mhurhangee/ep-ind-claims huggingface dataset:
A package assembly comprising: a coreless substrate comprising a first side, a second side opposite to the first side, and a plurality of build-up layers between the first side and the second side; two or more passive device pads disposed on the first side of the coreless substrate, wherein each of the two or more passive device pads has a first surface and a second surface, and, for each of the two or more passive device pads, the second surface is disposed between the first surface and the coreless substrate; an electrical routing feature disposed on the second side of the coreless substrate; a first solder resist layer disposed on the first side of the coreless substrate, wherein the first solder resist layer has a first surface and a second surface, the second surface of the first solder resist layer is disposed between the first surface of the first solder resist layer and the coreless substrate, the two or more passive device pads are disposed within corresponding openings in the first solder resist layer, and the first surfaces of the two or more passive device pads are recessed from the first surface of the first solder resist layer; and an electrical path (122, 126, 128) defined in the plurality of build-up layers to route electrical power between the two or more passive device pads and the electrical routing feature, wherein the electrical path includes a conductive element disposed on or within the build-up layers, the two or more passive device pads conductively coupled to the conductive element. a coreless substrate comprising a first side, a second side opposite to the first side, and a plurality of build-up layers between the first side and the second side; two or more passive device pads disposed on the first side of the coreless substrate, wherein each of the two or more passive device pads has a first surface and a second surface, and, for each of the two or more passive device pads, the second surface is disposed between the first surface and the coreless substrate; an electrical routing feature disposed on the second side of the coreless substrate; a first solder resist layer disposed on the first side of the coreless substrate, wherein the first solder resist layer has a first surface and a second surface, the second surface of the first solder resist layer is disposed between the first surface of the first solder resist layer and the coreless substrate, the two or more passive device pads are disposed within corresponding openings in the first solder resist layer, and the first surfaces of the two or more passive device pads are recessed from the first surface of the first solder resist layer; and an electrical path (122, 126, 128) defined in the plurality of build-up layers to route electrical power between the two or more passive device pads and the electrical routing feature, wherein the electrical path includes a conductive element disposed on or within the build-up layers, the two or more passive device pads conductively coupled to the conductive element.
A multifunctional children's seat with an adjustment mechanism, by which the children's seat is able to be converted into a children's rocker, characterized in that an adapter is provided to receive a children's seat, whereby any standardized children's seats are able to be placed onto the adjustment mechanism.
An azole derivative of formula wherein R 1 is C 1-6 -alkyl, R 2 is H, C 1-3 -alkyl, C 2-3 -alkenyl or C 2-3 -alkynyl, Y is halogen, C 1-4 -alkyl, C 1-4 -haloalkyl, C 1-4 -alkoxy or C 1-4 -haloalkoxy, m is an integer of 0-5, and A is N or methine; the azole derivative being a (-)-enantiomer having an -R 1 group, hydroxy group, and substituted or unsubstituted benzyl group bonded to a cyclopentane ring in cis-form. R 1 is C 1-6 -alkyl, R 2 is H, C 1-3 -alkyl, C 2-3 -alkenyl or C 2-3 -alkynyl, Y is halogen, C 1-4 -alkyl, C 1-4 -haloalkyl, C 1-4 -alkoxy or C 1-4 -haloalkoxy, m is an integer of 0-5, and A is N or methine;
An apparatus for supplying torque to and receiving torque from a vehicle driveline, said apparatus including a flywheel arranged in a vacuum, the flywheel being connected with a coupling to a variator arranged to transmit torque to and from said flywheel, the variator being arranged to be mechanically coupled to the output of a primary torque supply downstream of its transmission, wherein the apparatus is arranged, in use, to supply and/or to receive torque in parallel with the primary torque supply to and/or from a common vehicle driveline.
A computer-implemented method when executed by data processing hardware causes the data processing hardware to perform operations comprising: receiving a plurality of unlabeled student training utterances; for each unlabeled student training utterance, generating a transcription corresponding to the respective unlabeled student training utterance using a plurality of non-streaming automated speech recognition teacher models; and distilling a streaming ASR student model from the plurality of non-streaming ASR teacher models by training the streaming ASR student model using the plurality of unlabeled student training utterances paired with the corresponding transcriptions generated by the plurality of non-streaming ASR teacher models. receiving a plurality of unlabeled student training utterances; for each unlabeled student training utterance, generating a transcription corresponding to the respective unlabeled student training utterance using a plurality of non-streaming automated speech recognition teacher models; and distilling a streaming ASR student model from the plurality of non-streaming ASR teacher models by training the streaming ASR student model using the plurality of unlabeled student training utterances paired with the corresponding transcriptions generated by the plurality of non-streaming ASR teacher models.
An apparatus for transcranial brain stimulation comprising: - an electrode arrangement comprising a plurality of electrodes (2, 3) which can be arranged in an operating configuration on a skull of a human being or animal, wherein in the operating configuration during energization of the electrodes (2, 3) a current flow is generated through at least one auditory cortex of the cerebral cortex in the skull; characterized in that the apparatus comprises: - an acoustic detection device for detecting acoustic signals as analog sound signals; - a signal conversion device configured to i) convert a respective analog sound signal into a first digital signal, the course of which corresponds to the respective analog sound signal, and to determine a second digital signal from the first digital signal by extracting the envelope from the first digital signal and shifting the envelope by a predetermined amount of time (tl) greater than zero into the future or leaving it unshifted; ii) convert the second digital signal into a current, the course of which corresponds to the second digital signal, and to energize the electrode arrangement in the operating configuration with this current. - an electrode arrangement comprising a plurality of electrodes (2, 3) which can be arranged in an operating configuration on a skull of a human being or animal, wherein in the operating configuration during energization of the electrodes (2, 3) a current flow is generated through at least one auditory cortex of the cerebral cortex in the skull; - an acoustic detection device for detecting acoustic signals as analog sound signals; - a signal conversion device configured to i) convert a respective analog sound signal into a first digital signal, the course of which corresponds to the respective analog sound signal, and to determine a second digital signal from the first digital signal by extracting the envelope from the first digital signal and shifting the envelope by a predetermined amount of time (tl) greater than zero into the future or leaving it unshifted; ii) convert the second digital signal into a current, the course of which corresponds to the second digital signal, and to energize the electrode arrangement in the operating configuration with this current. i) convert a respective analog sound signal into a first digital signal, the course of which corresponds to the respective analog sound signal, and to determine a second digital signal from the first digital signal by extracting the envelope from the first digital signal and shifting the envelope by a predetermined amount of time (tl) greater than zero into the future or leaving it unshifted; ii) convert the second digital signal into a current, the course of which corresponds to the second digital signal, and to energize the electrode arrangement in the operating configuration with this current.
Device for labelling containers, comprising a label strip feed unit and at least one vacuum drum unit, wherein the label strip feed unit is designed to feed at least one label strip comprising multiple individual labels (8.1) to the at least one vacuum drum unit, wherein the label strip feed unit comprises at least one first vacuum cylinder (9, 9', 9", 9′′′) rotating about a cylinder vertical axis, on the outer lateral surface (9.1) of which a partial length of the label strip comes to rest at least over part of its circumference and is held there under the action of a vacuum, and wherein the label strip feed unit comprises at least one cutting device for separating the label strip into individual labels (8.1), wherein the at least one vacuum drum unit is designed to receive the individual labels (8.1) provided from the first vacuum cylinder (9, 9', 9", 9′′′), to hold the received individual labels (8.1) on an outer lateral surface (7.1) of the vacuum drum unit, and to transport them in the conveying direction, in each case by application of a vacuum, and wherein at least one first and second vacuum-generating apparatus (20, 30) are provided, wherein the first vacuum-generating apparatus is designed to provide a vacuum at least at the vacuum drum unit and the second vacuum-generating apparatus is designed to provide a vacuum at least at the first vacuum cylinder (9, 9', 9", 9′′′), characterised in that the at least one vacuum cylinder (9, 9', 9", 9′′′) forms at its rotating outer lateral surface (9.1), depending on the angle of rotation, a first vacuum region, as well as at least one second vacuum region separate from the first, and that the first vacuum region is designed for imposing a first negative pressure and the second vacuum region is designed for imposing a second negative pressure, different from the first negative pressure, and that the first vacuum region can be subjected to vacuum with the second vacuum-generating apparatus, and the second vacuum region can be subjected to vacuum with a third vacuum-generating device.
A positive-electrode active material comprising a compound that has a crystal structure belonging to a space group FM-3M and is represented by the composition formula: Li x Me y O α F β wherein Me denotes: - one or two or more elements selected from the group consisting of Mn, Co, and Ni; or - one or two or more elementes selected from the group consisting of Mn, Co, and Ni and at least one element selected from the group consisting of Fe and Al, and the following conditions are satisfied. 1.3 ≤ x ≤ 2.2 0.8 ≤ y ≤ 1.3 1 ≤ α ≤ 2.93 0.07 ≤ β ≤ 2 - one or two or more elements selected from the group consisting of Mn, Co, and Ni; or - one or two or more elementes selected from the group consisting of Mn, Co, and Ni and at least one element selected from the group consisting of Fe and Al,
Suspended conveying device, comprising - an elongated traction means, guided along a conveying path, in particular adapted as continuous loop, - a plurality of carriers for transported goods arranged suspended to the traction means with a respective tube-like hollow rod section aligned in the conveying direction, comprising a cavity which is open at its longitudinal ends, - a thread-like, in particular flexible connection arrangement, connecting the carriers for transported goods and being partly received inside the cavities of the hollow rod sections, wherein the thread-like connection arrangement is divided into single separated bridging thread sections engaging with their opposed longitudinal ends (41, 43) in cavities of said hollow rod sections of consecutive carriers for transported goods and interconnecting them, wherein said bridging thread sections are received slideably in the cavities of said hollow rod sections of the conveying goods carriers with longitudinal play in relation to the respective conveying goods carriers, maintaining the interconnection, wherein said carriers for transported goods comprise a respective fixing section for fixing at the traction means and a hollow rod carrier section connecting the fixing section to the hollow rod section, and wherein the hollow rod carrier section - viewed in the conveying direction - comprises at least one hook profile (67, 69) enclosing said hollow rod section at one side with a lateral distance with a hook end supporting the hollow rod section at a support site at its bottom side, so that the hollow rod section is enclosed by a free space except for the respective lower support site. - an elongated traction means, guided along a conveying path, in particular adapted as continuous loop, - a plurality of carriers for transported goods arranged suspended to the traction means with a respective tube-like hollow rod section aligned in the conveying direction, comprising a cavity which is open at its longitudinal ends, - a thread-like, in particular flexible connection arrangement, connecting the carriers for transported goods and being partly received inside the cavities of the hollow rod sections, wherein
An inhibitory nucleic acid that inhibits the expression of Δ133p53 for use in a method of treating cancer by promoting cell senescence, the method comprising the step of contacting cancer cells with the inhibitory nucleic acid and thereby treating cancer.
A resonant trap configured to reduce a common mode current through an electrical lead or through a jacket of a cable when fed through an axial channel of the resonant trap, the resonant trap comprising - a hollow cylindrical body, its interior forming said axial channel, wherein an inner conductor is provided on the hollow cylindrical body's inner wall and an outer conductor is provided on the hollow cylindrical body's outer wall, - a carrier attached to the inner wall of the axial channel and - a tuning capacitor mounted to the carrier, the carrier being formed by a resilient ring that is clamped in the axial channel at an open end of the axial channel and wherein - the tuning capacitor is electrically connected at one of its electrical terminals to the outer conductor by a first electrically conducting strip, wherein the length of the electrically conducting strip is the minimum required for a pre-determined adhesion of the electrically conducting strip to the outer conductor and - the tuning capacitor being electrically connected to the inner conductor by way of another electrically conducting strip. - a hollow cylindrical body, its interior forming said axial channel, wherein an inner conductor is provided on the hollow cylindrical body's inner wall and an outer conductor is provided on the hollow cylindrical body's outer wall, - a carrier attached to the inner wall of the axial channel and - a tuning capacitor mounted to the carrier, the carrier being formed by a resilient ring that is clamped in the axial channel at an open end of the axial channel and wherein - the tuning capacitor is electrically connected at one of its electrical terminals to the outer conductor by a first electrically conducting strip, wherein the length of the electrically conducting strip is the minimum required for a pre-determined adhesion of the electrically conducting strip to the outer conductor and - the tuning capacitor being electrically connected to the inner conductor by way of another electrically conducting strip.
A water-filtration vacuum cleaner assembly, comprising: a housing; a motor; a fan assembly operatively connected to said motor; a separator mounted below the fan assembly and operatively connected to the motor; a base; a water bath pan being also a particulate canister for containing a water bath positioned within the housing assembly; at least one canister illumination device; and a mounting member; characterized in that the mounting member provides a mechanism for mounting and supporting intake port tubing as well as a surface for mounting the canister illumination device above the water bath pan. a housing; a motor; a fan assembly operatively connected to said motor; a separator mounted below the fan assembly and operatively connected to the motor; a base; a water bath pan being also a particulate canister for containing a water bath positioned within the housing assembly; at least one canister illumination device; and a mounting member; characterized in that the mounting member provides a mechanism for mounting and supporting intake port tubing as well as a surface for mounting the canister illumination device above the water bath pan.
A transmitter (102; 200) comprising: a clock configured to generate one or more output clock signals; at least one frequency divider configured to generate a plurality of divided frequencies based on the one or more output clock signals; a modulator; at least one antenna or transducer configured to transmit modulated data; a memory configured to store instructions; and at least one processor coupled to the memory and the at least one antenna or transducer, and configured to execute the instructions performing operations comprising: mapping data to a decimal code value of a plurality of decimal code values; converting the decimal code value to a shrinking base system, the shrinking base system decrementing a base after each division operation; and selecting a set of frequencies among the plurality of divided frequencies based on the code value corresponding to the shrinking base system for the decimal code value; wherein the modulator is configured to modulate the decimal code value using the set of frequencies. a clock configured to generate one or more output clock signals; at least one frequency divider configured to generate a plurality of divided frequencies based on the one or more output clock signals; a modulator; at least one antenna or transducer configured to transmit modulated data; a memory configured to store instructions; and at least one processor coupled to the memory and the at least one antenna or transducer, and configured to execute the instructions performing operations comprising: mapping data to a decimal code value of a plurality of decimal code values; converting the decimal code value to a shrinking base system, the shrinking base system decrementing a base after each division operation; and selecting a set of frequencies among the plurality of divided frequencies based on the code value corresponding to the shrinking base system for the decimal code value; mapping data to a decimal code value of a plurality of decimal code values; converting the decimal code value to a shrinking base system, the shrinking base system decrementing a base after each division operation; and selecting a set of frequencies among the plurality of divided frequencies based on the code value corresponding to the shrinking base system for the decimal code value;
A process for preparing a composition-of-matter, said composition-of-matter being for use as an active material of an electrode, the composition-of-matter comprising a plurality of particles, said particles comprising a substance reversibly releasing an alkali metal while decreasing in volume and absorbing said alkali metal while increasing in volume, wherein in at least a portion of said particles, each particle is being encapsulated within a volume enclosed by a shell or matrix which conducts cations of said alkali metal, the process comprising: i) providing particles comprising said substance reversibly releasing an alkali metal while decreasing in volume and absorbing said alkali metal while increasing in volume, wherein said substance is saturated with said alkali metal; and ii) coating said particles with a conductor of cations of said alkali metal, thereby forming said shell or matrix, wherein said conductor of cations of said alkali metal is selected from the group consisting of a carbonate salt of said alkali metal, a sulfate salt of said alkali metal, a fluoride salt of said alkali metal, a metal disulfide comprising said alkali metal, a metal oxide comprising said alkali metal, and a metal phosphate comprising said alkali metal and any combination thereof, wherein said substance is selected from the group consisting of a sulfide of said alkali metal, and an alloy of said alkali metal with a compound. i) providing particles comprising said substance reversibly releasing an alkali metal while decreasing in volume and absorbing said alkali metal while increasing in volume, wherein said substance is saturated with said alkali metal; and ii) coating said particles with a conductor of cations of said alkali metal, thereby forming said shell or matrix, wherein said conductor of cations of said alkali metal is selected from the group consisting of a carbonate salt of said alkali metal, a sulfate salt of said alkali metal, a fluoride salt of said alkali metal, a metal disulfide comprising said alkali metal, a metal oxide comprising said alkali metal, and a metal phosphate comprising said alkali metal and any combination thereof, wherein said substance is selected from the group consisting of a sulfide of said alkali metal, and an alloy of said alkali metal with a compound.