mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for processing an optical signal, comprising: an optical beam splitter, configured to perform beam splitting processing on the optical signal to obtain a plurality of optical components; an optical delay unit, configured to perform delay processing on the plurality of optical components obtained by the optical beam splitter by using beam splitting processing; a mode division multiplexer, configured to perform mode conversion on the plurality of optical components obtained by the optical delay unit by using delay processing, to obtain a plurality of optical components, wherein any two of the plurality of optical components obtained by using mode conversion are corresponding to different guided wave modes; wherein the mode division multiplexer is further configured to superimpose the plurality of optical components obtained by using mode conversion, to obtain a superimposed optical signal; and a photodiode detector, configured to convert the superimposed optical signal obtained by the mode division multiplexer by using superimposition into a current signal. an optical beam splitter, configured to perform beam splitting processing on the optical signal to obtain a plurality of optical components; an optical delay unit, configured to perform delay processing on the plurality of optical components obtained by the optical beam splitter by using beam splitting processing; a mode division multiplexer, configured to perform mode conversion on the plurality of optical components obtained by the optical delay unit by using delay processing, to obtain a plurality of optical components, wherein any two of the plurality of optical components obtained by using mode conversion are corresponding to different guided wave modes; wherein the mode division multiplexer is further configured to superimpose the plurality of optical components obtained by using mode conversion, to obtain a superimposed optical signal; and a photodiode detector, configured to convert the superimposed optical signal obtained by the mode division multiplexer by using superimposition into a current signal.
A lamp for a vehicle, comprising: at least one light source (111a, 111b); an outer lens for covering the at least one light source (111a, 111b) a housing coupled to the outer lens to form a space; and an antenna module disposed in the space characterized in that the antenna module comprises at least one horn antenna for transmitting and receiving electromagnetic waves in a horizontal direction, and the lamp further comprises a Printed Circuit Board, PCB, disposed in the space, and electrically connected with the at least one horn antenna, wherein the PCB is horizontally disposed, wherein a top surface of the PCB is electrically connected with the at least one horn antenna, and wherein a bottom surface of the PCB is electrically connected with a Monolithic Microwave Integrated Circuit, MMIC, that is included in a radar device. an outer lens for covering the at least one light source (111a, 111b) a housing coupled to the outer lens to form a space; and an antenna module disposed in the space characterized in that the antenna module comprises at least one horn antenna for transmitting and receiving electromagnetic waves in a horizontal direction, and the lamp further comprises a Printed Circuit Board, PCB, disposed in the space, and electrically connected with the at least one horn antenna, wherein the PCB is horizontally disposed, wherein a top surface of the PCB is electrically connected with the at least one horn antenna, and wherein a bottom surface of the PCB is electrically connected with a Monolithic Microwave Integrated Circuit, MMIC, that is included in a radar device.
Wind machine with aerodynamic elements to concentrate and accelerate an Aeolian flow entering from outside, said machine providing a housing, a first section, an element having a substantially spherical or cylindrical section, a channel, first and second auxiliary air intake, a further channel, a third auxiliary air intake, and a diverging channel, at the outlet of which a device exploiting said Aeolian flow is provided, said wind machine being characterised in that - said housing has an air intake, - said first section converges up to said element, - said channel is provided downstream said first converging section and touches said element, - said element has a substantially spherical or cylindrical section substantially up to its median line, - said first and second auxiliary air intake are provided at said median line of said element, - said element has a substantially linear portion downstream from said first and second air intake, - said further channel substantially reproduces the profile of said channel, so that said flow is conveyed about said element, - said third auxiliary air intake is at said further channel. - said housing has an air intake, - said first section converges up to said element, - said channel is provided downstream said first converging section and touches said element, - said element has a substantially spherical or cylindrical section substantially up to its median line, - said first and second auxiliary air intake are provided at said median line of said element, - said element has a substantially linear portion downstream from said first and second air intake, - said further channel substantially reproduces the profile of said channel, so that said flow is conveyed about said element, - said third auxiliary air intake is at said further channel.
A straddle-type vehicle comprising a vehicle body frame and an engine in which a cylinder head is fixed on a cylinder, and the cylinder head is suspended on the vehicle body frame, the vehicle further comprising: a variable valve device configured to change an opening and closing timing of a valve according to a hydraulic pressure; and an oil control valve configured to control the hydraulic pressure with respect to the variable valve device, the vehicle body frame includes a main frame configured to cover a rear side of the cylinder head in a front-rear direction of the vehicle from a side thereof in a left-right direction of the vehicle and a down frame configured to cover a front side of the cylinder head in the front-rear direction of the vehicle from a side thereof in the left-right direction of the vehicle, characterized in that: when viewed from the left-right direction of the vehicle, the oil control valve is detachably disposed on an outer surface of the engine below an area surrounded by the main frame, the down frame, and a lower surface of the cylinder head. a variable valve device configured to change an opening and closing timing of a valve according to a hydraulic pressure; and an oil control valve configured to control the hydraulic pressure with respect to the variable valve device, the vehicle body frame includes a main frame configured to cover a rear side of the cylinder head in a front-rear direction of the vehicle from a side thereof in a left-right direction of the vehicle and a down frame configured to cover a front side of the cylinder head in the front-rear direction of the vehicle from a side thereof in the left-right direction of the vehicle, characterized in that: when viewed from the left-right direction of the vehicle, the oil control valve is detachably disposed on an outer surface of the engine below an area surrounded by the main frame, the down frame, and a lower surface of the cylinder head.
Crimping tool locator comprising an accommodation for a workpiece, the accommodation being limited in a part of the circumference by a component and in another part of the circumference by a lining or revetment of the component, the material of the lining or revetment and the material of the component having different hardnesses.
A cover for a charge air cooler of an engine, said cover comprising: a body defining a cooling water plenum, which has an opening at a first side of the cover for attachment to the charge air cooler; characterised in a plurality of valve housings (100a,100b,100c) formed integrally with the body of the cover at a second side of the cover opposite the cooling water plenum opening, each valve housing defining a respective inner chamber (116a,116b,116c), which opens into a respective inner fluid passage (108a,108b,108c) formed in the cover for the passage of lubricant or coolant. a body defining a cooling water plenum, which has an opening at a first side of the cover for attachment to the charge air cooler; characterised in a plurality of valve housings (100a,100b,100c) formed integrally with the body of the cover at a second side of the cover opposite the cooling water plenum opening, each valve housing defining a respective inner chamber (116a,116b,116c), which opens into a respective inner fluid passage (108a,108b,108c) formed in the cover for the passage of lubricant or coolant.
A method for using a packet switching, PS, data off function, the method performed by a user equipment, UE, and comprising: receiving a non-access stratum, NAS, reject message from a network, wherein the reject message includes information related to a back-off timer; running the back-off timer based on the information related to the back-off timer, wherein the back-off timer is used for stopping transmission of a NAS request message until the back-off timer expires; even though the back-off timer is running, transmitting a NAS request message to inform an activation or a deactivation of the PS data off function, based on the activation or the deactivation of the PS data off function, wherein the back-off timer is stopped or overridden, based on the activation or the deactivation of the PS data off function, and wherein the back-off timer relates to a session management, SM. receiving a non-access stratum, NAS, reject message from a network, wherein the reject message includes information related to a back-off timer; running the back-off timer based on the information related to the back-off timer, wherein the back-off timer is used for stopping transmission of a NAS request message until the back-off timer expires; even though the back-off timer is running, transmitting a NAS request message to inform an activation or a deactivation of the PS data off function, based on the activation or the deactivation of the PS data off function, wherein the back-off timer is stopped or overridden, based on the activation or the deactivation of the PS data off function, and wherein the back-off timer relates to a session management, SM.
Use of a quick-change tool system for tool machines for machining preferably panel-formed workpieces which preferably consist at least partially of wood, woodbased materials or plastic, with: a tool interface for installing and exchanging machining tools, a torque support which can be connected nonrotatably with a tool holder of the tool machine, and a chip guide device with a chip guide body which conducts the chips away after being separated from the workpiece and which is connected with the torque support, wherein the tool interface is mounted rotatably in the torque support by means of a bearing device, and the tool interface is connected detachably with the bearing device by means of a fixing element, characterised in that the torque support has a driving device which is fixed in a C axis of the tool machine, wherein the driving device is preferably a pin, wherein the driving device causes a housing of the torque support to follow the rotatory movements of the C axis of the tool holder of the tool machine. a tool interface for installing and exchanging machining tools, a torque support which can be connected nonrotatably with a tool holder of the tool machine, and a chip guide device with a chip guide body which conducts the chips away after being separated from the workpiece and which is connected with the torque support, wherein the tool interface is mounted rotatably in the torque support by means of a bearing device, and the tool interface is connected detachably with the bearing device by means of a fixing element, characterised in that the torque support has a driving device which is fixed in a C axis of the tool machine, wherein the driving device is preferably a pin, wherein the driving device causes a housing of the torque support to follow the rotatory movements of the C axis of the tool holder of the tool machine.
Vulcanizing mould for a pneumatic vehicle tyre which has a tread having positive profiles with sipes (4, 4', 4") which extend parallel to one another or substantially parallel to one another, comprising mould parts which form the tread, in which mould parts there are anchored sipe blades (3, 3', 3") which form the sipes (4, 4', 4"), and which mould parts are provided with profile webs which form grooves, wherein venting slits which extend rectilinearly in plan view are formed between adjacent sipe blades (3, 3', 3") and/or between sipe blades (3, 3', 3") and profile webs in the mould parts, which venting slits, starting from the tread-forming inner side of the mould parts, run into the mould parts and have a width (b 1) of 0.05 mm to 0.15 mm, characterized in that, as viewed in plan view of the inner side of the mould parts and in each case with respect to a centre line (L 1) in the direction of extent of the sipe blades (3, 3', 3"), the venting slits extend at an angle (α) of 60° to 90°.
A compound of the general formula I: or a diastereoisomer or mixture of diastereoisomers thereof, wherein R is -O-(C 1 -C 8)alkyl, or -S-(C 1 -C 8)alkyl; Y each independently is H, or -OH; Z 1 and Z 3 each independently is O -, or BH 3 -; n is 0; m is 3; and B + represents a pharmaceutically acceptable cation, but excluding the compounds wherein Z 1 and Z 3 are each O -. R is -O-(C 1 -C 8)alkyl, or -S-(C 1 -C 8)alkyl; Y each independently is H, or -OH; Z 1 and Z 3 each independently is O -, or BH 3 -; n is 0; m is 3; and B + represents a pharmaceutically acceptable cation, but excluding the compounds wherein Z 1 and Z 3 are each O -.
A device for protection of an optical sensor, comprising: - at least one nozzle for projection of air in front of the optical sensor, the projection nozzle being disposed on one side of the optical sensor and connected to an air discharge pump via a discharge pipe so that the air projected by the air projection nozzle flows over the surface of the optical sensor, and - at least one suction pipe disposed on the opposite side of the optical sensor relative to the projection nozzle, characterized in that the suction pipe is connected to the discharge pipe of the pump downstream of the pump so that the suction in the suction pipe is produced by a Venturi effect. - at least one nozzle for projection of air in front of the optical sensor, the projection nozzle being disposed on one side of the optical sensor and connected to an air discharge pump via a discharge pipe so that the air projected by the air projection nozzle flows over the surface of the optical sensor, and - at least one suction pipe disposed on the opposite side of the optical sensor relative to the projection nozzle, characterized in that the suction pipe is connected to the discharge pipe of the pump downstream of the pump so that the suction in the suction pipe is produced by a Venturi effect.
A storage apparatus accessed by using a memory bus, wherein the apparatus comprises an interface controller, a storage module, and a storage controller; the apparatus further comprises a command register and a status register; and the interface controller can be electrically connected to a memory module interface of a computer system, wherein the interface controller is configured to receive an access command for accessing the storage module sent by a CPU; the interface controller is configured to write the access command into the command register; and the storage controller is configured to perform a corresponding read/write operation on the storage module according to the access command in the command register; wherein the apparatus further comprises: a switching control register, a read buffer, and a write buffer, wherein the read buffer is configured to store data that has been read from the storage module, and the write buffer is configured to store data to be written into the storage module; characterized in that the switching control register is configured to: according to a mode register set, MRS, command sent by the CPU, switch between the command register and the read buffer, so that the command register is first electrically connected to the memory module interface of the computer system and then the read buffer is electrically connected to the memory module interface of the computer system; or switch between the command register and the write buffer, so that the write buffer is first electrically connected to the memory module interface of the computer system and then the command register is electrically connected to the memory module interface of the computer system; wherein the switching control register is configured to control switching among the read buffer, the write buffer, and the command register, so that the read buffer, or the write buffer, or the command register is connected to the memory module interface of the computer system; wherein start addresses of the read buffer, the write buffer, and the command register in an addressing space of the CPU are the same.
Wind turbine rotor comprising a hub, a plurality of blades and at least one pitch system for rotating a blade substantially along its longitudinal axis, the pitch system comprising a motor, a drive pinion, a gear arranged to mesh with the drive pinion and a pitch bearing, the pitch bearing comprising an outer bearing ring connected to the hub, an inner bearing ring connected to a blade and, between these two bearing rings, one or more rows of rolling elements (23a, 23b) which allow both bearing rings to rotate relative to each other, wherein the inner bearing ring has an inner side, and characterized in that a reinforcement disc is radially fixed to the inner side of the inner bearing ring.
Electronic module, comprising - a pulsating heat pipe with a channel structure, in which a heat transport medium is arranged, and - at least one electrical structural element, which is in direct contact with the heat transport medium and/or is connected to an electrically conductive contact element (17,33) that is in direct contact with the heat transport medium, characterised in that the channel structure is formed of ceramic bodies (15, 16), a metallic cover element and a metallic carrier element. - a pulsating heat pipe with a channel structure, in which a heat transport medium is arranged, and - at least one electrical structural element, which is in direct contact with the heat transport medium and/or is connected to an electrically conductive contact element (17,33) that is in direct contact with the heat transport medium,
A test bench motor in the form of a torque motor, comprising a stator, a rotor, a drive shaft, related bearings (11, 12), an adapter flange connected with the drive shaft for accommodation of a test object, sensors (9, 10) for measuring torques, and sensors for measuring angles of rotation, wherein the sensors (9, 10, 16) are disposed in the interior of the motor, characterized in that the sensors for torque measurement comprise not only strain gauges but also piezo sensors, which are disposed between rotor and drive shaft and switched in series.
A method for wireless communications, comprising: estimating, at a first apparatus based on received pilot signals, a first receive power, P 1, corresponding to a first channel associated with the first apparatus; estimating, based on the received pilot signals, a second receive power, P 2, corresponding to a second channel associated with at least one potentially present co-scheduled second apparatus; estimating, at the first apparatus, a residual interference, N, based on the received pilot signals; determining, based on the first receive power, P 1, and the second receive power, P 2, and the residual interference, N, whether to apply a multi-user, MU, detection or a single-user, SU, detection for estimating data received at the first apparatus, characterized in that it is determined to apply the MU detection, if a ratio of the first receive power, P 1, to a sum of the second receive power, P 2, and the residual interference, N, is greater than a threshold. estimating, at a first apparatus based on received pilot signals, a first receive power, P 1, corresponding to a first channel associated with the first apparatus; estimating, based on the received pilot signals, a second receive power, P 2, corresponding to a second channel associated with at least one potentially present co-scheduled second apparatus; estimating, at the first apparatus, a residual interference, N, based on the received pilot signals; determining, based on the first receive power, P 1, and the second receive power, P 2, and the residual interference, N, whether to apply a multi-user, MU, detection or a single-user, SU, detection for estimating data received at the first apparatus, characterized in that it is determined to apply the MU detection, if a ratio of the first receive power, P 1, to a sum of the second receive power, P 2, and the residual interference, N, is greater than a threshold.
Birthing chairs comprising a backrest with the feature of angular motion which keeps the back of the woman who is going to give birth upright, a stool with an open area to protect the perineum, characterized in; comprising • a heating module located inside the said stool that facilitates the delivery by heating the perineum, • said stool having breakable stool protrusions. • a heating module located inside the said stool that facilitates the delivery by heating the perineum, • said stool having breakable stool protrusions.
Packaging which performs an autorotation movement in free fall, characterised in that the packaging includes at least one rotor blade and at least one receiving space for an article situated within it, which enables a decelerated impact of the packaging on a ground, so that the autorotation results in the article with the packaging surrounding it falling slowly to the ground whilst rotating and thus being substantially protected from damage.