mhurhangee/ep-ind-claims huggingface dataset:
A dielectrophoretic accelerometer for determining an acceleration acting on a test mass, the accelerometer comprising: a cavity filled with a medium; a source comprising a first number of first electrodes (105,106) and a second number of second electrodes (101,102,103,104) and configured to generate a non-uniform electric field in the form of a non-uniform force field, wherein a potential difference exists between each first electrode and each second electrode; a test mass adapted for moving inside the medium and being exposed to the force field; and a detector adapted for detecting a movement of the test mass, wherein the medium has a first dielectric constant and the test mass 109) has a second dielectric constant, which is different from the first dielectric constant; wherein the accelerometer is adapted for determining an acceleration of the accelerometer on the basis of the movement of the test mass. a cavity filled with a medium; a source comprising a first number of first electrodes (105,106) and a second number of second electrodes (101,102,103,104) and configured to generate a non-uniform electric field in the form of a non-uniform force field, wherein a potential difference exists between each first electrode and each second electrode; a test mass adapted for moving inside the medium and being exposed to the force field; and a detector adapted for detecting a movement of the test mass, wherein the medium has a first dielectric constant and the test mass 109) has a second dielectric constant, which is different from the first dielectric constant; wherein the accelerometer is adapted for determining an acceleration of the accelerometer on the basis of the movement of the test mass.
A method of receiving a signaling message based on an MPEG media transport, MMT, protocol by a content consuming apparatus, the method comprising: receiving, from a content providing apparatus, the signaling message for consuming an MMT package based on the MMT protocol, wherein the signaling message comprises: a type field indicating an identifier of the signaling message, a length field indicating a length of the signaling message, an additional field including, in case that a type of signaling message is an MMT package/asset information type, information related to at least one table included in a payload of the signaling message, the at least one table being used for consuming the MMT package, and a payload including the at least one table; identifying the at least one table included in the payload of the signaling message based on the information related to at least one table, wherein the information related to at least one table comprises table identifier information and table version information, for each of the at least one table included in the payload, wherein the type field, the length field and the additional field are located before the payload, and wherein one of the at least one table included in the payload is a device capability information table, DCIT, including information on a device's capabilities for consuming the MMT package. receiving, from a content providing apparatus, the signaling message for consuming an MMT package based on the MMT protocol, wherein the signaling message comprises: a type field indicating an identifier of the signaling message, a length field indicating a length of the signaling message, an additional field including, in case that a type of signaling message is an MMT package/asset information type, information related to at least one table included in a payload of the signaling message, the at least one table being used for consuming the MMT package, and a payload including the at least one table; a type field indicating an identifier of the signaling message, a length field indicating a length of the signaling message, an additional field including, in case that a type of signaling message is an MMT package/asset information type, information related to at least one table included in a payload of the signaling message, the at least one table being used for consuming the MMT package, and a payload including the at least one table; identifying the at least one table included in the payload of the signaling message based on the information related to at least one table, wherein the information related to at least one table comprises table identifier information and table version information, for each of the at least one table included in the payload, wherein the type field, the length field and the additional field are located before the payload, and wherein one of the at least one table included in the payload is a device capability information table, DCIT, including information on a device's capabilities for consuming the MMT package.
Thermal container comprising at least one planar rear cushion and a planar front cushion extending in a different plane above the rear cushion, which cushions are interconnected on opposite lateral edges (4, 5) and on a further lateral edge of the thermal container and are formed in one piece or pass over into one another via a connecting piece, such that a cavity is formed between the rear cushion and the front cushion, characterized in that the rear cushion and the front cushion are each formed from at least one bag and a fibrous material located in the at least one bag, wherein the at least one bag is made of a non-woven fabric made of thermoplastic material and the fibrous material is a stack of a plurality of individual layers of creped fibrous material lying on top of one another in a planar manner, wherein each of the individual layers comprises a creping height of ≥ 0.3 mm.
A battery module comprising at least two battery cells, the battery module comprising: a protective circuit board installed at a side surface of the battery module and electrically connected to the battery module; at least one LED element installed on the protective circuit board and displaying changes in operating states of the battery cells; a cover plate provided with a window for light transmission of the LED element and installed at a side surface of the battery module so as to surround the protective circuit board; and a light-transmissive LED cover installed at an inner side of the cover plate to correspond to the window of the cover plate in order to emit light emitted from the LED element, wherein the LED cover comprises a light guide plate for transmitting light in a diffuse reflection manner characterized in that the light guide plate has an uneven surface with repeated irregularities so as for transmitted light to be refracted and scattered. a protective circuit board installed at a side surface of the battery module and electrically connected to the battery module; at least one LED element installed on the protective circuit board and displaying changes in operating states of the battery cells; a cover plate provided with a window for light transmission of the LED element and installed at a side surface of the battery module so as to surround the protective circuit board; and a light-transmissive LED cover installed at an inner side of the cover plate to correspond to the window of the cover plate in order to emit light emitted from the LED element, wherein the LED cover comprises a light guide plate for transmitting light in a diffuse reflection manner characterized in that the light guide plate has an uneven surface with repeated irregularities so as for transmitted light to be refracted and scattered.
A cooling patch for a hot gas path component of a gas turbine engine, comprising: a base layer; a plurality of cooling channels extending along the base layer; and a cover layer positioned on the base layer; wherein the base layer and the cover layer comprise a pre-sintered preform material. a base layer; a plurality of cooling channels extending along the base layer; and a cover layer positioned on the base layer; wherein the base layer and the cover layer comprise a pre-sintered preform material.
A method of wireless communication at a transmitting device, the method comprising: determining a source ID and a destination ID for a sidelink data transmission based on a type of communication of the sidelink data transmission being unicast communication, multicast communication, or broadcast communication, wherein the source ID is different for different types of communication of the unicast communication, the multicast communication, or the broadcast communication; determining a link identifier for the sidelink data transmission, the link identifier being a hash map function of the source ID and the destination ID, wherein the hash map function reduces a first number of bits of a combination of the source ID and the destination ID to a second number of bits for the link identifier, the second number of bits being smaller than the first number of bits; transmitting at least one sidelink control message comprising the link identifier for the sidelink data transmission; and transmitting the sidelink data transmission associated with the at least one sidelink control message. determining a source ID and a destination ID for a sidelink data transmission based on a type of communication of the sidelink data transmission being unicast communication, multicast communication, or broadcast communication, wherein the source ID is different for different types of communication of the unicast communication, the multicast communication, or the broadcast communication; determining a link identifier for the sidelink data transmission, the link identifier being a hash map function of the source ID and the destination ID, wherein the hash map function reduces a first number of bits of a combination of the source ID and the destination ID to a second number of bits for the link identifier, the second number of bits being smaller than the first number of bits; transmitting at least one sidelink control message comprising the link identifier for the sidelink data transmission; and transmitting the sidelink data transmission associated with the at least one sidelink control message.
Aluminium oxide powder produced by flame hydrolysis and consisting of aggregates of primary particles, characterised in that - it has a BET surface area of from 100 to 250 m 2 /g, - the dibutyl phthalate absorption is from 50 to 450 g/100 g of aluminium oxide powder, and - it shows only crystalline primary particles on high-resolution TEM pictures and wherein - the X-ray diffractogram it exhibits an intensity, expressed as the counting rate, of less than 50 at an angle 2 theta of 67°. - it has a BET surface area of from 100 to 250 m 2 /g, - the dibutyl phthalate absorption is from 50 to 450 g/100 g of aluminium oxide powder, and - it shows only crystalline primary particles on high-resolution TEM pictures and wherein - the X-ray diffractogram it exhibits an intensity, expressed as the counting rate, of less than 50 at an angle 2 theta of 67°.
Detergent containing a dye transfer inhibitor in the form of a urea derivative of the general formula I, (SO 3 M) a A(NH-CO-NH-B(SO 3 M) b) c in which M denotes H or an alkali metal, A and B irrespective of each other denote an aromatic moiety, optionally substituted with up to 3 alkyl substituents with 1 to 4 carbon atoms, a and b irrespective of each other denote 0, 1, 2 or 3, and a+b ≥ 1, and c denotes 1, 2 or 3, in addition to conventional constituents compatible with this ingredient. M denotes H or an alkali metal, A and B irrespective of each other denote an aromatic moiety, optionally substituted with up to 3 alkyl substituents with 1 to 4 carbon atoms, a and b irrespective of each other denote 0, 1, 2 or 3, and a+b ≥ 1, and c denotes 1, 2 or 3, in addition to conventional constituents compatible with this ingredient.
A fusion protein comprising: domain (a) which is a functional fragment of hTRAIL protein sequence, which fragment begins with an amino acid at a position not lower than hTRAlL95, or a homolog of said functional fragment having at least 70% sequence identity; wherein said functional fragment or homolog thereof has the ability of binding to cell surface death receptors and inducing apoptosis in mammalian cells; and domain (b) which is a sequence of an immunostimulating effector peptide selected from the group consisting of the pseudodimer of interferon gamma of SEQ. No. 19 and the pseudodimer of interferon alpha 2b of SEQ. No. 46, wherein the sequence of domain (b) is attached at the C-terminus or N-terminus of domain (a). domain (a) which is a functional fragment of hTRAIL protein sequence, which fragment begins with an amino acid at a position not lower than hTRAlL95, or a homolog of said functional fragment having at least 70% sequence identity; wherein said functional fragment or homolog thereof has the ability of binding to cell surface death receptors and inducing apoptosis in mammalian cells; and domain (b) which is a sequence of an immunostimulating effector peptide selected from the group consisting of the pseudodimer of interferon gamma of SEQ. No. 19 and the pseudodimer of interferon alpha 2b of SEQ. No. 46, wherein the sequence of domain (b) is attached at the C-terminus or N-terminus of domain (a).
Liquid composition comprising a GLP-1 agonist and/or a pharmacologically tolerable salt thereof, an insulin and/or a pharmacologically tolerable salt thereof, and, optionally, at least one pharmaceutically acceptable excipient, characterised in that the composition contains L-methionine and has a pH of from 3.5 to 4.5, the GLP-1 agonist being desPro 36 exendin-4 -Lys 6 -NH 2 and the insulin being Gly -Arg -Arg human insulin.
An electronic device, comprising: an antenna; a duplexer electrically connected to the antenna, and configured to separate a Tx signal that the antenna transmits and an Rx signal that the antenna receives based on frequency bands of the Tx signal and the Rx signal; an amplifier electrically connected to the duplexer, and configured to amplify an input signal and to transmit the amplified input signal to the duplexer; a memory storing a digital pre-distortion table; a transceiver; and a processor operatively connected to the transceiver and the memory, wherein the processor is configured to: control the transceiver to transmit, to the amplifier, a first signal in a first frequency band which is used for transmission of the Tx signal; determine whether to perform pre-distortion of the first signal, based on a reception performance of the Rx signal in a second frequency band; perform the pre-distortion of the first signal by making reference to the DPD table configured to decrease a strength of the first signal in the second frequency band; and control the transceiver to transmit the pre-distorted first signal to the amplifier. an antenna; a duplexer electrically connected to the antenna, and configured to separate a Tx signal that the antenna transmits and an Rx signal that the antenna receives based on frequency bands of the Tx signal and the Rx signal; an amplifier electrically connected to the duplexer, and configured to amplify an input signal and to transmit the amplified input signal to the duplexer; a memory storing a digital pre-distortion table; a transceiver; and a processor operatively connected to the transceiver and the memory, wherein the processor is configured to: control the transceiver to transmit, to the amplifier, a first signal in a first frequency band which is used for transmission of the Tx signal; determine whether to perform pre-distortion of the first signal, based on a reception performance of the Rx signal in a second frequency band; perform the pre-distortion of the first signal by making reference to the DPD table configured to decrease a strength of the first signal in the second frequency band; and control the transceiver to transmit the pre-distorted first signal to the amplifier. control the transceiver to transmit, to the amplifier, a first signal in a first frequency band which is used for transmission of the Tx signal; determine whether to perform pre-distortion of the first signal, based on a reception performance of the Rx signal in a second frequency band; perform the pre-distortion of the first signal by making reference to the DPD table configured to decrease a strength of the first signal in the second frequency band; and control the transceiver to transmit the pre-distorted first signal to the amplifier.
A method comprising: detecting an event; generating a trigger signal associated with the detection of the event; generating a first time stamp for the trigger signal using a first time-to-digital converter, wherein the generating of the first time stamp comprises measuring a first time interval between the trigger signal and a reference feature of a first fine counter and transforming the first time interval into the first time stamp using a first transform operation; generating a second time stamp for the trigger signal using a second TDC having a fixed time offset respective to the first TDC, the fixed time offset defining an a-priori known fixed time offset, and wherein the generating of the second time stamp comprises measuring a second time interval between the trigger signal and a reference feature of a second fine counter and transforming the second time interval into the second time stamp using a second transform operation; and associating a time stamp with the event based on the first time stamp, the second time stamp, and a comparison of an actual time difference between the second time stamp and the first time stamp and the a-priori known fixed time offset, wherein the associating comprises adjusting the first and second transform operations responsive to the actual time difference between the second time stamp and the first time stamp being different from the a-priori known fixed time offset. detecting an event; generating a trigger signal associated with the detection of the event; generating a first time stamp for the trigger signal using a first time-to-digital converter, wherein the generating of the first time stamp comprises measuring a first time interval between the trigger signal and a reference feature of a first fine counter and transforming the first time interval into the first time stamp using a first transform operation; generating a second time stamp for the trigger signal using a second TDC having a fixed time offset respective to the first TDC, the fixed time offset defining an a-priori known fixed time offset, and wherein the generating of the second time stamp comprises measuring a second time interval between the trigger signal and a reference feature of a second fine counter and transforming the second time interval into the second time stamp using a second transform operation; and associating a time stamp with the event based on the first time stamp, the second time stamp, and a comparison of an actual time difference between the second time stamp and the first time stamp and the a-priori known fixed time offset, wherein the associating comprises adjusting the first and second transform operations responsive to the actual time difference between the second time stamp and the first time stamp being different from the a-priori known fixed time offset.
A flexible catheter, comprising a drive shaft, a sheath surrounding the drive shaft, and a sleeve surrounding the drive shaft and the sheath, the drive shaft, the sheath and the sleeve being bendable, the drive shaft comprising, at a proximal end of the drive shaft, a coupling element for connecting the drive shaft to a drive motor, wherein the drive shaft comprises, at least in regions, an alloy that contains in each case at least 10% by weight chromium, nickel and cobalt, characterized in that the sheath consists, at least in regions, of the same alloy as the drive shaft.
Storage and/or transport holder for medical instruments, comprising a container for holding the medical instruments and comprising an apparatus for capturing and transmitting data from the medical instruments, the apparatus comprising a control unit, a reader and at least one first identification element attached to at least one medical instrument, wherein the control unit is connected to the reader and, actuated by signals, exchanges data with the reader, and processes, stores and/or passes to a second identification element attached to the container said data, wherein the reader exchanges data with the at least one first identification element and passes said data to the control unit, characterized in that the apparatus comprises a sensor unit which detects the at least one medical instrument by a measurement performed thereon of at least one measurement quantity, and exchanges signals with the control unit, wherein the exchanged signals initiate the exchange of data between the reader and the at least one first identification element, wherein the reader transfers the exchanged data to the control unit.
A method comprising: performing a magnetic resonance sequence including: applying a preparatory MR sub-sequence (S prep) providing water signal suppression, performing a magnetic resonance spectroscopy sub-sequence (S MRS) after applying the preparatory MR sub-sequence to acquire 1 H MRS data with water signal suppression, and performing an MR reference sub-sequence (S Ref) after the MRS sub-sequence to acquire MR reference data while the preparatory MR sub-sequence continues to provide partial suppression of the water signal, wherein the excitation pulse (γ) for the MR reference sub-sequence has a flip angle of 5° or less, and performing phase and B0 correction of the 1 H MRS data with water signal suppression using the MR reference data to generate corrected MRS data. applying a preparatory MR sub-sequence (S prep) providing water signal suppression, performing a magnetic resonance spectroscopy sub-sequence (S MRS) after applying the preparatory MR sub-sequence to acquire 1 H MRS data with water signal suppression, and performing an MR reference sub-sequence (S Ref) after the MRS sub-sequence to acquire MR reference data while the preparatory MR sub-sequence continues to provide partial suppression of the water signal, wherein the excitation pulse (γ) for the MR reference sub-sequence has a flip angle of 5° or less, and performing phase and B0 correction of the 1 H MRS data with water signal suppression using the MR reference data to generate corrected MRS data.