mhurhangee/ep-ind-claims huggingface dataset:
An encasement sealable to be impervious configured to electrically insulate a conductor connector configured to electrically connect distal ends of first and second leads (860, 870) electrically connectable to first and second device components (235, 237) of an implantable medical device, comprising: a sleeve, configured to circumferentially surround the conductor connector, having an exterior wall and a deformable interior wall spaced to define a chamber therebetween, characterized in that the exterior wall has greater stuctured integrity then the interior wall. a sleeve, configured to circumferentially surround the conductor connector, having an exterior wall and a deformable interior wall spaced to define a chamber therebetween, characterized in that the exterior wall has greater stuctured integrity then the interior wall.
A filtering device comprising: a filter tank comprising a first sidewall and a second sidewall opposed to each other; a first drum filter comprising a first end portion supported on the first sidewall and a second end portion supported on the second sidewall; characterized by: a cantilever second drum filter comprising an end portion on the supported side supported on the first sidewall; a fluid inflow part formed between the first drum filter and the second drum filter; a fluid communicating part communicating with the fluid inflow part, said communicating part being formed between an end portion of the second drum filter on the non-supported side and the second sidewall; a drive mechanism configured to rotate the first drum filter and the second drum filter; a first jetting section configured to jet a fluid against an outer circumferential surface of the first drum filter; a second jetting section configured to jet the fluid against an outer circumferential surface of the second drum filter; and a conveyor configured to discharge the sludge inside the filter tank to the outside of the filter tank. a filter tank comprising a first sidewall and a second sidewall opposed to each other; a first drum filter comprising a first end portion supported on the first sidewall and a second end portion supported on the second sidewall; characterized by: a cantilever second drum filter comprising an end portion on the supported side supported on the first sidewall; a fluid inflow part formed between the first drum filter and the second drum filter; a fluid communicating part communicating with the fluid inflow part, said communicating part being formed between an end portion of the second drum filter on the non-supported side and the second sidewall; a drive mechanism configured to rotate the first drum filter and the second drum filter; a first jetting section configured to jet a fluid against an outer circumferential surface of the first drum filter; a second jetting section configured to jet the fluid against an outer circumferential surface of the second drum filter; and a conveyor configured to discharge the sludge inside the filter tank to the outside of the filter tank. a cantilever second drum filter comprising an end portion on the supported side supported on the first sidewall; a fluid inflow part formed between the first drum filter and the second drum filter; a fluid communicating part communicating with the fluid inflow part, said communicating part being formed between an end portion of the second drum filter on the non-supported side and the second sidewall; a drive mechanism configured to rotate the first drum filter and the second drum filter; a first jetting section configured to jet a fluid against an outer circumferential surface of the first drum filter; a second jetting section configured to jet the fluid against an outer circumferential surface of the second drum filter; and a conveyor configured to discharge the sludge inside the filter tank to the outside of the filter tank.
Pouring element for a composite package, in particular for a beverage carton for liquid foods, comprising: - a base body comprising a fastening flange and a pouring tube with a central axis, - a cutting element arranged and moveably guided in the pouring tube, - first guide means formed in the pouring tube, and - second guide means formed on the cutting element, - wherein the first and second guide means (7, 8) cooperate correspondingly, - wherein the first guide means is a rib being arranged on the inner wall of the pouring tube, - wherein the rib is divided into three roughly identical circumferential sections, - wherein each of these circumferential sections comprises a high level section for the initial position of the cutting element, a low level section for the end position of the cutting element, and an intermediate level section for predominantly rotational movement of the cutting element, - wherein each high level section is connected to an intermediate level section by a first transitional section, and - wherein each intermediate level section is connected to a low level section by a second transitional section, characterized in that each intermediate level section extends around the central axis over an extension angle (α 13) which is at least 35°. - a base body comprising a fastening flange and a pouring tube with a central axis, - a cutting element arranged and moveably guided in the pouring tube, - first guide means formed in the pouring tube, and - second guide means formed on the cutting element, - wherein the first and second guide means (7, 8) cooperate correspondingly, - wherein the first guide means is a rib being arranged on the inner wall of the pouring tube, - wherein the rib is divided into three roughly identical circumferential sections, - wherein each of these circumferential sections comprises a high level section for the initial position of the cutting element, a low level section for the end position of the cutting element, and an intermediate level section for predominantly rotational movement of the cutting element, - wherein each high level section is connected to an intermediate level section by a first transitional section, and - wherein each intermediate level section is connected to a low level section by a second transitional section,
A coherent optical spectrum analyser for monitoring a spectrum of a fibre link comprising: - an input connectable to the fibre link, the input being connected to a first input of - a coherent detector having at least two input, the first and a second input, and an output, - a local oscillator having an output connected to the second input of the coherent detector, wherein the output of the coherent detector is connected to a first input of - a processing unit, the processing unit also being connected to an input of the local oscillator, the processing unit being configured for analysing information from the coherent detector, characterized in that the local oscillator comprises a semiconductor laser tuned by temperature to a specific wavelength and swept by changing a bias current, the local oscillator being controlled by the processing unit, wherein the coherent optical spectrum analyser further comprises a first switch, wherein the input is connected to the first input of the coherent detector via the first switch, wherein the input of the coherent optical spectrum analyser comprises two ports, wherein the two input ports and the switch enables the coherent optical spectrum analyser to analyse the spectrum of the fibre link in both uplink and downlink. - an input connectable to the fibre link, the input being connected to a first input of - a coherent detector having at least two input, the first and a second input, and an output, - a local oscillator having an output connected to the second input of the coherent detector, wherein the output of the coherent detector is connected to a first input of - a processing unit, the processing unit also being connected to an input of the local oscillator, the processing unit being configured for analysing information from the coherent detector,
A unit for fixing an automotive wiper device, comprising at least one pivot housing for setting the automotive wiper arm fixing shaft, wherein said pivot housing is suspended through a pivot tenon on a support element, the ends of the support element being provided with grommets for fixing the support element to the car, wherein said support element has a specially shaped area provided for fixing said pivot tenon, said pivot tenon having an internal profile matched to fit an external profile of said support element in said area characterized in that said pivot tenon is fixed on said support element by crimping the support element into it.
Optical shield for keypad locks, which optical shield consists of: a) at least, a frame provided with • at least one structure into which standard structures fit which the lock keypads • standard structures fit which the lock keypads have; • one or several side panels that project from the frame body impeding the lateral view of the keypad lock from an area near the user who is operating it; b) means to fasten indirectly the frame to the lock module/keypad, without interfering with it, wherein the cited structures have grooves made in on its back and provides with some openings in one of its ends in order to position the cited standard structures in it, characterised in that the cited means for indirectly fastening the frame to the lock are, at least, a plate fastened to the frame closing the structures to impede the accidental or malicious removal of the frame, and in that it has an additional panel mounted on the frame and capable of sliding linearly in it; with this additional panel being provided with, at least, one window through which a restricted area of the keypad is accessed, impeding the frontal view of the rest. a) at least, a frame provided with • at least one structure into which standard structures fit which the lock keypads • standard structures fit which the lock keypads have; • one or several side panels that project from the frame body impeding the lateral view of the keypad lock from an area near the user who is operating it; • at least one structure into which standard structures fit which the lock keypads • standard structures fit which the lock keypads have; • one or several side panels that project from the frame body impeding the lateral view of the keypad lock from an area near the user who is operating it; b) means to fasten indirectly the frame to the lock module/keypad, without interfering with it,
Suction attachment for a vacuum cleaner, the suction attachment comprising a suction mouth which has a through opening for a drill, and a suction region, which is separate from the suction mouth, for attachment by means of suction to a surface, for example a wall surface, and it being possible to uncouple the suction mouth from a vacuum generated by the vacuum cleaner, characterised in that when attached to a surface by means of suction, the suction mouth is automatically uncoupled.
A stator assembly for a gas turbine engine comprising: an outer case; a stator subassembly including an array of circumferentially arranged stator vanes, each of the stator vanes having a hook (34, 36), with the hooks (34, 36) of the stator vanes aligned with one another; and an attachment liner (100, 102) securing the hooks (34, 36) to one another, characterized in that: the attachment liner (100, 102) includes a damper spring (104, 106) integral with the attachment liner (100, 102) and provided between the array of stator vanes and the outer case, the damper spring (104, 106) being configured to bias the array of stator vanes radially inward from the outer case. an outer case; a stator subassembly including an array of circumferentially arranged stator vanes, each of the stator vanes having a hook (34, 36), with the hooks (34, 36) of the stator vanes aligned with one another; and an attachment liner (100, 102) securing the hooks (34, 36) to one another, characterized in that: the attachment liner (100, 102) includes a damper spring (104, 106) integral with the attachment liner (100, 102) and provided between the array of stator vanes and the outer case, the damper spring (104, 106) being configured to bias the array of stator vanes radially inward from the outer case.
A wafer heating and holding device comprising: a rotary shaft; a rotary table (12, 32) placed on an end of the rotary shaft and configured to hold a wafer; a drive motor configured to supply motive power to the rotary shaft; heating means provided within the rotary table (12, 32) and below the wafer while avoiding contact with the wafer to heat the wafer, a reflective board provided between the rotary table (12, 32) and the heating means, a resin sheet, wherein the resin sheet is provided on the heating means, a contactless electric power supply mechanism for a rotary table (12, 32) comprising: a fixed-side primary coil wound around the rotary shaft; an electric power supply source connected to the fixed-side primary coil; a rotary table-side secondary coil, which is provided so as to correspond to the fixed-side primary coil and be separated from the fixed-side primary coil by a predetermined distance, and is mounted to the rotary table (12, 32); wherein the wafer heating and holding device is adapted to use the contactless electric power supply mechanism, wherein the heating means is connected to the rotary table-side secondary coil, and wherein the heating means is supplied with electric power via the rotary table-side secondary coil by electromagnetic induction. a rotary shaft; a rotary table (12, 32) placed on an end of the rotary shaft and configured to hold a wafer; a drive motor configured to supply motive power to the rotary shaft; heating means provided within the rotary table (12, 32) and below the wafer while avoiding contact with the wafer to heat the wafer, a reflective board provided between the rotary table (12, 32) and the heating means, a resin sheet, wherein the resin sheet is provided on the heating means, a contactless electric power supply mechanism for a rotary table (12, 32) comprising: a fixed-side primary coil wound around the rotary shaft; an electric power supply source connected to the fixed-side primary coil; a rotary table-side secondary coil, which is provided so as to correspond to the fixed-side primary coil and be separated from the fixed-side primary coil by a predetermined distance, and is mounted to the rotary table (12, 32); a fixed-side primary coil wound around the rotary shaft; an electric power supply source connected to the fixed-side primary coil; a rotary table-side secondary coil, which is provided so as to correspond to the fixed-side primary coil and be separated from the fixed-side primary coil by a predetermined distance, and is mounted to the rotary table (12, 32); wherein the wafer heating and holding device is adapted to use the contactless electric power supply mechanism, wherein the heating means is connected to the rotary table-side secondary coil, and
An advent calendar comprising: a central axis, from which at least three side parts extend substantially radially outwards, wherein i) the side parts are joined together, preferably in the region of the central axis, ii) at least one side part is removable or can be swung or folded over onto an adjacent side part and can preferably be attached to the adjacent side part, iii) there are distributed over the side parts at least 24 pre-punched recess fields, which can be removed from the side parts and, after removal, each provide recesses in the side parts, characterised in that each of the recesses has a first suspension device (5, 7) for hanging an article in the recess and/or wherein there are distributed on fields of the side parts at least 24 pre-punched second suspension devices, which can preferably be folded or bent out of the fields. a central axis, from which at least three side parts extend substantially radially outwards, wherein i) the side parts are joined together, preferably in the region of the central axis, ii) at least one side part is removable or can be swung or folded over onto an adjacent side part and can preferably be attached to the adjacent side part, iii) there are distributed over the side parts at least 24 pre-punched recess fields, which can be removed from the side parts and, after removal, each provide recesses in the side parts, characterised in that each of the recesses has a first suspension device (5, 7) for hanging an article in the recess and/or wherein there are distributed on fields of the side parts at least 24 pre-punched second suspension devices, which can preferably be folded or bent out of the fields. i) the side parts are joined together, preferably in the region of the central axis, ii) at least one side part is removable or can be swung or folded over onto an adjacent side part and can preferably be attached to the adjacent side part, iii) there are distributed over the side parts at least 24 pre-punched recess fields, which can be removed from the side parts and, after removal, each provide recesses in the side parts, characterised in that each of the recesses has a first suspension device (5, 7) for hanging an article in the recess and/or wherein there are distributed on fields of the side parts at least 24 pre-punched second suspension devices, which can preferably be folded or bent out of the fields.
Method for the production of a coloured technical ceramic body, comprising the following steps: providing a composition comprising alumina as the major component, at least one pigment component and optionally binder materials, preparing a green body from this composition, optionally debinding the green body, thereafter subjecting the green body to a treatment with a metal-containing preparation as a further pigment component, and sintering the treated green body, wherein the composition which is provided in the first step consists of: 0.4 - 5 % by weight of at least one of Cr, Co, Ni, Mn, V, Ti or Fe, 0.0008-0.5 % by weight of Mg, 0.05-6 % by weight of a lanthanide element, and the remainder being alumina, these amounts being calculated on the basis of the oxides of the elements which are present. providing a composition comprising alumina as the major component, at least one pigment component and optionally binder materials, preparing a green body from this composition, optionally debinding the green body, thereafter subjecting the green body to a treatment with a metal-containing preparation as a further pigment component, and sintering the treated green body, wherein the composition which is provided in the first step consists of: 0.4 - 5 % by weight of at least one of Cr, Co, Ni, Mn, V, Ti or Fe, 0.0008-0.5 % by weight of Mg, 0.05-6 % by weight of a lanthanide element, and 0.4 - 5 % by weight of at least one of Cr, Co, Ni, Mn, V, Ti or Fe, 0.0008-0.5 % by weight of Mg, 0.05-6 % by weight of a lanthanide element, and the remainder being alumina, these amounts being calculated on the basis of the oxides of the elements which are present.
An elementary device for producing a plasma, comprising a coaxial applicator of microwave power comprising a conductive central core extending along a main axis, a conductive outer shield surrounding said central core, a propagation medium for propagating a microwave energy located between the central core and the shield, a coupling system for coupling to a microwave energy generator, said coupling system being disposed on the outer shield, where said outer shield has a proximal end occluded by an insulating body made of dielectric material transparent to the micro-wave energy and having an outer surface intended to be in contact with a gas to be energized localized inside a chamber, said outer surface having a symmetry of revolution about said main axis, wherein the insulating body protrudes outwardly of the shield according to the main axis, and wherein said outer surface is non-planar and projects outside of the shield, said elementary device being characterized in that the outer surface has an outer diameter decreasing along the main axis starting from the shield up to its tip.
A luminescent glass obtained by a process comprising the steps of adsorbing, to a porous high silica glass, at least one metal component selected from the group consisting of Sc, Y, La, Pr, Nd, Pm, Sm, Gd, Tb, Dy, Ho, Tm, Lu, Ti, Zr, Hf, V, Nb, Ta, Cr, Mo, W, Mn, Tc and Re; and thereafter heating the porous glass in a reducing atmosphere, and further comprising, before the heating step, the step of adsorbing, to the porous glass, at least one element selected from the group consisting of B, N, F, Al, and P as a sensitizer component; the luminescent glass comprising at least 96 wt.-% of SiO 2, 0.5 to 3 wt.-% of B 2 O 3, 0.1 to 1.5 wt.-% of Al 2 O 3, and 50 to 2000 ppm of at least one metal component selected from the group consisting of Sc, Y, La, Pr, Nd, Pm, Sm, Gd, Tb, Dy, Ho, Tm, Lu, Ti, Zr, Hf, V, Nb, Ta, Cr, Mo, W, Mn, Tc and Re.
A method of purging gas bubbles from a target zone of an extracorporeal blood circuit, preferably of an extracorporeal blood circuit of a dialysis machine, wherein the target zone is flowed through by a flushing liquid which enters into the target zone through an inflow and exits it again through an outflow, and the inflow differs from the arterial port and the outflow differs from the venous port of the extracorporeal blood circuit, characterized in that the method comprises the following steps, which are conducted in the indicated order (a) - (g): (a) Closing an arterial clamp and opening the inflow; (b) Conveying a first volume of flushing liquid into the target zone, with the first volume substantially corresponding to the volume of the target zone; (c) Closing a venous clamp and opening the outflow; (d) Flushing through of the target zone with the flushing liquid; (e) Opening the arterial clamp and closing the inflow; (f) Draining of a second volume of flushing liquid from the target zone, with the second volume substantially corresponding to the volume of the target zone; and (g) Closing the outflow and opening the venous clamp. (a) Closing an arterial clamp and opening the inflow; (b) Conveying a first volume of flushing liquid into the target zone, with the first volume substantially corresponding to the volume of the target zone; (c) Closing a venous clamp and opening the outflow; (d) Flushing through of the target zone with the flushing liquid; (e) Opening the arterial clamp and closing the inflow; (f) Draining of a second volume of flushing liquid from the target zone, with the second volume substantially corresponding to the volume of the target zone; and (g) Closing the outflow and opening the venous clamp.
A humanized, monoclonal antibody, or antigen-binding fragment thereof comprising the 6 CDRs of the antibody, said antibody comprising: - a heavy chain variable domain comprising the following three CDRs, respectively CDR-H1 having the sequence SEQ ID NO: 1296, CDR-H2 having a sequence selected from SEQ ID NO: 1358, SEQ ID NO. 1556, SEQ ID NO. 1557, SEQ ID NO. 1558, and SEQ ID NO. 1559, and CDR-H3 having the sequence SEQ ID No. 1393; and - a light chain variable domain comprising the following three CDRs, respectively CDR-L1 having the sequence SEQ ID No. 1435, CDR-L2 having a sequence selected from SEQ ID NO: 1476, SEQ ID NO. 1630, SEQ ID NO. 1631, SEQ ID NO. 1632, and SEQ ID NO. 1633, and CDR-L3 having the sequence SEQ ID No.1499. - a heavy chain variable domain comprising the following three CDRs, respectively CDR-H1 having the sequence SEQ ID NO: 1296, CDR-H2 having a sequence selected from SEQ ID NO: 1358, SEQ ID NO. 1556, SEQ ID NO. 1557, SEQ ID NO. 1558, and SEQ ID NO. 1559, and CDR-H3 having the sequence SEQ ID No. 1393; and - a light chain variable domain comprising the following three CDRs, respectively CDR-L1 having the sequence SEQ ID No. 1435, CDR-L2 having a sequence selected from SEQ ID NO: 1476, SEQ ID NO. 1630, SEQ ID NO. 1631, SEQ ID NO. 1632, and SEQ ID NO. 1633, and CDR-L3 having the sequence SEQ ID No.1499.