mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for the detection of the position of a gear step selector lever for the selection of a gear setting of a motor vehicle, with at least one signal transmitter which is arranged on the gear step selector lever and with at least one signal receiver which is arranged spaced apart from the signal transmitter, the relative position between the signal transmitter and the signal receiver being different in the case of various selectable gear steps, the signal transmitter carrying out substantially only a translational movement relative to the signal receiver in the case of tilting of the gear step selector lever about a tilting axis in order to switch over from a shifting gate function into a touch shift gate function or vice versa, an actuating element being provided for the transmission of the movement of the gear step selector lever to the signal transmitter which is guided displaceably in a linear guide, which actuating element acts on the gear step selector lever outside its tilting axis, and the signal transmitter being received in a receptacle which can be displaced in the linear guide, the receptacle being operatively connected to the actuating element, characterized in that the receptacle or the cage for the signal transmitter is of cylindrical configuration for a tilting movement perpendicularly with respect to the tilting axis of the gear step selector lever, and the cylinder axis coinciding with the pivoting axis for the tilting movement of the gear step selector lever.
An airfoil (30, 50, 70, 80) comprising: a suction side (33, 73) and a pressure side (35, 75) joined along a trailing edge portion; a layer of ceramic matrix composite material (34, 54) extending between the suction side and the pressure side continuously around the trailing edge portion; the layer of ceramic matrix composite material comprising an outer wrap (40, 58, 74, 90) of ceramic matrix composite material including plies forming an outer trailing edge portion and an inner wrap (36, 56, 72, 86) of ceramic matrix composite material including plies forming an inner trailing edge portion; and a gap region between the outer wrap and the inner wrap being substantially filled with a filler material (44, 62, 71, 82, 84), the gap region separating the outer trailing edge portion from the inner trailing edge portion, wherein all the inter-fiber voids within the inner and outer wraps of ceramic matrix composite material are substantially filled with matrix material, and the inner and outer trailing edge portions are essentially solid. a suction side (33, 73) and a pressure side (35, 75) joined along a trailing edge portion; a layer of ceramic matrix composite material (34, 54) extending between the suction side and the pressure side continuously around the trailing edge portion; the layer of ceramic matrix composite material comprising an outer wrap (40, 58, 74, 90) of ceramic matrix composite material including plies forming an outer trailing edge portion and an inner wrap (36, 56, 72, 86) of ceramic matrix composite material including plies forming an inner trailing edge portion; and a gap region between the outer wrap and the inner wrap being substantially filled with a filler material (44, 62, 71, 82, 84), the gap region separating the outer trailing edge portion from the inner trailing edge portion, wherein all the inter-fiber voids within the inner and outer wraps of ceramic matrix composite material are substantially filled with matrix material, and the inner and outer trailing edge portions are essentially solid.
An electric vehicle, comprising: a drive unit fitted to a rear axle of the vehicle to transmit drive power generated by a motor to rear wheels of the vehicle to move the vehicle, an auxiliary electric device group including a plurality of auxiliary electric devices arranged in a cab area present under a cab of the vehicle and between side rails (11L, 11R) constituting a ladder frame of the vehicle, a battery pack arranged between the drive unit and the auxiliary electric device group and between the side rails (11L, 11R) of the ladder frame, a power distribution device arranged on the auxiliary electric device group side of the battery pack and between the side rails (11L, 11R) of the ladder frame to distribute power from the battery pack to the auxiliary electric devices, a drive power supply device arranged on the drive unit side of the battery pack to supply power from the battery pack to the motor, wherein the auxiliary electric device group includes a shelf structure including a plurality of shelves arranged one over another in the vertical direction of the vehicle, and the auxiliary electric devices are arranged in the shelf structure, thereby grouped together. a drive unit fitted to a rear axle of the vehicle to transmit drive power generated by a motor to rear wheels of the vehicle to move the vehicle, an auxiliary electric device group including a plurality of auxiliary electric devices arranged in a cab area present under a cab of the vehicle and between side rails (11L, 11R) constituting a ladder frame of the vehicle, a battery pack arranged between the drive unit and the auxiliary electric device group and between the side rails (11L, 11R) of the ladder frame, a power distribution device arranged on the auxiliary electric device group side of the battery pack and between the side rails (11L, 11R) of the ladder frame to distribute power from the battery pack to the auxiliary electric devices, a drive power supply device arranged on the drive unit side of the battery pack to supply power from the battery pack to the motor, wherein the auxiliary electric device group includes a shelf structure including a plurality of shelves arranged one over another in the vertical direction of the vehicle, and the auxiliary electric devices are arranged in the shelf structure, thereby grouped together.
An acoustic transducer comprising: a first acoustic module comprising a first vibrating plate, a first rod, a second rod and at least one first motor, wherein the first rod and the second rod are connected to and driven by the first motor and the first vibrating plate is connected to the first rod and the second rod; and a second acoustic module comprising a second vibrating plate, a third rod, a fourth rod and at least one second motor, wherein the third rod and the fourth rod are connected to and driven by the second motor and the second vibrating plate is connected to the third rod and the fourth rod, wherein the first rod and the third rod are coaxially arranged separate rods, the second rod and the fourth rod are coaxially arranged separate rods. a first acoustic module comprising a first vibrating plate, a first rod, a second rod and at least one first motor, wherein the first rod and the second rod are connected to and driven by the first motor and the first vibrating plate is connected to the first rod and the second rod; and a second acoustic module comprising a second vibrating plate, a third rod, a fourth rod and at least one second motor, wherein the third rod and the fourth rod are connected to and driven by the second motor and the second vibrating plate is connected to the third rod and the fourth rod, wherein the first rod and the third rod are coaxially arranged separate rods, the second rod and the fourth rod are coaxially arranged separate rods.
A method for providing access to an application hosted by a server, wherein a device providing access to the application hosted on the server is intermediary between a client and the server, and the access is provided to the client via a link that generates a first hypertext transfer protocol, HTTP, request for the application; the method comprising: receiving, by the device from the client, the first HTTP request generated via the provided link, wherein the first HTTP request comprises an absolute uniform resource locator, URL, of the application, the absolute URL including a first hostname of the server; generating, by the device, a unique string for the first hostname of the server using an encoder to obfuscate and hide the first hostname of the server from at least the client; rewriting, by the device, the absolute URL of the application indicated in the first HTTP request, by replacing the first hostname of the server included in the absolute URL, with a URL segment, the URL segment generated by prefixing the unique string assigned to the first hostname to a second hostname of the device; registering, by the device, with a domain name system, DNS, server for the client a DNS entry comprising an expression, the expression of the DNS entry including a wildcard prefixed to the second hostname of the device to cause the DNS server to resolve the rewritten absolute URL to an internet protocol, IP, address of the device; and redirecting, by the device, the client to the rewritten absolute URL of the application with the first hostname of the server obfuscated, the client accessing the application hosted on the server via the device with the rewritten absolute URL resolved by the DNS server to the IP address of the device. receiving, by the device from the client, the first HTTP request generated via the provided link, wherein the first HTTP request comprises an absolute uniform resource locator, URL, of the application, the absolute URL including a first hostname of the server; generating, by the device, a unique string for the first hostname of the server using an encoder to obfuscate and hide the first hostname of the server from at least the client; rewriting, by the device, the absolute URL of the application indicated in the first HTTP request, by replacing the first hostname of the server included in the absolute URL, with a URL segment, the URL segment generated by prefixing the unique string assigned to the first hostname to a second hostname of the device; registering, by the device, with a domain name system, DNS, server for the client a DNS entry comprising an expression, the expression of the DNS entry including a wildcard prefixed to the second hostname of the device to cause the DNS server to resolve the rewritten absolute URL to an internet protocol, IP, address of the device; and redirecting, by the device, the client to the rewritten absolute URL of the application with the first hostname of the server obfuscated, the client accessing the application hosted on the server via the device with the rewritten absolute URL resolved by the DNS server to the IP address of the device.
An aircraft control system comprising a controlled element and an operator's inceptor for moving the controlled element via a mechanical linkage connecting the inceptor to the controlled element and including a tactile cueing apparatus to augment the aircraft control system, wherein the tactile cueing apparatus comprises an input sensor for sensing a control input to the inceptor by the operator to move the controlled element, a controllable actuator arranged between the inceptor and the controlled element so that the mechanical linkage between the inceptor and the controlled element remains undisturbed, and control means programmed to cause the actuator to perform both of: (i) to move so as to cause or permit the mechanical linkage to move to a position determined by the control input according to a predetermined relationship; and (ii) to apply to the inceptor a resisting force determined by the control input according to a predetermined relationship. (i) to move so as to cause or permit the mechanical linkage to move to a position determined by the control input according to a predetermined relationship; and (ii) to apply to the inceptor a resisting force determined by the control input according to a predetermined relationship.
A system for simulating pilot controls for use in determining an optimal layout of pilot controls in a cockpit, the system comprising one or more computer controlled hinged and articulated robotic arms (3,4), arranged to be mounted in a cockpit environment and having a plurality of ranges of motion and trajectories and configured to receive a control member for operation by a pilot, the one or more computer controlled hinged and articulated robotic arms (3,4) being movable to position a control member received therein in different positions relative to the pilot, and further comprising a computer configured to send commands to the one or more computer controlled hinged and articulated robotic arms (3,4) to control position and movement of the one or more computer controlled hinged and articulated robotic arms, and to control force feedback, based on position, trajectory and force parameters, to position the control member in a first position, the computer further configured to receive feedback from the pilot and to adjust the parameters and generate updated commands to cause the one or more computer controlled hinged and articulated robotic arms to move the control member to a second position based on the feedback.
Handling system for a container for nuclear fuel assembly, of the type comprising a tool for lifting the container, wherein the lifting tool comprises a lifting carrier to be suspended and a member for gripping the container comprising removable devices for fastening the container onto the gripping member, wherein the gripping member is mounted so that it may rotate on the lifting carrier about a substantially horizontal rotation axis when the lifting carrier is suspended, the gripping member being movable by rotation around the axis of rotation with respect to the lifting carrier in a vertical lifting position permitting a container to be held by the gripping member substantially vertically when the lifting carrier is suspended.
A preparation for use in decreasing the incidence rate and/or recurrent rate of oral cancer by preventing, mitigating and/or inhibiting the growth, migration, invasion and/or metastasis of oral cancer stem cells, comprising an effective amount of butylidenephthalide.
Method for removing monomers and/or oligomers from a polymerized component comprising the use of an extraction agent to remove the monomers and/or oligomers, characterized in that the component is fiber-reinforced, wherein the extraction agent comprises a supercritical fluid.
A composition comprising a semisolid epoxy resin containing a curative dispersed therein, said curative having a particle size such that at least 90 % of the particles have a size below 25 μm at ambient temperature of 21°C (determined according to the method of the description), wherein the composition further comprises a toughener or modifier in the range of from 3 to 15% by weight of the composition, preferably from 4 to 6% by weight of the composition and/or combinations of the aforesaid ranges, the toughener or modifier comprising a nitrile rubber.
Tool magazine for receiving a plurality of tools which are provided for arrangement on a tool spindle of a machine tool, with a guide rail that can be arranged in a fixed position on a machine base, with a rotary drive, which transmits a torque to a rotatably arranged magazine shaft and rotates the magazine shaft about a shaft rotation axis, with at least two magazine wheels (10, 11, 12) arranged on the magazine shaft in a non-rotating manner, with at least two tool holders on each of the magazine wheels (10, 11, 12), whereby each tool holder can receive exactly one tool, with a transfer device which can be arranged on the machine base so as to be linearly displaceable transversely to the guide rail along a transfer axis and which is designed in such a way that it receives a tool arranged on one of the tool holders of the magazine wheels (10, 11, 12), transports it along the transfer axis away from the tool holder and towards the tool spindle and deposits it on the tool spindle, and which is furthermore designed in such a way that it receives a tool arranged on the tool spindle, transports it along the transfer axis away from the tool spindle and towards a free tool holder of a magazine wheel (10, 11, 12) and deposits it on the free tool holder, characterised in that a magazine carriage is displaceably mounted on the guide rail, the rotary drive is arranged on the magazine carriage, the magazine shaft is rotatably arranged on the magazine carriage, the tool magazine is equipped with a linear drive which moves the magazine carriage along the guide rail. with a guide rail that can be arranged in a fixed position on a machine base, with a rotary drive, which transmits a torque to a rotatably arranged magazine shaft and rotates the magazine shaft about a shaft rotation axis, with at least two magazine wheels (10, 11, 12) arranged on the magazine shaft in a non-rotating manner, with at least two tool holders on each of the magazine wheels (10, 11, 12), whereby each tool holder can receive exactly one tool, with a transfer device which can be arranged on the machine base so as to be linearly displaceable transversely to the guide rail along a transfer axis and which is designed in such a way that it receives a tool arranged on one of the tool holders of the magazine wheels (10, 11, 12), transports it along the transfer axis away from the tool holder and towards the tool spindle and deposits it on the tool spindle, and which is furthermore designed in such a way that it receives a tool arranged on the tool spindle, transports it along the transfer axis away from the tool spindle and towards a free tool holder of a magazine wheel (10, 11, 12) and deposits it on the free tool holder, characterised in that a magazine carriage is displaceably mounted on the guide rail, the rotary drive is arranged on the magazine carriage, the magazine shaft is rotatably arranged on the magazine carriage, the tool magazine is equipped with a linear drive which moves the magazine carriage along the guide rail.
A steering damper control apparatus comprising: a damper having an adjustable steering damping force; a load information detecting unit for detecting information relating to a load acting on a front wheel; a command value output unit for determining a damping force command value according to the load acting on the front wheel based on a detection result of the load information detecting unit; and a damper driver for causing the damper to generate a damping force according to the damping force command value, characterized in that the command value output unit is adapted to determine the damping force command value according to a rate of change of the load acting upward on the front wheel or a value corresponding to the rate of change, based on a detection result of the load information detecting unit. a damper having an adjustable steering damping force; a load information detecting unit for detecting information relating to a load acting on a front wheel; a command value output unit for determining a damping force command value according to the load acting on the front wheel based on a detection result of the load information detecting unit; and a damper driver for causing the damper to generate a damping force according to the damping force command value, characterized in that the command value output unit is adapted to determine the damping force command value according to a rate of change of the load acting upward on the front wheel or a value corresponding to the rate of change, based on a detection result of the load information detecting unit.
A liquid discharging device comprising: a carriage carrying a head configured to discharge a liquid onto a target, the liquid comprising an ink, the ink comprising water, an organic solvent, a coloring material, and a plurality of polysiloxane compounds; a driving unit configured to move the carriage and the target relatively to each other; a measuring unit configured to measure a distance between the carriage and the target; an image-capturing unit configured to capture a target image; and a setting unit configured to set a liquid discharging performance of the head based on a measurement result obtained by the measuring unit and the target image obtained by the image-capturing unit, wherein the setting unit includes a first setting unit configured to set a liquid discharging timing of the head based on the measurement result obtained by the measuring unit, and a second setting unit configured to reset the liquid discharging timing of the head or to set a droplet size based on a captured pattern image as the target image obtained by capturing a pattern image formed on the target after the first setting unit sets the liquid discharging timing of the head. a carriage carrying a head configured to discharge a liquid onto a target, the liquid comprising an ink, the ink comprising water, an organic solvent, a coloring material, and a plurality of polysiloxane compounds; a driving unit configured to move the carriage and the target relatively to each other; a measuring unit configured to measure a distance between the carriage and the target; an image-capturing unit configured to capture a target image; and a setting unit configured to set a liquid discharging performance of the head based on a measurement result obtained by the measuring unit and the target image obtained by the image-capturing unit, wherein the setting unit includes a first setting unit configured to set a liquid discharging timing of the head based on the measurement result obtained by the measuring unit, and a second setting unit configured to reset the liquid discharging timing of the head or to set a droplet size based on a captured pattern image as the target image obtained by capturing a pattern image formed on the target after the first setting unit sets the liquid discharging timing of the head.
Capsule container for producing an infused beverage by an infusion assembly operating with a capsule or pod containing an aromatic substance, said capsule container delimiting a housing compartment to house the capsule, the housing compartment being adapted to receive a capsule or pod by shape coupling therewith and having a bottom wall in which at least one output passage for the infused beverage is obtained, said output passage is engaged by a valve member axially translatable between a closed position of the output passage, when there is no capsule in the housing compartment, and an open position of the output passage when there is a capsule in the housing compartment: characterized in that said valve member comprises a plate that, when there is no capsule, is elastically biased to a forward position in which it protrudes with respect to the bottom wall in the housing compartment.