mhurhangee/ep-ind-claims huggingface dataset:
A battery-powered biological sample measurement apparatus that communicates wirelessly with an external device, comprising: a biological data measurement component configured to measure biological data; a transmitter configured to transmit the biological data measured by the biological data measurement component to the external device; a receiver configured to receive response signals sent from the external device in response to the transmission of the biological data from the transmitter to the external device; a voltage monitor configured to monitor the output voltage of the battery; and a transmission controller configured to change the transmission method used by the transmitter on the basis of the output voltage of the battery detected by the voltage monitor; wherein the transmission controller controls the transmitter so that the transmission of biological data is not executed if the output voltage of the battery as detected by the voltage monitor is lower than a first reference voltage in order to secure the minimum power required for the biological sample measurement apparatus to measure biological data, and maintain the blood glucose level measurement function. a biological data measurement component configured to measure biological data; a transmitter configured to transmit the biological data measured by the biological data measurement component to the external device; a receiver configured to receive response signals sent from the external device in response to the transmission of the biological data from the transmitter to the external device; a voltage monitor configured to monitor the output voltage of the battery; and a transmission controller configured to change the transmission method used by the transmitter on the basis of the output voltage of the battery detected by the voltage monitor; wherein the transmission controller controls the transmitter so that the transmission of biological data is not executed if the output voltage of the battery as detected by the voltage monitor is lower than a first reference voltage in order to secure the minimum power required for the biological sample measurement apparatus to measure biological data, and maintain the blood glucose level measurement function.
A photomask blank substrate storage container for housing, transporting or storing a photomask blank substrate having a chemical-amplification-type photoresist applied to its surface, the container being composed of a material adapted to reduce contaminations to photomask blank substrates having a chemical-amplification-type photoresist applied to their surface, wherein at least one of its component parts is formed of a thermoplastic resin having an amount of caprolactam of 0.01 ppm or less per resin weight on an n-decane basis in outgas, as measured by a dynamic head space method under the condition of being held at 40°C for 60 minutes, and the surface resistance value of the component part formed of the thermoplastic resin material is 1.0E + 13 Ω or less.
A method for controlling the deposition of vaporized organic material onto a substrate surface, comprising: (a) providing a heating device to produce vaporized organic material; (b) providing a manifold having at least one aperture through which vaporized organic material passes for deposition onto the substrate surface; (c) providing a controller operating independently of the heating device and effective in a first condition for limiting the passage of vaporized organic material through the aperture, and effective in a second condition for facilitating the passage of vaporized organic material through the aperture; and (d) wherein the heating device, or the controller, or both are contiguous to the manifold; further, wherein the controller includes a hollow member, and further including: i) providing the hollow member in the manifold having a temperature-control surface in the flow path of the vaporized organic material, and such member being effective in the second condition so as to minimally affect the flow of vaporized organic material, and in the first condition to cause the deposition of vaporized organic material onto the surface of the member and not onto the surface of the substrate; and ii) providing material at a controlled temperature into the hollow member so as to absorb heat from or deliver heat to the temperature control surface of the hollow member. (a) providing a heating device to produce vaporized organic material; (b) providing a manifold having at least one aperture through which vaporized organic material passes for deposition onto the substrate surface; (c) providing a controller operating independently of the heating device and effective in a first condition for limiting the passage of vaporized organic material through the aperture, and effective in a second condition for facilitating the passage of vaporized organic material through the aperture; and (d) wherein the heating device, or the controller, or both are contiguous to the manifold; i) providing the hollow member in the manifold having a temperature-control surface in the flow path of the vaporized organic material, and such member being effective in the second condition so as to minimally affect the flow of vaporized organic material, and in the first condition to cause the deposition of vaporized organic material onto the surface of the member and not onto the surface of the substrate; and ii) providing material at a controlled temperature into the hollow member so as to absorb heat from or deliver heat to the temperature control surface of the hollow member.
A humanized antibody specifically binding to AGR2 protein, wherein: - said antibody binds to an epitope located within Seq ID No. 15; - the heavy chain variable region amino acid sequence of the antibody is as shown in Seq ID No. 4 mutated by four substitutions at positions 65, 67, 68 and 70; - the light chain variable region amino acid sequence of the antibody is as shown in Seq ID No. 3; wherein said substitutions are characterized in that: lysine at position 65 is changed to glutamine, lysine at position 67 is changed to arginine, alanine at position 68 is changed to valine, and leucine at position 70 is changed to methionine, and wherein the numbers of the positions correspond to the Kabat numbering system. - said antibody binds to an epitope located within Seq ID No. 15; - the heavy chain variable region amino acid sequence of the antibody is as shown in Seq ID No. 4 mutated by four substitutions at positions 65, 67, 68 and 70; - the light chain variable region amino acid sequence of the antibody is as shown in Seq ID No. 3; lysine at position 65 is changed to glutamine, lysine at position 67 is changed to arginine, alanine at position 68 is changed to valine, and leucine at position 70 is changed to methionine, and wherein the numbers of the positions correspond to the Kabat numbering system.
A panel comprising: - a base layer; - a heat providing layer attached to said base layer, said heat being created by electric energy; - a covering layer attached to said heat providing layer; - first and second opposite longitudinal sides; - first and second opposite end sides; and - panel coupling means (115, 116, 117, 118) arranged for coupling said panel to adjacent panels (201,..., 206); whereby - at least first and second longitudinal grooves arranged in said base layer and facing said heat providing layer, said at least first and second longitudinal grooves being arranged in parallel with, and having at least first and second distances to, said first and second longitudinal sides, respectively; and - at least one first and at least one second electrical end connectors arranged in said at least first and second longitudinal grooves to protrude from at least one of said first and said second end sides, and arranged for being electrically connected to said heat providing layer; characterized by - said at least first and second longitudinal grooves being arranged in said base layer from said first end side to said second end side; and - said at least one first and at least one second electrical end connectors arranged for being at least partly resilient, thereby providing a connecting force F con being essentially perpendicular to said at least one of said first and said second end sides when said panel is coupled to at least one adjacent panel (201, 202), and being directed towards at least one corresponding end connector of said at least one adjacent panel (201, 202). - a base layer; - a heat providing layer attached to said base layer, said heat being created by electric energy; - a covering layer attached to said heat providing layer; - first and second opposite longitudinal sides; - first and second opposite end sides; and - panel coupling means (115, 116, 117, 118) arranged for coupling said panel to adjacent panels (201,..., 206); - at least first and second longitudinal grooves arranged in said base layer and facing said heat providing layer, said at least first and second longitudinal grooves being arranged in parallel with, and having at least first and second distances to, said first and second longitudinal sides, respectively; and - at least one first and at least one second electrical end connectors arranged in said at least first and second longitudinal grooves to protrude from at least one of said first and said second end sides, and arranged for being electrically connected to said heat providing layer; - said at least first and second longitudinal grooves being arranged in said base layer from said first end side to said second end side; and - said at least one first and at least one second electrical end connectors arranged for being at least partly resilient, thereby providing a connecting force F con being essentially perpendicular to said at least one of said first and said second end sides when said panel is coupled to at least one adjacent panel (201, 202), and being directed towards at least one corresponding end connector of said at least one adjacent panel (201, 202).
An air separation device for refrigerating and freezing device, comprising: a support frame on which a support surface with a channel and an enriched-gas collection chamber communicated with the channel are formed, wherein the support frame comprises: an air extraction hole communicated with the enriched-gas collection chamber to allow the specific gas in the enriched-gas collection chamber to be output, and the air extraction hole protruding outwards from the support surface; a side frame in which a receiving chamber with an opening is defined; and a plurality of ribbed plates disposed at intervals at the opening of the receiving chamber, wherein the axis of the air extraction hole and the plurality of ribbed plates extend in the same direction; outer side surfaces of the plurality of ribbed plates form the support surface; a gap between two adjacent ribbed plates forms the channel, the air extraction hole being opposite to two of the ribbed plates, and the outer side surfaces, close to the air extraction hole, of the two ribbed plates being upraised outwards to form bulges, and the two bulges forming a flow guide channel aligned with the air extraction hole to increase air inflow of the air extraction hole; and the receiving chamber being faced by inner side surfaces of the ribbed plates and forms the enriched-gas collection chamber; and wherein the air separation device further comprises: an air separation membrane laid on the support surface of the support frame and configured to enable more of a specific gas than other gases in airflow of the space around the air separation device to enter the enriched-gas collection chamber through the air separation membrane. an air extraction hole communicated with the enriched-gas collection chamber to allow the specific gas in the enriched-gas collection chamber to be output, and the air extraction hole protruding outwards from the support surface; a side frame in which a receiving chamber with an opening is defined; and a plurality of ribbed plates disposed at intervals at the opening of the receiving chamber, wherein the axis of the air extraction hole and the plurality of ribbed plates extend in the same direction; outer side surfaces of the plurality of ribbed plates form the support surface; a gap between two adjacent ribbed plates forms the channel, the air extraction hole being opposite to two of the ribbed plates, and the outer side surfaces, close to the air extraction hole, of the two ribbed plates being upraised outwards to form bulges, and the two bulges forming a flow guide channel aligned with the air extraction hole to increase air inflow of the air extraction hole; and the receiving chamber being faced by inner side surfaces of the ribbed plates and forms the enriched-gas collection chamber; and wherein the air separation device further comprises: an air separation membrane laid on the support surface of the support frame and configured to enable more of a specific gas than other gases in airflow of the space around the air separation device to enter the enriched-gas collection chamber through the air separation membrane.
A device comprising: a registration unit configured to register a surveillance camera (2, 2T) that is a work target; an access permission unit configured to permit access from a terminal of a worker to an image captured by the registered surveillance camera (2, 2T) via a surveillance network to which the surveillance camera (2, 2T) is connected; and an access prohibition unit configured to prohibit the access in response to a work performed by the worker on the surveillance camera (2, 2T) being completed, wherein the access permission unit is configured to permit the image captured by the registered surveillance camera (2, 2T) to be transmitted to the terminal of the worker, and the work performed by the worker on the surveillance camera (2, 2T) is an installation work of the surveillance camera (2, 2T), or a maintenance work of the surveillance camera (2, 2T). a registration unit configured to register a surveillance camera (2, 2T) that is a work target; an access permission unit configured to permit access from a terminal of a worker to an image captured by the registered surveillance camera (2, 2T) via a surveillance network to which the surveillance camera (2, 2T) is connected; and an access prohibition unit configured to prohibit the access in response to a work performed by the worker on the surveillance camera (2, 2T) being completed, wherein the access permission unit is configured to permit the image captured by the registered surveillance camera (2, 2T) to be transmitted to the terminal of the worker, and the work performed by the worker on the surveillance camera (2, 2T) is an installation work of the surveillance camera (2, 2T), or a maintenance work of the surveillance camera (2, 2T).
A method, in a power sourcing equipment of the Ethernet, of powering a powered device (2a; 2b; 2c; 2d), wherein the method comprises: - receiving, from the powered device, a charging related information comprising a quantity of power needed, a power consumption mode of said powered device, and a charging mode of the powered device, said charging mode being an emergency charging mode when the remaining electrical quantity in an electrical storage device of the powered device is less than 10% or a normal charging mode otherwise; - according to said received charging related information, determining whether a predetermined charging condition is satisfied; and - when the predetermined charging condition is satisfied, charging either continuously, or periodically according to a time slot, the electrical energy storage device, according to said received charging related information, the electrical energy storage device being used to provide the powered device with a working power supply. - receiving, from the powered device, a charging related information comprising a quantity of power needed, a power consumption mode of said powered device, and a charging mode of the powered device, said charging mode being an emergency charging mode when the remaining electrical quantity in an electrical storage device of the powered device is less than 10% or a normal charging mode otherwise; - according to said received charging related information, determining whether a predetermined charging condition is satisfied; - when the predetermined charging condition is satisfied, charging either continuously, or periodically according to a time slot, the electrical energy storage device, according to said received charging related information, the electrical energy storage device being used to provide the powered device with a working power supply.
A fiber structure (100, 200, 300, 400) comprising: first and second optical fibers disposed such that end portions thereof butt; a sheet-shaped saturable absorber including a carbon nanotube and disposed between the end portion of the first optical fiber and the end portion of the second optical fiber; and a housing internally accommodating the end portion of the first optical fiber and the end portion of the second optical fiber, wherein a space in the housing including the saturable absorber is airtight, characterized in that the housing has a first housing (220, 410), and the first housing (220, 410) is provided with a first tip tube communicating with the space in the first housing (220, 410) including the saturable absorber. first and second optical fibers disposed such that end portions thereof butt; a sheet-shaped saturable absorber including a carbon nanotube and disposed between the end portion of the first optical fiber and the end portion of the second optical fiber; and a housing internally accommodating the end portion of the first optical fiber and the end portion of the second optical fiber, wherein a space in the housing including the saturable absorber is airtight, characterized in that the housing has a first housing (220, 410), and the first housing (220, 410) is provided with a first tip tube communicating with the space in the first housing (220, 410) including the saturable absorber.
A fluid circulating assembly (10; 174) having a rotation axis, said fluid circulating assembly comprising: a fan impeller comprising an inlet ring and a rear plate that together define a central fan chamber; an electrical machine comprising a rotor assembly, a stator assembly, and a housing, said electrical machine coupled to said rear plate such that said electrical machine is positioned entirely outside said central fan chamber, said housing comprising a plurality of fins on a side of said housing opposite said rear plate, said plurality of fins extending axially away from said stator assembly; characterized by a duct coupled to said housing, said duct covering a portion of said fins and extending radially outward from said housing, wherein said duct comprises an end portion extending axially along said housing and past an outer edge of said rear plate to capture a portion of air ejected by said fan impeller to channel the air over said portion of said fins to facilitate cooling said electrical machine. a fan impeller comprising an inlet ring and a rear plate that together define a central fan chamber; an electrical machine comprising a rotor assembly, a stator assembly, and a housing, said electrical machine coupled to said rear plate such that said electrical machine is positioned entirely outside said central fan chamber, said housing comprising a plurality of fins on a side of said housing opposite said rear plate, said plurality of fins extending axially away from said stator assembly; characterized by a duct coupled to said housing, said duct covering a portion of said fins and extending radially outward from said housing, wherein said duct comprises an end portion extending axially along said housing and past an outer edge of said rear plate to capture a portion of air ejected by said fan impeller to channel the air over said portion of said fins to facilitate cooling said electrical machine.
An augmented reality head-mounted display device for displaying an image for viewing by a user when wearing the augmented reality head-mounted display device, the augmented reality head-mounted display device comprising: an optical waveguide mount to which an optical waveguide of the augmented reality head-mounted display device is mounted, the optical waveguide mount comprising: a body segment arranged to receive and engage the optical waveguide; a first surface and a second surface disposed on the body segment, the first surface and the second surface being arranged to receive and engage the optical waveguide; and at least one compliance joint disposed in the body segment, the at least one compliance joint being formed as an elongated circle or ellipse, the elongated circle or ellipse having an opening disposed therein, the at least one compliance joint being disposed between the first surface and the second surface such that the first surface and the second surface are respectively disposed on opposite sides of the opening, the at least one compliance joint and opening allowing the body segment to have an elasticity or compliance in a first direction of the body segment between the first surface and the second surface, the elasticity or compliance being arranged to mitigate bowing and/or warping of the optical waveguide due to stress experienced by the optical waveguide mount and/or the optical waveguide. a body segment arranged to receive and engage the optical waveguide; a first surface and a second surface disposed on the body segment, the first surface and the second surface being arranged to receive and engage the optical waveguide; and at least one compliance joint disposed in the body segment, the at least one compliance joint being formed as an elongated circle or ellipse, the elongated circle or ellipse having an opening disposed therein, the at least one compliance joint being disposed between the first surface and the second surface such that the first surface and the second surface are respectively disposed on opposite sides of the opening, the at least one compliance joint and opening allowing the body segment to have an elasticity or compliance in a first direction of the body segment between the first surface and the second surface, the elasticity or compliance being arranged to mitigate bowing and/or warping of the optical waveguide due to stress experienced by the optical waveguide mount and/or the optical waveguide.
Method for producing a viscous food preparation from a natural fruit and/or vegetable powder, said method comprising: - a step of adding a quantity of water to said natural fruit and/or vegetable powder in order to obtain a natural fruit and/or vegetable viscous food preparation, - a step of pasteurising the natural fruit and/or vegetable viscous food preparation thus obtained, and - a step of packaging the pasteurised viscous food preparation in a sealed food container. - a step of adding a quantity of water to said natural fruit and/or vegetable powder in order to obtain a natural fruit and/or vegetable viscous food preparation, - a step of pasteurising the natural fruit and/or vegetable viscous food preparation thus obtained, and - a step of packaging the pasteurised viscous food preparation in a sealed food container.