mhurhangee/patent-ind-claim-en huggingface dataset:
A display device for use in a patient monitoring system, comprising: a housing having a front face and a rear, together defining an enclosure; a touchscreen mounted to the front face of said housing, wherein said touchscreen comprises a flat piece of glass having a central display area; and a processor for determining an alarm state, characterized in that : said enclosure comprises a first opening on a right rear side of said housing and a second opening on a left rear side of said housing; said flat piece of glass further comprises a black border that extends along a left, right, top, and bottom edge of said glass; and in that the display device further comprises: light sources within said enclosure which are activated by said processor during the alarm state, wherein said light sources are configured to emit light to pass through said black border and concurrently pass through said first opening and second opening, to provide a visual indication of said alarm state. a housing having a front face and a rear, together defining an enclosure; a touchscreen mounted to the front face of said housing, wherein said touchscreen comprises a flat piece of glass having a central display area; and a processor for determining an alarm state, characterized in that : said enclosure comprises a first opening on a right rear side of said housing and a second opening on a left rear side of said housing; said flat piece of glass further comprises a black border that extends along a left, right, top, and bottom edge of said glass; and in that the display device further comprises: light sources within said enclosure which are activated by said processor during the alarm state, wherein said light sources are configured to emit light to pass through said black border and concurrently pass through said first opening and second opening, to provide a visual indication of said alarm state. said enclosure comprises a first opening on a right rear side of said housing and a second opening on a left rear side of said housing; said flat piece of glass further comprises a black border that extends along a left, right, top, and bottom edge of said glass; and in that the display device further comprises: light sources within said enclosure which are activated by said processor during the alarm state, wherein said light sources are configured to emit light to pass through said black border and concurrently pass through said first opening and second opening, to provide a visual indication of said alarm state.
A locking device for fixing a belt of a sliding door system, comprising a housing , in which an actuator and a runner are received, wherein the runner can be displaced by means of the actuator linearly in the housing , and wherein at least one guide means is arranged on the runner and is guided in a first guide connecting rod in the housing , and wherein a retaining slider is arranged in or on the housing and can be moved along a movement direction, in order to lock the belt , towards said belt into a locked position and, in order to release the belt , away from said belt into a release position, for which purpose at least one second guide connecting rod is designed in the retaining slider , in said second guide connecting rod the guide means is likewise guided and wherein a retaining pawl is received on the retaining slider and is designed to engage into the belt and can be displaced in a running direction of the belt on the retaining slider , characterized in that the first guide connecting rod in the housing has a section running inclined in the direction of the retaining pawl , by means of which a ramp is formed in the first guide connecting rod such that when a tensile force is applied to the belt in a locking direction (SR), the retaining pawl is displaced further in the locked position against the belt , by the guide means running up the ramp .
A lamp for a vehicle, comprising: a lamp module configured to illuminate the road ahead of the vehicle and project a light pattern; and a controller configured to: determine, based on vehicle driving information, a first region in which glare is caused to a person's eyes to be a light adjustment region and reduce light for the first region ; wherein the first region is a region in which glare is caused to at least one of a driver of a nearby vehicle, and a pedestrian, characterized in that the controller is further configured to immediately turn off light for a region corresponding to a location of said person's face in the first region , while controlling light in the other region within the first region to fade out. a lamp module configured to illuminate the road ahead of the vehicle and project a light pattern; and a controller configured to: determine, based on vehicle driving information, a first region in which glare is caused to a person's eyes to be a light adjustment region and reduce light for the first region ; wherein the first region is a region in which glare is caused to at least one of a driver of a nearby vehicle, and a pedestrian, characterized in that the controller is further configured to immediately turn off light for a region corresponding to a location of said person's face in the first region , while controlling light in the other region within the first region to fade out. determine, based on vehicle driving information, a first region in which glare is caused to a person's eyes to be a light adjustment region and reduce light for the first region ; wherein the first region is a region in which glare is caused to at least one of a driver of a nearby vehicle, and a pedestrian, characterized in that the controller is further configured to immediately turn off light for a region corresponding to a location of said person's face in the first region , while controlling light in the other region within the first region to fade out.
A computer-implemented method, comprising: receiving instructions comprising a plurality of opcodes, each opcode comprising one or more bytes of data; disassembling the instructions into separate opcodes; creating a table identifying the boundaries between each opcode; writing debug break point opcodes to all memory locations to initialize a memory ; and writing each opcode to the memory in an opcode-by-opcode manner by atomically writing standard blocks (102-104) of memory ; identifying when a long opcode will overlap two or more standard blocks of memory; writing a second portion of the long opcode to a second memory block; and writing a previous opcode and a first portion of the long opcode to the first memory block. receiving instructions comprising a plurality of opcodes, each opcode comprising one or more bytes of data; disassembling the instructions into separate opcodes; creating a table identifying the boundaries between each opcode; writing debug break point opcodes to all memory locations to initialize a memory ; and writing each opcode to the memory in an opcode-by-opcode manner by atomically writing standard blocks (102-104) of memory ; identifying when a long opcode will overlap two or more standard blocks of memory; writing a second portion of the long opcode to a second memory block; and writing a previous opcode and a first portion of the long opcode to the first memory block.
A composition comprising a bacterial strain of the genus Blautia, for use in a method of treating brain injury.
A spacing mounting screw for aerated concrete, having a head , a shank and a tip region , the shank carrying a thread at least in sections, characterized in that - the non-multi-start thread has a pitch between 3 mm and 5 mm and - the tip region has a drill tip and - the outer diameter D A is between 7.5 mm and 11.5 mm and - the shank has a core diameter D K between 5 mm and 7 mm, - the total length of the screw is at least 150 mm and at most 350 mm; - the diameter of the drill tip D BS is at least 0.5 mm, preferably at least 1 mm and at most 2 mm smaller than the core diameter D K in the region of the thread ; - the tip region has a substantially conical transition region between the shank having the core diameter D K and the drill tip having the diameter D BS . - the non-multi-start thread has a pitch between 3 mm and 5 mm and - the tip region has a drill tip and - the outer diameter D A is between 7.5 mm and 11.5 mm and - the shank has a core diameter D K between 5 mm and 7 mm, - the total length of the screw is at least 150 mm and at most 350 mm; - the diameter of the drill tip D BS is at least 0.5 mm, preferably at least 1 mm and at most 2 mm smaller than the core diameter D K in the region of the thread ; - the tip region has a substantially conical transition region between the shank having the core diameter D K and the drill tip having the diameter D BS .
An electrowetting element comprising: a first fluid ; a second fluid immiscible with the first fluid ; and a support plate including: an electrode for use in applying a voltage to control a configuration of the first and second fluids; and a plurality of layers between the electrode and at least one of the first or second fluids, including: a first layer comprising a first plurality of through-holes , which pass substantially directly through the first layer, wherein the first layer has been formed using a dry process; and a second layer comprising fewer through-holes, which pass substantially directly through the second layer , than the first layer , wherein the second layer has been formed using a wet process, the first layer disposed on the second layer , between the second layer and the at least one of the first or second fluids. a first fluid ; a second fluid immiscible with the first fluid ; and a support plate including: an electrode for use in applying a voltage to control a configuration of the first and second fluids; and a plurality of layers between the electrode and at least one of the first or second fluids, including: a first layer comprising a first plurality of through-holes , which pass substantially directly through the first layer, wherein the first layer has been formed using a dry process; and a second layer comprising fewer through-holes, which pass substantially directly through the second layer , than the first layer , wherein the second layer has been formed using a wet process, the first layer disposed on the second layer , between the second layer and the at least one of the first or second fluids. an electrode for use in applying a voltage to control a configuration of the first and second fluids; and a plurality of layers between the electrode and at least one of the first or second fluids, including: a first layer comprising a first plurality of through-holes , which pass substantially directly through the first layer, wherein the first layer has been formed using a dry process; and a second layer comprising fewer through-holes, which pass substantially directly through the second layer , than the first layer , wherein the second layer has been formed using a wet process, the first layer disposed on the second layer , between the second layer and the at least one of the first or second fluids. a first layer comprising a first plurality of through-holes , which pass substantially directly through the first layer, wherein the first layer has been formed using a dry process; and a second layer comprising fewer through-holes, which pass substantially directly through the second layer , than the first layer , wherein the second layer has been formed using a wet process, the first layer disposed on the second layer , between the second layer and the at least one of the first or second fluids.
Medical device for insertion into soft tissue having a distal end and a proximal end, comprising: - a micro electrode ; - a micro light source ; - a stiffening element comprising one of: a) a material dissolvable or degradable in aqueous body fluid in an amount sufficient to make the stiffening element dissolve or collapse in contact with aqueous body fluid; b) a material swellable in aqueous body fluid to form a transparent gel; - a coat of a flexible non-conducting polymer material on the stiffening element suitable for electrical insulation comprising biocompatible types of polyurethane, polyurethane urea, polyimide, parylene, polymers including silicones or polyethylene therephthalate (PET) and preventing or at least delaying contact between the electrode and soft tissue upon collapse or swelling of the stiffening element, the coat having a distal opening allowing light emitted from the light source to leave the device upon said collapse or dissolution or swelling, - a base disposed at the rear end of the device. - a micro electrode ; - a micro light source ; - a stiffening element comprising one of: a) a material dissolvable or degradable in aqueous body fluid in an amount sufficient to make the stiffening element dissolve or collapse in contact with aqueous body fluid; b) a material swellable in aqueous body fluid to form a transparent gel; a) a material dissolvable or degradable in aqueous body fluid in an amount sufficient to make the stiffening element dissolve or collapse in contact with aqueous body fluid; b) a material swellable in aqueous body fluid to form a transparent gel; - a coat of a flexible non-conducting polymer material on the stiffening element suitable for electrical insulation comprising biocompatible types of polyurethane, polyurethane urea, polyimide, parylene, polymers including silicones or polyethylene therephthalate (PET) and preventing or at least delaying contact between the electrode and soft tissue upon collapse or swelling of the stiffening element, the coat having a distal opening allowing light emitted from the light source to leave the device upon said collapse or dissolution or swelling, - a base disposed at the rear end of the device.
Method for transferring fluid cargo between a first vessel and a second vessel at open sea in a Parallel configuration, and where the first vessel is equipped with a cargo connection point at a stern portion of the first vessel and where the second vessel is equipped with cargo manifold , and where a tubular line is connectable between the cargo connection point and the cargo manifold , wherein the method comprises: - attaching a self-propelled buoy to a side portion of the second vessel ; - connecting a cargo connection between the self-propelled buoy and the cargo manifold ; - connecting a cargo line between the cargo connection point and the self-propelled buoy ; - transferring cargo between the cargo connection point and the second vessel ; - relying on the self-propelled buoy to keep the self-propelled buoy within predetermined distance boundaries from the first vessel also when the self-propelled buoy is attached to the side portion of the second vessel , the second vessel allowed to turn an angle relative to the first vessel , with at least part of the side portion facing side-by-side with respect to the cargo connection point . - attaching a self-propelled buoy to a side portion of the second vessel ; - connecting a cargo connection between the self-propelled buoy and the cargo manifold ; - connecting a cargo line between the cargo connection point and the self-propelled buoy ; - transferring cargo between the cargo connection point and the second vessel ; - relying on the self-propelled buoy to keep the self-propelled buoy within predetermined distance boundaries from the first vessel also when the self-propelled buoy is attached to the side portion of the second vessel , the second vessel allowed to turn an angle relative to the first vessel , with at least part of the side portion facing side-by-side with respect to the cargo connection point .
A system to determine impending oscillatory instabilities in a device, the system comprising: a measuring device configured to generate at least one signal corresponding to dynamics in the device; an instability detection unit provided in communication with the measuring device ; an amplitude estimation unit provided in communication with the instability detection unit and the measuring device , configured to estimate an amplitude of the impending oscillatory instabilities, wherein the instability detection unit diagnoses an onset of instabilities based on at least one of 0-1 test, Burst count test and Hurst exponent test before an onset of oscillatory instabilities or smooth variations in parameters as the device approaches the impending oscillatory instabilities, wherein the at least one of 0-1 test, Burst count test and Hurst exponent test utilizes the amplitude of the impending oscillatory instabilities estimated by the amplitude estimation unit ; and a control unit provided in communication with at least one of the measuring device , the instability detection unit and the amplitude estimation unit , wherein the instability detection unit is configured to generate control signal corresponding to onset of the impending oscillatory instabilities; and the control unit is configured to control the oscillatory instabilities that proceed through the intermittent bursts based on the control signal. a measuring device configured to generate at least one signal corresponding to dynamics in the device; an instability detection unit provided in communication with the measuring device ; an amplitude estimation unit provided in communication with the instability detection unit and the measuring device , configured to estimate an amplitude of the impending oscillatory instabilities, wherein the instability detection unit diagnoses an onset of instabilities based on at least one of 0-1 test, Burst count test and Hurst exponent test before an onset of oscillatory instabilities or smooth variations in parameters as the device approaches the impending oscillatory instabilities, wherein the at least one of 0-1 test, Burst count test and Hurst exponent test utilizes the amplitude of the impending oscillatory instabilities estimated by the amplitude estimation unit ; and a control unit provided in communication with at least one of the measuring device , the instability detection unit and the amplitude estimation unit , wherein the instability detection unit is configured to generate control signal corresponding to onset of the impending oscillatory instabilities; and the control unit is configured to control the oscillatory instabilities that proceed through the intermittent bursts based on the control signal.
A cylindrical or spherical composite pressure vessel suitable for storing a gas or a liquid, comprising: a liner assembly with at least one dome region having a non-homogenous support profile, the at least one dome region being more susceptible to rupture from the pressure within said vessel ; and a shell , further comprising: at least one continuous and general layer of a filament wrap disposed around the liner assembly ; and a plurality of non-continuous narrow slit tapes or tows positioned on the at least one dome region , each of the slit tapes or tows comprising a dry fiber impregnated with a resin, with at least one pair of the slit tapes or tows disposed with bilateral symmetry across a principal axis of the liner assembly ; and wherein the slit tapes or tows are substantially confined to the at least one dome region . a liner assembly with at least one dome region having a non-homogenous support profile, the at least one dome region being more susceptible to rupture from the pressure within said vessel ; and a shell , further comprising: at least one continuous and general layer of a filament wrap disposed around the liner assembly ; and a plurality of non-continuous narrow slit tapes or tows positioned on the at least one dome region , each of the slit tapes or tows comprising a dry fiber impregnated with a resin, with at least one pair of the slit tapes or tows disposed with bilateral symmetry across a principal axis of the liner assembly ; and at least one continuous and general layer of a filament wrap disposed around the liner assembly ; and a plurality of non-continuous narrow slit tapes or tows positioned on the at least one dome region , each of the slit tapes or tows comprising a dry fiber impregnated with a resin, with at least one pair of the slit tapes or tows disposed with bilateral symmetry across a principal axis of the liner assembly ; and wherein the slit tapes or tows are substantially confined to the at least one dome region .
An internal combustion engine, comprising: an oil circuit including at least one passage to provide oil flow to at least one component of the internal combustion engine , a mechanical oil pump connected to the at least one passage to provide oil flow to the at least one passage , and an electrical oil pump connected to the at least one passage to provide oil flow to the at least one passage ; and characterised by a control system including a control module and at least one sensor , the at least one sensor connected to the at least one passage of the oil circuit to measure an oil pressure in the at least one passage and to provide an oil pressure value indicative of a current oil pressure value in the at least one passage , wherein the current oil pressure value is a value within a range of oil pressure values generated in response to the oil pressure, the control module structured to: receive the oil pressure value; in response to the oil pressure value, determine a non-transitory self-shutdown condition wherein the oil pressure is less than a predetermined minimum oil pressure and is non-transitory; and in response to the self-shutdown condition, operate the electrical oil pump until shutdown of the engine is complete. an oil circuit including at least one passage to provide oil flow to at least one component of the internal combustion engine , a mechanical oil pump connected to the at least one passage to provide oil flow to the at least one passage , and an electrical oil pump connected to the at least one passage to provide oil flow to the at least one passage ; and characterised by a control system including a control module and at least one sensor , the at least one sensor connected to the at least one passage of the oil circuit to measure an oil pressure in the at least one passage and to provide an oil pressure value indicative of a current oil pressure value in the at least one passage , wherein the current oil pressure value is a value within a range of oil pressure values generated in response to the oil pressure, the control module structured to: receive the oil pressure value; in response to the oil pressure value, determine a non-transitory self-shutdown condition wherein the oil pressure is less than a predetermined minimum oil pressure and is non-transitory; and in response to the self-shutdown condition, operate the electrical oil pump until shutdown of the engine is complete. receive the oil pressure value; in response to the oil pressure value, determine a non-transitory self-shutdown condition wherein the oil pressure is less than a predetermined minimum oil pressure and is non-transitory; and in response to the self-shutdown condition, operate the electrical oil pump until shutdown of the engine is complete.