mhurhangee/ep-ind-claims huggingface dataset:
A stator arrangement for an electrical motor with several windings which are arranged on a winding carrier of plastic, wherein at least one groove which extends in the peripheral direction, is open to the axial face side and in which at least one electrical conductor which electrically connects two of the windings is arranged, is formed on the winding carrier on at least one axial face side of this winding carrier, characterised in that the at least one electrical conductor is formed by a lacquered winding wire, from which the windings are formed and that the at least one groove is situated at a first axial face side of the winding carrier, and an electrical connection for the electrical connection of the stator arrangement is situated at an opposite, second axial face side.
A method for operating a Data Base server for storing spectrum condition information about a licensed system in a Cognitive Radio -based wireless communication system, the method comprising: receiving a first message for reporting activation of a device in a cell of a CR-based Base Station from the CR-based BS; calculating maximum allowed Equivalent Isotropically Radiated Power, EIRP, of the device for each channel; and transmitting a second message including information regarding the maximum allowed EIRP of the device for each channel. receiving a first message for reporting activation of a device in a cell of a CR-based Base Station from the CR-based BS; calculating maximum allowed Equivalent Isotropically Radiated Power, EIRP, of the device for each channel; and transmitting a second message including information regarding the maximum allowed EIRP of the device for each channel.
Pole part for medium voltage switchgear comprising: an insulating housing, a vacuum interrupter embedded in the insulating housing, wherein the insulating housing is made of an epoxy, a bulk moulded component, a thermoplastic or a plastic material, characterized in that the insulating housing comprises a bottom part provided with a cylindrical appendix configured to fix the pole part on a support element, wherein, the cylindrical appendix is provided with a casted on or moulded on axial externally threaded section, made of insulating material. an insulating housing, a vacuum interrupter embedded in the insulating housing, wherein the insulating housing is made of an epoxy, a bulk moulded component, a thermoplastic or a plastic material, characterized in that the insulating housing comprises a bottom part provided with a cylindrical appendix configured to fix the pole part on a support element, wherein, the cylindrical appendix is provided with a casted on or moulded on axial externally threaded section, made of insulating material.
An apparatus for the milling cutting of rock, minerals or other materials, in particular hard materials, comprising: a drum holder pivotable through a setting angle; a first tool drum mounted on the drum holder and being rotatably drivable about a drum axis, the first tool drum comprising a plurality of tool carriers supporting cutting tools and being arranged distributed over the periphery of the first tool drum and which are rotatably driveable, the plurality of tool carriers of the first tool drum having shaft axes running substantially transversely to the drum axis; and a second tool drum arranged rotatably mounted side by side with respect to the first tool drum in twin arrangement on the drum holder and being rotatably driveable about the drum axis, the second tool drum comprising a plurality of tool carriers supporting cutting tools and being arranged distributed over the periphery of the second tool drum, and which are rotatably driveable, the plurality of tool carriers of the second tool drum having shaft axes running substantially transversely to the drum axis, wherein the shaft axes of the tool carriers of the first tool drum span a first conical surface about the drum axle and the shaft axes of the tool carriers of the second tool drum span a second conical surface about the drum axle, the two conical surfaces (23, 24) being open to opposite sides, and wherein the rotational direction of the tool carriers of the first tool drum is counter to the rotational direction of the tool carriers of the second tool drum. a drum holder pivotable through a setting angle; a first tool drum mounted on the drum holder and being rotatably drivable about a drum axis, the first tool drum comprising a plurality of tool carriers supporting cutting tools and being arranged distributed over the periphery of the first tool drum and which are rotatably driveable, the plurality of tool carriers of the first tool drum having shaft axes running substantially transversely to the drum axis; and a second tool drum arranged rotatably mounted side by side with respect to the first tool drum in twin arrangement on the drum holder and being rotatably driveable about the drum axis, the second tool drum comprising a plurality of tool carriers supporting cutting tools and being arranged distributed over the periphery of the second tool drum, and which are rotatably driveable, the plurality of tool carriers of the second tool drum having shaft axes running substantially transversely to the drum axis, wherein the shaft axes of the tool carriers of the first tool drum span a first conical surface about the drum axle and the shaft axes of the tool carriers of the second tool drum span a second conical surface about the drum axle, the two conical surfaces (23, 24) being open to opposite sides, and wherein the rotational direction of the tool carriers of the first tool drum is counter to the rotational direction of the tool carriers of the second tool drum.
A functionalized laminated optical element selected from an ophthalmic lens, an ocular visor or a sight optical system, comprising: - An optical base colorless or tinted transparent element; - A functional film structure consisting of a single layer or a multilayer structure; - A layer of a pressure-sensitive adhesive of optical quality, placed between one surface of the optical base element and the functional film structure so as to permanently retain said functional film structure on the surface of the optical base element, wherein said pressure-sensitive adhesive layer has a storage modulus G' between 1.0 and below 1.6 10 5 Pa at 85 °C, preferably below or equal to 1.5 10 5 Pa and demonstrates a dry peel strength and a wet peel force strength both above 20 N/25 mm, preferably both in the range of 21 to 40 N/25 mm inclusive, wherein the storage modulus G' is measured with a rheometer in the shear mode over a temperature range of -40°C to 100°C, at a heating rate of 5°C/min, on a test sample cut in a disc shape of a 7.9 mm diameter and about 2 mm thickness placed between parallel plates applying a shear strain at a frequency of 1 Hz and wherein the dry peel strength and the wet peel strength are both measured according to ASTM D 3330/D 3330 M Standard Test Method. - An optical base colorless or tinted transparent element; - A functional film structure consisting of a single layer or a multilayer structure; - A layer of a pressure-sensitive adhesive of optical quality, placed between one surface of the optical base element and the functional film structure so as to permanently retain said functional film structure on the surface of the optical base element,
A peptide analogue of xenin for use in the treatment of neurological disorders, wherein the peptide analogue comprises xenin and at least one amino acid substitution or modification comprising addition of a fatty acid selected from the group comprising a C-8 octanoyl group, a C-10 decanoyl group, a C-12 lauroyl group, a C-14 myristoyl group, a C-16 palmitoyl group, a C-18 stearoyl group, and a C-20 acyl group.
A container comprising: a metal container body, the body comprising a base and a generally cylindrical side wall, wherein the top edge of the cylindrical side wall is rolled over to form a hollow annular bead surrounding the upper open end of the container body, and wherein a discontinuity in the form of one or more depressions and/or one or more protrusions is formed in the annular bead at a circumferential point or respective circumferential points; and a releasable closure formed with an end wall and a depending skirt, and characterised by having an annular layer of sealing material provided on the inside of the end wall adjacent the skirt, the sealing material being such that it is cured before the filling process but softened during the filling and capping process by steam in a head space above a food product; wherein, when the closure is pressed onto the container body, the annular bead engages the annular layer of softened sealing material and some of that sealing material extends into the one or more depressions and/or around the one or more protrusions; and a partial vacuum within the container body so that the closure is held on the container body by virtue of the partial vacuum formed in the container body during production of the filled container. a metal container body, the body comprising a base and a generally cylindrical side wall, wherein the top edge of the cylindrical side wall is rolled over to form a hollow annular bead surrounding the upper open end of the container body, and wherein a discontinuity in the form of one or more depressions and/or one or more protrusions is formed in the annular bead at a circumferential point or respective circumferential points; and a releasable closure formed with an end wall and a depending skirt, and characterised by having an annular layer of sealing material provided on the inside of the end wall adjacent the skirt, the sealing material being such that it is cured before the filling process but softened during the filling and capping process by steam in a head space above a food product; wherein, when the closure is pressed onto the container body, the annular bead engages the annular layer of softened sealing material and some of that sealing material extends into the one or more depressions and/or around the one or more protrusions; and a partial vacuum within the container body so that the closure is held on the container body by virtue of the partial vacuum formed in the container body during production of the filled container.
A vehicle component mounting bracket for a vehicle comprising a curtain airbag, said bracket including means for attachment to a vehicle body structure, wherein said bracket comprises a deployment control surface angled and positioned to deflect the deployment of the curtain airbag away from a vehicle component mounting when said curtain airbag is deployed; characterized in that: the bracket comprises a sunroof mechanism mounting bracket. the bracket comprises a sunroof mechanism mounting bracket.
An image sensor (10, 30, 100) for recording incident radiation, comprising a first layer for filtering the incident radiation by attenuating incident radiation with a frequency that is below one or more cutoff frequencies; and a second light-sensitive layer for absorbing radiation passing through the first layer, the light-sensitive layer comprising an array of pixels, wherein the first layer precedes the second light-sensitive layer in a direction of propagation of the incident radiation and the first layer comprises an array of apertures passing through the first layer to the second light-sensitive layer for propagating radiation therethrough, wherein the cross sectional size of each aperture of the array of apertures is configured to provide a cutoff frequency so that incident radiation with a frequency below the cutoff frequency is attenuated inside the aperture by decaying exponentially inside the aperture and incident radiation with a frequency above the cutoff frequency propagates through the aperture by coupling to one or more propagating modes inside the aperture, and wherein the intensity of radiation that has a frequency below the cutoff frequency and that reaches the second light-sensitive layer is controlled by the thickness of the first layer. a first layer for filtering the incident radiation by attenuating incident radiation with a frequency that is below one or more cutoff frequencies; and a second light-sensitive layer for absorbing radiation passing through the first layer, the light-sensitive layer comprising an array of pixels, wherein the first layer precedes the second light-sensitive layer in a direction of propagation of the incident radiation and the first layer comprises an array of apertures passing through the first layer to the second light-sensitive layer for propagating radiation therethrough, wherein the cross sectional size of each aperture of the array of apertures is configured to provide a cutoff frequency so that incident radiation with a frequency below the cutoff frequency is attenuated inside the aperture by decaying exponentially inside the aperture and incident radiation with a frequency above the cutoff frequency propagates through the aperture by coupling to one or more propagating modes inside the aperture, and wherein the intensity of radiation that has a frequency below the cutoff frequency and that reaches the second light-sensitive layer is controlled by the thickness of the first layer.
Device for the collection of urban waste, comprising: a containment structure defining a containment chamber arranged to receive at least one waste container, wherein the containment structure comprises a top wall having a delivery mouth provided with a shutter movable between a closure condition of the delivery mouth to an opening condition of the conferring mouth, to enable the introduction of waste into the containment chamber; at least one control lever (11a, 11b) hinged to the containment structure and movable between a rest position and a working position; at least one swinging arm engaged in the containment chamber and movable between a raised position in which it is brought closer to the top wall and a lowered position in which it is moved away from the top wall; a link mechanism operatively interposed between the control lever (11a, 11b) and the swinging arm to move the latter between the raised position and the lowered position in consequence of a movement of the control lever (11a, 11b) between the rest position and the working position; a signalling device operatively connected with the swinging arm and configured to indicate occurrence of a maximum filling degree when the translation of the swinging arm towards the lowered position is prevented by the presence of the waste accumulated in the containment chamber. a containment structure defining a containment chamber arranged to receive at least one waste container, wherein the containment structure comprises a top wall having a delivery mouth provided with a shutter movable between a closure condition of the delivery mouth to an opening condition of the conferring mouth, to enable the introduction of waste into the containment chamber; at least one control lever (11a, 11b) hinged to the containment structure and movable between a rest position and a working position; at least one swinging arm engaged in the containment chamber and movable between a raised position in which it is brought closer to the top wall and a lowered position in which it is moved away from the top wall; a link mechanism operatively interposed between the control lever (11a, 11b) and the swinging arm to move the latter between the raised position and the lowered position in consequence of a movement of the control lever (11a, 11b) between the rest position and the working position; a signalling device operatively connected with the swinging arm and configured to indicate occurrence of a maximum filling degree when the translation of the swinging arm towards the lowered position is prevented by the presence of the waste accumulated in the containment chamber.
A computer-implemented method comprising: receiving an indication of eye contact between two users of two respective communication devices; receiving an indication of an action performed by the two users, wherein the action comprises a first movement performed by a first of the two users and a second movement performed by the second of the two users; the method being characterised by: in response to the indication of the eye contact and the indication of the action, including the two users in a group and enabling communication between respective devices of at least the two users in the group; and the second movement comprising at least one of a mirror image or a mimicked image of the first movement. receiving an indication of eye contact between two users of two respective communication devices; receiving an indication of an action performed by the two users, wherein the action comprises a first movement performed by a first of the two users and a second movement performed by the second of the two users; the method being characterised by: in response to the indication of the eye contact and the indication of the action, including the two users in a group and enabling communication between respective devices of at least the two users in the group; and the second movement comprising at least one of a mirror image or a mimicked image of the first movement. in response to the indication of the eye contact and the indication of the action, including the two users in a group and enabling communication between respective devices of at least the two users in the group; and the second movement comprising at least one of a mirror image or a mimicked image of the first movement.
A jacket for an offshore structure, the jacket comprising: a plurality of jacket modules stacked one above the other, each of the jacket modules having multiple hollow legs; and a plurality of piles passing through the hollow legs for securing the jacket to the sea-bed; characterised in that the piles include: foundation piles passing through legs of a lowermost jacket module, with a lower part of each foundation pile extending downward below the lowermost jacket module into the sea-bed, and an upper part of the each foundation pile extending upward out of the tops of the legs of the lowermost jacket module and into legs of a second jacket module located atop the lowermost jacket module such that the upper parts of the foundation piles extend into the legs of the second jacket module by a height less than the height of the jacket modules; and follower piles within the legs of the second jacket module located atop the upper parts of the foundation piles and extending upward out of the tops of the legs of the second jacket module. a plurality of jacket modules stacked one above the other, each of the jacket modules having multiple hollow legs; and a plurality of piles passing through the hollow legs for securing the jacket to the sea-bed; characterised in that the piles include: foundation piles passing through legs of a lowermost jacket module, with a lower part of each foundation pile extending downward below the lowermost jacket module into the sea-bed, and an upper part of the each foundation pile extending upward out of the tops of the legs of the lowermost jacket module and into legs of a second jacket module located atop the lowermost jacket module such that the upper parts of the foundation piles extend into the legs of the second jacket module by a height less than the height of the jacket modules; and follower piles within the legs of the second jacket module located atop the upper parts of the foundation piles and extending upward out of the tops of the legs of the second jacket module. foundation piles passing through legs of a lowermost jacket module, with a lower part of each foundation pile extending downward below the lowermost jacket module into the sea-bed, and an upper part of the each foundation pile extending upward out of the tops of the legs of the lowermost jacket module and into legs of a second jacket module located atop the lowermost jacket module such that the upper parts of the foundation piles extend into the legs of the second jacket module by a height less than the height of the jacket modules; and follower piles within the legs of the second jacket module located atop the upper parts of the foundation piles and extending upward out of the tops of the legs of the second jacket module.
A method for electrical discharge machining a workpiece including the steps of: presenting an elongate electrode to the workpiece with a spark gap therebetween; flowing a dielectric fluid to the gap; eroding the workpiece by electrical discharge between the tip of the electrode and the workpiece; using a servo system (101, 301) to displace the electrode in a direction aligned with the long axis of the electrode to maintain the gap as the electrode wears and the workpiece is eroded; and simultaneously with the displacement, using the servo system to produce vibratory movement of the electrode, the vibratory movement being aligned with the long axis of the electrode; wherein the servo system has a frequency response of at least 1 kHz for displacing the electrode to maintain the gap; and wherein the vibratory movement of the electrode induces corresponding vibrations in the dielectric fluid, which cause the dielectric fluid to form pulsating jets in the gap. presenting an elongate electrode to the workpiece with a spark gap therebetween; flowing a dielectric fluid to the gap; eroding the workpiece by electrical discharge between the tip of the electrode and the workpiece; using a servo system (101, 301) to displace the electrode in a direction aligned with the long axis of the electrode to maintain the gap as the electrode wears and the workpiece is eroded; and simultaneously with the displacement, using the servo system to produce vibratory movement of the electrode, the vibratory movement being aligned with the long axis of the electrode; wherein the servo system has a frequency response of at least 1 kHz for displacing the electrode to maintain the gap; and wherein the vibratory movement of the electrode induces corresponding vibrations in the dielectric fluid, which cause the dielectric fluid to form pulsating jets in the gap.
A method of manufacturing at least part of a wind turbine blade, the method comprising: providing a hybrid material mat (110, 111) comprising a plurality of glass fibre rovings provided on a carbon fibre substrate, said plurality of glass fibre rovings arranged on a first side of said hybrid material mat (110, 111) and said carbon fibre substrate arranged on a second side of said hybrid material mat (110, 111); arranging a plurality of said hybrid material mats (110, 111) in a mould; infusing said plurality of hybrid material mats (110, 111) with a resin; and curing said resin to form at least part of a wind turbine blade, characterised in that the method comprises the step of providing said hybrid material mat (110, 111) having at least one carbon fibre tow positioned among said plurality of glass fibre rovings on said carbon fibre substrate, wherein said at least one carbon fibre tow provides for an electrical potential equalization between said first side and said second side of said hybrid material mat (110, 111). providing a hybrid material mat (110, 111) comprising a plurality of glass fibre rovings provided on a carbon fibre substrate, said plurality of glass fibre rovings arranged on a first side of said hybrid material mat (110, 111) and said carbon fibre substrate arranged on a second side of said hybrid material mat (110, 111); arranging a plurality of said hybrid material mats (110, 111) in a mould; infusing said plurality of hybrid material mats (110, 111) with a resin; and curing said resin to form at least part of a wind turbine blade, characterised in that the method comprises the step of providing said hybrid material mat (110, 111) having at least one carbon fibre tow positioned among said plurality of glass fibre rovings on said carbon fibre substrate, wherein said at least one carbon fibre tow provides for an electrical potential equalization between said first side and said second side of said hybrid material mat (110, 111).