mhurhangee/ep-ind-claims huggingface dataset:
System for cleaning an external vehicle-mounted sensor surface, comprising: - two air nozzles (8,8',9) arranged to discharge air onto one or more sensor surfaces; - an air pump comprising a fluid inlet, an air outlet, an air-fluid interface (14; 16) and a variable volume compression chamber communicated with the air outlet; characterized in that the system also comprises: - an airflow control device communicated with the air nozzles (8,8') and the air outlet for controlling the flow of air therethrough; - a liquid pump communicated with the fluid inlet to supply a flow of pressurized liquid such that the volume of the compression chamber varies to generate a volume of pressurized air with an absolute pressure value below 10 bar; and a flow distributor connected between the air pump and the two air nozzles (8,8') or between the fluid pump and the air pump so that one output of the flow distributor is connected with a liquid nozzle, so that the flow distributor separates the liquid circuit and the air circuit. - two air nozzles (8,8',9) arranged to discharge air onto one or more sensor surfaces; - an air pump comprising a fluid inlet, an air outlet, an air-fluid interface (14; 16) and a variable volume compression chamber communicated with the air outlet; characterized in that the system also comprises: - an airflow control device communicated with the air nozzles (8,8') and the air outlet for controlling the flow of air therethrough; - a liquid pump communicated with the fluid inlet to supply a flow of pressurized liquid such that the volume of the compression chamber varies to generate a volume of pressurized air with an absolute pressure value below 10 bar; and a flow distributor connected between the air pump and the two air nozzles (8,8') or between the fluid pump and the air pump so that one output of the flow distributor is connected with a liquid nozzle, so that the flow distributor separates the liquid circuit and the air circuit.
A sliding door assembly, including a fixed frame, a horizontally displaceable door leaf and a locking device for locking the door leaf to the frame, and the locking device has a locking bolt and a bolt receptacle cooperating with the locking bolt, and the locking bolt is adjustable in at least one first adjusting direction of a plane, and the normal vector of the plane is defined by the displacement direction of the door leaf, characterized in that the first adjusting direction of the locking bolt is oriented orthogonally to a plane formed by the frame; and that the locking bolt has platelike portions with openings in the form of oblong slots and is connected adjustably to the frame by means of fastening screws inserted into the oblong slots.
An oil-based ball-point pen refill, comprising a ball-point pen tip in which a ball is rotatably held, wherein the ball-point pen tip is mounted directly or via a tip holder on a leading end of an ink housing cylinder, an oil-based ball-point pen ink composition comprising a coloring agent, an organic solvent, and resin is housed in the ink housing cylinder, an arithmetic mean roughness of a surface of the ball is 0.1 to 15 nm, an axial moving amount of the ball is 5 to 20 μm, the coloring agent consists of a dye, the oil-based ball-point pen ink composition comprises polyvinyl butyral resin as the resin, a content of the polyvinyl butyral resin is 50 mass% or more based on a total mass of the whole resin in the oil-based ball-point pen ink composition, and an ink viscosity at 20°C and a shear rate of 5 sec -1 is 5000 to 50000 mPa·s, wherein the oil-based ball-point pen ink composition comprises: a salt-forming dye of an azo skeleton acid dye and a triarylmethane skeleton basic dye as the dye; and an aromatic alcohol-based solvent as the organic solvent.
A method comprising: transmitting (504, 604) a plurality of interrogation signals to activate one or more RFID tags, each of the plurality of interrogation signals being transmitted with a different polarization; receiving (508, 608) a plurality of responsive signals from the one or more RFID tags; characterized by analyzing (510, 610) received symbol quality data for each of the plurality of responsive signals using quality parameters to select a transmit polarization subset having received symbol quality data that is above a quality threshold; transmitting further interrogation signals to the one or more RFID tags using the selected transmit polarization subset. transmitting (504, 604) a plurality of interrogation signals to activate one or more RFID tags, each of the plurality of interrogation signals being transmitted with a different polarization; receiving (508, 608) a plurality of responsive signals from the one or more RFID tags; characterized by analyzing (510, 610) received symbol quality data for each of the plurality of responsive signals using quality parameters to select a transmit polarization subset having received symbol quality data that is above a quality threshold; transmitting further interrogation signals to the one or more RFID tags using the selected transmit polarization subset.
A process for producing an oral care composition comprising gingerdiol the process comprising the following steps: i) adding gingerdiol to a polyol or a polyol mixture comprising less than 5 wt% of the polyol mixture of water, to form a gingerdiol pre-mix in the form of a suspension or solution; ii) adding the resulting suspension or solution to a liquid base composition. i) adding gingerdiol to a polyol or a polyol mixture comprising less than 5 wt% of the polyol mixture of water, to form a gingerdiol pre-mix in the form of a suspension or solution; ii) adding the resulting suspension or solution to a liquid base composition.
Adjusting device for adjusting the camber angle for a suspension of a motor vehicle, comprising: - a stem extending mainly in an axial direction (X-X), having a first end portion and a second end portion, - a tightening assembly, configured to be tightened on the first end portion of the stem and configured to abut against a first wall of a suspension, and - a head assembly, positioned at the second end portion of the stem and configured to abut against a second wall of the suspension upon tightening the tightening assembly, wherein the head assembly comprises a first eccentric element, removably mounted on the stem and radially protruding from the stem, configured to act as a cam, upon rotation of the stem, on a first abutment portion of the suspension, characterised in that: - the head assembly comprises a locking assembly, adapted to be removably fitted on the stem and configured to prevent removal of the first eccentric element from the second end portion of the stem, - the second end portion of the stem has a locking seat, and - the locking assembly comprises an elastic member having at least one locking portion adapted to be snap engaged in the locking seat. - a stem extending mainly in an axial direction (X-X), having a first end portion and a second end portion, - a tightening assembly, configured to be tightened on the first end portion of the stem and configured to abut against a first wall of a suspension, and - a head assembly, positioned at the second end portion of the stem and configured to abut against a second wall of the suspension upon tightening the tightening assembly, wherein the head assembly comprises a first eccentric element, removably mounted on the stem and radially protruding from the stem, configured to act as a cam, upon rotation of the stem, on a first abutment portion of the suspension, characterised in that: - the head assembly comprises a locking assembly, adapted to be removably fitted on the stem and configured to prevent removal of the first eccentric element from the second end portion of the stem, - the second end portion of the stem has a locking seat, and - the locking assembly comprises an elastic member having at least one locking portion adapted to be snap engaged in the locking seat. - the head assembly comprises a locking assembly, adapted to be removably fitted on the stem and configured to prevent removal of the first eccentric element from the second end portion of the stem, - the second end portion of the stem has a locking seat, and - the locking assembly comprises an elastic member having at least one locking portion adapted to be snap engaged in the locking seat.
A method of synthesizing a crystalline molecular sieve having an MSE framework type, the method comprising crystallizing a reaction mixture comprising a source of water, a source of an oxide of a tetravalent element, Y, selected from at least one of silicon, tin, titanium, vanadium, and germanium, optionally a source of a trivalent element, X, a source of an alkali or alkaline earth metal, M, wherein M comprises potassium, and a source of organic cations, Q, having the following general structure: R 1 -R 3 -R 2 where R 1 and R 2 are the same or different, and where R 1 and R 2 are both an N-alkylpiperidinium group of the formula where R 3 is a polymethylene group of the formula (CH 2) n, where n is from 4 to 6, or where R 3 is a cycloalkylene group having from 5 to 8 carbon atoms, and where R 4 is an alkyl group having 1 to 4 carbon atoms; or where R 1 is an N-alkylpiperidinium group of the formula where R 2 is a quinuclidinium group of the formula where R 3 is a polymethylene group of the formula (CH 2) n, where n is from 4 to 6, and where R 4 is an alkyl group having 1 to 4 carbon atoms. where R 1 and R 2 are the same or different, and where R 1 and R 2 are both an N-alkylpiperidinium group of the formula where R 3 is a polymethylene group of the formula (CH 2) n, where n is from 4 to 6, or where R 3 is a cycloalkylene group having from 5 to 8 carbon atoms, and where R 4 is an alkyl group having 1 to 4 carbon atoms; or where R 1 is an N-alkylpiperidinium group of the formula where R 2 is a quinuclidinium group of the formula where R 3 is a polymethylene group of the formula (CH 2) n, where n is from 4 to 6, and where R 4 is an alkyl group having 1 to 4 carbon atoms.
Method for cooling a consumer by way of a consumer medium, in which a cooling medium present in a cryostat in a liquid phase and in a gas phase is brought into thermal contact with a consumer, wherein, by means of a vacuum pump, cooling medium is extracted continuously from the gas phase, the extracted gaseous cooling medium from the cryostat is supplied to a condenser and reliquefied, and the reliquefied cooling medium is expanded at a throttling member to a pressure prevailing in the cryostat and is supplied to the cryostat again, wherein, upstream of the vacuum pump, at least a partial stream of the cooling medium extracted from the gas phase in the cryostat is brought into thermal contact with the cooling medium in the condenser, characterized in that the gaseous cooling medium extracted from the cryostat by means of the vacuum pump is compressed in a compressor in the condenser, and is subsequently cooled in a heat exchanger by an external coolant, expanded at an expansion member and supplied to a separator for separating a gas phase from a liquid phase, wherein the cooling medium from the gas phase of the separator is brought into thermal contact in a counterflow heat exchanger with the compressed cooling medium downstream of the compressor and upstream of the expansion member and the cooling medium from the liquid phase of the separator is supplied to the throttling member. wherein, upstream of the vacuum pump, at least a partial stream of the cooling medium extracted from the gas phase in the cryostat is brought into thermal contact with the cooling medium in the condenser, characterized in that the gaseous cooling medium extracted from the cryostat by means of the vacuum pump is compressed in a compressor in the condenser, and is subsequently cooled in a heat exchanger by an external coolant, expanded at an expansion member and supplied to a separator for separating a gas phase from a liquid phase, wherein the cooling medium from the gas phase of the separator is brought into thermal contact in a counterflow heat exchanger with the compressed cooling medium downstream of the compressor and upstream of the expansion member and the cooling medium from the liquid phase of the separator is supplied to the throttling member.
Dispenser for dispensing flowable, for example liquid or pasty masses, having a storage container for receiving the mass, and a dispenser pump of modular design, the dispenser having a longitudinal axis (x), the dispenser pump also having an inlet and an outlet channel (12, 13) and a pump chamber delimited on the inlet and outlet sides by valves (14, 15), and a head piece, wherein the head piece has a dispensing orifice and a dispensing channel, wherein the dispenser pump can be inserted into the storage container and can be connected to the storage container by a latching connection, wherein further the pump chamber is formed by a piston and a cup part, which has a cup base and a cup wall, wherein the piston is received in the cup part so as to slide, to achieve a pumping stroke (b), wherein further the cup part has fastening mouldings on the outer wall, for fastening interaction with an inner wall of a chamber wall of the storage container, the latching connection being reinforced in that the latching connection is provided, in relation to a longitudinal cross-section through the dispenser, by two latching beads (31, 32), being in distance to each other in vertical direction and being protruding radially, characterised in that both latching beads (31, 32) are formed with an insertion rounding on the supply container side, whereas on the head piece side, in relation to the longitudinal cross-section, they are formed with a substantially horizontally extending contact surface, in that the two latching beads (31, 32) are of the same design, in that each latching bead (31, 32) in an insertion direction (r) of the dispenser pump into the storage container is initially provided with a limb which encloses an acute angle (α) with an axis parallel (y) to a longitudinal axis (x) of approximately 30° to 45° with respect and which extends radially outwardly in a rising direction in the direction opposite to the insertion direction (r), in that the limb merges at the end into the insertion curve, which in turn runs into the bearing surface extending in longitudinal cross-section approximately at right angles to the axis with respect to the longitudinal axis (x), which bearing surface is directed correspondingly transversely to the insertion direction (r), and in that, viewed in the direction of extension of a longitudinal axis (x), a height (a) of each latching bead (31, 32) corresponds to approximately one third to two thirds of the material thickness of the chamber wall, the height dimension (a) being taken between root regions of the latching beads (31, 32), into which these run into an outer surface of the cup part.
A power overlay structure comprising: a POL sub-module, the POL sub-module comprising: a dielectric layer; at least one semiconductor device (44,45) having a top surface attached to the dielectric layer, the top surface having at least one contact pad formed thereon; a metal interconnect structure extending through the dielectric layer and electrically coupled to the at least one contact pad of the at least one semiconductor device (44,45); a conducting shim coupled to a bottom surface of the at least one semiconductor device (44,45); and a multi-layer thermal interface comprising a first thermal interface layer formed on the conducting shim, a ceramic insulator layer formed on top of the first thermal interface layer, and a second thermal interface layer formed on the ceramic insulator layer, wherein the first and second thermal interface layers (82, 86) comprise an electrically insulating and thermally conductive material; and a heat sink coupled to the second thermal interface layer interface. a dielectric layer; at least one semiconductor device (44,45) having a top surface attached to the dielectric layer, the top surface having at least one contact pad formed thereon; a metal interconnect structure extending through the dielectric layer and electrically coupled to the at least one contact pad of the at least one semiconductor device (44,45); a conducting shim coupled to a bottom surface of the at least one semiconductor device (44,45); and a multi-layer thermal interface comprising a first thermal interface layer formed on the conducting shim, a ceramic insulator layer formed on top of the first thermal interface layer, and a second thermal interface layer formed on the ceramic insulator layer, wherein the first and second thermal interface layers (82, 86) comprise an electrically insulating and thermally conductive material; and a heat sink coupled to the second thermal interface layer interface.
A rotary fan blade, comprising: a root, an airfoil attached to the root, which airfoil has a suction side surface, a pressure side surface, a leading edge, a trailing edge, a tip, and a slot disposed within the tip, which slot extends in a chordwise direction between the leading edge and trailing edge; and a tip insert having a base end and a rub end; wherein the base end of the tip insert is disposed within the slot, and the rub end of the tip insert extends radially outward from the tip, characterised in that: the tip insert comprises anodized aluminum, titanium and/or ceramic; and wherein the tip insert is retained within the slot by at least material attachment and/or bonding agent. a root, an airfoil attached to the root, which airfoil has a suction side surface, a pressure side surface, a leading edge, a trailing edge, a tip, and a slot disposed within the tip, which slot extends in a chordwise direction between the leading edge and trailing edge; and a tip insert having a base end and a rub end; wherein the base end of the tip insert is disposed within the slot, and the rub end of the tip insert extends radially outward from the tip, characterised in that: the tip insert comprises anodized aluminum, titanium and/or ceramic; and wherein the tip insert is retained within the slot by at least material attachment and/or bonding agent. the tip insert comprises anodized aluminum, titanium and/or ceramic; and wherein the tip insert is retained within the slot by at least material attachment and/or bonding agent.
An unmanned aircraft (101; 201) comprising: - a drive system (112; 212) able to thrust said unmanned aircraft (101; 201) during a flight; - a reverse thrust system able to reverse thrust said unmanned aircraft (101; 201) during a landing; and - a controller operationally coupled to said reverse thrust system; CHARACTERIZED IN THAT said unmanned aircraft (101; 201) further comprises: - a detector coupled to said controller and adapted to detect and notify to said controller that said unmanned aircraft (101; 201) is in an uncontrolled situation during said flight, and further in that: - said controller is adapted to activate said reverse thrust system in order to reverse thrust said unmanned aircraft (101; 201) in-flight upon notification from said detector that said unmanned aircraft (101; 201) is in an uncontrolled situation. - a drive system (112; 212) able to thrust said unmanned aircraft (101; 201) during a flight; - a reverse thrust system able to reverse thrust said unmanned aircraft (101; 201) during a landing; and - a controller operationally coupled to said reverse thrust system; - a detector coupled to said controller and adapted to detect and notify to said controller that said unmanned aircraft (101; 201) is in an uncontrolled situation during said flight, and further in that: - said controller is adapted to activate said reverse thrust system in order to reverse thrust said unmanned aircraft (101; 201) in-flight upon notification from said detector that said unmanned aircraft (101; 201) is in an uncontrolled situation.
A gas burner for caravans, boats and vehicles in general, comprising: - an injector holder (6, 6') to be applied at an opening intended to be made in a cooktop of a caravan, boat and/or vehicle in general, said injector holder (6, 6') being provided with at least one injector which is connected with at least one gas inlet, - a burner cap resting on said injector holder (6, 6') and comprising a vertical conduit facing at the bottom said injector and at the top leading into a distribution chamber of the fuel mixture, to generate at least one flame ring, - a cover, resting on said burner cap and delimiting at the top said distribution chamber of the fuel mixture, wherein there are associated, at the bottom surface of said cover, at least two protruding pins which can be inserted into corresponding through holes made in said burner cap characterized in that said protruding pins are snappingly engaged in elastic coupling means associated with said injector holder (6, 6'). - an injector holder (6, 6') to be applied at an opening intended to be made in a cooktop of a caravan, boat and/or vehicle in general, said injector holder (6, 6') being provided with at least one injector which is connected with at least one gas inlet, - a burner cap resting on said injector holder (6, 6') and comprising a vertical conduit facing at the bottom said injector and at the top leading into a distribution chamber of the fuel mixture, to generate at least one flame ring, - a cover, resting on said burner cap and delimiting at the top said distribution chamber of the fuel mixture,
A method for producing an aqueous resin dispersion, comprising a polymerization step of mixing and polymerizing a polyolefin dispersion, a radically polymerizable monomer, and a surfactant for emulsion polymerization, wherein in the polymerization step, the amount of the radically polymerizable monomer mixed at the time of adding a polymerization initiator is 0.5 to 2 times the solid component of the polyolefin dispersion in terms of parts by mass, and the amount of the solid component of the surfactant for emulsion polymerization mixed is 0 to 3 parts by mass with respect to 100 parts by mass of the total amount of the radically polymerizable monomer, wherein the polymerization step includes an operation of all-in polymerization of 50 to 100 mass% of all the radically polymerizable monomer used for production of the aqueous resin dispersion with a polymerization initiator, and wherein the polyolefin dispersion is prepared by dispersing a polyolefin and a polyether resin in a dispersion medium, wherein the polyether resin has a HLB of 1 to 8 calculated by the Griffin method.