mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: - a random access memory; - a nonvolatile storage device as a memory technology device; - firmware that is stored on the nonvolatile storage device, the firmware including: - a kernel that is expanded onto the RAM; - a root disk image as a compressed root file system; and - a boot loader that is executed when the electronic device is booted, and - a central processing unit (CPU), wherein the CPU is configured to expand the boot loader on the nonvolatile storage device onto the RAM as the boot loader when the electronic device is booted, wherein a boot mode of the electronic device is either a normal boot mode or a updated boot mode for updating the firmware on the nonvolatile storage device, wherein the kernel is configured to mount the root disk image on the nonvolatile storage device as the root file system, if the boot mode of the electronic device is the normal boot mode, and wherein the kernel is configured: i) to generate a RAM disk as an memory technology device in an area of the RAM not under management of the kernel; ii) to expand the root disk image on the nonvolatile storage device into the RAM disk; and iii) to mount the root disk image on the RAM disk as the root file system, if the boot mode of the electronic device is the update mode for updating the firmware on the nonvolatile storage device. - a random access memory; - a nonvolatile storage device as a memory technology device; - firmware that is stored on the nonvolatile storage device, the firmware including: - a kernel that is expanded onto the RAM; - a root disk image as a compressed root file system; and - a boot loader that is executed when the electronic device is booted, and - a kernel that is expanded onto the RAM; - a root disk image as a compressed root file system; and - a boot loader that is executed when the electronic device is booted, and - a central processing unit (CPU), i) to generate a RAM disk as an memory technology device in an area of the RAM not under management of the kernel; ii) to expand the root disk image on the nonvolatile storage device into the RAM disk; and iii) to mount the root disk image on the RAM disk as the root file system,
A valve actuator torque limiter including: a moveable shaft moveable two ways in an axial direction and, in use, rotatable to cause rotation of a valve actuator drive shaft; a brake disc mounted on the moveable shaft; a first friction device located to a first side of the brake disc; a second friction device located to a second side of the brake disc; where, in use, contact between the brake disc and the first or the second friction device stops a motor rotating the moveable shaft; a casing housing at least the brake disc, the first friction device and the second friction device, characterized by an adjusting arrangement (224A, 224B) for adjusting a position of the first friction device and/or the second friction device relative to the brake disc, wherein the adjusting arrangement is operable from outside the casing. a moveable shaft moveable two ways in an axial direction and, in use, rotatable to cause rotation of a valve actuator drive shaft; a brake disc mounted on the moveable shaft; a first friction device located to a first side of the brake disc; a second friction device located to a second side of the brake disc; where, in use, contact between the brake disc and the first or the second friction device stops a motor rotating the moveable shaft; a casing housing at least the brake disc, the first friction device and the second friction device, characterized by an adjusting arrangement (224A, 224B) for adjusting a position of the first friction device and/or the second friction device relative to the brake disc, wherein the adjusting arrangement is operable from outside the casing.
Assembly of an installation box and electric installation material with electric wirings, wherein the installation box comprises a housing with a first bottom wall and a first circumferential wall upright from the first bottom wall, wherein the first bottom wall and the first circumferential wall together enclose an installation space for electric installation material, wherein an upper edge of the first circumferential wall facing away from the first bottom wall confines an installation opening for providing access to the installation space, wherein the first circumferential wall is provided with at least one pair of slide couplings, such that the installation box is couplable with a further installation box, and with a passage (20, 25) below each of the at least one pair of slide couplings for electric wirings to pass through the first circumferential wall, characterized in that the installation box further comprises a separate airtight insert in the installation space, wherein the airtight insert comprises a second bottom wall and a second circumferential wall upright from the second bottom wall and an upper edge facing away from the second bottom wall, wherein the second circumferential wall is provided with at least one first membrane adjacent to the passage below the at least one pair of slide couplings, wherein the outer side of the second bottom wall and the second circumferential wall are beyond the installation opening and the passage (20, 25) complementary to the inner side of the first bottom wall and the first circumferential wall, wherein the airtight insert comprises an inner layer manufactured from a rigid material, such as polyolefin, preferably polypropylene, and an outer layer manufactured from an elastic material, such as a thermoplastic elastomer, wherein the at least one first membrane is provided by the outer layer of the airtight insert, and the first membrane is framed by an aperture in the inner layer of the airtight insert, and wherein the second circumferential wall has a second membrane with one or more target fractures that may be closed off with a membrane, through which the electric wirings can pass, wherein the electric wirings passing through the one or more target fractures are enclosed in an airtight manner.
A method for processing cells, said method comprising: a) mixing cells with a first ionic liquid containing clarified cell lysate to form a crude cell lysate; b) removing debris from said crude cell lysate to form a second clarified cell lysate; c) separating lipid-containing hydrophobic and ionic liquid-containing hydrophilic phases present in the second clarified cell lysate; and d) isolating the lipid-containing hydrophobic phase from the ionic liquid-containing hydrophilic phase; wherein the first clarified cell lysate comprises at least 65% hydrophilic ionic liquid by weight and the total amount of water in the crude cell lysate formed in step a) is not more than 45% by weight. a) mixing cells with a first ionic liquid containing clarified cell lysate to form a crude cell lysate; b) removing debris from said crude cell lysate to form a second clarified cell lysate; c) separating lipid-containing hydrophobic and ionic liquid-containing hydrophilic phases present in the second clarified cell lysate; and d) isolating the lipid-containing hydrophobic phase from the ionic liquid-containing hydrophilic phase; wherein the first clarified cell lysate comprises at least 65% hydrophilic ionic liquid by weight and the total amount of water in the crude cell lysate formed in step a) is not more than 45% by weight.
A motor-driven carriage for opening/closing a curtain, including a housing that is provided with two members (124, 126) for suspending the housing from a rail and wherein a friction wheel is mounted, which is driven by an electric motor and which comes into contact with at least one rolling surface (56, 57) of the rail, characterized in that said carriage also comprises a cradle provided, on the one hand, with two other members (155, 156) for suspending the cradle from the rail that are independent of the suspension members (124, 126) of the housing and, on the other hand, means (153, 154) for coupling to the curtain, and in that the cradle is mounted onto the housing and is driven by the housing when the latter moves along the rail, the housing and the cradle being capable of relative movement (F4, F5).
Drive device for a door or a window with a fixed frame and at least one swinging panel mounted thereupon with a driving device for opening and closing the swinging panel, wherein the driving device has a drive motor and an energy store and the closing takes place exclusively under the effect of the drive motor and the opening takes place exclusively under the effect of the energy store, wherein the energy store is at least partially charged during the closing and at least partially discharged during the opening, wherein an electrically switchable holding device is provided for keeping the swinging panel in a closed position, and wherein the holding device is releasable by way of an electrical signal, so that the swinging panel can be brought into an open position by converting the energy stored in the energy store, wherein - an electrical locking device is provided, arranged in or on the fixed frame and in the closed position of the swinging panel interacting for locking purposes with a bolt device arranged on the swinging panel, wherein the holding device is arranged in the region of the locking device and is designed as acting together with it or takes the place of it, or - the holding device has as a blocking element an electromechanical engaging element or a piezo element or a magnetostrictive element, which is designed for blocking the movement of a piston or of a linkage or of the energy store or of a driven shaft or of the locking device, characterized in that the energy store is designed as part of an emergency opening device, which in the event of an emergency, for example in the case of a power failure, in the case of fire or in the case of panic, opens the swinging panel, wherein the holding device is releasable both in normal operation and in the event of an emergency by way of the electrical signal that is generated in normal operation by means of a person-detecting sensor and/or an authorized-personnel switching device and in the event of an emergency by way of an emergency pushbutton and/or a smoke detector and/or fire detector and/or from a central location and wherein the holding device has as a holding element a closed-circuit door opener and/or a closed-circuit valve and/or a closed-circuit engaging element, which is designed as self-releasing in the case of a power failure. - an electrical locking device is provided, arranged in or on the fixed frame and in the closed position of the swinging panel interacting for locking purposes with a bolt device arranged on the swinging panel, wherein the holding device is arranged in the region of the locking device and is designed as acting together with it or takes the place of it, or - the holding device has as a blocking element an electromechanical engaging element or a piezo element or a magnetostrictive element, which is designed for blocking the movement of a piston or of a linkage or of the energy store or of a driven shaft or of the locking device,
A control system for a host vehicle operable in an autonomous mode, the control system comprising one or more controllers, the control system configured to: determine a requirement for the host vehicle within a first lane to manoeuvre into a second lane to perform an overtake; check whether an abort condition is satisfied, wherein satisfaction of the abort condition is determined by checking a third lane for another road user converging with or alongside the host vehicle before the host vehicle manoeuvres into the second lane to perform the overtake, wherein the third lane is on an opposite side of the first lane to the second lane; and if the abort condition is satisfied, cause the host vehicle to remain in the first lane. determine a requirement for the host vehicle within a first lane to manoeuvre into a second lane to perform an overtake; check whether an abort condition is satisfied, wherein satisfaction of the abort condition is determined by checking a third lane for another road user converging with or alongside the host vehicle before the host vehicle manoeuvres into the second lane to perform the overtake, wherein the third lane is on an opposite side of the first lane to the second lane; and if the abort condition is satisfied, cause the host vehicle to remain in the first lane.
A method for information usage, - in which first sensor data are captured by means of sensors of a first sensor type and second sensor data are captured by means of sensors of a second sensor type, - wherein information items describing identical objects and/or object attributes in the first sensor data are associated with one another and information items describing identical objects and/or object attributes in the second sensor data are associated with one another, - wherein the first sensor data have first fuzziness afflictions and the second sensor data have second fuzziness afflictions, and characterized in that - a comparison of the values of the first and the second fuzziness afflictions of the information items describing identical objects and/or object attributes in the first and the second sensor data is effected, - wherein the information items describing identical objects and/or object attributes in the first and the second sensor data are associated with one another, if the values of the first and the second fuzziness afflictions deviate from one another by not more than 50% or by not more than 25%, and - wherein the information items describing identical objects and/or object attributes in the first sensor data are validated by the second sensor data, if the values of the first and the second fuzziness afflictions deviate from one another by more than 50% or by more than 25%. - in which first sensor data are captured by means of sensors of a first sensor type and second sensor data are captured by means of sensors of a second sensor type, - wherein information items describing identical objects and/or object attributes in the first sensor data are associated with one another and information items describing identical objects and/or object attributes in the second sensor data are associated with one another, - wherein the first sensor data have first fuzziness afflictions and the second sensor data have second fuzziness afflictions, and characterized in that - a comparison of the values of the first and the second fuzziness afflictions of the information items describing identical objects and/or object attributes in the first and the second sensor data is effected, - wherein the information items describing identical objects and/or object attributes in the first and the second sensor data are associated with one another, if the values of the first and the second fuzziness afflictions deviate from one another by not more than 50% or by not more than 25%, and - wherein the information items describing identical objects and/or object attributes in the first sensor data are validated by the second sensor data, if the values of the first and the second fuzziness afflictions deviate from one another by more than 50% or by more than 25%.
Charging and/or fuel tank lid module for a motor vehicle for receiving or supporting at least one interface for charging and/or refuelling an energy storage unit on the side of the motor vehicle, and for attaching at least one apparatus (100, 100') that has light-emitting means (110, 111, 112) and serves both for illuminating the charging and/or fuel tank lid module and for indicating the current charging and/or fuel tank fill level of the energy storage unit, characterized in that the charging and/or fuel tank lid module has at least a first opening and a second opening adjacent to the former, wherein the openings (16, 17) serve for at least partially receiving the apparatus (100, 100') and are oriented such that emitted or emittable light of the mounted apparatus (100, 100') can exit from the first opening in the direction of an operator and from the second opening in the direction of the interface for charging and/or refuelling the energy storage unit, wherein the apparatus (100, 100') is formed by a housing that is releasably connected to the charging and/or fuel tank lid module.
An automatic punching machine for making brushes, comprising: - a slide connected to a first actuator and movable with reciprocating motion for receiving bundles of fibres and feeding them to a brush body; - a needle connected to a second actuator and movable with reciprocating motion for inserting the bundles of wires inside corresponding openings of the brush body; - a control system connected to the first and second actuators for controlling them in a synchronized fashion, the actuators comprising reversible electrical machines, characterized in that - the actuators have the respective power supplies electrically interconnected; - the control system is programmed for controlling the actuators during operation as a motor or as a generator, as a function of an instantaneous operation of each electrical machine for acceleration or deceleration, respectively, such that the electricity supplied by an actuator operating as a generator can be used by another actuator operating as a motor. - a slide connected to a first actuator and movable with reciprocating motion for receiving bundles of fibres and feeding them to a brush body; - a needle connected to a second actuator and movable with reciprocating motion for inserting the bundles of wires inside corresponding openings of the brush body; - a control system connected to the first and second actuators for controlling them in a synchronized fashion, the actuators comprising reversible electrical machines, - the actuators have the respective power supplies electrically interconnected; - the control system is programmed for controlling the actuators during operation as a motor or as a generator, as a function of an instantaneous operation of each electrical machine for acceleration or deceleration, respectively, such that the electricity supplied by an actuator operating as a generator can be used by another actuator operating as a motor.
An apparatus for measuring a distribution of radiation dose from a brachytherapy radiation source, the apparatus being configured to measure the distribution of radiation dose emitted from a brachytherapy insertion tool, the apparatus comprising: a housing having defined therein a measurement space in which the brachytherapy insertion tool is located; a fluorescent member disposed at the housing, the fluorescent member being configured to react with radiation emitted to the measurement space and to emit light; a camera; and a cover coupled to one surface of the housing, the cover being configured to cover the fluorescent member, wherein radiation emitted from a brachytherapy radiation source transferred to the brachytherapy insertion tool is applied to the fluorescent member in the measurement space to emit light, an image of the light is captured by the camera, said apparatus being characterized in that said camera is disposed in the housing and in that the fluorescent member is flat, is disposed perpendicular to the brachytherapy insertion tool guided to the measurement space, and is provided with a fluorescent through-hole, through which the brachytherapy insertion tool is inserted so as to be installed. a housing having defined therein a measurement space in which the brachytherapy insertion tool is located; a fluorescent member disposed at the housing, the fluorescent member being configured to react with radiation emitted to the measurement space and to emit light; a camera; and a cover coupled to one surface of the housing, the cover being configured to cover the fluorescent member, wherein radiation emitted from a brachytherapy radiation source transferred to the brachytherapy insertion tool is applied to the fluorescent member in the measurement space to emit light, an image of the light is captured by the camera, said apparatus being characterized in that said camera is disposed in the housing and in that the fluorescent member is flat, is disposed perpendicular to the brachytherapy insertion tool guided to the measurement space, and is provided with a fluorescent through-hole, through which the brachytherapy insertion tool is inserted so as to be installed.
A juicer, comprising: a main body having a rotating drive shaft in an upper part thereof; a housing vertically installed in the main body, the housing being open in an upper end thereof and being provided in a lower part thereof with a juice outlet and a residue outlet that are formed at respective locations spaced apart from each other; a lid installed to cover the open upper end of the housing and having a feed tube at a predetermined location in an upper part thereof; a strainer installed in the housing, the strainer being open in an upper end thereof and having a plurality of net holes in a part of a sidewall thereof; a rotary brush placed between an inner surface of the housing and an outer surface of the strainer, the rotary brush being open in upper and lower ends thereof and having a strainer brush configured to brush the outer surface of the strainer; and a feed screw having a drive shaft hole in a lower part thereof so as to receive the drive shaft of the main body through the drive shaft hole, the feed screw being rotatably installed on the main body at a location inside the strainer, with spiral blades formed on an outer surface of the feed screw, characterized in that the feed screw is provided with an extension that extends in a radial direction relative to an upper rotating shaft formed in a center of an upper end of the feed screw, wherein the extension is combined with the rotary brush, so, when the feed screw rotates, the rotary brush is rotated. a main body having a rotating drive shaft in an upper part thereof; a housing vertically installed in the main body, the housing being open in an upper end thereof and being provided in a lower part thereof with a juice outlet and a residue outlet that are formed at respective locations spaced apart from each other; a lid installed to cover the open upper end of the housing and having a feed tube at a predetermined location in an upper part thereof; a strainer installed in the housing, the strainer being open in an upper end thereof and having a plurality of net holes in a part of a sidewall thereof; a rotary brush placed between an inner surface of the housing and an outer surface of the strainer, the rotary brush being open in upper and lower ends thereof and having a strainer brush configured to brush the outer surface of the strainer; and a feed screw having a drive shaft hole in a lower part thereof so as to receive the drive shaft of the main body through the drive shaft hole, the feed screw being rotatably installed on the main body at a location inside the strainer, with spiral blades formed on an outer surface of the feed screw, characterized in that the feed screw is provided with an extension that extends in a radial direction relative to an upper rotating shaft formed in a center of an upper end of the feed screw, wherein the extension is combined with the rotary brush, so, when the feed screw rotates, the rotary brush is rotated.