mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a sensor apparatus comprising an accelerometer having a microelectromechanical systems, MEMs, sensor with a resonant frequency, f 0, the method comprising: measuring an acceleration signal at an output of the accelerometer; generating a digitized acceleration signal based on the acceleration signal; and processing, with a digital equalization filter, the digitized acceleration signal to generate an equalized acceleration signal having a magnitude frequency response that varies by no more than 3 decibels over a frequency range that extends from 0 to above f 0, characterized in that processing the digitized acceleration signal comprises using a transfer function of the MEMs sensor to generate the equalized acceleration signal. measuring an acceleration signal at an output of the accelerometer; generating a digitized acceleration signal based on the acceleration signal; and processing, with a digital equalization filter, the digitized acceleration signal to generate an equalized acceleration signal having a magnitude frequency response that varies by no more than 3 decibels over a frequency range that extends from 0 to above f 0, characterized in that processing the digitized acceleration signal comprises using a transfer function of the MEMs sensor to generate the equalized acceleration signal.
An apparatus comprising: a controlled field alternator configured to generate a polyphase signal including an A component and a B component; a segmented waveform converter including a network of switches (SW1-6) connected between the polyphase signal of the controlled field alternator and an output filter of an output; characterized by a controller configured to perform a calculation or to consult a look-up table to determine a combination of the A component and the B component of the polyphase signal to pass to the output, and to provide a control signal for the network of switches (SW1-6) providing several combinations of the A component and the B component of the polyphase signal to the output including an additive signal (A+B) or a substractive signal (A-B; B-A), said control signal being based on measured electrical quantities associated with the output filter and provide a field current control signal to the controlled field alternator, wherein the controller is configured to consult the look-up table to relate a plurality of combinations of available voltages to different settings for the plurality of switches (SW1-6), and the field current control signal includes at least one of the plurality of combinations. a controlled field alternator configured to generate a polyphase signal including an A component and a B component; a segmented waveform converter including a network of switches (SW1-6) connected between the polyphase signal of the controlled field alternator and an output filter of an output; characterized by a controller configured to perform a calculation or to consult a look-up table to determine a combination of the A component and the B component of the polyphase signal to pass to the output, and to provide a control signal for the network of switches (SW1-6) providing several combinations of the A component and the B component of the polyphase signal to the output including an additive signal (A+B) or a substractive signal (A-B; B-A), said control signal being based on measured electrical quantities associated with the output filter and provide a field current control signal to the controlled field alternator, wherein the controller is configured to consult the look-up table to relate a plurality of combinations of available voltages to different settings for the plurality of switches (SW1-6), and the field current control signal includes at least one of the plurality of combinations.
A shaft of a gun, in particular of a sporting gun, comprising a shaft element and a cheek supporting element against which to abut the cheek of the shooter, wherein the cheek supporting element has a cheek supporting surface, which can be vertically moved relative to the shaft element by means of at least one adjusting device (5, 6), wherein the adjusting device comprises a threaded rod that can be moved vertically relative to the shaft element and is directly or indirectly connected with the cheek supporting surface, an adjusting element that can be rotated relative to the shaft element for moving the threaded rod, and a rotatably fixed locking body, characterized in that the at least one adjusting device (5, 6) comprises a ball locking device (5', 6') with several predetermined locking stages, wherein the ball locking device is provided on the adjusting element and on the rotatably fixed locking body.
A textile having at least one fully integrated knitted sensor, the textile comprising: at least one sensing area adapted for a sensing activity, wherein the sensing activity is selected from the group consisting of: tensile force, compressive force, movement, temperature and physiological activity, and wherein the sensing area comprises an electrically conductive yarn knitted in the textile; the sensing area comprising stitches selected from the group consisting of: jersey stitches, miss stitches, and/or tuck stitches; wherein the combination of jersey stitches, miss stitches and/or tuck stitches in the sensing area provides a controllable amount of contact resistance in the textile; and wherein the controllable amount of contact resistance in the textile is correlated with a desired electrical conductivity for the sensing activity, characterized in that: 50% of the stitches in the combination of stitches in the sensing area comprise jersey stitches, and wherein the remaining 50% of stitches comprises a combination of miss stitches and tuck stitches. at least one sensing area adapted for a sensing activity, wherein the sensing activity is selected from the group consisting of: tensile force, compressive force, movement, temperature and physiological activity, and wherein the sensing area comprises an electrically conductive yarn knitted in the textile; the sensing area comprising stitches selected from the group consisting of: jersey stitches, miss stitches, and/or tuck stitches; wherein the combination of jersey stitches, miss stitches and/or tuck stitches in the sensing area provides a controllable amount of contact resistance in the textile; and wherein the controllable amount of contact resistance in the textile is correlated with a desired electrical conductivity for the sensing activity, characterized in that: 50% of the stitches in the combination of stitches in the sensing area comprise jersey stitches, and wherein the remaining 50% of stitches comprises a combination of miss stitches and tuck stitches.
A method for filling containers with multi-component flowable media, comprising the following steps: - filling a first component into the container to be filled by means of a first filling means; - transporting the container filled with the first component of the liquid to the second filling means; - filling a second component of the liquid into the container to be filled with the first component by means of said second filling means, wherein after filling the first component into the container, however, before the filling of the second component into the container a filling quantity of said first component is determined, wherein the measurement of the first filled component is carried out locally separated from the first filing means, characterised in that by means of one and the same weight measurement means both the amount of the first component and the total amount are determined in such a way that the weight measurement means initially determines the amount and/or the weight of the first component and in the sequel a total amount and/or an overall weight of both components is determined by the weight measurement means. - filling a first component into the container to be filled by means of a first filling means; - transporting the container filled with the first component of the liquid to the second filling means; - filling a second component of the liquid into the container to be filled with the first component by means of said second filling means,
Mixing and kneading machine for continuous preparation processes, such as for kneading and mixing particulate starting material and/or for producing granules, extruded profiles or molded parts, comprising a housing in which a hollow interior is formed which is delimited by the inner peripheral surface of the housing and extends in the longitudinal direction of the mixing and kneading machine, a screw shaft which extends through the interior of the housing at least in portions in the axial direction and which, during operation, rotates in the interior of the housing and simultaneously moves translationally back and forth in the axial direction, a drive which rotates the screw shaft during operation, and a filling device arranged on the housing for feeding at least one starting material to be mixed and kneaded into the interior of the housing, the filling device extending through a recess which extends through the housing wall or being connected to a recess which extends through the housing wall, characterized in that the filling device comprises at least two cavities (54, 54') which each extend over the height of the filling device, and are separated from one another by at least one partition wall (52, 52'), and in that a seal which seals the screw shaft with respect to the inner peripheral surface of the housing is provided i) between the gear flange and the upstream end of the housing connected thereto and/or ii) in the upstream end of the housing, and at least one discharge channel is provided in the housing, which channel extends in portions from the inner peripheral surface of the housing into the housing and is connected to the upstream end of the filling device, which channel extends at least in portions from the upstream end of the filling device toward the seal, when viewed in the longitudinal direction of the housing.
A pump comprising: - a sealed interior portion with at least one opening to the exterior covered by a sterilization barrier formed from a non-porous material allowing a sterilization gas to penetrate but prevents germs from penetrating, characterized in that - the pump has a flow path arranged between an inlet and an outlet, the pump comprising at least one valve member arranged in the flow path, and - the size and configuration of the at least one sterilization barrier formed from a non-porous material allow at least 50% of the sterilization gas, that would pass between a sterilization gas-containing exterior and said sealed interior portion when a pressure difference is created there between, to pass through the non-porous material. - a sealed interior portion with at least one opening to the exterior covered by a sterilization barrier formed from a non-porous material allowing a sterilization gas to penetrate but prevents germs from penetrating, characterized in that - the pump has a flow path arranged between an inlet and an outlet, the pump comprising at least one valve member arranged in the flow path, and - the size and configuration of the at least one sterilization barrier formed from a non-porous material allow at least 50% of the sterilization gas, that would pass between a sterilization gas-containing exterior and said sealed interior portion when a pressure difference is created there between, to pass through the non-porous material.
A safety mechanism comprising: a) at least two elements (910, 920) having a plurality of sockets perforated thereover, each of said sockets is perforated through said at least two elements for receiving a fastener portion therein for connecting said elements to one another; b) a plurality of fasteners (100, 200) each having a threaded portion (112, 212) and a head portion (111, 112) that allows using a rotating tool for fastening said fastener by rotating thereof to a predefined direction and removing thereof by rotating it to an opposite rotating direction, said plurality of fasteners (100, 200) comprise at least one fastener of a first type and at least one fastener of a second type, wherein said first type fastener is configured to fasten said elements by rotating it to a first rotation direction and removing thereof by rotating it to a second rotating direction opposite to the first rotation direction, and wherein said second type fastener is configured to fasten said elements by rotating it to the second rotation direction and removing thereof by rotating it to the first rotating direction opposite thereto, wherein each of the plurality of fasteners (100, 200) regardless of its particular type is designed to appear the same from at least one side thereof that is configured for being exposed to a viewer once the respective fastener is secured to said elements (910, 920) for preventing a respective viewer from visually distinguishing the type and therefore the rotation direction of each respective fastener. a) at least two elements (910, 920) having a plurality of sockets perforated thereover, each of said sockets is perforated through said at least two elements for receiving a fastener portion therein for connecting said elements to one another; b) a plurality of fasteners (100, 200) each having a threaded portion (112, 212) and a head portion (111, 112) that allows using a rotating tool for fastening said fastener by rotating thereof to a predefined direction and removing thereof by rotating it to an opposite rotating direction, said plurality of fasteners (100, 200) comprise at least one fastener of a first type and at least one fastener of a second type,
A compound comprising the structure shown in Formula I wherein R 1 and R 2 are R 1 = CH 2 (CH 2) n OC(=O)R 4 R 2 = CH 2 (CH 2) m OC(=O)R 5 wherein n and m are each independently from 1 to 2; and R 4 and R 5 are independently for each occurrence a C alkyl group, or a C alkenyl group; wherein R 3 is selected from wherein each R 6 is independently selected from H, alkyl, hydroxyl, hydroxyalkyl, alkoxy, alkoxyalkoxy, and aminoalkyl; each R 7 is independently selected from H, alkyl, hydroxyalkyl, and aminoalkyl; Q is O or NR 7, wherein alkyl is C alkyl, hydroxyalkyl is hydroxyl[C alkyl], and aminoalkyl is amino [C alkyl]. each R 6 is independently selected from H, alkyl, hydroxyl, hydroxyalkyl, alkoxy, alkoxyalkoxy, and aminoalkyl; each R 7 is independently selected from H, alkyl, hydroxyalkyl, and aminoalkyl; Q is O or NR 7, wherein alkyl is C alkyl, hydroxyalkyl is hydroxyl[C alkyl], and aminoalkyl is amino [C alkyl].
An antenna feeding network for a multi-radiator antenna, the antenna feeding network comprising at least two coaxial lines, wherein each coaxial line comprises a central inner conductor (14a, 14b) and an elongated outer conductor surrounding the central inner conductor, further comprising at least one connector device (8, 8') configured to interconnect at least a first inner conductor and a second inner conductor of said central inner conductors capacitively and/or inductively, wherein the connector device (8, 8') is configured to be removably connected to the first inner conductor and the second inner conductor.
Hot-melt adhesive composition comprising a) at least one thermoplastic poly-α-olefin that is solid at 25 °C and contains silane groups, b) at least one soft resin having a melting point or softening point between -10 °C and 40 °C; and c) at least one silane that is liquid at 25 °C. a) at least one thermoplastic poly-α-olefin that is solid at 25 °C and contains silane groups, b) at least one soft resin having a melting point or softening point between -10 °C and 40 °C; and c) at least one silane that is liquid at 25 °C.
An apparatus for a shaving razor having a cartridge containing one or more blades, the apparatus comprising: a base unit for supporting the shaving razor; one or more sensors in the base unit disposed to face the cartridge; and a processor and circuitry in operative communication with the one or more sensors, wherein the processor is configured to determine accumulation of debris in the cartridge and/or wear of the blades, and wherein the base unit, directly or via a handheld personal computer, provides a visual or aural alert to a user regarding the determined accumulation of debris in the cartridge and/or wear of the blades. a base unit for supporting the shaving razor; one or more sensors in the base unit disposed to face the cartridge; and a processor and circuitry in operative communication with the one or more sensors, wherein the processor is configured to determine accumulation of debris in the cartridge and/or wear of the blades, and wherein the base unit, directly or via a handheld personal computer, provides a visual or aural alert to a user regarding the determined accumulation of debris in the cartridge and/or wear of the blades.
A multiplication register for amplifying signal charge, comprising: a substrate; a plurality of register electrodes (30, 32, 34, 36) comprising one or more amplification electrodes for amplifying the signal charge, at least one clock electrode and a dc electrode, mounted on the substrate, for transferring signal charge along a charge transfer channel such that the signal charge is amplified; at least one channel edge defining electrode, arranged along the length of the charge transfer channel and located adjacent one or more of the register electrodes for constraining the signal charge in the charge transfer channel the channel edge defining electrode being formed underneath the register electrodes; and, an overspill electrode disposed on the substrate under the channel edge defining electrode adjacent to the channel and extending further from the channel than the channel edge defining electrode; wherein the register electrodes, channel edge defining electrode and overspill electrode are insulated from one another by dielectric layers. a substrate; a plurality of register electrodes (30, 32, 34, 36) comprising one or more amplification electrodes for amplifying the signal charge, at least one clock electrode and a dc electrode, mounted on the substrate, for transferring signal charge along a charge transfer channel such that the signal charge is amplified; at least one channel edge defining electrode, arranged along the length of the charge transfer channel and located adjacent one or more of the register electrodes for constraining the signal charge in the charge transfer channel the channel edge defining electrode being formed underneath the register electrodes; and, an overspill electrode disposed on the substrate under the channel edge defining electrode adjacent to the channel and extending further from the channel than the channel edge defining electrode; wherein the register electrodes, channel edge defining electrode and overspill electrode are insulated from one another by dielectric layers.
Hand-held cut-off grinder, comprising: • a cutting disc which is arranged on a spindle and can be rotated about a rotational axis, the spindle being connected to an output shaft which can be rotated about an output rotational axis, • a motor housing with a drive motor which moves a drive shaft about a drive rotational axis, the drive shaft being connected in a torque-transmitting manner via a drive disc, a transmission element and an output disc to the output shaft, and • a cantilever with an arm cover and a support arm which is fixed by way of a first end on the motor housing and at the second end of which the output shaft is mounted, the arm cover being fastened to the support arm via a plurality of fastening elements, at least one fastening element of the plurality of fastening elements being arranged on a side, facing away from the drive shaft, of a first plane, the first plane being arranged perpendicularly with respect to a reference plane through the output rotational axis, and the reference plane being defined by the output rotational axis and the drive rotational axis, characterized in that the arm cover is manufactured from a metal material. • a cutting disc which is arranged on a spindle and can be rotated about a rotational axis, the spindle being connected to an output shaft which can be rotated about an output rotational axis, • a motor housing with a drive motor which moves a drive shaft about a drive rotational axis, the drive shaft being connected in a torque-transmitting manner via a drive disc, a transmission element and an output disc to the output shaft, and • a cantilever with an arm cover and a support arm which is fixed by way of a first end on the motor housing and at the second end of which the output shaft is mounted, the arm cover being fastened to the support arm via a plurality of fastening elements, at least one fastening element of the plurality of fastening elements being arranged on a side, facing away from the drive shaft, of a first plane, the first plane being arranged perpendicularly with respect to a reference plane through the output rotational axis, and the reference plane being defined by the output rotational axis and the drive rotational axis, characterized in that the arm cover is manufactured from a metal material.
Device for transporting a stack of templates for forming packaging, said device originating from the assembly of at least one sheet material blank and being characterised in that it comprises a base, at least two uprights for receiving therebetween the stack of templates from the base as far as to a top panel, each upright being in the form of a strip of said material rising from the base as far as to the top panel, which acts as the connection between the uprights, and in that each upright is joined to the base and to the top panel by means of a fold line (115a, 115b, 110a, 110b), and a lateral extension, which is folded towards the outside of the transport device and extends from the base as far as to the top panel, extends alongside each upright, beyond one of the sides thereof formed by a fold line.