mhurhangee/ep-ind-claims huggingface dataset:
A hot food vending machine including: an array of shelves, each shelf defining a compartment within a housing; at least one of the compartments having upper and lower sides defined by the shelves; doors mounted to the housing, each door closing a respective one of the compartments; wherein each shelf comprises: a plate, characterized in that each shelf is of a laminated construction that further comprises an insulating panel of composite, dielectric material; at least one PTC heating element bonded between the plate and the panel, and a first electrical coupling integrally formed on the panel and electrically connected to each PTC heating element, each electric coupling including a conducting layer laminated upon the panel. an array of shelves, each shelf defining a compartment within a housing; at least one of the compartments having upper and lower sides defined by the shelves; doors mounted to the housing, each door closing a respective one of the compartments; wherein each shelf comprises: a plate, characterized in that each shelf is of a laminated construction that further comprises an insulating panel of composite, dielectric material; at least one PTC heating element bonded between the plate and the panel, and a first electrical coupling integrally formed on the panel and electrically connected to each PTC heating element, each electric coupling including a conducting layer laminated upon the panel. a plate, characterized in that each shelf is of a laminated construction that further comprises an insulating panel of composite, dielectric material; at least one PTC heating element bonded between the plate and the panel, and a first electrical coupling integrally formed on the panel and electrically connected to each PTC heating element, each electric coupling including a conducting layer laminated upon the panel.
Method for automatically unlocking a charging arrangement, wherein an electrically powered motor vehicle is connected to a charging station, comprising the steps of: - automatically unlocking a mechanical connection between the charging station and the motor vehicle as soon as a predetermined charge state of a battery of the motor vehicle has been reached, - generating an unlocking signal by means of the motor vehicle as soon as the mechanical connection has been unlocked, - transmitting the unlocking signal generated to the charging station, which, as a result, signals that the charging station is free, characterised in that before the predetermined charge state is reached, the mechanical connection between the charging station and the motor vehicle is automatically unlocked as soon as a time period of a valid reservation for a further motor vehicle is running and the mechanical connection is then only automatically unlocked if, in addition to the running time period of the reservation, a ready-to-charge signal for the further motor vehicle is present, which characterises a readiness of the further motor vehicle to receive electrical energy from the charging station. - automatically unlocking a mechanical connection between the charging station and the motor vehicle as soon as a predetermined charge state of a battery of the motor vehicle has been reached, - generating an unlocking signal by means of the motor vehicle as soon as the mechanical connection has been unlocked, - transmitting the unlocking signal generated to the charging station, which, as a result, signals that the charging station is free,
A pharmaceutical composition for use in preventing, improving, inhibiting progression of, and/or treating genetic disease in which abnormal splicing contributes to the development or progression of the disease, wherein said composition contains a compound expressed by the following formula or (I') or pharmaceutically acceptable salts thereof as an active ingredient: (where, in the formulas and (I'), R 1 represents a benzyl group or a heteroarylmethyl group, R 2 represents a hydrogen atom, R 3 represents a hydrogen atom, and X represents a halogen atom. R 2 represents a hydrogen atom, R 3 represents a hydrogen atom, and X represents a halogen atom.
A bearing retainer (10, 110) for use in a bearing including an inner ring, rolling elements and an outer ring, the bearing retainer comprising a body (30, 130), said body defining an inner periphery and an outer periphery thereof, said body further defining a plurality of openings (36, 136) extending from the inner periphery (32, 132) to the outer periphery (34, 134), the plurality of openings (36, 136) adapted to retain the rolling elements in a spaced apart relationship, said body further defining opposed side faces (44, 144) extending from the inner periphery (32, 132) to the outer periphery (34, 134) thereof, said body further defining a plurality of inner periphery pockets (52, 152) formed in the inner periphery (32, 132), said body further comprising a plurality of inner periphery pathways defined on the inner periphery (32, 132), characterised in that the plurality of inner periphery pathways are defined for channelling lubrication from the plurality of inner periphery pockets (52, 152) to the openings (36, 136), wherein the inner periphery pathways form circumferential groove portions on the inner periphery (32, 132), said body (30, 130) further defines a plurality of face pockets (46, 146) formed in at least one of the side faces (44, 144) of the body, the face pockets (46, 146) being adapted for storing lubrication, and said body further defines a plurality of face pocket pathways (50, 150) for channelling lubrication from the plurality of face pockets (46, 146) to the plurality of inner periphery pockets (52, 152).
Device suitable for being used to dehumidify a closed casing of a vehicle headlight or to prevent the appearance of moisture in said closed casing, the device comprising: - a first housing defining a first chamber, the first housing comprising at least two series of openings (3, 4), each of the series of openings (3, 4) comprising at least one opening, a first series of openings being configured such that the first chamber communicates with an inside of a closed casing and a second series of openings being configured such that the first chamber communicates with an exterior of the closed casing, - at least one first shutter configured to alternatively open the opening(s) of the first series of openings or sealingly close the opening(s) of the first series of openings, - an actuation module configured such that the first shutter(s) close the opening(s) of the first series of openings when the actuation module is activated, - a heating element configured to emit heat when the actuation module is activated; characterized in that the device further comprises - a second housing defining a second chamber, the second housing being configured such that the second chamber communicates with the first chamber by means of the second series of openings, the second housing comprising a third series of openings configured such that the second chamber communicates with the exterior of the closed casing. - a first housing defining a first chamber, the first housing comprising at least two series of openings (3, 4), each of the series of openings (3, 4) comprising at least one opening, a first series of openings being configured such that the first chamber communicates with an inside of a closed casing and a second series of openings being configured such that the first chamber communicates with an exterior of the closed casing, - at least one first shutter configured to alternatively open the opening(s) of the first series of openings or sealingly close the opening(s) of the first series of openings, - an actuation module configured such that the first shutter(s) close the opening(s) of the first series of openings when the actuation module is activated, - a heating element configured to emit heat when the actuation module is activated; characterized in that the device further comprises - a second housing defining a second chamber, the second housing being configured such that the second chamber communicates with the first chamber by means of the second series of openings, the second housing comprising a third series of openings configured such that the second chamber communicates with the exterior of the closed casing.
Rotor blade assembly for a turbomachine, comprising a rotor blade having a sealing tip radially on the outside, and a sealing assembly, the sealing assembly forming a radially inwardly open cavity in which the sealing tip is arranged, for which purpose the sealing assembly has a first sealing element, namely a first seal carrier (31.1) having a first abradable coating (31.2), and a second sealing element, namely a second seal carrier (32.1) having a second abradable coating (32.2), the first abradable coating (31.2) delimiting the cavity radially on the outside and the second sealing element and the second abradable coating (32.2) delimiting the cavity in an axial direction, and the first and second sealing elements (31, 32) being assembled, characterized in that the first seal carrier (31.1) forms the cavity with a first axial portion (41.1) and radially delimits a gas duct of the turbomachine with a second axial portion (41.2), and in that the second seal carrier (32.1) also forms the cavity with a first axial portion (42.1) and radially delimits the gas duct of the turbomachine with a second axial portion (42.2). a rotor blade having a sealing tip radially on the outside, and a sealing assembly, the sealing assembly forming a radially inwardly open cavity in which the sealing tip is arranged, for which purpose the sealing assembly has a first sealing element, namely a first seal carrier (31.1) having a first abradable coating (31.2), and a second sealing element, namely a second seal carrier (32.1) having a second abradable coating (32.2), the first abradable coating (31.2) delimiting the cavity radially on the outside and the second sealing element and the second abradable coating (32.2) delimiting the cavity in an axial direction, and the first and second sealing elements (31, 32) being assembled, characterized in that the first seal carrier (31.1) forms the cavity with a first axial portion (41.1) and radially delimits a gas duct of the turbomachine with a second axial portion (41.2), and in that the second seal carrier (32.1) also forms the cavity with a first axial portion (42.1) and radially delimits the gas duct of the turbomachine with a second axial portion (42.2).
Sensor of the vibronic type for a fluid, which is to be used in a pipe through which fluid at least temporarily flows and which comprises: - at least one curved measuring tube (4, 5), which vibrates during operation, for conducting the fluid, and a housing surrounding the at least one measuring tube, - with a metal support arrangement, - in which the at least one measuring tube is mounted at the inlet and outlet side in a manner in which it can oscillate, and out of which a measuring tube segment projects at the side, and - with a metal cap for covering the measuring tube segment or the measuring tube segments, consisting of a first cap half having an, in particular quarter-torus shaped, raised edge and a second cap half having an, in particular quarter-torus shaped, raised edge, - of said first cap half, an edge consists of a first edge section, a second edge section, a third edge section and an arc-shaped fourth edge section, and - of said second cap half, an edge consists of a fifth edge section, a sixth edge section, a seventh edge section and an arc-shaped eighth edge section, - wherein the second edge section, the third edge section and the fourth edge section are formed on the raised edge of the first cap half, - wherein the sixth edge section, the seventh edge section and the eighth edge section are formed on the raised edge of the second cap half, - wherein the first, second and third, and the fifth, sixth and seventh edge section are fully welded to the support arrangement, and - wherein the fourth edge section is fully welded to the eighth edge section. - at least one curved measuring tube (4, 5), which vibrates during operation, for conducting the fluid, and a housing surrounding the at least one measuring tube, - with a metal support arrangement, - in which the at least one measuring tube is mounted at the inlet and outlet side in a manner in which it can oscillate, and out of which a measuring tube segment projects at the side, and - with a metal cap for covering the measuring tube segment or the measuring tube segments, consisting of a first cap half having an, in particular quarter-torus shaped, raised edge and a second cap half having an, in particular quarter-torus shaped, raised edge, - of said first cap half, an edge consists of a first edge section, a second edge section, a third edge section and an arc-shaped fourth edge section, and - of said second cap half, an edge consists of a fifth edge section, a sixth edge section, a seventh edge section and an arc-shaped eighth edge section, - wherein the second edge section, the third edge section and the fourth edge section are formed on the raised edge of the first cap half, - wherein the sixth edge section, the seventh edge section and the eighth edge section are formed on the raised edge of the second cap half, - wherein the first, second and third, and the fifth, sixth and seventh edge section are fully welded to the support arrangement, and - wherein the fourth edge section is fully welded to the eighth edge section.
A bleed valve, comprising: a housing with an inlet, an outlet, and a duct coupling the inlet to the outlet; a guide tube with a guide tube orifice fixed within the housing between the inlet and the outlet; and a piston with a piston orifice slideably supported on the guide tube and movable between an open position) and a closed position, wherein the duct fluidly couples the inlet to the outlet in the open position, wherein the duct fluidly separates the inlet from the outlet in the closed position, and wherein the piston orifice and the guide tube orifice fluidly couple the inlet) with the outlet in the open position and the closed position to move the piston between the open position and the closed position according to differential in pressure between the inlet and the outlet of the bleed valve. a housing with an inlet, an outlet, and a duct coupling the inlet to the outlet; a guide tube with a guide tube orifice fixed within the housing between the inlet and the outlet; and a piston with a piston orifice slideably supported on the guide tube and movable between an open position) and a closed position, wherein the duct fluidly couples the inlet to the outlet in the open position, wherein the duct fluidly separates the inlet from the outlet in the closed position, and wherein the piston orifice and the guide tube orifice fluidly couple the inlet) with the outlet in the open position and the closed position to move the piston between the open position and the closed position according to differential in pressure between the inlet and the outlet of the bleed valve.
A method for facilitating acquisition of metadata associated with a content, comprising: detecting one or more watermarks from a multimedia content received at a receiver device; and transmitting a request for metadata associated with the received multimedia content, the request transmitted using a hypertext transfer protocol, HTTP, for delivery to a metadata server and formed using a uniform resource locator, URL, wherein at least one of the detected one or more watermarks includes a payload that comprises a server code and an interval code that identifies an interval of the multimedia content that includes the one or more detected watermarks, wherein the URL includes a first section that includes a domain name associated with the detected server code, and a second section that includes the detected interval code, wherein the first section of the URL triggers the receiver device to employ the domain name service, DNS, protocol to obtain an internet protocol, IP, address of the metadata server, wherein the request for metadata is transmitted to the IP address and contains an HTTP query including the interval code; and receiving a response to the request, the response including metadata associated with the multimedia content. detecting one or more watermarks from a multimedia content received at a receiver device; and transmitting a request for metadata associated with the received multimedia content, the request transmitted using a hypertext transfer protocol, HTTP, for delivery to a metadata server and formed using a uniform resource locator, URL, wherein at least one of the detected one or more watermarks includes a payload that comprises a server code and an interval code that identifies an interval of the multimedia content that includes the one or more detected watermarks, wherein the URL includes a first section that includes a domain name associated with the detected server code, and a second section that includes the detected interval code, wherein the first section of the URL triggers the receiver device to employ the domain name service, DNS, protocol to obtain an internet protocol, IP, address of the metadata server, wherein the request for metadata is transmitted to the IP address and contains an HTTP query including the interval code; and receiving a response to the request, the response including metadata associated with the multimedia content.
A device for cleaning an instrument, the device comprising: a manifold (108, 216, 866) comprising one or more fluid inlets (110, 226, 228, 810); and a tubular member (102, 214, 760, 868) coupled to and rotatable relative to and extending distally from the manifold, the tubular member (102, 214, 760, 868) comprising: a proximal end, a distal end, a fluid outlet at the distal end, the fluid outlet being configured to direct a flow of fluid generally across the distal end of the tubular member, and one or more fluid passages (554, 764, 878) fluidically coupled to the fluid outlet, the one or more fluid passages (554, 764, 878) extending from the fluid outlet to the manifold (108, 216, 866); wherein the manifold (108, 216, 866) and tubular member (102, 214, 760, 868) are configured to receive a shaft of an imaging instrument extending through the manifold to the distal end of the tubular member. a manifold (108, 216, 866) comprising one or more fluid inlets (110, 226, 228, 810); and a tubular member (102, 214, 760, 868) coupled to and rotatable relative to and extending distally from the manifold, the tubular member (102, 214, 760, 868) comprising: a proximal end, a distal end, a fluid outlet at the distal end, the fluid outlet being configured to direct a flow of fluid generally across the distal end of the tubular member, and one or more fluid passages (554, 764, 878) fluidically coupled to the fluid outlet, the one or more fluid passages (554, 764, 878) extending from the fluid outlet to the manifold (108, 216, 866); a proximal end, a distal end, a fluid outlet at the distal end, the fluid outlet being configured to direct a flow of fluid generally across the distal end of the tubular member, and one or more fluid passages (554, 764, 878) fluidically coupled to the fluid outlet, the one or more fluid passages (554, 764, 878) extending from the fluid outlet to the manifold (108, 216, 866); wherein the manifold (108, 216, 866) and tubular member (102, 214, 760, 868) are configured to receive a shaft of an imaging instrument extending through the manifold to the distal end of the tubular member.
A hand-holdable relay optical system for forming an image of a fundus of a subject eye to be examined, said relay optical system is configured as an attachment optical system to be disposed between a hand-holdable imaging device and the subject eye comprising: a first positive lens group G1 and a second positive lens group G2, wherein: the first positive lens group G1 and the second positive lens group G2 form an afocal system having an identical optical axis, and are configured to form a conjugate relationship between the pupil of the subject eye and the pupil of the imaging device when the relay optical system is inserted between the imaging device and the subject eye, and wherein the first positive lens group G1 and the second positive lens group G2 substantially form an afocal relay system, and the following condition is satisfied: 0.9 < f 2 / f 1 < 2.2, in which f1 is a focal length of the first positive lens group G1 and f2 is a focal length of the second positive lens group G2. a first positive lens group G1 and a second positive lens group G2, wherein: the first positive lens group G1 and the second positive lens group G2 form an afocal system having an identical optical axis, and are configured to form a conjugate relationship between the pupil of the subject eye and the pupil of the imaging device when the relay optical system is inserted between the imaging device and the subject eye, and wherein the first positive lens group G1 and the second positive lens group G2 substantially form an afocal relay system, and the following condition is satisfied: 0.9 < f 2 / f 1 < 2.2, the first positive lens group G1 and the second positive lens group G2 form an afocal system having an identical optical axis, and are configured to form a conjugate relationship between the pupil of the subject eye and the pupil of the imaging device when the relay optical system is inserted between the imaging device and the subject eye, and wherein the first positive lens group G1 and the second positive lens group G2 substantially form an afocal relay system, and the following condition is satisfied: 0.9 < f 2 / f 1 < 2.2, in which f1 is a focal length of the first positive lens group G1 and f2 is a focal length of the second positive lens group G2.
A hand-held skin/hair conditioner system comprising: a housing having a front end and a hand-engaging surface; a front end electrode connected to said front end of said housing; a hand-engaging electrode connected to said hand-engaging surface of said housing; a power source contained within said housing; an electrical system connected to said power source said hand-engaging electrode, and said front electrode for conditioning and controlling current supplied to said hand-engaging electrode and said front end electrode; at least one inert, non-porous interface conductor having an outermost end which is smoothly rounded and has an extended area for engagement with the anatomy of the user, said interface conductor being attachable to said front end electrode and electrically connectable with said front end electrode; characterised in that said interface conductor is interchangeable, the system further comprising a releasable securing device for temporary attachment of a selected interface conductor to the front end of said housing. a housing having a front end and a hand-engaging surface; a front end electrode connected to said front end of said housing; a hand-engaging electrode connected to said hand-engaging surface of said housing; a power source contained within said housing; an electrical system connected to said power source said hand-engaging electrode, and said front electrode for conditioning and controlling current supplied to said hand-engaging electrode and said front end electrode; at least one inert, non-porous interface conductor having an outermost end which is smoothly rounded and has an extended area for engagement with the anatomy of the user, said interface conductor being attachable to said front end electrode and electrically connectable with said front end electrode; characterised in that said interface conductor is interchangeable, the system further comprising a releasable securing device for temporary attachment of a selected interface conductor to the front end of said housing.