mhurhangee/ep-ind-claims huggingface dataset:
Refrigerator device, in particular domestic refrigerator device, with a housing which encloses a thermally-insulating holding space for refrigerated goods, wherein on a backside of the housing at least one condenser is arranged, the condenser is retained on the housing in at least one clamping holder which is fixed in relation to the housing, the condenser has an upper horizontal edge region, a lower horizontal edge region and two lateral vertical edge regions (LR; RR), and the condenser is retained in the clamping holder with at least one of said edge regions (UR; OR; LR; RR), wherein the edge region (OR; UR; RR; LR) opposite to the at least one clamp mounting is secured to the housing in a permanent manner, in particular is riveted or screwed thereto, wherein the clamping holder has a stop element securing the edge region (UR; OR; LR; RR) from the back wall outwardly and an abutment securing the edge region (UR; OR; LR; RR) against movement towards the back wall, wherein the clamping holder has a retainer engaging into the condenser, which retainer secures the held edge region (UR; OR; LR; RR) against a retraction with a component in the direction of the centre of the area occupied by the condenser, characterised in that the retainer has a latching projection on its underside, wherein the condenser has reached a vertical end position and in doing so engages behind the latching projection in a latching manner with its lowermost pipeline and is thus also retained so as to be aligned in the vertical direction, wherein the condenser abuts the abutment and the opposite stop element following the latching, wherein the abutment is offset in relation to the outer stop element in the direction towards the centre of the area occupied by the condenser and the abutment has an increased elastic deformability in relation to the stop element.
An optical connector comprising: a lens; a ferrule assembly comprising a ferrule with an endface and at least one fiber in said ferrule having a fiber end presented at said endface; a housing for holding said ferrule assembly and said lens in a certain axial and radial relationship, said housing having a front and back orientation and comprising a first stop; and a glass element having a first surface and a second surface, said first surface is in physical contact with said fiber end, and said second surface having an antireflective coating and defining a space between said second surface and said lens, characterized in that said first stop is arranged to contact and position said endface of said ferrule; said housing includes a second stop which is arranged to contact and position a back of the lens; and said first surface is affixed to said endface such that said first surface is in physical contact with said fiber end. a lens; a ferrule assembly comprising a ferrule with an endface and at least one fiber in said ferrule having a fiber end presented at said endface; a housing for holding said ferrule assembly and said lens in a certain axial and radial relationship, said housing having a front and back orientation and comprising a first stop; and a glass element having a first surface and a second surface, said first surface is in physical contact with said fiber end, and said second surface having an antireflective coating and defining a space between said second surface and said lens, characterized in that said first stop is arranged to contact and position said endface of said ferrule; said housing includes a second stop which is arranged to contact and position a back of the lens; and said first surface is affixed to said endface such that said first surface is in physical contact with said fiber end.
Dishwasher provided with an anti-flood safety system comprising: - a container for collecting escaped water located on the base of the dishwasher, and - a sensor device for detecting a predetermined threshold level reached by the water in said container, and for sending a signal when said level is reached, said dishwasher being characterized in that said sensor device includes a radiation emitter and an associated radiation receiver, and is of the static type, not comprising any moving parts, wherein said radiation emitter and radiation receiver are incorporated in a single supporting casing located above the inner cavity of a dihedral formation having a first wing and a second wing which meet at a vertex pointing towards the base of said container, wherein the radiation emitted by the emitter undergoes an initial reflection from the first wing and another reflection from the second wing, being finally reflected towards the receiver, the extent of these reflections being affected by the presence or absence of escaped water in the container between said wings (20, 22), so that, as soon as a quantity of water corresponding to the predetermined threshold level has accumulated, the signal is sent by the sensor device and used by a printed circuit board, which is used also for other functions of the dishwasher, to cause the activation of a pump in order to discharge the water contained in a wash chamber. - a container for collecting escaped water located on the base of the dishwasher, and - a sensor device for detecting a predetermined threshold level reached by the water in said container, and for sending a signal when said level is reached,
A catheter system comprising: a plurality of mapping electrodes configured to sense activation signals of intrinsic physiological activity disposed in or near the cardiac chamber, the activation signals including a near-field activation signal component and a far-field activation signal component; and a processing system associated with the plurality of mapping electrodes, the processing system configured to isolate far-field events in the activations and generate a far-field activation template representative of the far-field activation signal component based on the far-field events, the processing system further configured to filter the far-field activation template from the activation signals to identify the near-field activation signal components in the activation signals and to map the identified near-field activation signal component, wherein the processing system is further configured to blank or disable one or more channels of the mapping electrodes with detected far-field activations having inconsistent amplitudes from among consecutive activation signals. a plurality of mapping electrodes configured to sense activation signals of intrinsic physiological activity disposed in or near the cardiac chamber, the activation signals including a near-field activation signal component and a far-field activation signal component; and a processing system associated with the plurality of mapping electrodes, the processing system configured to isolate far-field events in the activations and generate a far-field activation template representative of the far-field activation signal component based on the far-field events, the processing system further configured to filter the far-field activation template from the activation signals to identify the near-field activation signal components in the activation signals and to map the identified near-field activation signal component, wherein the processing system is further configured to blank or disable one or more channels of the mapping electrodes with detected far-field activations having inconsistent amplitudes from among consecutive activation signals.
A rotor assembly for a rotary-wing aircraft, the rotor comprising: a hub assembly having a flexure-type yoke with multiple arms, each arm being adapted for a rotor blade to be mounted thereto; an inboard pitch bearing and an outboard pitch bearing associated with each arm, the bearings for each arm being coaxial and defining a pitch axis extending generally along the length of the associated arm, the bearings for each arm being adapted to allow rotation of an attached blade about the pitch axis relative to the hub assembly; and wherein the outboard pitch bearing is configured to receive each arm through an interior of the outboard pitch bearing, and characterized in further comprising an annular brace extending between the inboard and outboard pitch bearings of each arm, each brace maintaining the associated bearings in a coaxial orientation during flapping movement of the arms relative to the hub. a hub assembly having a flexure-type yoke with multiple arms, each arm being adapted for a rotor blade to be mounted thereto; an inboard pitch bearing and an outboard pitch bearing associated with each arm, the bearings for each arm being coaxial and defining a pitch axis extending generally along the length of the associated arm, the bearings for each arm being adapted to allow rotation of an attached blade about the pitch axis relative to the hub assembly; and wherein the outboard pitch bearing is configured to receive each arm through an interior of the outboard pitch bearing, and characterized in further comprising an annular brace extending between the inboard and outboard pitch bearings of each arm, each brace maintaining the associated bearings in a coaxial orientation during flapping movement of the arms relative to the hub.
Mounting device for securing a hat-shaped tyre module, in particular a tyre pressure sensor, on an inner side of a pneumatic tyre for vehicles, having a stand, from which a support arm extends, wherein a placement head, which can be lowered using a predetermined force, is attached on the longitudinal end of the support arm facing away from the stand, wherein the placement head has a retaining device, with which the hat-shaped tyre module may be detachably held in a clamping way on the placement head during the fixing, and at least one heating element for material connection of the hat-shaped tyre module to the inner side of the pneumatic tyre, wherein the support arm is mounted on the stand to be pivotable at its longitudinal end facing away from the placement head, wherein at least one first pneumatic cylinder, which is designed to raise and lower the placement head with the predetermined force, is arranged on the support arm, and wherein the placement head is designed as a hollow cylinder and the hat-shaped tyre module is arranged pressed into the cavity of the placement head in such a way that a circumferential edge of the tyre module and the bottom side of the hat-shaped tyre module are arranged on a longitudinal end of the placement head facing away from the first pneumatic cylinder, so that at least the circumferential edge of the hat-shaped tyre module is pressed on to the inner side of the pneumatic tyre during the lowering of the placement head.
A method for manufacturing a steel tube with superior corrosion-resistance, the method comprising the steps of: a first step of preheating a steel tube formed through a milling process; a second step of maintaining the temperature of the preheated steel tube above a predetermined temperature, and creating a reduction atmosphere; a third step of melting an Al-Zn alloy containing 55 wt% of aluminum and 43.4-44.9 wt.% of zinc, and plating the molten alloy over the surface of the steel tube; a fourth step of cooling the steel tube; and a fifth step of coating the surface of the steel tube with a resin characterized in that the third step includes selectively inserting a level block into a pot containing the molten alloy to increase a level of the molten alloy, so that the molten alloy flows into a plating part protruding from the pot and is plated over the surface of the steel tube passing vertically upwardly through the plating part storing the molten alloy; wherein a separator for defining an upper space is installed inside the pot while the level block is vertically movably mounted on one side of the separator for preventing fluctuations of the level of molten alloy around the plating part due to the vertical movement of the level block. a first step of preheating a steel tube formed through a milling process; a second step of maintaining the temperature of the preheated steel tube above a predetermined temperature, and creating a reduction atmosphere; a third step of melting an Al-Zn alloy containing 55 wt% of aluminum and 43.4-44.9 wt.% of zinc, and plating the molten alloy over the surface of the steel tube; a fourth step of cooling the steel tube; and a fifth step of coating the surface of the steel tube with a resin the third step includes selectively inserting a level block into a pot containing the molten alloy to increase a level of the molten alloy, so that the molten alloy flows into a plating part protruding from the pot and is plated over the surface of the steel tube passing vertically upwardly through the plating part storing the molten alloy;
A wick assembly for a drip torch, the torch comprising a canister configured to store liquid fuel, a tube couplable at a first end to the canister, the tube being configured to convey the fuel from the canister to a nozzle couplable to a second end of the tube opposite the first end, the nozzle being configured to dispense the fuel, the wick assembly comprises: - a wick operationally connectable to the nozzle, the wick being configured to be impregnated with the fuel and to be ignited with fire, the wick comprises a channel that crosses the same, the channel being provided with an inlet and an outlet, wherein the inlet is arranged around the nozzle enabling the passage of the fuel to the outlet of the channel; characterised in that it comprises: - a support couplable to the nozzle and/or to the tube, the wick being couplable to said support, the support being configured to hold the wick and enable aeration of the same, wherein the support comprises a body essentially in the shape of a bushing with a coupling end configured to be coupled to the nozzle and/or to the tube, and configured to house the wick, wherein a side wall of the bushing comprises openings intended for aeration of the wick. - a wick operationally connectable to the nozzle, the wick being configured to be impregnated with the fuel and to be ignited with fire, the wick comprises a channel that crosses the same, the channel being provided with an inlet and an outlet, wherein the inlet is arranged around the nozzle enabling the passage of the fuel to the outlet of the channel; - a support couplable to the nozzle and/or to the tube, the wick being couplable to said support, the support being configured to hold the wick and enable aeration of the same, wherein the support comprises a body essentially in the shape of a bushing with a coupling end configured to be coupled to the nozzle and/or to the tube, and configured to house the wick, wherein a side wall of the bushing comprises openings intended for aeration of the wick.
Footwear, especially boots with a protective function against chemical poisons, especially chemical warfare agents, with a multilayer structure, comprising an outer layer facing away from the foot in the worn state, and a related inner layer facing towards the outer layer in the worn state, in particular a shoe lining, wherein an adsorption layer is additionally arranged between the outer layer and the inner layer, consisting of a adsorption substance in the form of activated carbon to adsorb chemical poisons. wherein the outer layer is made of a breathable, water vapor permeable material, wherein the outer layer is oleophobic and/or hydrophobic, wherein the adsorption material of the adsorption layer is impregnated with at least a catalyst, and wherein the adsorption material of the adsorption layer is freely accessible to at least 50% of the chemical poisons to be adsorbed.
Method for measuring the pressure of a vessel which can be filled with a medium, A. wherein during a filling or emptying process a corrected internal pressure (Pkorr) is determined by reference to a pressure value (Ps) detected by means of a pressure sensor, as a function of a switched state of a valve provided for filling or emptying the vessel, characterized in that B. at the start or at the end of the filling or emptying of the vessel the pressure value (Ps) measured by the pressure sensor is filtered as a function of the corresponding switched state of the valve. A. wherein during a filling or emptying process a corrected internal pressure (Pkorr) is determined by reference to a pressure value (Ps) detected by means of a pressure sensor, as a function of a switched state of a valve provided for filling or emptying the vessel, characterized in that B. at the start or at the end of the filling or emptying of the vessel the pressure value (Ps) measured by the pressure sensor is filtered as a function of the corresponding switched state of the valve.
A method for adjusting a wireless signal scanning rate based on a pedestrian dead-reckoning, PDR, reliability level estimate, comprising: estimating a PDR reliability level from sensor data provided by at least one sensor during PDR, wherein the PDR reliability level is estimated based at least in part on device stability, rotation of the device, motion of the device, or any combination thereof determined from the sensor data during PDR; determining a wireless signal scanning rate based at least in part on the estimated PDR reliability level, wherein wireless signal scanning is performed at the wireless signal scanning rate to obtain position fixes used during PDR; adjusting the wireless signal scanning rate from a first initial wireless signal scanning rate to the determined wireless signal scanning rate based on the estimated PDR reliability level during PDR; and performing the wireless signal scanning at the determined wireless signal scanning rate. estimating a PDR reliability level from sensor data provided by at least one sensor during PDR, wherein the PDR reliability level is estimated based at least in part on device stability, rotation of the device, motion of the device, or any combination thereof determined from the sensor data during PDR; determining a wireless signal scanning rate based at least in part on the estimated PDR reliability level, wherein wireless signal scanning is performed at the wireless signal scanning rate to obtain position fixes used during PDR; adjusting the wireless signal scanning rate from a first initial wireless signal scanning rate to the determined wireless signal scanning rate based on the estimated PDR reliability level during PDR; and performing the wireless signal scanning at the determined wireless signal scanning rate.
An apparatus for stimulating neural activity in a vagal nerve of a patient, the apparatus comprising: one or more electrodes each configured to apply an electrical signal to said vagal nerve of the patient; and a controller coupled to the one or more electrodes, the controller controlling the electrical signal to be applied by each of the one or more electrodes, such that the electrical signal selectively stimulates neural activity in afferent A fibres of the vagal nerve to produce a physiological response in the patient, wherein the electrical signal comprises a pulsed DC waveform having a frequency in the range of 1 Hz - 1 KHz and a pulse duration of 0.005-0.1 ms. one or more electrodes each configured to apply an electrical signal to said vagal nerve of the patient; and a controller coupled to the one or more electrodes, the controller controlling the electrical signal to be applied by each of the one or more electrodes, such that the electrical signal selectively stimulates neural activity in afferent A fibres of the vagal nerve to produce a physiological response in the patient, wherein the electrical signal comprises a pulsed DC waveform having a frequency in the range of 1 Hz - 1 KHz and a pulse duration of 0.005-0.1 ms.
A method of producing wood pellets comprising: applying a booster to wood, preferably at a rate of 0.01 wt.% to 2 wt.% of the wood, more preferably at a rate of 0.1 wt.% of the wood; wherein the booster comprises tall oil pitch and tall oil head and forming the wood into wood pellets, where the application of the booster results in increased throughput of the wood pellets compared to throughput of wood pellets formed from wood without the booster, wherein the booster preferably lubricates the wood and allows the wood pellets to be formed with less energy than would be required to form wood pellets from wood without the booster. applying a booster to wood, preferably at a rate of 0.01 wt.% to 2 wt.% of the wood, more preferably at a rate of 0.1 wt.% of the wood; wherein the booster comprises tall oil pitch and tall oil head and forming the wood into wood pellets,
A dryer polymer tube comprising: a hetero-phase polymer composition comprising: poly(vinylidene fluoride) (PVDF), sulfonated polystyrene and poly(methyl methacrylate) (PMMA) at a ratio of approximately 70%(wt)/20%(wt)/10%(wt) respectively, or any salt or derivative thereof; or poly (vinylidene fluoride) (PVDF), sulfonated Styrene-Ethylene-Butylene-Styrene (SEBS) copolymer and methyl methacrylate butadiene styrene at a ratio of approximately 49%(wt)/49%(wt)/2%(wt) respectively, or any salt or derivative thereof; wherein said hetero-phase polymer composition has a co-continuous phase structure in which the PS and the PVDF or the SEBS and the PVDF intertwine such that both polymers remain substantially continuous throughout at least a portion of the hetero-phase polymer composition; and wherein the tube is adapted to pervaporate water, water vapor or both from a gas while maintaining the concentration of other gas components. a hetero-phase polymer composition comprising: poly(vinylidene fluoride) (PVDF), sulfonated polystyrene and poly(methyl methacrylate) (PMMA) at a ratio of approximately 70%(wt)/20%(wt)/10%(wt) respectively, or any salt or derivative thereof; or poly (vinylidene fluoride) (PVDF), sulfonated Styrene-Ethylene-Butylene-Styrene (SEBS) copolymer and methyl methacrylate butadiene styrene at a ratio of approximately 49%(wt)/49%(wt)/2%(wt) respectively, or any salt or derivative thereof; poly(vinylidene fluoride) (PVDF), sulfonated polystyrene and poly(methyl methacrylate) (PMMA) at a ratio of approximately 70%(wt)/20%(wt)/10%(wt) respectively, or any salt or derivative thereof; or poly (vinylidene fluoride) (PVDF), sulfonated Styrene-Ethylene-Butylene-Styrene (SEBS) copolymer and methyl methacrylate butadiene styrene at a ratio of approximately 49%(wt)/49%(wt)/2%(wt) respectively, or any salt or derivative thereof; wherein said hetero-phase polymer composition has a co-continuous phase structure in which the PS and the PVDF or the SEBS and the PVDF intertwine such that both polymers remain substantially continuous throughout at least a portion of the hetero-phase polymer composition; and wherein the tube is adapted to pervaporate water, water vapor or both from a gas while maintaining the concentration of other gas components.
Filtering device for filtering gaseous fluids, in particular air filter in motor vehicles, with a filter insert comprising a filter medium and a gasket element, with a filter housing into which the filter insert can be inserted, wherein the filter housing comprises two housing components (10, 11) to be put together and the gasket element is clamped between sealing webs (13, 14) at the housing components (10, 11), wherein the sealing webs (13, 14) are disposed opposite each other, wherein the clamping force produced by the opposing sealing webs (13, 14) and applied to the gasket element extends at least approximately orthogonally to the mounting direction of the housing components (10, 11), wherein the gasket element protrudes into a receiving space which is limited on the side facing the filter medium by a sealing web and on the side facing away from the filter medium by a supporting web, wherein in mounted state the second sealing web protrudes into the receiving space and contacts directly the gasket element, characterized in that the second sealing web is located parallel to the supporting web, wherein the supporting web forms a sliding surface for the sealing web during mounting.