mhurhangee/ep-ind-claims huggingface dataset:
An imaging device comprising: a imaging unit which is capable of imaging an object; an exposure time calculation unit which is arranged to calculate, based on an image signal acquired by imaging by the imaging unit, an exposure time of the imaging which is required until a signal value of the image signal reaches a target signal value set in advance; a determination unit which is arranged to determine whether or not the exposure time exceeds a threshold value set in advance; and a notification unit which, in a case where it is determined that the exposure time exceeds the threshold value, gives notification of the result of the determination, characterized in that the imaging unit stops the imaging in response that it is determined that the exposure time exceeds the threshold value, and otherwise the imaging unit continues the imaging. a imaging unit which is capable of imaging an object; an exposure time calculation unit which is arranged to calculate, based on an image signal acquired by imaging by the imaging unit, an exposure time of the imaging which is required until a signal value of the image signal reaches a target signal value set in advance; a determination unit which is arranged to determine whether or not the exposure time exceeds a threshold value set in advance; and a notification unit which, in a case where it is determined that the exposure time exceeds the threshold value, gives notification of the result of the determination, characterized in that the imaging unit stops the imaging in response that it is determined that the exposure time exceeds the threshold value, and otherwise the imaging unit continues the imaging.
A system comprising a focal plane array comprising: an array of microbolometer infrared sensors adapted to image a scene; a bias circuit adapted to provide a bias voltage to the microbolometer infrared sensors, wherein the bias voltage is selected from a range of approximately 0.2 volts to approximately 0.7 volts; and a read out integrated circuit (ROIC) adapted to provide signals from the infrared sensors corresponding to captured image frames. an array of microbolometer infrared sensors adapted to image a scene; a bias circuit adapted to provide a bias voltage to the microbolometer infrared sensors, wherein the bias voltage is selected from a range of approximately 0.2 volts to approximately 0.7 volts; and a read out integrated circuit (ROIC) adapted to provide signals from the infrared sensors corresponding to captured image frames.
A curable resin composition comprising: at least a cyanate ester compound represented by the following formula: a metal complex catalyst; and an additive, wherein the additive comprises any one or more selected from the group consisting of a compound represented by the following general formula, a compound represented by the following general formula, and a tertiary amine: wherein R 1 to R 5 each independently represent a hydrogen atom, an alkyl group having 1 to 15 carbon atoms, or an aryl group having 6 to 12 carbon atoms, and at least one of R 1 to R 5 is an alkyl group having 1 or more carbon atoms or an aryl group having 6 or more carbon atoms, and wherein R 6 to R 10 each independently represent a hydrogen atom, an alkyl group having 1 to 4 carbon atoms, an alkoxy group having 1 to 4 carbon atoms, an aryl group having 6 to 15 carbon atoms, or a hydroxy group. at least a cyanate ester compound represented by the following formula: a metal complex catalyst; and an additive,
An invasive medical probe, comprising: an insertion tube, having a proximal end and a distal end configured for insertion into a body of a patient; and multiple arms extending distally from the distal end of the insertion tube, each arm having a distal tip and comprising a magnetic transducer; characterised in that each arm further comprises an adhesive element, which is configured to removably attach the distal tip to a tissue surface within the body. an insertion tube, having a proximal end and a distal end configured for insertion into a body of a patient; and multiple arms extending distally from the distal end of the insertion tube, each arm having a distal tip and comprising a magnetic transducer; characterised in that each arm further comprises an adhesive element, which is configured to removably attach the distal tip to a tissue surface within the body.
A fluid-ejection device comprising: - a first member having an inlet suitable for being connected to a source of fluid; - a second member that can be moved relative to the first member; and - a control member arranged to be at least in: - a first condition, in which the control member is at least substantially inside the second member preventing the flow of fluid through the second member to define a first stroke of the second member where no discharge of fluid is allowed out of the device; and - a second condition, in which the control member is at least substantially outside the second member allowing the flow of fluid through the second member to define a second stroke of the second member along which discharge of fluid is allowed out of the device, characterized in that the control member comprises a hollow post having holes through which fluid is allowed to be discharged into the second member. - a first member having an inlet suitable for being connected to a source of fluid; - a second member that can be moved relative to the first member; and - a control member arranged to be at least in: - a first condition, in which the control member is at least substantially inside the second member preventing the flow of fluid through the second member to define a first stroke of the second member where no discharge of fluid is allowed out of the device; and - a second condition, in which the control member is at least substantially outside the second member allowing the flow of fluid through the second member to define a second stroke of the second member along which discharge of fluid is allowed out of the device,
A method for distinguishing between transmission losses and congestion losses in a packet network comprising: receiving at a source node a sequence of tag status values associated with packets which have been routed via one or more other nodes in a network, wherein at least one of said other nodes is arranged in operation to indicate its queue length by the spacing between packets associated with a first tag status value; detecting a loss of packets; determining from said sequence of tag status values a first spacing between a pair of packets having said first tag status value, which packets were received before said loss, and optionally a second spacing between a pairs of packets having said first tag status value, which packets were received after said loss; determining from said spacing or spacings the length of the queue before the loss and optionally the length of the queue after the loss; and if the length of each queue is less than a defined number of packets categorising the loss as a transmission loss. receiving at a source node a sequence of tag status values associated with packets which have been routed via one or more other nodes in a network, wherein at least one of said other nodes is arranged in operation to indicate its queue length by the spacing between packets associated with a first tag status value; detecting a loss of packets; determining from said sequence of tag status values a first spacing between a pair of packets having said first tag status value, which packets were received before said loss, and optionally a second spacing between a pairs of packets having said first tag status value, which packets were received after said loss; determining from said spacing or spacings the length of the queue before the loss and optionally the length of the queue after the loss; and if the length of each queue is less than a defined number of packets categorising the loss as a transmission loss.
A conveying device for use with a system which performs a first heat treatment on a conveyed object as a first heat treatment system and a system which performs a second heat treatment on the conveyed object on which the first heat treatment is performed by the first heat treatment system as a second heat treatment system, the device being provided with: plural conveying hooks that hold the conveyed object therebetween, conveying chains (15a, 15b), each being provided with the conveying hooks, which drive so that the conveying hooks holding the circuit board therebetween are movable from the first heat treatment system to the second heat treatment system, and being characterized by: a pair of first frames that have a first sliding portion and guide the conveying chains slid by the first sliding portion along the first heat treatment system; a pair of second frames that have a second sliding portion that slides the conveying chains continuously transferred from the first sliding portion, are continuously provided to the first sliding portion and guide the conveying chains slid by the second sliding portion along the second heat treatment system; and an absorbing member that is provided between each of the first frames and each of the second frames and absorbs an expansion and contraction based on difference of any thermal expansion between the first and second frames and the conveying chains. plural conveying hooks that hold the conveyed object therebetween, conveying chains (15a, 15b), each being provided with the conveying hooks, which drive so that the conveying hooks holding the circuit board therebetween are movable from the first heat treatment system to the second heat treatment system, and being characterized by: a pair of first frames that have a first sliding portion and guide the conveying chains slid by the first sliding portion along the first heat treatment system; a pair of second frames that have a second sliding portion that slides the conveying chains continuously transferred from the first sliding portion, are continuously provided to the first sliding portion and guide the conveying chains slid by the second sliding portion along the second heat treatment system; and an absorbing member that is provided between each of the first frames and each of the second frames and absorbs an expansion and contraction based on difference of any thermal expansion between the first and second frames and the conveying chains. a pair of first frames that have a first sliding portion and guide the conveying chains slid by the first sliding portion along the first heat treatment system; a pair of second frames that have a second sliding portion that slides the conveying chains continuously transferred from the first sliding portion, are continuously provided to the first sliding portion and guide the conveying chains slid by the second sliding portion along the second heat treatment system; and an absorbing member that is provided between each of the first frames and each of the second frames and absorbs an expansion and contraction based on difference of any thermal expansion between the first and second frames and the conveying chains.
A method of separating a selected cell fraction from a volume of a sample, comprising: disrupting the sample to obtain a plurality of sample particles that are in a selected particle size range different from a particle size range of the sample prior to the disrupting; separating a selected cell fraction from the plurality of sample particles, including, disposing the plurality of sample particles in a first section of a separation container, applying a centrifugal force to the plurality of sample particles that are in the first section of the separation container; collecting the selected cell fraction from the plurality of sample particles in a second section of the separation container separate from the first section; removing the selected cell fraction from the second section of the separation container; and venting the second section through a vent (325, 325') defined through the second section at least during withdrawal of the selected cell fraction from the second section. disrupting the sample to obtain a plurality of sample particles that are in a selected particle size range different from a particle size range of the sample prior to the disrupting; separating a selected cell fraction from the plurality of sample particles, including, disposing the plurality of sample particles in a first section of a separation container, applying a centrifugal force to the plurality of sample particles that are in the first section of the separation container; collecting the selected cell fraction from the plurality of sample particles in a second section of the separation container separate from the first section; removing the selected cell fraction from the second section of the separation container; and venting the second section through a vent (325, 325') defined through the second section at least during withdrawal of the selected cell fraction from the second section.
Device for holding pipette tips, having a coupling element with a longitudinal axis running in the axial direction, which includes a free end from which a pipette tip can be pushed onto the coupling element in the axial direction, the coupling element comprising: - a sealing element (21, 21') made of an elastic material, which has an axial and radially extending sealing section (23, 23') which is exposed in the axial direction towards the free end of the coupling element and against which a sealing section of the pipette tip can be at least partially pressed axially, and the coupling element has at least one retaining element (27, 57) arranged on its outer side for interacting with retaining means of the pipette tip in order to press the sealing portion of the pipette tip against the axial sealing section (23, 23') and/or to position the pipette tip in the axial direction, wherein the retaining element has one or more radial projections which are arranged partially or annularly circumferentially on the outside of the coupling element and are preferably rigid or flexible, wherein the sealing element (21, 21') consists of a fluoroelastomer. - a sealing element (21, 21') made of an elastic material, which has an axial and radially extending sealing section (23, 23') which is exposed in the axial direction towards the free end of the coupling element and against which a sealing section of the pipette tip can be at least partially pressed axially, and the coupling element has at least one retaining element (27, 57) arranged on its outer side for interacting with retaining means of the pipette tip in order to press the sealing portion of the pipette tip against the axial sealing section (23, 23') and/or to position the pipette tip in the axial direction, wherein the retaining element has one or more radial projections which are arranged partially or annularly circumferentially on the outside of the coupling element and are preferably rigid or flexible, wherein the sealing element (21, 21') consists of a fluoroelastomer.
A method for the acquisition of seismic data relating to a subsurface area on the surface of which are deployed a plurality of seismic wave receivers in contact with the ground, a recording device for recording the signals produced by the receivers, and a plurality of vibration sources scheduled to follow respective predetermined paths each including a succession of shooting stations, said sources being operable to produce, when they are in a shooting station, seismic vibrations according to a sweep type shooting sequence, of a predetermined duration and variable frequency, the method comprising the steps of synchronising the clocks of the sources and recording device, characterized in that said method further comprises: predetermining at each source a respective series of predetermined successive shooting times t 1,n...t k,n, with k being an order number of said successive shooting times for a given source and with n being a source order number, between 1 and the number of sources N s, authorising each source to produce seismic vibrations at a given shooting time of its respective series of successive shooting times on the condition that at said given shooting time, the source is in a state to produce vibrations or otherwise, causing the source to produce seismic vibrations at a next shooting time of its respective series of predetermined shooting times at which the source is in a state to produce vibrations, and continuously recording the signals produced by the receivers. predetermining at each source a respective series of predetermined successive shooting times t 1,n...t k,n, with k being an order number of said successive shooting times for a given source and with n being a source order number, between 1 and the number of sources N s, authorising each source to produce seismic vibrations at a given shooting time of its respective series of successive shooting times on the condition that at said given shooting time, the source is in a state to produce vibrations or otherwise, causing the source to produce seismic vibrations at a next shooting time of its respective series of predetermined shooting times at which the source is in a state to produce vibrations, and continuously recording the signals produced by the receivers.
An anti-entrapment device for an aerial lift having a basket or cage the anti-entrapment device comprising: a switch activation device configured to prevent further movement of the basket or cage once the switch activation device is activated; and two or more sensors arranged to provide a detection zone and to detect obstacles within the detection zone, the sensors configured to facilitate the alerting of an operator standing in a basket or cage to the presence of an obstacle that may potentially strike the operator before the strike occurs; wherein the anti-entrapment device further comprises: an elongate housing said two or more sensors being housed within said elongate housing, and at least one of said two or more sensors positioned proximate an end of said elongate housing; characterised by said switch activation device being coupled to the elongate housing, and said switch activation device arranged at an angle to the orientation of said sensor(s) positioned proximate the end of said elongate housing. a switch activation device configured to prevent further movement of the basket or cage once the switch activation device is activated; and two or more sensors arranged to provide a detection zone and to detect obstacles within the detection zone, the sensors configured to facilitate the alerting of an operator standing in a basket or cage to the presence of an obstacle that may potentially strike the operator before the strike occurs; wherein the anti-entrapment device further comprises: an elongate housing said two or more sensors being housed within said elongate housing, and at least one of said two or more sensors positioned proximate an end of said elongate housing; characterised by said switch activation device being coupled to the elongate housing, and said switch activation device arranged at an angle to the orientation of said sensor(s) positioned proximate the end of said elongate housing. an elongate housing said two or more sensors being housed within said elongate housing, and at least one of said two or more sensors positioned proximate an end of said elongate housing; characterised by said switch activation device being coupled to the elongate housing, and said switch activation device arranged at an angle to the orientation of said sensor(s) positioned proximate the end of said elongate housing.
An inkjet ink composition comprising: (Component A) a radically polymerizable monomer comprising at least Components A-1 to A-4; (Component A-1) an N-vinyllactam, (Component A-2) a compound represented by Formula, (Component A-3) a compound represented by Formula, and (Component A-4) a difunctional (meth)acrylate compound and a trifunctional (meth)acrylate compound; and as (Component B) a polymerization initiator, (Component B-1) a bisacylphosphine compound the total content of Components A-1 to A-3 being 65 to 90 wt%, the content of Component A-4 being 1 to 9 wt%, and the surface tension at 25°C being 34.0 to 40.0 mN/m, wherein R 1 denotes a hydrogen atom or a methyl group and X denotes a single bond or a divalent linking group having 1 to 60 carbons, wherein R 1 denotes a hydrogen atom or a methyl group and X denotes a single bond, an alkylene group having 2 to 10 carbons, or a divalent linking group formed by combining one or more alkylene groups having 2 to 10 carbons and one or more bonds selected from the group consisting of an ether bond, an ester bond, a urethane bond, and a urea bond. (Component A) a radically polymerizable monomer comprising at least Components A-1 to A-4; (Component A-1) an N-vinyllactam, (Component A-2) a compound represented by Formula, (Component A-3) a compound represented by Formula, and (Component A-4) a difunctional (meth)acrylate compound and a trifunctional (meth)acrylate compound; and
A shaft sealing device (10;10c) for a turbine to be provided in an annular space between a rotor (2A;4A) and a stator (2B;4B) surrounding an outer peripheral side of the rotor (2A;4A) to divide the annular space into a low-pressure-side region and a high-pressure-side region in the direction of an axis of the rotor (2A;4A), the shaft sealing device (10;10c) comprising: a housing to be fixed to the stator (2B;4B); a sealing body configured by stacking a plurality of thin sealing pieces extending toward a radially inward side of the rotor (2A;4A) from the housing in a circumferential direction of the rotor (2A;4A); and a side sealing plate that is arranged along a low-pressure side of the sealing body and in which a surface facing the low-pressure side is pressed against an inner wall surface of the housing facing the direction of the axis by means of the pressure of a fluid (g) applied in operation from a high-pressure side to the low-pressure side, wherein a protrusion (9f;18;12a;52) adapted to block a flow of the fluid (g) that is directed radially inward along the low-pressure side of the sealing body is arranged radially inward with respect to the radially inward located tip of said side sealing plate, and the housing is formed with a communication path which opens to the inner wall surface of the housing at an opening of one end thereof and opens to the low-pressure-side region of the housing at the other end thereof and said opening to the inner wall surface is located radially outward with respect to said protrusion (9f;18;12a;52) and is located radially inward with respect to said tip of said side sealing plate, for guiding the flow (d) of the fluid (g) blocked by the protrusion (9f;18;12a;52) to the low-pressure-side region. a housing to be fixed to the stator (2B;4B); a sealing body configured by stacking a plurality of thin sealing pieces extending toward a radially inward side of the rotor (2A;4A) from the housing in a circumferential direction of the rotor (2A;4A); and a side sealing plate that is arranged along a low-pressure side of the sealing body and in which a surface facing the low-pressure side is pressed against an inner wall surface of the housing facing the direction of the axis by means of the pressure of a fluid (g) applied in operation from a high-pressure side to the low-pressure side, wherein a protrusion (9f;18;12a;52) adapted to block a flow of the fluid (g) that is directed radially inward along the low-pressure side of the sealing body is arranged radially inward with respect to the radially inward located tip of said side sealing plate, and the housing is formed with a communication path which opens to the inner wall surface of the housing at an opening of one end thereof and opens to the low-pressure-side region of the housing at the other end thereof and said opening to the inner wall surface is located radially outward with respect to said protrusion (9f;18;12a;52) and is located radially inward with respect to said tip of said side sealing plate, for guiding the flow (d) of the fluid (g) blocked by the protrusion (9f;18;12a;52) to the low-pressure-side region.