mhurhangee/ep-ind-claims huggingface dataset:
Baking oven comprising a housing and a door that is held thereon so as to be able to pivot about a pivot axis and comprises a door handle mounted so as to be able to rotate about its own axis of rotation, characterised in that the door handle comprises at least one handle bar which can be rotated about its own axis of rotation from a zero position in both directions of rotation, in each case up to a definable end stop, and returns automatically into the zero position from any angular position between the zero position and the relevant end stop position by means of a restoring member, and in that the handle bar can be rotated in each case from the zero position by approximately 90 degrees in both directions of rotation and each 90 degree position forms the position of the end stop.
A computer-implemented method of debugging a target process, the method comprising: entering, by a debugger, a break mode while debugging a target process, wherein the target process comprises a virtual memory that points to data stored in a physical memory; characterized in that the method further comprises: generating, by an operating system, a process snapshot from the target process, wherein the process snapshot comprises a virtual memory page table that is a copy of a page table of the target process at a time when the snapshot was generated, and wherein the virtual memory page table points to physical memory pages that were in use when the snapshot was generated; and performing, by the debugger, a function evaluation within the process snapshot. entering, by a debugger, a break mode while debugging a target process, wherein the target process comprises a virtual memory that points to data stored in a physical memory; characterized in that the method further comprises: generating, by an operating system, a process snapshot from the target process, wherein the process snapshot comprises a virtual memory page table that is a copy of a page table of the target process at a time when the snapshot was generated, and wherein the virtual memory page table points to physical memory pages that were in use when the snapshot was generated; and performing, by the debugger, a function evaluation within the process snapshot. generating, by an operating system, a process snapshot from the target process, wherein the process snapshot comprises a virtual memory page table that is a copy of a page table of the target process at a time when the snapshot was generated, and wherein the virtual memory page table points to physical memory pages that were in use when the snapshot was generated; and performing, by the debugger, a function evaluation within the process snapshot.
A method of manufacturing a grease collector pad, the method comprising: blending wool fibers with flame resistant viscose fibers to create a blend of fibers in a ratio as much as 95% wool fibers and 5% flame resistant viscose fibers or as much as 95% flame resistant viscose fibers and 5% wool fibers; carding the blend into a fiber web; layering the fiber web into a blended fiber wadding using a cross lapping machine; creating a bonding emulsion comprising a binder and a fire retardant; diluting the bonding emulsion; and applying the diluted bonding emulsion to the blended fiber wadding by spraying the top and the bottom of the wadding. blending wool fibers with flame resistant viscose fibers to create a blend of fibers in a ratio as much as 95% wool fibers and 5% flame resistant viscose fibers or as much as 95% flame resistant viscose fibers and 5% wool fibers; carding the blend into a fiber web; layering the fiber web into a blended fiber wadding using a cross lapping machine; creating a bonding emulsion comprising a binder and a fire retardant; diluting the bonding emulsion; and applying the diluted bonding emulsion to the blended fiber wadding by spraying the top and the bottom of the wadding.
A method of operating an acetic acid production system, comprising: flashing a reaction mixture discharged from an acetic acid production reactor into a vapor stream and a liquid stream, the vapor stream comprising acetic acid, water, methanol, methyl acetate, methyl iodide, and acetaldehyde; distilling the vapor stream into: a product side stream comprising acetic acid and water; a bottoms stream; and an overhead stream comprising methyl iodide, water, methyl acetate, acetic acid, and acetaldehyde; condensing the overhead stream into: a light, aqueous phase comprising water, acetic acid, and methyl acetate; and a heavy, organic phase comprising methyl iodide, acetic acid, water, and the acetaldehyde; and converting the acetaldehyde in at least a portion of the heavy, organic phase to an oligomer, wherein converting comprising contacting the at least a portion of the heavy, organic phase with methanesulfonic acid as a catalyst to convert the acetaldehyde to the oligomer. flashing a reaction mixture discharged from an acetic acid production reactor into a vapor stream and a liquid stream, the vapor stream comprising acetic acid, water, methanol, methyl acetate, methyl iodide, and acetaldehyde; distilling the vapor stream into: a product side stream comprising acetic acid and water; a bottoms stream; and an overhead stream comprising methyl iodide, water, methyl acetate, acetic acid, and acetaldehyde; condensing the overhead stream into: a light, aqueous phase comprising water, acetic acid, and methyl acetate; and a heavy, organic phase comprising methyl iodide, acetic acid, water, and the acetaldehyde; and converting the acetaldehyde in at least a portion of the heavy, organic phase to an oligomer, wherein converting comprising contacting the at least a portion of the heavy, organic phase with methanesulfonic acid as a catalyst to convert the acetaldehyde to the oligomer.
Plant for the treatment of a multiphasic fluid comprising at least an emulsion of two liquid phases of different respective densities, said plant comprising a circuit within which said multiphasic fluid is intended to circulate, said circuit comprising a main settler intended to separate at least said liquid phases, said main settler comprising at least one inlet through which said multiphasic fluid is intended to enter into the main settler and at least one outlet (22A, 22B, 22C) through which said fluid is intended to be discharged from the main settler, said plant being characterized in that it also comprises a tool for the characterization of said multiphasic fluid, said characterization tool comprising at least: - one inlet opening and one outlet opening respectively connected to said circuit upstream of said inlet and upstream of said outlet (22A, 22B, 22C) with respect to the flowing direction of said multiphasic fluid within the circuit, - an analysis settler arranged between said inlet and outlet openings and adapted to separate at least said liquid phases to obtain so-called separated phases, - a means for combining said separated phases, said plant being designed to divert a fraction of the flow of multiphasic fluid feeding the main settler towards and into the characterization tool, so that the main settler and the characterization tool are concomitantly fed with multiphasic fluid, the multiphasic fluid entering into the characterization tool being hence substantially similar to the multiphasic fluid entering into the main settler, wherein said fraction of the fluid circulates within the tool entering through said inlet opening to pass through said analysis settler so that said phases are separated then discharged through said outlet opening into said circuit, the gaseous phase present within the emulsion being at least partially pre-separated in the characterization tool, before the multiphasic fluid enters into the analysis settler, said combining means being designed to combine said separated phases downstream of said analysis settler and upstream of said outlet (22A, 22B, 22C) with respect to the flowing direction of the fluid. - one inlet opening and one outlet opening respectively connected to said circuit upstream of said inlet and upstream of said outlet (22A, 22B, 22C) with respect to the flowing direction of said multiphasic fluid within the circuit, - an analysis settler arranged between said inlet and outlet openings and adapted to separate at least said liquid phases to obtain so-called separated phases, - a means for combining said separated phases,
A computer-implemented method for protecting against unauthorized network intrusions, the method being performed by a computing device (200, 206) comprising at least one processor, the method comprising: identifying a signal received by one or more antennas of a network from a transceiver of a device attempting to access the network; detecting one or more signal strengths of the signal received by the antennas of the network in connection with the attempt to access the network by: detecting, via a first antenna within the antennas of the network, a first strength of the identified signal; detecting, via at least one additional antenna within the antennas of the network, at least one additional strength of the identified signal; identifying a variance between the first strength and the at least one additional strength of the received signal; determining, based at least in part on the variance between the first strength and the additional strength, that the attempt to access the network is potentially malicious by matching the variance to a variance in a specified policy; in response to determining that the attempt to access the network is potentially malicious, initiating at least one security measure to address the potentially malicious attempt to access the network. identifying a signal received by one or more antennas of a network from a transceiver of a device attempting to access the network; detecting one or more signal strengths of the signal received by the antennas of the network in connection with the attempt to access the network by: detecting, via a first antenna within the antennas of the network, a first strength of the identified signal; detecting, via at least one additional antenna within the antennas of the network, at least one additional strength of the identified signal; detecting, via a first antenna within the antennas of the network, a first strength of the identified signal; detecting, via at least one additional antenna within the antennas of the network, at least one additional strength of the identified signal; identifying a variance between the first strength and the at least one additional strength of the received signal; determining, based at least in part on the variance between the first strength and the additional strength, that the attempt to access the network is potentially malicious by matching the variance to a variance in a specified policy; in response to determining that the attempt to access the network is potentially malicious, initiating at least one security measure to address the potentially malicious attempt to access the network.
A method performed by a user equipment, also referred to as UE, comprising: establishing a millimeter wave, also referred to as mmW, connection to a mmW base station (102, 103) with a serving control beam by the user equipment UE in a wireless network; determining a beam tracking failure upon detection of one or more tracking failure conditions, wherein the beam tracking failure is determined by lower layers of the UE if a link quality of the serving control beam is too bad to maintain connectivity for an evaluation period; performing one or more recovery procedures by the lower layers of the UE based on one or more recovery conditions; and sending a failure indicator to an upper layer of the UE upon concluding a failure of the one or more recovery procedures. establishing a millimeter wave, also referred to as mmW, connection to a mmW base station (102, 103) with a serving control beam by the user equipment UE in a wireless network; determining a beam tracking failure upon detection of one or more tracking failure conditions, wherein the beam tracking failure is determined by lower layers of the UE if a link quality of the serving control beam is too bad to maintain connectivity for an evaluation period; performing one or more recovery procedures by the lower layers of the UE based on one or more recovery conditions; and sending a failure indicator to an upper layer of the UE upon concluding a failure of the one or more recovery procedures.
A screen assembly comprising a screen for mounting outside a window of a building to obscure selected outward lines of sight from the window, wherein the assembly is adapted so that the screen is movable with respect to the window such that the lines of sight available from the window can be changed without making available the selected obscured lines of sight; wherein the screen assembly is configured to obscure the available lines of sight normal to the plane of the window; and the assembly is configured to space the screen from the window and the dimensions of the screen are selected based on the dimensions of the window and the spacing between the window and the screen so that the screen is at least as long as the hypotenuse of a right angle triangle having a base provided by the window and a height determined by the spacing of the screen from the window.
A connection device for blood pressure monitor comprising: - an adapted inflatable cuff to be placed on the limb of a patient to be examined and/or monitored, said cuff comprising an inflatable pouch, - a flexible tubular cord comprising a first end and a second end, the first end being in fluid communication with the inflatable pouch of the cuff, - a mano-bulb formed by an inflating bulb connected to a pressure gauge for measuring blood pressure, - a connecting element mounted in the mano-bulb for connecting the second end of the cord to said mano-bulb, so that said cord is adapted to provide a direct connection between said bulb and the cuff, - the second end of the cord comprises a male end and the connecting element comprises a female connecting orifice for removably receiving said male end, characterised in that: - the connecting element comprises a part which cooperates by magnetisation with a complementary part arranged on the male end of the cord, - at least one of the parts (45, 65) incorporates a fixed magnet ensuring magnetisation. - an adapted inflatable cuff to be placed on the limb of a patient to be examined and/or monitored, said cuff comprising an inflatable pouch, - a flexible tubular cord comprising a first end and a second end, the first end being in fluid communication with the inflatable pouch of the cuff, - a mano-bulb formed by an inflating bulb connected to a pressure gauge for measuring blood pressure, - a connecting element mounted in the mano-bulb for connecting the second end of the cord to said mano-bulb, so that said cord is adapted to provide a direct connection between said bulb and the cuff, - the second end of the cord comprises a male end and the connecting element comprises a female connecting orifice for removably receiving said male end, characterised in that: - the connecting element comprises a part which cooperates by magnetisation with a complementary part arranged on the male end of the cord, - at least one of the parts (45, 65) incorporates a fixed magnet ensuring magnetisation.
A power plant comprising: a gas turbine that is adapted to use a fuel gas as a fuel; a fuel gas compressor for compressing a fuel gas, said fuel gas compressor comprising a balancing chamber into which a fuel gas that has been used to generate an anti-thrust force acting on a rotor of the fuel gas compressor flows; a compressed fuel gas line for guiding the fuel gas compressed by the fuel gas compressor to a combustor of the gas turbine; a fuel gas supply line for supplying a fuel gas to the fuel gas compressor; a dust collection device into which the fuel gas generated in a blast furnace flows through the fuel gas supply line and which separates/removes impurities from the fuel gas that is to be guided to the fuel gas compressor; a bypass line that communicates with the fuel gas supply line and the compressed fuel gas line to return fuel gas passing through the compressed fuel gas line to the fuel gas supply line as required; a fuel gas cooler for cooling the fuel gas re-circulated through the bypass line; and a heating line arranged to allow fuel gas from the balancing chamber to flow into the fuel gas supply line at an upstream position of the dust collection device. a gas turbine that is adapted to use a fuel gas as a fuel; a fuel gas compressor for compressing a fuel gas, said fuel gas compressor comprising a balancing chamber into which a fuel gas that has been used to generate an anti-thrust force acting on a rotor of the fuel gas compressor flows; a compressed fuel gas line for guiding the fuel gas compressed by the fuel gas compressor to a combustor of the gas turbine; a fuel gas supply line for supplying a fuel gas to the fuel gas compressor; a dust collection device into which the fuel gas generated in a blast furnace flows through the fuel gas supply line and which separates/removes impurities from the fuel gas that is to be guided to the fuel gas compressor; a bypass line that communicates with the fuel gas supply line and the compressed fuel gas line to return fuel gas passing through the compressed fuel gas line to the fuel gas supply line as required; a fuel gas cooler for cooling the fuel gas re-circulated through the bypass line; and a heating line arranged to allow fuel gas from the balancing chamber to flow into the fuel gas supply line at an upstream position of the dust collection device.
Anchor, comprising a self-cutting thread and an anchor rod, wherein at least one axially disposed supply channel for a hardenable mass is arranged in the anchor rod, wherein a head element on which the self-cutting thread is arranged is fastened to a first end of the anchor rod, characterised in that the head element is made of solid material and in that the supply channel is occluded by the head element.
A head-up display device, comprising: a light source; a liquid crystal display device that controls a transmittance of light from the light source and displays an image on a display member; an illuminance sensor that measures an environmental illuminance; and a control circuit that uses a measurement result of the illuminance sensor to control a brightness of the light source, wherein the control circuit controls the brightness of the light source to prevent a border caused by a difference between a black brightness of a display area displayed on the display member by the liquid crystal display device and a black brightness of a background around the display area from being visually recognized, and the control circuit controls the brightness of the light source to match the black brightness of the display area with the black brightness of the background. a light source; a liquid crystal display device that controls a transmittance of light from the light source and displays an image on a display member; an illuminance sensor that measures an environmental illuminance; and a control circuit that uses a measurement result of the illuminance sensor to control a brightness of the light source, wherein the control circuit controls the brightness of the light source to prevent a border caused by a difference between a black brightness of a display area displayed on the display member by the liquid crystal display device and a black brightness of a background around the display area from being visually recognized, and the control circuit controls the brightness of the light source to match the black brightness of the display area with the black brightness of the background.
Device for generating a database that is suitable for identifying problems in a wireless network, wherein the device is a self-sufficient WLAN measurement probe and comprises at least one receiver unit for receiving WLAN radio traffic, namely data packets, via at least one WLAN radio channel of the wireless network and an internal memory unit for storing data from received data packets, wherein the device comprises a control unit which is adapted to store at least control data contained in the received data packets in the internal memory unit, wherein the control unit is adapted to be self-sufficient, i.e. automated and dynamically-adaptively, to select data packets received by the receiver unit for storage in the database, characterized in that the internal memory unit is large enough to hold measurement data for a period of several days, wherein the device further comprises, in parallel with the acquisition of WLAN data traffic, a unit for acquiring measurement data for using the frequency spectrum wherein the measurement data is stored in the internal memory unit, wherein by acquiring measurement data for spectrum utilization radio systems can be detected which do not operate according to the WLAN standard as well as disturbances which do not originate from a communication system.
An electrically controlled valve, comprising: a shaft; a piezoelectric motor affixed to an end of the shaft and driving the shaft in a first direction and in a second opposite direction; a controller which provides power to the piezoelectric motor to move the shaft; a follower which receives the shaft; a valve member which moves with the follower; and a valve seat, the valve member being configured to be moved by the follower against the valve seat to restrict fluid flow and to be moved by the follower away from the valve seat to increase the fluid flow; characterized in that the controller is adapted to move the shaft at a first speed and at a second speed, the first speed being faster that the second speed; and the follower is adapted to slide relative to the shaft in response to the shaft moving at the first speed, and to grip and move with the shaft in response to the shaft moving at the second speed, said follower including the valve member. a shaft; a piezoelectric motor affixed to an end of the shaft and driving the shaft in a first direction and in a second opposite direction; a controller which provides power to the piezoelectric motor to move the shaft; a follower which receives the shaft; a valve member which moves with the follower; and a valve seat, the valve member being configured to be moved by the follower against the valve seat to restrict fluid flow and to be moved by the follower away from the valve seat to increase the fluid flow; characterized in that the controller is adapted to move the shaft at a first speed and at a second speed, the first speed being faster that the second speed; and the follower is adapted to slide relative to the shaft in response to the shaft moving at the first speed, and to grip and move with the shaft in response to the shaft moving at the second speed, said follower including the valve member.