mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner , comprising: a heat exchanger ; a bellmouth disposed behind the heat exchanger such that an opening thereof through which air passes faces the heat exchanger ; a casing having a front panel that covers the front side of the heat exchanger and provided with air inlets (8-11) and air outlets ; and a turbofan disposed behind the bellmouth and configured to generate an air flow in which air is sucked in from the air inlets (8-11), passes through the heat exchanger and the opening of the bellmouth , and is blown out from the air outlets , wherein the casing has the heat exchanger , the bellmouth and the turbofan arranged in this order from front to back inside thereof, the air inlets (8-11) are provided in the front panel and/or around thereof, and are located substantially outside the opening of the bellmouth as seen from the front, characterized in that the distance between the heat exchanger and the bellmouth is equal to or greater than 10% of the diameter of the opening of the bellmouth , a heat exchanger ; a bellmouth disposed behind the heat exchanger such that an opening thereof through which air passes faces the heat exchanger ; a casing having a front panel that covers the front side of the heat exchanger and provided with air inlets (8-11) and air outlets ; and a turbofan disposed behind the bellmouth and configured to generate an air flow in which air is sucked in from the air inlets (8-11), passes through the heat exchanger and the opening of the bellmouth , and is blown out from the air outlets , wherein the casing has the heat exchanger , the bellmouth and the turbofan arranged in this order from front to back inside thereof, the air inlets (8-11) are provided in the front panel and/or around thereof, and are located substantially outside the opening of the bellmouth as seen from the front, characterized in that the distance between the heat exchanger and the bellmouth is equal to or greater than 10% of the diameter of the opening of the bellmouth ,
Method of making an aqueous leucoindigo salt solution, the method comprising step (A): (A) subjecting an aqueous composition comprising indigo which contains an aromatic amine in the form of aniline or aniline and N-methylaniline, to reduction, preferably hydrogenation, in the presence of sodium hydroxide and potassium hydroxide in order to generate an aqueous leucoindigo solution comprising said aromatic amine, wherein said leucoindigo is in the form of a mixed sodium and potassium salt, wherein the molar ratio of sodium to potassium is in the range of from 4 : 1 to 8 : 1.
Soil-processing machine, comprising: - a machine frame with two longitudinal beams arranged mutually spaced transverse to a longitudinal direction (L) of the machine, essentially extending in the longitudinal direction (L) of the machine and two transverse beams arranged mutually spaced in the longitudinal direction (L) of the machine, essentially extending transverse to the longitudinal direction (L) of the machine, - a soil-processing roller supported on the longitudinal beams so that it can rotate about an axis of rotation (D) of the roller in a longitudinal direction (L) of the machine between the transverse beams , - a coupling arrangement for coupling the machine frame to a further machine frame of the soil-processing machine or to a further machine , - a lifting/supporting arrangement provided on the machine frame for raising and/or supporting the machine frame in relation to the ground, characterized in that one of the transverse beams is supported on both longitudinal beams so that it can swivel about a swivel axis (S) that is essentially parallel to the axis of rotation (D) of the roller into a position not inhibiting a movement of the soil-processing roller away from the machine frame and towards the machine frame with the machine frame being supported by the lifting/supporting arrangement in relation to the ground. - a machine frame with two longitudinal beams arranged mutually spaced transverse to a longitudinal direction (L) of the machine, essentially extending in the longitudinal direction (L) of the machine and two transverse beams arranged mutually spaced in the longitudinal direction (L) of the machine, essentially extending transverse to the longitudinal direction (L) of the machine, - a soil-processing roller supported on the longitudinal beams so that it can rotate about an axis of rotation (D) of the roller in a longitudinal direction (L) of the machine between the transverse beams , - a coupling arrangement for coupling the machine frame to a further machine frame of the soil-processing machine or to a further machine , - a lifting/supporting arrangement provided on the machine frame for raising and/or supporting the machine frame in relation to the ground,
A catheter for treatment of atrial fibrillation of the heart, the catheter comprising: a body part which has one or more ablation electrodes formed on a distal part and which constitutes a catheter body made of a soft material; and a tapered tip which is connected to the body part and becomes thinner toward an end of the catheter, wherein a guidewire lumen is formed in the catheter and fluidly connects to the tip and the outer surface of the body part proximal to the one or more ablation electrodes , and wherein the guidewire lumen is configured to insert a guidewire therein, characterized in that one or more sensing electrodes which are spaced apart from the ablation electrode and configured to sense an electrical signal of the heart are formed on a surface of the body part , and a sensing electrode wire connected to the sensing electrode is a silver wire which is spirally wrapped around the catheter and covered with a material harmless to the human body. a body part which has one or more ablation electrodes formed on a distal part and which constitutes a catheter body made of a soft material; and a tapered tip which is connected to the body part and becomes thinner toward an end of the catheter, wherein a guidewire lumen is formed in the catheter and fluidly connects to the tip and the outer surface of the body part proximal to the one or more ablation electrodes , and wherein the guidewire lumen is configured to insert a guidewire therein, characterized in that one or more sensing electrodes which are spaced apart from the ablation electrode and configured to sense an electrical signal of the heart are formed on a surface of the body part , and a sensing electrode wire connected to the sensing electrode is a silver wire which is spirally wrapped around the catheter and covered with a material harmless to the human body.
Process for manufacturing, by deposition of plies, a structural aircraft part exposed to lightning, the part having to comprise a structural layer made of composite material comprising fibres held by a matrix made of thermoplastic resin and, on the side of an exterior face of said structural layer, a conductive layer, said process comprising: - a step in which one or more structural plies are deposited forming the structural layer , - a step in which a metallization ply for protection against the effects of lightning is deposited on the exterior face of the structural layer , said metallization ply comprising in a thickness an essentially continuous metal layer and a tie layer attached to said metal layer and produced with a thermoplastic resin reinforced by mineral or organic fibres , said metallization ply being deposited with the tie layer on the side of the exterior face of the structural layer , - a step of consolidating the metallization ply with the structural layer , characterized in that the mineral or organic fibres of the tie layer of the metallization ply represent between 10% and 30% by mass of the metallization ply . - a step in which one or more structural plies are deposited forming the structural layer , - a step in which a metallization ply for protection against the effects of lightning is deposited on the exterior face of the structural layer , said metallization ply comprising in a thickness an essentially continuous metal layer and a tie layer attached to said metal layer and produced with a thermoplastic resin reinforced by mineral or organic fibres , said metallization ply being deposited with the tie layer on the side of the exterior face of the structural layer , - a step of consolidating the metallization ply with the structural layer ,
A plasma confinement system , comprising an enclosure ; one or more internal magnetic coils suspended within the enclosure in a plasma region ; and one or more supports configured to support the one or more internal magnetic coils suspended within the enclosure , wherein each support of the one or more supports comprises: a first end coupled to an interior portion of the enclosure ; a second end opposite the first end , the second end coupled to a component disposed within the plasma region ; and electrical conducting material disposed between the first end and the second end, characterized in that the electrical conducting material is configured to, when supplied with one or more electrical currents , generate a magnetic field having a magnetic field gradient that varies along the support from the first end to the second end . an enclosure ; one or more internal magnetic coils suspended within the enclosure in a plasma region ; and one or more supports configured to support the one or more internal magnetic coils suspended within the enclosure , wherein each support of the one or more supports comprises: a first end coupled to an interior portion of the enclosure ; a second end opposite the first end , the second end coupled to a component disposed within the plasma region ; and electrical conducting material disposed between the first end and the second end, characterized in that the electrical conducting material is configured to, when supplied with one or more electrical currents , generate a magnetic field having a magnetic field gradient that varies along the support from the first end to the second end . a first end coupled to an interior portion of the enclosure ; a second end opposite the first end , the second end coupled to a component disposed within the plasma region ; and electrical conducting material disposed between the first end and the second end, characterized in that the electrical conducting material is configured to, when supplied with one or more electrical currents , generate a magnetic field having a magnetic field gradient that varies along the support from the first end to the second end .
An antenna device comprising an antenna and a radome that covers the antenna , characterised in that : the radome includes a first part , a second part and a third part each with an inner and outer surface which are flush to each other; the first part has a beam transmission characteristic corresponding to a scanning angle of 0 degrees of a beam emitted by the antenna with an emission direction directed toward the first part; the second part has a beam transmission characteristic corresponding to a first scanning angle of a beam emitted by the antenna with an emission direction directed toward the second part; and the third part has a beam transmission characteristic corresponding to a second scanning angle of a beam emitted by the antenna with an emission direction directed toward the third part, wherein: the antenna is a planar antenna capable of changing the beam emission direction; and the second part is adjacent to one end of the first part, and the third part is adjacent to the other end of the first part, and, wherein: each of the first part, the second part, and the third part is composed of one or more layers; the first part and the second part differ in a number of layers, such that the first and second part differ in the beam transmission characteristic; and the first part and the third part differ in a number of layers, such that the first and third part differ in the beam transmission characteristic. the radome includes a first part , a second part and a third part each with an inner and outer surface which are flush to each other; the first part has a beam transmission characteristic corresponding to a scanning angle of 0 degrees of a beam emitted by the antenna with an emission direction directed toward the first part; the second part has a beam transmission characteristic corresponding to a first scanning angle of a beam emitted by the antenna with an emission direction directed toward the second part; and the third part has a beam transmission characteristic corresponding to a second scanning angle of a beam emitted by the antenna with an emission direction directed toward the third part, the antenna is a planar antenna capable of changing the beam emission direction; and the second part is adjacent to one end of the first part, and the third part is adjacent to the other end of the first part, and, each of the first part, the second part, and the third part is composed of one or more layers; the first part and the second part differ in a number of layers, such that the first and second part differ in the beam transmission characteristic; and the first part and the third part differ in a number of layers, such that the first and third part differ in the beam transmission characteristic.
A zirconium solution or sol comprising: (a) zirconium in an amount of 5-30% by weight based on ZrO 2 equivalent, (b) nitrate, acetate and/or chloride ions, and (c) one or more complexing agents being an organic compound comprising at least one of the following functional groups: an amine, an organosulphate, a sulphonate, a hydroxyl, an ether or a carboxylic acid group, wherein the molar ratio of components (a):(b) is 1:0.7 to 1:4.0, the molar ratio of components (a):(c) is 1:0.0005 to 1:0.1, and the pH of the zirconium solution or sol is less than 5. (a) zirconium in an amount of 5-30% by weight based on ZrO 2 equivalent, (b) nitrate, acetate and/or chloride ions, and (c) one or more complexing agents being an organic compound comprising at least one of the following functional groups: an amine, an organosulphate, a sulphonate, a hydroxyl, an ether or a carboxylic acid group,
Multi-disk coupling , comprising a first and a second flange , which are connected to one another in a torque-transmitting manner by way of a multi-disk , and the multi-disk is connected to the first flange by way of a first fastening means , which is detachably connected to a second fastening means , wherein the second fastening means is connected to the multi-disk by means of a material-bonded connection , characterised in that the multi-disk is embodied to be cutout-free at least in the region of the second fastening means .
An apparatus comprising: (a) a body ; (b) an end effector ; (c) an articulation section ; and (d) a shaft assembly extending distally from the body toward the end effector, wherein the shaft assembly comprises: (i) a sheath defining a longitudinal axis; (ii) a first monolithic articulation connector comprising a first distal portion and a first proximal portion, wherein the first distal portion and the first proximal portion consist of a homogenous continuum of material, wherein the first distal portion is configured to flex relative to the first proximal potion, wherein the first distal portion is at least partially housed within the sheath, and (iii) a second monolithic articulation connector at least partially housed within the sheath, wherein the first monolithic articulation connector and the second monolithic articulation connector are configured to longitudinally translate in opposing directions relative to the sheath to deflect the articulation section and the end effector relative to the longitudinal axis, characterized in that the first proximal portion comprises a proximal rod portion housed within the sheath, wherein the first distal portion comprises a distal band portion associated with the articulation section. (a) a body ; (b) an end effector ; (c) an articulation section ; and (d) a shaft assembly extending distally from the body toward the end effector, wherein the shaft assembly comprises: (i) a sheath defining a longitudinal axis; (ii) a first monolithic articulation connector comprising a first distal portion and a first proximal portion, wherein the first distal portion and the first proximal portion consist of a homogenous continuum of material, wherein the first distal portion is configured to flex relative to the first proximal potion, wherein the first distal portion is at least partially housed within the sheath, and (iii) a second monolithic articulation connector at least partially housed within the sheath, wherein the first monolithic articulation connector and the second monolithic articulation connector are configured to longitudinally translate in opposing directions relative to the sheath to deflect the articulation section and the end effector relative to the longitudinal axis, (i) a sheath defining a longitudinal axis; (ii) a first monolithic articulation connector comprising a first distal portion and a first proximal portion, wherein the first distal portion and the first proximal portion consist of a homogenous continuum of material, wherein the first distal portion is configured to flex relative to the first proximal potion, wherein the first distal portion is at least partially housed within the sheath, and (iii) a second monolithic articulation connector at least partially housed within the sheath, wherein the first monolithic articulation connector and the second monolithic articulation connector are configured to longitudinally translate in opposing directions relative to the sheath to deflect the articulation section and the end effector relative to the longitudinal axis,
A thermoelectric conversion module comprising: a pair of opposing wiring substrates ; and thermoelectric conversion elements connected between the wiring substrates by the wiring substrates, and further comprising a ceramic substrate and an electrode part which are provided at the respective wiring substrates, wherein the electrode part is formed on a surface of the ceramic substrate and connected to the thermoelectric conversion elements; a first thermoelectric conversion element with a larger thermal expansion coefficient and a second thermoelectric conversion element with a smaller thermal expansion coefficient, which compose the respective thermoelectric conversion elements; and an electrically conductive spacer interposed between at least one of ends of the first thermoelectric conversion elements and the ceramic substrate of the respective wiring substrates, wherein a length of the first thermoelectric conversion element along a facing direction of the wiring substrates is smaller than a length of the second thermoelectric conversion element along the facing direction of the wiring substrates, characterised in that the electrically conductive spacer is made of either one of: a bound body of resin powder coated with metal; a bound body of inorganic powder coated with metal; conductive resin; graphite; porous metal; a structure body of carbon nanofiber; graphene; and a foil or a plate made of aluminum of purity higher than 99.99 mass%, wherein the inorganic powder is either one of SiO 2 powder, ceramic powder, hollow silica powder, hollow ceramic powder and hollow glass powder. a pair of opposing wiring substrates ; and thermoelectric conversion elements connected between the wiring substrates by the wiring substrates, and further comprising a ceramic substrate and an electrode part which are provided at the respective wiring substrates, wherein the electrode part is formed on a surface of the ceramic substrate and connected to the thermoelectric conversion elements; a first thermoelectric conversion element with a larger thermal expansion coefficient and a second thermoelectric conversion element with a smaller thermal expansion coefficient, which compose the respective thermoelectric conversion elements; and an electrically conductive spacer interposed between at least one of ends of the first thermoelectric conversion elements and the ceramic substrate of the respective wiring substrates, wherein a length of the first thermoelectric conversion element along a facing direction of the wiring substrates is smaller than a length of the second thermoelectric conversion element along the facing direction of the wiring substrates, characterised in that the electrically conductive spacer is made of either one of: a bound body of resin powder coated with metal; a bound body of inorganic powder coated with metal; conductive resin; graphite; porous metal; a structure body of carbon nanofiber; graphene; and a foil or a plate made of aluminum of purity higher than 99.99 mass%, wherein the inorganic powder is either one of SiO 2 powder, ceramic powder, hollow silica powder, hollow ceramic powder and hollow glass powder.
A fiber optic connector arrangement comprising: a multi-fiber optic connector having a splice-on configuration including multiple optical fibers pre-installed in a multi-fiber ferrule ; the fiber optic connector arrangement being hardened, wherein the fiber optic connector includes a connector body , and wherein the optical fibers are spliced to optical fibers of a fiber optic cable at a splice location within the connector body , comprising a flat plate at the splice location , characterized in that the fiber optic cable is a ribbonized fiber optic cable and by a shrink tube wrapped and shrunk around the ribbonized fiber optic cable and the flat plate . a multi-fiber optic connector having a splice-on configuration including multiple optical fibers pre-installed in a multi-fiber ferrule ; the fiber optic connector arrangement being hardened, wherein the fiber optic connector includes a connector body , and wherein the optical fibers are spliced to optical fibers of a fiber optic cable at a splice location within the connector body , comprising a flat plate at the splice location , characterized in that the fiber optic cable is a ribbonized fiber optic cable and by a shrink tube wrapped and shrunk around the ribbonized fiber optic cable and the flat plate .