mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal with a metallic body, comprising: a WIFI and GPS antenna with a feeding point and a ground point, wherein: the metallic body comprises a baseplate of the metallic body and a receiving zone located adjacent to the baseplate; the receiving zone comprises a left side edge, a right side edge and a top edge connected to the left side edge and the right side edge; each of the left side edge and the right side edge is provided with a slit; the feeding point and the ground point are disposed on the baseplate; a capacitive tuning component connected to the top edge is disposed between the top edge and the feeding point and connected to the feeding point in series; the receiving zone includes a component zone comprising the components of the mobile terminal and an antenna zone comprising the antenna of the mobile terminal, and the feeding point and the ground point are disposed in the antenna zone away from the component zone; wherein the ground point is disposed at a position in the antenna zone and near the component zone; and wherein the feeding point is disposed near the slit of the right side edge, and an inverted F-antenna, IFA, is formed by the slit of the right side edge, the feeding point, the top edge of the receiving zone and the ground point, wherein the IFA is configured to transmit a WIFI signal, characterized in that the feeding point, the top edge of the receiving zone and the ground point form a Loop antenna configured to transmit a GPS signal. the receiving zone comprises a left side edge, a right side edge and a top edge connected to the left side edge and the right side edge; each of the left side edge and the right side edge is provided with a slit; the feeding point and the ground point are disposed on the baseplate; a capacitive tuning component connected to the top edge is disposed between the top edge and the feeding point and connected to the feeding point in series; the receiving zone includes a component zone comprising the components of the mobile terminal and an antenna zone comprising the antenna of the mobile terminal, and the feeding point and the ground point are disposed in the antenna zone away from the component zone; wherein the ground point is disposed at a position in the antenna zone and near the component zone; and wherein the feeding point is disposed near the slit of the right side edge, and an inverted F-antenna, IFA, is formed by the slit of the right side edge, the feeding point, the top edge of the receiving zone and the ground point, wherein the IFA is configured to transmit a WIFI signal, characterized in that the feeding point, the top edge of the receiving zone and the ground point form a Loop antenna configured to transmit a GPS signal.
Aircraft beacon device for a wind power installation having a nacelle and a tower supporting the nacelle, comprising: - a plurality of beacon lights (20, 22, 24), - a central control unit for individually controlling the beacon lights (20, 22, 24), and - a transmission system having an energy distribution system for individually supplying electrical energy to the beacon lights (20, 22, 24) in order to operate the latter, and having a data bus system for individually controlling the beacon lights (20, 22, 24), the data bus system transmitting control data between the central control unit and the beacon lights (20, 22, 24), characterized in that the aircraft beacon device is prepared to read a remaining service life for one, a plurality of or all of the beacon lights (20, 22, 24), that a plurality of beacon lights (20, 22, 24) are respectively connected to form a beacon body (5, 6) that two or more beacon bodies (5, 6) are provided, and that the beacon lights (20, 22, 24) of a respective beacon body (5, 6) can be individually controlled. - a plurality of beacon lights (20, 22, 24), - a central control unit for individually controlling the beacon lights (20, 22, 24), and - a transmission system having an energy distribution system for individually supplying electrical energy to the beacon lights (20, 22, 24) in order to operate the latter, and having a data bus system for individually controlling the beacon lights (20, 22, 24), the data bus system transmitting control data between the central control unit and the beacon lights (20, 22, 24), an energy distribution system for individually supplying electrical energy to the beacon lights (20, 22, 24) in order to operate the latter, and having a data bus system for individually controlling the beacon lights (20, 22, 24), the data bus system transmitting control data between the central control unit and the beacon lights (20, 22, 24),
An apparatus, comprising: a memory configured to store data; a secure zone comprising an interface and configured to execute a task comprising a subtask that communicates one or more data packets over a network, wherein the memory is cleared of data related to the subtask after executing the subtask; and a non-secure zone coupled to the secure zone via the interface, wherein the secure zone is configured to use network capabilities of the non-secure zone to communicate the one or more data packets over the network according to the subtask, and wherein the network capabilities of the non-secure zone receive the data packets communicated from the secure zone via the interface. a memory configured to store data; a secure zone comprising an interface and configured to execute a task comprising a subtask that communicates one or more data packets over a network, wherein the memory is cleared of data related to the subtask after executing the subtask; and a non-secure zone coupled to the secure zone via the interface, wherein the secure zone is configured to use network capabilities of the non-secure zone to communicate the one or more data packets over the network according to the subtask, and wherein the network capabilities of the non-secure zone receive the data packets communicated from the secure zone via the interface.
A compound or salt or ester thereof, comprising a structure as set forth as one of: wherein: R 1 independently comprises the structure: A is independently an optionally substituted N-heterocyclic aromatic ring, wherein the substitution is with one or more groups selected from alkyl, alkynyl, alkenyl, aryl, halide, nitro, amino, ester, ketone, aldehyde, hydroxy, carboxylic acid or alkoxy; x is independently an integer from 0 to 6; a, if present, is independently 0 or 1 R 2 is independently C 1 -C 6 aminoalkyl or C 1 -C 6 aminoaryl; and R 3, R 4, R 5, and R 6 are selected from one of (a) - (e): (a) ethyl, methyl, and methyl, respectively; (b) ethyl, and methyl, respectively; (c) ethyl, methyl,, and methyl, respectively; (d) methyl, and methyl, respectively; (e) ethyl, methyl,, and, respectively; R 7 and R 8, if present, are selected from one of (f) - (h): (f) and respectively; (g) and methyl, respectively; (h) and methyl, respectively; and M is a metal selected from the group consisting of manganese, iron, copper, cobalt, nickel, magnesium, and zinc. R 1 independently comprises the structure: A is independently an optionally substituted N-heterocyclic aromatic ring, wherein the substitution is with one or more groups selected from alkyl, alkynyl, alkenyl, aryl, halide, nitro, amino, ester, ketone, aldehyde, hydroxy, carboxylic acid or alkoxy; x is independently an integer from 0 to 6; a, if present, is independently 0 or 1 R 2 is independently C 1 -C 6 aminoalkyl or C 1 -C 6 aminoaryl; and R 3, R 4, R 5, and R 6 are selected from one of (a) - (e): (a) ethyl, methyl, and methyl, respectively; (b) ethyl, and methyl, respectively; (c) ethyl, methyl,, and methyl, respectively; (d) methyl, and methyl, respectively; (e) ethyl, methyl,, and, respectively; R 7 and R 8, if present, are selected from one of (f) - (h): (f) and respectively; (g) and methyl, respectively; (h) and methyl, respectively; and M is a metal selected from the group consisting of manganese, iron, copper, cobalt, nickel, magnesium, and zinc. (a) ethyl, methyl, and methyl, respectively; (b) ethyl, and methyl, respectively; (c) ethyl, methyl,, and methyl, respectively; (d) methyl, and methyl, respectively; (e) ethyl, methyl,, and, respectively; (f) and respectively; (g) and methyl, respectively; (h) and methyl, respectively; and
Latch for a motor vehicle, in particular a side door latch, comprising a locking mechanism that has a catch and at least one pawl, an operating lever chain that has at least one operating lever, a release lever, it being possible for a locked locking mechanism to be unlocked by means of the release lever, and a coupling element between the operating lever and the release lever, it being possible for the coupling element to be controlled by means of an inertia element which is mounted in the motor vehicle latch, characterized in that the inertia element is mounted in the motor vehicle latch by means of a plastics pin which has a joining surface for receiving the inertia element, and in that the joining surface is designed such that a spring preload is introduced into the inertia element.
Module for a safety switch, which comprises a housing with a head section in which a preferably mechanically coded first section of an actuator is insertable and thereby triggers a switching process in an electrical switch unit of the safety switch, wherein the module is fixable to the safety switch and comprises a proximity switch, by which a position of the actuator corresponding with the state of the first section of the actuator being inserted into the head section is detectable, and the module has an interface relative to the safety switch, by way of which a signal representing the detected position of the actuator is transmissible from the module to the electrical switch unit of the safety switch, characterised in that the module comprises a base body which is fixable to the safety switch and which has a receiving opening for the proximity switch.
(Amended) A printer comprising: a medium supply portion configured to supply a print medium; feeding means configured to feed the print medium supplied from the medium supply portion along a medium feed path; printing means disposed in the medium feed path to print on the print medium; a damper portion configured to swing to give tension to the print medium between the printing means and the medium supply portion, characterized by the damper portion being made of a transparent material; and a width adjustment guiding portion disposed on the damper portion to contact an end portion in a width direction of the print medium to guide the print medium to be fed, the width adjustment guiding portion being configured to move. a medium supply portion configured to supply a print medium; feeding means configured to feed the print medium supplied from the medium supply portion along a medium feed path; printing means disposed in the medium feed path to print on the print medium; a damper portion configured to swing to give tension to the print medium between the printing means and the medium supply portion, characterized by the damper portion being made of a transparent material; and a width adjustment guiding portion disposed on the damper portion to contact an end portion in a width direction of the print medium to guide the print medium to be fed, the width adjustment guiding portion being configured to move.
A method for isolating a nucleic acid from a fluid comprising cells, the method comprising: a. applying the fluid to a device, the device comprising an array of electrodes capable of generating an AC electrokinetic field with an alternating current; b. controlling temperature of the device with a thermal element; c. concentrating a plurality of cells in a first AC electrokinetic field region, wherein the first AC electrokinetic region is a dielectrophoretic low field region; d. isolating the nucleic acid in a second AC electrokinetic field region, wherein the second AC electrokinetic field region is a dielectrophoretic high field region; and e. flushing the concentrated cells and/or other particulate material from the array; wherein the fluid is at a conductivity of at least 100 mS/m. a. applying the fluid to a device, the device comprising an array of electrodes capable of generating an AC electrokinetic field with an alternating current; b. controlling temperature of the device with a thermal element; c. concentrating a plurality of cells in a first AC electrokinetic field region, wherein the first AC electrokinetic region is a dielectrophoretic low field region; d. isolating the nucleic acid in a second AC electrokinetic field region, wherein the second AC electrokinetic field region is a dielectrophoretic high field region; and e. flushing the concentrated cells and/or other particulate material from the array;
A vehicle circumferential image providing device configured to provide an image at a circumference of an own vehicle to a driver, the vehicle circumferential image providing device targeting a three-dimensional object, the vehicle circumferential image providing device comprising a plurality of imaging units configured to image the circumference of the own vehicle and also image mutually different directions; a first image processing unit configured to coordinate-convert the images at the circumference of the own vehicle imaged by the plurality of imaging units using a ground surface as a reference surface, and generate an overhead image by connecting the generated coordinate-converted images; an edge detecting unit configured to detect edge lines in the overhead image generated by the first image processing unit; and a determining unit configured to determine continuity of edge lines extending over connected parts of the coordinate-converted images, among edge lines of the three-dimensional object closer to the own vehicle detected by the edge detecting unit; characterized by a second image processing unit configured to perform imaging processing of setting edge lines continuous at the connected parts, when the edge lines extending over the connected parts of the coordinate-converted images are discontinuous, the second image processing unit being further adapted to detect edge lines which are not continuous extending over the connected parts and being adapted to apply one of a first, second or third image-correction process as follows: • apply the first image-correction process in case the edge lines of the three-dimensional object closer to the own vehicle are continuous at the connected parts, • apply the second image-correction process in case the first image-correction process is not applied and the edge lines of the three-dimensional object closer to the own vehicle are straight lines or curved lines having no inflected points, and • apply the third image-correction process in case neither the first image-correction process nor the second image-correction process is applied. • apply the first image-correction process in case the edge lines of the three-dimensional object closer to the own vehicle are continuous at the connected parts, • apply the second image-correction process in case the first image-correction process is not applied and the edge lines of the three-dimensional object closer to the own vehicle are straight lines or curved lines having no inflected points, and • apply the third image-correction process in case neither the first image-correction process nor the second image-correction process is applied.
A composition comprising: a) a tri-component matrix consisting of: i) isolated and purified non-denatured type II collagen; ii) hyaluronan; and iii) chondroitin sulfate; and b) a population of cells selected from a population of H9 derived chondroprogenitors and a population of induced pluripotent stem cells. a) a tri-component matrix consisting of: i) isolated and purified non-denatured type II collagen; ii) hyaluronan; and iii) chondroitin sulfate; and i) isolated and purified non-denatured type II collagen; ii) hyaluronan; and iii) chondroitin sulfate; and b) a population of cells selected from a population of H9 derived chondroprogenitors and a population of induced pluripotent stem cells.
A method of managing articulation in an articulated machine using an electronic controller, said articulated machine comprising an engine, the method being characterised by the steps of: determining, at the electronic controller, that the articulated machine is operating at a groundspeed below a minimum threshold speed; and responsive to determining that the articulated machine is operating below the minimum threshold speed, disabling, at the electronic controller, an automatic articulation control function when one of either a first state or a second state is true, the first state being a transmission of the articulated machine being in neutral and the second state being, when the engine is started, a mode selector is set to an automatic articulation mode setting from when the engine was last started, or a mode selector is set to an automatic articulation mode setting in an "operator not present" state, characterised by the step of, responsive to determining that the articulated machine is operating below the minimum threshold speed, maintaining operation of the automatic articulation control function when neither the first state nor the second state are true. determining, at the electronic controller, that the articulated machine is operating at a groundspeed below a minimum threshold speed; and responsive to determining that the articulated machine is operating below the minimum threshold speed, disabling, at the electronic controller, an automatic articulation control function when one of either a first state or a second state is true, the first state being a transmission of the articulated machine being in neutral and the second state being, when the engine is started, a mode selector is set to an automatic articulation mode setting from when the engine was last started, or a mode selector is set to an automatic articulation mode setting in an "operator not present" state, characterised by the step of, responsive to determining that the articulated machine is operating below the minimum threshold speed, maintaining operation of the automatic articulation control function when neither the first state nor the second state are true.
A method of producing a press-hardened metal component of steel or a steel alloy, - in which a blank or a semi-finished product (30, 40, 50, 60) is press hardened in a forming tool, characterised in that - the blank or the semi-finished product (30, 40, 50, 60) comprises partial areas (4, 36) with a reduced wall thickness, - the partial areas (4, 36) with a reduced wall thickness are produced through embossing the blank or the semi-finished product (30, 40, 50, 60) before press hardening and, - the partial areas (4, 36) with a reduced wall thickness are not press hardened. - in which a blank or a semi-finished product (30, 40, 50, 60) is press hardened in a forming tool, - the blank or the semi-finished product (30, 40, 50, 60) comprises partial areas (4, 36) with a reduced wall thickness, - the partial areas (4, 36) with a reduced wall thickness are produced through embossing the blank or the semi-finished product (30, 40, 50, 60) before press hardening and, - the partial areas (4, 36) with a reduced wall thickness are not press hardened.
A valve for a fuel delivery system of a gas turbine engine, the valve comprising: a valve body comprising an internal cavity, at least one inlet (56, 58) and one outlet, the inlet fluidly connected to a fuel source in use; a shuttle mounted within the body, the shuttle comprising a partition spanning the internal cavity and moveable relative to the inlet and outlet between a first position where the shuttle blocks the outlet whilst fluid is permitted to flow through the inlet and a second position whereby the outlet is opened whilst fluid is prevented from flowing through the inlet; a piston configured to engage the fluid within the internal cavity in order to move the shuttle between the first position and the second position; and a biasing mechanism arranged to bias the shuttle towards the first position; wherein the shuttle is moved towards the second position when the fluid within the cavity reaches a threshold pressure; the valve being characterised in that the shuttle comprises a side wall shaped to occlude the outlet in the first position, and the side wall comprises a discontinuity arranged to pass over the outlet as the shuttle moves to the second position and thereby open the outlet in the second position. a valve body comprising an internal cavity, at least one inlet (56, 58) and one outlet, the inlet fluidly connected to a fuel source in use; a shuttle mounted within the body, the shuttle comprising a partition spanning the internal cavity and moveable relative to the inlet and outlet between a first position where the shuttle blocks the outlet whilst fluid is permitted to flow through the inlet and a second position whereby the outlet is opened whilst fluid is prevented from flowing through the inlet; a piston configured to engage the fluid within the internal cavity in order to move the shuttle between the first position and the second position; and a biasing mechanism arranged to bias the shuttle towards the first position; wherein the shuttle is moved towards the second position when the fluid within the cavity reaches a threshold pressure; the valve being characterised in that the shuttle comprises a side wall shaped to occlude the outlet in the first position, and the side wall comprises a discontinuity arranged to pass over the outlet as the shuttle moves to the second position and thereby open the outlet in the second position.
A rotation mechanism for a rotary switch, comprising: a mechanism shaft for switching the switch between open and closed positions of the switch; a crank rotationally connected to the mechanism shaft; a spring connected to the crank, wherein the spring has a dead point between the open and closed positions of the switch, the dead point being a point when the spring is pressed to its shortest position, which crank is arranged to press the spring to its dead point, after passing of which the spring is arranged to push the crank; a force transmission roll rotationally connected to the crank such that the crank is arranged to turn the force transmission roll, the force transmission roll being arranged to turn a movable contact to its open and closed positions with the help of a roll attached thereto, wherein there is a predetermined rotational free-play between the rotation of the mechanism shaft and the crank, characterized in that there is a predetermined rotational free-play between the rotation of the crank and the force transmission roll, and the mechanism shaft, crank and force transmission roll have a common axis of rotation. a mechanism shaft for switching the switch between open and closed positions of the switch; a crank rotationally connected to the mechanism shaft; a spring connected to the crank, wherein the spring has a dead point between the open and closed positions of the switch, the dead point being a point when the spring is pressed to its shortest position, which crank is arranged to press the spring to its dead point, after passing of which the spring is arranged to push the crank; a force transmission roll rotationally connected to the crank such that the crank is arranged to turn the force transmission roll, the force transmission roll being arranged to turn a movable contact to its open and closed positions with the help of a roll attached thereto, wherein there is a predetermined rotational free-play between the rotation of the mechanism shaft and the crank, characterized in that there is a predetermined rotational free-play between the rotation of the crank and the force transmission roll, and the mechanism shaft, crank and force transmission roll have a common axis of rotation.