mhurhangee/ep-ind-claims huggingface dataset:
A spout device for a packaging which comprises a frame provided with a central opening intended to be fixed on the packaging, and a cover connected to the frame by two cheeks and a hinge, the frame and the cover being molded in a first material, characterized in that the cheeks and the hinge are molded in a second material, said second material comprising a flexible material selected from a group composed of polyurethane and elastomers, and in that the two cheeks each have a triangular shape converging towards the inside of the frame, the triangular shape having three flanges and three tops, and each have a fold line substantially along a median line between one of the tops and one of the flanges, the fold line being terminated by a triangular slot arranged in a flange.
A touch-sensitive apparatus, comprising: touch surface means, including a touch surface and a plurality of drive electrodes (116a-e, 118a-e) and receive electrodes (18a, 18b), each of the plurality of electrodes being configured and arranged to be associated with a coupling capacitance that changes in response to a capacitance-altering touch at the touch surface, the drive electrodes (116a-3, 118a-e) being driven by a drive signal; sensing means coupled to the receive electrodes (18a, 18b), and configured to generate response signals for the plurality of electrodes; each of the response signals having an amplitude responsive to the coupling capacitance at the touch surface and including a differentiated signal representation of the drive signal transmitted through the electrodes and giving rise to the response signal, the response signal having transient portions characterizing positive-going transitions of the drive signal towards an upper signal level of the drive signal and negative-going transitions of the drive signal towards a lower signal level of the drive signal; and means for using time-varying parameters to process the response signals to provide variable gain thereto by adjusting gain for the transient portions relative to gain for portions of the response signals between the transient portions, and therein suppressing harmonics in the response signals; and thereby facilitating measurement of the response signals to determine therefrom positions of touches on the touch surface in response to changes of the coupling capacitance. touch surface means, including a touch surface and a plurality of drive electrodes (116a-e, 118a-e) and receive electrodes (18a, 18b), each of the plurality of electrodes being configured and arranged to be associated with a coupling capacitance that changes in response to a capacitance-altering touch at the touch surface, the drive electrodes (116a-3, 118a-e) being driven by a drive signal; sensing means coupled to the receive electrodes (18a, 18b), and configured to generate response signals for the plurality of electrodes; each of the response signals having an amplitude responsive to the coupling capacitance at the touch surface and including a differentiated signal representation of the drive signal transmitted through the electrodes and giving rise to the response signal, the response signal having transient portions characterizing positive-going transitions of the drive signal towards an upper signal level of the drive signal and negative-going transitions of the drive signal towards a lower signal level of the drive signal; and means for using time-varying parameters to process the response signals to provide variable gain thereto by adjusting gain for the transient portions relative to gain for portions of the response signals between the transient portions, and therein suppressing harmonics in the response signals; and thereby facilitating measurement of the response signals to determine therefrom positions of touches on the touch surface in response to changes of the coupling capacitance.
A spatial light modulator, comprising a plurality of MEMS units arranged in an array, wherein each of the MEMS units is arranged to encode a pixel of a computer generated hologram reconstructing a present frame, and each of the MEMS units comprises a signal processing device, a light shielding portion and a driving device; the signal processing device for a MEMS unit is configured for receiving position information that is obtained through Lohmann encoding by a computer of the pixel corresponding to said MEMS unit comprising the signal processing device, and the position information is position information of the light shielding portion when the present frame is displayed; the signal processing device is configured to transmit the position information of the light shielding portion 202 to the driving device when the present frame is displayed wherein the driving device is configured for in-plane moving the light shielding portion to a position corresponding to the position information of the light shielding portion when the present frame is displayed, in response to the received position information of the light shielding portion for the present frame.
Driving drum for tracked vehicles, in particular military vehicles, having at least three driver pinion receiving means (2, 3, 4) arranged on the circumferential side for the assembly of driver pinions (10, 11) engaging with the vehicle track, characterized in that the drum diameter (D 1) in the region of the axially external driver pinion receiving means is smaller than the drum diameter (D 2) in the region of the centre driver pinion receiving means and/or the axially internal driver pinion receiving means, wherein a jump in diameter in the manner of a conical slope is arranged between the axially outer driver pinion receiving means and the centre driver pinion receiving means. having at least three driver pinion receiving means (2, 3, 4) arranged on the circumferential side for the assembly of driver pinions (10, 11) engaging with the vehicle track, characterized in that the drum diameter (D 1) in the region of the axially external driver pinion receiving means is smaller than the drum diameter (D 2) in the region of the centre driver pinion receiving means and/or the axially internal driver pinion receiving means, wherein a jump in diameter in the manner of a conical slope is arranged between the axially outer driver pinion receiving means and the centre driver pinion receiving means.
A power cell system (1.1) with a device for detecting a discontinuity in electrical connections to power cells (2.1, 2.2,....) in the power cell system (1.1), the system comprising: a plurality of power cells (2.1, 2.2,....) and a plurality of electronic filters (4.1, 4.2...) each having a connection to an electrode of a power cell, each of the plurality of electronic filters comprising a first resistance (4.1.2,4.2.4...) and a capacitor (4.1.1, 4.1.2....) connected to the first resistance, the system being adapted to: simultaneously discharge the capacitors while maintaining the connections to the power cells, simultaneously recharge the capacitors from the power cells, further comprising a voltage monitoring unit to monitor a dynamic voltage on the capacitors to determine if there is a discontinuity in electrical connections to the power cells. a plurality of power cells (2.1, 2.2,....) and a plurality of electronic filters (4.1, 4.2...) each having a connection to an electrode of a power cell, each of the plurality of electronic filters comprising a first resistance (4.1.2,4.2.4...) and a capacitor (4.1.1, 4.1.2....) connected to the first resistance, the system being adapted to: simultaneously discharge the capacitors while maintaining the connections to the power cells, simultaneously recharge the capacitors from the power cells, further comprising a voltage monitoring unit to monitor a dynamic voltage on the capacitors to determine if there is a discontinuity in electrical connections to the power cells. simultaneously discharge the capacitors while maintaining the connections to the power cells, simultaneously recharge the capacitors from the power cells, further comprising a voltage monitoring unit to monitor a dynamic voltage on the capacitors to determine if there is a discontinuity in electrical connections to the power cells.
A computing device for reducing a connection time to a wireless access point, the computing device comprising: a wireless connection logging module to record in a log stored on the computing device, wireless connection information for a plurality of wireless connections with one or more wireless access points, the log comprises historical wireless connection information; an analysis module to calculate parameters based at least in part on the historical wireless connection information, wherein each parameter comprises a probability that one of the plurality of wireless connections established at a particular time was the same as another wireless connection established in the past calculated based at least in part on the historical wireless connection information; a prediction module to i) assign the probability calculated for each parameter to a different wireless connection of the plurality of wireless connections recorded in the log, and ii) generate an ordered list of the one or more wireless access points to connect to at a desired time based at least in part on the wireless connections to which the probabilities are assigned; a wireless connection management module to select a first wireless access point from the ordered list with which to attempt a connection; and a wireless communication module to send a probe frame to the selected first wireless access point. a wireless connection logging module to record in a log stored on the computing device, wireless connection information for a plurality of wireless connections with one or more wireless access points, the log comprises historical wireless connection information; an analysis module to calculate parameters based at least in part on the historical wireless connection information, wherein each parameter comprises a probability that one of the plurality of wireless connections established at a particular time was the same as another wireless connection established in the past calculated based at least in part on the historical wireless connection information; a prediction module to i) assign the probability calculated for each parameter to a different wireless connection of the plurality of wireless connections recorded in the log, and ii) generate an ordered list of the one or more wireless access points to connect to at a desired time based at least in part on the wireless connections to which the probabilities are assigned; a wireless connection management module to select a first wireless access point from the ordered list with which to attempt a connection; and a wireless communication module to send a probe frame to the selected first wireless access point.
A method for early data transmission, EDT, performed by a wireless device, the method comprising: assembling a random access message 3 that includes uplink data for random access EDT; transmitting the random access message 3 to a network node; receiving a random access message 4 from the network node; wherein the method further comprises: determining whether the random access message 4 includes a successful integrity check indicating that the network node successfully received the uplink data in random access message 3; and upon determining the random access message 4 includes a successful integrity check, discarding transmission protocol information corresponding to the uplink data in random access message 3, wherein the transmission protocol information comprises layer 2, L2, data corresponding to the uplink data in random access message 3. assembling a random access message 3 that includes uplink data for random access EDT; transmitting the random access message 3 to a network node; receiving a random access message 4 from the network node; wherein the method further comprises: determining whether the random access message 4 includes a successful integrity check indicating that the network node successfully received the uplink data in random access message 3; and upon determining the random access message 4 includes a successful integrity check, discarding transmission protocol information corresponding to the uplink data in random access message 3, wherein the transmission protocol information comprises layer 2, L2, data corresponding to the uplink data in random access message 3. determining whether the random access message 4 includes a successful integrity check indicating that the network node successfully received the uplink data in random access message 3; and upon determining the random access message 4 includes a successful integrity check, discarding transmission protocol information corresponding to the uplink data in random access message 3, wherein the transmission protocol information comprises layer 2, L2, data corresponding to the uplink data in random access message 3.
A wind turbine, comprising: an inner support having a generally circular cross-section having a center axis, b-b, and an outer diameter; an aerodynamic fairing positioned over at least a portion of the inner support, the aerodynamic fairing having a symmetric airfoil cross-section having a chord length, c, extending between a leading edge and a trailing edge and a maximum thickness, t, positioned between about 25% and 35% of the chord length from the leading edge; wherein the center axis of the inner support is positioned along the chord length between the leading edge and the maximum thickness. an inner support having a generally circular cross-section having a center axis, b-b, and an outer diameter; an aerodynamic fairing positioned over at least a portion of the inner support, the aerodynamic fairing having a symmetric airfoil cross-section having a chord length, c, extending between a leading edge and a trailing edge and a maximum thickness, t, positioned between about 25% and 35% of the chord length from the leading edge; wherein the center axis of the inner support is positioned along the chord length between the leading edge and the maximum thickness.
Method for the production of a metallic and/or ceramic implant with a structured, especially porous surface for at least partial insertion into hard tissue such as into a bone and/or into soft tissue, wherein the implant is produced at least area-wise by the aid of a cold-isostatic compression, casting and/or injection molding (CIM, MIM) to a green body with subsequent sintering to an implant, wherein prior to sintering the surface is changed and/or prepared such that after the sintering a macroporous and/or macro-structured surface is present wherein the green body is modified after the cold-isostatic compression, casting and/or injection molding and prior to the final sintering by blasting of the surface of the green body, wherein the blasting agent for the blasting is an abrasive and/or surface-densifying blasting agent characterized in that a mixture of two different blasting agents with a different particle size is used as a blasting agent, wherein the difference in the average particle size of the different blasting agents lies in the range of a factor 5-10.
System for an electrical impedance tomograph comprising - an electrode carrier, - a first and a second skin electrode (6, 8), which are arranged on the electrode carrier, spaced apart from one another along the longitudinal direction L of the electrode carrier, - a first mating contact apparatus, which is arranged on the electrode carrier and connected to the first skin electrode, and - a second mating contact apparatus, which is arranged on the electrode carrier and connected to the second skin electrode, wherein - the system has a connection unit, with the aid of which an impedance tomograph is electrically connectable to a first and a second skin electrode (6, 8) of an electrode carrier, wherein the connection unit has a first and a second contact apparatus (16, 18), wherein the first and the second contact apparatus (16, 18) each have an electrical protective circuit (10, 12), wherein - the first contact apparatus is detachably connected to the first mating contact apparatus, and - the second contact apparatus is detachably connected to the second mating contact apparatus, wherein the protective circuits (10, 12) each are a part of a multi-part protective circuit unit, with further parts of the protective circuit unit being integrated in the electrode carrier and/or in the skin electrodes (6, 8). - an electrode carrier, - a first and a second skin electrode (6, 8), which are arranged on the electrode carrier, spaced apart from one another along the longitudinal direction L of the electrode carrier, - a first mating contact apparatus, which is arranged on the electrode carrier and connected to the first skin electrode, and - a second mating contact apparatus, which is arranged on the electrode carrier and connected to the second skin electrode, wherein - the system has a connection unit, with the aid of which an impedance tomograph is electrically connectable to a first and a second skin electrode (6, 8) of an electrode carrier, wherein the connection unit has a first and a second contact apparatus (16, 18), wherein the first and the second contact apparatus (16, 18) each have an electrical protective circuit (10, 12), wherein - the first contact apparatus is detachably connected to the first mating contact apparatus, and - the second contact apparatus is detachably connected to the second mating contact apparatus, wherein the protective circuits (10, 12) each are a part of a multi-part protective circuit unit, with further parts of the protective circuit unit being integrated in the electrode carrier and/or in the skin electrodes (6, 8).
A system comprising: a front end core; a memory hierarchy; and an accelerator communicatively coupled to the front end core and to the memory hierarchy; wherein the front end core comprises a Translation Lookaside Buffer, TLB and a page walker module, to serve both the front end core and the accelerator; wherein the accelerator comprises: a memory management circuit to attempt a virtual-to-physical address translation by querying the translation lookaside buffer, TLB, containing a mapping of virtual-to-physical addresses, the memory management circuit to use the page walker module to access a page table from the memory hierarchy to perform the translation if the query to the TLB fails to locate a translation for a particular virtual address; and one or more execution units to execute instructions. a front end core; a memory hierarchy; and an accelerator communicatively coupled to the front end core and to the memory hierarchy; wherein the front end core comprises a Translation Lookaside Buffer, TLB and a page walker module, to serve both the front end core and the accelerator; wherein the accelerator comprises: a memory management circuit to attempt a virtual-to-physical address translation by querying the translation lookaside buffer, TLB, containing a mapping of virtual-to-physical addresses, the memory management circuit to use the page walker module to access a page table from the memory hierarchy to perform the translation if the query to the TLB fails to locate a translation for a particular virtual address; and one or more execution units to execute instructions. a memory management circuit to attempt a virtual-to-physical address translation by querying the translation lookaside buffer, TLB, containing a mapping of virtual-to-physical addresses, the memory management circuit to use the page walker module to access a page table from the memory hierarchy to perform the translation if the query to the TLB fails to locate a translation for a particular virtual address; and one or more execution units to execute instructions.
Wind turbine having a drivetrain, said drivetrain comprising a rotor shaft and a planetary gearing with a first gearing stage, wherein the rotor shaft is connected fixedly and without play to the planet carrier of the first gearing stage, wherein the rotor shaft is mounted, on the side facing away from the first gearing stage, on a first carrying structure by way of a toroidal-roller bearing, the planet carrier connected fixedly and without play to the rotor shaft being mounted by way of a moment bearing, as fixed bearing, wherein the outer ring of the moment bearing is connected to a housing, characterized in that the combination of outer ring of the moment bearing and housing is connected to a second carrying structure via at least three elastic suspension elements that are arranged in an annular manner around the rotor axis, and the elastic suspension elements are of cylindrical form and in the form of ultra bushes.
A nuclear reactor including a core plate and a fuel guide pin, the fuel guide pin comprising: a shrink fit portion that is inserted into a recessed portion having a bottom and being provided in a core plate and is fixed thereto by means of shrink fit; a pin portion provided above the shrink fit portion and projecting from an upper surface of the core plate, over which a fuel to be loaded on the core plate is inserted; a constricted portion which is provided between the shrink fit portion and the pin portion, has a constricted shape with a diameter smaller than an outer diameter of the pin portion, and includes a lower narrowed portion which is smoothly narrowed toward a most constricted portion from a side of the shrink fit portion; and an external threaded ring which allows the pin portion to be inserted therethrough and screws into an internal thread recessed portion provided in the core plate so as to press the shrink fit portion into the recessed portion. a shrink fit portion that is inserted into a recessed portion having a bottom and being provided in a core plate and is fixed thereto by means of shrink fit; a pin portion provided above the shrink fit portion and projecting from an upper surface of the core plate, over which a fuel to be loaded on the core plate is inserted; a constricted portion which is provided between the shrink fit portion and the pin portion, has a constricted shape with a diameter smaller than an outer diameter of the pin portion, and includes a lower narrowed portion which is smoothly narrowed toward a most constricted portion from a side of the shrink fit portion; and an external threaded ring which allows the pin portion to be inserted therethrough and screws into an internal thread recessed portion provided in the core plate so as to press the shrink fit portion into the recessed portion.