mhurhangee/ep-ind-claims huggingface dataset:
Curtain holder of a hearse having a dimensionally stable surface element designated holder which surface element incorporates two opposing visible areas and an edge running all the way round it, and having a surface layer designed to look like drapery folds and designated curtain, where the holder incorporates a three-dimensionally shaped visible surface having profiling adapted to the drapery folds in such a way that because of the three-dimensional profiling the desired drapery folds derive their typical appearance from the effect of light and shade, characterised in that the visible side of the curtain holder is formed from a single holder designed as a sheet.
An acoustic structure that is adapted to be located near a source of noise, said acoustic structure comprising: a honeycomb comprising a first edge to be located nearest said source of noise and a second edge, said honeycomb further comprising a plurality of walls that extend between said first and second edges, said walls defining a plurality of cells wherein at least one of said cells is defined by at least four of said walls and wherein at least two of said walls defining said cell form a pair of walls that are substantially parallel to each other and wherein said walls define a perimeter around said cell wherein at least one of said parallel walls forms a larger portion of said cell perimeter than at least one of the cell walls that is not parallel with said larger wall; a septum located within said cell, said septum comprising an acoustic material that comprises a plurality of warp fibers and a plurality of weft fibers, said warp fibers and weft fibers being substantially perpendicular to each other, wherein each of said warp fibers comprises a resonator portion located within said cell and anchoring portions located at each end of said warp fiber and wherein each of said weft fibers comprises a resonator portion located within said cell and anchoring portions located at each end of said weft fiber; and an adhesive that bonds said anchoring portions of said warp and weft fibers to said walls, characterised in that said septum is oriented in said cell such that the resonator portions of either said warp or said weft fibers are substantially perpendicular to said larger wall. a honeycomb comprising a first edge to be located nearest said source of noise and a second edge, said honeycomb further comprising a plurality of walls that extend between said first and second edges, said walls defining a plurality of cells wherein at least one of said cells is defined by at least four of said walls and wherein at least two of said walls defining said cell form a pair of walls that are substantially parallel to each other and wherein said walls define a perimeter around said cell wherein at least one of said parallel walls forms a larger portion of said cell perimeter than at least one of the cell walls that is not parallel with said larger wall; a septum located within said cell, said septum comprising an acoustic material that comprises a plurality of warp fibers and a plurality of weft fibers, said warp fibers and weft fibers being substantially perpendicular to each other, wherein each of said warp fibers comprises a resonator portion located within said cell and anchoring portions located at each end of said warp fiber and wherein each of said weft fibers comprises a resonator portion located within said cell and anchoring portions located at each end of said weft fiber; and an adhesive that bonds said anchoring portions of said warp and weft fibers to said walls, characterised in that said septum is oriented in said cell such that the resonator portions of either said warp or said weft fibers are substantially perpendicular to said larger wall.
A transport device for items, such as beverage containers or the like, the transport device comprising at least - a first transport section, which is configured to move items in a disordered mass flow in a transport direction, as well as - a second transport section subsequent in transport direction to the first transport section, the second transport section comprising a plurality of longitudinal guides, which longitudinal guides subdivide the second transport section transversely to the transport direction into a plurality of lanes, whereby the items being moved in the disordered mass flow in the first transport section can be guided in a plurality of, in particular, parallel rows within the second transport section, characterised in that at least one of the plurality of longitudinal guides is assigned at least two, in particular, rotationally mounted rollers (15, 17), which are provided to guide items into the lanes of the second transport section, and which are in each instance arranged in the region of an end of the particular longitudinal guide facing toward the first transport section, - and wherein the at least two rollers (15, 17) are fastened and/or rotationally mounted to at least one joint driving member (19, 21), which is in turn rotationally mounted to the longitudinal guide. - a first transport section, which is configured to move items in a disordered mass flow in a transport direction, as well as - a second transport section subsequent in transport direction to the first transport section, the second transport section comprising a plurality of longitudinal guides, which longitudinal guides subdivide the second transport section transversely to the transport direction into a plurality of lanes, whereby the items being moved in the disordered mass flow in the first transport section can be guided in a plurality of, in particular, parallel rows within the second transport section, characterised in that at least one of the plurality of longitudinal guides is assigned at least two, in particular, rotationally mounted rollers (15, 17), which are provided to guide items into the lanes of the second transport section, and which are in each instance arranged in the region of an end of the particular longitudinal guide facing toward the first transport section, - and wherein the at least two rollers (15, 17) are fastened and/or rotationally mounted to at least one joint driving member (19, 21), which is in turn rotationally mounted to the longitudinal guide.
A system for measurement of an analyte in a host, the system comprising: an analyte sensor; and a sensor electronics module integral with or releasably attachable to the analyte sensor, the sensor electronics module comprising a switch configured to switch the sensor electronics module between a first low power mode and second higher power mode, and wherein the sensor electronics module further comprises a telemetry module for transmitting data from the sensor electronics module to a display device, wherein, in the first low power mode, the sensor electronics module performs measurements and the telemetry module is turned off, wherein the switch is configured to switch from the first low power mode to the second higher power mode when the sensor electronics module measures a signal output of the sensor above a predetermined threshold, and wherein the sensor electronics module is configured to enter a third power mode by turning off or entering a low power mode when not in use. an analyte sensor; and a sensor electronics module integral with or releasably attachable to the analyte sensor, the sensor electronics module comprising a switch configured to switch the sensor electronics module between a first low power mode and second higher power mode, and wherein the sensor electronics module further comprises a telemetry module for transmitting data from the sensor electronics module to a display device, wherein, in the first low power mode, the sensor electronics module performs measurements and the telemetry module is turned off, wherein the switch is configured to switch from the first low power mode to the second higher power mode when the sensor electronics module measures a signal output of the sensor above a predetermined threshold, and wherein the sensor electronics module is configured to enter a third power mode by turning off or entering a low power mode when not in use.
A vulcanized rubber composition containing styrene-butadiene rubber and a resin, wherein an amount of the styrene-butadiene rubber contained in 100% by mass of a rubber component is 10 to 100% by mass, 5 to 200 parts by mass of the resin are contained per 100 parts by mass of the rubber component, and, when transmission measurement by Fourier-transform infrared spectroscopy is performed both before and after acetone extraction, a peak around 1600 cm -1 is shifted by not less than 0.6 cm -1 between before and after the acetone extraction. an amount of the styrene-butadiene rubber contained in 100% by mass of a rubber component is 10 to 100% by mass, 5 to 200 parts by mass of the resin are contained per 100 parts by mass of the rubber component, and, when transmission measurement by Fourier-transform infrared spectroscopy is performed both before and after acetone extraction, a peak around 1600 cm -1 is shifted by not less than 0.6 cm -1 between before and after the acetone extraction.
A coupling for the connection of a polymeric pipe, said coupling including; a hollow body having an external thread extending at least in part therealong and having an inner surface (42, 62; 68); a nut threadably engaging said body external thread; and a deformable gripping member including radially inward barbs to engage the pipe, and having a first surface generally parallel to said body inner surface (42, 62; 68); wherein said nut has at one end an internal thread co-operable with said body external thread; and the deformable gripping member has a gripping member oblique surface extending from said first surface; characterised in that said nut includes an integral hooked projection adapted to extend over at least part of said body inner surface (42, 62; 68), said projection including an inner surface generally parallel to said body inner surface (42, 62; 68), and a nut oblique surface extending from the inner edge of said inner surface, the arrangement being such that, upon tightening of said nut, said nut oblique surface abuts against and exerts a force on said gripping member oblique surface both in the longitudinal and radial directions to thereby cause the gripping member to be urged both radially and longitudinally into the body, said projection inner surface sliding directly alongside the body inner surface (42, 62; 68).
A liposome comprising a lipid bilayer and a polymer-conjugated phospholipid, wherein said polymer-conjugated phospholipid is incorporated into said lipid bilayer, and wherein said polymer is a polysaccharide.
A system for drying biosolids using waste heat from a cement-making process, the system comprising: an interface with a cement-making component, the interface to channel a waste heat gas generated during a manufacture of cement; a dryer that receives wet biosolids and uses heated dryer air in direct contact with the wet biosolids to produce a dried product, wherein the dryer air has an oxygen content below a level allowing combustion to occur; and a heat exchanger that receives the waste heat gas from the interface and uses the waste heat gas to heat the dryer air for the dryer, wherein the waste heat gas and the dryer air do not mix. an interface with a cement-making component, the interface to channel a waste heat gas generated during a manufacture of cement; a dryer that receives wet biosolids and uses heated dryer air in direct contact with the wet biosolids to produce a dried product, wherein the dryer air has an oxygen content below a level allowing combustion to occur; and a heat exchanger that receives the waste heat gas from the interface and uses the waste heat gas to heat the dryer air for the dryer, wherein the waste heat gas and the dryer air do not mix.
Assembly comprising an obstacle, an antenna configured to transmit and/or receive electromagnetic waves of wavelength λ, and a device, intended to be subjected to an incident electromagnetic wave of wavelength λ transmitted by said antenna, wherein: - the obstacle is formed of an electrically conductive material and takes a substantially cylindrical shape of longitudinal axis (0; ez), which longitudinal axis is substantially perpendicular to a direction of propagation of the incident electromagnetic wave, said obstacle furthermore having a maximum transverse dimension d such that the ratio d/λ is lower than 1; - the device is placed over all or part of a surface of the obstacle so as to decrease a radar cross section of said obstacle, and includes: o a sleeve of a dielectric coating, of equivalent relative dielectric permittivity ε req, of height h p, along a longitudinal axis of said sleeve, which is substantially equal to λ ε req 2; o a sleeve of an electrically conductive coating placed around the periphery of the dielectric coating, of the same height h p along a longitudinal axis of said sleeve as the height of the dielectric coating sleeve. - the obstacle is formed of an electrically conductive material and takes a substantially cylindrical shape of longitudinal axis (0; ez), which longitudinal axis is substantially perpendicular to a direction of propagation of the incident electromagnetic wave, said obstacle furthermore having a maximum transverse dimension d such that the ratio d/λ is lower than 1; - the device is placed over all or part of a surface of the obstacle so as to decrease a radar cross section of said obstacle, and includes: o a sleeve of a dielectric coating, of equivalent relative dielectric permittivity ε req, of height h p, along a longitudinal axis of said sleeve, which is substantially equal to λ ε req 2; o a sleeve of an electrically conductive coating placed around the periphery of the dielectric coating, of the same height h p along a longitudinal axis of said sleeve as the height of the dielectric coating sleeve. o a sleeve of a dielectric coating, of equivalent relative dielectric permittivity ε req, of height h p, along a longitudinal axis of said sleeve, which is substantially equal to λ ε req 2; o a sleeve of an electrically conductive coating placed around the periphery of the dielectric coating, of the same height h p along a longitudinal axis of said sleeve as the height of the dielectric coating sleeve.
A medical tube comprising: an extrusion-molded tube body (32, 34) comprising an outer peripheral surface of an end portion (321, 322, 341) of the tube body (32, 34); an injection-molded containing body (55, 61, 65) including an inner peripheral surface (551, 611, 651) to which the outer peripheral surface of the end portion (321, 322, 341) of the tube body (32, 34) is fitted, characterized in that the outer peripheral surface of the end portion (321, 322, 341) of the tube body (32, 34) has at least one groove portion (321B, 322B, 341B) and at least one protruding portion (321A, 322A, 341A) extending along a longitudinal axial direction of the tube body (32, 34), wherein the at least one protruding portion (321A, 322A, 341A) has a predetermined outer diameter (D1, D2, D3), and wherein the at least one groove portion (321B, 322B, 341B) and the at least one protruding portion (321A, 322A, 341A) of the outer peripheral surface of the end portion (321, 322, 341) of the tube body (32, 34) are formed by means of thermal processing using a mold after extrusion molding. an extrusion-molded tube body (32, 34) comprising an outer peripheral surface of an end portion (321, 322, 341) of the tube body (32, 34); an injection-molded containing body (55, 61, 65) including an inner peripheral surface (551, 611, 651) to which the outer peripheral surface of the end portion (321, 322, 341) of the tube body (32, 34) is fitted, characterized in that the outer peripheral surface of the end portion (321, 322, 341) of the tube body (32, 34) has at least one groove portion (321B, 322B, 341B) and at least one protruding portion (321A, 322A, 341A) extending along a longitudinal axial direction of the tube body (32, 34), wherein the at least one protruding portion (321A, 322A, 341A) has a predetermined outer diameter (D1, D2, D3), and wherein the at least one groove portion (321B, 322B, 341B) and the at least one protruding portion (321A, 322A, 341A) of the outer peripheral surface of the end portion (321, 322, 341) of the tube body (32, 34) are formed by means of thermal processing using a mold after extrusion molding.
A coating evaluation device comprising: a shape acquisition unit configured to acquire shape information representing a curved shape of a coating surface; a surface roughness acquisition unit configured to acquire surface roughness information representing a surface roughness of the coating surface; and a controller configured to estimate an evaluation value that corresponds to a combination of the shape information and the surface roughness information by using an evaluation model that outputs a brilliance evaluation value pertaining to the coating surface in response to an input including the shape information and the surface roughness information. a shape acquisition unit configured to acquire shape information representing a curved shape of a coating surface; a surface roughness acquisition unit configured to acquire surface roughness information representing a surface roughness of the coating surface; and a controller configured to estimate an evaluation value that corresponds to a combination of the shape information and the surface roughness information by using an evaluation model that outputs a brilliance evaluation value pertaining to the coating surface in response to an input including the shape information and the surface roughness information.
A splittable sheath comprising: a splittable sheath body comprising a generally flexible tubular structure, a proximal end, and a distal end, the sheath body defining a longitudinal axis and being splittable into two halves along a pre-determined line generally parallel to the longitudinal axis; and a sheath hub extend-ing from the proximal end of the sheath body defining a longitudinal axis generally aligned with the axis of the sheath body, the sheath body and sheath hub forming a central cavity along their respective axes, characterized in that the sheath hub additionally comprises: a flexible plate; and a rigid plate, the rigid plate comprising a relief generally centered on the longitudinal axis, wherein the flexible plate and rigid plate overlap to substantially seal the central cavity.
A shieldable needle assembly comprising: a needle cannula having a proximal end and a distal tip; a guard having a proximal end, an opposed distal end and a side wall extending therebetween, said guard being slidably movable along said needle cannula from a first position substantially adjacent said proximal end of said needle cannula to a second position where said distal tip of said needle cannula is intermediate said opposed proximal and distal ends of said guard; a hinged arm having proximal and distal segments (53, 55) articulated to one another through a hinge, for movement between a first position where said segments are substantially collapsed onto one another and a second position where said segments are extended from one another, said proximal segment of said hinged arm being articulated to a portion of said needle assembly adjacent said proximal end of said needle cannula, said distal segment of said hinged arm being articulated to said guard, said proximal and distal segments of said hinged arm having respective lengths for permitting said guard to move from said first position to said second position on said needle cannula, and for preventing said guard from moving distally beyond said second position; a spring (61, 361) connected to said hinged arm; characterized in that a discontinuity on one or both hinge pins positioned to snap over a projection and that cooperatively engages one or more bearing_slots (67, 68) on either the proximal or the distal segment of the hinge arm for preventing excessive additional rotation of the hinged element after the tip of the needle cannula is shielded. a needle cannula having a proximal end and a distal tip; a guard having a proximal end, an opposed distal end and a side wall extending therebetween, said guard being slidably movable along said needle cannula from a first position substantially adjacent said proximal end of said needle cannula to a second position where said distal tip of said needle cannula is intermediate said opposed proximal and distal ends of said guard; a hinged arm having proximal and distal segments (53, 55) articulated to one another through a hinge, for movement between a first position where said segments are substantially collapsed onto one another and a second position where said segments are extended from one another, said proximal segment of said hinged arm being articulated to a portion of said needle assembly adjacent said proximal end of said needle cannula, said distal segment of said hinged arm being articulated to said guard, said proximal and distal segments of said hinged arm having respective lengths for permitting said guard to move from said first position to said second position on said needle cannula, and for preventing said guard from moving distally beyond said second position; a spring (61, 361) connected to said hinged arm; a discontinuity on one or both hinge pins positioned to snap over a projection and that cooperatively engages one or more bearing_slots (67, 68) on either the proximal or the distal segment of the hinge arm for preventing excessive additional rotation of the hinged element after the tip of the needle cannula is shielded.