mhurhangee/ep-ind-claims huggingface dataset:
A method of communication by a network device over a communication medium, the method comprising: determining a number of transmit intervals (504, 506, 508) for which the network device will have control of the communication medium; characterised by: initiating multiple consecutive back-off intervals (512, 514, 516), after maintaining control of the communication medium; and varying a duration of a subsequent back-off interval (512, 514, 516) from the multiple consecutive back-off intervals (512, 514, 516) depending on whether a transmission by another network device (110, 104) is detected on the communication medium after a current back-off interval elapses. determining a number of transmit intervals (504, 506, 508) for which the network device will have control of the communication medium; characterised by: initiating multiple consecutive back-off intervals (512, 514, 516), after maintaining control of the communication medium; and varying a duration of a subsequent back-off interval (512, 514, 516) from the multiple consecutive back-off intervals (512, 514, 516) depending on whether a transmission by another network device (110, 104) is detected on the communication medium after a current back-off interval elapses.
A trap for catching animals, in particular mice or rats, comprising: - a frame, - a catching element for catching an animal, - a spring which is present between the frame and the catching element and exerts a force on the catching element, which spring is tensioned when the catching element is in a standby position in which it is ready to catch the animal, and is partly relaxed if the catching element is present in an activated position in which the animal could be caught, - a blocking pawl which is movable between a blocking position in which it holds the catching element in standby position and a release position in which it has released the catching element, - an activation element which is movably connected to the frame and when activated brings the blocking pawl from the blocking position to the release position, - a first sensor which determines whether the catching element is present in the standby or activated position, and - a second sensor which determines whether an animal is caught or not, characterized in that the second sensor is present between the frame and the activating element and delivers a signal in the presence of an animal between the catching element and the activating element, wherein the catching element presses the animal onto the activating element and thereby moves the activating element such that it activates the second sensor. - a frame, - a catching element for catching an animal, - a spring which is present between the frame and the catching element and exerts a force on the catching element, which spring is tensioned when the catching element is in a standby position in which it is ready to catch the animal, and is partly relaxed if the catching element is present in an activated position in which the animal could be caught, - a blocking pawl which is movable between a blocking position in which it holds the catching element in standby position and a release position in which it has released the catching element, - an activation element which is movably connected to the frame and when activated brings the blocking pawl from the blocking position to the release position, - a first sensor which determines whether the catching element is present in the standby or activated position, and - a second sensor which determines whether an animal is caught or not, characterized in that the second sensor is present between the frame and the activating element and delivers a signal in the presence of an animal between the catching element and the activating element, wherein the catching element presses the animal onto the activating element and thereby moves the activating element such that it activates the second sensor.
Process for preparing thiazoles of the formula, in which R 3 is hydrogen; R 6 is independently of one another halogen or C 1 -C 4 - alkylsulfonyloxy; n is 0, 1,2,3 characterized in that compounds of formula, in which R 3 is as defined above are reacted with compounds of formula in which R 6 is as defined above; X is halogen; in the presence of an acid to form compounds of formula. R 3 is hydrogen; R 6 is independently of one another halogen or C 1 -C 4 - alkylsulfonyloxy; n is 0, 1,2,3 R 3 is as defined above R 6 is as defined above; X is halogen;
A photomask blank which is to be processed into a transmissive photomask for use in photolithography for forming a pattern on a substance, to be transferred using exposure light of wavelength up to 200 nm, the photomask blank comprising a transparent substrate, a first film disposed on the substrate, optionally with one or more other films between them, and composed of a material which is etchable by chlorine/oxygen-based dry etching with a gas mixture of chlorine and oxygen gases and resistant against fluorine-based dry etching with a fluorine-containing gas, and a second film disposed contiguous to the first film and composed of a material which consists of silicon and oxygen in an atomic ratio O/Si of from 0.1 to 1.9 and has Si-Si bond, or consists of silicon, oxygen, and nitrogen in an atomic ratio (2O+3N)/Si of from 0.1 to 3.9 and has Si-Si bond, and is resistant to chlorine/oxygen-based dry etching which etches the first film. a transparent substrate, a first film disposed on the substrate, optionally with one or more other films between them, and composed of a material which is etchable by chlorine/oxygen-based dry etching with a gas mixture of chlorine and oxygen gases and resistant against fluorine-based dry etching with a fluorine-containing gas, and a second film disposed contiguous to the first film and composed of a material which consists of silicon and oxygen in an atomic ratio O/Si of from 0.1 to 1.9 and has Si-Si bond, or consists of silicon, oxygen, and nitrogen in an atomic ratio (2O+3N)/Si of from 0.1 to 3.9 and has Si-Si bond, and is resistant to chlorine/oxygen-based dry etching which etches the first film.
Method for tapping slag and metal from an electric arc furnace with a lower vessel, cooled side walls connected therewith and a lid, which upwardly closes the furnace, with electrodes led therethrough, wherein the lower vessel has a metal tapping channel and is tiltable in the direction of the longitudinal axis plane for tapping off slag through a diametrically opposite furnace door, characterised in that for tapping the slag and also for tapping metal the furnace is tilted merely by lifting or resetting at one side without lowering beyond the starting point.
A heat transfer material comprising insoluble fine particles of cobalt (II, III) oxide, iron (II, III) oxide, zirconium oxide, aluminum oxide, silicon dioxide and zinc molybdate.
A device for communication with a terminal, the device comprising: a communication unit for communicating with the terminal; a biometric unit comprising a biometric sensor for sensing biometric data, a biometric controller for controlling operation of the biometric unit and a multiplexer that operates under the control of the biometric controller; contacts for connecting the device to the terminal; an antenna; a first physical interface between the biometric unit and the contacts configured to enable contact communication between the biometric unit and the terminal; and a second physical interface between the communication unit and the biometric unit configured to enable contact communication between the communication unit and the biometric unit; and a third physical interface between the antenna and the communication unit configured to enable contactless communication between the terminal and the communication unit according to a third communications protocol; the device being configured to harvest power from a radio frequency field received at the antenna when the antenna is receiving communications from the terminal, and route power from the antenna to the communication unit via the biometric unit, the device being further configured such that all contact communications between the terminal and the communication unit are routed through the biometric unit via the first and second physical interfaces. a communication unit for communicating with the terminal; a biometric unit comprising a biometric sensor for sensing biometric data, a biometric controller for controlling operation of the biometric unit and a multiplexer that operates under the control of the biometric controller; contacts for connecting the device to the terminal; an antenna; a first physical interface between the biometric unit and the contacts configured to enable contact communication between the biometric unit and the terminal; and a second physical interface between the communication unit and the biometric unit configured to enable contact communication between the communication unit and the biometric unit; and a third physical interface between the antenna and the communication unit configured to enable contactless communication between the terminal and the communication unit according to a third communications protocol; the device being configured to harvest power from a radio frequency field received at the antenna when the antenna is receiving communications from the terminal, and route power from the antenna to the communication unit via the biometric unit, the device being further configured such that all contact communications between the terminal and the communication unit are routed through the biometric unit via the first and second physical interfaces.
A grinder for grinding material to be ground, in particular coffee beans, the grinder comprising a grinding ring (1.2) and a grinding element (1.1) disposed inside the grinding ring (1.2) and preferably realized as a grinding cone (1.1), the grinding ring (1.2) and the grinding element (1.1) being rotatable in relation to one another about an axis of rotation in order to grind the material to be ground in a first grinding gap which is delimited by the grinding ring (1.2) and the grinding element (1.1), a second grinding gap being disposed downstream of the first grinding gap in order to grind the pre-ground material leaving the first grinding gap finer, and the second grinding gap being delimited by a preferably metallic or ceramic grinding disc (1.3) disposed adjacent to the preferably metallic or ceramic grinding ring (1.2) and/or to the preferably metallic or ceramic grinding element (1.1) along the axis of rotation, characterized in that the combination of the grinding disc (1.3) and the grinding element (1.1) penetrates a narrowest diameter section of the grinding ring (1.2) in the axial direction along the axis of rotation and that said combination projects outwards in the radial direction beyond the narrowest diameter section at both axial sides along the axis of rotation.
An abrasive belt machine comprising: a support housing having a pivoting arm that supports an abrasive belt rotatably coupled to a drive motor; a guard door coupled to the support housing proximate the abrasive belt, the guard door including a guard door sensor; an exhaust vacuum coupled to the support housing proximate the abrasive belt, the exhaust vacuum including a vacuum/air flow sensor; a safety controller operatively coupled with the drive motor; an E-stop operatively coupled to the safety controller; a foot pedal switch operatively coupled to the drive motor; and a 480 volt alternating current 3 phase electrical power supply electrically coupled to the drive motor. a support housing having a pivoting arm that supports an abrasive belt rotatably coupled to a drive motor; a guard door coupled to the support housing proximate the abrasive belt, the guard door including a guard door sensor; an exhaust vacuum coupled to the support housing proximate the abrasive belt, the exhaust vacuum including a vacuum/air flow sensor; a safety controller operatively coupled with the drive motor; an E-stop operatively coupled to the safety controller; a foot pedal switch operatively coupled to the drive motor; and a 480 volt alternating current 3 phase electrical power supply electrically coupled to the drive motor.
A process for making a flexible polyurethane foam comprising curing in one or more steps ingredients that include: a) one or more isocyanate-reactive compounds that contain an average of at least 2 isocyanate-reactive groups per molecule, contain no hydrolysable silane groups and have an equivalent weight per isocyanate-reactive group of at least 200; b) from 1 to 100 parts by weight, per 100 parts by weight of component a), of a polyether monol or polyol having at least one hydrolysable silane group per molecule; c) a blowing agent that includes water; and d) at least one organic polyisocyanate compound, wherein 1) some or all of component a), component b) or both can be pre-reacted with the organic polyisocyanate compound(s) to form an isocyanate terminated prepolymer or quasi-prepolymer; and 2) the organic polyisocyanate compound is present in an amount sufficient to provide an isocyanate index of from 70 to 150. a) one or more isocyanate-reactive compounds that contain an average of at least 2 isocyanate-reactive groups per molecule, contain no hydrolysable silane groups and have an equivalent weight per isocyanate-reactive group of at least 200; b) from 1 to 100 parts by weight, per 100 parts by weight of component a), of a polyether monol or polyol having at least one hydrolysable silane group per molecule; c) a blowing agent that includes water; and d) at least one organic polyisocyanate compound,
Orthopedic shoe sole or insole for persons with hallux valgus, wherein the orthopedic shoe sole or insole supports at least the Digitis Pedis I to V and the ball of the foot when walking or in a static state, in particular the entire foot from the Digitis Pedis I to V to the heel, wherein the orthopedic shoe sole or insole comprises a main part and an element movably connected thereto, the movable element being located under and supporting the Digitis Pedis I and the main part being located at least under and supporting the Digitis Pedis II to V and the ball of the foot, wherein the movable element is movably connected to the main part so as to rotate about an axis in a horizontal plane within the limits of the joint of the Digitis Pedis I and the ball of the foot, characterized by the fact that there is a cavity in the main part of the shoe sole or insole under the Digitis Pedis II to V and/or the transverse arch of the foot, in which cavity a hydraulic, mechanical, pneumatic, electric or other device is installed, which is connected to the movable element and causes the rotary movement in the horizontal plane laterally away from the main part during a walking movement, in particular caused by the pressure force caused by the patient's own weight on the orthopedic shoe sole or insole. wherein the orthopedic shoe sole or insole comprises a main part and an element movably connected thereto, the movable element being located under and supporting the Digitis Pedis I and the main part being located at least under and supporting the Digitis Pedis II to V and the ball of the foot, wherein the movable element is movably connected to the main part so as to rotate about an axis in a horizontal plane within the limits of the joint of the Digitis Pedis I and the ball of the foot, characterized by the fact that there is a cavity in the main part of the shoe sole or insole under the Digitis Pedis II to V and/or the transverse arch of the foot, in which cavity a hydraulic, mechanical, pneumatic, electric or other device is installed, which is connected to the movable element and causes the rotary movement in the horizontal plane laterally away from the main part during a walking movement, in particular caused by the pressure force caused by the patient's own weight on the orthopedic shoe sole or insole.
Crystal form A of -methyl-2-(3-aminopiperidin-1-yl)-3-(2-cyanobenzyl)-4-carbonyl-3,4-dihydrothiop hene[3,2-d] pyrimidine-6-carboxylic acid crystal of formula I, wherein XRD pattern of the crystal form A includes following characteristic absorption peaks expressed by crystal plane distance d: 8.87±0.2 Å, 14.18±0.2 Å, 20.67±0.2 Å, 25.18±0.2 Å, 28.61±0.2 Å under the following test parameters: Target: Cu-K α (40 kV, 40 mA); Scanning speed: 0.1 s.
A method for controlling discontinuous reception, DRX, in a mobile communication device, the method comprising: when a specific application is selected, activating a DRX setting timer defining a long DRX period and an on-duration section for a direct long DRX mode, which denotes a mode in which the mobile communication device performs a direct transition from a continuous mode to the long DRX mode without performing a short DRX mode, and awaiting the reception of control information from a base station in an on-duration section; and when the DRX setting timer expires in the long DRX mode, reactivating the DRX setting timer and awaiting the reception of control information in an on-duration section; wherein in response to reception of valid control information, the method further comprises entering into the continuous mode for executing the specific application. when a specific application is selected, activating a DRX setting timer defining a long DRX period and an on-duration section for a direct long DRX mode, which denotes a mode in which the mobile communication device performs a direct transition from a continuous mode to the long DRX mode without performing a short DRX mode, and awaiting the reception of control information from a base station in an on-duration section; and when the DRX setting timer expires in the long DRX mode, reactivating the DRX setting timer and awaiting the reception of control information in an on-duration section; wherein in response to reception of valid control information, the method further comprises entering into the continuous mode for executing the specific application.
A method for manufacturing a portable data carrier, in particular a chip card, having the method steps of: - making available a carrier band having an upper side and a lower side disposed opposite the upper side, wherein on the upper side a contact field is formed having at least one contact area; - arranging a semiconductor circuit on the lower side of the carrier band, wherein the semiconductor circuit is electroconductively connected to the corresponding contact area; and - executing an injection molding process in such a fashion that on the lower side a potting compound is formed around the semiconductor circuit, wherein said potting compound has the outer dimensions in accordance with a standard specification of a portable data carrier, characterized in that: - an injection channel for injecting the potting compound is arranged on a side of a data carrier body that is parallel to the lower side of the carrier band, such that a depression is created in the location of the injection channel, wherein the data carrier is a subscriber identification module for proper use in a terminal, and the depression is provided to make the handling of the subscriber identification module easier for a user of the subscriber identification module upon incorporation in the terminal and/or upon removal from the terminal. - making available a carrier band having an upper side and a lower side disposed opposite the upper side, wherein on the upper side a contact field is formed having at least one contact area; - arranging a semiconductor circuit on the lower side of the carrier band, wherein the semiconductor circuit is electroconductively connected to the corresponding contact area; and - executing an injection molding process in such a fashion that on the lower side a potting compound is formed around the semiconductor circuit, wherein said potting compound has the outer dimensions in accordance with a standard specification of a portable data carrier, characterized in that: - an injection channel for injecting the potting compound is arranged on a side of a data carrier body that is parallel to the lower side of the carrier band, such that a depression is created in the location of the injection channel, wherein the data carrier is a subscriber identification module for proper use in a terminal, and the depression is provided to make the handling of the subscriber identification module easier for a user of the subscriber identification module upon incorporation in the terminal and/or upon removal from the terminal.
An assembly comprising two drainage bodies (10, 11) connected via drainage body connecting elements (1, 2), each of the drainage body connecting elements (1, 2) comprising: two pegs (20, 20') which are connected via a web and are each insertable in a receiving orifice (12, 13) of a drainage body (10, 11) so that two drainage bodies (10, 11) are connected together via the web, first locking devices via which a first drainage body connecting element is connectable to a second drainage body connecting element such that the first drainage body connecting element is mountable in a first drainage body to be flush or countersunk to the surface thereof, and the second drainage body connecting element is mountable on the first drainage body connecting element to protrude beyond the surface, characterized in that the pegs (20, 20') of the drainage body connecting elements (1, 2) are insertable into one another. two pegs (20, 20') which are connected via a web and are each insertable in a receiving orifice (12, 13) of a drainage body (10, 11) so that two drainage bodies (10, 11) are connected together via the web, first locking devices via which a first drainage body connecting element is connectable to a second drainage body connecting element such that the first drainage body connecting element is mountable in a first drainage body to be flush or countersunk to the surface thereof, and the second drainage body connecting element is mountable on the first drainage body connecting element to protrude beyond the surface, characterized in that the pegs (20, 20') of the drainage body connecting elements (1, 2) are insertable into one another.
A method, performed by a radio network node, for handling traffic on an Access Stratum "AS" bearer, wherein the Access Stratum bearer is capable of carrying the traffic between a first core network node and a wireless communication device, wherein the method comprises: receiving, from a second core network node, an Access Stratum bearer request for setting up the Access Stratum bearer to carry traffic between the first core network node and the wireless communication device, wherein the Access Stratum bearer request includes a first AS Quality of Service profile, a second AS Quality of Service profile, and at least one criterion for use in determining which of the first or second AS Quality of Service profiles to apply when processing the traffic; and processing the traffic while applying the first or second AS Quality of Service profile based on whether or not one of the at least one criterion is fulfilled. receiving, from a second core network node, an Access Stratum bearer request for setting up the Access Stratum bearer to carry traffic between the first core network node and the wireless communication device, wherein the Access Stratum bearer request includes a first AS Quality of Service profile, a second AS Quality of Service profile, and at least one criterion for use in determining which of the first or second AS Quality of Service profiles to apply when processing the traffic; and processing the traffic while applying the first or second AS Quality of Service profile based on whether or not one of the at least one criterion is fulfilled.