mhurhangee/patent-ind-claim-en huggingface dataset:
Thermal storage device for the storage of a liquid at a temperature diferent from the environmental temperature level, comprising a chamber , a container arranged therein as well as a thermal insulation material, characterized in that the container does not exhibit any insulation directly on its outer surface, but instead the chamber is accessible and is covered at its inner surface with a plate-shaped thermal insulation , wherein the size of the chamber is designed large enough to be still walkable also when the container is installed, thus so that outside of the built-in container there is still enough room for at least one person, wherein the container comprises at least one inlet opening for pouring the liquid in, and at least one outlet opening for releasing the liquid, and wherein a tube is connectable to each of the inlet opening as well as the outlet opening , and wherein all inner sides of the walls of the chamber accommodating the container as well as the inner sides of its ceiling and/or its floor are insulated, i.e. are covered with heat insulating plates .
Method for transmitting data from an information source to a mobile system in a technical facility that comprises at least one transmission interface and at least one mobile system , which is in the form of a self-driving vehicle and has at least one arithmetic logic unit , an electrical energy storage device, a drive apparatus , a brake apparatus and at least one communication interface , a communication connection being established between the at least one communication interface and the at least one transmission interface , and the mobile system being moved to a transmission zone, and the data to be transmitted being transmitted from the information source to the mobile system by means of the communication connection while the mobile system remains in the transmission zone, characterised in that before data are transmitted from the information source to the mobile system , it is checked whether an electrical energy storage device of the mobile system has sufficient charge and/or whether the electrical energy storage device of the mobile system is currently being charged, and in that the data are transmitted from the information source to the mobile system only when the electrical energy storage device of the mobile system has sufficient charge and/or when the electrical energy storage device of the mobile system is currently being charged, and in that before data are transmitted from the information source to the mobile system , the mobile system is secured in the transmission zone by means of the brake apparatus , and in that the mobile system remains in the transmission zone at least until the data have been transmitted in full and until the correctness of the data has also been checked. a communication connection being established between the at least one communication interface and the at least one transmission interface , and the mobile system being moved to a transmission zone, and the data to be transmitted being transmitted from the information source to the mobile system by means of the communication connection while the mobile system remains in the transmission zone, characterised in that before data are transmitted from the information source to the mobile system , it is checked whether an electrical energy storage device of the mobile system has sufficient charge and/or whether the electrical energy storage device of the mobile system is currently being charged, and in that the data are transmitted from the information source to the mobile system only when the electrical energy storage device of the mobile system has sufficient charge and/or when the electrical energy storage device of the mobile system is currently being charged, and in that before data are transmitted from the information source to the mobile system , the mobile system is secured in the transmission zone by means of the brake apparatus , and in that the mobile system remains in the transmission zone at least until the data have been transmitted in full and until the correctness of the data has also been checked.
A method, comprising: (a) obtaining configuration information of a data transmission from a serving cell by a user equipment, in the following also referred to as UE, in a mobile communication network, wherein the data transmission is transmitted from a neighboring cell to the UE via an interference channel ; (b) receiving radio signals on a set of data resource elements, in the following also referred to as REs, as determined based on the obtained configuration information ; (c) estimating the interference channel corresponding to the data transmission from the neighboring cell based on the received radio signals on the set of data resource elements ; and (d) cancelling the data transmission from the neighboring cell based on the estimated interference channel , characterized in that the configuration information includes a basic unit of physical resource blocks, in the following also referred to as PRBs, used for resource allocation by the neighboring cell for the data transmission. (a) obtaining configuration information of a data transmission from a serving cell by a user equipment, in the following also referred to as UE, in a mobile communication network, wherein the data transmission is transmitted from a neighboring cell to the UE via an interference channel ; (b) receiving radio signals on a set of data resource elements, in the following also referred to as REs, as determined based on the obtained configuration information ; (c) estimating the interference channel corresponding to the data transmission from the neighboring cell based on the received radio signals on the set of data resource elements ; and (d) cancelling the data transmission from the neighboring cell based on the estimated interference channel ,
A lightweight foaming process, used for an automotive interior, wherein the lightweight foaming process comprises following steps: S 1 , closing a mould to a first predetermined position to form a first mould cavity space ; S 2 , injecting a foaming material into the first mould cavity space ; S 3 , waiting for the foaming material to react and expand within the first mould cavity until the foaming material fills the first mould cavity space ; S 4 , moving the mould upwardly to open the mould to a second predetermined position, wherein the first mould cavity space is enlarged to form a second mould cavity space ; S 5 , waiting for the foaming material to continue to expand and fill along a mould opening direction until the second mould cavity space is filled; S 6 , opening the mould and removing a foamed member; wherein the following steps are further comprised before the step S 1 : performing a flame treatment on a plastic skeleton of the automotive interior, preheating a skin of the automotive interior, and then placing the skeleton and the skin on a predetermined position within the mould ; characterized in that steps are further comprised after the step S 3 : sealing the first mould cavity space totally with a sealing strip; and in that steps are further comprised after the step S 4 : retracting the sealing strip and exhausting the second mould cavity space . S 1 , closing a mould to a first predetermined position to form a first mould cavity space ; S 2 , injecting a foaming material into the first mould cavity space ; S 3 , waiting for the foaming material to react and expand within the first mould cavity until the foaming material fills the first mould cavity space ; S 4 , moving the mould upwardly to open the mould to a second predetermined position, wherein the first mould cavity space is enlarged to form a second mould cavity space ; S 5 , waiting for the foaming material to continue to expand and fill along a mould opening direction until the second mould cavity space is filled; S 6 , opening the mould and removing a foamed member; wherein the following steps are further comprised before the step S 1 : performing a flame treatment on a plastic skeleton of the automotive interior, preheating a skin of the automotive interior, and then placing the skeleton and the skin on a predetermined position within the mould ; characterized in that steps are further comprised after the step S 3 : sealing the first mould cavity space totally with a sealing strip; and in that steps are further comprised after the step S 4 : retracting the sealing strip and exhausting the second mould cavity space .
A non-invasive method for monitoring the state of health of a dairy cow, the method not being used to diagnose mastitis, comprising the steps of: (a) providing a milk sample from the dairy cow, (b) measuring the concentration of the biomarker haptoglobin (HP) in the milk sample, (c) comparing the measured concentration from (b) with a reference value for the measured biomarker, wherein a deviation of the measured concentration from the reference value indicates an unhealthy condition in the dairy cow, and wherein the state of health includes minor systemic disease, minor systemic disease with abomasal displacement (LMV), serious systemic disease, or combinations of these diseases. (a) providing a milk sample from the dairy cow, (b) measuring the concentration of the biomarker haptoglobin (HP) in the milk sample, (c) comparing the measured concentration from (b) with a reference value for the measured biomarker, wherein a deviation of the measured concentration from the reference value indicates an unhealthy condition in the dairy cow,
A friction clutch for a drive train of a motor vehicle, for the transmission of torques between a drive side and an output side , with at least one first friction pack , at least comprising a counter plate , a pressure plate displaceable to a limited extent in an axial direction with respect to the counter plate by means of an actuating device of the friction clutch , as well as at least one clutch disc with at least one friction lining which is arranged along the axial direction between the pressure plate and the counter plate ; wherein a driver ring for positively locking transmission of the torque from the drive side to the first friction pack is attached to a connecting surface of the counter plate ; wherein the driver ring can be supported via a bearing surface on the output side in such a way that actuating forces of the actuating device acting on the driver ring are supported at least in a first axial direction ; wherein the driver ring is fastened to the connecting surface via a plurality of fastening points , wherein the fastening points are arranged at a distance from one another in a circumferential direction , wherein gaps are present between the fastening points in each case, through which fluid exchange along the radial direction between the connecting surface and the driver ring is possible, characterised in that the gaps through the elevations extending in the axial direction are formed on at least one of the connecting surface and the driver ring , wherein the elevations are arranged spaced apart from one another in the circumferential direction .
A tool for use by a surgeon for operating a basket device for capturing an object to be removed from a body of a human or an animal, the tool comprising: a first controller adapted to be coupled to the basket device for selectively controlling the basket device and moving the basket device between a first, closed position and a second, open position, the first controller comprising: a plunger and cylinder mechanism ; and a handle coupled to a plunger of the plunger and cylinder mechanism for operating the relative position of a plunger with respect to a cylinder of the plunger and cylinder mechanism ; and a second controller positioned adjacent to the first controller and adapted to be coupled to the basket device for selectively controlling rotation of the basket device independent of the first controller ; the tool further comprising a sheath having a first end and a second end, the sheath adapted to receive the basket device and to have the basket device longitudinally slide with respect thereto between the first, closed position and the second, open position; and wherein the sheath is coupled to the first controller for translational movement relative to the basket device , and the basket device is coupled to the second controller for rotational movement with respect to the first controller ; and a first biasing mechanism operatively located for biasing the plunger with respect to the cylinder to move the basket device toward the first, closed position, characterized in that the tool further comprises a locking mechanism coupled to the first controller for locking the plunger in the second, open position. a first controller adapted to be coupled to the basket device for selectively controlling the basket device and moving the basket device between a first, closed position and a second, open position, the first controller comprising: a plunger and cylinder mechanism ; and a handle coupled to a plunger of the plunger and cylinder mechanism for operating the relative position of a plunger with respect to a cylinder of the plunger and cylinder mechanism ; and a plunger and cylinder mechanism ; and a handle coupled to a plunger of the plunger and cylinder mechanism for operating the relative position of a plunger with respect to a cylinder of the plunger and cylinder mechanism ; and a second controller positioned adjacent to the first controller and adapted to be coupled to the basket device for selectively controlling rotation of the basket device independent of the first controller ; a sheath having a first end and a second end, the sheath adapted to receive the basket device and to have the basket device longitudinally slide with respect thereto between the first, closed position and the second, open position; and wherein the sheath is coupled to the first controller for translational movement relative to the basket device , and the basket device is coupled to the second controller for rotational movement with respect to the first controller ; and
An antenna comprising: two sub antennas, each sub antenna comprising at least one radiating element, said two sub antennas comprising an inner sub antenna and an outer sub antenna; and signal feed circuitry configured to supply a first signal to said inner sub antenna and signal feed circuitry configured to supply a second signal to said outer sub antenna; wherein said at least one radiating element of said outer sub antenna comprises: a flexible material and at least one flexible radiating patch wherein said at least one flexible radiating patch is configured to be mounted on said flexible material arranged to wrap at least partially around at least a portion of said inner sub antenna; said antenna having a longitudinal axis running along a length of said antenna, said outer sub antenna wrapping at least partially around said longitudinal axis; wherein an input port to said signal feed circuitry of one sub antenna is arranged at a different end of said longitudinal axis of said antenna to an input port to said signal feed circuitry of the other of said two sub antennas. two sub antennas, each sub antenna comprising at least one radiating element, said two sub antennas comprising an inner sub antenna and an outer sub antenna; and signal feed circuitry configured to supply a first signal to said inner sub antenna and signal feed circuitry configured to supply a second signal to said outer sub antenna; wherein said at least one radiating element of said outer sub antenna comprises: a flexible material and at least one flexible radiating patch wherein said at least one flexible radiating patch is configured to be mounted on said flexible material arranged to wrap at least partially around at least a portion of said inner sub antenna; said antenna having a longitudinal axis running along a length of said antenna, said outer sub antenna wrapping at least partially around said longitudinal axis; wherein an input port to said signal feed circuitry of one sub antenna is arranged at a different end of said longitudinal axis of said antenna to an input port to said signal feed circuitry of the other of said two sub antennas.
Management system for a technical facility, in particular a process or manufacturing facility, which has an operator station server , an engineering station server and an operator station client , wherein for control and monitoring the operator station server is designed to transfer a facility mimic diagram of the technical facility, previously generated by the engineering station server , to the operator station client , and wherein the operator station client is designed to limit the visual representation of the facility mimic diagram in the case of an anticipated overshooting of the duration available for a visual representation of the facility mimic diagram , characterised in that the operator station client is designed to automatically inform the engineering station server about the limitation of the visual representation of the facility mimic diagram by way of a message . particular a process or manufacturing facility, which has an operator station server , an engineering station server and an operator station client , wherein for control and monitoring the operator station server is designed to transfer a facility mimic diagram of the technical facility, previously generated by the engineering station server , to the operator station client , and wherein the operator station client is designed to limit the visual representation of the facility mimic diagram in the case of an anticipated overshooting of the duration available for a visual representation of the facility mimic diagram , characterised in that the operator station client is designed to automatically inform the engineering station server about the limitation of the visual representation of the facility mimic diagram by way of a message .
2,6-diaminopurine (DAP) for the use thereof in the treatment of a disease due to a nonsense mutation in a gene leading to the premature introduction of a UGA stop codon.
A gear arrangement , in particular for a rotary connection (112a, b) of a wind turbine , comprising a first gear , a second gear in engagement with the first gear , wherein in the engaged position a gap space is provided between a first tooth and a second tooth of the first gear and a tooth of the second gear , and a sealing element which is arranged between the first gear and the second gear and seals off the gap space to prevent lubricant escape, characterised in that the sealing element - has a first sealing lip , and - a second sealing lip substantially parallel to the first sealing lip, and - rests on the first gear in such a way that the first sealing lip is seated at a flank of a first tooth and the second sealing lip is seated at a flank of a second tooth adjacent to the first tooth, facing the flank of the first tooth. - a second sealing lip substantially parallel to the first sealing lip, and - rests on the first gear in such a way that the first sealing lip is seated at a flank of a first tooth and the second sealing lip is seated at a flank of a second tooth adjacent to the first tooth, facing the flank of the first tooth.
A reference signal transmission method, comprising: determining (S310, S320) a resource block offset of a frequency domain position of a phase tracking reference signal, PTRS, based on a frequency domain density of the PTRS, an identifier of a terminal device, and a first bandwidth when a ratio of the first bandwidth to the frequency domain density of the PTRS is a non-integer; wherein the first bandwidth is a bandwidth scheduled by a network device for the terminal device; and sending or receiving (S330) the PTRS based on the resource block offset of the frequency domain position of the PTRS; wherein the resource block offset of the frequency domain position of the PTRS, the frequency domain density of the PTRS, the first bandwidth and the identifier of the terminal device meet following relation: Δ f = ID UE mod BW 1 mod FD step , wherein: FD step is the frequency domain density of the PTRS, BW 1 is the first bandwidth, ID UE is the identifier of the terminal device, Δf is the resource block offset of the frequency domain position of the PTRS. determining (S310, S320) a resource block offset of a frequency domain position of a phase tracking reference signal, PTRS, based on a frequency domain density of the PTRS, an identifier of a terminal device, and a first bandwidth when a ratio of the first bandwidth to the frequency domain density of the PTRS is a non-integer; wherein the first bandwidth is a bandwidth scheduled by a network device for the terminal device; and sending or receiving (S330) the PTRS based on the resource block offset of the frequency domain position of the PTRS; wherein the resource block offset of the frequency domain position of the PTRS, the frequency domain density of the PTRS, the first bandwidth and the identifier of the terminal device meet following relation: Δ f = ID UE mod BW 1 mod FD step , wherein: FD step is the frequency domain density of the PTRS, BW 1 is the first bandwidth, ID UE is the identifier of the terminal device, Δf is the resource block offset of the frequency domain position of the PTRS.
Electromagnetically actuatable metering valve for liquids and/or gases, comprising a valve housing , a valve seat body which is connected to the valve housing and in which at least one outlet opening is formed, and a magnetic armature which can move in a stroke-like manner relative to the valve seat body and which is fixedly connected to, or forms, a plate- or disc-shaped valve closing element for opening and closing the at least one outlet opening , further comprising a magnetic core opposite the magnetic armature at a working air gap , and at least one spring which preloads the magnetic armature and the valve closing element in the closing direction, characterized in that the magnetic core has a shape deviating from a rotationally symmetrical body and/or has at least one eccentrically arranged cutout or elevation , as a result of which the magnetic armature and the valve closing element are asymmetrically loaded.