mhurhangee/patent-ind-claim-en huggingface dataset:
A system for controlling locking of an inlet of an electric vehicle , comprising: a release control apparatus configured to transmit a release permission signal or a distance signal; and an inlet control apparatus configured to receive the release permission signal to control the inlet to permit release of a connector of a charging cable connected to the inlet or to receive the distance signal to control the inlet to prohibit release of the connector of the charging cable connected to the inlet when a distance between the electric vehicle and the release control apparatus determined from the distance signal is greater than or equal to a threshold, wherein an inlet controller of the inlet control apparatus is configured to determine the distance by determining a received signal strength indication 'RSSI' or an arrival time of the distance signal, wherein the release control apparatus is configured to transmit a time control signal together with the release permission signal or the distance signal, the time control signal being for controlling the electric vehicle to maintain the release permitted state or the release prohibited state for a preset time. a release control apparatus configured to transmit a release permission signal or a distance signal; and an inlet control apparatus configured to receive the release permission signal to control the inlet to permit release of a connector of a charging cable connected to the inlet or to receive the distance signal to control the inlet to prohibit release of the connector of the charging cable connected to the inlet when a distance between the electric vehicle and the release control apparatus determined from the distance signal is greater than or equal to a threshold, wherein an inlet controller of the inlet control apparatus is configured to determine the distance by determining a received signal strength indication 'RSSI' or an arrival time of the distance signal, wherein the release control apparatus is configured to transmit a time control signal together with the release permission signal or the distance signal, the time control signal being for controlling the electric vehicle to maintain the release permitted state or the release prohibited state for a preset time.
A dialysis machine having a dialyzer (D) and having a first balancing chamber (A) and having a second balancing chamber (B) of which each has at least two first and second balancing chamber halves separated from one another by a movable wall (W), wherein each first balancing chamber half is provided with a respective first inflow (Z1, Z3) and with a respective first outflow (A1, A3), wherein each second balancing chamber half is provided with a respective second inflow (Z2, Z4) and with a respective second outflow (A2, A4), wherein the inflows and outflows (A1-A4, Z1-Z4) are each provided with valves (1.1-1.4; 2.1-2.4) that are configured to close or to open the respective inflow (Z1-Z4) or outflow (A1-A4), wherein the first inflows (Z1; Z3) of the first balancing chamber halves (100; 102) are in fluid communication with a source of fresh dialyzate and the first outflows (A1; A3) of the first balancing chamber halves (100; 102) are in fluid communication with a dialyzer inflow (DZ), and wherein the second inflows (Z2; Z4) of the second balancing chamber halves (200; 202) are in fluid communication with a dialyzer outflow (DA) and the second outflows (A2; A4) of the second balancing chamber halves (200; 202) are in fluid communication with a drain , characterized in that the dialysis machine has a third balancing chamber (C) is provided that has two balancing chamber halves (104; 204) that are separated from one another by a movable wall (W), with each of the balancing chamber halves (104; 204) having a respective inflow (Z5; Z6) and a respective outflow (A5; A6) that are each provided with valves (V1-V4) that are configured to close or to open the respective inflow (Z5; Z6) or outflow (A5; A6), with the two inflows (Z5; Z6) being in fluid communication with a source of fresh dialyzate and with the two outflows (A5; A6) being in fluid communication with the dialyzer inflow (DZ).
A cell preparation for use in amelioration and/or treatment of a brain disorder associated with fetal growth retardation due to hypoxemia caused by placental or umbilical cord factors, or due to complex and chronic factors such as circulatory failure and malnutrition, comprising an effective amount of pluripotent stem cells positive for SSEA-3 isolated from mesenchymal tissue or cultured mesenchymal cells of a living organism, wherein the brain disorder associated with fetal growth retardation is selected from the group consisting of abnormal quality of movement, abnormal neurological development, cerebral palsy, cognitive impairment, and behavior disorder.
Use of a processing liquid for suppressing pattern collapse of a microstructure during drying after rinsing the microstructure with the processing liquid, wherein the microstructure is formed of silicon oxide, and wherein the processing liquid comprises a fluoroalkyl group-containing amine oxide compound and water.
A medical monitoring device comprising: two or more sensors adapted to sense at least two parameters of a patient, wherein said two or more sensors comprise at least a capnograph and a pulse oximeter; and a computing unit adapted to compute a unit-less index-value by applying a mathematical equation, an algorithm or a formula on one or more values and/or derivatives of values of the at least two parameters sensed, wherein the unit-less index-value is indicative of a respiratory status of the patient; such that a change in the unit-less index-value is indicative of a change in the patient respiratory status and wherein computing said unit-less index-value comprises multiplication of the medical significance levels that are associated with each of the at least two parameters; wherein said medical significance level of each of the parameters is deducted from a medical significance curve that depicts the correlation curve between an ordinary level of a physical condition and the level of the respective parameter. two or more sensors adapted to sense at least two parameters of a patient, wherein said two or more sensors comprise at least a capnograph and a pulse oximeter; and a computing unit adapted to compute a unit-less index-value by applying a mathematical equation, an algorithm or a formula on one or more values and/or derivatives of values of the at least two parameters sensed, wherein the unit-less index-value is indicative of a respiratory status of the patient; such that a change in the unit-less index-value is indicative of a change in the patient respiratory status and wherein computing said unit-less index-value comprises multiplication of the medical significance levels that are associated with each of the at least two parameters; wherein said medical significance level of each of the parameters is deducted from a medical significance curve that depicts the correlation curve between an ordinary level of a physical condition and the level of the respective parameter.
Body part of a motor vehicle forming an outer skin and made by injection of a thermoplastic material comprising: - a connection sheet supporting on one of its faces electrically conductive tracks and, - one or more connection plates in electrical continuity with said electrically conductive tracks and each comprising means of connection and means of attachment intended to receive one or more sensors , in which the connection sheet and the connection plates are overmolded in the body part forming the outer skin , characterized in that the electrical continuity between the connection sheet and the connection plate is ensured by lugs arranged on the connection plate and stamped on the electrically conductive tracks of the connection sheet , and in that the means of connection are formed by one or more connection pins electrically connected to the lugs by electrically conductive tracks arranged on the connection plate to electrically connect the sensor to the connection sheet . - a connection sheet supporting on one of its faces electrically conductive tracks and, - one or more connection plates in electrical continuity with said electrically conductive tracks and each comprising means of connection and means of attachment intended to receive one or more sensors ,
The method of continuous production of liquid and gaseous fuels from the part of organic substances in the waste, in particular in the industrial, agricultural and municipal waste, including their mixtures, characterised in thermic decomposition of these wastes into fuels - usable low-molecular hydrocarbons, as well as other residual inorganic or other parts intended for recycling or to any landfill, characterised in that the treated waste with a content of organic substances, especially in the form of paper, plastics, rubber, including non- crushed used tires, wooden elements, sawdust, rests of meals and fats, and their packaging, in a hermetically sealed reaction space with non-access of air thermically decomposes by the heated gaseous inert medium, while by the influence of the electrostatic charge, naturally resulting from the decomposition of organic, in particular polymeric substances, pass from them decomposed low- molecular substances in the form of hydrocarbons altogether in the mixture with gaseous inert medium as the carrier gas in the aerosol which is then further conducted to its cooling, precipitation and the mutual separation in it contained gaseous, and liquid low-molecular hydrocarbons, whereupon, after the decomposition of all of the parts of organic substances from the hermetically closed reaction space, all the residual inorganic or other parts of the processed waste are gradually being removed the waste containing organic substances is thermically decomposed in five successive technological stages, where in the first stage a gaseous inert medium for the reaction on the input temperature of 300 to 900°C is created, which in the second stage flows in the reaction space against the direction of process in which the waste is being processed, whereupon in the third stage, the resulting aerosol is cooled to a temperature below 20°C, from which in the fourth stage the liquid part of the low-molecular hydrocarbons is separated from the gas ones, which then progress along with the gaseous inert medium into the fifth stage, where they are cooled below the temperature of - 40°C or preferably are liquefied by compression at pressures of 0.5 to 4 MPa, wherein the inert gaseous medium contains in volume quantity of 50 to 85 % of nitrogen, 3 to 25 % of carbon dioxide and 1 to 5 % of carbon monoxide, when the rest is created by a superheated water steam.
A terminal device antenna, comprising a metal frame , wherein a side of the metal frame is provided with at least two slots, and the slots are ring-shaped slots; portions of the metal frame at two sides of each slot of the at least two slots are provided with two groups of feed points (A , B, C , D), and each group of feed points (A , B, C , D) include an antenna feed point (A, C) located on a portion of the metal frame at an inner side of the slot, and a ground feed point (B, D) located on another portion of the metal frame at an outer side of the slot; in two groups of feed points (A , B, C , D) corresponding to each slot, a straight line determined by a group of feed points is perpendicular to a straight line determined by another group of feed points; and the metal frame is configured to be electrically connected to a ground plate in a terminal device. portions of the metal frame at two sides of each slot of the at least two slots are provided with two groups of feed points (A , B, C , D), and each group of feed points (A , B, C , D) include an antenna feed point (A, C) located on a portion of the metal frame at an inner side of the slot, and a ground feed point (B, D) located on another portion of the metal frame at an outer side of the slot; in two groups of feed points (A , B, C , D) corresponding to each slot, a straight line determined by a group of feed points is perpendicular to a straight line determined by another group of feed points; and the metal frame is configured to be electrically connected to a ground plate in a terminal device.
A stretchable antimicrobial hygienic cover , for utilization with an existing variable geometry vehicle headrest , having an ability to conform itself to dimensions of the existing variable geometry vehicle headrest underlying the stretchable hygienic cover when engaged, the stretchable hygienic cover comprising: a stretchable, antimicrobial, breathable moisture-absorbent non-mesh fabric; said breathable moisture-absorbent fabric comprising a form-fitting fabric, wherein said stretchable form-fitting fabric allows for configurability to geometries of various headrests larger than that of the dimensions of an unstretched hygienic cover; said form-fitting fabric including elastic materials providing the ability to cling to said existing variable geometry vehicle headrest, wherein said elastic materials allow said headrest cover to fit said existing variable geometry headrest without the use of straps and clips; said form-fitting fabric defining a front side , back side , top side , bottom side , left side , and right side , and thereby creating an interior surface surrounding a cavity, wherein an existing variable geometry vehicle headrest may occupy the space therein; an elastic opening in said back side allowing said fabric to stretchily fit over an existing variable geometry vehicle headrest, wherein said elastic opening may stretch and retract in size to grip on to an existing variable geometry vehicle headrest; and an internal lining on the interior surface of the antimicrobial headrest cover to form an impermeable physical barrier between the headrest of a vehicle and the breathable fabric. a stretchable, antimicrobial, breathable moisture-absorbent non-mesh fabric; said breathable moisture-absorbent fabric comprising a form-fitting fabric, wherein said stretchable form-fitting fabric allows for configurability to geometries of various headrests larger than that of the dimensions of an unstretched hygienic cover; said form-fitting fabric including elastic materials providing the ability to cling to said existing variable geometry vehicle headrest, wherein said elastic materials allow said headrest cover to fit said existing variable geometry headrest without the use of straps and clips; said form-fitting fabric defining a front side , back side , top side , bottom side , left side , and right side , and thereby creating an interior surface surrounding a cavity, wherein an existing variable geometry vehicle headrest may occupy the space therein; an elastic opening in said back side allowing said fabric to stretchily fit over an existing variable geometry vehicle headrest, wherein said elastic opening may stretch and retract in size to grip on to an existing variable geometry vehicle headrest; and
Household dishwasher with a receiving compartment for receiving items to be washed and a heat pump arrangement, through which a heat carrier flows during its operation, wherein the heat pump arrangement comprises at least an evaporator for evaporating the heat carrier , a compressor for compressing the heat carrier coming from the evaporator and a condenser for condensing the heat carrier coming from the compressor , characterised in that at least one heating element is assigned to the compressor , with the aid of which the heat carrier present in the compressor can be heated at least before the operation and/or during the operation of the compressor so that the heat carrier present in liquid form in the compressor is conveyed at least partially into the gas phase, wherein the heating element is in thermal conductive contact with the compressor , wherein the heating element surrounds the compressor at least in sections, preferably in a casing-type manner, and wherein the heating element is formed by a washing liquor heater of the household dishwasher for heating a washing liquor circulating in the household dishwasher.
A hand held electric pulse tool for performing tightening operations, where torque is delivered in pulses to tighten a screw joint, the hand held electric pulse tool comprising: an output shaft ; a sensor arranged to determine a parameter value associated with the tightening of the screw joint; whereby said electrical pulse tool is operative to: - provide several torque pulses on said output shaft in a tightening direction until a first parameter value associated with the tightening of the screw joint is reached; - pause the tightening during a first time interval; - provide several torque pulses on said output shaft in a loosening direction until a second parameter value associated with the tightening of the screw joint is reached. - pause the tightening during a second time interval; - provide several torque pulses on said output shaft in a tightening direction until a third parameter value associated with the tightening of the screw joint is reached, wherein the electrical pulse tool is operative to tighten and loosen the screw joint back and forth several times. - provide several torque pulses on said output shaft in a tightening direction until a first parameter value associated with the tightening of the screw joint is reached; - pause the tightening during a first time interval; - provide several torque pulses on said output shaft in a loosening direction until a second parameter value associated with the tightening of the screw joint is reached. - pause the tightening during a second time interval; - provide several torque pulses on said output shaft in a tightening direction until a third parameter value associated with the tightening of the screw joint is reached, wherein the electrical pulse tool is operative to tighten and loosen the screw joint back and forth several times.
A method of joining at least two joining partners comprising performing a plurality of ultrasonic joining operations in direct succession, wherein performing an ultrasonic joining operation comprises placing a first joining partner adjacent to a support surface of a first joining tool , and with a second joining tool , applying pressure to a second joining partner that is arranged adjacent to the first joining partner , thereby pressing the second joining partner against the first j oining partner , and, with the second joining tool , applying high-frequency ultrasonic vibrations to the joining partners ; and being characterised by : during at least one intermediate time interval between two directly successive ultrasonic joining operations, at least one of actively cooling and heating the second joining tool , wherein the second joining tool is heated or cooled by means of a temperature unit , and wherein the temperature unit is inactive during each of the plurality of ultrasonic joining operations. wherein performing an ultrasonic joining operation comprises placing a first joining partner adjacent to a support surface of a first joining tool , and with a second joining tool , applying pressure to a second joining partner that is arranged adjacent to the first joining partner , thereby pressing the second joining partner against the first j oining partner , and, with the second joining tool , applying high-frequency ultrasonic vibrations to the joining partners ; and being characterised by : during at least one intermediate time interval between two directly successive ultrasonic joining operations, at least one of actively cooling and heating the second joining tool , wherein the second joining tool is heated or cooled by means of a temperature unit , and wherein the temperature unit is inactive during each of the plurality of ultrasonic joining operations.
A computer-implemented method for a transaction validation node of a blockchain network, the transaction validation node configured to validate transactions and maintain a distributed, decentralised storage of validated transactions, the computer-implemented method comprising: (i) receiving transactions from the blockchain network; (ii) validating transactions received from the blockchain network; (iii) maintaining a distributed, decentralized storage of validated transactions with other transaction validation nodes in the blockchain network; and (iv) distributing data corresponding to validated transactions from the transaction validation node to at least one mining node in the blockchain network for mining, the method further comprising: (v) receiving mined data from the blockchain network corresponding to said validated transactions; (vi) assembling blocks based on said mined data; and (vii) sending assembled blocks to a storage entity for storing on a blockchain. (i) receiving transactions from the blockchain network; (ii) validating transactions received from the blockchain network; (iii) maintaining a distributed, decentralized storage of validated transactions with other transaction validation nodes in the blockchain network; and (iv) distributing data corresponding to validated transactions from the transaction validation node to at least one mining node in the blockchain network for mining, the method further comprising: (v) receiving mined data from the blockchain network corresponding to said validated transactions; (vi) assembling blocks based on said mined data; and (vii) sending assembled blocks to a storage entity for storing on a blockchain. (v) receiving mined data from the blockchain network corresponding to said validated transactions; (vi) assembling blocks based on said mined data; and (vii) sending assembled blocks to a storage entity for storing on a blockchain.
A channel switching method, wherein the method is performed by an electronic device , the electronic device has a plurality of network channels being wireless network channels for communication in a wireless network, a first application runs on the electronic device , the first application is carried on a first network channel, the first application comprises a plurality of packet flows, and the method comprises: in response to detecting a monitored scenario change, detecting a second network channel based on a service type of the first application, and determining and storing a path of the second network channel based on a result of the detection, wherein the monitored scenario is an environment in which the electronic device is located; obtaining packets of the first application on the first network channel; and determining a characteristic packet flow from a plurality of packet flows of the first application, collecting statistics on packets in the characteristic packet flow to obtain a first statistical result, and switching the characteristic packet flow to the second network channel based on the first statistical result. in response to detecting a monitored scenario change, detecting a second network channel based on a service type of the first application, and determining and storing a path of the second network channel based on a result of the detection, wherein the monitored scenario is an environment in which the electronic device is located; obtaining packets of the first application on the first network channel; and determining a characteristic packet flow from a plurality of packet flows of the first application, collecting statistics on packets in the characteristic packet flow to obtain a first statistical result, and switching the characteristic packet flow to the second network channel based on the first statistical result.