mhurhangee/ep-ind-claims huggingface dataset:
A compressor comprising: a cylinder (21, 210) including a cylinder chamber (22, 220) of which an inner circumferential surface (22b, 220b) is a substantially cylindrical surface, a shaft including a main shaft and an eccentric part which is eccentric to the main shaft, a roller part (26, 261) of which an inner circumferential surface (26b, 261b) is fitted on an outer circumferential surface of the eccentric part, of which an outer circumferential surface (26c, 261c) is a substantially cylindrical surface, and which is placed in the cylinder chamber (22, 220) so as to make an orbital motion, a blade part (27, 271) which, along with the roller part (26, 261), partitions inside of the cylinder chamber (22,220) into a low-pressure chamber and a high-pressure chamber, and bearing parts (50, 60) which are fixed to the cylinder (21, 210) and which respectively include cylindrical surfaces (50b, 60b) for supporting the main shaft, wherein a relation (φDs-φDr)/2<ε is satisfied, in which φDs is an inside diameter of the inner circumferential surface (22b, 220b) of the cylinder chamber (22, 220), φDr being an outside diameter of the outer circumferential surface (26c, 261c) of the roller part (26,261), ε being an eccentricity of a central axis of the eccentric part to a central axis of the main shaft, characterized in that central axes (52a, 62a) of the cylindrical surfaces (50b, 60b) of the bearing parts (50, 60) are eccentric to a central axis (22a, 220a) of the inner circumferential surface (22b, 220b) of the cylinder chamber (22, 220), and the bearing parts (50, 60) are sliding bearings. a cylinder (21, 210) including a cylinder chamber (22, 220) of which an inner circumferential surface (22b, 220b) is a substantially cylindrical surface, a shaft including a main shaft and an eccentric part which is eccentric to the main shaft, a roller part (26, 261) of which an inner circumferential surface (26b, 261b) is fitted on an outer circumferential surface of the eccentric part, of which an outer circumferential surface (26c, 261c) is a substantially cylindrical surface, and which is placed in the cylinder chamber (22, 220) so as to make an orbital motion, a blade part (27, 271) which, along with the roller part (26, 261), partitions inside of the cylinder chamber (22,220) into a low-pressure chamber and a high-pressure chamber, and bearing parts (50, 60) which are fixed to the cylinder (21, 210) and which respectively include cylindrical surfaces (50b, 60b) for supporting the main shaft, wherein a relation (φDs-φDr)/2<ε is satisfied, in which φDs is an inside diameter of the inner circumferential surface (22b, 220b) of the cylinder chamber (22, 220), φDr being an outside diameter of the outer circumferential surface (26c, 261c) of the roller part (26,261), ε being an eccentricity of a central axis of the eccentric part to a central axis of the main shaft, characterized in that central axes (52a, 62a) of the cylindrical surfaces (50b, 60b) of the bearing parts (50, 60) are eccentric to a central axis (22a, 220a) of the inner circumferential surface (22b, 220b) of the cylinder chamber (22, 220), and the bearing parts (50, 60) are sliding bearings.
An inkjet recording head for use with a conductive ink, comprising: a recording head main body having a nozzle plate in which a plurality of nozzle holes are arranged; and electrodes (100 to 103) for detecting an ink discharge defect, characterised in that the electrodes (100 to 103) are arranged adjacently with a nozzle hole therebetween, such that, when ink adheres to the periphery of said nozzle hole, the ink functions as an electrically conductive material for connecting said electrodes together. a recording head main body having a nozzle plate in which a plurality of nozzle holes are arranged; and electrodes (100 to 103) for detecting an ink discharge defect, characterised in that the electrodes (100 to 103) are arranged adjacently with a nozzle hole therebetween, such that, when ink adheres to the periphery of said nozzle hole, the ink functions as an electrically conductive material for connecting said electrodes together.
A front part of a vehicle provided with a front bumper including: - an exterior skin, comprising an opening, - a radiator, - an upper structural element, - a lower structural element, - a shutter comprising a panel, mounted between the radiator and the exterior skin, the shutter being mounted with the upper structural element and the lower structural element, the shutter being able to partly block the opening, characterized in that the shutter includes an upper tab and a lower tab extending respectively from the panel to the structural elements (8, 9), so as to define a space, the upper tab including at its ends two breaking points. - an exterior skin, comprising an opening, - a radiator, - an upper structural element, - a lower structural element, - a shutter comprising a panel, mounted between the radiator and the exterior skin, the shutter being mounted with the upper structural element and the lower structural element, the shutter being able to partly block the opening,
An apparatus comprising: an array of vertical-cavity surface-emitting lasers, each of said vertical-cavity surface-emitting lasers being configured to be a source of light, wherein said array of vertical-cavity surface-emitting lasers is provided by a plurality of singulated vertical-cavity surface-emitting laser dies; and an optical arrangement configured: to receive light from the plurality of singulated vertical-cavity surface-emitting lasers of said array of vertical-cavity surface-emitting lasers, and to output a plurality of light beams, wherein the optical arrangement comprises: i) a plurality of micro-lenses provided on a substrate, the substrate providing said array of vertical-cavity surface-emitting lasers, and ii) a plurality of further optical components, each further optical component configured to collimate and provide a beam shaping function, one further optical component being provided for each light beam. an array of vertical-cavity surface-emitting lasers, each of said vertical-cavity surface-emitting lasers being configured to be a source of light, wherein said array of vertical-cavity surface-emitting lasers is provided by a plurality of singulated vertical-cavity surface-emitting laser dies; and an optical arrangement configured: to receive light from the plurality of singulated vertical-cavity surface-emitting lasers of said array of vertical-cavity surface-emitting lasers, and to output a plurality of light beams, wherein the optical arrangement comprises: i) a plurality of micro-lenses provided on a substrate, the substrate providing said array of vertical-cavity surface-emitting lasers, and ii) a plurality of further optical components, each further optical component configured to collimate and provide a beam shaping function, one further optical component being provided for each light beam. i) a plurality of micro-lenses provided on a substrate, the substrate providing said array of vertical-cavity surface-emitting lasers, and ii) a plurality of further optical components, each further optical component configured to collimate and provide a beam shaping function, one further optical component being provided for each light beam.
An anchor assembly for anchoring, through an opening (38; 38'') provided in a dry wall (36, 36"), a precut dry wall portion (40; 40'') having the shape of said opening (38; 38"), said dry wall portion (40; 40'') having an edge (44; 44") and a bearing face, whereas said opening (38; 38") is delimited by a rim (42; 42"), said anchor assembly comprising at least two anchor parts (10, 10'; 58, 60, 62, 64) having a substantially rectangular bearing part (12, 12') for bearing against said bearing face, and a wedge part (14, 30, 32; 14', 30', 32') for extending against said edge (44; 44") back from said bearing part (12, 12') to be able to wedge said wedge part (14, 30, 32; 14', 30', 32') between said edge (44; 44'') and said rim (42; 42") of the opening when said dry wall portion (40; 40") is force-fitted through said opening (38; 38"), said at least two anchor parts (10, 10'; 58, 60, 62, 64) being independent of one another, whereas said bearing part (12, 12') has claws (22, 24, 22', 24') bent substantially in parallel to said wedge part (14, 30, 32; 14', 30', 32') to be able to be engaged in said bearing face, said wedge part (14, 30, 32; 14', 30', 32') comprising a leg (14, 14') substantially perpendicular to said bearing part (12, 12'), said bearing part having two opposite bearing side rims (16, 18) and a front rim from which said claws (22, 24) projectingly extend substantially in parallel to the leg, said leg having two opposite leg side rims (26, 28) respectively extending as an extension of both opposite bearing side rims (16, 18); characterised in that said wedge part (14, 30, 32; 14', 30', 32') comprises two opposite free fins (30, 32, 30', 32') extending from said two opposite leg side rims (26, 28) backwards and projecting from said leg (14, 14') opposite to said bearing part (12, 12').
A piece of furniture, in particular seating furniture, having several wooden struts ('20, 20', 20") arranged spaced apart from each other which are coupled to each other via connection means to form a flat component (3, 4, 5, 6), wherein a threaded rod which is fixedly arranged in a cavity of the wooden struts ('20, 20', 20") is provided as the connection means, wherein the cavities of neighboring wooden struts ('20, 20', 20") are arranged such that they are aligned with each other, characterized in that the cavity of the wooden struts is formed as a continuous bore which extends between two opposing flat sides (29, 30) of the wooden strut, and in that the bores of the wooden struts extending in the plane of extent are arranged such that they are aligned with each other for receiving the threaded rod, in that a first end-side wooden strut of the flat component has a threaded insert having a wide-pitch external thread for connection with the bore of the first end-side wooden strut and a narrow-pitch internal thread for connection with a first end of the threaded rod, and in that a second end-side wooden strut (20") of the same flat component has a recess for receiving an attachment nut which is in screwed connection with a second end of the threaded rod in an assembly position of the flat component.
Carriage comprising a chassis, a superstructure, a drawbar and at least one pair of wheels (1, 2) which are arranged on the chassis and spaced apart from each other at a track width, characterized in that each wheel (1, 2) is rotatably mounted on a respective link, which is fixed to the chassis such that it can be pivoted respectively about a vertical axis (H 1), so that each wheel (1, 2) can be pivoted from a first position, pointing in the direction of travel into a second position, pointing transversely with respect to the direction of travel, for the transport of the carriage.
An arrangement for control of a vehicle seat belt alert arrangement in a vehicle hosting the arrangement, the arrangement comprising; - a vehicle seat belt system, - a processing unit, - a first seat occupancy determination unit in form of a weight sensor, arranged to determine if a vehicle seat is occupied or not, and to send information indicative thereof to the processing unit, - a seat belt system use determination unit, arranged to determine if the seat belt system is in use or not, and to send information indicative thereof to the processing unit, the processing unit being arranged to receive information from the first seat occupancy determination unit and the seat belt system use determination unit, - the seat belt alert arrangement, arranged to send an alert signal in a vehicle compartment of said vehicle characterized in that the arrangement further comprises a second seat occupancy determination unit, comprising an image capturing unit arranged to monitor the vehicle seat or an IR-system arranged to monitor the vehicle seat, arranged to determine if the vehicle seat is occupied by a human being or not, and to send information indicative thereof to the processing unit, that at least one of the processing unit, the image capturing unit and the IR-system comprises logic for object and/or human being-recognition, and in that the processing unit is arranged to receive information also from the second seat occupancy determination unit and to control the seat belt alert arrangement based on the information from the first seat occupancy determination unit, the second seat occupancy determination unit and the seat belt system use determination unit, such that an alert signal is sent in the vehicle compartment only if the seat belt system is determined to be not in use, and an occupied seat is determined by both the first and the second seat occupancy determination unit (11, 12). - a vehicle seat belt system, - a processing unit, - a first seat occupancy determination unit in form of a weight sensor, arranged to determine if a vehicle seat is occupied or not, and to send information indicative thereof to the processing unit, - a seat belt system use determination unit, arranged to determine if the seat belt system is in use or not, and to send information indicative thereof to the processing unit, the processing unit being arranged to receive information from the first seat occupancy determination unit and the seat belt system use determination unit, - the seat belt alert arrangement, arranged to send an alert signal in a vehicle compartment of said vehicle
A surfactant blend comprising: (a) an alkoxylate of formula I: R 1 O- x - y -H wherein AO is propyleneoxy or butyleneoxy; EO is ethyleneoxy; R 1 is linear or branched C 6 -C 10 alkyl; x is a real number from 4 to 6; and y is a real number from 1 to 11; and (b) an alkoxylate of formula II: R 2 O- r - p - q -H wherein EO is ethyleneoxy; PO is propyleneoxy; R 2 is H, or linear or branched C 2 -C 4 alkyl; r is a real number from 1 to 30; p is a real number from 10 to 40; and q is a real number from 10 to 50. (a) an alkoxylate of formula I: R 1 O- x - y -H wherein AO is propyleneoxy or butyleneoxy; EO is ethyleneoxy; R 1 is linear or branched C 6 -C 10 alkyl; x is a real number from 4 to 6; and y is a real number from 1 to 11; and (b) an alkoxylate of formula II: R 2 O- r - p - q -H wherein EO is ethyleneoxy; PO is propyleneoxy; R 2 is H, or linear or branched C 2 -C 4 alkyl; r is a real number from 1 to 30; p is a real number from 10 to 40; and q is a real number from 10 to 50.
A heat exchanger (5A; 100) having tubes intended to extend substantially in a vertical direction, the exchanger comprising: - a first chamber including a lower portion provided with at least one intake inlet for a diphasic fluid including at least one liquid and a first vapor containing a mist, an upper portion, and a first recovery member suitable for being passed through by the first vapor and for recovering the mist in the form of a liquid phase returned toward the lower portion, the first vapor next arriving in the upper portion, - a central chamber including the tubes and being suitable for being supplied with said liquid from a liquid bath situated in the lower portion of the first chamber and for forming liquid films (92, 94) running over outer faces of the tubes and vaporizing at least partially to form a second vapor, the tubes being traveled inwardly by a fluid hotter than the diphasic fluid, and - a second chamber provided to cover the first vapor coming from the upper portion of the first chamber and the second vapor, and to form a third vapor, the second chamber preferably including a second recovery member suitable for being passed through by the second vapor and recovering a mist contained in the second vapor, the second chamber including at least one outlet (16; 116) for the non-vaporized liquid, and at least one outlet for the third vapor, the first chamber and the second chamber together forming a volume surrounding the central chamber around the vertical direction. - a first chamber including a lower portion provided with at least one intake inlet for a diphasic fluid including at least one liquid and a first vapor containing a mist, an upper portion, and a first recovery member suitable for being passed through by the first vapor and for recovering the mist in the form of a liquid phase returned toward the lower portion, the first vapor next arriving in the upper portion, a lower portion provided with at least one intake inlet for a diphasic fluid including at least one liquid and a first vapor containing a mist, an upper portion, and a first recovery member suitable for being passed through by the first vapor and for recovering the mist in the form of a liquid phase returned toward the lower portion, the first vapor next arriving in the upper portion, - a central chamber including the tubes and being suitable for being supplied with said liquid from a liquid bath situated in the lower portion of the first chamber and for forming liquid films (92, 94) running over outer faces of the tubes and vaporizing at least partially to form a second vapor, the tubes being traveled inwardly by a fluid hotter than the diphasic fluid, and - a second chamber provided to cover the first vapor coming from the upper portion of the first chamber and the second vapor, and to form a third vapor, the second chamber preferably including a second recovery member suitable for being passed through by the second vapor and recovering a mist contained in the second vapor, the second chamber including at least one outlet (16; 116) for the non-vaporized liquid, and at least one outlet for the third vapor,
Active material body for a battery, wherein the active material body has at least one active material which has an active-material modulus of elasticity E A, and at least one layered first coating arranged on a surface of the active material, wherein the first coating consists of a first material having a first modulus of elasticity E 1; wherein the following applies: the first modulus of elasticity ≤ active-material modulus of elasticity; wherein the active material body comprises at least one nth coating arranged on the surface of an (n-1)th coating, wherein the nth coating consists of an nth material having an nth modulus of elasticity E n, wherein n = 2, 3, 4,...; wherein the following applies: the nth modulus of elasticity ≤ (n-1)th modulus of elasticity ≤ active-material modulus of elasticity.
An ion-trap enclosure comprising: a chip carrier having a first major surface and a second major surface that is distal to the first major surface; an ion trap, wherein the ion trap is disposed on a substrate that is disposed on the first major surface; a source that is operative for providing an atomic flux to the ion trap, the atomic flux comprising atoms of a first material; a first housing, the first housing and the first major surface being joined at a first seal such that the first housing and the first major surface collectively define a first chamber that contains the ion trap, wherein the first housing includes a first window that enables optical coupling between the ion trap and a first light signal that is operative for loading the ion trap by photo-ionizing neutral atoms of the first material in the atomic flux; and a second housing, the second housing and the second major surface being joined at a second seal such that the second housing and the second major surface collectively define a second chamber that contains the source; wherein the first chamber and second chamber are fluidically coupled. a chip carrier having a first major surface and a second major surface that is distal to the first major surface; an ion trap, wherein the ion trap is disposed on a substrate that is disposed on the first major surface; a source that is operative for providing an atomic flux to the ion trap, the atomic flux comprising atoms of a first material; a first housing, the first housing and the first major surface being joined at a first seal such that the first housing and the first major surface collectively define a first chamber that contains the ion trap, wherein the first housing includes a first window that enables optical coupling between the ion trap and a first light signal that is operative for loading the ion trap by photo-ionizing neutral atoms of the first material in the atomic flux; and a second housing, the second housing and the second major surface being joined at a second seal such that the second housing and the second major surface collectively define a second chamber that contains the source; wherein the first chamber and second chamber are fluidically coupled.
An electric oven with steam for food, for cooking food of the pizza type and the like, comprising an oven body and a base possibly provided with wheels, the oven body comprising a cooking chamber provided with an oven mouth closed by an openable door, the cooking chamber comprising a floor or bedplate of the oven and a cooking vault or roof opposite to said floor of the oven and with said floor and cooking vault respectively housing floor resistors and vault resistors required for heating the cooking chamber of the oven, said oven characterised in that it comprises means for generating wet steam inside the cooking chamber cooperating with means for adjusting thermal parameters of the water managed by the steam generation means and means for detecting operating parameters of the steam generation means, of the detection means and of the oven cooperating in an adaptive process logic with a central processing unit comprising a control unit for quantifying the steam to be introduced into the cooking chamber, said means for adjusting the thermal parameters comprising a preheating device stabilised to a steamer for preheating the water coming from a mains water supply prior to it flowing into the steamer and comprising a pair of heaters defined by a first heater and by a second heater arranged in series, the first heater being functional to obtain a first thermal gradient (Δthermal1) for the cold water coming from the mains water supply and the second heater being functional to obtain a second thermal gradient (Δthermal2) for the water flowing out from the first heater and flowing into said second heater, with the first thermal gradient being greater than the second thermal gradient((Δthermal1)>(Δthermal2)).
A biomimetic eye model comprising: (a) a scaffold having a convex curvature; (b) a fluidic device coupled to the scaffold; (c) a fabricated eyelid coupled to the fluidic device; and (d) a motor coupled to the fabricated eyelid; wherein the scaffold is impregnated with one or more keratocytes and a surface of the convex curvature of the scaffold is covered with one or more layers of epithelial cells; and wherein the fluidic device further comprises one or more flow channels in fluid communication with one or more circular chambers. (a) a scaffold having a convex curvature; (b) a fluidic device coupled to the scaffold; (c) a fabricated eyelid coupled to the fluidic device; and (d) a motor coupled to the fabricated eyelid;