mhurhangee/patent-ind-claim-en huggingface dataset:
An x-ray and gamma ray imaging device , comprising: a) a detector substrate having a two dimensional array of radiation detector pixels for detecting incoming radiation events; and b) a readout substrate comprising a two dimensional array of readout pixel circuits , wherein the readout pixel circuits are coupled to the radiation detector pixels for processing electrical signals corresponding to the incoming radiation events, characterized by each of said readout pixel circuits further comprising an in-pixel digital buffer for storing at least two digital values corresponding to the signal of at least two of the detected radiation events, wherein each digital value represents the energy of a detected radiation event for that pixel. a) a detector substrate having a two dimensional array of radiation detector pixels for detecting incoming radiation events; and b) a readout substrate comprising a two dimensional array of readout pixel circuits , wherein the readout pixel circuits are coupled to the radiation detector pixels for processing electrical signals corresponding to the incoming radiation events,
A hand-held disposable stand-up flexible container , configured for retail sale, wherein the container comprises: a multiple dose product volume that directly contains a fluent product, wherein about all of the product volume is made from one or more flexible materials; a structural support frame that includes an expanded top structural support volume (2044-2), wherein the structural support volume defines a space that is at least partially filled with one ore more expansion materials which create tension in the one or more flexible materials and form the expanded structural support volume, and the top structural support volume is made from a folded leg of a gusset on a top of the container, wherein the structural support frame supports the product volume in a stand-up orientation, and wherein about all of the structural support frame is made from one or more flexible materials; a dispenser that dispenses the fluent product, wherein the dispenser is formed by an opening in a sealed leg of the gusset in the top of the container, and wherein about all of the dispenser is made from one or more flexible materials; and a flow channel in fluid communication with the product volume and the dispenser, wherein about all of the flow channel is made from one or more flexible materials in the sealed leg of the gusset on the top of the container; wherein the container dispenses the fluent product from the product volume, through the flow channel, and out the dispenser, when the container is externally compressed; and wherein the dispenser is higher than an uppermost portion of the expanded top structural support volume. a multiple dose product volume that directly contains a fluent product, wherein about all of the product volume is made from one or more flexible materials; a structural support frame that includes an expanded top structural support volume (2044-2), wherein the structural support volume defines a space that is at least partially filled with one ore more expansion materials which create tension in the one or more flexible materials and form the expanded structural support volume, and the top structural support volume is made from a folded leg of a gusset on a top of the container, wherein the structural support frame supports the product volume in a stand-up orientation, and wherein about all of the structural support frame is made from one or more flexible materials; a dispenser that dispenses the fluent product, wherein the dispenser is formed by an opening in a sealed leg of the gusset in the top of the container, and wherein about all of the dispenser is made from one or more flexible materials; and a flow channel in fluid communication with the product volume and the dispenser, wherein about all of the flow channel is made from one or more flexible materials in the sealed leg of the gusset on the top of the container; wherein the container dispenses the fluent product from the product volume, through the flow channel, and out the dispenser, when the container is externally compressed; and wherein the dispenser is higher than an uppermost portion of the expanded top structural support volume.
A compound of Formula (I): or a pharmaceutically acceptable salt thereof, wherein: X is CH or N; R 1 is selected from the group consisting of H, C 1 -C 6 alkyl, fluoro, chloro, bromo, cyano, or -CF 3 ; R 2 is selected from the group consisting of H, methyl, cyano, or fluoro; R 3 is selected from the group consisting of: R 4 is selected from the group consisting of H, methyl, OH, and O-CH 3 ; R 5 is H or C 1 -C 3 alkyl; m is 1 or 2; n is 0 or 1; p is 1; and q is 0 or 1. X is CH or N; R 1 is selected from the group consisting of H, C 1 -C 6 alkyl, fluoro, chloro, bromo, cyano, or -CF 3 ; R 2 is selected from the group consisting of H, methyl, cyano, or fluoro; R 3 is selected from the group consisting of: R 4 is selected from the group consisting of H, methyl, OH, and O-CH 3 ; R 5 is H or C 1 -C 3 alkyl; m is 1 or 2; n is 0 or 1; p is 1; and q is 0 or 1.
A method of planning a procedure to fasten an implant to a bone comprising: displaying on a display device a model of the bone ; displaying on the display device a model of the implant having at least one aperture for receiving a fastener ; positioning the model implant on the model bone in a desired implant position; displaying on the display device a first boundary volume (52A-C, 352A-C) of a first fastener configured to fasten the implant to the bone , characterized by the first boundary volume (52A-C, 352A-C) representing a range of possible positions that the first fastener may have when fully received within the at least one aperture , wherein the range of possible positions is based on inputs of (i) a length of the first fastener and (ii) a range of angulation that the first fastener may have with respect to the implant when the first fastener is fully received within the at least one aperture , wherein the range of angulation is based on a shape of the at least one aperture and a shape of a head of the first fastener . displaying on a display device a model of the bone ; displaying on the display device a model of the implant having at least one aperture for receiving a fastener ; positioning the model implant on the model bone in a desired implant position; displaying on the display device a first boundary volume (52A-C, 352A-C) of a first fastener configured to fasten the implant to the bone , characterized by the first boundary volume (52A-C, 352A-C) representing a range of possible positions that the first fastener may have when fully received within the at least one aperture , wherein the range of possible positions is based on inputs of (i) a length of the first fastener and (ii) a range of angulation that the first fastener may have with respect to the implant when the first fastener is fully received within the at least one aperture , wherein the range of angulation is based on a shape of the at least one aperture and a shape of a head of the first fastener .
Method for the reception of a control frame by a receiving entity (ER1) from a transmitting entity (EE1), using the WiFi protocol comprising a PLCP layer and an MAC layer, the control frame (RTS1) comprising an SIG header field (SIG') of the PLCP layer, the method comprising a demodulation step (R2), using a modulation technique relating to the PLCP layer, a step of extraction (R3) of an MAC layer parameter (Partial RA), intended to identify an entity receiving the control frame, from the demodulated SIG field, a step of detection of a correspondence between the extracted parameter and an identifier of the receiving entity (ER1), the control frame being ignored if no correspondence is detected.
A damp proof course article for forming a damp proof course in a substrate, the damp proof course article comprising an absorbent member and a damp proof course material absorbed into the absorbent member , the damp proof course material comprising an active agent, characterised in that the active agent comprises a combination of an octyltriethoxysilane and one or more selected from propyltrimethoxysilane and propyltriethoxysilane.
A phase-change memory cell , comprising: a heater ; a stack of at least one germanium layer or a nitrogen doped germanium layer and at least one layer of a first alloy made up of germanium, of antimony, and of tellurium; and characterized in that a resistive layer is located between the heater and the stack . a heater ; a stack of at least one germanium layer or a nitrogen doped germanium layer and at least one layer of a first alloy made up of germanium, of antimony, and of tellurium; and
A machine for making at least one continuous rod of filter material (F) or tobacco (T), comprising: - a process station for processing filter material (F) or tobacco (T) to make at least one semi-finished, continuous stream of filter material (F) or tobacco (T), - a pre-forming device located downstream of the process station and adapted to receive the at least one semi-finished, continuous stream in order to make at least one continuous stream of filter material (F) or tobacco (T), - a garniture tongue configured to form at least one continuous rod of filter material (F) or tobacco (T), located downstream of the pre-forming device and adapted to receive the at least one continuous stream , the garniture tongue having a forming channel along which the at least one continuous rod is progressively formed as it feeds along a forming feed direction (X); the pre-forming device comprising at least one oblong tile-shaped member having a directrix (D) which makes a first defined angle (α) with the forming feed direction (X), the at least one oblong tile-shaped member having an inside surface which is configured to progressively reduce the transverse cross section of the semi-finished, continuous stream feeding along it between an infeed portion and an outfeed portion of the oblong tile-shaped member and to channel the stream into the forming channel ; the machine being characterized in that, at the outfeed portion of said oblong tile-shaped member between the oblong tile-shaped member itself and the channel of the garniture tongue , the pre-forming device comprises at least one tile-shaped upwardly-diverging end member , and in that the pre-forming device comprises at least one connecting member between the oblong tile-shaped member and the end member , wherein said connecting member has an inside surface which blends smoothly with the inside surface of the oblong tile-shaped member and defining an intermediate connecting feed path (P), said at least one connecting member being configured in such a way as to allow a semi-finished continuous stream of filter material (F) or tobacco (T) to be progressively compacted. - a process station for processing filter material (F) or tobacco (T) to make at least one semi-finished, continuous stream of filter material (F) or tobacco (T), - a pre-forming device located downstream of the process station and adapted to receive the at least one semi-finished, continuous stream in order to make at least one continuous stream of filter material (F) or tobacco (T), - a garniture tongue configured to form at least one continuous rod of filter material (F) or tobacco (T), located downstream of the pre-forming device and adapted to receive the at least one continuous stream , the garniture tongue having a forming channel along which the at least one continuous rod is progressively formed as it feeds along a forming feed direction (X);
A method of preparing a resin for a urethane-based optical material by polymerizing a resin composition comprising a polythiol compound and a polyisocyanate compound, wherein the resin composition has a moisture content of 300 to 3,000 ppm measured using a Karl Fischer reagent, the polythiol compound has a moisture content of 600 to 3,000 ppm measured using a Karl Fischer reagent, and the polyisocyanate compound comprises at least one compound selected from the group consisting of isophorone diisocyanate and hexamethylene diisocyanate. wherein the resin composition has a moisture content of 300 to 3,000 ppm measured using a Karl Fischer reagent, the polythiol compound has a moisture content of 600 to 3,000 ppm measured using a Karl Fischer reagent, and the polyisocyanate compound comprises at least one compound selected from the group consisting of isophorone diisocyanate and hexamethylene diisocyanate.
A subscription profile downloading method, wherein the method is executed by a subscription management server, and the method comprises: receiving a profile order from an operator server, wherein the profile order comprises authentication information of an application on a device allowed by the operator server to initiate subscription profile downloading, wherein the authentication information enables the application to trigger a Local Profile Assistant, LPA, on the device to download a subscription profile; returning a profile order response message to the operator server based on the profile order; receiving an authentication request from a device, wherein the authentication request comprises information about an application initiating subscription profile downloading in the device, and comparing the authentication information and the information about the application initiating subscription profile downloading in the device, to attempt to authenticate the application initiating subscription profile downloading; and downloading the subscription profile to the device after the authentication succeeds. receiving a profile order from an operator server, wherein the profile order comprises authentication information of an application on a device allowed by the operator server to initiate subscription profile downloading, wherein the authentication information enables the application to trigger a Local Profile Assistant, LPA, on the device to download a subscription profile; returning a profile order response message to the operator server based on the profile order; receiving an authentication request from a device, wherein the authentication request comprises information about an application initiating subscription profile downloading in the device, and comparing the authentication information and the information about the application initiating subscription profile downloading in the device, to attempt to authenticate the application initiating subscription profile downloading; and downloading the subscription profile to the device after the authentication succeeds.
A LED component, characterized by comprising: a composite layer , a plurality of driver ICs and a plurality of LED chips which are evenly arranged in length and breadth at the front side of the composite layer ; wherein the LED chips comprise a plurality of first LED chips , each of the driver ICs corresponds to a group of the first LED chips , the driver ICs are arranged at the front side of the composite layer , and the first LED chips are stacked and mounted on surfaces of the driver ICs ; a plurality of wires going from cathodes of the respective LED chips are connected to the driver ICs ; each of the driver ICs is connected with each other via a signal line; wherein the LED chips comprise a plurality of second LED chips ; the second LED chips are mounted at the front side of the composite layer ; a plurality of blind holes are opened at the front side of the composite layer , anodes of the second LED chips are connected to a positive electrode in the composite layer ; a wire going from a VDD pin of each driver IC is connected to the positive electrode in the composite layer through one of the blind holes; a wire going from a GND pin of the each driver IC is connected to a negative electrode in the composite layer through one of the blind holes. wherein the LED chips comprise a plurality of first LED chips , each of the driver ICs corresponds to a group of the first LED chips , the driver ICs are arranged at the front side of the composite layer , and the first LED chips are stacked and mounted on surfaces of the driver ICs ; a plurality of wires going from cathodes of the respective LED chips are connected to the driver ICs ; each of the driver ICs is connected with each other via a signal line; wherein the LED chips comprise a plurality of second LED chips ; the second LED chips are mounted at the front side of the composite layer ; a plurality of blind holes are opened at the front side of the composite layer , anodes of the second LED chips are connected to a positive electrode in the composite layer ; a wire going from a VDD pin of each driver IC is connected to the positive electrode in the composite layer through one of the blind holes; a wire going from a GND pin of the each driver IC is connected to a negative electrode in the composite layer through one of the blind holes.
A compound or a stereoisomer, the geometric isomer, the tautomer, the nitrogen oxide, the hydrate, the solvate, or the pharmaceutically acceptable salt of the compound for use in treating or preventing alopecia, wherein the compound has one of the following structures:
Method for operating a control operation system of a cutting machine , characterized in that a central control unit is configured to monitor and control the operation of the cutting machine , automatically and in real-time, through the following steps: - programming in an interface device of the control operation system an initial parameterization by an operator, according to the type of material intended for drilling; - starting a drilling process; - reading and processing the data sent from a sensory block of the control operation system;if the tip of the cutting tool is left unguided, an intersection is detected, and the following cutting parameters are adjusted: - drilling feed, acting directly on the cutting machine, in particular on the motor thereof, which coordinates the power delivered to the rotating and linear axes; - cooling the cutting tool, acting directly on the cooling circuit of the cutting machine; - vibrating the rotating axis of the cutting machine; wherein the adjustment of the drilling feed and the detection of intersections, the cooling control and the vibration control are performed by comparing the values collected by the power, pressure or flow rate and vibration sensors, respectively, of the sensory block, with the values of the cutting parameters programmed in the initial parameterization carried out by the operator. - programming in an interface device of the control operation system an initial parameterization by an operator, according to the type of material intended for drilling; - starting a drilling process; - reading and processing the data sent from a sensory block of the control operation system;if the tip of the cutting tool is left unguided, an intersection is detected, and the following cutting parameters are adjusted: - drilling feed, acting directly on the cutting machine, in particular on the motor thereof, which coordinates the power delivered to the rotating and linear axes; - cooling the cutting tool, acting directly on the cooling circuit of the cutting machine; - vibrating the rotating axis of the cutting machine; wherein the adjustment of the drilling feed and the detection of intersections, the cooling control and the vibration control are performed by comparing the values collected by the power, pressure or flow rate and vibration sensors, respectively, of the sensory block, with the values of the cutting parameters programmed in the initial parameterization carried out by the operator. - drilling feed, acting directly on the cutting machine, in particular on the motor thereof, which coordinates the power delivered to the rotating and linear axes; - cooling the cutting tool, acting directly on the cooling circuit of the cutting machine; - vibrating the rotating axis of the cutting machine; wherein the adjustment of the drilling feed and the detection of intersections, the cooling control and the vibration control are performed by comparing the values collected by the power, pressure or flow rate and vibration sensors, respectively, of the sensory block, with the values of the cutting parameters programmed in the initial parameterization carried out by the operator.
Rotor cup for an open-end spinning rotor , in which a fiber material is able to be spun, and which has a coupling device for detachable connection to a rotor shaft of the spinning rotor , wherein the coupling device includes a positive-locking connection for the transmission of the turning moment between the rotor cup and the rotor shaft along with a magnetic device for the axial connection of the rotor shaft and the rotor cup , characterized in that the rotor cup has as coupling device at least one recess for a projection of the rotor shaft , wherein the recess includes a first, cylindrical section and a second section having at least one torque-transmitting mating portion in the form of at least one torque-transmitting surface, wherein the coupling device is arranged directly on the rotor cup without interposition of further components and that, a socket for a permanent magnet is arranged on the rotor cup , in particular in the bottom of the rotor cup , wherein the socket for the permanent magnet is formed by a bore hole.
A method of gettering hydrogen and moisture from a sealed enclosure at a temperature in the range 80-500 °C comprising the step of introducing into said enclosure a getter composition comprising calcium oxide and copper oxide, and wherein the getter composition is essentially free of palladium or a palladium compound.
A method of producing an investment casting ceramic core, comprising: providing a core body consisting of a leachable material; surrounding the core body with a mold composition within a vessel , which mold composition is configured to solidify; leaching the core body from the mold composition subsequent to the mold composition solidifying, thereby leaving an internal cavity within the solidified mold composition ; depositing a ceramic composition within the internal cavity of the solidified mold composition ; sintering the ceramic composition to a solid ceramic core; and removing the solid ceramic core from the mold composition ; wherein the mold composition includes one or more body constituents that include at least one refractory material in particulate form and one or more solidifying constituents which include a binder configured to bind the at least one refractory material in particulate form into a solid; wherein the step of sintering the ceramic composition is configured such that when the ceramic composition is sintered to a solid ceramic core, the one or more solidifying constituents to either depart from the solidified mold composition or transform from the solid state to a non-solid form,, leaving the remaining solidified mold composition constituents within the vessel in a loose particle form. providing a core body consisting of a leachable material; surrounding the core body with a mold composition within a vessel , which mold composition is configured to solidify; leaching the core body from the mold composition subsequent to the mold composition solidifying, thereby leaving an internal cavity within the solidified mold composition ; depositing a ceramic composition within the internal cavity of the solidified mold composition ; sintering the ceramic composition to a solid ceramic core; and removing the solid ceramic core from the mold composition ; wherein the mold composition includes one or more body constituents that include at least one refractory material in particulate form and one or more solidifying constituents which include a binder configured to bind the at least one refractory material in particulate form into a solid; wherein the step of sintering the ceramic composition is configured such that when the ceramic composition is sintered to a solid ceramic core, the one or more solidifying constituents to either depart from the solidified mold composition or transform from the solid state to a non-solid form,, leaving the remaining solidified mold composition constituents within the vessel in a loose particle form.