mhurhangee/ep-ind-claims huggingface dataset:
A vehicle with fuel cells as power source, the fuel cells generate electric power with production of water as a by-product, the vehicle further comprising a water discharge module that releases water produced by the fuel cells from a water outlet, said vehicle being characterized in that: the fuel cells are mounted on a front side of the vehicle in front of a passenger compartment of said vehicle, and in that said water discharge module that releases water produced by the fuel cells from a water outlet attached to a front inner face of a fender for a front wheel of said vehicle to release the water produced by gas liquid separation of exhaust gas from the fuel cell to the atmosphere. the fuel cells are mounted on a front side of the vehicle in front of a passenger compartment of said vehicle, and in that said water discharge module that releases water produced by the fuel cells from a water outlet attached to a front inner face of a fender for a front wheel of said vehicle to release the water produced by gas liquid separation of exhaust gas from the fuel cell to the atmosphere.
A radio communication system having a radio base station apparatus and a mobile terminal apparatus, of which a frequency band allocated to radio communication between the radio base station apparatus and the mobile terminal apparatus is configured by adding or deleting fundamental frequency blocks, wherein Frequency Division Duplexing, FDD, -based radio communication is applied to a first fundamental frequency block, Time Division Duplexing, TDD, -based or half duplex FDD-based radio communication is applied to a second fundamental frequency block that is different in frequency from the first fundamental frequency block, carrier aggregation is performed by configuring the frequency band with a plurality of fundamental frequency blocks having at least the first fundamental frequency block and the second fundamental frequency block, the mobile terminal apparatus is configured to allocate first uplink Layer 1/ Layer 2, L1/L2, control signals corresponding to the first fundamental frequency block and second uplink L1/L2 control signals corresponding to the second fundamental frequency block to PUCCHs set in uplink radio resources in the first fundamental frequency block, the mobile terminal apparatus is configured to allocate, to the Physical Uplink Control Channels, PUCCHs, the first uplink L1/L2 control signals and the second uplink L1/L2 control signals in a first subframe, and the first uplink L1/L2 control signals and not the second uplink L1/L2 control signals in a second subframe, and the mobile terminal apparatus is configured to use different PUCCH formats in the first subframe and the second subframe.
A thermal inkjet cartridge (10, 11) for an organic solvent-based ink comprising: a cartridge housing; a printhead attached to the housing; a collapsible ink reservoir disposed in the housing, the ink reservoir having an opening through which ink is supplied to the printhead in fluid communication with the ink reservoir, the reservoir comprising: a rigid basin member defining a first major portion of the ink reservoir; and a rigid movable plate defining a second major portion of the ink reservoir; wherein the basin member and the movable plate both comprise a barrier layer (28, 40, 128) for reducing the migration of solvent from the ink reservoir to an external environment. a cartridge housing; a printhead attached to the housing; a collapsible ink reservoir disposed in the housing, the ink reservoir having an opening through which ink is supplied to the printhead in fluid communication with the ink reservoir, the reservoir comprising: a rigid basin member defining a first major portion of the ink reservoir; and a rigid movable plate defining a second major portion of the ink reservoir; wherein the basin member and the movable plate both comprise a barrier layer (28, 40, 128) for reducing the migration of solvent from the ink reservoir to an external environment. a rigid basin member defining a first major portion of the ink reservoir; and a rigid movable plate defining a second major portion of the ink reservoir; wherein the basin member and the movable plate both comprise a barrier layer (28, 40, 128) for reducing the migration of solvent from the ink reservoir to an external environment.
A road sign gantry, having a substantially horizontally arranged beam and supports (2, 7) provided at the end of the beam, the at least one support that is arranged in the region of a carriageway edge, in particular a central reservation, being connected movably, in particular pivotably and rotatably, to the beam by means of a movable structure, in particular a joint, characterised in that the foot of the support that is connected to the beam by means of a movable structure is fastened to a concrete barrier and that the foot of said support is connected to the concrete barrier by means of a double joint.
A method for extracting at least one ingredient from a biological sample, wherein a liquid charger of an extraction device is brought in contact with a first side of the sample and wherein an extraction liquid is applied to the first side of the sample by using the liquid charger, wherein further at least one sampling device of the extraction device is used, wherein the sampling device is brought in contact with a second side of the sample and wherein a sample fluid comprising the extraction liquid and the ingredient is collected by using the sampling device, wherein the liquid charger and the sampling device are connected by at least one connection mechanism, wherein the connection mechanism is adapted to vary a distance between the.liquid charger and the sampling device and wherein the liquid charger applies a clamping force to the sample located between the liquid charger and the sampling device, wherein the biological sample is taken from a plant and is selected from the group consisting of leaves, trunks, stems, roots, storage roots, branches, inflorescences, flowers, infructescences, fruits, ears, cobs and seeds, wherein the extraction device is clamped onto the biological sample and the extraction is performed without cutting the plant into pieces.
Use of a solder alloy for bonding in an LED module whereby an LED component and an Al substrate are bonded, the LED component having a ceramic substrate and a light emitting device disposed on the ceramic substrate, being cut at a through-hole via portion in the ceramic substrate after the light emitting device is molded, and having a side-surface electrode with an area of not more than 30% of an entire area of a side surface, and the A1 substrate having an insulation layer formed thereon and a Cu electrode formed on the insulation layer, the solder alloy comprising, by mass%: 0 to 4% of Ag; 0.3 to 1.2% of Cu; 3 to 10% of Sb, and a balance of Sn, and optionally further comprising: not more than 0.15% in total of at least one element selected from Ni and Co, and, not more than 0.1% in total of at least one element selected from P and Ge. not more than 0.15% in total of at least one element selected from Ni and Co, and, not more than 0.1% in total of at least one element selected from P and Ge.
A spacer for use in a reinforced concrete element, said reinforced concrete element comprising a body of concrete and a reinforcing structure embedded in the body, said reinforcing structure comprising a plurality of spaced apart reinforcing bars, said spacer being made of a light weight material such as plastic and comprising retainment means for keeping the plurality of reinforcing bars in the reinforcing structure in place before and during curing of concrete, said spacer comprising an elongated base member having opposite first and second ends, a first elongated side member having opposite third and fourth ends and a second elongated side member having opposite fifth and sixth ends, characterized in that said third end of the first elongated side member being connected to said first end of the elongated base member via a first hinge and said fifth end of the second elongated side member being connected to said second end of the elongated base member via a second hinge, said first and second hinges being configured to allow said elongated base member and said elongated side members (34, 36) to be folded into a reinforcing structure configuration for forming a reinforcing structure, wherein said retainment means are provided on said elongated side members (34, 36), or on said elongated base member and said elongated side members (34, 36).
An apparatus for operations of preloading and/or lifting of a structure comprising: - at least one pile apt to be inserted into the ground; - at least one hollow counterpipe integral to said structure, external and coaxial to said pile; - at least one actuator made integral to the structure and suitable for applying a force on said pile, for the preloading and/or lifting of said structure; characterised in that it comprises an adjustment and/or locking device comprising: • at least one opposing surface integral to said pile; • a thread internal to said counterpipe, and • a hollow tubular member having an external thread apt to cooperate with said internal thread, making said tubular member integral to the counterpipe, wherein said hollow tubular member is positionable into contact with said opposing surface. - at least one pile apt to be inserted into the ground; - at least one hollow counterpipe integral to said structure, external and coaxial to said pile; - at least one actuator made integral to the structure and suitable for applying a force on said pile, for the preloading and/or lifting of said structure; • at least one opposing surface integral to said pile; • a thread internal to said counterpipe, and • a hollow tubular member having an external thread apt to cooperate with said internal thread, making said tubular member integral to the counterpipe,
A process for preparing an amino or amidocaproic acid product, the process comprising: reacting, in the presence of a hydrodeoxygenation catalyst and a halogen source, an amino or amido polyhydroxy acid substrate and hydrogen to convert at least a portion thereof to the amino or amidocaproic acid product, wherein the amino or amido polyhydroxy acid substrate is a compound of formula IIa and the amino or amidocaproic acid product is a compound of formula III: wherein each X is independently hydroxyl, oxo, halo, or acyloxy; wherein R 1 is acyl, substituted acyl, aroyl, substituted aroyl, or hydrogen; and wherein R 2 is a salt-forming ion, hydrogen, or a lactone thereof reacting, in the presence of a hydrodeoxygenation catalyst and a halogen source, an amino or amido polyhydroxy acid substrate and hydrogen to convert at least a portion thereof to the amino or amidocaproic acid product, wherein the amino or amido polyhydroxy acid substrate is a compound of formula IIa and the amino or amidocaproic acid product is a compound of formula III: wherein each X is independently hydroxyl, oxo, halo, or acyloxy; wherein R 1 is acyl, substituted acyl, aroyl, substituted aroyl, or hydrogen; and wherein R 2 is a salt-forming ion, hydrogen, or a lactone thereof
A piston for an internal combustion engine, comprising: a body formed of a metal material, said body presenting a combustion surface and an undercrown surface, said body including a cooling gallery surface surrounding a volume of space which extends circumferentially around said undercrown surface, characterised in that said body includes a plurality of serrations formed in said cooling gallery surface and/or said undercrown surface, each serration including a base surface which presents a concave shape, and said base surface being 1 to 3 mm deep relative to said cooling gallery surface and/or said undercrown surface. a body formed of a metal material, said body presenting a combustion surface and an undercrown surface, said body including a cooling gallery surface surrounding a volume of space which extends circumferentially around said undercrown surface, characterised in that said body includes a plurality of serrations formed in said cooling gallery surface and/or said undercrown surface, each serration including a base surface which presents a concave shape, and said base surface being 1 to 3 mm deep relative to said cooling gallery surface and/or said undercrown surface.
A machine for producing electronic-cigarette cartridges; the machine comprising: a fill conveyor which feeds bottom shells of the cartridges along a fill path; a filling device located along the fill path to feed a measure of a liquid substance downwards into each bottom shell; an assembly conveyor which feeds bottom shells along an assembly path; a transfer station where the bottom shells are transferred from the fill conveyor to the assembly conveyor; and at least a first assembly device located along the assembly path to fit each bottom shell with a corresponding top cap; wherein the fill conveyor feeds along the fill path a row of bottom shells comprising at least two bottom shells aligned perpendicularly to the fill path, so as to feed at least two bottom shells at a time along, and transversely to, the fill path; the machine being characterized in that: the assembly conveyor feeds one bottom shell at a time along the assembly path. a fill conveyor which feeds bottom shells of the cartridges along a fill path; a filling device located along the fill path to feed a measure of a liquid substance downwards into each bottom shell; an assembly conveyor which feeds bottom shells along an assembly path; a transfer station where the bottom shells are transferred from the fill conveyor to the assembly conveyor; and at least a first assembly device located along the assembly path to fit each bottom shell with a corresponding top cap; wherein the fill conveyor feeds along the fill path a row of bottom shells comprising at least two bottom shells aligned perpendicularly to the fill path, so as to feed at least two bottom shells at a time along, and transversely to, the fill path; the machine being characterized in that: the assembly conveyor feeds one bottom shell at a time along the assembly path. the assembly conveyor feeds one bottom shell at a time along the assembly path.
An antenna comprising: a ground element defining a straight edge extending along a first axis; a radiating element spaced apart from said ground element; and a feeding element having a first conductor coupled to said ground element and a second conductor coupled to said radiating element; said radiating element comprising: two radiating segments (50a, 50b) extending substantially parallel to one another along a second axis transverse to said first axis with each radiating segment defining a width measured perpendicular to said second axis with said width of one radiating segment being greater than said width of said other radiating segment; and a coupling portion connecting said radiating segments and comprising a straight edge facing said straight edge of said ground element, and wherein said straight edge of said coupling portion extends along a third axis being transverse to said first axis.
Dishwasher, in particular a domestic dishwasher, comprising a washing container which provides a washing chamber and is used for receiving washware to be cleaned, a collecting vessel into which the washing container opens, a spray arm arranged inside the washing container for applying washing solution to washware to be cleaned, and a circulating pump, wherein the spray arm is fluidically connected to the circulating pump, wherein the fluidic connection between the circulating pump and the spray arm and/or the spray arm has a leakage opening which is open towards the washing chamber and/or towards the collecting vessel and closes depending on the washing solution pressure, wherein the spray arm has an inlet opening for washing solution, into which a bearing bush is inserted in an axially displaceable manner, wherein the bearing bush provides a sealing surface which interacts with a contact surface circumferentially surrounding the inlet opening, wherein the spray arm and the bearing bush can be arranged at a distance from one another, leaving a gap between the sealing surface and the contact surface that provides the leakage opening. wherein the fluidic connection between the circulating pump and the spray arm and/or the spray arm has a leakage opening which is open towards the washing chamber and/or towards the collecting vessel and closes depending on the washing solution pressure, wherein the spray arm has an inlet opening for washing solution, into which a bearing bush is inserted in an axially displaceable manner, wherein the bearing bush provides a sealing surface which interacts with a contact surface circumferentially surrounding the inlet opening, wherein the spray arm and the bearing bush can be arranged at a distance from one another, leaving a gap between the sealing surface and the contact surface that provides the leakage opening.
A brake system for braking a vehicle using one or both of a main braking system and a redundancy braking system, the brake system comprising: a brake demand detecting unit configured to detect a driver's brake demand; a position detecting unit configured to detect a position of a rotor of a motor; a pressure detecting unit configured to detect a pressure at a master cylinder; and an electronic control unit comprising: a pressure controller configured to generate, based on the detected driver's brake demand, a first demand current (PCout) that controls a pressure at the master cylinder; a motor position controller configured to generate a second demand current (PoCout) that controls a position of the motor; and a current controller configured to control a current for controlling the motor based on the first or second demand current (PCout, PoCout), characterized in that the electronic control unit is configured to select one of the first demand current (PCout) or the second demand current (PoCout) by comparing the magnitudes and polarities of the first demand current (PCout) and the second demand current (PoCout). a brake demand detecting unit configured to detect a driver's brake demand; a position detecting unit configured to detect a position of a rotor of a motor; a pressure detecting unit configured to detect a pressure at a master cylinder; and an electronic control unit comprising: a pressure controller configured to generate, based on the detected driver's brake demand, a first demand current (PCout) that controls a pressure at the master cylinder; a motor position controller configured to generate a second demand current (PoCout) that controls a position of the motor; and a current controller configured to control a current for controlling the motor based on the first or second demand current (PCout, PoCout), a pressure controller configured to generate, based on the detected driver's brake demand, a first demand current (PCout) that controls a pressure at the master cylinder; a motor position controller configured to generate a second demand current (PoCout) that controls a position of the motor; and a current controller configured to control a current for controlling the motor based on the first or second demand current (PCout, PoCout), characterized in that the electronic control unit is configured to select one of the first demand current (PCout) or the second demand current (PoCout) by comparing the magnitudes and polarities of the first demand current (PCout) and the second demand current (PoCout).
Procedure for the manufacture of a probe for a thermal flowmeter designed to measure the mass flow of a medium in a measuring tube, wherein said procedure comprises the following steps: Introduction of a probe core comprising a hard solder and a core element into a first probe sleeve, wherein the first probe sleeve has a first open end and a second closed end facing away from the first end; Melting of the hard solder; Fixation of the core element by cooling the hard solder to a temperature that is lower than the solidification temperature; Application of a thermocouple to a contact surface of the core element or the solidified hard solder. Introduction of a probe core comprising a hard solder and a core element into a first probe sleeve, wherein the first probe sleeve has a first open end and a second closed end facing away from the first end; Melting of the hard solder; Fixation of the core element by cooling the hard solder to a temperature that is lower than the solidification temperature; Application of a thermocouple to a contact surface of the core element or the solidified hard solder.
A lozenge, in particular for use in the topical prophylaxis and treatment of mouth or throat inflammations, wherein the lozenge contains pelargonium in combination with plantago, wherein when the lozenge is applied, firstly the action of the pelargonium component and subsequently the action of the ribwort plantain component ( plantago lanceolata) is predominant, wherein the lozenge is a two-layer lozenge, wherein an inner core layer is formed by the ribwort plantain component and an outer coating is formed by the pelargonium component.
A method for actuating a hydraulic transmission actuator assembly, in which a volume flow source is connected to at least one hydraulic cylinder (16, 17) via a pressure line filled with a hydraulic fluid, a volume of the hydraulic fluid being controlled via the volume flow source, characterised in that control is carried out as a combined travel and angle control (25, 26) of the volume flow source, the travel control and the angle control being superimposed, characterised in that the travel control determines a selection of a shift gate of a transmission and the angle control allows engagement in the shift gate, wherein the hydraulic fluid begins to flow when the valve (22, 23) begins to switch over from the selected position to the shifting position.
A chamber structure of a medical plunger pump, comprising: a pump body; wherein the pump body is provided with at least one cylindrical chamber; the at least one cylindrical chamber comprises a piston working section in which a piston is able to reciprocate and a joint section where the piston connects a push rod; the joint section comprises a first arc wall that protrudes away from the piston working section, wherein a first end of the first arc wall is smoothly connected to a side wall of the piston working section, and a second end of the first arc wall is bent and extendable along a direction of an axis of the piston working section; characterized in that the at least one cylindrical chamber further comprises a clearance section with an inner diameter larger than that of the piston working section; the clearance section is connected to the second end of the first arc wall; a side wall of the clearance section is provided with an annular groove; and a blocking piece is embedded in the annular groove.