mhurhangee/ep-ind-claims huggingface dataset:
A braking device for vehicles, comprising a support element supporting a block of friction material, an electrically insulated electrical circuit, and a plurality of piezoceramic sensors interposed between the block of friction material and the support element, said electrical circuit being connected to said plurality of piezoceramic sensors so as to pick up an electric response signal emitted by said plurality of piezoceramic sensors when said braking device is subjected to an external compression force, characterized in that on said support at each piezoceramic sensor a corresponding protective element is located, each piezoceramic sensor being embedded within the corresponding protective element, said protective element having one or more layers of resin-based material applied to protect said piezoceramic sensor, said protective element being configured to direct a predetermined part of said external compression force onto an area of the support element surrounding said piezoceramic sensor, said resin-based material being electrically and thermally insulating and being selected from among materials having substantially stable mechanical properties in a temperature interval comprised between -40°C and at least 200°C, so as to limit or cancel out the variation in the response signal with the temperature variations to which said plurality of piezoceramic sensors is exposed in said temperature interval, wherein said plurality of piezoceramic sensors is embedded within said plurality of protective element and said plurality of protective element is embedded into the block of friction material or into a damping layer interposed between the block of friction material and the support element.
A method for manufacturing a crimp terminal having a crimp portion that allows crimp connection to a conductor part of a coated wire, wherein the method comprises: forming a tubular body (Tp) by bringing together side edges of a plate material made of metal composed of a copper alloy having a copper content ratio of greater than or equal to 70%; forming a sealing portion (Tf) by pressing and squeezing an end of the tubular body (Tp); setting a power density of the laser light and a sweep rate of the laser light in such a manner that a weld bead formed at the side edge portion after the welding has a width of 80 μm to 390 μm; irradiating with laser light from a laser irradiation unit: a periphery of the sides edges, which are brought together, to weld them; and the sealing portion (Tf) to weld it (Tf). forming a tubular body (Tp) by bringing together side edges of a plate material made of metal composed of a copper alloy having a copper content ratio of greater than or equal to 70%; forming a sealing portion (Tf) by pressing and squeezing an end of the tubular body (Tp); setting a power density of the laser light and a sweep rate of the laser light in such a manner that a weld bead formed at the side edge portion after the welding has a width of 80 μm to 390 μm; irradiating with laser light from a laser irradiation unit: a periphery of the sides edges, which are brought together, to weld them; and the sealing portion (Tf) to weld it (Tf). a periphery of the sides edges, which are brought together, to weld them; and the sealing portion (Tf) to weld it (Tf).
A method of reducing carbon dioxide and metal-containing dust, the method comprising: removing the carbon dioxide and metal-containing dust present in off-gas by passing the off-gas which contains carbon dioxide and metal-containing dust through a reactor containing sulfur-oxidizing microorganisms and a sulfur-containing medium, wherein the sulfur-oxidizing microorganisms produce sulfuric acid by oxidizing sulfur contained in the sulfur-containing medium using carbon dioxide as a carbon source, and the sulfuric acid produced reacts with the metal contained in the dust to produce metal sulfate. removing the carbon dioxide and metal-containing dust present in off-gas by passing the off-gas which contains carbon dioxide and metal-containing dust through a reactor containing sulfur-oxidizing microorganisms and a sulfur-containing medium, wherein the sulfur-oxidizing microorganisms produce sulfuric acid by oxidizing sulfur contained in the sulfur-containing medium using carbon dioxide as a carbon source, and the sulfuric acid produced reacts with the metal contained in the dust to produce metal sulfate.
Method for preparing a flour tortilla, comprising - preparing a tortilla dough from cereal flour and fat particles, which fat particles at least substantially consist of triglycerides of fatty acids having 8-22 carbon atoms; - shaping the tortilla dough into a tortilla shape; and - heating the shaped tortilla dough, thereby obtaining the flour tortilla, wherein at least 40 % of the fatty acid content, based on total moles of fatty acid, in bound form, such as in acylglycerides, and - if present - as free fatty acid, of the fat particles is stearic acid. - preparing a tortilla dough from cereal flour and fat particles, which fat particles at least substantially consist of triglycerides of fatty acids having 8-22 carbon atoms; - shaping the tortilla dough into a tortilla shape; and - heating the shaped tortilla dough, thereby obtaining the flour tortilla,
A carry-strap assembly for supporting a bag, the carry-strap assembly comprising: a three-layer woven textile strap having a width substantially greater than its thickness, and comprising an intermediate layer disposed between and interwoven with two external layers (22, 24), edge portions of each of the two external layers projecting from the edges of the intermediate layer to form a pair of flaps on each of the opposing longitudinal edges of the strap, each pair of flaps defining an elongate recess integral with the textile strap and disposed adjacent a respective longitudinal edge, each recess having a mouth, fastening means joining adjacent strips of each pair of flaps to close the respective mouths, and an elongate flexible reinforcing member received within each recess. a three-layer woven textile strap having a width substantially greater than its thickness, and comprising an intermediate layer disposed between and interwoven with two external layers (22, 24), edge portions of each of the two external layers projecting from the edges of the intermediate layer to form a pair of flaps on each of the opposing longitudinal edges of the strap, each pair of flaps defining an elongate recess integral with the textile strap and disposed adjacent a respective longitudinal edge, each recess having a mouth, fastening means joining adjacent strips of each pair of flaps to close the respective mouths, and an elongate flexible reinforcing member received within each recess.
An electric machine comprising: a winding yoke defining a plurality of winding slots between circumferentially spaced apart teeth; and a respective winding separator mounted within each of the winding slots, wherein the winding separator is mounted to a keying feature that extends from the winding yoke into the winding slot; and characterized in that: the winding yoke is a laminated structure, wherein the teeth and keying feature are part of a common laminated structure with the winding yoke; wherein the keying feature is in intimate thermal contact with a keying receptacle of the winding separator, and wherein the keying feature includes a neck that extends radially into the winding separator and a head extending radially from the neck that is wider than the neck, and wherein the winding separator includes at least one of thermally conductive ceramics and/or plastics a winding yoke defining a plurality of winding slots between circumferentially spaced apart teeth; and a respective winding separator mounted within each of the winding slots, wherein the winding separator is mounted to a keying feature that extends from the winding yoke into the winding slot; and characterized in that: the winding yoke is a laminated structure, wherein the teeth and keying feature are part of a common laminated structure with the winding yoke; wherein the keying feature is in intimate thermal contact with a keying receptacle of the winding separator, and wherein the keying feature includes a neck that extends radially into the winding separator and a head extending radially from the neck that is wider than the neck, and wherein the winding separator includes at least one of thermally conductive ceramics and/or plastics the winding yoke is a laminated structure, wherein the teeth and keying feature are part of a common laminated structure with the winding yoke; wherein the keying feature is in intimate thermal contact with a keying receptacle of the winding separator, and wherein the keying feature includes a neck that extends radially into the winding separator and a head extending radially from the neck that is wider than the neck, and wherein the winding separator includes at least one of thermally conductive ceramics and/or plastics
A balance system for a bogie axle device which is employed for a bogie axle device including: a driving unit fixed to a chassis of a vehicle; a swing housing supported so as to swing freely by the driving unit; a pair of front and rear axles supported so as to rotate freely by the swing housing; and a driving-force transmitting mechanism which transmits a driving force inputted by the driving unit to the pair of front and rear axles, and suppresses a swing of the swing housing which is caused when the vehicle is running, comprising: a reaction-force separating mechanism which includes an input gear for inputting a driving force from the driving unit, an output gear for outputting the driving force to the driving-force transmitting mechanism, a first transmission gear engaging with the input gear, a second transmission gear engaging with the first transmission gear and the output gear, and a first carrier holding these gears and rotating freely around the input gear and the output gear; and a planetary gear mechanism which: includes a sun gear uniting and rotating with the first carrier, a planetary gear group which is supported by a second carrier fixed to the driving unit and engages with the sun gear, and a ring gear fixed to the swing housing and engaging with the planetary gear group; and transmits, to the swing housing, a reaction force for suppressing a swing of the swing housing. a reaction-force separating mechanism which includes an input gear for inputting a driving force from the driving unit, an output gear for outputting the driving force to the driving-force transmitting mechanism, a first transmission gear engaging with the input gear, a second transmission gear engaging with the first transmission gear and the output gear, and a first carrier holding these gears and rotating freely around the input gear and the output gear; and a planetary gear mechanism which: includes a sun gear uniting and rotating with the first carrier, a planetary gear group which is supported by a second carrier fixed to the driving unit and engages with the sun gear, and a ring gear fixed to the swing housing and engaging with the planetary gear group; and transmits, to the swing housing, a reaction force for suppressing a swing of the swing housing.
A sleeve for a dispensing apparatus for the reception of a collapsible cartridge including a dispensable medium, wherein the cartridge and the sleeve can be arranged with respect to one another in such a way that the sleeve can support a cartridge wall of the cartridge in at least one section thereof during a dispensing of the medium, wherein a length of the sleeve can be changed substantially in parallel to a dispensing direction, characterized in that the sleeve is configured as expanding in the dispensing direction.
A tractor having a chassis which supports an engine towards the front thereof, a deflecting shield positioned to the rear of the engine to deflect sideways hot air which has passed over the engine, and a tank for the storage of urea based fluid for injection into an exhaust system of the engine, the tank being located behind the engine to the rear of the deflecting shield and wherein the chassis to the rear of the engine has an open-topped section between the engine and a transmission housing and the tank is at least partially housed within the open-topped section of the chassis.
Connector for disconnecting electrical lines from a module or connecting them to said module, comprising a first housing part and a second housing part, wherein the first housing part has a hinged connection to the second housing part in order to fold the two housing parts (1, 2) together into one housing, also having a coding element receptacle for accepting a coding element, which interacts with a mating coding element disposed in the module, wherein the coding element and the mating coding element are embodied according to the lock-and-key principle, characterised in that the first housing part is embodied as a flap and the second housing part as a base part with an inner side and an outer side, wherein the coding element receptacle is integrated into the base part and, viewed towards the inner side, bears a first label field, furthermore the base part is embodied on the outer side in the area of the coding element receptacle with an opening and a second label field assigned to the opening, in this case, in addition to numbers and letters, the label fields (31, 32) have marking lines (41,...,46) which are disposed such that, when the coding element is plugged in, they match markings (51, 52, 53, 54) disposed on the coding element.
A substrate for use as a mold to form retroreflective articles, the substrate including: a top surface comprising an array of prism elements; a wall on the substrate that is formed in a portion of the top surface of the substrate, wherein the wall is formed by one or more depressions in the substrate, each of the one or more depressions being at least partially defined by a reference edge, wherein the reference edge corresponds to the wall, and wherein the wall shares a first common edge with the top surface of the substrate; a base portion comprising a lip, wherein the lip is a lower portion of the substrate and formed by the one or more depressions, the lip defining a periphery of the base portion; and a face that is formed on a lower portion of the substrate where the lip is removed, wherein the face shares a second common edge with the wall, and wherein a face angle (Fθ) between the face and the wall as measured through the substrate is less than 180°. a top surface comprising an array of prism elements; a wall on the substrate that is formed in a portion of the top surface of the substrate, wherein the wall is formed by one or more depressions in the substrate, each of the one or more depressions being at least partially defined by a reference edge, wherein the reference edge corresponds to the wall, and wherein the wall shares a first common edge with the top surface of the substrate; wherein the wall is formed by one or more depressions in the substrate, each of the one or more depressions being at least partially defined by a reference edge, wherein the reference edge corresponds to the wall, and wherein the wall shares a first common edge with the top surface of the substrate; a base portion comprising a lip, wherein the lip is a lower portion of the substrate and formed by the one or more depressions, the lip defining a periphery of the base portion; and a face that is formed on a lower portion of the substrate where the lip is removed, wherein the face shares a second common edge with the wall, and wherein a face angle (Fθ) between the face and the wall as measured through the substrate is less than 180°. wherein the face shares a second common edge with the wall, and wherein a face angle (Fθ) between the face and the wall as measured through the substrate is less than 180°.
Composition comprising an internal phase dispersed in a hydrophilic continuous phase, the percentage of the internal phase being higher than 50% in volume, characterized in that said composition contains nanocrystals of a polysaccharide other than cellulose, which are located at the interface between said internal phase and said hydrophilic continuous phase.
A method for wireless communications at a first base station, comprising: obtaining (1005, 1105, 1205) a sensor measurement using one or more sensors at the first base station; predicting a route for a user equipment, UE (115, 315, 415), based at least in part on the sensor measurement; generating (1010, 1110, 1210) a list of communication beams associated with a cell based at least in part on the predicted route for the UE (115, 315, 415), the cell being configured with a set of communication beams and the list of communication beams indicating a subset of the set of communication beams for the cell; and transmitting (1015, 1120, 1220), to a second base station serving the cell, a message comprising the list of communication beams and a cell identifier for the cell, wherein the message is transmitted to the second base station via an Xn interface. obtaining (1005, 1105, 1205) a sensor measurement using one or more sensors at the first base station; predicting a route for a user equipment, UE (115, 315, 415), based at least in part on the sensor measurement; generating (1010, 1110, 1210) a list of communication beams associated with a cell based at least in part on the predicted route for the UE (115, 315, 415), the cell being configured with a set of communication beams and the list of communication beams indicating a subset of the set of communication beams for the cell; and transmitting (1015, 1120, 1220), to a second base station serving the cell, a message comprising the list of communication beams and a cell identifier for the cell, wherein the message is transmitted to the second base station via an Xn interface.
A microencapsulated microsuspension of a serum-free cell culture medium composition comprising a mixture of a labile component and an antioxidant, wherein the serum-free cell culture medium composition is microencapsulated into a bead with a capsular matrix, wherein the bead has a diameter within the range of 0.05-1.5 mm, wherein a powdered cell culture medium is used for the microencapsulated microsuspension, wherein the composition is irradiated with gamma-rays, and wherein the powdered cell culture medium used for the microencapsulated microsuspension is a serum free advanced granulation technology cell culture medium.
A method for drying a food processor, the food processor comprising a heater and a blade, characterized in that, the method comprises steps of: reading a temperature T 1 of the heater of the food processor; heating the heater for a heating time t 1, the heating time t 1 being calculated according to the temperature T 1 and a preset temperature T a, and the preset temperature T a being lower than an overheating protection temperature T m of the heater; and rotating the blade of the food processor for air drying. reading a temperature T 1 of the heater of the food processor; heating the heater for a heating time t 1, the heating time t 1 being calculated according to the temperature T 1 and a preset temperature T a, and the preset temperature T a being lower than an overheating protection temperature T m of the heater; and rotating the blade of the food processor for air drying.
Induction heater, comprising: a base having a cool air inlet for connection to a supply of cool air and a heated air outlet, a top cover, inner and outer chamber cylinders connected in an air tight manner to the base and cover with an inner chamber being formed within the inner chamber cylinder and an outer chamber being formed between the inner and outer chamber cylinders, a heat exchange core disposed in the inner chamber, wherein the core is made of a steel wool material through strands of which air flowing through the inner chamber is able to pass, and an induction heater coil disposed in the outer chamber extending around the inner chamber cylinder, wherein a flow path is provided from the cool air inlet, along the outer chamber, so that the air to be heated gets in contact with the induction coil, into the inner chamber and through the inner chamber and core to the heated air outlet in a counterflow direction relative to the flow along the outer chamber. a base having a cool air inlet for connection to a supply of cool air and a heated air outlet, a top cover, inner and outer chamber cylinders connected in an air tight manner to the base and cover with an inner chamber being formed within the inner chamber cylinder and an outer chamber being formed between the inner and outer chamber cylinders, a heat exchange core disposed in the inner chamber, wherein the core is made of a steel wool material through strands of which air flowing through the inner chamber is able to pass, and an induction heater coil disposed in the outer chamber extending around the inner chamber cylinder, wherein a flow path is provided from the cool air inlet, along the outer chamber, so that the air to be heated gets in contact with the induction coil, into the inner chamber and through the inner chamber and core to the heated air outlet in a counterflow direction relative to the flow along the outer chamber.
A lining structure 1 comprising a lining member 20 provided on a base material 10 of an insertion tube 3 used for adding a chemical to a reaction vessel 2 for leaching under high temperature and high pressure, wherein the base material 10 has a tube section 11 and a flange section 12, the flange section 12 is formed into a planar shape and formed with a chamfer section 13 provided in a slanted manner so as to become gradually thin toward a tube section 11 side at a corner on the inner side, the lining member 20 is provided on the base material 10 and formed of a material different from the base material 10, and the lining member 20 has a tube section lining section 21 provided on the tube section 11 and a flange lining section 22 provided on the flange section 12, the tube section lining section 21 is protruded to the same height as a flat surface 22a of the flange lining section 22, and the flange lining section 22 is provided along an upper surface of the flange section 12 and has a curved surface section 24 protruded toward the base material 10 side on the chamfer section 13 having a first curved surface section 24a provided along the chamfer section 13 and is welded to a protruding section 21b of the tube section lining section 21 that protrudes from a slant surface 13a of the chamfer section 13 so as to form a second curved surface section 24b disposed over between the chamfer section 13 and the protruding section 21b of the tube section lining section 21.