mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for personal skin treatment, said apparatus comprising: a) an applicator with at least a pair of electrodes mounted on the distal end of the applicator, said electrodes configured for applying an RF voltage to a subject skin; b) an RF voltage generator configured to supply said electrodes with the RF voltage and characterized in that an output stage of said RF voltage generator comprises a transformer with a secondary centre tap connected to ground-earth through an inductor, enabling a zero potential to be obtained relative to the ground in the middle of the span between the electrodes; at least one of a group of sensors consisting of a thermocouple, an accelerometer configured to detect and provide an indication of the movement of applicator and the speed of the applicator movement, or skin impedance monitoring, wherein said RF generator has a feedback loop operated by at least one of the group of sensors and wherein said feedback loop is configured to cause a change of output voltage of the RF voltage generator such as to maintain constant load on said RF generator. a) an applicator with at least a pair of electrodes mounted on the distal end of the applicator, said electrodes configured for applying an RF voltage to a subject skin; b) an RF voltage generator configured to supply said electrodes with the RF voltage and characterized in that an output stage of said RF voltage generator comprises a transformer with a secondary centre tap connected to ground-earth through an inductor, enabling a zero potential to be obtained relative to the ground in the middle of the span between the electrodes;
A projector comprising: a light source unit; a light source side optical system; a display device configured to produce a projection image; a projection side optical system configured to project a projection image; a cooling fan configured to cool the light source unit; exhaust vents through which exhaust air produced as a result of the cooling of the light source unit is expelled to the outside by the cooling fan; characterized by a bulkhead (121, 122, 123, 124) configured to separate the light source unit from other compartments within the projector and to disperse the exhaust air over the exhaust vents; and an exhaust air temperature reducing unit having a heat conductive member and extending over a surface where the exhaust vents are formed, the heat conductive member being functional for equalizing a temperature of air passing through different locations of the exhaust air temperature reducing unit, thereby reducing the temperature of highly heated air which is produced as a result of the cooling of the light source unit by the cooling fan; and wherein the exhaust air temperature reducing unit and the exhaust vents are arranged such that the exhaust air which has passed through the exhaust air temperature reducing unit is expelled to the outside. a light source unit; a light source side optical system; a display device configured to produce a projection image; a projection side optical system configured to project a projection image; a cooling fan configured to cool the light source unit; exhaust vents through which exhaust air produced as a result of the cooling of the light source unit is expelled to the outside by the cooling fan; characterized by a bulkhead (121, 122, 123, 124) configured to separate the light source unit from other compartments within the projector and to disperse the exhaust air over the exhaust vents; and an exhaust air temperature reducing unit having a heat conductive member and extending over a surface where the exhaust vents are formed, the heat conductive member being functional for equalizing a temperature of air passing through different locations of the exhaust air temperature reducing unit, thereby reducing the temperature of highly heated air which is produced as a result of the cooling of the light source unit by the cooling fan; and wherein the exhaust air temperature reducing unit and the exhaust vents are arranged such that the exhaust air which has passed through the exhaust air temperature reducing unit is expelled to the outside.
A lighting device(1,11) comprising: a first light source including a light emitting element; a body section including an attachment portion(2b,2b1∼2b7) on one end portion, the first light source being attached to the attachment portion(2b,2b1∼2b7); and a light distribution section provided on the end portion of the body section and injected with light radiated from the first light source, the light distribution section having a flat shape, and a peripheral portion of the light distribution section in a direction orthogonal to a central axis(1a,11a) of the lighting device(1,11) protruding from periphery of the end portion of the body section, characterized in that an inclined portion(2a1) is provided at the periphery of the end portion of the body section, and the inclined portion(2a1) is inclined in a direction in which the end portion side of the body section comes close to a center side of the body section; and the light distribution section covers the inclined portion.(2a1). a first light source including a light emitting element; a body section including an attachment portion(2b,2b1∼2b7) on one end portion, the first light source being attached to the attachment portion(2b,2b1∼2b7); and a light distribution section provided on the end portion of the body section and injected with light radiated from the first light source, the light distribution section having a flat shape, and a peripheral portion of the light distribution section in a direction orthogonal to a central axis(1a,11a) of the lighting device(1,11) protruding from periphery of the end portion of the body section, characterized in that an inclined portion(2a1) is provided at the periphery of the end portion of the body section, and the inclined portion(2a1) is inclined in a direction in which the end portion side of the body section comes close to a center side of the body section; and the light distribution section covers the inclined portion.(2a1).
A process for producing fiber composite moldings comprising (i) a thermally crosslinkable fiber composite layer as backing layer, and (ii) a thermoplastic fiber composite layer as overlayer, by mutually superposing the fiber composite layer (i) comprising a thermally crosslinkable binder in the unhardened state and the thermoplastic overlayer (ii), and, in a molding press, converting them to the desired form and thermally crosslinking the same, which comprises a temperature of the first contact area of the molding press, where this has contact with the backing layer, in the range from 150 to 250°C and a temperature of the second contact area of the molding press, where this is in contact with the overlayer, in the range from 20 to 180°C, where the temperature of the first contact area is higher by at least 20°C than that of the second contact area of the molding press. (i) a thermally crosslinkable fiber composite layer as backing layer, and (ii) a thermoplastic fiber composite layer as overlayer,
A method of manufacturing a composite substrate, comprising the steps of: - providing a utility substrate, - applying a planarization layer to the utility substrate, wherein the planarization layer is deposited by means of an epitaxy process, the epitaxial deposition being carried out with process parameters which favour lateral growth, and smoothing the planarization layer mechanically and/or chemically, wherein the planarization layer is configured to level a surface of the utility substrate and a surface of the planarization layer facing away from the utility layer has a roughness of at most 1 nm, - applying an auxiliary bonding layer to the planarization layer, - attaching the utility substrate, on which the planarization layer and the auxiliary bonding layer are arranged, on a substrate body for the composite substrate, - separating the utility substrate, wherein a utility layer of the utility substrate for the composite substrate remains on the substrate body. - providing a utility substrate, - applying a planarization layer to the utility substrate, wherein the planarization layer is deposited by means of an epitaxy process, the epitaxial deposition being carried out with process parameters which favour lateral growth, and smoothing the planarization layer mechanically and/or chemically, wherein the planarization layer is configured to level a surface of the utility substrate and a surface of the planarization layer facing away from the utility layer has a roughness of at most 1 nm, - applying an auxiliary bonding layer to the planarization layer, - attaching the utility substrate, on which the planarization layer and the auxiliary bonding layer are arranged, on a substrate body for the composite substrate, - separating the utility substrate, wherein a utility layer of the utility substrate for the composite substrate remains on the substrate body.
A building part comprising a floating floor resting on a support structure (1;25), wherein the floating floor comprises an upper floor and a plurality of elongated floor elements arranged spaced apart from each other and attached to the upper floor, the support structure (1;25) comprises a plurality of elongated floor support members arranged spaced apart from the floor elements, and the floor support members are arranged in parallel with the floor elements, characterized in that the building part comprises a plurality of elastic tension straps made of a material having an elastic modulus greater than 2GPa, and extending transversally with respect to the floor elements and the floor support members along the support structure (1;25), and between the floating floor and the support structure (1;25) such that the floor elements rest on the tension straps and the tension straps bear on the floor support members, and the weight of the floating floor provide a load acting on the tension straps so that the tension straps are stretched.
Compound of formula wherein R is H, an alkyl, alkenyl, alkynyl, CO-alkyl, heteroalkyl, aralkyl or heteroaralkyl group, all of which may optionally be substituted; R' is OH, an alkyl, alkenyl, alkynyl, -O-CO-alkyl or heteroalkyl group, all of which may optionally be substituted; R" is a group of formula CO 2 H, CO 2 R"', CONHR"', CONR 2 "', with R"' independently being an alkyl, aryl, aralkyl or heteroalkyl group; X is S or O; Y is independently optionally substituted alkyl, optionally substituted heteroalkyl, halogen, CN, NO 2 or OH; n is 0, 1, 2, 3, 4 or 5; or a pharmacologically acceptable salt, solvate, hydrate or a pharmacologically acceptable formulation thereof. R is H, an alkyl, alkenyl, alkynyl, CO-alkyl, heteroalkyl, aralkyl or heteroaralkyl group, all of which may optionally be substituted; R' is OH, an alkyl, alkenyl, alkynyl, -O-CO-alkyl or heteroalkyl group, all of which may optionally be substituted; R" is a group of formula CO 2 H, CO 2 R"', CONHR"', CONR 2 "', with R"' independently being an alkyl, aryl, aralkyl or heteroalkyl group; X is S or O; Y is independently optionally substituted alkyl, optionally substituted heteroalkyl, halogen, CN, NO 2 or OH; n is 0, 1, 2, 3, 4 or 5; or a pharmacologically acceptable salt, solvate, hydrate or a pharmacologically acceptable formulation thereof.
Method for detecting agricultural field work performed by a vehicle, comprising: a) carrying a satellite navigation receiver on the vehicle while recording a sequence of position fixes (p i) and corresponding time stamps (t i) of the satellite navigation receiver; b) for a position fix (p i) of the sequence: determining a group (G i) of position fixes which lie in a predetermined local region around the considered position fix (p i); c) dividing the group (G i) into at least two subgroups in which position fixes of the first subgroup have a minimum time interval (ΔT) relative to position fixes of the second subgroup, d) determining a first trajectory portion (tr 1) based on at least two position fixes of the first subgroup and a second trajectory portion (tr 2) based on at least two position fixes of the second subgroup; e) determining a feature vector (M i) for the considered position fix (p i) comprising at least an angle (α i) between the first and the second trajectory portion (tr 1, tr 2); and, f) when the feature vector (M i) fulfils a predetermined threshold criterion comprising a maximum angle (α max), detecting the position fix (p i) as a location of field work. a) carrying a satellite navigation receiver on the vehicle while recording a sequence of position fixes (p i) and corresponding time stamps (t i) of the satellite navigation receiver; b) for a position fix (p i) of the sequence: determining a group (G i) of position fixes which lie in a predetermined local region around the considered position fix (p i); c) dividing the group (G i) into at least two subgroups in which position fixes of the first subgroup have a minimum time interval (ΔT) relative to position fixes of the second subgroup, d) determining a first trajectory portion (tr 1) based on at least two position fixes of the first subgroup and a second trajectory portion (tr 2) based on at least two position fixes of the second subgroup; e) determining a feature vector (M i) for the considered position fix (p i) comprising at least an angle (α i) between the first and the second trajectory portion (tr 1, tr 2); and, f) when the feature vector (M i) fulfils a predetermined threshold criterion comprising a maximum angle (α max), detecting the position fix (p i) as a location of field work.
A branched polyester with sulfonate groups obtainable by a. the reaction of the components A, B, optionally C and optionally D to give branched polyesters, where i. the component A is selected from the group of α,β-olefinically unsaturated dicarboxylic acids (A 2), and ii. the component B is selected from the group of tri- or higher-functional alcohols (By), iii. the optional component C is selected from the group of difunctional alcohols (B 2) or the difunctional carboxylic acids (C 2) without α,β-olefinically unsaturated bonds, iv. the optional component D is selected from fatty acids or fatty alcohols, b. and the subsequent reaction of the branched polyesters obtained in step a. with hydrogen sulfite, where the molar amount of hydrogen sulfite is at most 95 mol%, based on the amount of α,β-olefinically unsaturated dicarboxylic acid (A 2). a. the reaction of the components A, B, optionally C and optionally D to give branched polyesters, where i. the component A is selected from the group of α,β-olefinically unsaturated dicarboxylic acids (A 2), and ii. the component B is selected from the group of tri- or higher-functional alcohols (By), iii. the optional component C is selected from the group of difunctional alcohols (B 2) or the difunctional carboxylic acids (C 2) without α,β-olefinically unsaturated bonds, iv. the optional component D is selected from fatty acids or fatty alcohols, i. the component A is selected from the group of α,β-olefinically unsaturated dicarboxylic acids (A 2), and ii. the component B is selected from the group of tri- or higher-functional alcohols (By), iii. the optional component C is selected from the group of difunctional alcohols (B 2) or the difunctional carboxylic acids (C 2) without α,β-olefinically unsaturated bonds, iv. the optional component D is selected from fatty acids or fatty alcohols, b. and the subsequent reaction of the branched polyesters obtained in step a. with hydrogen sulfite, where the molar amount of hydrogen sulfite is at most 95 mol%, based on the amount of α,β-olefinically unsaturated dicarboxylic acid (A 2).
An outdoor device for an air conditioner, the outdoor device comprising: a cabinet (110, 120, 150); and a base (200, 300, 400) provided at a lower portion of the cabinet, wherein the base includes: a base body (210, 310, 410) on which at least one first seat (215, 332, 432) that supports at least one compressor (51, 52) is provided; a step (219, 319, 419) that extends in an upward direction from the base body; an edge body connected to the step, extending outwardly. with respect to the base body; and at least one second seat (225, 334, 434) that protrudes in the upward direction from the edge body, wherein the outdoor device further comprises a heat exchanger disposed on the at least one second seat, characterized in that: the at least one first seat (215, 332, 432) and the at least one second seat (225, 334, 434) are integrated with each other and have a same height. a cabinet (110, 120, 150); and a base (200, 300, 400) provided at a lower portion of the cabinet, wherein the base includes: a base body (210, 310, 410) on which at least one first seat (215, 332, 432) that supports at least one compressor (51, 52) is provided; a step (219, 319, 419) that extends in an upward direction from the base body; an edge body connected to the step, extending outwardly. with respect to the base body; and at least one second seat (225, 334, 434) that protrudes in the upward direction from the edge body, a base body (210, 310, 410) on which at least one first seat (215, 332, 432) that supports at least one compressor (51, 52) is provided; a step (219, 319, 419) that extends in an upward direction from the base body; an edge body connected to the step, extending outwardly. with respect to the base body; and at least one second seat (225, 334, 434) that protrudes in the upward direction from the edge body, wherein the outdoor device further comprises a heat exchanger disposed on the at least one second seat, characterized in that: the at least one first seat (215, 332, 432) and the at least one second seat (225, 334, 434) are integrated with each other and have a same height.
A driving control device for a vehicle, the driving control device comprising: • a brake bar having in a first end attaching means for attachment to a brake pedal of the vehicle, said brake bar having in a second end a joint to a handle bar; • a handle bar for transversely supporting the brake bar at the joint of the brake bar, said handle bar provided with means for electronically regulating the speed of the vehicle, said handle bar provided with a handle in the first end, and attachment means in the second end of the handle bar; characterized in that the attachment means includes a locking mechanism for releasably attaching the handle bar via a mounting piece without the use of tools, wherein the locking mechanism includes a rod extending perpendicularly from the second end of the handle bar for releasably attaching the handle bar in the mounting piece mounted on or near the steering column, said mounting piece provided with a hole perfectly fitting the form of the rod, said rod provided with releasable protrusions for holding the rod in place when attached to the mounting piece. • a brake bar having in a first end attaching means for attachment to a brake pedal of the vehicle, said brake bar having in a second end a joint to a handle bar; • a handle bar for transversely supporting the brake bar at the joint of the brake bar, said handle bar provided with means for electronically regulating the speed of the vehicle, said handle bar provided with a handle in the first end, and attachment means in the second end of the handle bar;
An apparatus comprising: (a) a catheter, at least a portion of the catheter being sized and configured to fit within a lumen of a cardiovascular system; and (b) an end effector positioned at a distal end of the catheter, the end effector comprising: (i) a panel, the panel being resiliently biased to assume an expanded, flattened configuration, (ii) a plurality of mapping electrodes positioned on a first surface of the panel, the mapping electrodes being configured to sense electrical potentials in tissue contacting the mapping electrodes, (iii) a plurality of ablation electrodes positioned on the first surface of the panel, the ablation electrodes being operable to ablate tissue contacting the ablation electrodes, (iv) one or more reference electrodes positioned on a second surface of the panel, the second surface being opposite to the first surface, wherein the second surface of the panel includes a feature to prevent the one or more reference electrodes from contacting tissue adjacent to the second surface. (a) a catheter, at least a portion of the catheter being sized and configured to fit within a lumen of a cardiovascular system; and (b) an end effector positioned at a distal end of the catheter, the end effector comprising: (i) a panel, the panel being resiliently biased to assume an expanded, flattened configuration, (ii) a plurality of mapping electrodes positioned on a first surface of the panel, the mapping electrodes being configured to sense electrical potentials in tissue contacting the mapping electrodes, (iii) a plurality of ablation electrodes positioned on the first surface of the panel, the ablation electrodes being operable to ablate tissue contacting the ablation electrodes, (iv) one or more reference electrodes positioned on a second surface of the panel, the second surface being opposite to the first surface, wherein the second surface of the panel includes a feature to prevent the one or more reference electrodes from contacting tissue adjacent to the second surface. (i) a panel, the panel being resiliently biased to assume an expanded, flattened configuration, (ii) a plurality of mapping electrodes positioned on a first surface of the panel, the mapping electrodes being configured to sense electrical potentials in tissue contacting the mapping electrodes, (iii) a plurality of ablation electrodes positioned on the first surface of the panel, the ablation electrodes being operable to ablate tissue contacting the ablation electrodes, (iv) one or more reference electrodes positioned on a second surface of the panel, the second surface being opposite to the first surface, wherein the second surface of the panel includes a feature to prevent the one or more reference electrodes from contacting tissue adjacent to the second surface.