mhurhangee/ep-ind-claims huggingface dataset:
An athletic performance monitoring system, comprising: a global positioning satellite receiver adapted to obtain data relating to a series of time-stamped position points at which an athlete is present during an athletic performance; a first athletic performance monitor adapted to provide data relating to at least one of a speed or a distance moved by the athlete during the athletic performance; means for storing data relating to the athletic performance collected via the global positioning satellite receiver and the first athletic performance monitor; means for displaying information associated with the athletic performance, during the performance using data collected via the first athletic performance monitor and not using data collected via the global positioning satellite receiver; and means for analyzing and displaying information (112, 114) associated with the athletic performance when the performance is no longer taking place, wherein the means for analyzing and displaying information (112, 114) uses at least data collected via the global positioning satellite receiver. a global positioning satellite receiver adapted to obtain data relating to a series of time-stamped position points at which an athlete is present during an athletic performance; a first athletic performance monitor adapted to provide data relating to at least one of a speed or a distance moved by the athlete during the athletic performance; means for storing data relating to the athletic performance collected via the global positioning satellite receiver and the first athletic performance monitor; means for displaying information associated with the athletic performance, during the performance using data collected via the first athletic performance monitor and not using data collected via the global positioning satellite receiver; and means for analyzing and displaying information (112, 114) associated with the athletic performance when the performance is no longer taking place, wherein the means for analyzing and displaying information (112, 114) uses at least data collected via the global positioning satellite receiver.
A vacuum system pipe coupling comprising: a first coupling member; a second coupling member; a seal system to be positioned between said first and second coupling members to seal between said coupling members; and a securing system to releasably secure said first coupling member to said second coupling member, said seal system comprising an inner seal element and an outer seal element and said first coupling member being provided with a flow passage configured to conduct a pressurised gas to a space that in use is provided between said inner and outer seal elements to shield said outer seal element from fluid flowing through said pipe coupling in the event of failure of said inner seal element characterised in that said outer seal element comprises a first material and said inner seal element comprises a second material that is different to said first material, wherein said first material is a fluoroelastomer and said second material is a perflouroelastomer. a first coupling member; a second coupling member; a seal system to be positioned between said first and second coupling members to seal between said coupling members; and a securing system to releasably secure said first coupling member to said second coupling member, said seal system comprising an inner seal element and an outer seal element and said first coupling member being provided with a flow passage configured to conduct a pressurised gas to a space that in use is provided between said inner and outer seal elements to shield said outer seal element from fluid flowing through said pipe coupling in the event of failure of said inner seal element characterised in that said outer seal element comprises a first material and said inner seal element comprises a second material that is different to said first material, wherein said first material is a fluoroelastomer and said second material is a perflouroelastomer.
A method of managing a communication device with more than one Subscriber Identity Module, SIM, sharing a transceiver the method comprising: receiving, through the transceiver,, a voice call from a first network subscription associated with a first SIM (SIM 1) of the communication device, the voice call interrupting an active data services session through the transceiver with a second network subscription associated with a second SIM (SIM 2) of the communication device; establishing an active voice communication connection for the voice call on the transceiver with the first network subscription; and reestablishing the active data services session through the transceiver with the first network subscription while maintaining the active voice communication connection for the voice call with the first network subscription. receiving, through the transceiver,, a voice call from a first network subscription associated with a first SIM (SIM 1) of the communication device, the voice call interrupting an active data services session through the transceiver with a second network subscription associated with a second SIM (SIM 2) of the communication device; establishing an active voice communication connection for the voice call on the transceiver with the first network subscription; and reestablishing the active data services session through the transceiver with the first network subscription while maintaining the active voice communication connection for the voice call with the first network subscription.
An apparatus for setting an anchor mechanically in a borehole in a single trip, comprising: a mechanically-settable anchor for initially forming part of a drill string; and a plug member positioned below the anchor, wherein: when the plug member reaches a desired depth in the wellbore, the plug member may be activated from the surface, thus setting the plug member in position with respect to the wellbore; the anchor has an activation element which, when contacted in a predetermined manner, sets the anchor; and the plug member has an operation element adapted so that, when the anchor and plug member come into contact with one another in a predetermined orientation, the activation element is operated by the operation element, thus setting the anchor. a mechanically-settable anchor for initially forming part of a drill string; and a plug member positioned below the anchor, wherein: when the plug member reaches a desired depth in the wellbore, the plug member may be activated from the surface, thus setting the plug member in position with respect to the wellbore; the anchor has an activation element which, when contacted in a predetermined manner, sets the anchor; and the plug member has an operation element adapted so that, when the anchor and plug member come into contact with one another in a predetermined orientation, the activation element is operated by the operation element, thus setting the anchor. when the plug member reaches a desired depth in the wellbore, the plug member may be activated from the surface, thus setting the plug member in position with respect to the wellbore; the anchor has an activation element which, when contacted in a predetermined manner, sets the anchor; and the plug member has an operation element adapted so that, when the anchor and plug member come into contact with one another in a predetermined orientation, the activation element is operated by the operation element, thus setting the anchor.
A hematology test slide, which comprises: - a first cover slip; - a second cover slip; and - a spacer interposed between the first cover slip and the second cover slip, the spacer having a closed end portion and an open end portion, the open end portion being defined by a pair of spaced apart legs extending from the closed end portion, the closed end portion interiorly defining a sample deposit area, and the pair of spaced apart legs of the open end portion defining between the legs an optical read area; and - a slide housing, the slide housing having a top housing member and a bottom housing member joined to the top housing member, the top and bottom housing members (6, 54) defining a cavity in which is received the first cover slip, the spacer and the second cover slip; wherein the optical read area of the spacer is covered by the first and second cover slips (8, 12), and the sample deposit area is uncovered by the first cover slip to allow a fluid sample to be deposited onto the sample deposit area; wherein the bottom housing member includes a base plate which is planar in form, the base plate being affixed to the top housing member to encapsulate within the cavity of the slide housing the first cover slip, the spacer, the second cover slip and any fluid sample residing in the optical read area of the spacer; wherein the base plate includes an optical read opening formed through the thickness thereof, the optical read opening in the base plate being situated in alignment with the optical read area of the spacer; wherein the top housing member of the slide housing includes a sample deposit opening formed through the thickness thereof, the sample deposit opening being situated in alignment and in fluid communication with the sample deposit area of the spacer and for receiving through the sample deposit opening a fluid sample; and wherein the optical read opening formed in the base plate is offset from the sample deposit opening formed in the top housing member so as to be in non-alignment with the sample deposit opening. - a first cover slip; - a second cover slip; and - a spacer interposed between the first cover slip and the second cover slip, the spacer having a closed end portion and an open end portion, the open end portion being defined by a pair of spaced apart legs extending from the closed end portion, the closed end portion interiorly defining a sample deposit area, and the pair of spaced apart legs of the open end portion defining between the legs an optical read area; and - a slide housing, the slide housing having a top housing member and a bottom housing member joined to the top housing member, the top and bottom housing members (6, 54) defining a cavity in which is received the first cover slip, the spacer and the second cover slip;
An absorbent article, comprising: a front-back direction; a width direction orthogonal to the front-back direction; a front waistline region; a rear waistline region; a crotch region disposed between the front waistline region and the rear waistline region; and an absorbent core provided at least in the crotch region, wherein a folding line for folding the absorbent article in half extends in the width direction in the crotch region, the absorbent core includes a constricted region constricted inward in the width direction in the crotch region, the constricted region extends in the front-back direction relative to the folding line, a high rigidity region is provided behind the folding line and in a region including the center in the width direction, and the high rigidity region is defined by a region having rigidity higher than a rigidity of a region between the folding line and the high rigidity region, characterised in that: a length of the high rigidity region in the front-back direction is longer than the length between the folding line and the front edge of the high rigidity region, and all of the high rigidity region is provided in a region overlapping the constricted region when viewed in the width direction. a front-back direction; a width direction orthogonal to the front-back direction; a front waistline region; a rear waistline region; a crotch region disposed between the front waistline region and the rear waistline region; and an absorbent core provided at least in the crotch region, wherein a folding line for folding the absorbent article in half extends in the width direction in the crotch region, the absorbent core includes a constricted region constricted inward in the width direction in the crotch region, the constricted region extends in the front-back direction relative to the folding line, a high rigidity region is provided behind the folding line and in a region including the center in the width direction, and the high rigidity region is defined by a region having rigidity higher than a rigidity of a region between the folding line and the high rigidity region, characterised in that: a length of the high rigidity region in the front-back direction is longer than the length between the folding line and the front edge of the high rigidity region, and all of the high rigidity region is provided in a region overlapping the constricted region when viewed in the width direction. a length of the high rigidity region in the front-back direction is longer than the length between the folding line and the front edge of the high rigidity region, and all of the high rigidity region is provided in a region overlapping the constricted region when viewed in the width direction.
Pile upending device for large diameter tubular elements, the device comprising; - an annular base ring for extending along substantially the entire circumference of the tubular element, - a lifting arm for coupling the pile upending device to a hoisting element, - a number of wedge assemblies disposed along the outside circumference of the base ring for facing the inside surface of the tubular element and frictional engagement with the tubular element, characterized in that the lifting arm is a central lifting arm and in that the lifting arm is hingeably coupled with the base ring. - an annular base ring for extending along substantially the entire circumference of the tubular element, - a lifting arm for coupling the pile upending device to a hoisting element, - a number of wedge assemblies disposed along the outside circumference of the base ring for facing the inside surface of the tubular element and frictional engagement with the tubular element,
Agent for keeping strings of rackets for tennis, badminton and squash rough, consisting of at least a first and a second component, whereby the first component is a cristalline filler on marble basis, in fact a crystalline calcium-carbonate-filler, a fine crystalline calcium-magnesium-carbonate filler or a combination of fine crystalline calcium-magnesium-carbonate filler and fine crystalline calcium-magnesium-carbonate filler, whereby the first component is a granular mass of which the grains are sharp-edged and whereby the second component is a binding agent with adhesive properties, namely a higher melting maleic resin as grinding resin that is soluble in alcohol, or, after neutralisation, also in water.
A torque motor for use in a servovalve; said torque motor comprising: first and second opposing pole pieces (112a, 112b), first and second permanent magnets (114a, 114b) positioned between said first and second pole pieces (112a, 112b); an armature comprising a magnetic plate and a flapper, said magnetic plate being positioned between said first and second permanent magnets (114a, 114b); and further comprising only two fastening means, the only two fastening means being first and second fastening means each extending through said first pole piece, said armature and said second pole piece to thereby fasten said torque motor together. first and second opposing pole pieces (112a, 112b), first and second permanent magnets (114a, 114b) positioned between said first and second pole pieces (112a, 112b); an armature comprising a magnetic plate and a flapper, said magnetic plate being positioned between said first and second permanent magnets (114a, 114b); and further comprising only two fastening means, the only two fastening means being first and second fastening means each extending through said first pole piece, said armature and said second pole piece to thereby fasten said torque motor together.
A laminated sheet (10X, 10Y) comprising a surface layer containing a methacrylic resin laminated on at least one surface of a substrate layer containing a polycarbonate resin, wherein the substrate layer contains a colorant; a total thickness is 3.0 to 10.0 mm; T1 > T2 is satisfied wherein T1 represents a thickness of the substrate layer and T2 represents a total thickness of the surface layer; a total light transmittance is 10 to 40%; a transmittance at a wavelength of 1,500 nm is 60% or less; and an absolute value of a* value is 10.0 or less and an absolute value of b* is 10.0 or less in an L*a*b* color space defined by JIS Z 8781-4, and the laminated sheet (10X, 10Y) is for resin glazing. wherein the substrate layer contains a colorant; a total thickness is 3.0 to 10.0 mm; T1 > T2 is satisfied wherein T1 represents a thickness of the substrate layer and T2 represents a total thickness of the surface layer; a total light transmittance is 10 to 40%; a transmittance at a wavelength of 1,500 nm is 60% or less; and an absolute value of a* value is 10.0 or less and an absolute value of b* is 10.0 or less in an L*a*b* color space defined by JIS Z 8781-4, and the laminated sheet (10X, 10Y) is for resin glazing.
A noodle strand cutting apparatus for cutting gelatinized noodle strands used in manufacturing of instant noodles, the noodle strand cutting apparatus comprising: a conveyer for conveying at least one bundle of the noodle strands that are longitudinally cut and gelatinized by heating; and a rotary cutter arranged above the conveyer and intended to cut, to a predetermined length, the at least one bundle of the gelatinized noodle strands conveyed on the conveyer in a substantially horizontal direction, characterised in that the predetermined length of cut is from 1 to 10 cm and in that the rotary cutter comprises six to thirty blades that extend side by side with a rotational axis and in radial directions around the rotational axis, the blades being spaced from each other in a circumferential direction by predetermined equal intervals; and in that the rotary cutter further comprises a control surface that extends between a pair of the blades adjacent to each other for controlling bounce up of the noodle strands after the cutting. a conveyer for conveying at least one bundle of the noodle strands that are longitudinally cut and gelatinized by heating; and a rotary cutter arranged above the conveyer and intended to cut, to a predetermined length, the at least one bundle of the gelatinized noodle strands conveyed on the conveyer in a substantially horizontal direction, characterised in that the predetermined length of cut is from 1 to 10 cm and in that the rotary cutter comprises six to thirty blades that extend side by side with a rotational axis and in radial directions around the rotational axis, the blades being spaced from each other in a circumferential direction by predetermined equal intervals; and in that the rotary cutter further comprises a control surface that extends between a pair of the blades adjacent to each other for controlling bounce up of the noodle strands after the cutting.
An apparatus for detecting a tool comprising: an image processing unit adapted to detect a tool based on a 3D ultrasound image, comprising: a first tool detection module configured to perform a first tool detection procedure comprising: obtaining a set of planar sections from the 3D ultrasound image; identifying a tool shadow region present in a planar section of the set of planar sections; and determining the location of a tool plane section within the 3D ultrasound image, wherein the tool plane section represents a plane within the 3D image in which the entire length of the tool is present, based on the detected tool shadow region; a second tool detection module which is configured to perform a second tool detection procedure which comprises: detecting the tool based on a representation of the tool in the 3D volume image. a first tool detection module configured to perform a first tool detection procedure comprising: obtaining a set of planar sections from the 3D ultrasound image; identifying a tool shadow region present in a planar section of the set of planar sections; and determining the location of a tool plane section within the 3D ultrasound image, wherein the tool plane section represents a plane within the 3D image in which the entire length of the tool is present, based on the detected tool shadow region; obtaining a set of planar sections from the 3D ultrasound image; identifying a tool shadow region present in a planar section of the set of planar sections; and determining the location of a tool plane section within the 3D ultrasound image, wherein the tool plane section represents a plane within the 3D image in which the entire length of the tool is present, based on the detected tool shadow region; a second tool detection module which is configured to perform a second tool detection procedure which comprises: detecting the tool based on a representation of the tool in the 3D volume image.
A fuel cell system comprising: a fuel composition measuring section that measures first gas composition of a mixed gas in which a supply gas supplied from a gas supplier and a biofuel gas are mixed; characterised by: a recycle gas measuring section that measures second gas composition of a recycle gas output by a separator that separates the recycle gas from an emission gas emitted by a fuel cell that generates power by using the mixed gas; and a fuel cell control section that calculates, on a basis of the first gas composition and the second gas composition, a gas mixing ratio at which a regulator mixes the supply gas and the biofuel gas, and calculates, on a basis of the calculated gas mixing ratio, a fuel utilization rate required for the fuel cell. a fuel composition measuring section that measures first gas composition of a mixed gas in which a supply gas supplied from a gas supplier and a biofuel gas are mixed; characterised by: a recycle gas measuring section that measures second gas composition of a recycle gas output by a separator that separates the recycle gas from an emission gas emitted by a fuel cell that generates power by using the mixed gas; and a fuel cell control section that calculates, on a basis of the first gas composition and the second gas composition, a gas mixing ratio at which a regulator mixes the supply gas and the biofuel gas, and calculates, on a basis of the calculated gas mixing ratio, a fuel utilization rate required for the fuel cell. a recycle gas measuring section that measures second gas composition of a recycle gas output by a separator that separates the recycle gas from an emission gas emitted by a fuel cell that generates power by using the mixed gas; and a fuel cell control section that calculates, on a basis of the first gas composition and the second gas composition, a gas mixing ratio at which a regulator mixes the supply gas and the biofuel gas, and calculates, on a basis of the calculated gas mixing ratio, a fuel utilization rate required for the fuel cell.