mhurhangee/ep-ind-claims huggingface dataset:
A fluid control device (101, 201, 301, 401, 501) comprising: a vibrating plate including a first main surface and a second main surface; a driver that is provided on the first main surface of the vibrating plate and vibrates the vibrating plate; a plate (151, 451) that faces the second main surface of the vibrating plate and includes a hole; and a base plate that is bonded to the plate and includes an opening, wherein the plate comprises: a movable portion facing the opening of the base plate and arranged to bend and vibrate; and a fixing portion (155, 455) fixed to the base plate; characterised in that: at least one of either the vibrating plate or the plate includes a projection (143, 243, 343A, 343B, 154, 543) projecting in a direction between the hole and a region of the vibrating plate facing the hole,the projection is positioned between the hole and the region of the vibrating plate facing the hole. a vibrating plate including a first main surface and a second main surface; a driver that is provided on the first main surface of the vibrating plate and vibrates the vibrating plate; a plate (151, 451) that faces the second main surface of the vibrating plate and includes a hole; and a base plate that is bonded to the plate and includes an opening, wherein the plate comprises: a movable portion facing the opening of the base plate and arranged to bend and vibrate; and a fixing portion (155, 455) fixed to the base plate; characterised in that: a movable portion facing the opening of the base plate and arranged to bend and vibrate; and a fixing portion (155, 455) fixed to the base plate; characterised in that: at least one of either the vibrating plate or the plate includes a projection (143, 243, 343A, 343B, 154, 543) projecting in a direction between the hole and a region of the vibrating plate facing the hole,the projection is positioned between the hole and the region of the vibrating plate facing the hole.
An adjustment securing device comprising a bolt, a pin, a frame component and a molded part, the molded part being provided for securing the bolt both against rotation and against axial displacement, and having a base body, wherein in the base body a bolt receptacle for receiving the bolt is arranged, the molded part additionally having a retaining lug and a securing lug which each extend from the base body to a free end, wherein a through-bore for receiving the pin is arranged in the bolt, characterized in that a receptacle for the bolt and a recess for the securing lug are provided in the frame component. wherein in the base body a bolt receptacle for receiving the bolt is arranged, the molded part additionally having a retaining lug and a securing lug which each extend from the base body to a free end, wherein a through-bore for receiving the pin is arranged in the bolt, characterized in that a receptacle for the bolt and a recess for the securing lug are provided in the frame component.
The use of a methylene bis aniline compound as a curing agent for epoxy resins, the methylene bis aniline compound being a liquid at 20°C and being selected from 4,5'-methylene (2-methoxy aniline) and 5,5'-methylene (2-methoxy aniline).
A surface acoustic wave device_comprising: a substrate; a comb-shaped electrode having a plurality of electrode fingers arranged parallel to one another on an upper surface of the substrate; and a protective film formed on the upper surface of the substrate in such a manner as to cover the comb-shaped electrode, the protective film having convex portions and concave portions in cross section in a direction orthogonal to an extending direction of the electrode fingers, the convex portions being upwardly convex at positions corresponding to the electrode fingers, and the concave portions having a downward convex curve between apex portions of the convex portions, and the width of the apex portions being set to 1/4 or less of the width (P1; Pa) of the electrode finger, the width of the apex portions corresponding to the distance measured from the point at which the line extending the curve of the concave portion intersects with the line extending from the line constituting the apex portion in parallel to the upper surface of the substrate, characterised in that the surface acoustic wave device satisfies the requirement 0.01 < X/ < h/, where X is the height from the lowermost point of the curve to the apex portion, P is the pitch of the electrode fingers of the comb-shaped electrode, and h is the film thickness of the comb-shaped electrode. a substrate; a comb-shaped electrode having a plurality of electrode fingers arranged parallel to one another on an upper surface of the substrate; and a protective film formed on the upper surface of the substrate in such a manner as to cover the comb-shaped electrode, the protective film having convex portions and concave portions in cross section in a direction orthogonal to an extending direction of the electrode fingers, the convex portions being upwardly convex at positions corresponding to the electrode fingers, and the concave portions having a downward convex curve between apex portions of the convex portions, and the width of the apex portions being set to 1/4 or less of the width (P1; Pa) of the electrode finger, the width of the apex portions corresponding to the distance measured from the point at which the line extending the curve of the concave portion intersects with the line extending from the line constituting the apex portion in parallel to the upper surface of the substrate, characterised in that the surface acoustic wave device satisfies the requirement 0.01 < X/ < h/, where X is the height from the lowermost point of the curve to the apex portion, P is the pitch of the electrode fingers of the comb-shaped electrode, and h is the film thickness of the comb-shaped electrode.
A geometry-compensating transducer attachment for ultrasonic inspection of a composite structure (20, 40), comprising: a geometry-compensating structure having at least one complementary angled surface configured to engage a slope of the composite structure (20, 40) to be inspected, thereby restoring the composite structure (20, 40) to a plate-like configuration, the geometry-compensating structure comprises a plurality of composite plies, wherein the geometry-compensating structure and the composite structure (20, 40) to be inspected are the same material; and the geometry-compensating structure having an acoustic velocity generally matching an acoustic velocity of the composite structure (20, 40) to be inspected. a geometry-compensating structure having at least one complementary angled surface configured to engage a slope of the composite structure (20, 40) to be inspected, thereby restoring the composite structure (20, 40) to a plate-like configuration, the geometry-compensating structure comprises a plurality of composite plies, wherein the geometry-compensating structure and the composite structure (20, 40) to be inspected are the same material; and the geometry-compensating structure having an acoustic velocity generally matching an acoustic velocity of the composite structure (20, 40) to be inspected.
A dishwasher (1, 2) comprising: a case (10, 210); a wash tub (20, 220) provided in the case, in which dishes are received; a circulation duct (100, 300) communicating with the wash tub (10, 220) to allow air to be circulated through the wash tub and circulation duct; and a dehumidifying material (130, 330) to remove moisture contained in the air, wherein the dehumidifying material is detachably provided in the circulation duct, characterized by the dishwasher (1, 2) further comprising a moisture content display to inform a user of a moisture content degree of the dehumidifying material (130, 330). a case (10, 210); a wash tub (20, 220) provided in the case, in which dishes are received; a circulation duct (100, 300) communicating with the wash tub (10, 220) to allow air to be circulated through the wash tub and circulation duct; and a dehumidifying material (130, 330) to remove moisture contained in the air, wherein the dehumidifying material is detachably provided in the circulation duct, characterized by the dishwasher (1, 2) further comprising a moisture content display to inform a user of a moisture content degree of the dehumidifying material (130, 330).
Latch for a door or flap with a locking mechanism consisting of a catch and at least one pawl for ratcheting of the catch, wherein the catch is preferably capable of initiating an opening moment into the pawl in the ratchet position, wherein the catch encompasses a pre-determined bending point which causes the distance between the free ends of the arresting arm and the load arm of the catch, increasing in the ratcheted state of the locking mechanism in the case of excessive stress, wherein the pre-determined bending point is arranged on the arresting arm, characterized in that the pre-determined bending point encompasses at least two recesses which are arranged on the side of the arresting arm which is located on the side deflected from the locking bolt of a door or flap in a ratcheted state of the locking mechanism, wherein the recesses have an identical or different extension into the catch.
An electrode assembly in which positive electrodes, separators, and negative electrodes are repeatedly stacked, and a positive electrode tab, through which the positive electrodes are connected to each other, and a negative electrode tab, through which the negative electrodes are connected to each other, are provided, the electrode assembly comprising: a heat transfer layer made of a material having thermal conductivity greater than that of the separator and stacked between the positive electrode and the separator or between the negative electrode and the separator to disperse heat generated at a relatively high temperature point to a relatively low temperature point, wherein the heat transfer layer is provided with a plurality of punched holes through which ions pass, and the heat transfer layer has an area less than that of the separator and is stacked so as not to protrude from the separator. a heat transfer layer made of a material having thermal conductivity greater than that of the separator and stacked between the positive electrode and the separator or between the negative electrode and the separator to disperse heat generated at a relatively high temperature point to a relatively low temperature point, wherein the heat transfer layer is provided with a plurality of punched holes through which ions pass, and the heat transfer layer has an area less than that of the separator and is stacked so as not to protrude from the separator.
A molten iron manufacturing apparatus comprising: a gasification melting furnace into which reduced iron and a lump carbon material are inputted to manufacture molten iron; a reducing furnace which is connected to the gasification melting furnace and manufactures reduced iron powder from fine iron ore by using reducing gas discharged from the gasification melting furnace; a storage bin which is connected to the gasification melting furnace and provides the reduced iron to the gasification melting furnace; a heat supply device which is installed on the storage bin and supplies heat to the reduced iron in the storage bin; and a mixing device connected to a conveying device for adding a metal-iron-containing substance or a carbon-containing substance to the conveying device wherein the heat supply device supplies heat to the reduced iron in the storage bin through induction heating, wherein the heat supply device includes: an induction coil which is embedded in a wall of the storage bin; a high-frequency generator which produces high-frequency electric power to be applied to the induction coil; and an electrically conductive wire and a connector which electrically connect the induction coil and the high-frequency generator. a gasification melting furnace into which reduced iron and a lump carbon material are inputted to manufacture molten iron; a reducing furnace which is connected to the gasification melting furnace and manufactures reduced iron powder from fine iron ore by using reducing gas discharged from the gasification melting furnace; a storage bin which is connected to the gasification melting furnace and provides the reduced iron to the gasification melting furnace; a heat supply device which is installed on the storage bin and supplies heat to the reduced iron in the storage bin; and a mixing device connected to a conveying device for adding a metal-iron-containing substance or a carbon-containing substance to the conveying device wherein the heat supply device supplies heat to the reduced iron in the storage bin through induction heating, wherein the heat supply device includes: an induction coil which is embedded in a wall of the storage bin; a high-frequency generator which produces high-frequency electric power to be applied to the induction coil; and an electrically conductive wire and a connector which electrically connect the induction coil and the high-frequency generator. an induction coil which is embedded in a wall of the storage bin; a high-frequency generator which produces high-frequency electric power to be applied to the induction coil; and an electrically conductive wire and a connector which electrically connect the induction coil and the high-frequency generator.
A delivery sorting processing system comprising: an image acquisition section that acquires an image by photographing a delivery; an input section that receives an operation of an operator; a recognition section that recognizes semantic information included in the image based on the acquired image; an image processing section that extracts a candidate for a delivery destination area in the image based on the semantic information and determines priority according to a possibility of being relevant to a delivery destination area; an association processing section that processes a delivery based on information included in a candidate for a delivery destination area of highest priority when a predetermined condition is satisfied, determines a delivery destination based on information included in a candidate for a delivery destination area selected by the operator's operation, and stores a candidate for a delivery destination area determined to have high priority and a candidate for a delivery destination area selected by the operator's operation in association with each other in a storage section in a case where a predetermined condition is not satisfied; a determination section that refers to the storage section, determines whether there is a match between a candidate for a delivery destination area determined to have high priority by the image processing section and a candidate for a delivery destination area selected by the operator's operation stored in the storage section, and outputs a determination result, and an area setting parameter calculation section that calculates a parameter for extracting a candidate for a delivery destination area or a parameter for determining priority according to a possibility of being relevant to a delivery destination area, based on the determination result by the determination section or information stored in the storage section, characterized in that the area setting parameter calculation section executes a simulation based on information stored in the storage section, and calculates a parameter for extracting a candidate for each of delivery destination areas from the semantic information, and calculates a parameter for determining a priority according to a possibility of being relevant to a delivery destination area of a delivery.
A temperature sensor for body temperature measurements, comprising: - a first layer having a central heater embedded therein, - a second layer attached to the first layer having at least one first thermistor embedded therein for measuring a first temperature value, - at least one third layer having at least one second thermistor embedded therein separated from the first thermistor for measuring at least one second temperature value, the at least one third layer being adapted to be in contact to the skin of the surface of the body for conducting the heat escaping from the body through the layers, the difference between the first and the second temperature values indicating the heat flux from the body, where the heat emitted from central heater is tuned oppositely to the heat flux until a zero heat flux is reached, where the temperature at the at least one second thermistor at zero heat flux indicates the body temperature, characterized in that the first, second and the at least one third layer are fabric layers, and wherein the central heater is made by stitching, weaving, knitting or laminating conductive yarns to/into a fabric, or is printed onto the first layer using conductive ink or conductive paste. - a first layer having a central heater embedded therein, - a second layer attached to the first layer having at least one first thermistor embedded therein for measuring a first temperature value, - at least one third layer having at least one second thermistor embedded therein separated from the first thermistor for measuring at least one second temperature value, the at least one third layer being adapted to be in contact to the skin of the surface of the body for conducting the heat escaping from the body through the layers, the difference between the first and the second temperature values indicating the heat flux from the body, where the heat emitted from central heater is tuned oppositely to the heat flux until a zero heat flux is reached, where the temperature at the at least one second thermistor at zero heat flux indicates the body temperature, characterized in that the first, second and the at least one third layer are fabric layers, and wherein the central heater is made by stitching, weaving, knitting or laminating conductive yarns to/into a fabric, or is printed onto the first layer using conductive ink or conductive paste.
A passenger carrier comprising an accessory cross bar, said passenger carrier comprising a passenger carrier frame and a push-handle at a front end or a rear end of said passenger carrier frame, said accessory cross bar being mounted horizontally on said passenger carrier frame and having a non-circular cross-section, wherein said accessory cross bar has a non-circular cross-section along the full length of said accessory cross bar, said accessory cross bar being hollow and comprising an outer wall and an interior cavity and an opening (34a, 34b, 35) extending in a longitudinal direction of the accessory cross bar in said outer wall to permit access from the outside to said interior cavity, said accessory cross bar having an upper part and a lower part in a vertical direction, said upper part having a rounded surface, said accessory cross bar being adapted for mounting of an accessory on an outside of said accessory cross bar.
A heat exchanger for exchanging heat between first and second fluids (20, 22), comprising: first fluid channels extending in a longitudinal direction for carrying a first fluid; and second fluid channels extending in the longitudinal direction for carrying a second fluid; wherein the first and second fluid channels (24, 26) are arranged in an alternating pattern such that each of a plurality of the first channels is located laterally between second channels and each of a plurality of second channels is located laterally between first channels; and wherein the second fluid channels extend longitudinally beyond ends (31, 34) of the first fluid channels, and have end portions (39, 41) that decrease in cross sectional area such that the first fluid is able to pass around and between the ends portions (39, 41) of the second fluid channels; and characterised in that the heat exchanger further comprises an upstream parting wall contacting upstream ends of the second fluid channels, wherein a first inlet chamber is defined between the upstream parting wall, an outer housing of the heat exchanger and upstream ends of the first fluid channels, and wherein the outer housing comprises a first inlet into the first inlet chamber for supplying the first fluid. first fluid channels extending in a longitudinal direction for carrying a first fluid; and second fluid channels extending in the longitudinal direction for carrying a second fluid; wherein the first and second fluid channels (24, 26) are arranged in an alternating pattern such that each of a plurality of the first channels is located laterally between second channels and each of a plurality of second channels is located laterally between first channels; and wherein the second fluid channels extend longitudinally beyond ends (31, 34) of the first fluid channels, and have end portions (39, 41) that decrease in cross sectional area such that the first fluid is able to pass around and between the ends portions (39, 41) of the second fluid channels; and characterised in that the heat exchanger further comprises an upstream parting wall contacting upstream ends of the second fluid channels, wherein a first inlet chamber is defined between the upstream parting wall, an outer housing of the heat exchanger and upstream ends of the first fluid channels, and wherein the outer housing comprises a first inlet into the first inlet chamber for supplying the first fluid.
A dressing comprising at least one micro-adherent interface, the said micro-adherent interface comprising at least one compound selected from among polysulfated oligosaccharides comprising 1 to 4 oses, the salts and complexes thereof, the said dressing having been subjected to treatment with ethylene oxide.
A grinding roll (12; 14) comprising: a roll body having a cylindrical outer surface extending axially between a pair of opposite ends (32, 34); and a side groove formed at each end of the roll body, the side groove including a support shoulder recessed from the outer surface of the roll body; an edge ring including a plurality of spaced receiving cavities; and a plurality of wear members each received and retained in at least one of the receiving cavities of the edge ring, wherein the wear members are positioned along the edge ring to define an edge of the grinding roll (12; 14), the grinding roll (12; 14) being characterised in that an edge ring is received within each side groove. a roll body having a cylindrical outer surface extending axially between a pair of opposite ends (32, 34); and a side groove formed at each end of the roll body, the side groove including a support shoulder recessed from the outer surface of the roll body; an edge ring including a plurality of spaced receiving cavities; and a plurality of wear members each received and retained in at least one of the receiving cavities of the edge ring, wherein the wear members are positioned along the edge ring to define an edge of the grinding roll (12; 14), the grinding roll (12; 14) being characterised in that an edge ring is received within each side groove.