mhurhangee/ep-ind-claims huggingface dataset:
A lighting device, comprising: an optical reflector which has an interior surface; and a light source (505, 705); wherein the interior surface comprises a plurality of facets that form a Fresnel structure-like reflecting surface and the plurality of facets is shaped to form a reflecting paraboloid; and wherein at least part of the light from the light source (505, 705) is reflected by the optical reflector into an output direction, wherein the interior surface further comprises a cone which is formed in the center of the interior surface, with a tapering end in the output direction, and the cone is dimensioned to merely avoid light from the light source (505, 705) being reflected back to the light source (505, 705), without substantially reducing the area of the Fresnel structure-like reflecting surface wherein the light source is movable with respect to the optical reflector along an axis direction of the optical reflector or within the plane perpendicular to the axis direction. an optical reflector which has an interior surface; and a light source (505, 705); wherein the interior surface comprises a plurality of facets that form a Fresnel structure-like reflecting surface and the plurality of facets is shaped to form a reflecting paraboloid; and wherein at least part of the light from the light source (505, 705) is reflected by the optical reflector into an output direction, wherein the interior surface further comprises a cone which is formed in the center of the interior surface, with a tapering end in the output direction, and the cone is dimensioned to merely avoid light from the light source (505, 705) being reflected back to the light source (505, 705), without substantially reducing the area of the Fresnel structure-like reflecting surface wherein the light source is movable with respect to the optical reflector along an axis direction of the optical reflector or within the plane perpendicular to the axis direction.
A method for displaying on an orientable display device an oriented image from at least one content server (2A, 2B); said method characterized by comprising: - receiving from said at least one content server a composite image (9, 40, 50, 90) comprising, in a single container file, information representing a plurality of oriented images (9A-C, 61-63, 91-94), each oriented image representing a differently oriented region of said composite image; - determining at least one display device parameter of said orientable display device; - extracting from said composite image an oriented image based on said at least one determined display device parameter; and - displaying said extracted oriented image on said orientable display device. - receiving from said at least one content server a composite image (9, 40, 50, 90) comprising, in a single container file, information representing a plurality of oriented images (9A-C, 61-63, 91-94), each oriented image representing a differently oriented region of said composite image; - determining at least one display device parameter of said orientable display device; - extracting from said composite image an oriented image based on said at least one determined display device parameter; and - displaying said extracted oriented image on said orientable display device.
A device for providing a pressure pulse for activating fluid pressure activated equipment in a fluid conveying pipe, where a section of the pipe wall includes a number of penetrating bores, and flexible membrane is arranged on the outside of the pipe section, said flexible membrane isolating a first fluid in the fluid-conveying pipe from a second fluid in another canal which is in fluidic communication with the equipment, wherein the membrane, on account of its elasticity, conveys pressure changes in the fluid in the pipe to the fluid in the other canal, characterized in that each bore through the pipe section wall defines a central concentric bore, in that each end of the bore forms a conical extension towards the inner wall and the outer wall of the pipe section, respectively.
Device for straightening metal strips, comprising a first, upper group and a second, lower group of straightening rolls respectively arranged directly in succession in a strip running direction and a group of individually activatable setting elements arranged adjacent to one another in a transverse direction and at least one second group of individually activatable setting elements arranged adjacent to one another in the transverse direction, characterised in that an axial course of bending of at least a first one of the straightening rolls is settable by the group of setting elements and an axial course of bending of at least a second one of the straightening rolls differing from the course of bending of the first straightening roll is settable by the second group of setting elements.
A method for optimizing bandwidth in a mesh peer-to-peer system, the method being performed by a local mesh conferencing device and comprising the steps of: initiating, at a bandwidth optimization module of the local mesh conferencing device, a peer-to-peer conference with a plurality of remote conferencing devices (310, 315); generating a first quality list comprising a first conferencing device of the plurality of remote conferencing devices (310, 315) from which to receive a first data stream at a first quality level; transmitting a request to the first conferencing device to receive the first data stream at the first quality level; determining that a second conferencing device of the plurality of remote conferencing devices (310, 315) is not a member of the first quality list; in response to determining that the second conferencing device of the plurality of remote conferencing devices (310, 315) is not a member of the first quality list, transmitting a request to the second conferencing device to receive a second data stream at a second quality level; wherein the first quality list is associated with a maximum number of list members allowed based on a total available bandwidth of the local mesh conferencing device; wherein the second quality level is lower than the first quality level; and wherein the first quality list is maintained at a list store of the local mesh conferencing device and varies from respective quality lists maintained by each of the plurality of remote conferencing devices (310, 315). initiating, at a bandwidth optimization module of the local mesh conferencing device, a peer-to-peer conference with a plurality of remote conferencing devices (310, 315); generating a first quality list comprising a first conferencing device of the plurality of remote conferencing devices (310, 315) from which to receive a first data stream at a first quality level; transmitting a request to the first conferencing device to receive the first data stream at the first quality level; determining that a second conferencing device of the plurality of remote conferencing devices (310, 315) is not a member of the first quality list; in response to determining that the second conferencing device of the plurality of remote conferencing devices (310, 315) is not a member of the first quality list, transmitting a request to the second conferencing device to receive a second data stream at a second quality level; wherein the first quality list is associated with a maximum number of list members allowed based on a total available bandwidth of the local mesh conferencing device; wherein the second quality level is lower than the first quality level; and wherein the first quality list is maintained at a list store of the local mesh conferencing device and varies from respective quality lists maintained by each of the plurality of remote conferencing devices (310, 315).
A prosthetic heart valve for replacing a native valve, comprising: a collapsible and expandable stent extending between a proximal end and a distal end and including an annulus section adjacent the proximal end and having a first diameter, the stent including a plurality of first struts forming cells, and a plurality of projecting struts joined to proximal-most cells, each of the projecting struts having a free end and an attached end joined to an intersection of first struts, the plurality of projecting struts being arranged in pairs, each pair of the projecting struts being attached to a same intersection of first struts; a valve assembly disposed within the stent; and a cuff coupled to the stent and covering the projecting struts. a collapsible and expandable stent extending between a proximal end and a distal end and including an annulus section adjacent the proximal end and having a first diameter, the stent including a plurality of first struts forming cells, and a plurality of projecting struts joined to proximal-most cells, each of the projecting struts having a free end and an attached end joined to an intersection of first struts, the plurality of projecting struts being arranged in pairs, each pair of the projecting struts being attached to a same intersection of first struts; a valve assembly disposed within the stent; and a cuff coupled to the stent and covering the projecting struts.
A catheter for a common hepatic duct, characterized by comprising: an inner guide tube; a perforator coupled with a front end of the inner guide tube; a pressing member coupled with the inner guide tube while maintaining a predetermined interval from the perforator; a stent disposed between the perforator and the pressing member and on an outer circumferential surface of the inner guide tube; and an outer guide tube disposed on the outer circumferential surface of the inner guide tube, wherein the perforator has a cone shape or a polygonal cone shape and is formed so that a distance (T1, T2) from a central line to an outside is reduced toward the front end based on the central line in a length direction. an inner guide tube; a perforator coupled with a front end of the inner guide tube; a pressing member coupled with the inner guide tube while maintaining a predetermined interval from the perforator; a stent disposed between the perforator and the pressing member and on an outer circumferential surface of the inner guide tube; and an outer guide tube disposed on the outer circumferential surface of the inner guide tube, wherein the perforator has a cone shape or a polygonal cone shape and is formed so that a distance (T1, T2) from a central line to an outside is reduced toward the front end based on the central line in a length direction.
A system (100; 102; 103; 200; 202; 203) for water extraction from air, comprising: a housing (110; 111; 210); and a sponge (140; 260) disposed within an inner space defined by the housing (110; 111; 210), the sponge including a water absorbing/adsorbing material for absorbing/adsorbing water vapor from an air flow in the inner space; and a presser, characterised in that: the housing (110; 111; 210) comprises a plurality of openings (120; 125; 171, 172) for allowing the air flow to enter into the inner space defined by the housing; and in that the presser (150; 290) is disposed above the sponge (140; 260) and configured to compress the sponge to discharge water from the sponge. a housing (110; 111; 210); and a sponge (140; 260) disposed within an inner space defined by the housing (110; 111; 210), the sponge including a water absorbing/adsorbing material for absorbing/adsorbing water vapor from an air flow in the inner space; and a presser, characterised in that: the housing (110; 111; 210) comprises a plurality of openings (120; 125; 171, 172) for allowing the air flow to enter into the inner space defined by the housing; and in that the presser (150; 290) is disposed above the sponge (140; 260) and configured to compress the sponge to discharge water from the sponge. the housing (110; 111; 210) comprises a plurality of openings (120; 125; 171, 172) for allowing the air flow to enter into the inner space defined by the housing; and in that the presser (150; 290) is disposed above the sponge (140; 260) and configured to compress the sponge to discharge water from the sponge.
A method for operating a base station, the method comprising: at the base station: establishing a wireless communication link with a user equipment device, UE,; configuring a first Bandwidth Part, BWP, for the UE, wherein a configuration of the first BWP includes a configured first maximum number of multiple-input multiple-output, MIMO, layers specific to the first BWP; changing from the first BWP to a second BWP for the UE, wherein a configuration of the second BWP includes a configured second maximum number of MIMO layers specific to the second BWP, wherein the second maximum number of MIMO layers is different than the first maximum number of MIMO layers; indicating the change from the first BWP to the second BWP to the UE via downlink control information; and transmitting data to the UE on the second BWP using an actual number of MIMO layers less than or equal to the second maximum number of MIMO layers. establishing a wireless communication link with a user equipment device, UE,; configuring a first Bandwidth Part, BWP, for the UE, wherein a configuration of the first BWP includes a configured first maximum number of multiple-input multiple-output, MIMO, layers specific to the first BWP; changing from the first BWP to a second BWP for the UE, wherein a configuration of the second BWP includes a configured second maximum number of MIMO layers specific to the second BWP, wherein the second maximum number of MIMO layers is different than the first maximum number of MIMO layers; indicating the change from the first BWP to the second BWP to the UE via downlink control information; and transmitting data to the UE on the second BWP using an actual number of MIMO layers less than or equal to the second maximum number of MIMO layers.
An apparatus, comprising: at least one electronic component; an enclosure enclosing the at least one electronic component, the enclosure including at least one wall defined by a membrane (20, 150); an electromechanical transducer configured to generate a pulsating mechanical deformation of the membrane (20, 150), wherein the electromechanical transducer comprises: a first piezoelectric actuator that is fixed at a first end of the first piezoelectric actuator and rigidly attached to a first end of the membrane at a second end of the first piezoelectric actuator; a second piezoelectric actuator that is fixed at a first end of the second piezoelectric actuator and rigidly attached to a second end of the membrane at a second end of the second piezoelectric actuator; wherein application of alternating current to the first and second piezoelectric actuators generates the pulsating mechanical deformation of the membrane; and one or more openings in the enclosure for facilitating volume displacement of air from within the enclosure, wherein the volume displacement of air is provided by the pulsating mechanical deformation of the membrane (20, 150). at least one electronic component; an enclosure enclosing the at least one electronic component, the enclosure including at least one wall defined by a membrane (20, 150); an electromechanical transducer configured to generate a pulsating mechanical deformation of the membrane (20, 150), wherein the electromechanical transducer comprises: a first piezoelectric actuator that is fixed at a first end of the first piezoelectric actuator and rigidly attached to a first end of the membrane at a second end of the first piezoelectric actuator; a second piezoelectric actuator that is fixed at a first end of the second piezoelectric actuator and rigidly attached to a second end of the membrane at a second end of the second piezoelectric actuator; wherein application of alternating current to the first and second piezoelectric actuators generates the pulsating mechanical deformation of the membrane; and a first piezoelectric actuator that is fixed at a first end of the first piezoelectric actuator and rigidly attached to a first end of the membrane at a second end of the first piezoelectric actuator; a second piezoelectric actuator that is fixed at a first end of the second piezoelectric actuator and rigidly attached to a second end of the membrane at a second end of the second piezoelectric actuator; wherein application of alternating current to the first and second piezoelectric actuators generates the pulsating mechanical deformation of the membrane; and one or more openings in the enclosure for facilitating volume displacement of air from within the enclosure, wherein the volume displacement of air is provided by the pulsating mechanical deformation of the membrane (20, 150).
A light (10, 126) comprising: a housing (14, 144) including a front face (22, 134), a top face (34, 146), a bottom face (42, 150), and a first surface (50, 178) arranged between the bottom face and the front face; a lens (26, 138) disposed in the front face; a light source covered by the lens; a power source configured to provide power to the light source; wherein the top face is angled at a first oblique angle (38, 162) with respect to the front face, the bottom face is angled at a second oblique angle (46, 166) with respect to the front face, characterised in that the first surface is angled at a third oblique angle (58, 182) with respect to the front face, wherein the first oblique angle, the second oblique angle, and the third oblique angle are different from one another, and wherein the top face, the bottom face, and the first surface each define a surface which can support the light. a housing (14, 144) including a front face (22, 134), a top face (34, 146), a bottom face (42, 150), and a first surface (50, 178) arranged between the bottom face and the front face; a lens (26, 138) disposed in the front face; a light source covered by the lens; a power source configured to provide power to the light source; wherein the top face is angled at a first oblique angle (38, 162) with respect to the front face, the bottom face is angled at a second oblique angle (46, 166) with respect to the front face, characterised in that the first surface is angled at a third oblique angle (58, 182) with respect to the front face, wherein the first oblique angle, the second oblique angle, and the third oblique angle are different from one another, and wherein the top face, the bottom face, and the first surface each define a surface which can support the light.
Device for applying a sealing profile to a surface, comprising a handling device comprising a robotic arm for moving and guiding a guide head in an application position to apply the sealing profile along a defined contour on the surface, wherein an advancing device (20a, b) is arranged in connection to the guide head, said advancing device having at least one driven drive element to supply the sealing profile to the surface with a compression, wherein the guide head has at least one guide element for guiding the sealing profile, said guide element is orientable in the application position at an acute angle relative to the surface and oriented counter to the direction of movement of the guide head in order to transfer the sealing profile to the surface without interposing a driven application roller, and that a non-driven pressure element, in particular a pressure roller, is arranged on the guide head, said pressure element is designed to rest against the sealing profile in the application position by means of a biased spring device, while the sealing profile is guided onto the surface.
Electrical device comprising a connection assembly, a first insulator body being arranged in a cavity which is in particular continuous, in particular an opening, in a housing wall of the electrical device, in particular being screw-connected to the housing wall, a contact means being guided through the first insulator body and thus being guided through the cavity, the contact means being spaced apart from the housing wall, in particular by means of the first insulator body, the contact means having an external thread onto which a threaded insert is screwed by its internal thread, the threaded insert being received by a second insulator body or being inserted into a second insulator body, one or more cable lugs each being connected to a cable, the cable lug(s) each having a tab region formed as an eye or fork, the contact means being guided through the eye, eyes or fork opening in the relevant fork, the tab regions being pushed towards the first insulator body by the second insulator body, said regions in particular having contact pressure applied to them, the first insulator body having claw portions which, in the axial direction, i.e. in the screw axis direction of the external thread, overlap the axial region covered by the second insulator body, the claw portions being spaced apart from one another in the circumferential direction, a cable lug with a cable connected thereto being arranged between two adjacent claw portions in the circumferential direction, the cable lug in particular covering at least the radial clearance region covered by the claw portions, the first insulator body and the second insulator body being made of an electrically insulating material, in particular plastics material, the threaded insert and the contact means being made of metal, characterised in that the threaded insert is connected to the second insulator body in an interlocking and/or integrally bonded manner.
Apparatus for applying hotmelt onto labels, comprising: a gluing unit with a glue roller unit for applying glue onto the labels, and a glue reservoir, characterized in that the apparatus further comprises a vacuum cylinder for passing the labels along said glue roller unit, wherein said vacuum cylinder and said glue roller unit of said gluing unit are arranged such that the individual labels when passed along said glue roller unit contact a glue roller of said glue roller unit at a particular region so that they are provided with glue in the predetermined regions, wherein said gluing unit is pivotally mounted such that it can be pivoted away from said vacuum cylinder, wherein said glue reservoir is designed as a self-contained unit that is structurally separate from said pivotable gluing unit, and wherein said glue reservoir is connected to said gluing unit via a supply line which is deformable by pivoting away said gluing unit. a gluing unit with a glue roller unit for applying glue onto the labels, and a glue reservoir, characterized in that the apparatus further comprises a vacuum cylinder for passing the labels along said glue roller unit, wherein said vacuum cylinder and said glue roller unit of said gluing unit are arranged such that the individual labels when passed along said glue roller unit contact a glue roller of said glue roller unit at a particular region so that they are provided with glue in the predetermined regions, wherein said gluing unit is pivotally mounted such that it can be pivoted away from said vacuum cylinder, wherein said glue reservoir is designed as a self-contained unit that is structurally separate from said pivotable gluing unit, and wherein said glue reservoir is connected to said gluing unit via a supply line which is deformable by pivoting away said gluing unit.