mhurhangee/ep-ind-claims huggingface dataset:
A proximal humerus fixing device, wherein the fixing device comprises: a fixer, a main nail, anti-rotation nails and locking nails; wherein the fixer is adapted to be disposed in a medullary cavity of a proximal humerus and is matched with the medullary cavity of the proximal humerus, the fixer having an axis that is configured to be parallel with an axis of the medullary cavity when the fixer is disposed therein; an upper end of the fixer comprising a first contact portion and a second contact portion; wherein the first contact portion is adapted to contact a head of the humerus and is of a plane structure; wherein the second contact portion is adapted to contact a greater tuberosity of the humerus and has a protrusion shape; wherein a far end of a lower end of the fixer has a bullet shape, and the lower end of the fixer is intended not to contact the medullary cavity; wherein the main nail is adapted for fixing the head of the humerus to the first contact portion; wherein a head of each anti-rotation nail is adapted to enter the head of the humerus, and a tail portion of each anti-rotation nail is adapted to be fixedly connected to the fixer; wherein the locking nails are disposed on the lower end of the fixer and are for enabling the fixer and the proximal humerus to be fixedly connected to each other, characterised in that the first contact portion is disposed at an angle of 45-50 degrees with respect to the axis of the fixer.
A heat exchanger, comprising: a first heat exchange tube in the shape of a pipe, including a first fluid inlet, into which a first fluid having a first temperature is introduced, and a first fluid outlet through which the first fluid is discharged; a second heat exchange tube that passes through the first heat exchange tube, including a second fluid inlet, into which a second fluid having a second temperature which is lower than the first temperature of the first fluid is introduced, and a second fluid outlet, through which the second fluid is discharged; a third heat exchange tube including a third fluid inlet, into which the second fluid having been discharged through the second fluid outlet is introduced, and a third fluid outlet, through which the second fluid is discharged, the third heat exchange tube enclosing an external surface of the first heat exchange tube; and a connection tube being formed with a "U" shape, connected to the second fluid outlet and the third fluid inlet, respectively, and configured to allow a moving direction of the second fluid in the second heat exchange tube to be opposite to a moving direction of the second fluid in the third heat exchange tube, characterized in that: the radial distance of the space disposed between the third heat exchange tube and the first heat exchange tube is greater than the radial distance of the space disposed between the first heat exchange tube and the second heat exchange tube. a first heat exchange tube in the shape of a pipe, including a first fluid inlet, into which a first fluid having a first temperature is introduced, and a first fluid outlet through which the first fluid is discharged; a second heat exchange tube that passes through the first heat exchange tube, including a second fluid inlet, into which a second fluid having a second temperature which is lower than the first temperature of the first fluid is introduced, and a second fluid outlet, through which the second fluid is discharged; a third heat exchange tube including a third fluid inlet, into which the second fluid having been discharged through the second fluid outlet is introduced, and a third fluid outlet, through which the second fluid is discharged, the third heat exchange tube enclosing an external surface of the first heat exchange tube; and a connection tube being formed with a "U" shape, connected to the second fluid outlet and the third fluid inlet, respectively, and configured to allow a moving direction of the second fluid in the second heat exchange tube to be opposite to a moving direction of the second fluid in the third heat exchange tube, characterized in that: the radial distance of the space disposed between the third heat exchange tube and the first heat exchange tube is greater than the radial distance of the space disposed between the first heat exchange tube and the second heat exchange tube.
Method for manufacturing a vehicle body element, which is provided as a component composite, consisting of at least one support profile part having a hollow structure and of a lightweight construction material, wherein the lightweight construction material is introduced into the hollow structure of the support profile part by forming the component composite and wherein a lightweight filler granulate is provided, wherein the lightweight construction material is a plastic structural foam, the liquid starting component of which is foamed under pressure and heat, and the lightweight filler granulate is integrated into the structural foam, characterised in that the lightweight filler granulate, before injecting the liquid starting component of the structural foam, is introduced as loose bulk material into the hollow structure of the support profile part and in that the hollow structure of the support profile part is divided into part chambers which are filled with lightweight filler granulate in different quantity distributions as a function of the desired component form stability.
A movable cooking appliance comprising a structure which is adapted to be placed on a worktop of a kitchen furniture or inside a cooking oven, comprising a heating element and releasable connector means (C, 14) for making electrical connection with power supply connector means (C, 16), the heating element being an induction heating element and an electronic driving unit being mounted on the kitchen furniture or oven, wherein said releasable connector means (C, 14, 16) comprises safety means for disconnecting power before the movable cooking appliance is removed by the user from the power supply connector means characterized in that said safety means comprise a plug connector having a plurality of terminals (18, 20, 22) with at least one terminal shorter than the others so as to provide a disconnection signal before power supply connectors are fully extracted and wherein the at least one terminal shorter than the others is used also for electrical connection to a temperature sensor (34, 38) of the induction heating element.
System estimating consumption of an accumulation electric water heater, said system comprising: - a temperature sensor arranged to measure the temperature at a pipe for extracting hot water from a storage tank of said water heater and able to measure a variation in temperature caused by the circulation of the hot water, - a magnetic-field sensor arranged to measure an intensity of the magnetic field at an electrical supply cable of said water heater, and - a processing circuit configured to: detect, according to the measurements of the magnetic-field sensor, one or more heating periods of the water heater, and then estimate, according to the heating period or periods detected and electrical characteristics of the water heater, an electrical consumption of the water heater over a given period of time, and detect, according to the measurements of the temperature sensor, one or more extractions of hot water from the water heater, classify the extraction or extractions of hot water, according to a change over time in the temperatures measured by the temperature sensor between the start and end of the extraction, and then estimate, according to the extraction or extractions of hot water detected and the class of the extraction or extractions, a quantity of hot water extracted over said period of time. - a temperature sensor arranged to measure the temperature at a pipe for extracting hot water from a storage tank of said water heater and able to measure a variation in temperature caused by the circulation of the hot water, - a magnetic-field sensor arranged to measure an intensity of the magnetic field at an electrical supply cable of said water heater, and - a processing circuit configured to: detect, according to the measurements of the magnetic-field sensor, one or more heating periods of the water heater, and then estimate, according to the heating period or periods detected and electrical characteristics of the water heater, an electrical consumption of the water heater over a given period of time, and detect, according to the measurements of the temperature sensor, one or more extractions of hot water from the water heater, classify the extraction or extractions of hot water, according to a change over time in the temperatures measured by the temperature sensor between the start and end of the extraction, and then estimate, according to the extraction or extractions of hot water detected and the class of the extraction or extractions, a quantity of hot water extracted over said period of time.
Hydraulic control system of a lifting drive of a lifting frame of an industrial truck, wherein the control system has a directional control valve device which is connected to a delivery line of a hydraulic pump, to a container line routed to the container, and to a connecting line routed to the lifting drive, wherein the directional control valve device is configured to control the lifting operation and the lowering operation of the lifting drive, characterized in that the control system has a pressure protection valve, which is associated with the connecting line, wherein the pressure protection valve is configured to limit a pressure peak, which is introduced into the lifting frame, in the event of a fault in the directional control valve device.
A method for manufacturing a microlens (1, 1') with a carrier wafer, wherein a lens (14, 14') is moulded in the carrier wafer in an opening of the carrier wafer by embossing the lens (14, 14') by means of an upper lens punch (9, 9') and a lower lens punch (18, 18'), wherein the carrier wafer serves as a spacer between the upper and the lower lens punch (9, 9', 18, 18'), wherein contact surfaces (8, 22) of the lens punch (9, 9', 18, 18') lie adjacent to corresponding counter-surfaces (7, 23) of the carrier wafer for the coplanar alignment of the lens punches (9, 9', 18, 18') during the embossing, characterised in that the lens (14, 14') is connected detachably to a projection of an inner ring of the carrier wafer in a form-fit and non-destructive manner.
Rubber composition based on at least one diene elastomer, on at least one reinforcing filler, on at least one chemical crosslinking system and on at least one compound of formula optionally pre-grafted to said diene elastomer: in which: • A represents an arenediyl ring optionally substituted by one or more identical or different, preferably saturated, linear or branched, aliphatic hydrocarbon chains, which are optionally substituted or interrupted by one or more heteroatoms; • E represents a divalent hydrocarbon group optionally comprising one or more heteroatoms; and • X denotes a halogen atom, preferably a chlorine atom. • A represents an arenediyl ring optionally substituted by one or more identical or different, preferably saturated, linear or branched, aliphatic hydrocarbon chains, which are optionally substituted or interrupted by one or more heteroatoms; • E represents a divalent hydrocarbon group optionally comprising one or more heteroatoms; and • X denotes a halogen atom, preferably a chlorine atom.
A system for inserting a transcutaneous analyte sensor into a host, the system comprising: a transcutaneous analyte sensor for measuring an analyte concentration in the host; a housing configured for placement adjacent to a skin of the host and configured for receiving at least a portion of the sensor; a needle configured to insert the sensor through the housing and into the host; and an applicator configured to releasably mate with the housing, the applicator comprising a plunger configured to push the needle and the sensor through the housing into the host, wherein the housing is configured to lie adjacent to the skin of the host, wherein the housing is configured to support the sensor under the skin of the host after sensor insertion, and wherein the applicator comprises a base configured to releasably mate with the housing at an adjustable insertion angle. a transcutaneous analyte sensor for measuring an analyte concentration in the host; a housing configured for placement adjacent to a skin of the host and configured for receiving at least a portion of the sensor; a needle configured to insert the sensor through the housing and into the host; and an applicator configured to releasably mate with the housing, the applicator comprising a plunger configured to push the needle and the sensor through the housing into the host, wherein the housing is configured to lie adjacent to the skin of the host, wherein the housing is configured to support the sensor under the skin of the host after sensor insertion, and wherein the applicator comprises a base configured to releasably mate with the housing at an adjustable insertion angle.
A lithium electrode, comprising: an electrically conductive structure layer, having at least one recess with one-side opening and an inner surface of the recess having at least one electrically conductive region and at least one electrically insulating region; a lithium metal layer, disposed in the recess of the electrically conductive structure layer and contacting to the electrically conductive region; and a porous covering layer, disposed on the electrically conductive structure layer and having a plurality of through holes to allow lithium ions and the electrolyte to pass characterized in that it further comprises: a solid electrolyte layer, movably disposed in the recess of the electrically conductive structure layer, and covering and contacting to the lithium metal layer; and an electrolyte storage layer, disposed in the recess of the electrically conductive structure layer and covering the solid electrolyte layer, wherein the electrolyte storage layer contains a liquid or gel electrolyte. an electrically conductive structure layer, having at least one recess with one-side opening and an inner surface of the recess having at least one electrically conductive region and at least one electrically insulating region; a lithium metal layer, disposed in the recess of the electrically conductive structure layer and contacting to the electrically conductive region; and a porous covering layer, disposed on the electrically conductive structure layer and having a plurality of through holes to allow lithium ions and the electrolyte to pass characterized in that it further comprises: a solid electrolyte layer, movably disposed in the recess of the electrically conductive structure layer, and covering and contacting to the lithium metal layer; and an electrolyte storage layer, disposed in the recess of the electrically conductive structure layer and covering the solid electrolyte layer, wherein the electrolyte storage layer contains a liquid or gel electrolyte. a solid electrolyte layer, movably disposed in the recess of the electrically conductive structure layer, and covering and contacting to the lithium metal layer; and an electrolyte storage layer, disposed in the recess of the electrically conductive structure layer and covering the solid electrolyte layer, wherein the electrolyte storage layer contains a liquid or gel electrolyte.
Tool for the installation of building elements into a compartment formed in a wall or planar support, wherein a building element comprises a substantially prismatic body designed to be at least partially inserted in the compartment, which tool comprises: - a substantially planar frame (2, 102) having a central passage (3, 103) adapted to be located in correspondence of the compartment for introducing thereinto at least one building clement to be installed, wherein said frame (2, 102) comprises: - at least two bars (4, 5; 104, 105) extending along respective longitudinal direction (X, X') substantially parallel with each other and having respective retaining surfaces (6, 7; 106, 107) mutually facing and transversally spaced with a first transverse distance (d 1) to define said passage (3, 103); and - first adjustment means (8, 108) for adjusting said first transverse distance (d 1) between said longitudinal bars (4, 5, 104, 105) adapted to allow said facing retaining surfaces (6, 7; 106, 107) to removably engage opposite faces (F, F') of at least one building element and to temporarily support it during the installation thereof into the compartment; characterized in that said first adjustment means (8, 108) comprise a pair of connecting elements (9, 10; 109, 110) substantially elongated along respective first transverse directions (Y, Y') substantially orthogonal to said bars (4, 5; 104, 105) and longitudinally spaced with each other to laterally delimit said passage (3, 103), each of said connecting elements (9, 10; 109, 110) being adapted to connect respective opposite longitudinal ends (4', 5'; 4", 5"; 104', 105'; 104", 105") of said bars (4, 5; 104, 105) and having an intermediate section (11, 12; 111, 112) interposed between said bars (4, 5; 104, 105) with an adjustable transverse length (y, y') to adapt said first transverse distance (d 1) to the maximum distance of the building element to be installed. - a substantially planar frame (2, 102) having a central passage (3, 103) adapted to be located in correspondence of the compartment for introducing thereinto at least one building clement to be installed, wherein said frame (2, 102) comprises: - at least two bars (4, 5; 104, 105) extending along respective longitudinal direction (X, X') substantially parallel with each other and having respective retaining surfaces (6, 7; 106, 107) mutually facing and transversally spaced with a first transverse distance (d 1) to define said passage (3, 103); and - first adjustment means (8, 108) for adjusting said first transverse distance (d 1) between said longitudinal bars (4, 5, 104, 105) adapted to allow said facing retaining surfaces (6, 7; 106, 107) to removably engage opposite faces (F, F') of at least one building element and to temporarily support it during the installation thereof into the compartment;
Composition comprising diamine oxidase for use in the prevention or treatment of the symptoms and disorders caused by fibromyalgia or chronic fatigue syndrome.
An up-drawing continuous casting method comprising: drawing up molten metal held in a holding furnace, through a shape determining member that determines a sectional shape of a cast casting, wherein the sectional shape determined by the shape determining member includes a round-cornered portion; and a value of a curvature radius (Rf) of the round-cornered portion that is determined by the shape determining member is smaller than a design value (Rt) of a curvature radius of a round-cornered portion of the casting; wherein: when determining the value of the curvature radius (Rf) of the round-cornered portion that is determined by the shape determining member, a casting simulation is executed by a computer at a casting speed at which the curvature radius (Rc) of the round-cornered portion of the casting becomes larger than the curvature radius (Rf) of the round-cornered portion that is determined by the shape determining member; and the value of the curvature radius (Rf) of the round-cornered portion that is determined by the shape determining member is determined based on a curvature radius (Rc) of a round-cornered portion of the casting obtained by the casting simulation. drawing up molten metal held in a holding furnace, through a shape determining member that determines a sectional shape of a cast casting, wherein the sectional shape determined by the shape determining member includes a round-cornered portion; and a value of a curvature radius (Rf) of the round-cornered portion that is determined by the shape determining member is smaller than a design value (Rt) of a curvature radius of a round-cornered portion of the casting; wherein: when determining the value of the curvature radius (Rf) of the round-cornered portion that is determined by the shape determining member, a casting simulation is executed by a computer at a casting speed at which the curvature radius (Rc) of the round-cornered portion of the casting becomes larger than the curvature radius (Rf) of the round-cornered portion that is determined by the shape determining member; and the value of the curvature radius (Rf) of the round-cornered portion that is determined by the shape determining member is determined based on a curvature radius (Rc) of a round-cornered portion of the casting obtained by the casting simulation. when determining the value of the curvature radius (Rf) of the round-cornered portion that is determined by the shape determining member, a casting simulation is executed by a computer at a casting speed at which the curvature radius (Rc) of the round-cornered portion of the casting becomes larger than the curvature radius (Rf) of the round-cornered portion that is determined by the shape determining member; and the value of the curvature radius (Rf) of the round-cornered portion that is determined by the shape determining member is determined based on a curvature radius (Rc) of a round-cornered portion of the casting obtained by the casting simulation.
A laser processing method, comprising: setting a cutting line across a first plate-shaped part and a second plate-shaped part (2, 3) to a workpiece including the first plate-shaped part and the second plate-shaped part (2, 3), the second plate-shaped part (2, 3) connected to the first plate-shaped part in a direction to cross the first plate-shaped part, characterized in that the laser processing method further comprises: forming, by cutting with a laser beam (Ls), a notch portion (2a, 3a) in the second plate-shaped part (2, 3) so that a cutout piece (2ah, 3ah) cut out by forming the notch portion (2a, 3a) is divided into a tip end portion (2ah2, 3ah2) and a base portion (2ah1, 3ah1), the notch portion (2a, 3a) opening to a tip end portion (2b, 3b) of the second plate-shaped part (2, 3) and being along the cutting line; and cutting the first plate-shaped part along the cutting line by irradiation with the laser beam (Ls) from one direction. setting a cutting line across a first plate-shaped part and a second plate-shaped part (2, 3) to a workpiece including the first plate-shaped part and the second plate-shaped part (2, 3), the second plate-shaped part (2, 3) connected to the first plate-shaped part in a direction to cross the first plate-shaped part, characterized in that the laser processing method further comprises: forming, by cutting with a laser beam (Ls), a notch portion (2a, 3a) in the second plate-shaped part (2, 3) so that a cutout piece (2ah, 3ah) cut out by forming the notch portion (2a, 3a) is divided into a tip end portion (2ah2, 3ah2) and a base portion (2ah1, 3ah1), the notch portion (2a, 3a) opening to a tip end portion (2b, 3b) of the second plate-shaped part (2, 3) and being along the cutting line; and cutting the first plate-shaped part along the cutting line by irradiation with the laser beam (Ls) from one direction. forming, by cutting with a laser beam (Ls), a notch portion (2a, 3a) in the second plate-shaped part (2, 3) so that a cutout piece (2ah, 3ah) cut out by forming the notch portion (2a, 3a) is divided into a tip end portion (2ah2, 3ah2) and a base portion (2ah1, 3ah1), the notch portion (2a, 3a) opening to a tip end portion (2b, 3b) of the second plate-shaped part (2, 3) and being along the cutting line; and cutting the first plate-shaped part along the cutting line by irradiation with the laser beam (Ls) from one direction.