mhurhangee/ep-ind-claims huggingface dataset:
An implantable lead assembly comprising: a lead including an elongate flexible printed electronic assembly including a first signal conductive element; and an attenuation arrangement associated with the lead to attenuate MRI-energy, wherein the elongate flexible printed electronic assembly comprises a base insulator onto which the first signal conductive element is printed, wherein the attenuation arrangement comprises an array of attenuation elements, wherein an attenuation element of the array of attenuation elements is included in the flexible printed electronic assembly, wherein the attenuation element is printed relative to the base insulator such that the attenuation arrangement and the first signal conductive element are arranged as layers in a vertically stacked relationship with the base insulator, the attenuation arrangement being separate from, and independent of, the signal conductive elements in the flexible printed electronic assembly, particularly wherein the attenuation element is physically separated from and independent of the signal conductive elements in the flexible printed electronic assembly. a lead including an elongate flexible printed electronic assembly including a first signal conductive element; and an attenuation arrangement associated with the lead to attenuate MRI-energy, wherein the elongate flexible printed electronic assembly comprises a base insulator onto which the first signal conductive element is printed, wherein the attenuation arrangement comprises an array of attenuation elements, wherein an attenuation element of the array of attenuation elements is included in the flexible printed electronic assembly, wherein the attenuation element is printed relative to the base insulator such that the attenuation arrangement and the first signal conductive element are arranged as layers in a vertically stacked relationship with the base insulator, the attenuation arrangement being separate from, and independent of, the signal conductive elements in the flexible printed electronic assembly, particularly wherein the attenuation element is physically separated from and independent of the signal conductive elements in the flexible printed electronic assembly.
An optical fiber ribbon, comprising: N pieces of optical fibers (11A....11X) in a state of being disposed in parallel, wherein at least some parts of the N pieces of optical fibers contact each other and are connected to each other by a resin, an outer diameter of the optical fiber is equal to or larger than 0.135 mm and equal to or smaller than 0.180 mm, a connection part connected by the resin and a non-connection part not connected by the resin by formation of a slit in the resin are intermittently provided in a longitudinal direction between intermittently connected core wires of an optical fiber disposed at the Mth and an optical fiber disposed at the (M+1)th among the N pieces of optical fibers, thereby to divide the N optical fibers into sets of M fibers, each set being without any non-connection part between the fibers, the N is a multiple of 12, and the M is a multiple of 4. N pieces of optical fibers (11A....11X) in a state of being disposed in parallel, wherein at least some parts of the N pieces of optical fibers contact each other and are connected to each other by a resin, an outer diameter of the optical fiber is equal to or larger than 0.135 mm and equal to or smaller than 0.180 mm, a connection part connected by the resin and a non-connection part not connected by the resin by formation of a slit in the resin are intermittently provided in a longitudinal direction between intermittently connected core wires of an optical fiber disposed at the Mth and an optical fiber disposed at the (M+1)th among the N pieces of optical fibers, thereby to divide the N optical fibers into sets of M fibers, each set being without any non-connection part between the fibers, the N is a multiple of 12, and the M is a multiple of 4.
Polypropylene composition having - a melting temperature Tm of 135 °C to 140°C (DSC according to ISO 11357 / part 3), - an MFR 2 of 0.05 to 0.50 g/10min (2.16kg, 230°C, ISO1133), - a XS according to ISO16152 of 1.5 to 2.5 wt.-%, and - a molecular weight distribution Mw/Mn of at least 2.8 and less than 6.0, wherein Mn is the number average molecular weight and Mw is the weight average molecular weight both being determined by Gel Permeation Chromatography according to ISO 16014-4:2003, and ASTM D 6474-99, whereby the polypropylene composition comprises units derived from 1-hexene in an amount of 1.80 wt.-% to 5.0 wt.-%; and units derived from ethylene in an amount of 0.1 to 1.0 wt.-%. - a melting temperature Tm of 135 °C to 140°C (DSC according to ISO 11357 / part 3), - an MFR 2 of 0.05 to 0.50 g/10min (2.16kg, 230°C, ISO1133), - a XS according to ISO16152 of 1.5 to 2.5 wt.-%, and - a molecular weight distribution Mw/Mn of at least 2.8 and less than 6.0, wherein Mn is the number average molecular weight and Mw is the weight average molecular weight both being determined by Gel Permeation Chromatography according to ISO 16014-4:2003, and ASTM D 6474-99, whereby the polypropylene composition comprises units derived from 1-hexene in an amount of 1.80 wt.-% to 5.0 wt.-%; and
Table comprising a table top and an underframe comprising a first pair of legs (2, 3) with respectively associated feet (4, 5) and a second pair of legs (6, 7) with respectively associated feet (8, 9), wherein the feet (4, 5) of the first pair are at a fixed distance from the table top, wherein the feet (8, 9) of the second pair are connected to one another and are adjustable together in terms of their distance from the table top, wherein a clamping device is provided, by means of which the feet (8, 9) of the second pair are arrestable in terms of their distance from the table top, wherein the feet (8, 9) of the second pair are connected to one another by a bar, which is fastened on a shaft, which is guidable by means of a guide between the legs (2, 3, 6, 7) of one of the pairs, characterized in that the clamping device comprises a tensionable band, by means of which the guide, which is fastened on the shaft, is firmly clampable between the legs (2, 3, 6, 7) of one of the pairs when the band is tensioned, wherein the guide is movable along the legs (2, 3, 6, 7) of said pair when the band is relieved of tensioning.
An adjusting device for an electrically operated utility vehicle having a front axle; at least two rear axles; at least one electric motor for driving the rear axles; and a battery that supplies the electric motor with electrical power; the adjusting device being adapted to adjust a level of at least one of the rear axles from the roadway, characterised in that the adjusting device is adapted to identify a recovery mode in which the electric motor functions as a generator and is driven by the two rear axles in order to charge the battery; and the adjusting device is adapted such that, once recovery mode has been identified, it adjusts the level of and a load on the at least one adjustable rear axle, thereby optimising recovery, the adjusting device being adapted to increase the load on the rear axle that has hitherto borne the lesser load, thereby simultaneously reducing the load on the rear axle that has hitherto borne the greater load. the adjusting device being adapted to adjust a level of at least one of the rear axles from the roadway, characterised in that the adjusting device is adapted to identify a recovery mode in which the electric motor functions as a generator and is driven by the two rear axles in order to charge the battery; and the adjusting device is adapted such that, once recovery mode has been identified, it adjusts the level of and a load on the at least one adjustable rear axle, thereby optimising recovery, the adjusting device being adapted to increase the load on the rear axle that has hitherto borne the lesser load, thereby simultaneously reducing the load on the rear axle that has hitherto borne the greater load.
A glove having a rubber or resin coated on the surface of a fiber-made glove, wherein a stretchable yarn is knitted at least into a wrist area of the fiber-made glove, the stretchable yarn having a rubber or resin coated thereon, characterized in that: two knitting yarns are knitted concurrently, and one of the two knitting yarns is changed to a stretchable yarn in a predetermined part, wherein the denier number of the stretchable yarn is 30 to 300% of that of the knitting yarn before changed, or one knitting yarn is knitted and two yarns comprising the knitting yarn and a stretchable yarn which is added only in a predetermined part are knitted, wherein the denier number of the stretchable yarn is 140 deniers or less, and the difference in level occurring at the boundary portion between the areas where the stretchable yarn is knitted and where it is not knitted is 210 μm or less. two knitting yarns are knitted concurrently, and one of the two knitting yarns is changed to a stretchable yarn in a predetermined part, wherein the denier number of the stretchable yarn is 30 to 300% of that of the knitting yarn before changed, or one knitting yarn is knitted and two yarns comprising the knitting yarn and a stretchable yarn which is added only in a predetermined part are knitted, wherein the denier number of the stretchable yarn is 140 deniers or less, and the difference in level occurring at the boundary portion between the areas where the stretchable yarn is knitted and where it is not knitted is 210 μm or less.
A method of manufacturing an automotive panel, comprising: providing at least a first material; providing at least one molding tool with a plurality of thorns in at least one predetermined area of said molding tool; providing at least one second material including a predetermined non-crimped fabric; providing at least one pre-forming tool; pre-forming each of said at least one predetermined non-crimped fabric in said at least one pre-forming tool, respectively, forming at least one non-crimped fabric pre-preg; drying the at least one non-crimped fabric pre-preg a predetermined amount to achieve operable predetermined stiffness to limit the movement and distortion of the at least one non-crimped fabric pre-preg during molding of the automotive part; loading said at least one non-crimped fabric pre-preg that is dried into said molding tooling against said respective plurality of thorns; and supplying a flow of said at least one first material to said molding tooling and molding said manufactured part, wherein said plurality of thorns further prevents movement of said at least one non-crimped fabric pre-preg during said flow of said at least one first material. providing at least a first material; providing at least one molding tool with a plurality of thorns in at least one predetermined area of said molding tool; providing at least one second material including a predetermined non-crimped fabric; providing at least one pre-forming tool; pre-forming each of said at least one predetermined non-crimped fabric in said at least one pre-forming tool, respectively, forming at least one non-crimped fabric pre-preg; drying the at least one non-crimped fabric pre-preg a predetermined amount to achieve operable predetermined stiffness to limit the movement and distortion of the at least one non-crimped fabric pre-preg during molding of the automotive part; loading said at least one non-crimped fabric pre-preg that is dried into said molding tooling against said respective plurality of thorns; and supplying a flow of said at least one first material to said molding tooling and molding said manufactured part, wherein said plurality of thorns further prevents movement of said at least one non-crimped fabric pre-preg during said flow of said at least one first material.
A radio frequency, RF, Precision Navigation and Timing, PNT, system with bidirectional messaging communications capability comprising: (i) a plurality of LOng RAnge Navigation, LORAN, stations (41a - 41g) each LORAN station comprising: - a LORAN antenna, and - a LORAN transmitter coupled to said LORAN antenna and configured to transmit a series of LORAN PNT RF pulses having a time spacing between adjacent LORAN PNT RF pulses; - at least one of said plurality of LORAN stations comprising a message embedding generator coupled to said LORAN transmitter and configured to generate a plurality of message RF bursts based upon an input message, and with each message RF burst being in the time spacing between respective adjacent LORAN PNT RF pulses; and (ii) at least one mobile vehicle platform; characterized in that the at least one of said plurality of LORAN stations is configured to receive the input message from the at least one mobile vehicle platform, and the at least one of said plurality of LORAN stations (41a - 41g)is configured to send an acknowledgement message back to the at least one mobile vehicle platform. (i) a plurality of LOng RAnge Navigation, LORAN, stations (41a - 41g) each LORAN station comprising: - a LORAN antenna, and - a LORAN transmitter coupled to said LORAN antenna and configured to transmit a series of LORAN PNT RF pulses having a time spacing between adjacent LORAN PNT RF pulses; - at least one of said plurality of LORAN stations comprising a message embedding generator coupled to said LORAN transmitter and configured to generate a plurality of message RF bursts based upon an input message, and with each message RF burst being in the time spacing between respective adjacent LORAN PNT RF pulses; and - a LORAN antenna, and - a LORAN transmitter coupled to said LORAN antenna and configured to transmit a series of LORAN PNT RF pulses having a time spacing between adjacent LORAN PNT RF pulses; - at least one of said plurality of LORAN stations comprising a message embedding generator coupled to said LORAN transmitter and configured to generate a plurality of message RF bursts based upon an input message, and with each message RF burst being in the time spacing between respective adjacent LORAN PNT RF pulses; and (ii) at least one mobile vehicle platform; the at least one of said plurality of LORAN stations is configured to receive the input message from the at least one mobile vehicle platform, and the at least one of said plurality of LORAN stations (41a - 41g)is configured to send an acknowledgement message back to the at least one mobile vehicle platform.
Device for producing reinforcements, in particular reinforcement baskets for concrete pipes having bell-shaped ends, comprising an expander device, which comprises a single expander slide, wherein the expander slide is designed to change a radial position of an adjusting element (15, 15a, 15b, 15c) for a longitudinal wire of the reinforcement via a transmission means (13, 13a, 13b, 13c) of the expander device, in particular during the production process of the reinforcement, wherein the expander device comprises a form slide, wherein for moving the form slide an actuator is provided, characterised in that for a linear movement of the form slide relative to the expander slide the actuator is supported on the expander slide.
A seal ring comprising: an inner circumferential surface; an outer circumferential surface opposed to the inner circumferential surface; side surfaces orthogonal to the inner circumferential surface and the outer circumferential surface; and a plurality of pockets provided, spaced apart from one another in one of the side surfaces, wherein the plurality of pockets each have a symmetrical shape in a circumferential direction and are opened on a side of the inner circumferential surface and closed on a side of the outer circumferential surface, the plurality of pockets each including circumferential end portions that are provided in end portions in the circumferential direction and are R-surfaces each having a convex shape connected to the side surface, a bottom portion provided in a central region in the circumferential direction, and inclined portions each extending between each of the circumferential end portions and the bottom portion, characterized in that the inclined portions each include at least one ridge portion (15a, 15b), a first inclined portion (12a, 12b) being formed as a flat surface extending between the bottom portion and the ridge portion (15a, 15b) and forming a first angle with respect to the side surface, and a second inclined portion (13a, 13b) being formed as a flat surface extending between the circumferential end portion (16a, 16b) and the ridge portion (15a, 15b) and forming a second angle smaller than the first angle with respect to the side surface.
Stack of pouch type secondary batteries, each battery comprising: an electrode assembly including at least a unit cell; a pouch having a receiving space configured to receive the electrode assembly therein, the pouch including upper and lower sheets configured to surround upper and lower plate surfaces of the electrode assembly respectively; and a terrace sealing formed by compressing the upper and lower sheets, which correspond to a terrace, in a thickness direction thereof so that the upper and lower sheets come into contact with each other, the terrace being an empty space in the receiving space excluding a space occupied by the electrode assembly, wherein the battery further comprises at least one sheet penetration hole formed in the upper and lower sheets so as to penetrate the sheets in the thickness direction, wherein the sheet penetration hole is formed at a position overlapping the terrace sealing, wherein the shape of the terrace sealing in the plane of the sheets (31, 32) is any one of circular, polygonal, and amorphous, wherein, the plate surface of the electrode assembly has a polygonal shape, and the terrace sealing is formed in at least one of respective corners of the electrode assembly having a polygonal shape, and wherein the pouch type secondary batteries are stacked and aligned with each other in the stacking direction and are fixed by support bars. an electrode assembly including at least a unit cell; a pouch having a receiving space configured to receive the electrode assembly therein, the pouch including upper and lower sheets configured to surround upper and lower plate surfaces of the electrode assembly respectively; and a terrace sealing formed by compressing the upper and lower sheets, which correspond to a terrace, in a thickness direction thereof so that the upper and lower sheets come into contact with each other, the terrace being an empty space in the receiving space excluding a space occupied by the electrode assembly, wherein the battery further comprises at least one sheet penetration hole formed in the upper and lower sheets so as to penetrate the sheets in the thickness direction, wherein the sheet penetration hole is formed at a position overlapping the terrace sealing, wherein the shape of the terrace sealing in the plane of the sheets (31, 32) is any one of circular, polygonal, and amorphous, wherein, the plate surface of the electrode assembly has a polygonal shape, and the terrace sealing is formed in at least one of respective corners of the electrode assembly having a polygonal shape, and wherein the pouch type secondary batteries are stacked and aligned with each other in the stacking direction and are fixed by support bars.
A moveable joint, comprising: a housing having an inner bore extending along an axis and having a top edge; a stud at least partially disposed in said inner bore of said housing and being pivotal relative to said housing; said top edge of said housing being bent radially inwardly to present a flange; and a dust boot including a cover piece of an elastic material extending from a first end portion to a second end portion, said first end portion being sealed against said housing, and said second end portion being sealed against said stud, characterised in that said dust boot further includes a spring washer encapsulated within said elastic cover piece at said first end portion that biases said first end portion of said elastic cover piece against said flange of said housing to establish a seal between said cover piece and said housing that is resistant to compression setting. a housing having an inner bore extending along an axis and having a top edge; a stud at least partially disposed in said inner bore of said housing and being pivotal relative to said housing; said top edge of said housing being bent radially inwardly to present a flange; and a dust boot including a cover piece of an elastic material extending from a first end portion to a second end portion, said first end portion being sealed against said housing, and said second end portion being sealed against said stud, characterised in that said dust boot further includes a spring washer encapsulated within said elastic cover piece at said first end portion that biases said first end portion of said elastic cover piece against said flange of said housing to establish a seal between said cover piece and said housing that is resistant to compression setting.
A system for projecting one or more synthetic optical images, which demonstrates improved resistance to optically degrading external effects, and which comprises: (a) one or more arrangements of image icons; and (b) one or more totally embedded arrangements of image icon focusing elements, wherein the one or more arrangements of image icon focusing elements is disposed relative to the one or more arrangements of image icons such that at least a portion of the image icon focusing elements forms at least one synthetic image of at least a portion of the image icons, wherein the focal length(s) of the focusing elements in the system is locked in place by ensuring that interfaces responsible for focus are embedded within the system, the system comprising in this order an array of image icons; an optical spacer; an array of image icon focusing elements formed from a first material having a refractive index; and a second material having a different refractive index that fills interstitial spaces between and covers the focusing elements, wherein the refractive index of the first material is less than the refractive index of the second material, wherein the image icons are voids or recesses formed on or within a substrate, wherein the voids or recesses each measure from about 0.5 to about 8 microns in total depth, wherein the image icon focusing elements are concave lenses and wherein the voids or recesses are optionally coated and/or filled. (a) one or more arrangements of image icons; and (b) one or more totally embedded arrangements of image icon focusing elements,