mhurhangee/ep-ind-claims huggingface dataset:
A composite transparent armor having an areal density of less than 80 kg/m 2, a thickness less than 30 mm, and a luminous transmission of greater than 80%, said armor capable of preventing the penetration of a 7.62x54R B32 API projectile traveling at a velocity of 858 m/s, the armor comprising: a single crystal sapphire sheet; an intermediate glass sheet bonded to the sapphire sheet; and a polymeric sheet bonded to the intermediate glass sheet. a single crystal sapphire sheet; an intermediate glass sheet bonded to the sapphire sheet; and a polymeric sheet bonded to the intermediate glass sheet.
A terminal sterilization method of medical products comprising: placing a sterilization load having a cooler portion temperature than the environmental temperature within a chamber; performing a preconditioning step assisting in minimizing the difference in temperature between the chamber environment and the load; creating a turbulent flow within the chamber; and while maintaining the turbulent flow, performing a sterilization phase comprising: maintaining a sterilization pressure between about 400 millibars and about 800 millibars within the chamber for at least 5 minutes; introducing vaporized hydrogen peroxide into the chamber; allowing the VHP to circulate within the chamber for at least 5 minutes, such that the chamber is saturated with VHP and condensation forms on a surface of the sterilization load having a cooler temperature than the environmental temperature placed within the chamber; and introducing dry gas into the chamber, wherein the dry gas has a dew point of -10°C or lower. placing a sterilization load having a cooler portion temperature than the environmental temperature within a chamber; performing a preconditioning step assisting in minimizing the difference in temperature between the chamber environment and the load; creating a turbulent flow within the chamber; and while maintaining the turbulent flow, performing a sterilization phase comprising: maintaining a sterilization pressure between about 400 millibars and about 800 millibars within the chamber for at least 5 minutes; introducing vaporized hydrogen peroxide into the chamber; allowing the VHP to circulate within the chamber for at least 5 minutes, such that the chamber is saturated with VHP and condensation forms on a surface of the sterilization load having a cooler temperature than the environmental temperature placed within the chamber; and introducing dry gas into the chamber, wherein the dry gas has a dew point of -10°C or lower. maintaining a sterilization pressure between about 400 millibars and about 800 millibars within the chamber for at least 5 minutes; introducing vaporized hydrogen peroxide into the chamber; allowing the VHP to circulate within the chamber for at least 5 minutes, such that the chamber is saturated with VHP and condensation forms on a surface of the sterilization load having a cooler temperature than the environmental temperature placed within the chamber; and introducing dry gas into the chamber, wherein the dry gas has a dew point of -10°C or lower.
A user determination device comprising: a causing section configured to cause a simulated abnormality to occur on a terminal, the terminal being configured to receive an operation from a user via an input device; an acquisition section configured to acquire, from the terminal, a message input by the user and operation information appended to the message, the operation information indicating an evasion operation of the user in response to the simulated abnormality that the causing section caused to occur on the terminal; and a determination section configured to determine whether or not the user is a specific user according to whether or not the operation information acquired by the acquisition section belongs in a particular range of similarity with operation information stored associated with the specific user, wherein the causing section is configured to cause switching an active window, starting up a screensaver, transitioning to a standby state, or disrupting a screen, to occur as the simulated abnormality. a causing section configured to cause a simulated abnormality to occur on a terminal, the terminal being configured to receive an operation from a user via an input device; an acquisition section configured to acquire, from the terminal, a message input by the user and operation information appended to the message, the operation information indicating an evasion operation of the user in response to the simulated abnormality that the causing section caused to occur on the terminal; and a determination section configured to determine whether or not the user is a specific user according to whether or not the operation information acquired by the acquisition section belongs in a particular range of similarity with operation information stored associated with the specific user, wherein the causing section is configured to cause switching an active window, starting up a screensaver, transitioning to a standby state, or disrupting a screen, to occur as the simulated abnormality.
Method for dwarfing ornamental, horticultural plants and aromatic herbs grown in greenhouse or in indoor growing units, wherein plants are irradiated with UV-B radiations having a wavelength of 280 - 315 nm characterized in that the plants are irradiated with said UV-B radiation for the whole period of staying of the plant in a greenhouse or in an indoor growing unit.
A component for a vehicle wash, comprising: a rotatable stem portion; a one-piece integral planar backing member having an inner surface and an outer surface, the backing member in communication with the rotatable stem portion and configured to rotate therewith about an axis of rotation (C L); the backing member formed of an EVA material having memory such that it can flex and return to its original position such that the backing member can conform to the shape of a non-planar exterior vehicle surface when in contact therewith; a plurality of media elements secured to the outer surface of the backing member, the plurality of media elements being constructed of a self-supporting material; the plurality of media elements being configured to rotate in a working plane defined by the backing member and wherein the working plane is oriented perpendicular to the axis of rotation (C L); wherein the plurality of media elements are configured during a wash process to contact at least an exterior painted surface of a vehicle. a rotatable stem portion; a one-piece integral planar backing member having an inner surface and an outer surface, the backing member in communication with the rotatable stem portion and configured to rotate therewith about an axis of rotation (C L); the backing member formed of an EVA material having memory such that it can flex and return to its original position such that the backing member can conform to the shape of a non-planar exterior vehicle surface when in contact therewith; a plurality of media elements secured to the outer surface of the backing member, the plurality of media elements being constructed of a self-supporting material; the plurality of media elements being configured to rotate in a working plane defined by the backing member and wherein the working plane is oriented perpendicular to the axis of rotation (C L); wherein the plurality of media elements are configured during a wash process to contact at least an exterior painted surface of a vehicle.
A method for notifying channel use time for sending uplink data, comprising: sending (101, 301), by an access point device, a first indication message to a terminal, wherein the first indication message is used to indicate that the terminal is allowed to access a current channel, or the first indication message is used to indicate that the terminal has downlink data on the access point device, or the first indication message is used to indicate that the terminal is allowed to send uplink data; receiving (102, 302), by the access point device, a second indication message sent by the terminal according to the first indication message, wherein the second indication message is used to indicate that the terminal is to send uplink data; and after receiving the second indication message, sending, by the access point device, a third indication message to the terminal, wherein the third indication message carries channel use time information, and the channel use time information is used to indicate time for using the channel to send the uplink data by the terminal; characterized in that, the access point device is in a WLAN and the terminal is a station in the WLAN; the first indication is a beacon frame comprising a page indication element; the page indication element is indicated by multiple binary bits and each of the binary bits corresponds to one station in the WLAN, a corresponding binary bit set to "1" in the page indication element indicates that a corresponding station in the WLAN is allowed to send uplink data, or is allowed to access the current channel, or has downlink data on the access point; a corresponding binary bit in the page indication element of the terminal is set to "1" and the terminal determines sending time for sending the second indication message using a predetermined time unit multiplied by a time multiple; the time multiple is a sequence number of the terminal's corresponding binary bit among bits set to "1" in the page indication element. sending (101, 301), by an access point device, a first indication message to a terminal, wherein the first indication message is used to indicate that the terminal is allowed to access a current channel, or the first indication message is used to indicate that the terminal has downlink data on the access point device, or the first indication message is used to indicate that the terminal is allowed to send uplink data; receiving (102, 302), by the access point device, a second indication message sent by the terminal according to the first indication message, wherein the second indication message is used to indicate that the terminal is to send uplink data; and after receiving the second indication message, sending, by the access point device, a third indication message to the terminal, wherein the third indication message carries channel use time information, and the channel use time information is used to indicate time for using the channel to send the uplink data by the terminal;
A pipe connecting structure for a heat exchanger comprising: a header portion or manifold defined by a plurality of parallel elongate header tubes (1,2), each header tube (1,2) including a plurality of spaced apertures or slots along its length for receiving the ends of a plurality of parallel heat exchanger tubes; a connector block having apertures (11,12) formed therein and receiving an end of each of said plurality of header tubes (1,2) and at least one pipe receiving aperture for providing a fluid connection with at least one of said plurality of header tubes (1,2), characterised in that the at least one pipe receiving aperture extends transverse to said header tube receiving apertures (11,12), wherein notches or cut outs (17,18) are formed in the ends of one or more of the header tubes (1,2) received within the receiving apertures (11,12) to define at least part of a fluid passageway within the connection block. a header portion or manifold defined by a plurality of parallel elongate header tubes (1,2), each header tube (1,2) including a plurality of spaced apertures or slots along its length for receiving the ends of a plurality of parallel heat exchanger tubes; a connector block having apertures (11,12) formed therein and receiving an end of each of said plurality of header tubes (1,2) and at least one pipe receiving aperture for providing a fluid connection with at least one of said plurality of header tubes (1,2), characterised in that the at least one pipe receiving aperture extends transverse to said header tube receiving apertures (11,12), wherein notches or cut outs (17,18) are formed in the ends of one or more of the header tubes (1,2) received within the receiving apertures (11,12) to define at least part of a fluid passageway within the connection block.
A PCR method comprising, providing, on an inner surface of a container to carry out polymerase chain reaction, an electrode pair to be disposed to face each other with a gap interposed therebetween, wherein the electrode pair and the gap are formed along a flow of a reaction solution, and applying an AC voltage to the electrode pair to make an AC current flow through the reaction solution and heat the reaction solution by Joule heat to thereby control the temperature of the reaction solution.
An electronic device causing a removable storage medium to store data, the electronic device comprising: the removable storage medium; a storage medium interface connecting to the storage medium; and a control unit generating an encryption key at a predetermined timing, encrypting data to be stored in the storage medium using the encryption key, storing the encrypted data in the storage medium, characterized by the control unit storing the encryption key in the storage medium in association with the encrypted data if it is detected that a removal operation of the storage medium is made by a user. the removable storage medium; a storage medium interface connecting to the storage medium; and a control unit generating an encryption key at a predetermined timing, encrypting data to be stored in the storage medium using the encryption key, storing the encrypted data in the storage medium, characterized by the control unit storing the encryption key in the storage medium in association with the encrypted data if it is detected that a removal operation of the storage medium is made by a user.
A method for producing a metal/ceramic bonding substrate wherein a metal member is bonded to at least one side of a ceramic substrate via an active metal containing brazing filler metal, the method comprising the steps of: bonding a metal member to at least one side of a ceramic substrate via an active metal containing brazing filler metal which contains an active metal and a metal other than the active metal, said active metal containing brazing filler metal forming an active metal layer and a metal layer by bonding the metal member to the ceramic substrate via the active metal containing brazing filler metal by cooling after having been heated in a vacuum or non-oxidizing atmosphere, said active metal layer being formed of the active metal and a compound thereof, said compound being a reaction product which is produced by a reaction of the active metal with the ceramic of the ceramic substrate, and said metal layer being formed of the metal other than the active metal; applying a resist on a predetermined portion of a surface of the metal member to etch a part of the metal member, and removing the resist; thereafter etching a part of the metal layer and a part of the active metal layer, characterized in that after the part of the metal layer is etched with a chemical, the part of the active metal layer is selectively etched with a chemical which inhibits the metal member and the metal layer from being etched and which selectively etches the active metal layer, to form a metal circuit on the ceramic substrate. bonding a metal member to at least one side of a ceramic substrate via an active metal containing brazing filler metal which contains an active metal and a metal other than the active metal, said active metal containing brazing filler metal forming an active metal layer and a metal layer by bonding the metal member to the ceramic substrate via the active metal containing brazing filler metal by cooling after having been heated in a vacuum or non-oxidizing atmosphere, said active metal layer being formed of the active metal and a compound thereof, said compound being a reaction product which is produced by a reaction of the active metal with the ceramic of the ceramic substrate, and said metal layer being formed of the metal other than the active metal; applying a resist on a predetermined portion of a surface of the metal member to etch a part of the metal member, and removing the resist; thereafter etching a part of the metal layer and a part of the active metal layer, characterized in that after the part of the metal layer is etched with a chemical, the part of the active metal layer is selectively etched with a chemical which inhibits the metal member and the metal layer from being etched and which selectively etches the active metal layer, to form a metal circuit on the ceramic substrate.
A coffee machine comprising: a cylinder, a piston which is configured to perform a translation movement in said cylinder, a rod having an end cooperating with said piston, an operating lever, a member configured to cooperate with said rod and to bring said piston from a first position to a second position by compressing a spring, and a mechanism (8, 10, 11, 12) which realizes a connection between said operating lever and said member, characterized in that said mechanism (8, 10, 11, 12) is of hold-to-operate type so that said operating lever and said member are connected together only by means of a voluntary action which is maintained by an operator of the coffee machine who holds the lever and when the operator releases said operating lever at any position of the lever, said operating lever and said member become unconnected. a cylinder, a piston which is configured to perform a translation movement in said cylinder, a rod having an end cooperating with said piston, an operating lever, a member configured to cooperate with said rod and to bring said piston from a first position to a second position by compressing a spring, and a mechanism (8, 10, 11, 12) which realizes a connection between said operating lever and said member, characterized in that said mechanism (8, 10, 11, 12) is of hold-to-operate type so that said operating lever and said member are connected together only by means of a voluntary action which is maintained by an operator of the coffee machine who holds the lever and when the operator releases said operating lever at any position of the lever, said operating lever and said member become unconnected.
A compound represented by the following formula: for use in the treatment of primary or metastatic tumors, proliferative hematopoietic disorders or leukaemia.
A surge protective device comprising: an insulating tube; a pair of sealing electrodes for closing openings on the both ends of the insulating tube so as to seal a discharge control gas inside the tube; and a discharge-assisting part (4, 24A, 24B, 24C) formed on the inner circumferential surface of the insulating tube, wherein the pair of sealing electrodes have a pair of convex electrode portions projecting inwardly and facing to each other, characterized in that: the discharge-assisting part is composed of a laminate of an insulating layer (8, 8a, 8b, 8c) made of an insulating material and of ion-source layers made of an ion-source material that are formed on the top and bottom surfaces of the insulating layer (8, 8a, 8b, 8c). an insulating tube; a pair of sealing electrodes for closing openings on the both ends of the insulating tube so as to seal a discharge control gas inside the tube; and a discharge-assisting part (4, 24A, 24B, 24C) formed on the inner circumferential surface of the insulating tube, wherein the pair of sealing electrodes have a pair of convex electrode portions projecting inwardly and facing to each other, characterized in that: the discharge-assisting part is composed of a laminate of an insulating layer (8, 8a, 8b, 8c) made of an insulating material and of ion-source layers made of an ion-source material that are formed on the top and bottom surfaces of the insulating layer (8, 8a, 8b, 8c).
A pressure-sensor device that comprises: - a pressure-sensitive component having a body, in particular of a monolithic type, in which a blind cavity is defined with a bottom surface and a peripheral surface, said bottom surface belonging to a membrane portion of said body, to said membrane portion there being operatively associated a detection element; and - a connection structure having a duct in communication with said cavity, that is to receive a fluid, a pressure of which is to be detected, said structure comprising: - a supporting body of the pressure-sensitive component, defining at least one respective passage; and - at least one compressible element that is designed to be in contact with said fluid and is configured for compensating possible variations of volume thereof; wherein said at least one compressible element (12, 18) is positioned at least in part within said cavity and/or in a stretch of the passage of said supporting body close to said cavity, characterized in that said at least one compressible element (12, 18) is an element moulded at least in part over at least one of said connection structure, said supporting body and an insert (17; 117) of said supporting body. - a pressure-sensitive component having a body, in particular of a monolithic type, in which a blind cavity is defined with a bottom surface and a peripheral surface, said bottom surface belonging to a membrane portion of said body, to said membrane portion there being operatively associated a detection element; and - a connection structure having a duct in communication with said cavity, that is to receive a fluid, a pressure of which is to be detected, said structure comprising: - a supporting body of the pressure-sensitive component, defining at least one respective passage; and - at least one compressible element that is designed to be in contact with said fluid and is configured for compensating possible variations of volume thereof; - a supporting body of the pressure-sensitive component, defining at least one respective passage; and - at least one compressible element that is designed to be in contact with said fluid and is configured for compensating possible variations of volume thereof;