mhurhangee/patent-ind-claim-en huggingface dataset:
A method for fault detection of a transmission line of a transmission system , the method being performed by a fault detection arrangement , the method comprising: obtaining (S102) instantaneous measurements of local voltages and local currents of the transmission line ; obtaining (S104) filtered measurements of the local voltages and local currents by subjecting the measurements of the local voltages and local currents to low pass filtering; and obtaining (S106) compensated voltage measurements by subjecting the filtered measurements to a differential equation based algorithm; wherein the method is further characterised in comprising: performing (S108) fault detection by forming a ratio between the compensated voltage measurements and the filtered voltage measurements, whereby an internal fault is determined if the ratio is more negative than a threshold; and else an external fault is determined. obtaining (S102) instantaneous measurements of local voltages and local currents of the transmission line ; obtaining (S104) filtered measurements of the local voltages and local currents by subjecting the measurements of the local voltages and local currents to low pass filtering; and obtaining (S106) compensated voltage measurements by subjecting the filtered measurements to a differential equation based algorithm; wherein the method is further characterised in comprising: performing (S108) fault detection by forming a ratio between the compensated voltage measurements and the filtered voltage measurements, whereby an internal fault is determined if the ratio is more negative than a threshold; and else an external fault is determined. an internal fault is determined if the ratio is more negative than a threshold; and else an external fault is determined.
A robotic wheel gripper unit configured for gripping and transporting a wheel to a predetermined position, comprising: a selectively moveable arm ; and a gripper tool that is connected to a first end of the moveable arm ; wherein the gripper tool further includes a plurality of gripper fingers carried on platforms and configured for selectively engaging a portion of a wheel ; characterized in that the gripper tool further comprises at least one sensor mounted to at least one of the platforms and configured to detect a location of a predetermined element on the wheel , the moveable arm being configured to rotate the gripper tool about the wheel until the sensor detects the location of the predetermined element on the wheel . a selectively moveable arm ; and a gripper tool that is connected to a first end of the moveable arm ; wherein the gripper tool further includes a plurality of gripper fingers carried on platforms and configured for selectively engaging a portion of a wheel ; characterized in that the gripper tool further comprises at least one sensor mounted to at least one of the platforms and configured to detect a location of a predetermined element on the wheel , the moveable arm being configured to rotate the gripper tool about the wheel until the sensor detects the location of the predetermined element on the wheel .
An annular rotary knife blade rotatable about a central axis of rotation for use in a power operated dermatome , the rotary knife blade comprising: an upper body portion including an inner wall and a radially spaced apart outer wall and an upper end and an axially spaced apart lower end , the outer wall of the upper body portion including a bearing race extending radially inwardly into the outer wall , the upper portion including a driven gear ; and a lower blade portion extending from the upper body portion , the lower blade portion including an inner wall and a radially spaced apart outer wall and an upper end and an axially spaced apart lower end , a bottom surface of the lower blade portion extending along the lower end of the lower blade portion , an intersection of the bottom surface and the inner wall of the lower blade portion forming a cutting edge of the rotary knife blade , the inner wall and outer wall converging in a direction proceeding towards a bottom surface of the lower blade portion ; and wherein the inner wall of the lower blade portion and the inner wall of the upper body portion are radially spaced apart and are connected by a shoulder surface extending transversely relative to the central axis of rotation of the rotary knife blade and at least a portion of the inner wall of the upper body portion extending substantially parallel to the central axis of rotation and, characterised in that when viewed in a section along a plane containing the central axis of rotation , the inner wall of the lower blade portion is substantially linear between the cutting edge and the shoulder surface . an upper body portion including an inner wall and a radially spaced apart outer wall and an upper end and an axially spaced apart lower end , the outer wall of the upper body portion including a bearing race extending radially inwardly into the outer wall , the upper portion including a driven gear ; and a lower blade portion extending from the upper body portion , the lower blade portion including an inner wall and a radially spaced apart outer wall and an upper end and an axially spaced apart lower end , a bottom surface of the lower blade portion extending along the lower end of the lower blade portion , an intersection of the bottom surface and the inner wall of the lower blade portion forming a cutting edge of the rotary knife blade , the inner wall and outer wall converging in a direction proceeding towards a bottom surface of the lower blade portion ; and wherein the inner wall of the lower blade portion and the inner wall of the upper body portion are radially spaced apart and are connected by a shoulder surface extending transversely relative to the central axis of rotation of the rotary knife blade and at least a portion of the inner wall of the upper body portion extending substantially parallel to the central axis of rotation and, characterised in that when viewed in a section along a plane containing the central axis of rotation , the inner wall of the lower blade portion is substantially linear between the cutting edge and the shoulder surface .
Electrical terminal block , comprising a terminal housing , at least two conductor connecting elements located in the terminal housing, and two conductor bars , wherein each conductor bar have a connecting section and at least one resilient contact section , wherein each connecting section is associated with a respective conductor connecting element and the contact sections together form a contact region for accommodating and making contact with a plug of a test plug or an isolating plug , and wherein the contact sections connect each other, when no plug is plugged in, so that both conductor connecting elements are electrically connected to one another via the conductor bars , characterized in that two spring elements are arranged in the terminal housing , each spring element having a respective resilient contact section , that the contact sections of the two spring elements together form another contact region for the plug which is arranged in a plug-in direction (E) of the plug upstream of the contact region of the conductor bars , and that at least one of the spring elements has a receiver for a leg of a plug-in jumper , wherein a respective spring element is connected in an electrically conductive manner to one of the conductor bars via the plug when the plug of a test plug or an isolating plug has been inserted into the terminal block .
A molecular sieve belonging to the ZSM-48 family of zeolites, wherein the molecular sieve comprises: a silicon oxide to aluminum oxide mole ratio of 40 to 200, at least 70% polytype 6 of the total ZSM-48-type material present in the product, and an additional EUO-type molecular sieve phase in an amount of between 0 and 3.5 percent by weight of the total product; and wherein the molecular sieve has a morphology characterized as polycrystalline aggregates comprising crystallites collectively having an average aspect ratio of between 1 and 5. a silicon oxide to aluminum oxide mole ratio of 40 to 200, at least 70% polytype 6 of the total ZSM-48-type material present in the product, and an additional EUO-type molecular sieve phase in an amount of between 0 and 3.5 percent by weight of the total product; and wherein the molecular sieve has a morphology characterized as polycrystalline aggregates comprising crystallites collectively having an average aspect ratio of between 1 and 5.
A portable biometric wrist device having an optical sensor and comprising - a casing, wherein all the components of the portable biometric wrist device are installed in the casing, preferably wherein the casing is connected to a wearable wrist strap for attaching the portable biometric monitor to a user, - at least one light source , such as a LED, and at least one light detector installed onto a circuit board , - the casing having at least one aperture for said at least one light source and at least one aperture for said at least one detector , wherein - each of said at least one light source and at least one light detector are optically isolated from each other inside said casing with an elastic sealing plate comprising elastomer arranged to fit as an intermediate layer between said casing and said circuit board , said sealing plate having at least one aperture for said at least one light source and at least one aperture for at said least one light detector , characterised in that the sealing plate contains adhesive on one or both sides and the adhesive is pressure-sensitive adhesive, and wherein the sealing plate is attached onto the circuit board by the pressure sensitive adhesive. - a casing, wherein all the components of the portable biometric wrist device are installed in the casing, preferably wherein the casing is connected to a wearable wrist strap for attaching the portable biometric monitor to a user, - at least one light source , such as a LED, and at least one light detector installed onto a circuit board , - the casing having at least one aperture for said at least one light source and at least one aperture for said at least one detector , wherein - each of said at least one light source and at least one light detector are optically isolated from each other inside said casing with an elastic sealing plate comprising elastomer arranged to fit as an intermediate layer between said casing and said circuit board , said sealing plate having at least one aperture for said at least one light source and at least one aperture for at said least one light detector , characterised in that the sealing plate contains adhesive on one or both sides and the adhesive is pressure-sensitive adhesive, and wherein the sealing plate is attached onto the circuit board by the pressure sensitive adhesive.
A passive tuned magnetic dashpot for damping movement of a first component relative to a second component , the passive tuned magnetic dashpot comprising: a voice coil coupled to the first component; a magnet coupled to the second component and concentric with the voice coil; and an inductor positioned in series with the voice coil, characterised in that the inductor enables frequency dependent damping, such that damping below a critical frequency 2 ω n is greater than damping above the critical frequency 2 ω n , where ω n is a natural frequency of movement of the first component relative to the second component. a voice coil coupled to the first component; a magnet coupled to the second component and concentric with the voice coil; and an inductor positioned in series with the voice coil, characterised in that the inductor enables frequency dependent damping, such that damping below a critical frequency 2 ω n is greater than damping above the critical frequency 2 ω n , where ω n is a natural frequency of movement of the first component relative to the second component.
A data storage device coupled to a host, comprising: a plurality of flash memory devices (150; 350), each of the flash memory devices being arranged into a plurality of blocks having a plurality of pages for storing data; and a memory controller operationally coupled with the flash memory devices, the memory controller being configured to: receive a logical to physical address translation map from a host device , wherein a physical address includes a physical address for one of the flash memory devices; store the logical to physical address translation map in a memory module on the memory controller; receive read commands directly from an application running on the host device such that the commands bypass a driver on the host device, wherein the read commands include logical memory addresses that refer to the logical locations on the flash memory devices; and translate the logical addresses to physical memory addresses using the logical to physical address translation map. a plurality of flash memory devices (150; 350), each of the flash memory devices being arranged into a plurality of blocks having a plurality of pages for storing data; and a memory controller operationally coupled with the flash memory devices, the memory controller being configured to: receive a logical to physical address translation map from a host device , wherein a physical address includes a physical address for one of the flash memory devices; store the logical to physical address translation map in a memory module on the memory controller; receive read commands directly from an application running on the host device such that the commands bypass a driver on the host device, wherein the read commands include logical memory addresses that refer to the logical locations on the flash memory devices; and translate the logical addresses to physical memory addresses using the logical to physical address translation map. receive a logical to physical address translation map from a host device , wherein a physical address includes a physical address for one of the flash memory devices; store the logical to physical address translation map in a memory module on the memory controller; receive read commands directly from an application running on the host device such that the commands bypass a driver on the host device, wherein the read commands include logical memory addresses that refer to the logical locations on the flash memory devices; and translate the logical addresses to physical memory addresses using the logical to physical address translation map.
Method for managing at least one first rotary processing unit of a production line for items obtained by blow moulding, in which a first mobile element of said first rotary processing unit is driven in rotation, characterized in that it comprises a controlled stopping phase including the following steps: - determining a first setpoint angular stopping position for the first mobile element relative to said first rotary processing unit , and - ordering the first mobile element to stop in such a way that the first mobile element stops in said previously determined first setpoint angular stopping position. - determining a first setpoint angular stopping position for the first mobile element relative to said first rotary processing unit , and - ordering the first mobile element to stop in such a way that the first mobile element stops in said previously determined first setpoint angular stopping position.
A method for establishing a backhaul, BH, radio link control, RLC, channel between a node and a distributed unit, DU, the method comprising: a central unit, CU, triggering establishment of the BH RLC channel between the node and the DU; and the CU sending (s404) to the DU an application protocol, AP, message requesting the DU to setup the BH RLC channel, wherein the AP message comprises a list identifying one or more BH RLC channels to be setup, wherein the list comprises at least one item containing a BH RLC channel identifier, ID, information element, IE, containing a BH RLC channel ID identifying the BH RLC channel. a central unit, CU, triggering establishment of the BH RLC channel between the node and the DU; and the CU sending (s404) to the DU an application protocol, AP, message requesting the DU to setup the BH RLC channel, wherein the AP message comprises a list identifying one or more BH RLC channels to be setup, wherein the list comprises at least one item containing a BH RLC channel identifier, ID, information element, IE, containing a BH RLC channel ID identifying the BH RLC channel.
A method for manufacturing a molded vehicle trim element , characterized by the steps: - providing a carrier plate in a mold for injection molding comprising a mobile core of the mold and cavity of the mold to give the final shape of the vehicle trim element , - providing a glass panel in the mold having at least a first region to be bent, - cold bending the glass panel inside the mold in a requested shape, - injecting a soft material between the glass panel and the carrier plate to form the vehicle trim element made of bent carrier plate and glass panel fixed together via the molding material, to improve the safety of the glass and prevent fragment to spread in the vehicle in case of breakage, - removing the vehicle trim element from the mold. - providing a carrier plate in a mold for injection molding comprising a mobile core of the mold and cavity of the mold to give the final shape of the vehicle trim element , - providing a glass panel in the mold having at least a first region to be bent, - cold bending the glass panel inside the mold in a requested shape, - injecting a soft material between the glass panel and the carrier plate to form the vehicle trim element made of bent carrier plate and glass panel fixed together via the molding material, to improve the safety of the glass and prevent fragment to spread in the vehicle in case of breakage, - removing the vehicle trim element from the mold.
A compressor of a gas turbine engine having a circumferential row of aerofoil members, in use each aerofoil member extending between radially inner and radially outer endwalls which define a gas annulus of the compressor; wherein the aerofoil member has a leading edge, a trailing edge, a pressure surface and a suction surface such that successive cross-sections through the aerofoil member transverse to the radial direction provide respective aerofoil sections, and wherein the external shape of the aerofoil member is defined by the stacking of the aerofoil sections on a stacking axis which passes through a reference point common to each aerofoil section; wherein the aerofoil member has lean produced by the projection of the stacking axis onto a plane normal to the engine axis intersecting a first endwall that is one of the radially inner and radially outer endwalls which define the gas annulus at an angle of from 5° to 25° to the circumferential direction such that the pressure surface faces the first endwall; and wherein with increasing distance along the stacking axis from the first endwall, the stacking axis experiences a turning point such that the pressure surface has a convex shape adjacent the first endwall.
A method of delivering a volatile material comprising the step of providing a delivery engine comprising: a. a reservoir comprising a volatile material mixture wherein said volatile material mixture comprises a perfume material : and b. a microporous membrane enclosing said reservoir, said microporous membrane comprising an average pore size of 0.01 to 0.03 microns, characterized in that said volatile material mixture comprises from 40% to 100%, by total weight, of volatile materials each having a vapor pressure at 25°C of less than 13.3 Pa (0.1 torr) and in that said microporous membrane comprises an evaporative surface area of 2 cm 2 to 35cm 2 . a. a reservoir comprising a volatile material mixture wherein said volatile material mixture comprises a perfume material : and b. a microporous membrane enclosing said reservoir, said microporous membrane comprising an average pore size of 0.01 to 0.03 microns, characterized in that said volatile material mixture comprises from 40% to 100%, by total weight, of volatile materials each having a vapor pressure at 25°C of less than 13.3 Pa (0.1 torr) and in that said microporous membrane comprises an evaporative surface area of 2 cm 2 to 35cm 2 .
A method of determining the presence of an analyte of interest in a blood sample , the method comprising: introducing a first reference fluid into a first reference vial, the first reference vial comprising a first reference vial sensor comprising a fluorophore and a pH indicator, the first reference fluid exposing the first reference vial sensor in the first reference vial to a first performance boundary condition, the first performance boundary condition comprising a low pH condition or a high pH condition; transmitting light at an excitation frequency of the first reference vial sensor to the first reference vial; measuring an intensity of a plurality of fluorescence signals emitted from the first reference vial sensor performing at the first performance boundary condition to generate a first reference ratio; inoculating a blood culture test vial comprising a test vial sensor with the blood sample , the test vial sensor comprising a fluorophore and a pH indicator; transmitting light at an excitation frequency of the test vial sensor to the test vial ; measuring an intensity of a plurality of fluorescence signals emitted from the test vial ; and normalizing the plurality of measured fluorescence signals emitted from the test vial using the first reference ratio. introducing a first reference fluid into a first reference vial, the first reference vial comprising a first reference vial sensor comprising a fluorophore and a pH indicator, the first reference fluid exposing the first reference vial sensor in the first reference vial to a first performance boundary condition, the first performance boundary condition comprising a low pH condition or a high pH condition; transmitting light at an excitation frequency of the first reference vial sensor to the first reference vial; measuring an intensity of a plurality of fluorescence signals emitted from the first reference vial sensor performing at the first performance boundary condition to generate a first reference ratio; inoculating a blood culture test vial comprising a test vial sensor with the blood sample , the test vial sensor comprising a fluorophore and a pH indicator; transmitting light at an excitation frequency of the test vial sensor to the test vial ; measuring an intensity of a plurality of fluorescence signals emitted from the test vial ; and normalizing the plurality of measured fluorescence signals emitted from the test vial using the first reference ratio.