mhurhangee/ep-ind-claims huggingface dataset:
A power storage apparatus, comprising: a housing made of a durable material and defining an installation space of a plurality of secondary batteries; a plurality of secondary batteries accommodated in the housing and connected to each other in series or in parallel; a battery management system, BMS, for controlling charge and discharge of the plurality of secondary batteries and monitoring an electric characteristic value thereof; and a status setting switch for setting a status of the BMS to have a master status or a slave status, characterized in that: - the power storage apparatus further comprises a group setting switch for setting a BMS group, and - the BMS is adapted to, in the master status, control slave BMSs of power storage apparatuses in the BMS group. a housing made of a durable material and defining an installation space of a plurality of secondary batteries; a plurality of secondary batteries accommodated in the housing and connected to each other in series or in parallel; a battery management system, BMS, for controlling charge and discharge of the plurality of secondary batteries and monitoring an electric characteristic value thereof; and a status setting switch for setting a status of the BMS to have a master status or a slave status, - the power storage apparatus further comprises a group setting switch for setting a BMS group, and - the BMS is adapted to, in the master status, control slave BMSs of power storage apparatuses in the BMS group.
A current sense circuit comprising: an input terminal coupled to sense an input current; a diode having a first terminal and a second terminal, the first terminal coupled at the input terminal; a current limiter having a first terminal and a second terminal, the first terminal coupled to the second terminal of the diode at a first node; a first current source having a first terminal and a second terminal and configured to generate a first current, the first terminal coupled to the second terminal of the current limiter at a second node; and a first current mirror coupled to a first voltage supply terminal and having a first leg and a second leg, the first leg coupled at the second node and the second leg coupled for generating a first output current. an input terminal coupled to sense an input current; a diode having a first terminal and a second terminal, the first terminal coupled at the input terminal; a current limiter having a first terminal and a second terminal, the first terminal coupled to the second terminal of the diode at a first node; a first current source having a first terminal and a second terminal and configured to generate a first current, the first terminal coupled to the second terminal of the current limiter at a second node; and a first current mirror coupled to a first voltage supply terminal and having a first leg and a second leg, the first leg coupled at the second node and the second leg coupled for generating a first output current.
Method for controlling a brake pressure booster with hydraulic brake pressure boosting in a motor vehicle, wherein the brake pressure booster comprises a tandem brake master cylinder connected directly or indirectly via a piston rod to a brake pedal for applying brake fluid to the service brakes of the motor vehicle and an additional hydraulic pressure source that can be selectively activated or deactivated by means of a control device depending on various engine operating parameters and whose pressure fluid in the case of activation assists the brake pressure applied by the brake pedal, and wherein at least the pressure in the tandem brake master cylinder and the piston rod travel of the tandem brake master cylinder are recorded by the control device, characterized in that activation of the additional pressure source takes place with the cumulative presence of at least the following criteria: a) exceeding a specified tandem brake master cylinder pressure threshold value of between 50% and 100%, preferably between 70% and 80% of a pressure limit value, from which the operating travel/brake pressure curve comprises a knee point without additional brake pressure assistance, and b) exceeding a specified piston rod activation travel limit value of 20% to 100% of the available travel, preferably of 40% to 60% of the available travel. a) exceeding a specified tandem brake master cylinder pressure threshold value of between 50% and 100%, preferably between 70% and 80% of a pressure limit value, from which the operating travel/brake pressure curve comprises a knee point without additional brake pressure assistance, and b) exceeding a specified piston rod activation travel limit value of 20% to 100% of the available travel, preferably of 40% to 60% of the available travel.
A tester for testing electronic boards including: a test station, a conveyor for loading/unloading the boards into/from the test station; a plurality of flying probes configured to interact with pre-set points of each board, when disposed in the test station, according to a pre-set test cycle; the conveyor including at least a pair of conveyor elements configured to cooperate with opposite lateral edges of the boards and located at opposite sides of a working volume of the flying probes; the tester including at least one contacting device disposed in the test station over at least one of the conveyor elements, the contacting device including a plurality of contacts aligned with one another in a conveying direction and configured to cooperate with respective contact areas aligned with one another along at least one of the lateral edges of said boards, the contacting device being movable between a first position allowing loading/unloading the board into/from the test station and a second position in which it blocks the board on the conveying element and establishes an electric connection between said contacts of the contacting device and said contact areas of the board. a test station, a conveyor for loading/unloading the boards into/from the test station; a plurality of flying probes configured to interact with pre-set points of each board, when disposed in the test station, according to a pre-set test cycle; the conveyor including at least a pair of conveyor elements configured to cooperate with opposite lateral edges of the boards and located at opposite sides of a working volume of the flying probes; the tester including at least one contacting device disposed in the test station over at least one of the conveyor elements, the contacting device including a plurality of contacts aligned with one another in a conveying direction and configured to cooperate with respective contact areas aligned with one another along at least one of the lateral edges of said boards, the contacting device being movable between a first position allowing loading/unloading the board into/from the test station and a second position in which it blocks the board on the conveying element and establishes an electric connection between said contacts of the contacting device and said contact areas of the board.
A fluid flow meter for metering fluid, said fluid flow meter comprising: a fluid connection (103, 133) to a fluid reservoir (102, 132); a fluid pump (104, 134) with an outlet and an inlet, wherein said inlet is functionally associated with said fluid connection and adapted to displace metered amounts of fluid from the fluid connection by pumping strokes, wherein each of the pumping strokes of the pump displaces a known volume of fluid; a sensor adapted to: be functionally associated with said fluid reservoir, sense a fluid pressure in the fluid reservoir, and generate a signal indicative of the sensed fluid pressure; and characterised by a controller adapted to command the pump to pump a single pumping stroke or a series of a known number of pumping strokes of said pump in response to the signal from said sensor. a fluid connection (103, 133) to a fluid reservoir (102, 132); a fluid pump (104, 134) with an outlet and an inlet, wherein said inlet is functionally associated with said fluid connection and adapted to displace metered amounts of fluid from the fluid connection by pumping strokes, wherein each of the pumping strokes of the pump displaces a known volume of fluid; a sensor adapted to: be functionally associated with said fluid reservoir, sense a fluid pressure in the fluid reservoir, and generate a signal indicative of the sensed fluid pressure; and characterised by a controller adapted to command the pump to pump a single pumping stroke or a series of a known number of pumping strokes of said pump in response to the signal from said sensor.
A luminescently labeled nucleotide comprising: a nucleoside polyphosphate, wherein the nucleoside polyphosphate comprises one or more luminescent labels attached to the terminal phosphate of the nucleoside polyphosphate via a nucleic acid linker, wherein the nucleic acid linker comprises at least one energy-absorbing modification or one or more unlabeled stem-loops located between the one or more luminescent labels and the nucleoside polyphosphate, and wherein the at least one energy-absorbing modification comprises one or more of the following: a triplet state quencher, a dendron modification, a monosaccharide-TEG, a disaccharide, and an N-acetyl monosaccharide.
A steam condenser for a cooking oven, especially for a combi steamer, having a housing, having side walls and having at least partly open front side and back side to facilitate flow of cooling air through the steam condenser, and a heat exchanger located in said housing, which serves as a condenser, wherein the heat exchanger comprises a number of connected finned tubes through which water vapor with other gases from the cooking oven, especially combi steamer, are guided, wherein the steam condenser comprises a condensate drainage system, wherein the adjacent ends of the adjacent finned tubes are connected by a 180° connectors, such that the finned tubes are interconnected in a zigzag manner, characterized in that the finned tubes are arranged between the side walls of the housing and in a descending manner, such that each tube has its' one end attached to the side wall of the housing higher than the other end, while also each two adjacent ends of adjacent tubes are located one higher than the other, wherein the highest or the lowest of the finned tubes is further connected to a final descending tube which is provided with orifices in its' upper part and located on the side of the final descending tube that is facing away from the flow of the cooling air. characterized in that the finned tubes are arranged between the side walls of the housing and in a descending manner, such that each tube has its' one end attached to the side wall of the housing higher than the other end, while also each two adjacent ends of adjacent tubes are located one higher than the other, wherein the highest or the lowest of the finned tubes is further connected to a final descending tube which is provided with orifices in its' upper part and located on the side of the final descending tube that is facing away from the flow of the cooling air.
A method for controlling a reduced-pressure treatment system, the method comprising: disposing a first, wireless, reduced-pressure dressing proximate to a first tissue site, wherein the first, wireless, reduced-pressure dressing comprises: a distribution manifold for placing adjacent to the tissue site and for providing reduced pressure to the tissue site, a sealing member covering at least a portion of the distribution manifold, a first processor, a RFID antenna coupled to the first processor, and a first sensor coupled to the first processor, wherein the first sensor comprises a pressure sensor; providing a remote base unit comprising a RFID reader; transmitting a first pressure inquiry signal from the RFID reader to the first, wireless, reduced-pressure dressing; harvesting energy from the first pressure inquiry signal to energize the first processor and the first sensor; receiving a first pressure message signal from the first, wireless, reduced-pressure dressing in response to the first pressure inquiry signal; and wherein the first pressure message signal is wirelessly transmitted by the RFID antenna to the remote base unit without requiring any pressure sensing lumens in a reduced-pressure delivery conduit. disposing a first, wireless, reduced-pressure dressing proximate to a first tissue site, wherein the first, wireless, reduced-pressure dressing comprises: a distribution manifold for placing adjacent to the tissue site and for providing reduced pressure to the tissue site, a sealing member covering at least a portion of the distribution manifold, a first processor, a RFID antenna coupled to the first processor, and a first sensor coupled to the first processor, wherein the first sensor comprises a pressure sensor; a distribution manifold for placing adjacent to the tissue site and for providing reduced pressure to the tissue site, a sealing member covering at least a portion of the distribution manifold, a first processor, a RFID antenna coupled to the first processor, and a first sensor coupled to the first processor, wherein the first sensor comprises a pressure sensor; providing a remote base unit comprising a RFID reader; transmitting a first pressure inquiry signal from the RFID reader to the first, wireless, reduced-pressure dressing; harvesting energy from the first pressure inquiry signal to energize the first processor and the first sensor; receiving a first pressure message signal from the first, wireless, reduced-pressure dressing in response to the first pressure inquiry signal; and wherein the first pressure message signal is wirelessly transmitted by the RFID antenna to the remote base unit without requiring any pressure sensing lumens in a reduced-pressure delivery conduit.
A cooling mass production device for continuously producing a flowable, pumpable, temperature-controlled or cooled mass or cooling mass, in particular for use as and/or for foodstuffs and food products made of a flowable base mass, wherein means for continuously producing a flowable, pumpable, temperature-controlled or cooled mass or cooling mass are provided, wherein the means comprise a heat exchanger device arranged in a housing to form a layer, in particular an ice layer on the heat exchanger device, said heat exchanger device which has a plurality of heat exchanger plates spaced apart from one another and at least partially fluidically connected to one another, wherein stirring elements are provided in between for a stirring to the outside, said stirring elements having corresponding conveying or conducting means, wherein during stirring the base mass and/or the mass is moved radially along the heat exchanger surfaces to the outside, characterized in that the stirring occurs in closely spaced proximity to the heat exchanger surfaces, and wherein a contactless force transmission unit, to be more precise, a magnetic coupling is provided for a force transmission to the stirring elements from the outside of the housing to the inside, so that the housing is without apertures in the region of the transmission of force, wherein the means further comprise a regulating device, in order to upregulate or downregulate the heat exchanger device in the event of an exceeding of a mass layer thickness at least at a mass adhering to the heat exchanger plate and in the case of an undershooting of the mass layer thickness to upregulate or downregulate the heat exchanger device, that means changing a performance of the heat exchanger device.
An electronic device for obtaining a measure of a user's wrist thickness, the electronic device comprising: a strap for fitting round a user's wrist; a wrist thickness sensor (6a,6b) housed in or on the strap, the wrist thickness sensor (6a,6b) being constructed and arranged to measure a gap between the strap and the user's wrist when the strap encircles the user's wrist and to provide an output corresponding to the measured gap; and a controller configured to obtain a measure of the user's wrist thickness from said output of the wrist thickness sensor (6a,6b). a strap for fitting round a user's wrist; a wrist thickness sensor (6a,6b) housed in or on the strap, the wrist thickness sensor (6a,6b) being constructed and arranged to measure a gap between the strap and the user's wrist when the strap encircles the user's wrist and to provide an output corresponding to the measured gap; and a controller configured to obtain a measure of the user's wrist thickness from said output of the wrist thickness sensor (6a,6b).
A process for producing sugar products from grapes by treating a solution by chromatography, to separate a liquid solution of glucose and a liquid solution of fructose, characterised in that: - the solution is a solution of liquid rectified concentrated must; - it is used a plant comprising a plurality of columns connected together in series, each column implementing in succession all the steps of the chromatographic process, but implementing steps of the process which are different from the other columns, a recirculation step being provided in passing from one step to the next; - at least one of the obtained sugars is separated from the liquid solution containing it; and - a crystalline or powder product is obtained. - the solution is a solution of liquid rectified concentrated must; - it is used a plant comprising a plurality of columns connected together in series, each column implementing in succession all the steps of the chromatographic process, but implementing steps of the process which are different from the other columns, a recirculation step being provided in passing from one step to the next; - at least one of the obtained sugars is separated from the liquid solution containing it; and - a crystalline or powder product is obtained.
A high-pressure fuel pump, comprising: a metal damper; a pump body in which a damper housing that houses the metal damper is formed; a damper cover attached to the pump body, covering the damper housing, and holding the metal damper between the pump body and damper cover; and a holding member fixed to the damper cover and holding the metal damper from a lower side, which is a side opposite to the damper cover; and a communication path formed along an outer periphery of the holding member to allow communication of an upper side of the metal damper with the lower side of the metal damper; the high pressure fuel pump characterized in further comprisimg: a fuel path formed through the holding member; wherein the holding member is provided with an elastic portion formed in the fuel path for urging the pump body so that the metal damper is urged toward the damper cover. a metal damper; a pump body in which a damper housing that houses the metal damper is formed; a damper cover attached to the pump body, covering the damper housing, and holding the metal damper between the pump body and damper cover; and a holding member fixed to the damper cover and holding the metal damper from a lower side, which is a side opposite to the damper cover; and a communication path formed along an outer periphery of the holding member to allow communication of an upper side of the metal damper with the lower side of the metal damper; the high pressure fuel pump characterized in further comprisimg: a fuel path formed through the holding member; wherein the holding member is provided with an elastic portion formed in the fuel path for urging the pump body so that the metal damper is urged toward the damper cover.
A method for cutting a semiconductor fin extending along a substrate, the method comprising: forming a fin cut mask, the fin cut mask defining a number of masked regions and a number of cut regions, and cutting the fin into a number of fin parts by etching the fin in said cut regions, wherein the method further comprises forming an epitaxial semiconductor capping layer on the fin prior to forming the fin cut mask, wherein a material of the epitaxial semiconductor capping layer and a material of the semiconductor fin are lattice mismatched, and forming a fill structure by refilling gaps in said cut regions, between fin parts, with an insulating material, and removing the epitaxial semiconductor capping layer in said cut regions subsequent to forming the fill structure. forming a fin cut mask, the fin cut mask defining a number of masked regions and a number of cut regions, and cutting the fin into a number of fin parts by etching the fin in said cut regions, wherein the method further comprises forming an epitaxial semiconductor capping layer on the fin prior to forming the fin cut mask, wherein a material of the epitaxial semiconductor capping layer and a material of the semiconductor fin are lattice mismatched, and forming a fill structure by refilling gaps in said cut regions, between fin parts, with an insulating material, and removing the epitaxial semiconductor capping layer in said cut regions subsequent to forming the fill structure.
An adsorptive carrier composed of one or more polymer(s) each of which comprises two or more aromatic ring-containing repeating units, said aromatic rings being covalently bound to each other so as to cross-link said aromatic rings to each other via the structure represented by the General Formula below: wherein R 1 represents hydrogen, and R 2 represents an organic group comprising a substituent selected from the group consisting of an amino group, carboxyl group and sulfonyl group.
Vacuum cleaner of the upright type comprising an upper body having a dust collection container, comprising a base unit that can be moved across the surface to be cleaned by means of a running gear and has electrical loads (20, 32) in the front region thereof with respect to the direction of travel, cables being guided between the upper body and the electrical loads (11, 20, 32) located in the front region of the base unit, and the upper body and base unit being pivotable relative to each other about an axis, which is horizontal when in the use position, by means of a tilting joint, characterised in that the cables are arranged in cable ducts (58, 59) around the axis of the tilting joint.
Snap hook serving as an interface between a strap adapted for a man and a loop of an object to be transported weighing less than 20 kg by said man, said snap hook made of a single piece of seamless metal having a lower weight at 30g, in particular less than 20g, said snap hook having at least a first portion with at least one window adapted to pass a portion of the strap and a second portion comprising two hook shaped elements (E1, E2) each associated with a button (B1, B2), said elements (E1, E2) being movable between a first position where the elements (E1, E2) support one against the other to form a substantially closed loop, and a second position where the elements (E1, E2) are spaced from each other to form a free space between them adapted to allow the passage of the loop of the object to be transported, said second position being reached by applying between the thumb and forefinger of the human hand a pressure on the buttons (B1, B2) to bring them towards each other, characterized in that the snap hook is made of a steel spring having a hardness of 40 to 50 HRc, a tensile strength greater than 450 N/mm 2, advantageously more than 500 N/mm 2, preferably more than 530N/mm 2, and an elastic limit of less than 0.5%.