mhurhangee/ep-ind-claims huggingface dataset:
Multi-aperture imaging device (11; 1000; 2000; 3000; 4000; 4000'; 5000; 6000) comprising: at least one image sensor (12; 12a-h); and an array of juxtaposed optical channels (16a-h), wherein each optical channel (16a-d) comprises optics (64a-h) for projecting at least one partial area (74a-d) of an object area (26; 72) on an image sensor area (58a-d) of the image sensor (12; 12a-h); beam-deflecting means for deflecting an optical path (22a-d) of the optical channels (16a-d) in beam-deflecting areas (1002a-c) of the beam-deflecting means; wherein the beam-deflecting means is formed as an array of facets (68a-d; 68i) arranged along a line-extension direction (z; 146) of the array of optical channels (16a-d) and wherein one facet (68a-d; 68i) is allocated to each optical channel (16a-d) and wherein each facet comprises at least one beam-deflecting area (1002a-c); wherein a stray light suppressing structure is arranged between a first beam-deflecting area of a first facet and a second beam-deflecting area of a juxtaposed second facet, which is configured to reduce transition of stray light between the first beam-deflecting area and the second beam-deflecting area. at least one image sensor (12; 12a-h); and an array of juxtaposed optical channels (16a-h), wherein each optical channel (16a-d) comprises optics (64a-h) for projecting at least one partial area (74a-d) of an object area (26; 72) on an image sensor area (58a-d) of the image sensor (12; 12a-h); beam-deflecting means for deflecting an optical path (22a-d) of the optical channels (16a-d) in beam-deflecting areas (1002a-c) of the beam-deflecting means; wherein the beam-deflecting means is formed as an array of facets (68a-d; 68i) arranged along a line-extension direction (z; 146) of the array of optical channels (16a-d) and wherein one facet (68a-d; 68i) is allocated to each optical channel (16a-d) and wherein each facet comprises at least one beam-deflecting area (1002a-c); wherein a stray light suppressing structure is arranged between a first beam-deflecting area of a first facet and a second beam-deflecting area of a juxtaposed second facet, which is configured to reduce transition of stray light between the first beam-deflecting area and the second beam-deflecting area.
A bone augmentation piece for filling out a defective area in a bone, comprising a main part which is adapted to be inserted into the defective area without a gap, characterized in that the main part comprises a truss-type structure made of webs and cavities which define meshes, contains or is made up from biodegradable metallic materials and/or resorbable polymers or ceramic materials, and the webs and meshes are surrounded on the outside by a closed rim, the rim having more than five times the thickness of a web.
A scroll compressor, comprising: a shell adapted to contain a lubricant; a scroll set in the shell, the scroll set including an orbiting scroll and a non-orbiting scroll, wherein pockets being defined between the orbiting scroll and the non-orbiting scroll for compressing gas; a capacity modulator in fluid communication with the pockets, the capacity modulator configured to selectively unload gas from the pockets; a lubricant opening in the shell and in fluid communication with at least one first bearing portion of the scroll compressor, wherein the lubricant opening is configured to allow lubricant from the at least one first bearing portion of the scroll compressor to flow through; and a gas diverting passage in the shell, the gas diverting passage comprising a tube including an inlet and an outlet, wherein the outlet of the tube is at a lower position than the inlet of the tube, the inlet of the gas diverting passage being in fluid communication with the capacity modulator, characterized in that the gas diverting passage extending vertically below the lubricant opening such that gas exiting the capacity modulator is diverted, flows into the inlet, down through the tube, turns at the outlet and then flows through a travel path of the lubricant that flows through the lubricant opening such that the gas entrains at least part of the lubricant and transports the lubricant to an upper part of the compressor to recirculate the lubricant for lubricating at least one second bearing portion in the scroll compressor. a shell adapted to contain a lubricant; a scroll set in the shell, the scroll set including an orbiting scroll and a non-orbiting scroll, wherein pockets being defined between the orbiting scroll and the non-orbiting scroll for compressing gas; a capacity modulator in fluid communication with the pockets, the capacity modulator configured to selectively unload gas from the pockets; a lubricant opening in the shell and in fluid communication with at least one first bearing portion of the scroll compressor, wherein the lubricant opening is configured to allow lubricant from the at least one first bearing portion of the scroll compressor to flow through; and a gas diverting passage in the shell, the gas diverting passage comprising a tube including an inlet and an outlet, wherein the outlet of the tube is at a lower position than the inlet of the tube, the inlet of the gas diverting passage being in fluid communication with the capacity modulator, characterized in that the gas diverting passage extending vertically below the lubricant opening such that gas exiting the capacity modulator is diverted, flows into the inlet, down through the tube, turns at the outlet and then flows through a travel path of the lubricant that flows through the lubricant opening such that the gas entrains at least part of the lubricant and transports the lubricant to an upper part of the compressor to recirculate the lubricant for lubricating at least one second bearing portion in the scroll compressor.
An extension guide for a drawer comprising a carcass rail to be fixed to the furniture carcass and at least one extension rail displaceable relative to the carcass rail, including a holding element with a connecting element with which the drawer can be adjustably connected to the extension rail, wherein the holding element is or can be connected to the extension rail and wherein the connecting element is movably mounted relative to the holding element, wherein an adjustment device for horizontally moving the connecting element is arranged at the holding element, wherein the adjustment device includes a transmission device (9, 18, 32) which is movable in rotation about an axis arranged substantially parallel to the longitudinal axis of the extension rail and with which a rotational movement component can be converted to a translatory movement of the connecting element, characterized in that when moving the connecting element the distance of the connecting element to one of the upper surfaces of the extension rail facing the connecting element remains constant.
A device for filling at least one container with a product to be filled, wherein the device encompasses a stationary product tank for receiving the product to be filled and a rotatable rotor to be attached to at least one filling element for filling the at least one container and wherein at least one line connected with the rotor in a rotationally fixed manner is provided for supplying the product to be filled to the filling element, characterized in that the at least one line connected with the rotor in a rotationally fixed manner protrudes into the stationary product tank in order to guide product to be filled from the stationary product tank to the filling element, wherein the line is integrated into a shaft connected with the rotor in a rotationally fixed manner.
A planar non-imaging optical element for a solar concentrator comprising a plurality of groups (n) of circular and concentrically arranged microstructures around a centre point, which microstructures are arranged to refract light (60,501a) incident normal to the plane of the solar concentrator towards the centre point, wherein: the angle of the microstructures with respect to the plane of the optical element within each group (n) increases with increasing radial distance (r) from the centre point; the angles of the microstructures with respect to the plane of the optical element of each of the individual groups (n) are selected such as to form a focal area common to all of the groups at a focal plane of the optical element, when illuminated by light (60,501a) incident normal to the plane of the optical element; and the angles of the microstructures with respect to the plane of the optical element of each of the individual groups (n) are selected such that, when illuminated by light (60,501a) incident normal to the plane of the optical element, the light refracted from the smallest radial distance from the centre point within a given group and the light refracted from the largest radial distance from the centre point within a given group cross at a plane closer to the optical element than is the focal plane. the angle of the microstructures with respect to the plane of the optical element within each group (n) increases with increasing radial distance (r) from the centre point; the angles of the microstructures with respect to the plane of the optical element of each of the individual groups (n) are selected such as to form a focal area common to all of the groups at a focal plane of the optical element, when illuminated by light (60,501a) incident normal to the plane of the optical element; and the angles of the microstructures with respect to the plane of the optical element of each of the individual groups (n) are selected such that, when illuminated by light (60,501a) incident normal to the plane of the optical element, the light refracted from the smallest radial distance from the centre point within a given group and the light refracted from the largest radial distance from the centre point within a given group cross at a plane closer to the optical element than is the focal plane.
A method of in-line determination of thickness, optical properties and quality of thin films, the method comprising the steps of: (a) printing and/or coating and/or patterning monolayer or multilayer films of organic, hybrid organic/inorganic and inorganic materials or their combination in a roll-to-roll (R2R) or sheet-to-sheet (S2S) process on polymeric and other flexible substrates for the production of organic and printed electronics; (b) using a fast multiwavelength spectroscopic ellipsometer (FMWE) unit to collect experimental data simultaneously in a set of different wavelengths between 190 - 830 nm (or 1,5 - 6,5 eV), to acquire dielectric function spectra simultaneously and in short time, of at least 90 ms; (c) parameterizing and analysing the measured pseudo-dielectric function <ε >=<ε 1 > + i <ε 2 > using a geometrical model consisting of the air/thin film(s)/polymeric substrate in which the determination of the optical properties of each phase has been realized with the modified Tauc-Lorentz model for determining the thickness and the quality of printed organic(s) or blended organic materials and/or hybrid and/or inorganic film(s); (d) moving the FMWE unit in both the lateral and longitudinal direction in relation to the direction of the web to determine thickness, optical properties and quality of said thin film(s) at several locations, ensuring the quality control of the printed material throughout the web and independently of the complexity of the printed pattern applied; (e) calculating energy gaps that are related to the properties and quality of thin films and to their suitability for the required applications. (a) printing and/or coating and/or patterning monolayer or multilayer films of organic, hybrid organic/inorganic and inorganic materials or their combination in a roll-to-roll (R2R) or sheet-to-sheet (S2S) process on polymeric and other flexible substrates for the production of organic and printed electronics; (b) using a fast multiwavelength spectroscopic ellipsometer (FMWE) unit to collect experimental data simultaneously in a set of different wavelengths between 190 - 830 nm (or 1,5 - 6,5 eV), to acquire dielectric function spectra simultaneously and in short time, of at least 90 ms; (c) parameterizing and analysing the measured pseudo-dielectric function <ε >=<ε 1 > + i <ε 2 > using a geometrical model consisting of the air/thin film(s)/polymeric substrate in which the determination of the optical properties of each phase has been realized with the modified Tauc-Lorentz model for determining the thickness and the quality of printed organic(s) or blended organic materials and/or hybrid and/or inorganic film(s); (d) moving the FMWE unit in both the lateral and longitudinal direction in relation to the direction of the web to determine thickness, optical properties and quality of said thin film(s) at several locations, ensuring the quality control of the printed material throughout the web and independently of the complexity of the printed pattern applied; (e) calculating energy gaps that are related to the properties and quality of thin films and to their suitability for the required applications.
A winding station of a textile machine producing cross-wound bobbins, consisting of a base unit and a cover unit, wherein the winding station comprises a bobbin holder for holding a cross-wound bobbin, and a traversing device for laying a thread in a crosswise manner on the cross-wound bobbin, wherein a thread seeking device (6, 8, 15) is provided, in order to seek a thread end on the cross-wound bobbin, wherein the thread seeking device (6, 8, 15) comprises a suction nozzle, to which vacuum can be applied and which comprises a suction port (8; 15) the base unit is at least partially covered by the cover unit, the cover unit is movable with respect to the base unit between a working position for laying the thread and seeking the thread end and a cleaning position for cleaning the winding station, and at least portions of the thread seeking device (6, 8, 15) are assigned to the cover unit characterized in that a first part of the suction nozzle is assigned to the base unit and a second part of the suction nozzle is assigned to the cover unit.
Device for closing a cavity formed in the ground, characterised in that the device comprises the following elements: - a plate having an area at least two times greater than the area of an opening of the cavity to be covered, the plate being supportable on the ground surrounding the opening, the plate having a central primary plate opening with a diameter (k); and - at least one mandrel having an end facing away from the opening to be stored and an opposite end, the mandrel being insertable as a separate element into the central primary plate opening, so that the mandrel is arranged in the centre of the plate and normal to the plate plane on the plate in the direction of gravity and the opposite end of the at least one mandrel is insertable through the opening into the cavity, wherein the diameter (k) of the central primary plate opening is smaller than the diameter of the mandrel at the end and larger than the diameter of the mandrel at the opposite end, so that falling through of the mandrel through the central primary plate opening is excluded and wherein the at least one mandrel is formed in one piece and has a length in the direction of gravity of at least 50 cm. - a plate having an area at least two times greater than the area of an opening of the cavity to be covered, the plate being supportable on the ground surrounding the opening, the plate having a central primary plate opening with a diameter (k); and - at least one mandrel having an end facing away from the opening to be stored and an opposite end, the mandrel being insertable as a separate element into the central primary plate opening, so that the mandrel is arranged in the centre of the plate and normal to the plate plane on the plate in the direction of gravity and the opposite end of the at least one mandrel is insertable through the opening into the cavity, wherein the diameter (k) of the central primary plate opening is smaller than the diameter of the mandrel at the end and larger than the diameter of the mandrel at the opposite end, so that falling through of the mandrel through the central primary plate opening is excluded and wherein the at least one mandrel is formed in one piece and has a length in the direction of gravity of at least 50 cm.
Apparatus for solar tracking, the apparatus comprising: a mount for a payload; and at least three legs (202, 203, 220) for supporting the mount above a foundation; wherein one of the legs is connected to the mount via two hinge joints (228, 230); and wherein at least two of the legs (202, 203) are linearly actuable such that, in use, the mount is capable of pivoting about at least two axes relative to the foundation; characterized in that all the legs (202, 203, 220) are connected to the mount at edges of the mount and in that and the legs are spread around the mount thereby to spread the load of the mount. a mount for a payload; and at least three legs (202, 203, 220) for supporting the mount above a foundation; wherein one of the legs is connected to the mount via two hinge joints (228, 230); and wherein at least two of the legs (202, 203) are linearly actuable such that, in use, the mount is capable of pivoting about at least two axes relative to the foundation;
An optoelectronic device comprising: a substrate comprising a first and a second series of grooves and a channel therebetween; each groove of the first and second series of grooves having a first and a second face and a cavity therebetween; the cavity at least partially filled with a first semiconductor material; the first face coated with a conductor material and the second face coated with a second semiconductor material; characterised in that a portion of the first and second series of grooves and a portion of the channel therebetween are substantially parallel to one another and wherein the channel also transects the grooves of the first and second series of grooves. a substrate comprising a first and a second series of grooves and a channel therebetween; each groove of the first and second series of grooves having a first and a second face and a cavity therebetween; the cavity at least partially filled with a first semiconductor material; the first face coated with a conductor material and the second face coated with a second semiconductor material; characterised in that a portion of the first and second series of grooves and a portion of the channel therebetween are substantially parallel to one another and wherein the channel also transects the grooves of the first and second series of grooves.
An ink cartridge for supplying ink to a recording apparatus upon connection to the recording apparatus, the ink cartridge comprising: a casing; a flexible ink accommodation body arranged to accommodate ink, provided within the interior of the casing;and a connection unit arranged to connect the ink cartridge to the recording apparatus, upon insertion of a connection member, in which an ink outlet path arranged to supply the ink in the flexible ink accommodation body to the recording apparatus and an air inlet path arranged to supply air to a space inside the casing and outside the flexible ink accommodation body are formed, into the connection unit, wherein the connection unit comprises a first sealing member and a second seal ing member provided downstream of the first sealing member in the ink-flow direction when the ink cartridge is connected to the recording apparatus, wherein the first sealing member seals the outside of the connection member, in which the ink outlet path is formed, at a position downstream of an opening position arranged to supply ink to the ink outlet path, and the second sealing member seals the outside of the connection member, in which the air inlet path is formed, at a position downstream of an opening position arranged to supply air in the air inlet path to the space, wherein, there is provided a gap communicating with the space inside the casing and outside the flexible ink accommodation body between the first sealing member and the second sealing member. a casing; a flexible ink accommodation body arranged to accommodate ink, provided within the interior of the casing;and a connection unit arranged to connect the ink cartridge to the recording apparatus, upon insertion of a connection member, in which an ink outlet path arranged to supply the ink in the flexible ink accommodation body to the recording apparatus and an air inlet path arranged to supply air to a space inside the casing and outside the flexible ink accommodation body are formed, into the connection unit, wherein the connection unit comprises a first sealing member and a second seal ing member provided downstream of the first sealing member in the ink-flow direction when the ink cartridge is connected to the recording apparatus, wherein the first sealing member seals the outside of the connection member, in which the ink outlet path is formed, at a position downstream of an opening position arranged to supply ink to the ink outlet path, and the second sealing member seals the outside of the connection member, in which the air inlet path is formed, at a position downstream of an opening position arranged to supply air in the air inlet path to the space, wherein, there is provided a gap communicating with the space inside the casing and outside the flexible ink accommodation body between the first sealing member and the second sealing member.
A method in a mobility management entity for managing a user equipment device, the method comprising: receiving by the mobility management entity during a network attach procedure in which the user equipment device registers with a core network, one of an apply instruction or a withhold instruction concerning an energy saving process for the user equipment device, wherein the energy saving process comprises retaining a context for the user equipment device after conducting a network detach procedure of the user equipment device, wherein the detach procedure comprises an implicit detach procedure; assessing whether a withhold instruction or an apply instruction is received; applying the energy saving process for the user equipment device when the apply instruction is received; and withholding application of the energy saving process for the user equipment device when the withhold instruction is received. receiving by the mobility management entity during a network attach procedure in which the user equipment device registers with a core network, one of an apply instruction or a withhold instruction concerning an energy saving process for the user equipment device, wherein the energy saving process comprises retaining a context for the user equipment device after conducting a network detach procedure of the user equipment device, wherein the detach procedure comprises an implicit detach procedure; assessing whether a withhold instruction or an apply instruction is received; applying the energy saving process for the user equipment device when the apply instruction is received; and withholding application of the energy saving process for the user equipment device when the withhold instruction is received.
Spray gun for spraying a product, comprising: a grip or handle, a metallic body connected to the grip or handle, a nozzle that can be fed through a duct internal to the body and is able to spray the product, characterized by comprising a jacket made of rigid material superimposed on the metallic material of the body, the jacket uniformly covering the entire body surrounding the openings of its internal ducts. a grip or handle, a metallic body connected to the grip or handle, a nozzle that can be fed through a duct internal to the body and is able to spray the product, characterized by comprising a jacket made of rigid material superimposed on the metallic material of the body, the jacket uniformly covering the entire body surrounding the openings of its internal ducts.