mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an endoluminal implantablematerial, characterized in that the method comprises the steps of: preparing a substrate for vacuum deposition; vacuum depositing at least one layer of an endoluminal implantable material having an inner wall surface an outer wall surface, and a wall thickness onto the substrate; forming a pattern design through the wall thickness for the endoluminal implantable material by applying an athermal ablation laser machining method through the wall thickness to create thereon a desired pattern without heat affected zones and no microstructure cracks, wherein the athermal ablation laser machining method includes a spot size between about 30 microns down to the diffraction limit, a pulse width T less than 5 picoseconds to generate high optical intensities and an electric field to initiate multi-photon ionization of the target; and removing the endoluminal implantable material from the substrate. preparing a substrate for vacuum deposition; vacuum depositing at least one layer of an endoluminal implantable material having an inner wall surface an outer wall surface, and a wall thickness onto the substrate; forming a pattern design through the wall thickness for the endoluminal implantable material by applying an athermal ablation laser machining method through the wall thickness to create thereon a desired pattern without heat affected zones and no microstructure cracks, wherein the athermal ablation laser machining method includes a spot size between about 30 microns down to the diffraction limit, a pulse width T less than 5 picoseconds to generate high optical intensities and an electric field to initiate multi-photon ionization of the target; and removing the endoluminal implantable material from the substrate.
A device for administering a substance to a user comprising: a measuring device for measuring the concentration of an analyte in a bodily fluid from said user, said measuring device comprising a plurality of analyte sensing means and at least one conduit, preferably a microchannel (8, 608, 126), for conveying said body fluid to at least one of the sensing means; and the device for administering a substance further comprising: administration means for administering said substance to said user on the basis of said measurement of concentration, wherein said administration means is integrated with the measuring device, and comprises: a reservoir on or in the measuring device for dispensing the substance; a pump for removing said substance from the reservoir, wherein said pump is a single pump for both administering said substance to a user's body and for drawing out bodily fluid to a sensing means for making an analyte concentration measurement, and wherein the measuring device comprises a self-adhesive patch for attachment to the skin of a user. a measuring device for measuring the concentration of an analyte in a bodily fluid from said user, said measuring device comprising a plurality of analyte sensing means and at least one conduit, preferably a microchannel (8, 608, 126), for conveying said body fluid to at least one of the sensing means; and the device for administering a substance further comprising: administration means for administering said substance to said user on the basis of said measurement of concentration, wherein said administration means is integrated with the measuring device, and comprises: a reservoir on or in the measuring device for dispensing the substance; a reservoir on or in the measuring device for dispensing the substance; a pump for removing said substance from the reservoir, wherein said pump is a single pump for both administering said substance to a user's body and for drawing out bodily fluid to a sensing means for making an analyte concentration measurement, and wherein the measuring device comprises a self-adhesive patch for attachment to the skin of a user.
A motor control apparatus, comprising: - a motor; - a transmission disposed adjacent to the motor or in a vicinity of the motor; - an oil temperature sensor that is configured to detect temperature of lubricating oil of the transmission; - a cooling mechanism (7, 8, 10) that is configured to cool the motor by a refrigerant; and - a controller that is configured to control torque of the motor; and - a refrigerant sensor that is configured to detect temperature of the refrigerant; characterized in that the controller is configured: - to select lubricating oil temperature detected by the oil temperature sensor as detected temperature when elapsed time is shorter than a predetermined time and the elapsed time is time elapsed since the cooling mechanism (7, 8, 10) drives; - to select refrigerant temperature detected by the refrigerant sensor as the detected temperature when the elapsed time is longer than the predetermined time; and - to apply limitation to the torque based on the detected temperature selected. - a motor; - a transmission disposed adjacent to the motor or in a vicinity of the motor; - an oil temperature sensor that is configured to detect temperature of lubricating oil of the transmission; - a cooling mechanism (7, 8, 10) that is configured to cool the motor by a refrigerant; and - a controller that is configured to control torque of the motor; and - a refrigerant sensor that is configured to detect temperature of the refrigerant; - to select lubricating oil temperature detected by the oil temperature sensor as detected temperature when elapsed time is shorter than a predetermined time and the elapsed time is time elapsed since the cooling mechanism (7, 8, 10) drives; - to select refrigerant temperature detected by the refrigerant sensor as the detected temperature when the elapsed time is longer than the predetermined time; and - to apply limitation to the torque based on the detected temperature selected.
A separation chamber comprising: a side wall defining a chamber volume, wherein the side wall comprises an interior surface with a plurality of steps; characterized by: a flexible membrane located in the chamber volume and defining a membrane volume, wherein the flexible membrane is designed to expand to contact the interior surface of the side wall and maintain the step design by having corresponding steps on its interior surface when in contact with the interior surface of the side wall, the flexible membrane also being designed to contract to return to its original shape; an inlet port in fluid communication with the membrane volume; and an outlet port in fluid communication with the membrane volume. a side wall defining a chamber volume, wherein the side wall comprises an interior surface with a plurality of steps; characterized by: a flexible membrane located in the chamber volume and defining a membrane volume, wherein the flexible membrane is designed to expand to contact the interior surface of the side wall and maintain the step design by having corresponding steps on its interior surface when in contact with the interior surface of the side wall, the flexible membrane also being designed to contract to return to its original shape; an inlet port in fluid communication with the membrane volume; and an outlet port in fluid communication with the membrane volume. a flexible membrane located in the chamber volume and defining a membrane volume, wherein the flexible membrane is designed to expand to contact the interior surface of the side wall and maintain the step design by having corresponding steps on its interior surface when in contact with the interior surface of the side wall, the flexible membrane also being designed to contract to return to its original shape; an inlet port in fluid communication with the membrane volume; and an outlet port in fluid communication with the membrane volume.
A lock cylinder with a cylinder core, which is rotatable in a lock cylinder module, and a guard locking means for blocking the lock cylinder when breaking open or breaking off the lock cylinder module, wherein the lock cylinder comprises an axle, on which a first housing part and a second housing part are arranged, and wherein the guard locking means comprises a sensing pin for sensing the position of the lock cylinder module and a locking bolt for blocking, wherein the sensing pin is movably mounted in bore, which is substantially arranged in parallel to the axle, wherein the axle has a predetermined breaking point, which reduces its mechanical strength and preferably has the form of a constriction, characterized in that the guard locking means is arranged entirely in a separate sensing unit, adjacent to the lock cylinder module.
A method for producing a fixing tab formed in a sheet of metal, said sheet of metal being intended to run along a succession of presses so as to form components by way of a succession of cutting and stamping steps, the fixing tab forms a temporary connection on at least a portion of the sheet of metal, between a first, thinned part of said portion forming a linear strip that is substantially aligned in the running direction of the sheet of metal, and at least one component (41, 42) which is being formed and is formed in a second part of said portion, characterized in that: • a first step of the method consisting in cutting simultaneously in the portion of the strip of metal, by means of one of the presses, the linear strip, at least the component (41, 42) which is being formed and the fixing tab connecting said component (41, 42) to said strip; and • a second step consisting in deforming by stamping, by means of one of the presses, the fixing tab to lengthen it, a part of the fixing tab projecting from at least the upper upper face or the lower face of the sheet of metal. • a first step of the method consisting in cutting simultaneously in the portion of the strip of metal, by means of one of the presses, the linear strip, at least the component (41, 42) which is being formed and the fixing tab connecting said component (41, 42) to said strip; and • a second step consisting in deforming by stamping, by means of one of the presses, the fixing tab to lengthen it, a part of the fixing tab projecting from at least the upper upper face or the lower face of the sheet of metal.
A phase estimation method for a polarization multiplexing system, comprising: performing, by a receive end, state of polarization rotation on a received first state of polarization signal and second state of polarization signal according to an angle of previous state of polarization rotation, and extracting a pilot by means of adaptive filtering; and performing, by the receive end, carrier phase estimation according to the extracted pilot, wherein the first state of polarization signal and the second state of polarization signal are orthogonal polarization signals of a received optical signal, wherein extracting a pilot by means of adaptive filtering comprises: using a formula Z 2 = Xin ∗ hx + Yin * hy, wherein Z 2 indicates the pilot, Xin indicates the first state of polarization signal, Yin indicates the second state of polarization signal, and hx and hy indicate adaptive filtering coefficients obtained according to the angle of the previous state of polarization rotation. performing, by a receive end, state of polarization rotation on a received first state of polarization signal and second state of polarization signal according to an angle of previous state of polarization rotation, and extracting a pilot by means of adaptive filtering; and performing, by the receive end, carrier phase estimation according to the extracted pilot, wherein the first state of polarization signal and the second state of polarization signal are orthogonal polarization signals of a received optical signal, wherein extracting a pilot by means of adaptive filtering comprises: using a formula Z 2 = Xin ∗ hx + Yin * hy, wherein Z 2 indicates the pilot, Xin indicates the first state of polarization signal, Yin indicates the second state of polarization signal, and hx and hy indicate adaptive filtering coefficients obtained according to the angle of the previous state of polarization rotation. using a formula Z 2 = Xin ∗ hx + Yin * hy, wherein Z 2 indicates the pilot, Xin indicates the first state of polarization signal, Yin indicates the second state of polarization signal, and hx and hy indicate adaptive filtering coefficients obtained according to the angle of the previous state of polarization rotation.
Method of performing a random access procedure between a User Equipment, UE, and a radio access network, wherein said radio access network comprises two access nodes (2, 3), wherein said two access nodes (2, 3) comprise different sets of signature sequences, wherein said signature sequences are used, by said access nodes (2, 3), to differentiate requests coming from different UEs, said method comprising the steps of: - receiving, by a first of said two access nodes, a random access request from said UE, wherein said random access request comprises a signature sequence; - determining, by said first radio access node, that said random access request is intended for said first radio access node based on said signature sequence comprised by said request; - receiving, by said first radio access node, from a second of said two access nodes, said random access request, thereby indicating that said second radio access node has also received said random access request from said UE; - sending a request, to said second radio access node, requesting said second radio access node to respond to said UE based on said random access request. - receiving, by a first of said two access nodes, a random access request from said UE, wherein said random access request comprises a signature sequence; - determining, by said first radio access node, that said random access request is intended for said first radio access node based on said signature sequence comprised by said request; - receiving, by said first radio access node, from a second of said two access nodes, said random access request, thereby indicating that said second radio access node has also received said random access request from said UE; - sending a request, to said second radio access node, requesting said second radio access node to respond to said UE based on said random access request.
A system for selecting content for display on a display device according to a virtual address bar, the system comprising: a computing device having a processor and a memory; at least one storage device communicatively coupled to the computing device for storing content; and a display device communicatively coupled to the computing device for displaying a virtual address bar (402, 600, 700, 800, 900), wherein the virtual address bar contains a virtual address (404, 702) for selecting content from the content stored on the storage device for display on the display device, the visual address comprising a plurality of address segments (502-508, 602-608, 704-710, 902-906, 910), each address segment corresponding to a selection criteria for selecting the content, and wherein each of the plurality of address segments is an interactive address segment operable to respond to user interaction and modify the plurality of address segments. a computing device having a processor and a memory; at least one storage device communicatively coupled to the computing device for storing content; and a display device communicatively coupled to the computing device for displaying a virtual address bar (402, 600, 700, 800, 900), wherein the virtual address bar contains a virtual address (404, 702) for selecting content from the content stored on the storage device for display on the display device, the visual address comprising a plurality of address segments (502-508, 602-608, 704-710, 902-906, 910), each address segment corresponding to a selection criteria for selecting the content, and wherein each of the plurality of address segments is an interactive address segment operable to respond to user interaction and modify the plurality of address segments.
An aqueous gel-encapsulating resin particle emulsion comprising a particle that comprises: an alkali-swellable core portion comprising a (meth)acrylic copolymer having an acid value of 200 to 400 mgKOH/g; and a resin portion encapsulating the core portion and having a non-alkali-swellable outermost layer of the particle, the non-alkali-swellable outermost layer formed using a hydrophobic monomer, wherein: the core portion is an aqueous gel encapsulating a solvent, the resin portion has a thickness of 10% or less of a diameter of the particle; and the particle has an average particle diameter of 1000 nm or larger and 5000 nm or smaller; the core portion is obtained by copolymerizing a monomer mixture comprising: an aliphatic alkyl (meth)acrylate whose alkyl group has a number of carbon atoms of 3 or less, a carboxy group-containing monomer; and a monomer having a total number of carbon atoms of 8 to 17 in a range of 30 parts by mass or less when the total amount of the monomers to is 100 parts by mass; wherein the monomer having a total number of carbon atoms of 8 to 17 is a copolymerizable (meth)acrylate-based monomer represented by the following formula: wherein R 1 represents a hydrogen atom or a methyl group, and R 2 represents a benzene ring- or aliphatic ring-containing group having a number of carbon atoms of 4 to 13. an alkali-swellable core portion comprising a (meth)acrylic copolymer having an acid value of 200 to 400 mgKOH/g; and a resin portion encapsulating the core portion and having a non-alkali-swellable outermost layer of the particle, the non-alkali-swellable outermost layer formed using a hydrophobic monomer, wherein: the core portion is an aqueous gel encapsulating a solvent, the resin portion has a thickness of 10% or less of a diameter of the particle; and the particle has an average particle diameter of 1000 nm or larger and 5000 nm or smaller; the core portion is obtained by copolymerizing a monomer mixture comprising: an aliphatic alkyl (meth)acrylate whose alkyl group has a number of carbon atoms of 3 or less, a carboxy group-containing monomer; and a monomer having a total number of carbon atoms of 8 to 17 in a range of 30 parts by mass or less when the total amount of the monomers to is 100 parts by mass; the core portion is an aqueous gel encapsulating a solvent, the resin portion has a thickness of 10% or less of a diameter of the particle; and the particle has an average particle diameter of 1000 nm or larger and 5000 nm or smaller; the core portion is obtained by copolymerizing a monomer mixture comprising: an aliphatic alkyl (meth)acrylate whose alkyl group has a number of carbon atoms of 3 or less, a carboxy group-containing monomer; and a monomer having a total number of carbon atoms of 8 to 17 in a range of 30 parts by mass or less when the total amount of the monomers to is 100 parts by mass; an aliphatic alkyl (meth)acrylate whose alkyl group has a number of carbon atoms of 3 or less, a carboxy group-containing monomer; and a monomer having a total number of carbon atoms of 8 to 17 in a range of 30 parts by mass or less when the total amount of the monomers to is 100 parts by mass;
A boron carbide composite material comprising diamond particles, boron carbide particles and silicon carbide, the composite material having a porosity of less than 2 percent by volume, and the average size of the diamond particles being within 50 micrometres of the average size of the boron carbide particles.
A composition comprising a polypeptide for use in the treatment of HIV or AIDS, wherein the polypeptide is LKKTETQ (SEQ ID NO: 1), Ac-LKKTETQ-OH or X 1 LKX 2 TX 3 X 4 X 5 X 6 (SEQ ID NO: 3)and wherein X is any amino acid.
A container crane control system for controlling a container crane, the container crane control system comprising: a first camera configured to be mounted to a container crane such that the first camera is rotatable to only allow vertical rotational movement, implementing a tilt function of the first camera, the first camera being configured to provide a first video signal; a control device configured to tilt the first camera based on a current height of a load of the crane, to thereby track the load; and an operator terminal, being configured to receive the first video signal, for presentation to an operator and being configured to receive user input for controlling the crane, resulting in a crane control signal for provision to the control device; wherein the control device is further configured to receive the crane control signal from the operator terminal and to provide a corresponding control signal to control crane operation. a first camera configured to be mounted to a container crane such that the first camera is rotatable to only allow vertical rotational movement, implementing a tilt function of the first camera, the first camera being configured to provide a first video signal; a control device configured to tilt the first camera based on a current height of a load of the crane, to thereby track the load; and an operator terminal, being configured to receive the first video signal, for presentation to an operator and being configured to receive user input for controlling the crane, resulting in a crane control signal for provision to the control device; wherein the control device is further configured to receive the crane control signal from the operator terminal and to provide a corresponding control signal to control crane operation.
Method for detecting a fault of an operating switch (SW1, SW2, SW3) that is connected to an evaluating unit by means of at least one signal line (L1, LN1) and comprises at least a first switching plane (E1, E11) for initiating a vehicle function of a vehicle, wherein a signal that specifies the switch position for initiating the vehicle function is sensed by the evaluating unit and evaluated, characterized in that: - the first switching plane (E1, E11) is connected at one end to a first potential of the vehicle electrical system voltage (U Batt) of the vehicle and it can be connected at the other end to the signal line (L1, LN1) in order to form a first contact branch in a first switch position, - the first switching plane (E1, E11) is bridged by a diode device (DR1, DR1.1) in the non-conducting direction with respect to the first potential of the vehicle electrical system voltage (U Batt), - the evaluating unit generates a test voltage (U Test), the magnitude of which is greater than the first potential, - the test voltage (U Test) is applied to the signal line of the first contact branch, and - the potential that is being applied to the signal line of the first contact branch is evaluated by means of the evaluating unit in order to detect a fault. - the first switching plane (E1, E11) is connected at one end to a first potential of the vehicle electrical system voltage (U Batt) of the vehicle and it can be connected at the other end to the signal line (L1, LN1) in order to form a first contact branch in a first switch position, - the first switching plane (E1, E11) is bridged by a diode device (DR1, DR1.1) in the non-conducting direction with respect to the first potential of the vehicle electrical system voltage (U Batt), - the evaluating unit generates a test voltage (U Test), the magnitude of which is greater than the first potential, - the test voltage (U Test) is applied to the signal line of the first contact branch, and - the potential that is being applied to the signal line of the first contact branch is evaluated by means of the evaluating unit in order to detect a fault.