mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus comprising a receiving apparatus for securing data of a journey registration system in rail transport and a plurality of network nodes of a distributed database , wherein the receiving apparatus is configured to implement a first network node of the distributed database , having: an acquisition facility , configured for acquiring a recorded data packet and a signature of the recorded data packet , wherein the signature embodies a unique fingerprint of the recorded data packet, a monitoring facility , configured for monitoring a storing of the recorded data packet in the distributed database , and a temporary storage facility , configured for temporarily storing the signature as a function of the monitoring of the storing of the recorded data packet in the distributed database , wherein the temporary storage facility is configured to terminate the temporary storage of the signature when the acquired data packet is stored in the distributed database . an acquisition facility , configured for acquiring a recorded data packet and a signature of the recorded data packet , wherein the signature embodies a unique fingerprint of the recorded data packet, a monitoring facility , configured for monitoring a storing of the recorded data packet in the distributed database , and a temporary storage facility , configured for temporarily storing the signature as a function of the monitoring of the storing of the recorded data packet in the distributed database ,
Power converter device , comprising - a power converter housing with a receiving space for electrical components of the power converter device and a cover for the receiving space , - a first plug-in connector , which is mounted or can be mounted in the receiving space , and - a second plug-in connector , which is mounted on the cover and is designed to form an electrically conductive connection with the first plug-in connector in a first position of the cover , in which the cover covers the receiving space , and to interrupt the electrically conductive connection when the cover is moved from the first position to a second position, in which access to the receiving space is possible, characterized in that the power converter housing has a latching device for mounting the first plug-in connector by means of a latching connection in the power converter housing , wherein the first plug-in connector comprises an operating element or several operating elements for releasing the latching connection, wherein the second plug-in connector is designed to inhibit operation of the or a respective operating element for releasing the latching connection in a state in which the first plug-in connector and the second plug-in connector are connected to each other. - a power converter housing with a receiving space for electrical components of the power converter device and a cover for the receiving space , - a first plug-in connector , which is mounted or can be mounted in the receiving space , and - a second plug-in connector , which is mounted on the cover and is designed to form an electrically conductive connection with the first plug-in connector in a first position of the cover , in which the cover covers the receiving space , and to interrupt the electrically conductive connection when the cover is moved from the first position to a second position, in which access to the receiving space is possible,
A method for producing an optical position encoder having an optoelectronic component and having a measuring scale illuminated by an LED light source of the optoelectronic component , in which the LED light source is embedded into a molded housing in such a way that a light exit surface of the LED light source is exposed to the outside, characterized in that the light exit surface is coated and is de-coated in some regions to provide a light exit window .
System for tying and stabilizing a plastic cover film for agricultural cultivations, comprising a first part that is adapted to be glued, heat-sealed or fused on a lengthway edge of the plastic cover film, wherein the first part has an eyelet bearing at least one hole, characterized in that the system further comprises at least three additional distinct parts which are in series and connected one to the next, wherein a second part and a fourth part of the system are produced by an injection moulding or 3D printing process, so that the second part is securely connected to the first part , wherein the fourth part is securely connectable to a wire rope and wherein the second part and the fourth part are connected with each other via a third part of the system being an elastic cord.
Monitoring system for monitoring the state of an electric cable system , wherein the electric cable system comprises: - a first cable section comprising a first conductor and a first sheath ; wherein the monitoring system comprises: - a first current sensor for measuring a signal representative of the current (Is; Is1) through the sheath ; - a signal processing unit connected to the first current sensor for processing of the signal representative of the current (Is; Is) through the sheath ; wherein the signal processing unit is configured to: - determining a parameter representative of the state of the first sheath of the first cable section of the electric cable system based on the signal from the current sensor , said monitoring system further comprising: - a communication unit providing communication between the signal processing unit and a central control system and being characterized in that the parameter representative of the state of the first sheath is a current difference (ΔI) between the current (Is) through the sheath and an expected current value (Ie). - a first cable section comprising a first conductor and a first sheath ; wherein the monitoring system comprises: - a first current sensor for measuring a signal representative of the current (Is; Is1) through the sheath ; - a signal processing unit connected to the first current sensor for processing of the signal representative of the current (Is; Is) through the sheath ; - a first current sensor for measuring a signal representative of the current (Is; Is1) through the sheath ; - a signal processing unit connected to the first current sensor for processing of the signal representative of the current (Is; Is) through the sheath ; wherein the signal processing unit is configured to: - determining a parameter representative of the state of the first sheath of the first cable section of the electric cable system based on the signal from the current sensor , - determining a parameter representative of the state of the first sheath of the first cable section of the electric cable system based on the signal from the current sensor , said monitoring system further comprising: - a communication unit providing communication between the signal processing unit and a central control system and being characterized in that the parameter representative of the state of the first sheath is a current difference (ΔI) between the current (Is) through the sheath and an expected current value (Ie). - a communication unit providing communication between the signal processing unit and a central control system and being characterized in that the parameter representative of the state of the first sheath is a current difference (ΔI) between the current (Is) through the sheath and an expected current value (Ie).
A microelectronics package comprising: a transmitter ; a receiver ; one or more dies ; and a package stiffening element in electrical communication with the transmitter and the receiver , the package stiffening element configured to act as an antenna for both the transmitter and the receiver , wherein the package stiffening element at least partially encircles the transmitter , the receiver , and one or more dies forming the microelectronics package. a transmitter ; a receiver ; one or more dies ; and a package stiffening element in electrical communication with the transmitter and the receiver , the package stiffening element configured to act as an antenna for both the transmitter and the receiver , wherein the package stiffening element at least partially encircles the transmitter , the receiver , and one or more dies forming the microelectronics package.
Method for coding data in an OFDM signal, implemented by an emitter, comprising steps of: • selection of a collection of first frequencies in a predetermined set of mutually orthogonal frequencies, as a function of the value of a first datum (X), • for each first frequency, generation of a first sub-carrier at the first frequency, modulated in accordance with a first modulation scheme to transport at least one second datum (Y), the method being characterised in that it comprises steps of: • selection of a collection of second frequencies distinct from the collection of first frequencies in the predetermined set, as a function of the value of the first datum (X), so that the combination of the first and second selected frequencies represents a coding of the first datum (X), • for each second frequency, generation of a second sub-carrier at the second frequency, wherein the second sub-carrier is of non-zero amplitude and has, in addition to its frequency, at least one other physical characteristic adapted to distinguish the second sub-carrier from each first sub-carrier. • selection of a collection of first frequencies in a predetermined set of mutually orthogonal frequencies, as a function of the value of a first datum (X), • for each first frequency, generation of a first sub-carrier at the first frequency, modulated in accordance with a first modulation scheme to transport at least one second datum (Y), • selection of a collection of second frequencies distinct from the collection of first frequencies in the predetermined set, as a function of the value of the first datum (X), so that the combination of the first and second selected frequencies represents a coding of the first datum (X), • for each second frequency, generation of a second sub-carrier at the second frequency, wherein the second sub-carrier is of non-zero amplitude and has, in addition to its frequency, at least one other physical characteristic adapted to distinguish the second sub-carrier from each first sub-carrier.
A child safety seat comprising: a seat shell having two sidewalls respectively provided at a left and a right side of the seat shell for restricting sideways movement of a child sitting on the seat shell , the two sidewalls including a first and a second sidewall; a buffering part movably connected with the seat shell , the buffering part being movable between a first position corresponding to a stowed state where the buffering part is retracted toward the first sidewall , and a second position corresponding to a deployed state where the buffering part protrudes sideways from the first sidewall ; a retaining mechanism operable to hold the buffering part in the first position; and a release mechanism including an operating device that is disposed adjacent to a thigh region of the seat shell and is operatively connected with the retaining mechanism , the operating device being operable to release the buffering part from the hold of the retaining mechanism for movement of the buffering part from the first position to the second position; wherein the seat shell includes a backrest portion having a front surface , and the buffering part is connected with a portion of the first sidewall that is located in front of the front surface and is vertically adjacent to a child's seated shoulder height. a seat shell having two sidewalls respectively provided at a left and a right side of the seat shell for restricting sideways movement of a child sitting on the seat shell , the two sidewalls including a first and a second sidewall; a buffering part movably connected with the seat shell , the buffering part being movable between a first position corresponding to a stowed state where the buffering part is retracted toward the first sidewall , and a second position corresponding to a deployed state where the buffering part protrudes sideways from the first sidewall ; a retaining mechanism operable to hold the buffering part in the first position; and a release mechanism including an operating device that is disposed adjacent to a thigh region of the seat shell and is operatively connected with the retaining mechanism , the operating device being operable to release the buffering part from the hold of the retaining mechanism for movement of the buffering part from the first position to the second position; wherein the seat shell includes a backrest portion having a front surface , and the buffering part is connected with a portion of the first sidewall that is located in front of the front surface and is vertically adjacent to a child's seated shoulder height.
A motor control unit , comprising: - a motor unit having a motor and - an inverter unit including: - a control board erected perpendicularly on a support board ; - a casing that houses the support board ; - a first connector unit that penetrates the casing and that connects a power source and the control board , and - a plate-shaped board mount portion erected on the support board and provided apart from the casing , wherein: - the control board is supported by the casing using the first connector unit , - the control board is installed in the board mount portion , and - the control board and the motor are arranged on the same surface side of the support board . - a motor unit having a motor and - an inverter unit including: - a control board erected perpendicularly on a support board ; - a casing that houses the support board ; - a first connector unit that penetrates the casing and that connects a power source and the control board , and - a plate-shaped board mount portion erected on the support board and provided apart from the casing , - a control board erected perpendicularly on a support board ; - a casing that houses the support board ; - a first connector unit that penetrates the casing and that connects a power source and the control board , and - a plate-shaped board mount portion erected on the support board and provided apart from the casing , - the control board is supported by the casing using the first connector unit , - the control board is installed in the board mount portion , and - the control board and the motor are arranged on the same surface side of the support board .
A protecting element of an axle of railway wheelset constituted by a pad having a thickness comprised between 5 mm and 10 mm; being made of a material having high-strength, comprised between 50 kJ/m 2 and 80 kJ/m 2 ; being provided with a plurality of transversal grooves , being able to be rolled up on the axle at room temperature and comprising a plurality of prominences protruding from the inner surface of the protecting element and suitable to abut against the outer surface of the axle so as to define an air chamber between the axle and the protecting element itself.
A method used by a wireless transmit/receive unit, WTRU, for wireless communications, the method comprising: receiving, from a network node of an access network , a request to transition from a radio resource control, RRC, connected state to a RRC inactive state and context information indicating one or more_logical channels, LCHs or radio bearers, that remain available for uplink, UL, transmission while in the RRC inactive state; transitioning to the RRC inactive state with respect to the network node ; and on condition that the WTRU is in the RRC Inactive state, UL data associated with the indicated one or more LCHs or radio bearers becomes available for transmission, and the UL data satisfies a criterion that a total amount of the UL data is less than a threshold, transmitting the UL data and an identity of the WTRU while in the RRC inactive state. receiving, from a network node of an access network , a request to transition from a radio resource control, RRC, connected state to a RRC inactive state and context information indicating one or more_logical channels, LCHs or radio bearers, that remain available for uplink, UL, transmission while in the RRC inactive state; transitioning to the RRC inactive state with respect to the network node ; and on condition that the WTRU is in the RRC Inactive state, UL data associated with the indicated one or more LCHs or radio bearers becomes available for transmission, and the UL data satisfies a criterion that a total amount of the UL data is less than a threshold, transmitting the UL data and an identity of the WTRU while in the RRC inactive state.
A method for generating a cellular model for cirrhosis and/or hepatocellular carcinoma (HCC) development and progression, said method comprising steps (a), (b) and (c) of: (a) differentiating liver cancer cells to obtain hepatocyte-like cells; (b) submitting said hepatocyte-like cells to one hepatocarcinogenic agent to obtain liver cells exhibiting a Prognostic Liver Signature (PLS) high-risk gene signature, wherein the hepatocyte-like cells are co-cultured with nonparenchymal liver cells, and (c) verifying that the liver cells obtained in step (b) exhibit a Prognostic Liver Signature (PLS) high-risk gene signature, wherein the PLS high-risk gene signature is the PLS high-risk 186-gene signature presented in Table 1a, wherein the 73 high-risk genes, or a subset thereof, are overexpressed and the 113 low-risk genes, or a subset thereof, are underexpressed. (a) differentiating liver cancer cells to obtain hepatocyte-like cells; (b) submitting said hepatocyte-like cells to one hepatocarcinogenic agent to obtain liver cells exhibiting a Prognostic Liver Signature (PLS) high-risk gene signature, wherein the hepatocyte-like cells are co-cultured with nonparenchymal liver cells, and (c) verifying that the liver cells obtained in step (b) exhibit a Prognostic Liver Signature (PLS) high-risk gene signature,
A building material system for producing a building material mixture for filling an annular gap between the outer surface of a tubing ring and the ground surrounding it, consisting of essentially cement clinker-free components and comprising a basic component which - consists of water, dissolved constituents and particles less than 5 mm diameter, preferably less than 3 mm diameter, - has a thin-fluid consistency, - contains at least one bentonite, at least one latent-hydraulic binder and at least one aggregate and - either does not set independently or has a setting time which is delayed to at least 48 h, and an activator component to be mixed with the basic component to produce the building material mixture, which is also fluid and contains at least one activator for activating the latent-hydraulic binder, wherein the latent-hydraulic binder is contained in a proportion of 10 - 30 % by weight, the bentonite in a proportion of 2 - 10 % by weight, the aggregate in a proportion of 20 - 60 % by weight and water in a proportion of 20 - 50 % by weight in the building material system and wherein the proportion of activator component in the building material system lies below 15% by weight. - consists of water, dissolved constituents and particles less than 5 mm diameter, preferably less than 3 mm diameter, - has a thin-fluid consistency, - contains at least one bentonite, at least one latent-hydraulic binder and at least one aggregate and - either does not set independently or has a setting time which is delayed to at least 48 h,
An X-ray inspection system with variable energy dose rate for screening vehicles, the system comprising: an X-ray source for generating an X-ray beam to create a scanning region, and at least one detector array to receive the x-ray beam signals transmitted through the vehicle being screened , characterized by further comprising: a collimator , wherein said collimator comprises an insert located within an opening defined by a first block and a second block , wherein said insert is rotatable to vary the delivered dose rate by modulating the intensity of X-ray beam to produce a low X-ray energy dose rate or a high X-ray energy dose rate depending upon a portion of the vehicle being screened, and wherein the insert is configured to vary the dose rate such that the portion of the vehicle carrying people receives the low energy dose rate when being screened, and a portion of the vehicle carrying cargo receives the high X-ray energy dose rate when being screened. an X-ray source for generating an X-ray beam to create a scanning region, and at least one detector array to receive the x-ray beam signals transmitted through the vehicle being screened , a collimator , wherein said collimator comprises an insert located within an opening defined by a first block and a second block , wherein said insert is rotatable to vary the delivered dose rate by modulating the intensity of X-ray beam to produce a low X-ray energy dose rate or a high X-ray energy dose rate depending upon a portion of the vehicle being screened, and wherein the insert is configured to vary the dose rate such that the portion of the vehicle carrying people receives the low energy dose rate when being screened, and a portion of the vehicle carrying cargo receives the high X-ray energy dose rate when being screened.
A wide-field spectrometric system comprising at least one optical telescope (T) and one spectrometer, said telescope comprising a slot (F) in the focal plane thereof, the spectrometer comprising optical dispersion means (G), an optical assembly (C, I) and photodetection means (D) arranged so that the image chromatically dispersed from the slot of the telescope forms on said photodetection means, characterised in that the slot comprises a mirror comprising a plurality of microfacets, each microfacet being oriented so as to perform pupil matching between the pupil of the telescope and the pupil of the spectrometer, the orientations of each microfacet being such that the light rays originating from the same point of the pupil of the telescope are all reflected parallel to themselves, the spectrometer thus being telecentric.
An in vitro method for the normalization of an immunological test characterized in that the presence of a comparable amount of cells is determined by a sandwich ELISA test wherein the capture antibody is at least one antibody which binds to at least one keratin selected from the group consisting of keratin 5, 8 and 18 and the detection antibody is at least one antibody which binds to said keratin, whereby the method for normalization is performed together with a second test for detecting another biomarker in the sample.
An agricultural tractor , comprising: a cab having an operator station ; and a plurality of actuatable elements ; an auxiliary control station external of the cab having at least one external control for operation of the actuatable elements of the tractor when an operator is outside of the cab, wherein the auxiliary control station is provided with a user interface to allow for re-configuration of the at least one external control at the auxiliary control station, characterized in that the user interface comprises at least one button operable to cycle through different configurations of the at least one external control of the auxiliary control station , and in that the different configurations of the at least one external control are user-defined from the operator station in the cab . a cab having an operator station ; and a plurality of actuatable elements ; an auxiliary control station external of the cab having at least one external control for operation of the actuatable elements of the tractor when an operator is outside of the cab, wherein the auxiliary control station is provided with a user interface to allow for re-configuration of the at least one external control at the auxiliary control station, characterized in that the user interface comprises at least one button operable to cycle through different configurations of the at least one external control of the auxiliary control station , and in that the different configurations of the at least one external control are user-defined from the operator station in the cab .