mhurhangee/ep-ind-claims huggingface dataset:
Method for setting operating parameters of a sensor, in particular for setting a scanning range and / or a sensitivity for an optical sensor, wherein the sensor has at least one analogue actuator, in particular a potentiometer, for setting at least one operating parameter (p), and wherein a stroke of the analogue actuator has a setting range and a function range, wherein a position of the analogue actuator is measured, wherein the setting range is monotonically mapped to a parameter interval (41,...,44), and wherein an operating parameter value belonging to a measured position of the analogue actuator is adopted for the sensor, wherein the function range is formed as a switchover range, and when the analogue actuator is in a position in the switchover range a switchover of the parameter interval (41,..., 44) takes place, to which the setting range is mapped, characterised in that a switchover of the parameter interval (41,..., 44) takes place precisely when a retention time of the position of the analogue actuator in a switchover range (32, 33) reaches a predefined retention time.
A ball drawing machine comprising - a drawing unit for the reception and random selection of balls as well as - at least one ball guide for discharging drawn balls from the drawing unit or for feeding balls to it - wherein the ball guide has a body for the reception and guiding of balls of a predetermined size along a predetermined path defined by the body, - wherein the body has a number of guide rods running along the predetermined path, spaced apart from each other, in particular curved, which surround the predetermined path in such a way that between the guide rods a ball of predetermined size can be guided along the predetermined path, and - wherein the guide rods run parallel to each other and define the predetermined path, and - wherein the guide rods are held to each other by cross-connections at a number of positions predetermined along the predetermined path, in particular uniformly, spaced apart along the predetermined path, wherein the cross-connections preferably have a central recess for the feed-through of a ball, characterized in that - the ball guide comprises at least one vibration generator, which is connected to the body in a vibration-transmitting manner, and - that the vibration generator is connected to a strut in a vibration-transmitting manner and the strut is connected to the body, wherein - the strut is connected to one of the guide rods or one of the cross-connections and passes through the latter. - a drawing unit for the reception and random selection of balls as well as - at least one ball guide for discharging drawn balls from the drawing unit or for feeding balls to it - wherein the ball guide has a body for the reception and guiding of balls of a predetermined size along a predetermined path defined by the body, - wherein the body has a number of guide rods running along the predetermined path, spaced apart from each other, in particular curved, which surround the predetermined path in such a way that between the guide rods a ball of predetermined size can be guided along the predetermined path, and - wherein the guide rods run parallel to each other and define the predetermined path, and - wherein the guide rods are held to each other by cross-connections at a number of positions predetermined along the predetermined path, in particular uniformly, spaced apart along the predetermined path, wherein the cross-connections preferably have a central recess for the feed-through of a ball, characterized in that - the ball guide comprises at least one vibration generator, which is connected to the body in a vibration-transmitting manner, and - that the vibration generator is connected to a strut in a vibration-transmitting manner and the strut is connected to the body, wherein - the strut is connected to one of the guide rods or one of the cross-connections and passes through the latter.
A device for adjusting the temperature of the air blown into a building, comprising: - means for blowing air, comprising an air circulation circuit and at least one fan arranged on said air circulation circuit, - a heat exchanger between the blown air and a heat transfer fluid circuit such as water, - a valve for adjusting the entering flow rate of the heat transfer fluid into the heat exchanger, - a member for closing the valve, - an actuator of said closing member in order to move said closing member between a closed position and an open position of the valve, - a system for defining a setpoint temperature (Tc) of the blown air, characterized in that the valve is a two-way valve, in that the actuator comprises a heat-sensitive element capable of deforming and/or moving under the effect of the heat and an electric heating element of the heat-sensitive element, and in that the device comprises a member for measuring the temperature (T m) of the air blown inside the air circulation circuit, at the outlet of the heat exchanger, and a unit for controlling the power supply of the electric heating element configured to control the supply of the electric heating element as a function at least of the setpoint temperature (Tc) and of the measured temperature (T m) of the blown air. - means for blowing air, comprising an air circulation circuit and at least one fan arranged on said air circulation circuit, - a heat exchanger between the blown air and a heat transfer fluid circuit such as water, - a valve for adjusting the entering flow rate of the heat transfer fluid into the heat exchanger, - a member for closing the valve, - an actuator of said closing member in order to move said closing member between a closed position and an open position of the valve, - a system for defining a setpoint temperature (Tc) of the blown air,
A cooling control device for an internal combustion engine comprising: an internal coolant passage formed in the internal combustion engine; a plurality of external coolant passages (6, 8, 10) formed outside the internal combustion engine and connected to the internal coolant passage, the cooling control device performing coolant passage switching in which the internal coolant passage and a certain one of the external coolant passages (6, 8, 10) are connected to or disconnected from each other by circuit switching means; a branching passage configured to send coolant in the internal coolant passage to one of the external coolant passages which passes through a radiator, when the circuit switching means has a failure and fails in circuit switching of connecting the internal coolant passage and the external coolant passage passing through the radiator to each other; and a wax-type thermostat provided in the branching passage and configured to open the branching passage when the internal combustion engine is excessively heated, characterized in that a temperature sensing portion of the wax-type thermostat is provided near an inlet of an external coolant passage configured to constantly send the coolant in the internal coolant passage to a throttle chamber. an internal coolant passage formed in the internal combustion engine; a plurality of external coolant passages (6, 8, 10) formed outside the internal combustion engine and connected to the internal coolant passage, the cooling control device performing coolant passage switching in which the internal coolant passage and a certain one of the external coolant passages (6, 8, 10) are connected to or disconnected from each other by circuit switching means; a branching passage configured to send coolant in the internal coolant passage to one of the external coolant passages which passes through a radiator, when the circuit switching means has a failure and fails in circuit switching of connecting the internal coolant passage and the external coolant passage passing through the radiator to each other; and a wax-type thermostat provided in the branching passage and configured to open the branching passage when the internal combustion engine is excessively heated, characterized in that a temperature sensing portion of the wax-type thermostat is provided near an inlet of an external coolant passage configured to constantly send the coolant in the internal coolant passage to a throttle chamber.
Method for executing exchange of data flows between two terminals, a server terminal (22, 42) providing data to a client terminal (21, 41), by way of a multipath link formed of a plurality of transmission channels (441, 442), said data flow containing data transmitted from the server terminal (22, 42) to the client terminal (21, 41) and also acknowledgement information transmitted in the same flow from the client terminal (21, 41) to the server terminal (22, 42), said method implementing an interface module dedicated to transmitting the data forming said data flow, executing separation of said data flow into a plurality of secondary data flows and transiting said secondary data flows via said plurality of transmission channels (441, 442) forming the multipath link, and also an interface module dedicated to receiving said data, executing reception of the data forming the secondary data flows transmitted via said plurality of channels (441, 442) and reassembling said secondary data flows into a single data flow; characterized in that at least one of the channels of said multipath link is a unidirectional channel without any return path, the interface modules (33a, 33b) furthermore being configured to provide routing of the acknowledgement information of the data packets forming a secondary data flow transiting via a unidirectional channel by associating them with the acknowledgement information of the data packets forming a secondary data flow transiting via a bidirectional channel.
A multi-well plate comprising a plurality of wells (7a-c, 403, 501), wherein each well is bounded by vertical structural members and a bottom horizontal structural member, wherein at least one well (7a-c; 501) of the multi-well plate comprises a bottom member comprising: (a) a cell cavity adapted to accommodate a pipette tip, and (b) an electrode pocket adapted to accommodate a sensing electrode, wherein the cell cavity and the electrode pocket are arranged to permit simultaneous accommodation of a pipette tip adapted to be inserted into the cell cavity and a sensing electrode adapted to be inserted into the electrode pocket, wherein a fluidic connection is provided between the cell cavity and the electrode pocket, whereby the cell cavity, the electrode pocket and the fluidic connection therebetween define a microfluidic flow passage, such that fluid dispensed into the at least one well (7a-c; 501) from a pipette tip flows through the cell cavity into the electrode pocket and exits into an upper region of the at least one well (7a-c; 501). (a) a cell cavity adapted to accommodate a pipette tip, and (b) an electrode pocket adapted to accommodate a sensing electrode,
An insulating glass unit comprising at least two parallel glass panes, a space between the at least two parallel glass panes being the interpane space, said at least two parallel glass panes being held structurally together along their perimeters by an edge seal, the edge seal extending along the whole perimeter of the at least two glass panes, whereby the interpane space is sealed from the outside by the edge seal, the edge seal comprising: a first thermoplastic material, and a thermoset plastic material, wherein the first thermoplastic material defines the distance between the at least two glass panes and defines a first layer of the edge seal, the first layer of the edge seal being situated within the interpane space and adhering to the surfaces of the at least two parallel glass panes facing the interpane space, the thermoset plastic material adhering to at least a first glass surface on the two parallel glass panes not facing the interpane space, said first glass surface defining the thickness of each of the two glass panes, the thermoset plastic material defining a second layer of the edge seal, characterized in that the edge seal further comprises a second thermoplastic material, wherein the second thermoplastic material is contacting the first thermoplastic material and defines a third layer of the edge seal between the first layer and the second layer, the third layer of the edge seal being situated within the interpane space and adhering to the surface of the at least two parallel glass panes facing the interpane space, and wherein the thermoset plastic material is contacting the second thermoplastic material. a first thermoplastic material, and a thermoset plastic material, wherein the first thermoplastic material defines the distance between the at least two glass panes and defines a first layer of the edge seal, the first layer of the edge seal being situated within the interpane space and adhering to the surfaces of the at least two parallel glass panes facing the interpane space, the thermoset plastic material adhering to at least a first glass surface on the two parallel glass panes not facing the interpane space, said first glass surface defining the thickness of each of the two glass panes, the thermoset plastic material defining a second layer of the edge seal, characterized in that the edge seal further comprises a second thermoplastic material, wherein the second thermoplastic material is contacting the first thermoplastic material and defines a third layer of the edge seal between the first layer and the second layer, the third layer of the edge seal being situated within the interpane space and adhering to the surface of the at least two parallel glass panes facing the interpane space, and wherein the thermoset plastic material is contacting the second thermoplastic material.
A surgical access device comprising an instrument seal, the instrument seal comprising: a seal housing; a compression element disposed in the seal housing and comprising an opening; and a non-distensible instrument contact element extending through the opening in the compression element and defining an instrument orifice, wherein the instrument seal has a first state in the absence of an instrument extending through the orifice, and the instrument seal has a second state in the presence of an instrument extending through the orifice in which the instrument contact element seals against the instrument, characterized in that in the first state, the instrument contact element at the orifice comprises a plurality of folds formed by the compression element compressing the instrument contact element passing through the opening in the compression element. a seal housing; a compression element disposed in the seal housing and comprising an opening; and a non-distensible instrument contact element extending through the opening in the compression element and defining an instrument orifice, wherein the instrument seal has a first state in the absence of an instrument extending through the orifice, and the instrument seal has a second state in the presence of an instrument extending through the orifice in which the instrument contact element seals against the instrument, characterized in that in the first state, the instrument contact element at the orifice comprises a plurality of folds formed by the compression element compressing the instrument contact element passing through the opening in the compression element.
An electronic device, comprising: a CPU configured to control an operation of the electronic device while the electronic device is turned-on and turn-off the electronic device when a turn-off command is input to the electronic device; a network interface card, NIC, configured to exchange a keep awake message with an external server through a repeater to maintain a network session with the external server while the CPU is turned-off; and a power supply configured to supply power to the NIC even while the electronic device is turned-off; characterized in that the CPU is arranged to transfer TCP/IP session information to the NIC when the CPU is turned-off. a CPU configured to control an operation of the electronic device while the electronic device is turned-on and turn-off the electronic device when a turn-off command is input to the electronic device; a network interface card, NIC, configured to exchange a keep awake message with an external server through a repeater to maintain a network session with the external server while the CPU is turned-off; and a power supply configured to supply power to the NIC even while the electronic device is turned-off; characterized in that the CPU is arranged to transfer TCP/IP session information to the NIC when the CPU is turned-off.
A composition suitable for skin disinfection comprising hydrogen peroxide in a concentration of 0.1% to 10% (w/w), preferably 0.2-6%, and an N-acylated amino acid and/or peptide, or a salt thereof, in the range of 0.1-20% (w/w), preferably 0.1-10%, more preferably 0.2-8%, and most preferably 0.2-5% (w/w), wherein, when the composition comprises an oil phase and a water phase, the composition does not contain the self-emulsifying base Protelan ENS in a concentration of 20% (w/w).
Portable hair-styling apparatus comprising a handle which extends longitudinally in an average longitudinal extension direction (X-X') and by which said apparatus is intended to be held manually to be used, as well as a blowing head disposed in the extension of said handle and provided with an air outlet by which an airflow is intended to be blown outwards in an average blowing direction (Y-Y') secant to said average longitudinal extension direction (X-X'), said blowing head extending, in said average blowing direction (Y-Y'), between a front face comprising said air outlet and an opposite rear face, said rear face being closed so as to not be passed through by said airflow, said blowing head embedding a first member for manually adjusting the operation of the apparatus, said first manual adjustment member being disposed on said rear face, such that a user can surround the handle with a hand, while actuating said first manual adjustment member with the thumb of said hand, characterized in that said first manual adjustment member comprises a wheel rotatably mounted on the rear face.
A pulverizing and coarse powder classifying apparatus comprising: a mechanical pulverizer that pulverizes a powder raw material, a cyclone that collects pulverized powder, and a coarse powder classifier that separates coarse powder from the collected powder, wherein the coarse powder classifier is a cyclone classifier including a dispersion chamber equipped with a center core and used for dispersing the powder, and a classification chamber equipped with a separator core, and characterized in that the center core has at its center a fine powder discharge pipe. a mechanical pulverizer that pulverizes a powder raw material, a cyclone that collects pulverized powder, and a coarse powder classifier that separates coarse powder from the collected powder, wherein the coarse powder classifier is a cyclone classifier including a dispersion chamber equipped with a center core and used for dispersing the powder, and a classification chamber equipped with a separator core, and characterized in that the center core has at its center a fine powder discharge pipe.
A method of measuring quality of stem cells useful as therapeutic agents through real-time analysis, comprising: isolating desired cells in vitro; measuring a glutathione level in the isolated cells; and determining cell quality according to the glutathione level, wherein determining cell quality according to the glutathione level is performed according to one or more selected from the group consisting of the following evaluation parameters: i) glutathione mean or median level of cells; ii) glutathione heterogeneity of cells; and iii) glutathione regeneration capacity of cells, wherein the GM is calculated as the mean or median value of a cellular FreSH-tracer ratio, the GH is calculated as the coefficient of variation or the robust coefficient of variation of cellular FR, and the GRC is a value obtained by real-time monitoring of FR or F510 after living cells are treated with an oxidizing agent, and is calculated by dividing a value obtained by subtracting a second area under the curve of a group treated with a second oxidizing agent from a first AUC of a group treated with a first oxidizing agent by a value obtained by subtracting the second AUC of the group treated with the second oxidizing agent from a third AUC of a naive control and multiplying the resulting value by 100, wherein the F510 is a fluorescence emission spectrum of 510 nm, the F580 is a fluorescence emission spectrum of 580 nm, and the FreSH-tracer ratio is F510/F580, and wherein the measurement of a glutathione level is performed by adding Chemical B-4, B-5, B-6, B-7 or B-8 below: isolating desired cells in vitro; measuring a glutathione level in the isolated cells; and determining cell quality according to the glutathione level, wherein determining cell quality according to the glutathione level is performed according to one or more selected from the group consisting of the following evaluation parameters: i) glutathione mean or median level of cells; ii) glutathione heterogeneity of cells; and iii) glutathione regeneration capacity of cells, i) glutathione mean or median level of cells; ii) glutathione heterogeneity of cells; and iii) glutathione regeneration capacity of cells, wherein the GM is calculated as the mean or median value of a cellular FreSH-tracer ratio, the GH is calculated as the coefficient of variation or the robust coefficient of variation of cellular FR, and the GRC is a value obtained by real-time monitoring of FR or F510 after living cells are treated with an oxidizing agent, and is calculated by dividing a value obtained by subtracting a second area under the curve of a group treated with a second oxidizing agent from a first AUC of a group treated with a first oxidizing agent by a value obtained by subtracting the second AUC of the group treated with the second oxidizing agent from a third AUC of a naive control and multiplying the resulting value by 100, wherein the F510 is a fluorescence emission spectrum of 510 nm, the F580 is a fluorescence emission spectrum of 580 nm, and the FreSH-tracer ratio is F510/F580, and wherein the measurement of a glutathione level is performed by adding Chemical B-4, B-5, B-6, B-7 or B-8 below:
A method of manufacturing a micro-LED, comprising the steps of: forming an n-doped connecting layer of III-nitride material over a porous region of III-nitride material; forming an electrically-insulating mask layer on the n-doped connecting layer removing a portion of the mask layer to expose an exposed region of the n-doped connecting layer; and forming an LED structure on the exposed region of the n-doped connecting layer forming an n-doped connecting layer of III-nitride material over a porous region of III-nitride material; forming an electrically-insulating mask layer on the n-doped connecting layer removing a portion of the mask layer to expose an exposed region of the n-doped connecting layer; and forming an LED structure on the exposed region of the n-doped connecting layer