mhurhangee/ep-ind-claims huggingface dataset:
- A mast section for a wind turbine having a longitudinal center axis extending in a longitudinal direction and comprising a wall having an inner surface and an outer surface, the mast section comprising at least two tubular mast elements stacked in the longitudinal direction and arranged edge to edge at a joining plane, each mast element comprising at least two wall segments, connected to each other by segment connectors extending along the longitudinal edges of the wall segments, the mast section further comprising element connectors each extending across said two mast elements and connecting the mast elements to each other, the mast section being characterized in that the element connectors are arranged on one of the inner surface and the outer surface of the wall of the mast section and the segment connectors are arranged on the other of the inner surface and the outer surface of the wall of the mast section and each element connector extends at least partly opposite at least one of the segment connectors in a radial direction of the mast section so that the wall is at least partly placed between this element connector and the opposite segment connector. the mast section comprising at least two tubular mast elements stacked in the longitudinal direction and arranged edge to edge at a joining plane, each mast element comprising at least two wall segments, connected to each other by segment connectors extending along the longitudinal edges of the wall segments, the mast section further comprising element connectors each extending across said two mast elements and connecting the mast elements to each other, the mast section being characterized in that the element connectors are arranged on one of the inner surface and the outer surface of the wall of the mast section and the segment connectors are arranged on the other of the inner surface and the outer surface of the wall of the mast section and each element connector extends at least partly opposite at least one of the segment connectors in a radial direction of the mast section so that the wall is at least partly placed between this element connector and the opposite segment connector.
A door handle assembly for a motor vehicle, having: - a frame-like handle support, - a lever, which is mounted movably on the handle support for enabling a user to open a door or hatch of the motor vehicle, - a mechanical coupling mechanism (7, 7'), by which a movement of the lever can be transferred to a vehicle-side closure assembly, and - a latch mechanism (8, 8') serving as a mass latch, which is mounted movably on the handle support and is configured in such a way that under the action of an acceleration force, it can be moved from a normal operating position, in which an actuation of the lever is possible, in a first blocking direction, in which an actuation of the closure assembly by the lever and/or the coupling mechanism (7, 7') is blocked, wherein the latch mechanism (8, 8'), under the action of an acceleration force, is configured as movable from the normal operating position in a second blocking direction, in which an actuation of the closure assembly by the lever and/or the coupling mechanism (7, 7') is blocked, wherein the second blocking direction is opposite the first blocking direction, wherein the coupling mechanism (7, 7') has at least one movement lip (14, 14') interacting with the latch mechanism, characterized in that the latch mechanism (8, 8') has a movement recess (15, 15'), which is arranged in the movement path of the movement lip (14, 14') when the latch mechanism (8, 8') is arranged in the normal operating position, the movement lip (14, 14') of the coupling mechanism (7, 7') capable of being moved at least into said recess for actuating the lever when the latch mechanism (8, 8') is arranged in the normal operating position. - a frame-like handle support, - a lever, which is mounted movably on the handle support for enabling a user to open a door or hatch of the motor vehicle, - a mechanical coupling mechanism (7, 7'), by which a movement of the lever can be transferred to a vehicle-side closure assembly, and - a latch mechanism (8, 8') serving as a mass latch, which is mounted movably on the handle support and is configured in such a way that under the action of an acceleration force, it can be moved from a normal operating position, in which an actuation of the lever is possible, in a first blocking direction, in which an actuation of the closure assembly by the lever and/or the coupling mechanism (7, 7') is blocked,
Device for connecting cladding elements placed end-to-end of an external covering to be fixed on a framework being itself fixed to a facade, the device comprising at least one connection assembly and pre-formed end-to-end cladding elements to accommodate it, said connecting assembly being formed of a slat on the same side of which project two spikes (120, 130), each spike (120, 130) cooperating with a hole made in the end of a different cladding element, CHARACTERIZED BY THE FACT THAT it comprises two connecting assemblies formed by a slat equipped with two spikes (120, 130): - a first connecting assembly cooperating with holes (440, 440') drilled in the cladding elements perpendicular to the facade to which the cladding elements are fixed, - a second connecting assembly cooperating with holes (430, 430') drilled in the cladding elements parallel to the surface to which the cladding elements are fixed. - a first connecting assembly cooperating with holes (440, 440') drilled in the cladding elements perpendicular to the facade to which the cladding elements are fixed, - a second connecting assembly cooperating with holes (430, 430') drilled in the cladding elements parallel to the surface to which the cladding elements are fixed.
Polymorph 1 of 2-(2-methylamino-pyrimidin-4-yl)-1 H-indole-5-carboxylic acid [ -1-carbamoyl-2-(phenyl-pyrimidin-2-yl-amino)-ethyl]-amide, which has characteristic reflections in an X-ray powder diffractogram using CuK-alpha1 radiation in reflection mode at 2Theta angles (in degree) of 14.9 ± 0.2, 19.4 ± 0.2, 19.7 ± 0.2, 20.0 ± 0.2, 22.3 ± 0.2, 25.0 ± 0.2.
An electrical socket comprising: - a base comprising terminals configured to be connecting to mains, - a casing mounted on said base and comprising an inner tubular wall extending along an axis of engagement oriented towards said base, - a movable plate coupled to said inner tubular wall of the casing and configured to translate along said axis of engagement between a waiting position and a locking position, - at least one locking system coupled to said base, extending perpendicular to said axis of engagement, characterized in that said at least one locking system comprises: - a housing disposed in an inner part of said base and extending perpendicular to said axis of engagement, - a bar disposed inside said housing and extending perpendicular to said axis of engagement, - a stopper moving along said bar, - two asymmetrical springs (91, 95) configured to place the stopper in a not centered position on said bar, and wherein said movable plate comprises: - at least one leg comprising an inner groove and an upper groove configured to interact with said at least one locking system, - two main springs oriented along the axis of engagement so that said springs help the movable plate to return to the waiting position, so that when said movable plate is pressed towards the base, said at least one locking system fixes the movable plate in the locking position, and when the movable plate is pressed again towards the base, said movable plate releases itself and the movable plate moves upwards to return to the waiting position. - a base comprising terminals configured to be connecting to mains, - a casing mounted on said base and comprising an inner tubular wall extending along an axis of engagement oriented towards said base, - a movable plate coupled to said inner tubular wall of the casing and configured to translate along said axis of engagement between a waiting position and a locking position, - at least one locking system coupled to said base, extending perpendicular to said axis of engagement, - a housing disposed in an inner part of said base and extending perpendicular to said axis of engagement, - a bar disposed inside said housing and extending perpendicular to said axis of engagement, - a stopper moving along said bar, - two asymmetrical springs (91, 95) configured to place the stopper in a not centered position on said bar, - at least one leg comprising an inner groove and an upper groove configured to interact with said at least one locking system, - two main springs oriented along the axis of engagement so that said springs help the movable plate to return to the waiting position,
Method for the preparation of a polyester, wherein a starting mixture comprising 2,5-furandicarboxylic acid and ethylene glycol is subjected to esterification to form an ester composition, and the ester composition thus obtained is subjected to polycondensation at reduced pressure in the presence of a polycondensation catalyst to obtain a polycondensate, wherein 2,5-furandicarboxylic acid and ethylene glycol are reacted under conditions such that the esterification potential as defined by Esterification Potential EsPo = MR − 1 2 * P H 2 O T, wherein MR represents the molar ratio of ethylene glycol over 2,5-furandicarboxylic acid, MR being greater than 1; P H2O represents the pure component vapor pressure (in bar) of water at temperature T, which is the final reaction temperature in the esterification mixture before the pressure is reduced to effect the polycondensation, is less than 0.8. wherein MR represents the molar ratio of ethylene glycol over 2,5-furandicarboxylic acid, MR being greater than 1; P H2O represents the pure component vapor pressure (in bar) of water at temperature T, which is the final reaction temperature in the esterification mixture before the pressure is reduced to effect the polycondensation, is less than 0.8.
An implant device for use within the body, the implant device comprising: a data source; and an antenna for backscatter communications with an external communication system; wherein the implant device is arranged to control the backscattering properties of the antenna in order to thereby transmit data from the data source to the external communications system; wherein the backscattering properties of the antenna are controlled by one or more electrical switch(es) configured to change the load and/or geometry of the antenna wherein the implant device is a medical implant device and includes one or more sensor(s) for gathering data for medical use and a memory for data storage; and wherein the implant device is a capsule device for use within the human digestive system. a data source; and an antenna for backscatter communications with an external communication system; wherein the implant device is arranged to control the backscattering properties of the antenna in order to thereby transmit data from the data source to the external communications system; wherein the backscattering properties of the antenna are controlled by one or more electrical switch(es) configured to change the load and/or geometry of the antenna wherein the implant device is a medical implant device and includes one or more sensor(s) for gathering data for medical use and a memory for data storage; and wherein the implant device is a capsule device for use within the human digestive system.
An access port (330, 430, 530) attachable to a surface within a patient's body, comprising: a port body comprising flexible base material (332, 432, 532) defining a first end, a second end, a longitudinal axis extending therebetween, and a wall including inner and outer surfaces extending between the first and second ends; a plurality of elastic elements (350, 450, 550) embedded in the port body, the elastic elements being separable to create a passage through the port body to accommodate an instrument being introduced therethrough the port body and resiliently biased to substantially close the passage; and fabric covering any exposed surfaces of the port body; wherein the base material is formed from elastomeric material, wherein the elastic elements are embedded in the base material, wherein the access port is in the form of a cuff (330, 430) that may be secured around or to a tubular or other curved body structure or a patch that may be secured to a tubular structure, an organ, or substantially flat body structure, characterised in that the fabric comprises one or more pieces of fabric wrapped around the port body and stitched together and/or to the port body. a port body comprising flexible base material (332, 432, 532) defining a first end, a second end, a longitudinal axis extending therebetween, and a wall including inner and outer surfaces extending between the first and second ends; a plurality of elastic elements (350, 450, 550) embedded in the port body, the elastic elements being separable to create a passage through the port body to accommodate an instrument being introduced therethrough the port body and resiliently biased to substantially close the passage; and fabric covering any exposed surfaces of the port body; wherein the base material is formed from elastomeric material, wherein the elastic elements are embedded in the base material, wherein the access port is in the form of a cuff (330, 430) that may be secured around or to a tubular or other curved body structure or a patch that may be secured to a tubular structure, an organ, or substantially flat body structure, characterised in that the fabric comprises one or more pieces of fabric wrapped around the port body and stitched together and/or to the port body.
A method for an electronic device connected to a media aggregating node, for selecting a media rendering unit connected to a local network environment and for selecting media items published by the media aggregating node, the method comprising: - displaying information, received from the media aggregating node, regarding published media items, on a display unit of the electronic device; - registering a user input command, using a user input unit, indicating a user selected media item; - registering a user selection of a media rendering unit by determining, using a pointing unit, that the electronic device is substantially pointing at the media rendering unit, wherein the determining comprises measuring, using a sensor unit comprised in the pointing unit, sensor data that allows determination of the relative pointing direction of the electronic device and hence towards which media rendering unit the user is pointing; - sending instructions to render the selected media item on the selected media rendering unit to the media aggregating node; - receiving information about the user interface of the selected media rendering unit from the media aggregating node; and - adapting the user interface displayed on the display unit of the electronic device to the user interface of the selected media rendering unit using information received from the media aggregating node. - displaying information, received from the media aggregating node, regarding published media items, on a display unit of the electronic device; - registering a user input command, using a user input unit, indicating a user selected media item; - registering a user selection of a media rendering unit by determining, using a pointing unit, that the electronic device is substantially pointing at the media rendering unit, wherein the determining comprises measuring, using a sensor unit comprised in the pointing unit, sensor data that allows determination of the relative pointing direction of the electronic device and hence towards which media rendering unit the user is pointing; - sending instructions to render the selected media item on the selected media rendering unit to the media aggregating node; - receiving information about the user interface of the selected media rendering unit from the media aggregating node; and - adapting the user interface displayed on the display unit of the electronic device to the user interface of the selected media rendering unit using information received from the media aggregating node.
An intervertebral implant for implantation in an intervertebral space between adjacent vertebrae, the implant comprising: a spacer having a superior surface, an inferior surface, a proximal end, and a distal end, wherein the superior surface and the inferior surface each have a contact area configured to engage adjacent vertebrae, the spacer defining an opening extending from the superior surface to the inferior surface of the spacer, and the spacer defining a cutout extending from the proximal end to the opening; and an insert at least partially defining a fastener aperture sized and dimensioned for receiving a fastener, wherein the insert is coupled to the spacer such that at least a portion of the insert is received in the cutout in the spacer, wherein the spacer defines a second cutout extending from the proximal end to the opening, and a second insert at least partially defining a second fastener aperture sized and dimensioned for receiving a second fastener, wherein the second insert is coupled to the spacer such that at least a portion of the second insert is received in the second cutout in the spacer characterized in that the each of the inserts (50a, 50b) are configured to mate with at least a portion of the superior surface or of the lower surface of the spacer. a spacer having a superior surface, an inferior surface, a proximal end, and a distal end, wherein the superior surface and the inferior surface each have a contact area configured to engage adjacent vertebrae, the spacer defining an opening extending from the superior surface to the inferior surface of the spacer, and the spacer defining a cutout extending from the proximal end to the opening; and an insert at least partially defining a fastener aperture sized and dimensioned for receiving a fastener, wherein the insert is coupled to the spacer such that at least a portion of the insert is received in the cutout in the spacer, wherein the spacer defines a second cutout extending from the proximal end to the opening, and a second insert at least partially defining a second fastener aperture sized and dimensioned for receiving a second fastener, wherein the second insert is coupled to the spacer such that at least a portion of the second insert is received in the second cutout in the spacer characterized in that the each of the inserts (50a, 50b) are configured to mate with at least a portion of the superior surface or of the lower surface of the spacer.
A fuel cell stack comprising a plurality of fuel cells each of the fuel cells including a membrane electrode assembly sandwiched between a pair of separators (30, 40) that have flow passages (34, 44) through which gas to be supplied to the membrane electrode assembly flows, the membrane electrode assembly comprising an electrolyte membrane sandwiched between a pair of electrodes (22, 23), the pair of separators (30, 40) being arranged across the membrane electrode assembly such that the pair of separators (30, 40) contact the membrane electrode assembly on opposing sides thereof, and at least one welded portion where the separators (30, 40) adjacent to one another in a stacking direction of the fuel cell are welded, the at least one welded portion being formed between at least one pair of protrusions (37, 47) adjacent to one another in the stacking direction, wherein a height of a protrusion from the membrane electrode assembly in the stacking direction, of a given separator on which the welded portion is formed is less than a height of a protrusion from the membrane electrode assembly in the stocking direction, of the given separator on which a welded portion is not formed.
A monitoring system for monitoring displacement of a wind turbine tower, said monitoring system comprises: - one or more plumb bobs (4,4') each comprising an upper part and a lower part; each plumb bob being configured to be pivotally suspended at its upper part, via suspension means, from a point above so as to attain a rest position in a rest situation; each said plumb bobs comprising one or more sensing surfaces (12,12'); - one or more suspension means for suspending said one or more plumb bobs; - two or more sensors (14,14',14"), each being configured to sense, in a specific sensing direction (16,16',16"), a distance to said one or more plumb bobs, and thereby provide a displacement data; wherein at least two of said two or more sensors (14,14',14") are arranged in a sensing vicinity of said one or more plumb bobs; wherein at least two of said specific sensing directions (16,16',16") are not being parallel to each other; characterized in that said monitoring system furthermore comprises a control unit configured to receive said displacement data from two or more of said sensors; and wherein said system furthermore comprises means for reporting to an external unit, parameter(s) representing displacement of the wind turbine tower. - one or more plumb bobs (4,4') each comprising an upper part and a lower part; each plumb bob being configured to be pivotally suspended at its upper part, via suspension means, from a point above so as to attain a rest position in a rest situation; each said plumb bobs comprising one or more sensing surfaces (12,12'); - one or more suspension means for suspending said one or more plumb bobs; - two or more sensors (14,14',14"), each being configured to sense, in a specific sensing direction (16,16',16"), a distance to said one or more plumb bobs, and thereby provide a displacement data;
A method for the soiling check of a window of a measuring apparatus that is formed for checking sheet material that for its check is transported along a transport path past the measuring apparatus, and which has - at least one light source for irradiating the sheet material, - at least one sensor line for detecting the light emanating from the sheet material, the sensor line having at least the width of the sheet material, - at least one evaluation device for the evaluation of light signals that were detected by the sensor line upon the detection of the light, and - at least one window between the sensor line and the transport path of the sheet material, wherein in phases in which sheet material is in the detection region of the sensor line, the measuring apparatus carries out a check of the sheet material, upon which the sheet material is not checked over the full area but only at least a partial region of each sheet of the sheet material, which partial region has a specified length and width and altogether is narrower than the width of the sheet material, is checked through detection and evaluation of the light emanating from the at least one partial region of the sheet, and wherein in phases in which no sheet material is in the detection region of the sensor line, light emanating from the window is detected and evaluated for the soiling check of the window, characterized in that for the soiling check of the window only that light is evaluated that emanates from a partial region of the window through which, upon the check of the sheet material, the light reaches the sensor line and which with respect to its width and its location in the beam path of the light corresponds to that at least one partial region of the sheet material that is checked upon the check of the sheet material. - at least one light source for irradiating the sheet material, - at least one sensor line for detecting the light emanating from the sheet material, the sensor line having at least the width of the sheet material, - at least one evaluation device for the evaluation of light signals that were detected by the sensor line upon the detection of the light, and - at least one window between the sensor line and the transport path of the sheet material,