mhurhangee/ep-ind-claims huggingface dataset:
An elongate automotive illumination assembly (10, 20) including: an elongate housing; at least one light source; an elongate lens having an apex region and a pair of spaced-apart blade portions extending away from the apex region to define a generally V-shaped cross-section with the apex region including an elongate light emitting surface, the blade portions connecting to the elongate housing to define an enclosure; and an elongate light guide for guiding light from the at least one light source to the elongate light emitting surface, the elongate light guide including a body extending away from the light source(s) towards the elongate light emitting surface; wherein the light guide is housed within the enclosure and between the blades of the lens such that the light emitting surface of the light guide is adjacent to the light emitting surface of the lens; characterized in that the elongate light guide has a front region and a rear region, wherein the rear region has a generally bulbous shape and a larger sectional thickness than the front region and the elongated light guide includes a plurality of light-scattering particles. an elongate housing; at least one light source; an elongate lens having an apex region and a pair of spaced-apart blade portions extending away from the apex region to define a generally V-shaped cross-section with the apex region including an elongate light emitting surface, the blade portions connecting to the elongate housing to define an enclosure; and an elongate light guide for guiding light from the at least one light source to the elongate light emitting surface, the elongate light guide including a body extending away from the light source(s) towards the elongate light emitting surface; wherein the light guide is housed within the enclosure and between the blades of the lens such that the light emitting surface of the light guide is adjacent to the light emitting surface of the lens; characterized in that the elongate light guide has a front region and a rear region, wherein the rear region has a generally bulbous shape and a larger sectional thickness than the front region and the elongated light guide includes a plurality of light-scattering particles.
An ultrafine bubble generating apparatus comprising: an ultrafine bubble generating head capable of generating ultrafine bubbles by causing film boiling in a liquid in a flow channel; and a liquid containing unit fluidly linked to the ultrafine bubble generating head at a position higher than the ultrafine bubble generating head in a direction of gravitational force and capable of supplying the liquid to the ultrafine bubble generating head, characterized in that the liquid containing unit and the ultrafine bubble generating head are arranged such that a difference in hydraulic head between the ultrafine bubble generating head and the liquid containing unit causes the liquid to flow through the flow channel in the ultrafine bubble generating head. an ultrafine bubble generating head capable of generating ultrafine bubbles by causing film boiling in a liquid in a flow channel; and a liquid containing unit fluidly linked to the ultrafine bubble generating head at a position higher than the ultrafine bubble generating head in a direction of gravitational force and capable of supplying the liquid to the ultrafine bubble generating head, characterized in that the liquid containing unit and the ultrafine bubble generating head are arranged such that a difference in hydraulic head between the ultrafine bubble generating head and the liquid containing unit causes the liquid to flow through the flow channel in the ultrafine bubble generating head.
An electronic device comprising: a communication interface configured to receive synchronization signals transmitted from each of a plurality of devices (30, 50, 20, 40), wherein the synchronization signals include at least a Primary Sidelink Synchronization Signal, PSSS, and a Secondary Sidelink Synchronization Signal, SSSS, wherein one of the synchronization signals is a Global Navigation Satellite System, GNSS, signal received from a Global Positioning System, GPS, satellite, and receive an instruction from a base station to select the at least one synchronization signal from among the synchronization signals; and circuitry configured to select at least one synchronization signal from among the synchronization signals based on the instruction received from the base station to perform a synchronization process based on a determination that the electronic device is moving toward a location at which at least one of the synchronization signals is not available; and perform the synchronization process based on the at least one selected synchronization signal. a communication interface configured to receive synchronization signals transmitted from each of a plurality of devices (30, 50, 20, 40), wherein the synchronization signals include at least a Primary Sidelink Synchronization Signal, PSSS, and a Secondary Sidelink Synchronization Signal, SSSS, wherein one of the synchronization signals is a Global Navigation Satellite System, GNSS, signal received from a Global Positioning System, GPS, satellite, and receive an instruction from a base station to select the at least one synchronization signal from among the synchronization signals; and receive synchronization signals transmitted from each of a plurality of devices (30, 50, 20, 40), wherein the synchronization signals include at least a Primary Sidelink Synchronization Signal, PSSS, and a Secondary Sidelink Synchronization Signal, SSSS, wherein one of the synchronization signals is a Global Navigation Satellite System, GNSS, signal received from a Global Positioning System, GPS, satellite, and receive an instruction from a base station to select the at least one synchronization signal from among the synchronization signals; and circuitry configured to select at least one synchronization signal from among the synchronization signals based on the instruction received from the base station to perform a synchronization process based on a determination that the electronic device is moving toward a location at which at least one of the synchronization signals is not available; and perform the synchronization process based on the at least one selected synchronization signal. select at least one synchronization signal from among the synchronization signals based on the instruction received from the base station to perform a synchronization process based on a determination that the electronic device is moving toward a location at which at least one of the synchronization signals is not available; and perform the synchronization process based on the at least one selected synchronization signal.
A wind turbine blade comprising: a blade body whose chord length increases from a blade tip toward a blade root, the blade body including a blade tip region located near the blade tip and whose chord length increases gradually toward the blade root, the blade tip region having a substantially constant first design lift coefficient, a maximum-chord-length position located near the blade root and having a maximum chord length, the maximum-chord-length position having a second design lift coefficient higher than the first design lift coefficient, and a transition region located between the blade tip region and the maximum-chord-length position, wherein the transition region has a design lift coefficient increasing gradually from the first design lift coefficient to the second design lift coefficient in a direction from the blade tip toward the blade root, and the blade tip region is provided in a range of thickness ratios of 12% to 30%, the thickness ratio being a percentage obtained by dividing a maximum thickness by the chord length, the wind turbine blade being characterized in that the thickness ratio of the maximum-chord-length position is more than 36%. a blade body whose chord length increases from a blade tip toward a blade root, the blade body including a blade tip region located near the blade tip and whose chord length increases gradually toward the blade root, the blade tip region having a substantially constant first design lift coefficient, a maximum-chord-length position located near the blade root and having a maximum chord length, the maximum-chord-length position having a second design lift coefficient higher than the first design lift coefficient, and a transition region located between the blade tip region and the maximum-chord-length position, wherein the transition region has a design lift coefficient increasing gradually from the first design lift coefficient to the second design lift coefficient in a direction from the blade tip toward the blade root, and the blade tip region is provided in a range of thickness ratios of 12% to 30%, the thickness ratio being a percentage obtained by dividing a maximum thickness by the chord length,
Contact arrangement for a vacuum interrupter chamber having a pair of inner contact pieces (11, 12) which are provided with slots and are in the form of RMF contact pieces, and having a pair of outer contact pieces (21, 22) which are arranged physically closely adjacent to the inner contact pieces (11, 12) and are connected electrically in parallel with them, with one of the inner contact pieces being mounted such that it can move, with the inner contact pieces (11, 12) being in the form of disks, with one of the inner contact pieces being attached to a stationary contact stalk, and also with the outer contact pieces (21, 22) being in the form of RMF contact pieces, and with the inner contact pieces (11, 12) and the outer contact pieces (21, 22) being arranged and designed in such a manner that an arc which is struck during a disconnection process between the inner contact pieces (11, 12) can be commutated entirely or partially between the outer contact pieces (21, 22), characterized in that the two outer contact pieces (21, 22) are provided with a coating composed of erosion-resistant material, and in that the moving inner contact piece overhangs the ring which is formed by the coating on the contact piece in the oxial direction by a distance, so that only the inner contact pieces (11, 12) and not the outer contact pieces touch in the closed state.
An internal combustion engine, comprising: an exhaust gas recirculation system containing an EGR gas; a waste heat recovery system adapted to provide cooling to the EGR gas, the WHR system including a WHR circuit, a fluid cooling and containment portion, a feed pump operable to pump a working fluid from the fluid cooling and containment portion through the WHR circuit, at least one heat exchanger (65, 66) positioned downstream from the feed pump and operable to convert the working fluid from a liquid to a high-pressure vapor by transferring heat from the EGR gas to the working fluid, an energy conversion portion positioned between the heat exchanger (65, 66) and the fluid cooling and containment portion, the energy conversion portion being capable of producing additional work or transferring energy to another device or system, an EGR temperature control circuit and a thermal control unit which provides cooling of EGR gas and is positioned along the EGR temperature control circuit to further cool the EGR gas, characterized in that the EGR temperature control circuit is fluidly connected to the WHR circuit, and in that a pressure reduction device is positioned along the EGR temperature control circuit upstream of the thermal control unit to reduce the pressure of the working fluid sufficient to create a phase change of the working fluid. an exhaust gas recirculation system containing an EGR gas; a waste heat recovery system adapted to provide cooling to the EGR gas, the WHR system including a WHR circuit, a fluid cooling and containment portion, a feed pump operable to pump a working fluid from the fluid cooling and containment portion through the WHR circuit, at least one heat exchanger (65, 66) positioned downstream from the feed pump and operable to convert the working fluid from a liquid to a high-pressure vapor by transferring heat from the EGR gas to the working fluid, an energy conversion portion positioned between the heat exchanger (65, 66) and the fluid cooling and containment portion, the energy conversion portion being capable of producing additional work or transferring energy to another device or system, an EGR temperature control circuit and a thermal control unit which provides cooling of EGR gas and is positioned along the EGR temperature control circuit to further cool the EGR gas, characterized in that the EGR temperature control circuit is fluidly connected to the WHR circuit, and in that a pressure reduction device is positioned along the EGR temperature control circuit upstream of the thermal control unit to reduce the pressure of the working fluid sufficient to create a phase change of the working fluid.
Screwdriver comprising a drive wheel, which can be driven by means of a drive, with a tool spindle having a tool mount for a screwdriver, with a sensor for monitoring the tool spindle, and with a control for controlling the drive as a function of an output signal of the sensor, wherein the sensor is designed as a force sensor which is coupled to the control such that the latter enters an off-state when the pressing force on the sensor falls below a specific holding threshold, characterised in that the power of the drive is increased for a short period relative to the nominal power when the pressing force on the sensor is above a specific maximum threshold.
An electronic communication device for performing an authentication session, wherein the electronic communication device comprises: a processing circuitry configured to generate a random integer offset value; and a PIN pad configured to generate, in response to each of a sequence of operations of the PIN pad by a user, a respective PIN pad signal; wherein the processing circuitry is further configured to generate based on each PIN pad signal a respective integer value and to obfuscate the respective integer value by adding the random integer offset value to the respective integer value; wherein the processing circuitry is further configured, once a pre-defined number of obfuscated integer values have been obtained, to deobfuscate the obfuscated integer values; and wherein the electronic communication device further comprises a communication interface configured to transmit the deobfuscated integer values to an authentication server for processing the authentication session. a processing circuitry configured to generate a random integer offset value; and a PIN pad configured to generate, in response to each of a sequence of operations of the PIN pad by a user, a respective PIN pad signal; wherein the processing circuitry is further configured to generate based on each PIN pad signal a respective integer value and to obfuscate the respective integer value by adding the random integer offset value to the respective integer value; wherein the processing circuitry is further configured, once a pre-defined number of obfuscated integer values have been obtained, to deobfuscate the obfuscated integer values; and wherein the electronic communication device further comprises a communication interface configured to transmit the deobfuscated integer values to an authentication server for processing the authentication session.
Method for the dynamic appropriation of at least one second multimedia device constituting a second multimedia terminal by a first device constituting a first terminal, also called user terminal, situated in a geographical zone in which said at least one second multimedia terminal is situated, in the event of a request to establish communication between the first terminal and a third terminal, the dynamic appropriation method using capabilities of the second multimedia terminal appropriated by the first terminal during communication with the third terminal, the method including - a step of establishing a first signalling link between a server and the first terminal, - a step of controlling the second and third terminals from said server for the purpose of establishing, between the second and third terminals, at least a first flow of payload data, forming a first part of said communication. - a step of establishing a first signalling link between a server and the first terminal, - a step of controlling the second and third terminals from said server for the purpose of establishing, between the second and third terminals, at least a first flow of payload data, forming a first part of said communication.
A vacuum cleaner having a drive aggregate with a maximum input power and having means for operating the drive aggregate below its maximum input power, characterized by a predefined or predefinable upper limit for the input power, whereby the means comprise a regulating unit having means (60, 62, 64, 66, 72) for regulating the actual input power of the drive aggregate, whereby the regulating unit can detect the actual input power, or a measure of the actual input power, as the controlled variable, it can compare the actual input power to the upper limit for the input power, or to a measure of the upper limit for the input power, as the reference variable, and it can influence the actual input power so that it can conform with the reference variable, at least in a first operating range in which an input power might be above the upper limit for the input power.
An orthopaedic surgical instrument comprising a surgical tamp which comprises: (i) an elongated shaft having a proximal end and an opposite, distal end, (ii) a strike plate secured to the proximal end of the elongated shaft, and (iii) an engagement tip secured to a distal end of the elongated shaft, in which: (a) the proximal end defines a first longitudinal axis, (b) the distal end defines a second longitudinal axis, and (c) the second axis is offset from and parallel to the first axis, characterised in that the instrument is for extracting an implanted humeral stem component for a patient's humerus, the humeral stem component having a collar and a medial fin, the fin being adjacent to the collar, and the engagement tip of the surgical tamp has a slot formed in it in which the medial fin on the implanted humeral stem component can be received when the engagement tip is positioned in contact with the inferior surface of the collar on the humeral stem component. (i) an elongated shaft having a proximal end and an opposite, distal end, (ii) a strike plate secured to the proximal end of the elongated shaft, and (iii) an engagement tip secured to a distal end of the elongated shaft, (a) the proximal end defines a first longitudinal axis, (b) the distal end defines a second longitudinal axis, and (c) the second axis is offset from and parallel to the first axis,
A solar energy trap comprising a chamber defining an internal volume, wherein the chamber is double walled to form an external coaxial jacket and the chamber comprises an inlet port communicating with the internal volume arranged for solar energy admitted through the inlet port into the internal volume to be repeatedly reflected within the chamber until substantially all the entering solar energy is absorbed by the chamber; and means for absorbing photons entering the chamber; characterised in that the chamber comprises: a plurality of elongate portions joined serially at alternate ends to neighbouring elongate portions by semi-circular portions, a first of the plurality of elongate portions being joined to a serially last of the elongate portions by a U-shaped portion, to form a re-circulating chamber; and wherein the inlet port comprises an inlet tube communicating with the internal volume and a longitudinal axis of the inlet tube is inclined at an acute internal angle to a longitudinal axis of an elongate portion of the chamber 75). a plurality of elongate portions joined serially at alternate ends to neighbouring elongate portions by semi-circular portions, a first of the plurality of elongate portions being joined to a serially last of the elongate portions by a U-shaped portion, to form a re-circulating chamber; and wherein the inlet port comprises an inlet tube communicating with the internal volume and a longitudinal axis of the inlet tube is inclined at an acute internal angle to a longitudinal axis of an elongate portion of the chamber 75).
A process for preparing arylpropenes of the general formula in which k has the values of 0, 1, 2 or 3 and R 1 is independently selected from C 1 -C 6 -alkoxy, di(C 1 -C 6 -alkyl)amines and hydroxyl, comprising the thermolysis of at least one 1,1-diarylpropane compound of the general formula in which k and R 1 have the definitions given above, wherein the compound of the formula II in the gas phase is contacted with at least one solid acidic oxidic catalyst in a reaction zone. k has the values of 0, 1, 2 or 3 and R 1 is independently selected from C 1 -C 6 -alkoxy, di(C 1 -C 6 -alkyl)amines and hydroxyl,
A drum for rotatably mounting in an apparatus for use in the treatment of substrates with a solid particulate material, said drum having an inner surface and an end wall and access means for introducing said substrates into said drum, wherein said drum comprises: (a) storage means for storage of said solid particulate material, wherein at least part of said storage means is or comprises at least one cavity located in said end wall of said drum; and (c) a dispensing aperture for dispensing solid particulate material from said storage means into the interior of said drum, wherein said dispensing aperture is comprised in said end wall of said drum, characterised in that said drum comprises a valve that is actuatable between a closed position and an open position, wherein when said valve is in said closed position said solid particulate material is prevented from passing through said dispensing aperture and when said valve is in said open position said solid particulate material is permitted to pass through said dispensing aperture. (a) storage means for storage of said solid particulate material, wherein at least part of said storage means is or comprises at least one cavity located in said end wall of said drum; and (c) a dispensing aperture for dispensing solid particulate material from said storage means into the interior of said drum, wherein said dispensing aperture is comprised in said end wall of said drum,