mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for the plasma treatment of contact lens molds made of glass, comprising a treatment chamber, in which a first electrode is arranged facing a carrier (1;4), which is arranged to carry the contact lens molds to be treated and to form the second electrode, characterized in that the carrier (1; 4) comprises a first metal plate (10;40) having holes (100;400) therein and a second metal plate (11;41) which is arranged spaced apart from the first metal plate (10;40), which is connected to the first metal plate (10;40) in an electrically conductive manner (12,13;43), and which is arranged to support the contact lens molds with their molding surfaces facing towards the first electrode and being exposable to plasma through the holes (100;400) in the first metal plate (10;40), the apparatus further comprising separate diaphragm inserts for the holes provided in the first metal plate, with the diaphragm inserts each having an opening which is adapted to only expose the molding surface of the respective contact lens mold but to shield all other portions of the contact lens mold from exposure to plasma.
A container for holding items to be microbially deactivated in a reprocessor comprised of: - a cup shaped tray having a bottom wall and a continuous side wall extending to one side from the periphery of said bottom wall, said bottom wall and said side wall defining a cavity for receiving instruments and items to be microbially deactivated; - a lid attachable to said tray, said lid dimensioned to cover said cavity; - an inlet fluid assembly (866, 868, 1200) formed in said tray communicating with said cavity; - a drain fluid assembly formed in said tray communicating with said cavity; - a barrier element characterized in that, - the barrier element (898, 1280) is disposed within an opening or inner cavity (896, 1254) of a valve element (894, 1240) of one of said inlet fluid assembly (866, 868, 1200) or said drain fluid assembly, said barrier element (898, 1280) for controlling flow through said opening or inner cavity (896, 1254), said barrier element (898, 1280) comprised of a material that is permeable to gas and water vapor but impermeable to liquid, bacteria and organisms, said barrier element (898, 1280) being movable between a first position wherein fluid flow through said opening or inner cavity (896, 1254) is restricted to flow through said barrier element (898, 1280) and a second position wherein fluid flow through said opening or inner cavity (896, 1254) is unrestricted. - a cup shaped tray having a bottom wall and a continuous side wall extending to one side from the periphery of said bottom wall, said bottom wall and said side wall defining a cavity for receiving instruments and items to be microbially deactivated; - a lid attachable to said tray, said lid dimensioned to cover said cavity; - an inlet fluid assembly (866, 868, 1200) formed in said tray communicating with said cavity; - a drain fluid assembly formed in said tray communicating with said cavity; - a barrier element characterized in that, - the barrier element (898, 1280) is disposed within an opening or inner cavity (896, 1254) of a valve element (894, 1240) of one of said inlet fluid assembly (866, 868, 1200) or said drain fluid assembly, said barrier element (898, 1280) for controlling flow through said opening or inner cavity (896, 1254), said barrier element (898, 1280) comprised of a material that is permeable to gas and water vapor but impermeable to liquid, bacteria and organisms, said barrier element (898, 1280) being movable between a first position wherein fluid flow through said opening or inner cavity (896, 1254) is restricted to flow through said barrier element (898, 1280) and a second position wherein fluid flow through said opening or inner cavity (896, 1254) is unrestricted.
A system for intra-operative mapping of a probe ablation zone, the system comprising means for accessing a treatment site including one or more treatment access tools including a cannula having a distal end and a bone drill for accessing bone tissue at the treatment site, wherein the bone drill has a distal end, defines a marking, and is configured to be inserted into the cannula, the cannula has a feature configured to cooperate with markings, and the marking is located so as to indicate that the distal end of the bone drill is aligned with the distal end of the cannula when the bone drill is inserted through the cannula and when the marking is aligned with the cooperating feature of the cannula, and means for defining a proximal margin and a distal margin of a probe ablation zone by means of the one or more treatment access tools.
A scroll compressor, comprising: paired scroll members that include a compression chamber to compress working fluid; a housing that houses the paired scroll members; a discharge cylinder that discharges the compressed working fluid from the compression chamber and is rotated around an axis with respect to the housing; a bearing that rotatably supports the discharge cylinder with respect to the housing; and a seal member that is located between the discharge cylinder and the housing, wherein a lubricant that lubricates the seal member is enclosed in a space formed between the bearing and the seal member, characterised in that the seal member includes a seal lip portion, the seal lip portion includes a lip front end part (16a1) that comes into contact with an outer peripheral surface of the discharge cylinder, an annular spring (16a2) is provided on outer peripheral side of the seal lip portion, and the lip front end part (16a1) is pressed against an entire circumference of the outer peripheral surface of the discharge cylinder. paired scroll members that include a compression chamber to compress working fluid; a housing that houses the paired scroll members; a discharge cylinder that discharges the compressed working fluid from the compression chamber and is rotated around an axis with respect to the housing; a bearing that rotatably supports the discharge cylinder with respect to the housing; and a seal member that is located between the discharge cylinder and the housing, wherein a lubricant that lubricates the seal member is enclosed in a space formed between the bearing and the seal member, characterised in that the seal member includes a seal lip portion, the seal lip portion includes a lip front end part (16a1) that comes into contact with an outer peripheral surface of the discharge cylinder, an annular spring (16a2) is provided on outer peripheral side of the seal lip portion, and the lip front end part (16a1) is pressed against an entire circumference of the outer peripheral surface of the discharge cylinder.
An electric power conversion device comprising: a converter circuit, which is connected to an AC power source and includes a boost chopper; a capacitor, which is connected between output terminals of the converter circuit; a boost chopper controller, which controls operation of the boost chopper, wherein the capacitor has a capacitance allowing the terminal voltage (vdc) of the capacitor to have a pulse frequency twice as high as a frequency of the AC power source when the operation of the boost chopper is continuously stopped, characterised in that the electric power conversion device further comprises a multiphase inverter circuit, which converts a terminal voltage (vdc) of the capacitor into an AC voltage and supplies power to a motor, wherein the multiphase inverter circuit has an output power which is allowed to fluctuate in synchronization with AC power supplied by the AC power source. a converter circuit, which is connected to an AC power source and includes a boost chopper; a capacitor, which is connected between output terminals of the converter circuit; a boost chopper controller, which controls operation of the boost chopper, wherein the capacitor has a capacitance allowing the terminal voltage (vdc) of the capacitor to have a pulse frequency twice as high as a frequency of the AC power source when the operation of the boost chopper is continuously stopped, a capacitor, which is connected between output terminals of the converter circuit; a boost chopper controller, which controls operation of the boost chopper, wherein the capacitor has a capacitance allowing the terminal voltage (vdc) of the capacitor to have a pulse frequency twice as high as a frequency of the AC power source when the operation of the boost chopper is continuously stopped, characterised in that the electric power conversion device further comprises a multiphase inverter circuit, which converts a terminal voltage (vdc) of the capacitor into an AC voltage and supplies power to a motor, wherein the multiphase inverter circuit has an output power which is allowed to fluctuate in synchronization with AC power supplied by the AC power source.
A spring brake actuator comprising a service brake part and a parking brake part conjoined by a housing base of the spring brake actuator, wherein the service brake part comprises a service chamber cover, a diaphragm, a service chamber, and a push rod for providing a service brake function; and the service chamber cover comprises an outside wall with a rim for connecting the service chamber cover with a flange lip of the housing base; characterized in that the rim comprises cuts for providing a snap-fit connection with the flange lip. the service brake part comprises a service chamber cover, a diaphragm, a service chamber, and a push rod for providing a service brake function; and the service chamber cover comprises an outside wall with a rim for connecting the service chamber cover with a flange lip of the housing base; characterized in that the rim comprises cuts for providing a snap-fit connection with the flange lip.
A composition comprising the following components: A) a first composition, wherein the first composition comprises a first ethylene-based polymer and a second ethylene-based polymer, and wherein the ratio of the "high load melt index of the first composition" to the "high load melt index of the first ethylene-based polymer" is greater than, or equal to, 40, and B) one or more azide compounds present in an amount greater than, or equal to, 50 ppm, based on the weight of the first composition. A) a first composition, wherein the first composition comprises a first ethylene-based polymer and a second ethylene-based polymer, and wherein the ratio of the "high load melt index of the first composition" to the "high load melt index of the first ethylene-based polymer" is greater than, or equal to, 40, and B) one or more azide compounds present in an amount greater than, or equal to, 50 ppm, based on the weight of the first composition.
A hydrogel composition comprising: a first reactive precursor comprising a multi-arm polyether possessing electrophilic groups and a second reactive precursor comprising nucleophilic groups forming a first hydrogel; and at least one initiated precursor comprising at least one vinyl group forming a second hydrogel upon exposure with an initiator. a first reactive precursor comprising a multi-arm polyether possessing electrophilic groups and a second reactive precursor comprising nucleophilic groups forming a first hydrogel; and at least one initiated precursor comprising at least one vinyl group forming a second hydrogel upon exposure with an initiator.
A thermoplastic polypropylene composition comprising polypropylene, a hydrogenated block copolymer, 3 to 6 wt % high density polyethylene, a processing oil, and greater than or equal to 3 wt% of a surface modifier comprising an ultra high molecular weight polydialkyl siloxane, an ultra high molecular weight polydialkyl siloxane in combination with silica, a polyolefin siloxane or a combination thereof, wherein weight percent is based on the total weight of the composition.
A polyethylene blend comprising a uniform dispersion of constituents and: a Ziegler-Natta catalyst-made linear low density polyethylene (ZN-LLDPE) and a metallocene catalyst-made linear low density polyethylene (MCN-LLDPE); wherein the ZN-LLDPE is from 15 to 75 weight percent (wt%) of the total weight of and and the MCN-LLDPE is from 85 to 25 wt% of the total weight of and; wherein by itself is independently characterized by properties (i) to (ii): (i) a density from 0.905 to 0.930 gram per cubic centimeter (g/cm 3), measured according to ASTM D792-13; and (ii) no detectable amount of long chain branching per 1,000 carbon atoms ("LCB Index"), measured according to LCB Test Method; and wherein by itself is independently characterized by properties (i) to (ii): (i) a density from 0.905 to 0.930 g/cm 3, measured according to ASTM D792-13; and (ii) no detectable amount of long chain branching per 1,000 carbon atoms ("LCB Index"), measured according to LCB Test Method; with the proviso that the density of constituent is within ± 0.003 g/cm 3 of the density of constituent; and wherein the ZN-LLDPE has 1-hexene comonomeric units and a melt index value of 1.0 ± 0.1 g/10 min ("I 2 ", 190° C., 2.16 kg) measured according to ASTM D1238-04 and the MCN-LLDPE has a melt index value of 1.0 ± 0.1 g/10 min ("I 2 ", 190° C., 2.16 kg) measured according to ASTM D1238-04.
A light-concentrating lens assembly for a solar energy system, the assembly comprising: a plurality of concentrically arranged paraboloid mirror reflectors; a conical light guide extending below the plurality of paraboloid mirror reflectors; a reflective inner central cone disposed along a central axis of the concentrically arranged paraboloid mirror reflectors; and a compound paraboloid concentrator disposed beneath the inner central cone, wherein the reflective inner central cone is positioned between the plurality of concentrically arranged paraboloid mirror reflectors and the conical light guides to ensure that all light that passes through the paraboloid mirror reflectors into the conical light guide travels into the compound paraboloid concentrator. a plurality of concentrically arranged paraboloid mirror reflectors; a conical light guide extending below the plurality of paraboloid mirror reflectors; a reflective inner central cone disposed along a central axis of the concentrically arranged paraboloid mirror reflectors; and a compound paraboloid concentrator disposed beneath the inner central cone, wherein the reflective inner central cone is positioned between the plurality of concentrically arranged paraboloid mirror reflectors and the conical light guides to ensure that all light that passes through the paraboloid mirror reflectors into the conical light guide travels into the compound paraboloid concentrator.
A method for determining a location of hydrocarbon reservoirs using a created mechanical properties model of a subsurface geological area, the method comprising the following steps executed by a computer: receiving gamma rays data, sonic data or measured density data measured in well logs in the subsurface geological area; deriving tectonic time data and tectonic pressure data using a seismic interpretation of the subsurface geological area and the data from well log measurements; generating a plurality of presumed seismic sections at time of deposition based on the seismic interpretation of the subsurface geological area and the derived tectonic time data and tectonic pressure data; detecting boundaries in the plurality of presumed seismic sections at the time of deposition using the received gamma rays data, sonic data or measured density data; creating a mechanical properties model of the subsurface geological area based on the plurality of presumed seismic sections at the time of deposition, the derived tectonic time data and tectonic pressure data, and the detected boundaries in the plurality of presumed seismic sections at the time of deposition; the method being characterized in that it further comprises the steps of: analyzing, by a determining device, the mechanical properties model of the subsurface geological area to determine presence and position of progradational surfaces in the subsurface geological area; and determining, by the determining device, the location of the hydrocarbon reservoir in the subsurface geological area using the position of the progradational surfaces. receiving gamma rays data, sonic data or measured density data measured in well logs in the subsurface geological area; deriving tectonic time data and tectonic pressure data using a seismic interpretation of the subsurface geological area and the data from well log measurements; generating a plurality of presumed seismic sections at time of deposition based on the seismic interpretation of the subsurface geological area and the derived tectonic time data and tectonic pressure data; detecting boundaries in the plurality of presumed seismic sections at the time of deposition using the received gamma rays data, sonic data or measured density data; creating a mechanical properties model of the subsurface geological area based on the plurality of presumed seismic sections at the time of deposition, the derived tectonic time data and tectonic pressure data, and the detected boundaries in the plurality of presumed seismic sections at the time of deposition; analyzing, by a determining device, the mechanical properties model of the subsurface geological area to determine presence and position of progradational surfaces in the subsurface geological area; and determining, by the determining device, the location of the hydrocarbon reservoir in the subsurface geological area using the position of the progradational surfaces.
An eyewear cleaning device, comprising: a wash chamber; a support bracket located within the wash chamber, the support bracket being configured to support eyewear within the wash chamber; at least one nozzle (5A,5B) located within the wash chamber and configured to direct wash fluid onto the eyewear when the eyewear is supported by the support bracket; an input device configured to receive input from a user of the eyewear cleaning device; and a controller configured to: receive an input signal from the input device indicating a change in the orientation of the support bracket; and based on the received input signal, change the orientation of the support bracket relative to the at least one nozzle (5A,5B) while the nozzle is expelling wash fluid; characterised in that: the support bracket comprises: a support; two bars protruding in generally opposite directions from the support, each of the two bars comprising a loop disposed at one end of the bar, each of the loops being configured to allow the corresponding arm of the eyewear to pass through the loop when the eyewear is supported by the support bracket; and a bracket bar oriented generally perpendicular to the bars and configured to support a nosepiece of the eyewear when the eyewear is supported by the support bracket. a wash chamber; a support bracket located within the wash chamber, the support bracket being configured to support eyewear within the wash chamber; at least one nozzle (5A,5B) located within the wash chamber and configured to direct wash fluid onto the eyewear when the eyewear is supported by the support bracket; an input device configured to receive input from a user of the eyewear cleaning device; and a controller configured to: receive an input signal from the input device indicating a change in the orientation of the support bracket; and based on the received input signal, change the orientation of the support bracket relative to the at least one nozzle (5A,5B) while the nozzle is expelling wash fluid; receive an input signal from the input device indicating a change in the orientation of the support bracket; and based on the received input signal, change the orientation of the support bracket relative to the at least one nozzle (5A,5B) while the nozzle is expelling wash fluid; a support; two bars protruding in generally opposite directions from the support, each of the two bars comprising a loop disposed at one end of the bar, each of the loops being configured to allow the corresponding arm of the eyewear to pass through the loop when the eyewear is supported by the support bracket; and a bracket bar oriented generally perpendicular to the bars and configured to support a nosepiece of the eyewear when the eyewear is supported by the support bracket.
Mould for vulcanizing and moulding a tyre, this tyre comprising a tread delimited by two sidewalls, the mould comprising a ring intended for moulding the tread of the tyre and two shells, separate from the ring, for moulding the sidewalls, the mould comprising an annular groove extending in a recessed manner in one of the shells and an insert housed in the groove, this insert having tyre marking elements, characterized in that the insert is formed from a plurality of insert parts (9a-9h) that are positioned one after another in the annular groove.
A charging assembly for an electrical switching apparatus, said electrical switching apparatus including a housing, separable contacts enclosed by the housing, and an operating mechanism for opening and closing said separable contacts, said charging assembly comprising: a stored energy mechanism movable between a charged position and a discharged position; a cast member coupled to the stored energy mechanism and being movable therewith; a cam shaft structured to be pivotably coupled to the housing, said cam shaft including a number of cams (210,212); and a catchment structured to be pivotably coupled to the housing, said catchment comprising an impact surface, wherein the impact surface of said catchment cooperates with a corresponding one of said cams to resist over rotation of said cam shaft; characterized in that: the cast member includes a projection and the catchment comprises a protrusion, such that the protrusion of said catchment cooperates with the projection of said cast member to maintain the desired relationship between said catchment and said corresponding one of said cams. a stored energy mechanism movable between a charged position and a discharged position; a cast member coupled to the stored energy mechanism and being movable therewith; a cam shaft structured to be pivotably coupled to the housing, said cam shaft including a number of cams (210,212); and a catchment structured to be pivotably coupled to the housing, said catchment comprising an impact surface, wherein the impact surface of said catchment cooperates with a corresponding one of said cams to resist over rotation of said cam shaft; characterized in that: the cast member includes a projection and the catchment comprises a protrusion, such that the protrusion of said catchment cooperates with the projection of said cast member to maintain the desired relationship between said catchment and said corresponding one of said cams.
An adhesive composition having a sea-island structure and comprising a reaction product of an acid-modified polyolefin and a curing agent in a sea, and a reaction product of a thermoplastic resin and the curing agent in islands, wherein the percentage of islands having a particle size of 0.001 to 5 μm is 80% or more of the total number of islands per unit area of 10 μm × 10 um of the adhesive composition, determined as described in the description.