mhurhangee/ep-ind-claims huggingface dataset:
Securing device for fitting a windscreen wiper of a motor vehicle wiping system on a drive arm, the securing device comprising: - a connector (15a; 15b) having form of longitudinal main extension and which is configured to be connected firstly to the windscreen wiper and secondly to the drive arm and comprising: • at least one first means for sliding by longitudinal translation; and • at least one first means for locking; and - a cover having form of longitudinal main extension and which is configured to cooperate with the connector (15a; 15b), such as to secure the windscreen wiper on the drive arm, and comprising: • at least one second means for sliding by longitudinal translation, which is complementary with the said at least one first means for sliding; and • at least one second means for locking, which is complementary with the said at least one first means for locking, characterised in that: - the first means for sliding and locking are produced in a single piece with the connector (15a; 15b); in that - the second means for sliding and locking are produced in a single piece with the cover; and in that - the said at least one second means for sliding is distinct from the said at least one second means for locking. - a connector (15a; 15b) having form of longitudinal main extension and which is configured to be connected firstly to the windscreen wiper and secondly to the drive arm and comprising: • at least one first means for sliding by longitudinal translation; and • at least one first means for locking; and • at least one first means for sliding by longitudinal translation; and • at least one first means for locking; and - a cover having form of longitudinal main extension and which is configured to cooperate with the connector (15a; 15b), such as to secure the windscreen wiper on the drive arm, and comprising: • at least one second means for sliding by longitudinal translation, which is complementary with the said at least one first means for sliding; and • at least one second means for locking, which is complementary with the said at least one first means for locking, • at least one second means for sliding by longitudinal translation, which is complementary with the said at least one first means for sliding; and • at least one second means for locking, which is complementary with the said at least one first means for locking, - the first means for sliding and locking are produced in a single piece with the connector (15a; 15b); in that - the second means for sliding and locking are produced in a single piece with the cover; and in that - the said at least one second means for sliding is distinct from the said at least one second means for locking.
An electrical energy storage apparatus, in particular for hybrid, plug-in, fuel cell and electric vehicles, comprising a housing, which contains: - a store for electrical energy; - a battery contactor box; and - a high-voltage distribution device, which is designed for current and voltage distribution, characterized in that a) the high-voltage distribution device comprises a plurality of power and auxiliary assembly interfaces in the form of corresponding high-voltage lines and the respective fuses; b1) the electrical energy storage apparatus comprises a DC charging interface in order to charge the store for electrical energy, wherein the DC charging interface comprises a DC charging socket arranged on the housing, said DC charging socket being connected to a fuse and at least one disconnection apparatus, which are arranged in the contactor box; and b2) the electrical energy storage apparatus comprises an AC/DC charging device, which comprises an AC charging socket arranged on the housing and an AC/DC converter arranged in the housing, the input side of said AC/DC converter being connected to the charging socket and the output side of said AC/DC converter being connected to the high-voltage distribution device. - a store for electrical energy; - a battery contactor box; and - a high-voltage distribution device, which is designed for current and voltage distribution, a) the high-voltage distribution device comprises a plurality of power and auxiliary assembly interfaces in the form of corresponding high-voltage lines and the respective fuses; b1) the electrical energy storage apparatus comprises a DC charging interface in order to charge the store for electrical energy, wherein the DC charging interface comprises a DC charging socket arranged on the housing, said DC charging socket being connected to a fuse and at least one disconnection apparatus, which are arranged in the contactor box; and b2) the electrical energy storage apparatus comprises an AC/DC charging device, which comprises an AC charging socket arranged on the housing and an AC/DC converter arranged in the housing, the input side of said AC/DC converter being connected to the charging socket and the output side of said AC/DC converter being connected to the high-voltage distribution device.
An apparatus comprising a sensor array, configured to produce an array output value in response to an environmental stimulus, a measurement circuit and a controller, the sensor array comprising a plurality of sensors and a common output terminal connected to the respective outputs of the sensors, each sensor having first and second electrodes (601, 602) configured to output a respective sensor output value in a particular environment based on the areas of the first and second electrodes and/or the spacing therebetween, the measurement circuit configured to measure the array output value at the common output terminal, the controller configured to control which of the sensors are connected to the common output terminal using respective switches to vary the effective area and/or spacing of the sensor array such that the array output value at the common output terminal, based on the contribution of the respective sensor output values of the connected sensors, is held within a detectable range of the measurement circuit. the sensor array comprising a plurality of sensors and a common output terminal connected to the respective outputs of the sensors, each sensor having first and second electrodes (601, 602) configured to output a respective sensor output value in a particular environment based on the areas of the first and second electrodes and/or the spacing therebetween, the measurement circuit configured to measure the array output value at the common output terminal, the controller configured to control which of the sensors are connected to the common output terminal using respective switches to vary the effective area and/or spacing of the sensor array such that the array output value at the common output terminal, based on the contribution of the respective sensor output values of the connected sensors, is held within a detectable range of the measurement circuit.
An electronic device (1, 31) for creating light effects related to content being displayed on a display to a user, the electronic device (1, 31) comprising at least one processor (5, 35) configured to: - change a light state of at least one light source (11,13) while the user is watching the content; - detect an attention shift based on a change in an orientation of the user's head and/or the user's gaze based on information received from a camera or an augmented reality glasses and characterised in that the processor is further configured to - determine whether said attention shift coincides with said change of said light state, and - store a preference for said light state in dependence on said attention shift coinciding with said change of said light state. - change a light state of at least one light source (11,13) while the user is watching the content; - detect an attention shift based on a change in an orientation of the user's head and/or the user's gaze based on information received from a camera or an augmented reality glasses and - determine whether said attention shift coincides with said change of said light state, and - store a preference for said light state in dependence on said attention shift coinciding with said change of said light state.
A Ni based alloy material, having a chemical composition which consists of by mass percent, C: not more than 0.03%, Si: 0.01 to 0.5%, Mn: 0.01 to 1.0%, P: not more than 0.03%, S: not more than 0.01%, Cr: not less than 20% to less than 30%, Ni: more than 40% to not more than 50%, Cu: more than 2.0% to not more than 5.0%, Mo: 4.0 to 10%, Al: 0.005 to 0.5%, W: 0.1 to 10% and N: more than 0.10% to not more than 0.35% and optionally one or more elements selected from Ca: not more than 0.01% and Mg: not more than 0.01% in lieu of a part of Fe, with the balance being Fe and impurities, and the following formula is satisfied, 0.5 Cu + Mo ≥ 6.5 and further, having a surface hardness of a Vickers hardness of not less than 350 at 500°C; wherein, each element symbol in the formula represents the content by mass percent of the element concerned.
A stopper or closure for a product retaining container constructed for being inserted and securely retained in a portal forming neek of the container for sealingly closing the container and retaining the products therein, said stopper/closure comprising: A. an elongated, cylindrically shaped member having an outer curved surface and substantially flat terminating ends (27; 28); and B. a multi-layer film member (16; 18) a) affixed to at least one of said flat terminating ends (27; 28) in complete, intimate, bonded engagement with substantially the entire flat surface thereof, and b) comprising a portion extending beyond a terminating edge of said flat end, (27; 28) with said extending portion peripherally surrounding and engaging a portion of the outer peripheral surface of the closure, and c) constructed for controlling the passage of gases, chemicals, and compounds through the synthetic closure for optimizing the desired characteristics of the product; whereby a closure is attained which is capable of completely sealing any desired product in a container while also providing a terminating end (27; 28) which retains the product in the container for any desired length of time without any degradation of the product, characterized in that the extending portion of the multi-layer film member (16; 18) is further defined as comprising a width ranging between about 0,75 mm and 2,5 mm. A. an elongated, cylindrically shaped member having an outer curved surface and substantially flat terminating ends (27; 28); and B. a multi-layer film member (16; 18) a) affixed to at least one of said flat terminating ends (27; 28) in complete, intimate, bonded engagement with substantially the entire flat surface thereof, and b) comprising a portion extending beyond a terminating edge of said flat end, (27; 28) with said extending portion peripherally surrounding and engaging a portion of the outer peripheral surface of the closure, and c) constructed for controlling the passage of gases, chemicals, and compounds through the synthetic closure for optimizing the desired characteristics of the product; a) affixed to at least one of said flat terminating ends (27; 28) in complete, intimate, bonded engagement with substantially the entire flat surface thereof, and b) comprising a portion extending beyond a terminating edge of said flat end, (27; 28) with said extending portion peripherally surrounding and engaging a portion of the outer peripheral surface of the closure, and c) constructed for controlling the passage of gases, chemicals, and compounds through the synthetic closure for optimizing the desired characteristics of the product;
A frame for a grand piano or an upright piano comprising a front panel, a rear panel as well as a plurality of longitudinal struts connecting the front panel and the rear panel, characterised in that at least one local mass maximum is formed on at least one longitudinal strut having a minimum length of 500 mm, as viewed in the direction of longitudinal extent thereof, between the front panel and the rear panel in a discrete region of the longitudinal strut by partially increasing the cross-sectional area, by partially using a material having a higher density and/or by fixing a separate element in a discrete region of the longitudinal strut, said local mass maximum extending over a length of the longitudinal strut of at most 150 mm, wherein the at least one longitudinal strut on which the at least one local mass maximum is formed has a connecting region to another element of the frame and at least one additional local mass maximum is formed on this longitudinal strut spaced apart from this connecting region.
A method for controlling an aircraft system, comprising: receiving an indication of an operation mode of the aircraft; automatically selecting a generally constant output level from among a fixed number of multiple, preset output levels, based at least in part on the operation mode; and directing an electric motor to produce the selected output level, wherein the electric motor is coupled to a hydraulic pump and wherein the method further comprises driving the pump while an audible noise output of the pump is at an approximately constant level and while the electric motor produces the selected output level. receiving an indication of an operation mode of the aircraft; automatically selecting a generally constant output level from among a fixed number of multiple, preset output levels, based at least in part on the operation mode; and directing an electric motor to produce the selected output level, wherein the electric motor is coupled to a hydraulic pump and wherein the method further comprises driving the pump while an audible noise output of the pump is at an approximately constant level and while the electric motor produces the selected output level.
An electric coolant pump for a motor vehicle, the electric coolant pump comprising: a wet section in which is arranged an impeller and a permanently magnetized motor rotor of an electronically commutated electromotor, and a dry section in which is arranged an electric circuit board comprising a plurality of power semiconductors (30, 30') which each comprise a cooling lug (34, 34'), the wet section and the dry section being separated from each other by a partition wall lying in a traverse plane, and the power semiconductors (30, 30') being each arranged on a proximal side of the electric circuit board facing the partition wall, characterized in that each cooling lug (34, 34') is arranged on a separate conductor strip (42, 42') of the circuit board, and on a side of the partition wall facing the electric circuit board, the partition wall comprises a heat conductor means which is configured to be electrically non-conductive, the heat conductor means being arranged to rest directly on the cooling lug conductor strip /42, 42'). a wet section in which is arranged an impeller and a permanently magnetized motor rotor of an electronically commutated electromotor, and a dry section in which is arranged an electric circuit board comprising a plurality of power semiconductors (30, 30') which each comprise a cooling lug (34, 34'), the wet section and the dry section being separated from each other by a partition wall lying in a traverse plane, and the power semiconductors (30, 30') being each arranged on a proximal side of the electric circuit board facing the partition wall, characterized in that each cooling lug (34, 34') is arranged on a separate conductor strip (42, 42') of the circuit board, and on a side of the partition wall facing the electric circuit board, the partition wall comprises a heat conductor means which is configured to be electrically non-conductive, the heat conductor means being arranged to rest directly on the cooling lug conductor strip /42, 42').
A pyloric obstruction device comprising: an obstruction disc mounted on a shaft, said disc comprising a membrane attached to a peripheral frame; and an anchoring member extending from a distal portion of said shaft; said shaft being bent at a central bend point to form an arm that extends radially outwards from a central axis and which is then curved circumferentially about the central axis to form said peripheral frame; wherein said obstruction disc, said shaft and said anchoring member have a unitary construction made from a bent slender element. an obstruction disc mounted on a shaft, said disc comprising a membrane attached to a peripheral frame; and an anchoring member extending from a distal portion of said shaft;
Device - for detecting and signalling a leak in a double-walled pipe system of a heat exchanger for heating fresh water by means of heat from waste water in the sanitary area, by detecting leakage liquid which, in the event of a leak, can escape from an intermediate space into a cavity, comprising - an elastic element - and a signalling unit, wherein - the signalling unit is set up to generate an acoustic signal, and - to activate the signalling unit by a mechanical deformation of the elastic element characterised in that the device comprises - the cavity adapted to be connected to an intermediate space of the double-walled pipe system, wherein - the elastic element forms part of the boundary of the cavity, - the elastic element is liquid-tight, - the device is designed to increase the pressure in the cavity by leakage fluid flowing into the cavity, - and by this increase in pressure to bring about the mechanical deformation of the elastic element by leakage fluid flowing into the cavity. - for detecting and signalling a leak in a double-walled pipe system of a heat exchanger for heating fresh water by means of heat from waste water in the sanitary area, by detecting leakage liquid which, in the event of a leak, can escape from an intermediate space into a cavity, comprising in a double-walled pipe system of a heat exchanger for heating fresh water by means of heat from waste water in the sanitary area, by detecting leakage liquid which, in the event of a leak, can escape from an intermediate space into a cavity, comprising - an elastic element - and a signalling unit, wherein - the signalling unit is set up to generate an acoustic signal, and - to activate the signalling unit by a mechanical deformation of the elastic element characterised in that the device comprises - the cavity adapted to be connected to an intermediate space of the double-walled pipe system, wherein - the elastic element forms part of the boundary of the cavity, - the elastic element is liquid-tight, - the device is designed to increase the pressure in the cavity by leakage fluid flowing into the cavity, - and by this increase in pressure to bring about the mechanical deformation of the elastic element by leakage fluid flowing into the cavity.
Stone splitter, having two height-adjustable vertical support members, a support plate disposed between the two vertical support members and a cutter blade held above the support plate and on the two vertical support members, wherein the cutter blade can be set at a basic height above the support plate by means of the vertical support members and the height of the cutter blade can be adjusted relative to this basic height by means of an eccentric, and having an operating element that acts on the eccentric to adjust the height of the cutter blade, wherein guiding means are disposed in each of the two vertical support members to adjust the height of each vertical support member, characterised in that the means of guiding the two vertical support members are coupled together such that the guiding means can be operated in the same way by means of a common handle and that the eccentric enables a lifting height of less than 7 mm.
An exhaust after treatment system provided in an exhaust passage of an internal combustion engine, the exhaust after treatment system comprising: an adsorption layer having the function of adsorbing hydrocarbons in the exhaust; a catalyst layer arranged at the same position as the adsorption layer in the direction of flow of exhaust and having an oxidation function of oxidizing the hydrocarbons; a thermal energy generator generating thermal energy; a control device configured to control the thermal energy generated by the thermal energy generator such that the thermal energy supplied to the catalyst layer is made larger than the thermal energy supplied to the adsorption layer; characterised by a microwave irradiation device configured to irradiate microwaves toward the catalyst layer, wherein the thermal energy generator is a microwave absorber contained in the catalyst layer and generating heat by being irradiated by microwaves. the exhaust after treatment system comprising: an adsorption layer having the function of adsorbing hydrocarbons in the exhaust; a catalyst layer arranged at the same position as the adsorption layer in the direction of flow of exhaust and having an oxidation function of oxidizing the hydrocarbons; a thermal energy generator generating thermal energy; a control device configured to control the thermal energy generated by the thermal energy generator such that the thermal energy supplied to the catalyst layer is made larger than the thermal energy supplied to the adsorption layer; an adsorption layer having the function of adsorbing hydrocarbons in the exhaust; a catalyst layer arranged at the same position as the adsorption layer in the direction of flow of exhaust and having an oxidation function of oxidizing the hydrocarbons; a thermal energy generator generating thermal energy; a control device configured to control the thermal energy generated by the thermal energy generator such that the thermal energy supplied to the catalyst layer is made larger than the thermal energy supplied to the adsorption layer; characterised by a microwave irradiation device configured to irradiate microwaves toward the catalyst layer, wherein the thermal energy generator is a microwave absorber contained in the catalyst layer and generating heat by being irradiated by microwaves. a microwave irradiation device configured to irradiate microwaves toward the catalyst layer, wherein the thermal energy generator is a microwave absorber contained in the catalyst layer and generating heat by being irradiated by microwaves.