional shape comprising at least one cavity, the cavity being defined by at least a base , at least one side wall and a top peripheral edge ; packaging medium characterised in that it comprises: - a first reinforcement fixed to the top peripheral edge , - a second reinforcement fixed to the base , the second reinforcement being devoid of any contact with the first reinforcement .
An overvoltage protection in a modular design, wherein the overvoltage protection in a modular design comprises an electromechanical arrangement containing - at least one removable module with an ignition circuit , and - at least one main connecting system of the ignition circuit , the main connecting system comprises a multi-pole set of contacts and the corresponding opposite contacts of the ignition circuit , wherein the contacts are situated on the bottom surface of the removable module , and the overvoltage protection in a modular design comprises a base , characterized in that the base comprises at least one protection element , wherein the corresponding opposite contacts are located on the upper part of the base , and simultaneously, each protection element is from its one pole connected to at least one associated terminal clamp situated on one side of the base and from its second pole connected to at least one associated second terminal clamp , situated on the opposite side of the base . - at least one removable module with an ignition circuit , and - at least one main connecting system of the ignition circuit ,
A drive mechanism for driving a heald frame of a weaving machine, the drive mechanism comprising a sensor device , a crank rotating about a crank axis , a coupling rod , and a swivel lever having a first arm and a second arm , wherein the swivel lever is swivelable to-and-fro about a swivel axis between an upper position and a lower position, and wherein the coupling rod is linked to the crank by a first hinged joint , which first hinged joint is eccentric to the crank axis , and wherein the coupling rod is linked to the first arm of the swivel lever by a second hinged joint , and wherein the sensor device is arranged for detecting a state at which the swivel lever reaches a measuring position, which measuring position is located between the upper position and the lower position, characterized in that the sensor device comprises at least three members comprising both a target set with one or more targets and a detector set with one or more detectors , wherein one of the detector set and the target set is arranged on the swivel lever and the other one is arranged stationary on the weaving machine, wherein targets of the target set and/or detectors of the detector set have different characteristics for generating a first signal when approaching the measuring position from the upper position or when departing from the measuring position towards the upper position and for generating a second signal when approaching the measuring position from the lower position or when departing from the measuring position towards the lower position, wherein the second signal differs from the first signal .