mhurhangee/ep-ind-claims huggingface dataset:
A charged particle beam extraction method for configuring a circular accelerator accelerating a charged particle beam, characterised in that a momentum deviation is generated only in a part of the accelerated charged particle beam by applying a pulse voltage to the part of the charged particle beam, and thereby a group of the charged particles belonging to the part, the group having a large momentum deviation, is located in a non-stable region and in an extraction region in a horizontal phase space with respect to the traveling direction of the charged particle beam, and wherein the group of the charged particles located in the non-stable region and in the extraction region is extracted by selectively and largely deviating the group in the horizontal direction.
A heart tissue gripping device comprising: a main body that is grippable by a user to allow the user to control the device such that one or more components of the device are insertable through an incision in a body to position the one or more components adjacent a surface of the heart; an elongate shaft having a proximal end coupled with the main body and a distal end; a tissue gripping member coupled to the distal end of the elongate shaft, the tissue gripping member having a body portion and a lumen extending entirely through the body portion, the tissue gripping member being positionable against the heart surface by insertion of the tissue gripping member within the incision and the tissue gripping member being configured to releasably attach to tissue of the heart surface, and a coupling feature for releasably attaching a catheter device or a tissue penetrating device to the tissue gripping member to allow said device to access the tissue of the heart surface; characterised in that the distal end of the elongate shaft is attached to the tissue gripping member off-axis from the lumen of the tissue gripping member such when the tissue gripping member is inserted within the incision, a proximal end of the lumen is exposed to the surrounding environment within the body while a distal end of the lumen is positioned against the heart surface. a main body that is grippable by a user to allow the user to control the device such that one or more components of the device are insertable through an incision in a body to position the one or more components adjacent a surface of the heart; an elongate shaft having a proximal end coupled with the main body and a distal end; a tissue gripping member coupled to the distal end of the elongate shaft, the tissue gripping member having a body portion and a lumen extending entirely through the body portion, the tissue gripping member being positionable against the heart surface by insertion of the tissue gripping member within the incision and the tissue gripping member being configured to releasably attach to tissue of the heart surface, and a coupling feature for releasably attaching a catheter device or a tissue penetrating device to the tissue gripping member to allow said device to access the tissue of the heart surface; characterised in that the distal end of the elongate shaft is attached to the tissue gripping member off-axis from the lumen of the tissue gripping member such when the tissue gripping member is inserted within the incision, a proximal end of the lumen is exposed to the surrounding environment within the body while a distal end of the lumen is positioned against the heart surface.
A vector sensor that in a passive mode is configured to measure movements in a medium, preferably caused by sound waves, that comprises a magnetic body (1, 2) with a density that is substantially buoyancy-neutral in the medium, a magnetometer, and a signal processing arrangement, wherein the magnetic body is arranged to be held at a certain distance from the magnetometer in such a way that the magnetic body (1, 2) can move in time with a passing particle movement, the magnetometer is disposed to detect the oscillations in the magnetic field that the movements in the medium give rise to and the signal processing arrangement is arranged to calculate the direction of the movement based on the output signals from the magnetometer, and characterised in that it comprises, equipment for an active transmission mode in the form of a signal generating arrangement and one or more coils arranged in connection with the magnetic body (1, 2), through which coils an alternating current is disposed to be conducted that is calculated and supplied from the signal generating arrangement, wherein the signal generating arrangement is disposed to supply the coils so that the magnetic field that they create causes the magnetic body (1, 2) to vibrate in a manner that gives the desired direction of the vibrations it transmits to the medium, and that the vector sensor in the passive mode is disposed to detect reflections of vibrations that were transmitted in the active mode.
A nonaqueous secondary cell comprising a positive electrode having a positive electrode current-collecting substrate, an electrically conductive protective layer formed on the surface of the positive electrode current-collecting substrate and a positive electrode active material layer capable of intercalating and deintercalating lithium formed on the surface of the conductive protective layer, a negative electrode having a negative electrode current-collecting substrate and, formed on top thereof, a negative electrode active material layer capable of intercalating and deintercalating lithium, a separator interposed between the positive and negative electrodes, and a nonaqueous electrolyte solution, wherein the nonaqueous electrolyte solution comprises a sulfonylimide electrolyte and a nonaqueous organic solvent, and the electrically conductive protective layer comprises an electrically conductive carbon material dispersed in a binder resin, wherein the conductive carbon material is at least one selected from the group consisting of fibrous conductive carbon materials and carbon blacks. wherein the nonaqueous electrolyte solution comprises a sulfonylimide electrolyte and a nonaqueous organic solvent, and the electrically conductive protective layer comprises an electrically conductive carbon material dispersed in a binder resin, wherein the conductive carbon material is at least one selected from the group consisting of fibrous conductive carbon materials and carbon blacks.
Method for the manufacture of a joint between a plastic composite structure (11, 21, 31, 41, 51) and a metal structure (12, 22, 32, 42, 52), wherein (i) at least part of the plastic composite structure (11, 21, 31, 41, 51) is overlapped with at least part of the metal structure (12, 22, 32, 42, 52), (ii) a cylindrical metal rivet (14, 24, 34, 44, 54) having a head section (25, 35) and a shaft section (26, 36), the head section (25, 35) being of a larger diameter than the shaft section (26, 36), is protruded through a hole in said plastic composite structure (11, 21, 31, 41, 51) and said metal structure (12, 22, 32, 42, 52) connecting said plastic composite structure and said metal structure in such a way that the head section (25, 35) of the cylindrical metal rivet (14, 24, 34, 44, 54) faces a free surface of said plastic composite structure (11, 21, 31, 41, 51) and that the at least part of the shaft section (26, 36) of the cylindrical metal rivet (14, 24, 34, 44, 54) contacts the metal structure (12, 22, 32, 42, 52), and thereafter, (iii) the part of said metal rivet (14, 24, 34, 44, 54) contacting said metal structure (12, 22, 32, 42, 52) is welded to said metal structure (12, 22, 32, 42, 52) on the interface of said metal rivet and said metal structure, characterized in that the head section (25, 35) is protruded through a hole in said plastic composite structure and said metal structure and in that the welding occurs by means of laser welding.
Mechanical and electrical connector comprising: an electrically conductive body extending between two end faces (102, 103); first blind bores (104, 105) extending into the body from each one of the two end faces (102, 103) and being adapted for receiving therein corresponding end portions of two conductors to be mechanically and electrically connected to each other; and one or more threaded bores (107, 108, 109, 110) extending through an outer wall of the body into each one of said first blind bores (104, 105); a second blind bore (112, 113) extending into the body from at least one of said two end faces (102, 103) and being adapted for receiving therein an end portion of a third conductor, in particular a grounding conductor; and one or more threaded bores (114, 115) extending through the outer wall of the body into said second blind bore (112, 113); wherein said second blind bore (112, 113) has a smaller diameter than said first blind bores (104, 105); wherein said second blind bore (112, 113) is substantially parallel to at least one of the first blind bores (104, 105); and characterized in that said one or more threaded bores (114, 115) extending into said second blind bore (112, 113) also extends through an inner wall separating said first blind bores (104, 105); and in that said one or more threaded bores (114, 115) extending into said second blind bore (112, 113) has a smaller diameter than a diameter of said one or more threaded bores (107, 108, 109, 110) extending into said first blind bores (104, 105). an electrically conductive body extending between two end faces (102, 103); first blind bores (104, 105) extending into the body from each one of the two end faces (102, 103) and being adapted for receiving therein corresponding end portions of two conductors to be mechanically and electrically connected to each other; and one or more threaded bores (107, 108, 109, 110) extending through an outer wall of the body into each one of said first blind bores (104, 105); a second blind bore (112, 113) extending into the body from at least one of said two end faces (102, 103) and being adapted for receiving therein an end portion of a third conductor, in particular a grounding conductor; and one or more threaded bores (114, 115) extending through the outer wall of the body into said second blind bore (112, 113); wherein said second blind bore (112, 113) has a smaller diameter than said first blind bores (104, 105); wherein said second blind bore (112, 113) is substantially parallel to at least one of the first blind bores (104, 105); and characterized in that said one or more threaded bores (114, 115) extending into said second blind bore (112, 113) also extends through an inner wall separating said first blind bores (104, 105); and in that said one or more threaded bores (114, 115) extending into said second blind bore (112, 113) has a smaller diameter than a diameter of said one or more threaded bores (107, 108, 109, 110) extending into said first blind bores (104, 105).
An optoelectronic sensor for detecting objects in a monitored area, the optoelectronic sensor comprising, for receiving received light from the monitored area in a wavelength range, a light receiver having a plurality of avalanche photodiode elements, each of which can be biased with a bias voltage above a breakdown voltage and can thus be operated in a Geiger mode, receiving optics (26, 28) having a first optical filter, 28a) tuned to the wavelength range, and a control and evaluation unit configured to detect information about the objects from a received signal of the light receiver, the wavelength range shifting within a tolerance wavelength range, the tolerance wavelength range comprising the wavelength range which is subject to drift during operation of the sensor, characterized in that the first filter (28, 28a) has a transmission range which is narrower than the tolerance wavelength range and in that the receiving optics (26, 28) have at least one further optical filter whose transmission range is narrower than the tolerance wavelength range and is different from the transmission range of the first filter.
A pump capable of delivering a heated fluid, comprising a driving portion, an impeller portion, and a cover portion that are sequentially connected, wherein a fluid inlet and a fluid outlet are provided on the cover portion, the driving portion comprises a first housing, the impeller portion comprises an impeller and a second housing, and the first housing, the second housing, and the cover portion are sequentially fixedly connected to define an impeller cavity for mounting the impeller, wherein the second housing and the impeller are respectively made of materials having same or similar thermal expansion coefficients, wherein the second housing is located on a radial outer side of the impeller and extends in an axial direction, characterized in that the second housing comprises a first flange and a second flange that are located at two ends in the axial direction and a cylindrical peripheral wall located between the first flange and the second flange, and the first flange and the second flange are fixedly connected to the first housing and the cover portion respectively.
Guidewire for a catheter, designed to introduce and/or remove fluids in human and/or animal hollow organs, in particular in blood vessels, comprising a) an elongate hollow shaft with a lumen for delivering and/or withdrawing the fluid, wherein a proximal portion of the hollow shaft has a lower elasticity than a distal portion of the hollow shaft, b) and an insertion aid in the form of a flexible wire coil attached coaxially to a distal end of the hollow shaft, with a guidewire tip arranged at a distal end of the wire coil, c) wherein a core wire is arranged in the lumen of the hollow shaft in order to control a flexibility of the guidewire, which core wire extends out of the lumen in a longitudinal direction right through the wire coil to the guidewire tip, d) a distal inner region of the wire coil, adjacent to the guidewire tip in a proximal direction, which inner region communicates with the lumen of the hollow shaft via a fluid channel (151, 161, 155) formed alongside the core wire e) and has at least one outwardly open through-opening for the fluid that is to be introduced and/or removed, characterized in that f) the hollow shaft is designed in two or more parts, g) the proximal portion is composed of a metal tube, and the distal portion is composed of a plastic tube, and h) the several parts have the same external diameter, such that there are no steps at the transitions. a) an elongate hollow shaft with a lumen for delivering and/or withdrawing the fluid, wherein a proximal portion of the hollow shaft has a lower elasticity than a distal portion of the hollow shaft, b) and an insertion aid in the form of a flexible wire coil attached coaxially to a distal end of the hollow shaft, with a guidewire tip arranged at a distal end of the wire coil, c) wherein a core wire is arranged in the lumen of the hollow shaft in order to control a flexibility of the guidewire, which core wire extends out of the lumen in a longitudinal direction right through the wire coil to the guidewire tip, d) a distal inner region of the wire coil, adjacent to the guidewire tip in a proximal direction, which inner region communicates with the lumen of the hollow shaft via a fluid channel (151, 161, 155) formed alongside the core wire e) and has at least one outwardly open through-opening for the fluid that is to be introduced and/or removed, f) the hollow shaft is designed in two or more parts, g) the proximal portion is composed of a metal tube, and the distal portion is composed of a plastic tube, and h) the several parts have the same external diameter, such that there are no steps at the transitions.
Process for producing a label that can be applied to an agricultural implement, comprising the steps: identifying information that characterizes the implement, wherein the information comprises implement-specific details for operating the implement and/or implement-specific details on maintenance, repair and/or spare parts of the implement, and/or comprises individually assignable details about the implement in the form of personal experience values or warning messages, wherein the implement-specific details comprise a weight, a position of centre of gravity of the implement, hydraulic channel allocations, valve settings, flow rates, timer values, PTO shaft speeds and/or PTO shaft torques, converting the information into an optically readable, encrypted symbol, applying the symbol to a support which, together with the applied symbol, forms the label, wherein the step of applying the information is carried out within the framework of an electronic data processing program, in that the produced symbol is transferred to a printing device to print the symbol on the support. identifying information that characterizes the implement, wherein the information comprises implement-specific details for operating the implement and/or implement-specific details on maintenance, repair and/or spare parts of the implement, and/or comprises individually assignable details about the implement in the form of personal experience values or warning messages, wherein the implement-specific details comprise a weight, a position of centre of gravity of the implement, hydraulic channel allocations, valve settings, flow rates, timer values, PTO shaft speeds and/or PTO shaft torques, converting the information into an optically readable, encrypted symbol, applying the symbol to a support which, together with the applied symbol, forms the label, wherein the step of applying the information is carried out within the framework of an electronic data processing program, in that the produced symbol is transferred to a printing device to print the symbol on the support.
An electrical device on which a motor is mounted, comprising: a rotor core; a plurality of permanent magnet insertion holes that are formed in an outer circumferential portion of the rotor core along a circumferential direction and in each of which a permanent-magnet end-portion air gap, which extends in an outer circumferential direction, is formed in both end portions in a state where a permanent magnet is inserted; and a permanent magnet that is inserted in each of the permanent magnet insertion holes, wherein each of the permanent-magnet end-portion air gaps has a portion whose width in the circumferential direction is approximately constant, the portion extending in the outer circumferential direction, a thin portion is formed between the permanent-magnet end-portion air gap and an outer circumference of the rotor core, rounded corner portions (P1, P2), as a pair, are formed at two locations on an outer circumference side in the permanent-magnet end-portion air gap, a radius of curvature of any one of the corner portions is equal to or more than half the width of the portion the permanent-magnet end-portion air gap in the circumferential direction, a radius of curvature of one of the corner portions (P1, P2) closer to an interpolar portion is larger than a radius of curvature of another of the corner portions closer to a magnetic pole center, and the thin portion has a region where a width of the thin portion in a radial direction is increased as approaching to the interpolar portion. a rotor core; a plurality of permanent magnet insertion holes that are formed in an outer circumferential portion of the rotor core along a circumferential direction and in each of which a permanent-magnet end-portion air gap, which extends in an outer circumferential direction, is formed in both end portions in a state where a permanent magnet is inserted; and a permanent magnet that is inserted in each of the permanent magnet insertion holes, wherein each of the permanent-magnet end-portion air gaps has a portion whose width in the circumferential direction is approximately constant, the portion extending in the outer circumferential direction, a thin portion is formed between the permanent-magnet end-portion air gap and an outer circumference of the rotor core, rounded corner portions (P1, P2), as a pair, are formed at two locations on an outer circumference side in the permanent-magnet end-portion air gap, a radius of curvature of any one of the corner portions is equal to or more than half the width of the portion the permanent-magnet end-portion air gap in the circumferential direction, a radius of curvature of one of the corner portions (P1, P2) closer to an interpolar portion is larger than a radius of curvature of another of the corner portions closer to a magnetic pole center, and the thin portion has a region where a width of the thin portion in a radial direction is increased as approaching to the interpolar portion.
An automated method for composing an application using a plurality of distributed interaction patterns assigned to at least one device and accessible over a network, wherein the interaction patterns are semantic representations of functionalities and interactions of the at least one device, the method including the steps of: a) providing at least one first semantic model for semantically representing interaction patterns of said device, said interaction patterns defined on an atomic and composable functionality level and provided by said at least one first semantic model of said device, said interactions including reading a property of said device, triggering an action of said device and/or consuming an event raised by said device; b) providing a second semantic model, the second semantic model formalizing composed interactions by semantically describing interaction pattern types, the interaction pattern types being an instance of at least one of said interaction patterns; c) implementing the second semantic model by instantiating to each interaction pattern type in the second semantic model provided in step b) a network resource identifier from selected interaction patterns in the first semantic model provided in step a); and d) deploying the second semantic model within one of said devices. a) providing at least one first semantic model for semantically representing interaction patterns of said device, said interaction patterns defined on an atomic and composable functionality level and provided by said at least one first semantic model of said device, said interactions including reading a property of said device, triggering an action of said device and/or consuming an event raised by said device; b) providing a second semantic model, the second semantic model formalizing composed interactions by semantically describing interaction pattern types, the interaction pattern types being an instance of at least one of said interaction patterns; c) implementing the second semantic model by instantiating to each interaction pattern type in the second semantic model provided in step b) a network resource identifier from selected interaction patterns in the first semantic model provided in step a); and d) deploying the second semantic model within one of said devices.
A back pad (100, 300) for a bandage or orthosis, wherein the back pad has a front surface and a rear surface, wherein at least a subarea of the rear surface (2, 3) has connection pieces (20, 21, 22, 23, 30, 31, 32, 33), wherein the front surface has projections, characterised in that the back pad (100, 300) is one piece and made of a single material and that the connection pieces (20, 21, 22, 23, 30, 31, 32, 33) form a mesh structure having interstices (25, 35).