mhurhangee/ep-ind-claims huggingface dataset:
An optoacoustic probe having a distal end, the probe comprising: a first light path adapted to permit a light source to directed light towards the distal end of the probe; an ultrasound transducer array having an active end, the array comprising a plurality of ultrasound transducer elements; and one of: (i) an isolator positioned between the light path and the ultrasound transducer array, and arranged to mitigate the energy from the light path from affecting the ultrasound transducer array, the isolator being made from a mixture comprising a flexible carrier, a colouring and between 10% and 80% by volume micro bubbles; and, (ii) an isolator positioned between the light path and the ultrasound transducer array, and arranged to mitigate the light from the light path from striking the ultrasound transducer array before exiting the distal end of the probe, the isolator being made from a mixture including a colouring selected from the group of carbon black, dye, ink, and white resin. a first light path adapted to permit a light source to directed light towards the distal end of the probe; an ultrasound transducer array having an active end, the array comprising a plurality of ultrasound transducer elements; and one of: (i) an isolator positioned between the light path and the ultrasound transducer array, and arranged to mitigate the energy from the light path from affecting the ultrasound transducer array, the isolator being made from a mixture comprising a flexible carrier, a colouring and between 10% and 80% by volume micro bubbles; and, (ii) an isolator positioned between the light path and the ultrasound transducer array, and arranged to mitigate the light from the light path from striking the ultrasound transducer array before exiting the distal end of the probe, the isolator being made from a mixture including a colouring selected from the group of carbon black, dye, ink, and white resin. (i) an isolator positioned between the light path and the ultrasound transducer array, and arranged to mitigate the energy from the light path from affecting the ultrasound transducer array, the isolator being made from a mixture comprising a flexible carrier, a colouring and between 10% and 80% by volume micro bubbles; and, (ii) an isolator positioned between the light path and the ultrasound transducer array, and arranged to mitigate the light from the light path from striking the ultrasound transducer array before exiting the distal end of the probe, the isolator being made from a mixture including a colouring selected from the group of carbon black, dye, ink, and white resin.
A cap assembly for use with a liquid container having a neck with an opening and having an internal compartment sized to hold a volume of potable drink liquid, the cap assembly comprising: a base configured to be removably coupled to the neck of a liquid container; a drink spout extending from the base and defining a passage through which drink liquid from the internal compartment of a liquid container may be selectively dispensed when the cap assembly is operatively coupled to a liquid container; a closure configured to be removably coupled relative to the drink spout in a closed position to selectively restrict dispensing of liquid through the passage and to selectively permit dispensing of liquid through the passage when removed from the drink spout; a handle extending from the base, characterized in that the handle includes a closure retention mechanism configured to selectively retain the closure in a stowed position against a region of the handle when the closure is selectively removed from the drink spout and received by the closure retention mechanism, wherein the closure is removed from engagement with the handle when the closure is in the closed position. a base configured to be removably coupled to the neck of a liquid container; a drink spout extending from the base and defining a passage through which drink liquid from the internal compartment of a liquid container may be selectively dispensed when the cap assembly is operatively coupled to a liquid container; a closure configured to be removably coupled relative to the drink spout in a closed position to selectively restrict dispensing of liquid through the passage and to selectively permit dispensing of liquid through the passage when removed from the drink spout; a handle extending from the base, characterized in that the handle includes a closure retention mechanism configured to selectively retain the closure in a stowed position against a region of the handle when the closure is selectively removed from the drink spout and received by the closure retention mechanism, wherein the closure is removed from engagement with the handle when the closure is in the closed position.
An electrochemical cell comprising: at least two porous gas diffusion electrodes, wherein said at least one of said at least two porous gas diffusion electrodes comprises doped strontium titanate, such as Nb-doped strontium titanate; a ceramic porous layer, wherein said porous layer is located in between said at least two electrodes and wherein said ceramic porous layer comprises an aqueous electrolyte immobilized in said ceramic porous layer, wherein said ceramic porous layer has pore diameters between 2 and 50 nm; and wherein said ceramic porous layer has a perovskite structure having the formula of AB y B' 1-y O 3-δ with A being a combination of the elements Ca, Sr, Ba; B a combination of the elements Ti, Zr, Hf, Ce; B' a combination of lanthanide elements, Y, Sc, Ga and where 0<=y<=1; or wherein said ceramic porous layer has the formula A y A' 1-y O x, with A being a combination of the elements Si, Ti, Zr, Nb, Hf, Ce, Ta; A' being a combination of alkaline earths, lanthanides, Y, Sc, Ga, and 0<=y<=1; or wherein said ceramic porous layer is an alkaline earth metal titanate, such as Strontium titanate; or wherein said ceramic porous layer is a metal carbide such as tantalum carbide, titanium carbide, titanium aluminium carbide or titanium silicium carbide; or wherein said porous layer is a metal nitride such titanium-aluminium nitride. at least two porous gas diffusion electrodes, wherein said at least one of said at least two porous gas diffusion electrodes comprises doped strontium titanate, such as Nb-doped strontium titanate; a ceramic porous layer, wherein said porous layer is located in between said at least two electrodes and wherein said ceramic porous layer comprises an aqueous electrolyte immobilized in said ceramic porous layer, wherein said ceramic porous layer has pore diameters between 2 and 50 nm; and wherein said ceramic porous layer has a perovskite structure having the formula of AB y B' 1-y O 3-δ with A being a combination of the elements Ca, Sr, Ba; B a combination of the elements Ti, Zr, Hf, Ce; B' a combination of lanthanide elements, Y, Sc, Ga and where 0<=y<=1; or wherein said ceramic porous layer has the formula A y A' 1-y O x, with A being a combination of the elements Si, Ti, Zr, Nb, Hf, Ce, Ta; A' being a combination of alkaline earths, lanthanides, Y, Sc, Ga, and 0<=y<=1; or wherein said ceramic porous layer is an alkaline earth metal titanate, such as Strontium titanate; or wherein said ceramic porous layer is a metal carbide such as tantalum carbide, titanium carbide, titanium aluminium carbide or titanium silicium carbide; or wherein said porous layer is a metal nitride such titanium-aluminium nitride.
A stent valve device, comprising: a single radially expandable stent having a diameter, a proximal end, and a distal end; a valve having a proximal end and a distal end, the valve being at least partially located within an inner portion of the stent, wherein the valve comprises a naturally-occurring biomaterial, wherein the valve comprises leaflets and a valve opening located between the leaflets, wherein the leaflets are capable of preventing backflow of blood, and wherein an intermediate portion of the valve is connected to an intermediate portion of the stent; wherein a sheath partially covers the stent, the sheath is an outer sheath on the stent, and the sheath is a fold-over of the valve material; wherein a proximal portion of the valve is sutured to a proximal portion of the stent and a distal portion of the valve is sutured to a distal portion of the stent; and wherein the stent encloses the valve. a single radially expandable stent having a diameter, a proximal end, and a distal end; a valve having a proximal end and a distal end, the valve being at least partially located within an inner portion of the stent, wherein the valve comprises a naturally-occurring biomaterial, wherein the valve comprises leaflets and a valve opening located between the leaflets, wherein the leaflets are capable of preventing backflow of blood, and wherein an intermediate portion of the valve is connected to an intermediate portion of the stent; wherein a sheath partially covers the stent, the sheath is an outer sheath on the stent, and the sheath is a fold-over of the valve material; wherein a proximal portion of the valve is sutured to a proximal portion of the stent and a distal portion of the valve is sutured to a distal portion of the stent; and wherein the stent encloses the valve.
A V-belt continuously variable transmission for a saddle-ride type vehicle in which a drive pulley that is journaled to a drive shaft directed to a vehicle width direction, a driven pulley that is journaled to a driven shaft arranged in parallel to the drive shaft, a V-belt that is wound between the drive pulley and the driven pulley, and a centrifugal clutch that is journaled to the driven shaft and that transmits power from the driven pulley to a side of a rear wheel, are stored in a belt transmission chamber formed inside by a transmission case and a transmission case cover for covering the transmission case from an outer side in the vehicle width direction, and a motor unit that adjusts a width of a groove of the drive pulley is attached to the transmission case cover with at least a part of the motor unit arranged within the belt transmission chamber, characterized by the fact that the transmission case cover is formed with: a clutch housing portion that covers an outer side of the centrifugal clutch in the vehicle width direction; a motor unit mounting portion that is positioned in front of the clutch housing portion and that is mounted with the motor unit; a cooling air introduction port that is positioned in front of the motor unit mounting portion and that introduces cooling air into the belt transmission chamber; and a cooling air discharge port that is positioned between the motor unit mounting portion and the clutch housing portion and that discharges the cooling air in the belt transmission chamber to the outside. a clutch housing portion that covers an outer side of the centrifugal clutch in the vehicle width direction; a motor unit mounting portion that is positioned in front of the clutch housing portion and that is mounted with the motor unit; a cooling air introduction port that is positioned in front of the motor unit mounting portion and that introduces cooling air into the belt transmission chamber; and a cooling air discharge port that is positioned between the motor unit mounting portion and the clutch housing portion and that discharges the cooling air in the belt transmission chamber to the outside.
A method of capturing power distribution system data surrounding trigger events, said method comprising: communicatively coupling a plurality of node electronic units to a digital network, said plurality of node electronic units receiving input signals sensed by a device selected from the group consisting of a current sensor, a voltage sensor, a circuit breaker, and any combinations thereof; communicatively coupling at least one central control processing unit, CCPU, to the digital network; executing a data capture module to continuously collect and buffer data received from the plurality of node electronic units, wherein the module comprises a data capture buffer and a secondary buffer operable to collect and store the plurality of data; controlling said at least one central control processing unit to determine whether a trigger event has occurred in the power distribution system; and activating the data capture module in response to said trigger event as to determine a capture time interval surrounding the trigger event and the capture buffer continuing to collect data for a time period corresponding to the determined capture interval and then to cease taking data and assume an inactive state. communicatively coupling a plurality of node electronic units to a digital network, said plurality of node electronic units receiving input signals sensed by a device selected from the group consisting of a current sensor, a voltage sensor, a circuit breaker, and any combinations thereof; communicatively coupling at least one central control processing unit, CCPU, to the digital network; executing a data capture module to continuously collect and buffer data received from the plurality of node electronic units, wherein the module comprises a data capture buffer and a secondary buffer operable to collect and store the plurality of data; controlling said at least one central control processing unit to determine whether a trigger event has occurred in the power distribution system; and activating the data capture module in response to said trigger event as to determine a capture time interval surrounding the trigger event and the capture buffer continuing to collect data for a time period corresponding to the determined capture interval and then to cease taking data and assume an inactive state.
A connector comprising: a contact to be electrically connected to a connecting object; a first insulating member having a front end portion to which the connecting object is connected and a rear end portion opposed to the front end portion, the first insulating member holding the contact; a first metal member covering the first insulating member; a second insulating member holding the first metal member; a second metal member covering the first metal member and the second insulating member; and the first metal member forming a bulging portion which bulges outwards from a rear face of the first metal member, characterized in that the bulging portion is in contact with an inner face of a rear face portion of the second metal member such that the rear face portion is elastically deformed outwards when the second metal member is to be fitted over the second insulating member. a contact to be electrically connected to a connecting object; a first insulating member having a front end portion to which the connecting object is connected and a rear end portion opposed to the front end portion, the first insulating member holding the contact; a first metal member covering the first insulating member; a second insulating member holding the first metal member; a second metal member covering the first metal member and the second insulating member; and the first metal member forming a bulging portion which bulges outwards from a rear face of the first metal member, characterized in that the bulging portion is in contact with an inner face of a rear face portion of the second metal member such that the rear face portion is elastically deformed outwards when the second metal member is to be fitted over the second insulating member.
Method for determining the mutual compatibility of two components to be connected to each other, wherein - the first component is equipped with a three-dimensional security-marking piece, which consists of a metal-alloy piece, which is able to change its shape or magnetic properties due to the effect of a magnetic field, heat, thermal radiation, mechanical force, or a combination of these, - the second component is connected to the first component by means of an operating device, which is able to produce a magnetic field, heat, a thermal-radiation effect, a mechanical force, or a combination of these, - the first and second components are brought into the immediate vicinity of each other, - the operating device of the second component is used to direct to the metal-alloy piece of the first component a magnetic field, heat, a thermal-radiation effect, a mechanical force, or a combination of these, in order to change the three-dimensional shape or magnetic properties of the security-marking piece, - the change in the shape or properties of the security-marking piece is determined, and - the components are determined to be compatible, if the change in shape or magnetic properties exceeds a predefined limit value, wherein the connection of the first and the second components to each other is possible only if the security-marking piece is in a deformation state, or, one component is a machine or device, and the other component is a replaceable part of the machine or device, and wherein the metal alloy consists of an NiMnGa alloy, which possibly contains one or more additional metals, which are, for example, Co, Fe, Cu, In, or Sn. - the first component is equipped with a three-dimensional security-marking piece, which consists of a metal-alloy piece, which is able to change its shape or magnetic properties due to the effect of a magnetic field, heat, thermal radiation, mechanical force, or a combination of these, - the second component is connected to the first component by means of an operating device, which is able to produce a magnetic field, heat, a thermal-radiation effect, a mechanical force, or a combination of these, - the first and second components are brought into the immediate vicinity of each other, - the operating device of the second component is used to direct to the metal-alloy piece of the first component a magnetic field, heat, a thermal-radiation effect, a mechanical force, or a combination of these, in order to change the three-dimensional shape or magnetic properties of the security-marking piece, - the change in the shape or properties of the security-marking piece is determined, and - the components are determined to be compatible, if the change in shape or magnetic properties exceeds a predefined limit value,
A core-shell copolymer, comprising a core and a shell surrounding the core, wherein the core includes a conjugated diene monomer-derived repeating unit, an aromatic vinyl monomer-derived repeating unit, and an aromatic (meth)acrylate monomer-derived repeating unit, the shell includes an alkyl (meth)acrylate monomer-derived repeating unit, an aromatic vinyl monomer-derived repeating unit, and an aromatic (meth)acrylate monomer-derived repeating unit, the core has a particle size of 800 Å to 900 Å, the core-shell copolymer has a particle size of 900 Å to 1000 Å, the core has a refractive index of 1.5355 to 1.5425, and the core-shell copolymer has a refractive index of 1.5415 to 1.5440, wherein the particle size is obtained by measuring the weight average particle size according to the method in the description, and wherein the refractive index is determined using a refractometer according to the method in the description. wherein the core includes a conjugated diene monomer-derived repeating unit, an aromatic vinyl monomer-derived repeating unit, and an aromatic (meth)acrylate monomer-derived repeating unit, the shell includes an alkyl (meth)acrylate monomer-derived repeating unit, an aromatic vinyl monomer-derived repeating unit, and an aromatic (meth)acrylate monomer-derived repeating unit, the core has a particle size of 800 Å to 900 Å, the core-shell copolymer has a particle size of 900 Å to 1000 Å, the core has a refractive index of 1.5355 to 1.5425, and the core-shell copolymer has a refractive index of 1.5415 to 1.5440, wherein the particle size is obtained by measuring the weight average particle size according to the method in the description, and wherein the refractive index is determined using a refractometer according to the method in the description.
A selective inhibitor of Elk-1 or MSK-1 activation for use in the prevention and/or treatment of mood and anxiety disorders, wherein said selective inhibitor of Elk-1 activation is a peptide comprising: - at least one cell penetrating sequence, and - at least one docking domain sequence selected in the group of SEQ ID NO: 1 (SPAKLSFQFPSSGSAQVHI) and SEQ ID NO: 2 (KGRKPRDLELPLSPSLL) and said selective inhibitor of MSK-1 activation is a peptide comprising: - at least one cell penetrating sequence, and - a docking domain sequence selected in the group of SEQ ID NO: 3 (KAPLAKRRKMKKTSTSTE). - at least one cell penetrating sequence, and - at least one docking domain sequence selected in the group of SEQ ID NO: 1 (SPAKLSFQFPSSGSAQVHI) and SEQ ID NO: 2 (KGRKPRDLELPLSPSLL) - at least one cell penetrating sequence, and - a docking domain sequence selected in the group of SEQ ID NO: 3 (KAPLAKRRKMKKTSTSTE).
An LaBr 3 scintillation detector comprising: an LaBr 3 scintillator; a photoelectric converter that converts light emitted from the LaBr 3 scintillator into an electric signal; a waveform signal output unit that converts an output from the photoelectric converter into a voltage waveform signal; a detecting unit that detects a peak value V p and a total charge amount Q total of the voltage waveform signal; a calculating unit that calculates a statistical error propagation expression function of a ratio of the peak value V p and the total charge amount Q total in an energy range of 1.5 MeV or less; the statistical error propagation expression function being the function obtained by plotting the standard deviation of the Vp/Qtotal, or a multiple of the standard deviation, for the data obtained in the energy Range of 1.5 MeV or less, and a processing unit that uses the statistical error propagation expression function as a threshold function to specify an event other than γ rays and rejects the event, to detect a γ ray event, and wherein the calculating unit calculates a standard deviation by correcting the peak value V p detected by the detecting unit to become linear with respect to the total charge amount Q total. an LaBr 3 scintillator; a photoelectric converter that converts light emitted from the LaBr 3 scintillator into an electric signal; a waveform signal output unit that converts an output from the photoelectric converter into a voltage waveform signal; a detecting unit that detects a peak value V p and a total charge amount Q total of the voltage waveform signal; a calculating unit that calculates a statistical error propagation expression function of a ratio of the peak value V p and the total charge amount Q total in an energy range of 1.5 MeV or less; the statistical error propagation expression function being the function obtained by plotting the standard deviation of the Vp/Qtotal, or a multiple of the standard deviation, for the data obtained in the energy Range of 1.5 MeV or less, and a processing unit that uses the statistical error propagation expression function as a threshold function to specify an event other than γ rays and rejects the event, to detect a γ ray event, and wherein the calculating unit calculates a standard deviation by correcting the peak value V p detected by the detecting unit to become linear with respect to the total charge amount Q total.