mhurhangee/ep-ind-claims huggingface dataset:
A structure comprising: a reinforcing member made up of reinforcing fibers impregnated with a resin, wherein the reinforcing member includes a first region formed by irradiating the reinforcing fibers with a plasma, and a second region formed by irradiating the reinforcing fibers with a smaller amount of the plasma than the first region or without plasma irradiation, and the reinforcing member being provided such that the first region is positioned in a location that requires greater strength than the second region, characterized by a core member, wherein the reinforcing member is strip-shaped, the strip-shaped reinforcing member is wound around an outer perimeter surface of the core member to constitute a reinforcing layer made up of a plurality of layers, and in the reinforcing layer, an inner perimeter side of the reinforcing layer is constituted by the first region and an outer perimeter side of the reinforcing layer is constituted from the second region.
A first storage system for presenting physical drives as one or more virtual drives, comprising: a first host interface component configured to receive a virtual command from a computer system targeted for one or more attached storage devices, and responsive to receiving the virtual command, sending a speculative acknowledgement to the computer system that mimics an actual acknowledgement generated by the one or more attached storage devices responsive to a successful operation, the speculative acknowledgement sent by the first host interface component prior to the one or more attached storage devices generating the actual acknowledgement; a mapping component configured to map the virtual command to one or more mapped commands; a device interface component configured to send the mapped commands to the one or more storage devices and to receive responses to the one or more mapped commands from the one or more storage devices, to combine the responses and to send to the computer system a single virtual response in reply to the virtual command based on the responses, and responsive to the responses received from the one or more storage devices indicating a failed operation, reporting a failed operation to the computer system; and wherein the device interface component is connected to a second host interface component of a second storage system such cascaded with the first storage system, the second storage system coupled in between the first storage system and one or more additional storage devices. a first host interface component configured to receive a virtual command from a computer system targeted for one or more attached storage devices, and responsive to receiving the virtual command, sending a speculative acknowledgement to the computer system that mimics an actual acknowledgement generated by the one or more attached storage devices responsive to a successful operation, the speculative acknowledgement sent by the first host interface component prior to the one or more attached storage devices generating the actual acknowledgement; a mapping component configured to map the virtual command to one or more mapped commands; a device interface component configured to send the mapped commands to the one or more storage devices and to receive responses to the one or more mapped commands from the one or more storage devices, to combine the responses and to send to the computer system a single virtual response in reply to the virtual command based on the responses, and responsive to the responses received from the one or more storage devices indicating a failed operation, reporting a failed operation to the computer system; and wherein the device interface component is connected to a second host interface component of a second storage system such cascaded with the first storage system, the second storage system coupled in between the first storage system and one or more additional storage devices.
A method for aligning an input interface (240, 440) of a touchscreen (230, 430) with an overlay for the touchscreen, the method comprising: receiving a touch input on the touchscreen, wherein the touch input identifies a first position on the touchscreen corresponding to an alignment mark (220, A, B) of the overlay; receiving a second touch input on the touchscreen that identifies a second position on the touchscreen corresponding to a second alignment mark (220, A, B) of the overlay; determining, based on the received touch input, a region of the touchscreen in which to render the input interface; and rendering the input interface in the determined region of the touchscreen; characterised in that the method comprises: rendering the input interface in a first scheme (600A, 600B) when a short edge of the input interface is oriented horizontally on the touchscreen; and rendering the input interface in a second scheme (600A, 600B) when a short edge of the input interface is oriented vertically on the touchscreen; wherein the input elements of the input interface are arranged differently in the first and second schemes. receiving a touch input on the touchscreen, wherein the touch input identifies a first position on the touchscreen corresponding to an alignment mark (220, A, B) of the overlay; receiving a second touch input on the touchscreen that identifies a second position on the touchscreen corresponding to a second alignment mark (220, A, B) of the overlay; determining, based on the received touch input, a region of the touchscreen in which to render the input interface; and rendering the input interface in the determined region of the touchscreen; characterised in that the method comprises: rendering the input interface in a first scheme (600A, 600B) when a short edge of the input interface is oriented horizontally on the touchscreen; and rendering the input interface in a second scheme (600A, 600B) when a short edge of the input interface is oriented vertically on the touchscreen; wherein the input elements of the input interface are arranged differently in the first and second schemes. rendering the input interface in a first scheme (600A, 600B) when a short edge of the input interface is oriented horizontally on the touchscreen; and rendering the input interface in a second scheme (600A, 600B) when a short edge of the input interface is oriented vertically on the touchscreen; wherein the input elements of the input interface are arranged differently in the first and second schemes.
A method performed by an intention indicating system of a vehicle, for indicating to a potential vehicle occupant thereof an ongoing or impending autonomous driving-related action of said vehicle, said intention indicating system comprising a light providing device comprising one or more light sources adapted to emit light, which light providing device is adapted to be provided continuously and/or intermittently along a majority of a horizontal circumference of an interior of said vehicle, said method comprising: determining an ongoing or impending autonomous driving-related action of said vehicle, and providing by means of a light output providing unit using said light providing device, a visual light output visible at least from an inside of said vehicle, said visual light output being indicative of said autonomous driving-related action, characterized in that said autonomous driving-related action comprises a transition from a shutdown state represented by a vehicle off state and/or engine off state to a standstill state represented by an idle state where said vehicle is on but standing still and/or a transition from said standstill sate to said shutdown state. determining an ongoing or impending autonomous driving-related action of said vehicle, and providing by means of a light output providing unit using said light providing device, a visual light output visible at least from an inside of said vehicle, said visual light output being indicative of said autonomous driving-related action,
A method comprising: storing, in a datastore of a service and topology exchange protocol, STEP, router, multicast access control policies for a multicast service including a receiver access policy that controls which multicast receivers are allowed to receive packets from the multicast service and a sender access policy that controls which multicast sources are allowed to send packets to the multicast service for distribution to the multicast receivers; and enforcing, by a controller of the STEP router, the multicast access control policies for the multicast service. storing, in a datastore of a service and topology exchange protocol, STEP, router, multicast access control policies for a multicast service including a receiver access policy that controls which multicast receivers are allowed to receive packets from the multicast service and a sender access policy that controls which multicast sources are allowed to send packets to the multicast service for distribution to the multicast receivers; and enforcing, by a controller of the STEP router, the multicast access control policies for the multicast service.
A gas pressure regulator for use with a gas delivery system, the gas delivery system including an outer wall and defining a central axis, and the gas pressure regulator comprising a body and gas pressure indicators (30, 40), the body and gas pressure indicators (30, 40) being disposed within an outer profile of the gas delivery system to reduce a number of impact locations on the gas pressure regulator should the gas delivery system be mishandled during use, and the body defining a front portion and opposed side portions (26, 28); a first gas pressure indicator mounted to a lower end of the front portion of the body; and a second gas pressure indicator mounted to an upper end of the front portion of the body; a body guard mounted to the body; and a bonnet mounted to an exterior portion of the body; characterized in that the gas pressure regulator further comprises: an energy absorbing device in the form of a resilient member that is disposed between a pressure adjustment knob and the body and abuts an interior recess of the pressure adjustment knob and an exterior lip of the bonnet. a first gas pressure indicator mounted to a lower end of the front portion of the body; and a second gas pressure indicator mounted to an upper end of the front portion of the body; an energy absorbing device in the form of a resilient member that is disposed between a pressure adjustment knob and the body and abuts an interior recess of the pressure adjustment knob and an exterior lip of the bonnet.
An extinguishing device for a gas pipeline and gas pipeline, wherein the extinguishing device features at least one container for accommodating an extinguishing agent and a sealing fluid, and a container of compressed gas or a gas generator for generating the overpressure, wherein the extinguishing device is arranged in such a way that the extinguishing agent can be introduced from the container at an overpressure produced by the container of compressed gas or the gas generator for generating the overpressure, into the extinguishing zone of the gas pipeline and the sealing fluid into the sealing zone of the gas pipeline, wherein the extinguishing device comprises at least one detector to be arranged in the gas pipeline, wherein the detector is configured to detect a flame front and wherein the extinguishing device comprises an electronic control system, especially an electronic data processing device, which is configured to conduct a method comprising the steps: (a) detecting the flame front by the detector, (b) introduction of an extinguishing agent at an overpressure into an extinguishing zone of the gas pipeline for extinguishing the flame front, and also (c) introduction of a sealing fluid into a sealing zone of the gas pipeline such that the sealing fluid remains in the sealing zone in such a way that a gas flowing through the gas pipeline must flow through the sealing fluid in the sealing zone wherein the sealing zone is located in a space of the extinguishing device which is part of the gas pipeline and comprises an opening through which gas enters the space and that is allocated below the fluid level of the sealing fluid emerged by the fluid after being introduced into the sealing zone. (a) detecting the flame front by the detector, (b) introduction of an extinguishing agent at an overpressure into an extinguishing zone of the gas pipeline for extinguishing the flame front, and also (c) introduction of a sealing fluid into a sealing zone of the gas pipeline such that the sealing fluid remains in the sealing zone in such a way that a gas flowing through the gas pipeline must flow through the sealing fluid in the sealing zone
A strain of Lactobacillus reuteri probiotic bacteria and a poultry vaccine for use in the in ovo vaccination of poultry, wherein said strain and said vaccine are administered to an embryonated poultry egg together, as a combined preparation; wherein said vaccine is for Marek's disease; and wherein said vaccine comprises a strain of turkey herpes virus or a strain of chicken herpes virus, or a combination thereof.
Method for manufacturing tampon laminate, comprising the steps of: a. supplying a continuous first web material at a first speed, whereby said first speed is greater than zero, preferably whereby said first speed is constant; b. cutting strips of the continuous first web material, whereby the strips are cut transversally, preferably perpendicularly, with respect to a longitudinal axis of the continuous first web material and equidistantially repeated over the longitudinal axis of the continuous first web material; c. supplying a continuous second web material at a second speed, which is higher than the first speed, preferably whereby said second speed is constant; d. accelerating the strips from the first speed to the second speed; e. bonding at least parts of the strips of the first web material to the continuous second web material, thereby forming a laminate structure; characterized in that the step of accelerating the strips from the first speed to the second speed is conducted essentially concurrently with the step of bonding at least parts of the strips of the first web material to the continuous second web material, thereby forming a laminate structure, and in that the step of accelerating the strips is conducted essentially concurrently with the step of cutting said one of the strips of the continuous web material. a. supplying a continuous first web material at a first speed, whereby said first speed is greater than zero, preferably whereby said first speed is constant; b. cutting strips of the continuous first web material, whereby the strips are cut transversally, preferably perpendicularly, with respect to a longitudinal axis of the continuous first web material and equidistantially repeated over the longitudinal axis of the continuous first web material; c. supplying a continuous second web material at a second speed, which is higher than the first speed, preferably whereby said second speed is constant; d. accelerating the strips from the first speed to the second speed; e. bonding at least parts of the strips of the first web material to the continuous second web material, thereby forming a laminate structure;
A method for facilitating automatic connection to a network, the method comprising the following steps performed at a first device that is authenticated to the network: receiving from a second device (402;255) an identifier of the second device comprising an acoustic transducer; retrieving (404;269), based on the identifier, a public key for the second device, wherein data encrypted using the public key is decryptable using a private key of the second device; encrypting (406;265), using the public key for the second device, credential information usable by the second device for authenticating to the network; transmitting (408;270), to the second device, the encrypted credential information; wherein the credential information comprises configuration information associated with adjusting an audio output of the acoustic transducer of the second device in accordance with an audio output of the first device. receiving from a second device (402;255) an identifier of the second device comprising an acoustic transducer; retrieving (404;269), based on the identifier, a public key for the second device, wherein data encrypted using the public key is decryptable using a private key of the second device; encrypting (406;265), using the public key for the second device, credential information usable by the second device for authenticating to the network; transmitting (408;270), to the second device, the encrypted credential information; wherein the credential information comprises configuration information associated with adjusting an audio output of the acoustic transducer of the second device in accordance with an audio output of the first device.
An ultrasonic surgical instrument comprising: an ultrasonic drive unit; an ultrasonic clamp coagulator apparatus having a housing that includes a handgrip portion having a pistol-like configuration, an elongated portion extending from the housing and an end-effector at the distal end of the elongated portion; a triggering mechanism (36a-b) mounted on the handgrip portion for effecting, in use, activation of an ultrasonic drive unit to provide ultrasonic energy to the end-effector; characterised by that the housing comprises a connector electrically connected to the triggering mechanism (36a-b) and adapted to interface with at least one circumferential electrical connector (111a-b) on the ultrasonic drive unit to provide electrical contact therewith; wherein the drive unit is rotatable about the longitudinal axis of the housing whilst maintaining the interface between the connector on the housing and the at least one circumferential electrical connector (111a-b) on the ultrasonic drive unit; wherein the connector comprises first and second slip ring connectors (310, 320), electrically connectable to first and second circumferential connectors (111a, 111b), respectively, on the drive unit; and wherein the connector of the housing is adapted to provide alignment between the connector and the at least one circumferential electrical connector (111a-b) on the ultrasonic drive unit. an ultrasonic drive unit; an ultrasonic clamp coagulator apparatus having a housing that includes a handgrip portion having a pistol-like configuration, an elongated portion extending from the housing and an end-effector at the distal end of the elongated portion; a triggering mechanism (36a-b) mounted on the handgrip portion for effecting, in use, activation of an ultrasonic drive unit to provide ultrasonic energy to the end-effector; characterised by that the housing comprises a connector electrically connected to the triggering mechanism (36a-b) and adapted to interface with at least one circumferential electrical connector (111a-b) on the ultrasonic drive unit to provide electrical contact therewith; wherein the drive unit is rotatable about the longitudinal axis of the housing whilst maintaining the interface between the connector on the housing and the at least one circumferential electrical connector (111a-b) on the ultrasonic drive unit; wherein the connector comprises first and second slip ring connectors (310, 320), electrically connectable to first and second circumferential connectors (111a, 111b), respectively, on the drive unit; and wherein the connector of the housing is adapted to provide alignment between the connector and the at least one circumferential electrical connector (111a-b) on the ultrasonic drive unit.
An isolated monoclonal antibody, or an antigen-binding portion thereof, that binds human LAG-3, wherein the heavy chain CDR1, CDR2, and CDR3 regions comprise the amino acid sequences of SEQ ID NOs: 15, 16, and 17, respectively, and wherein the light chain CDR1, CDR2, and CDR3 regions comprise the amino acid sequences of SEQ ID NOs: 18, 19, and 20, respectively.
An operating method of a mobile terminal having a transparent flexible display, the transparent flexible display including a first display region located at a front portion of the transparent flexible display and a second display region located at a rear portion of the transparent flexible display; a memory; a bend sensor; and a controller; the operating method being characterized by: choosing, in response to a user input, an image decoration menu and a first image to be decorated; dividing, by the controller, the first display region into a first region and a second region; displaying the first image in the first region and a second image in the second region, the second image being an image decoration screen provided by the image decoration menu; when a bend signal is detected by the bend sensor, combining the first image and the second image; displaying the combined image in the second display region, wherein the combined image is also visible through the first display region having an opposite display direction to that of the second display region in a state reversed left to right; and storing the combined image in the memory in response to a user command. choosing, in response to a user input, an image decoration menu and a first image to be decorated; dividing, by the controller, the first display region into a first region and a second region; displaying the first image in the first region and a second image in the second region, the second image being an image decoration screen provided by the image decoration menu; when a bend signal is detected by the bend sensor, combining the first image and the second image; displaying the combined image in the second display region, wherein the combined image is also visible through the first display region having an opposite display direction to that of the second display region in a state reversed left to right; and storing the combined image in the memory in response to a user command.
A black-film-forming mixed powder which comprises a zirconium nitride powder and a titanium nitride powder or a titanium oxynitride powder, wherein a content ratio of the zirconium nitride powder and the titanium nitride powder or the titanium oxynitride powder is within a range of (90:10) to (25:75) in terms of mass ratio (A:B), the zirconium nitride powder has a peak corresponding to zirconium nitride in an X-ray diffraction profile, but does not have a peak corresponding to zirconium dioxide, a peak corresponding to a low-order oxide of zirconium or a peak corresponding to a low-order oxynitride of zirconium, in a spectrum of a dispersion in which the mixed powder is dispersed in a dispersing liquid with a mass concentration of 50 ppm by adding amine-based dispersing agent to the mixed powder in a solvent of propylene glycol monomethyl ether acetate (PGM-Ac) and by diluting the dispersion 100,000-fold, when a light transmittance at a wavelength of 400 nm is X, a light transmittance at a wavelength of 550 nm is Y, and a light transmittance at a wavelength of 1,000 nm is Z, X>10%, Y<10%, Z<16%, X/Y is 1.25 or more and Z/Y is 2.0 or less.