mhurhangee/ep-ind-claims huggingface dataset:
A method for pushing memory data from a memory to a push destination storage used to store data prefetched by a central processing unit, CPU, of a computing system, the method comprising: periodically generating a push command according to a push period, wherein one push command is periodically generated within one push period, and wherein the push period is determined according to a periodical push command, which is received from an operating system or an application program, whereby the push period is set according to the periodical push command; acquiring a push parameter of to-be-pushed data according to the push command, wherein the push parameter comprises the push destination storage of the to-be-pushed data, wherein the push parameter is determined by a data structure type of the to-be-pushed data, and wherein the data structure type of the to-be-pushed data comprises at least a non-sequential structure data type; sending at least one memory access request to the memory according to the push parameter, wherein the at least one memory access request is used to request the to-be-pushed data from the memory; receiving the to-be-pushed data that is sent according to the at least one memory access request by the memory, and placing, in a data buffer, the to-be-pushed data that is sent according to the at least one memory access request by the memory; and pushing the to-be-pushed data from the data buffer to the push destination storage. periodically generating a push command according to a push period, wherein one push command is periodically generated within one push period, and wherein the push period is determined according to a periodical push command, which is received from an operating system or an application program, whereby the push period is set according to the periodical push command; acquiring a push parameter of to-be-pushed data according to the push command, wherein the push parameter comprises the push destination storage of the to-be-pushed data, wherein the push parameter is determined by a data structure type of the to-be-pushed data, and wherein the data structure type of the to-be-pushed data comprises at least a non-sequential structure data type; sending at least one memory access request to the memory according to the push parameter, wherein the at least one memory access request is used to request the to-be-pushed data from the memory; receiving the to-be-pushed data that is sent according to the at least one memory access request by the memory, and placing, in a data buffer, the to-be-pushed data that is sent according to the at least one memory access request by the memory; and pushing the to-be-pushed data from the data buffer to the push destination storage.
A method of acquiring Channel State Information, CSI, in a wireless communication system, the method comprising: transmitting, from a Base Station, BS, to a User Equipment, UE, a resource setting including time-domain behavior of CSI-Reference Signal, RS, transmission that designates aperiodic, periodic, or semi-persistent CSI-RS; and performing, with the UE, CSI reporting using time-domain behavior of CSI reporting selected based on the designated time-domain behavior of CSI-RS transmission, wherein the time-domain behavior of CSI reporting includes aperiodic, periodic, or semi-persistent CSI reporting, wherein the resource setting includes precoding information that indicates whether precoders applied to the CSI-RSs is the same or different, wherein the same precoder is applied to the CSI-RSs in a case where the precoding information indicates that the precoders applied to the CSI-RSs is the same, and wherein, when the aperiodic CSI-RS is designated, the periodic CSI reporting and the semi-persistent CSI reporting are not assumed, by the UE, to be configured. transmitting, from a Base Station, BS, to a User Equipment, UE, a resource setting including time-domain behavior of CSI-Reference Signal, RS, transmission that designates aperiodic, periodic, or semi-persistent CSI-RS; and performing, with the UE, CSI reporting using time-domain behavior of CSI reporting selected based on the designated time-domain behavior of CSI-RS transmission, wherein the time-domain behavior of CSI reporting includes aperiodic, periodic, or semi-persistent CSI reporting, wherein the resource setting includes precoding information that indicates whether precoders applied to the CSI-RSs is the same or different, wherein the same precoder is applied to the CSI-RSs in a case where the precoding information indicates that the precoders applied to the CSI-RSs is the same, and wherein, when the aperiodic CSI-RS is designated, the periodic CSI reporting and the semi-persistent CSI reporting are not assumed, by the UE, to be configured.
A method for purifying a DsbC polypeptide from a cell lysate comprising the DsbC polypeptide, the method comprising a) adding polyethyleneimine to a final concentration of about 0.01% to about 1.0% to a cell lysate comprising the DsbC polypeptide, preferably 0.1%, b) clarifying the cell lysate by centrifugation, c) applying the clarified cell lysate comprising the DsbC polypeptide to an anion exchange chromatography material, d) eluting the DsbC polypeptide from the anion exchange chromatography material to generate an anion exchange eluate comprising the DsbC polypeptide, e) applying the anion exchange eluate comprising the DsbC polypeptide to a hydrophobic interaction chromatography material, optionally wherein the anion exchange material is washed in 10 mM MOPS, f) eluting the DsbC polypeptide from the HIC material to generate a HIC eluate, g) applying the HIC eluate comprising the DsbC polypeptide to a size exclusion chromatography, h) collecting fractions from the size exclusion chromatography comprising the purified DsbC, wherein the DsbC comprises at least 95% monomeric DsbC polypeptide. a) adding polyethyleneimine to a final concentration of about 0.01% to about 1.0% to a cell lysate comprising the DsbC polypeptide, preferably 0.1%, b) clarifying the cell lysate by centrifugation, c) applying the clarified cell lysate comprising the DsbC polypeptide to an anion exchange chromatography material, d) eluting the DsbC polypeptide from the anion exchange chromatography material to generate an anion exchange eluate comprising the DsbC polypeptide, e) applying the anion exchange eluate comprising the DsbC polypeptide to a hydrophobic interaction chromatography material, optionally wherein the anion exchange material is washed in 10 mM MOPS, f) eluting the DsbC polypeptide from the HIC material to generate a HIC eluate, g) applying the HIC eluate comprising the DsbC polypeptide to a size exclusion chromatography, h) collecting fractions from the size exclusion chromatography comprising the purified DsbC, wherein the DsbC comprises at least 95% monomeric DsbC polypeptide.
Breaker having mechanically separable contact elements which are in abutment when the breaker is closed and via which a current to be monitored flows through the breaker, having an electronic trigger unit which triggers in each case a contact mechanics unit if a predefined current condition has been met, wherein, in the event of triggering, the contact elements are separated and the breaker is turned on by means of the contact mechanics unit, which has a breaker shaft which is rotatably mounted about the longitudinal axis thereof, and having a supply unit which draws a first electric power from the current flowing through the breaker to supply the trigger unit with power, characterized in that an electric generator comprising a stationary and a displaceable part is arranged at the breaker shaft such that the displaceable part is fixed to the breaker shaft, wherein the generator converts some of the mechanical energy to be applied during switching-on into a second electric power which supplies the trigger unit with electric power in each case during switching-on.
Oil-lubricated anti-friction bearing for a horizontal arrangement of the rotational axis having a shaft seal which separates a bearing inner space, which receives a rolling body (3a, 3b), from a bearing outer side, and having a clamping arrangement which acts on the shaft seal from the bearing outer side in order to fix the shaft seal axially, wherein the clamping arrangement has an outflow for oil and wherein at least one dust protection seal is provided which interacts with the clamping arrangement and separates the outflow from the bearing outer side, characterized in that the clamping arrangement has a radially circumferential web, a dust protection seal being provided on both sides of the web as viewed in the axial direction.
A metallized film capacitor comprising: a first metallized film including a first dielectric film and a first metal vapor-deposition electrode provided on an upper surface of the first dielectric film; a second metallized film including a second dielectric film and a second metal vapor-deposition electrode provided on an upper surface of the second dielectric film such that an upper surface of the second metal vapor-deposition electrode faces a lower surface of the first metal vapor-deposition electrode across the first dielectric film; a first electrode connected to the first metal vapor-deposition electrode; and a second electrode connected to the second metal vapor-deposition electrode, wherein at least one metal vapor-deposition electrode of the first metal vapor-deposition electrode and the second metal vapor-deposition electrode is made of substantially only aluminum and magnesium, characterized in that. magnesium is distributed unevenly in the at least one metal vapor-deposition electrode, and a maximum concentration of magnesium in the at least one metal vapor-deposition electrode is located within a region from an upper surface of the at least one metal vapor-deposition electrode up to a distance of 1/2 of a thickness of the at least one metal vapor-deposition electrode, or within a region from a lower surface of the at least one metal vapor-deposition electrode up to a distance of 1/2 of the thickness of the at least one metal vapor-deposition electrode. a first metallized film including a first dielectric film and a first metal vapor-deposition electrode provided on an upper surface of the first dielectric film; a second metallized film including a second dielectric film and a second metal vapor-deposition electrode provided on an upper surface of the second dielectric film such that an upper surface of the second metal vapor-deposition electrode faces a lower surface of the first metal vapor-deposition electrode across the first dielectric film; a first electrode connected to the first metal vapor-deposition electrode; and a second electrode connected to the second metal vapor-deposition electrode, wherein at least one metal vapor-deposition electrode of the first metal vapor-deposition electrode and the second metal vapor-deposition electrode is made of substantially only aluminum and magnesium, characterized in that. magnesium is distributed unevenly in the at least one metal vapor-deposition electrode, and a maximum concentration of magnesium in the at least one metal vapor-deposition electrode is located within a region from an upper surface of the at least one metal vapor-deposition electrode up to a distance of 1/2 of a thickness of the at least one metal vapor-deposition electrode, or within a region from a lower surface of the at least one metal vapor-deposition electrode up to a distance of 1/2 of the thickness of the at least one metal vapor-deposition electrode.
A component for a turbine comprising: an airfoil having an internal surface, an external surface, a leading edge, a trailing edge, a pressure side, a suction side, and an internal impingement cavity defined by the internal surface; and an impingement insert secured within the internal impingement cavity, comprising: a plurality of impingement cooling holes spaced along a first face of the impingement insert; and a plurality of impingement fins, each impingement fin having a base and a tip opposite the base, spaced along the first face of the impingement insert; wherein each impingement fin is spaced apart from the impingement cooling holes; and each impingement fin is tapered from the base to the tip and wherein the base of each impingement fin has a rectangular cross-section. an airfoil having an internal surface, an external surface, a leading edge, a trailing edge, a pressure side, a suction side, and an internal impingement cavity defined by the internal surface; and an impingement insert secured within the internal impingement cavity, comprising: a plurality of impingement cooling holes spaced along a first face of the impingement insert; and a plurality of impingement fins, each impingement fin having a base and a tip opposite the base, spaced along the first face of the impingement insert; wherein a plurality of impingement cooling holes spaced along a first face of the impingement insert; and a plurality of impingement fins, each impingement fin having a base and a tip opposite the base, spaced along the first face of the impingement insert; wherein each impingement fin is spaced apart from the impingement cooling holes; and each impingement fin is tapered from the base to the tip and wherein the base of each impingement fin has a rectangular cross-section.
Method for joining the ply of a first reel of paper in depletion with the initial flap of a new reel comprising a step consisting in achieving the adhesion of the overlapping plies of the two reels (10, 20) by electrostatic attraction.
A process for preparing a TPU alloy material through in-situ compatibilization, comprising the following steps: 1) premixing 100 parts by weight of TPU raw material, and then adding to a feeding port of a twin-screw extruder; injecting 5 to 95 parts by weight of an alloy component and 0.1 to 10 parts by weight of a dual-active substance into the twin-screw extruder through lateral feeding without a particular order for either of them; adding 0.1 to 5 parts by weight of auxiliaries to the TPU raw material or the mixture of the alloy component and the dual-active substance, wherein the alloy component is one of a polyolefin material and a thermoplastic polymer material having reactivity, the dual-active substance is a substance containing both a group reactive with the TPU raw material and a group reactive with the alloy component, and the auxiliaries comprise an initiator; 2) controlling a temperature of a reaction zone of the twin-screw extruder to be 50 °C to 250 °C, and granulating the extruded material by underwater cutting; and 3) drying the granulated product obtained in step 2) to obtain the TPU alloy material. 1) premixing 100 parts by weight of TPU raw material, and then adding to a feeding port of a twin-screw extruder; injecting 5 to 95 parts by weight of an alloy component and 0.1 to 10 parts by weight of a dual-active substance into the twin-screw extruder through lateral feeding without a particular order for either of them; adding 0.1 to 5 parts by weight of auxiliaries to the TPU raw material or the mixture of the alloy component and the dual-active substance, wherein the alloy component is one of a polyolefin material and a thermoplastic polymer material having reactivity, the dual-active substance is a substance containing both a group reactive with the TPU raw material and a group reactive with the alloy component, and the auxiliaries comprise an initiator; 2) controlling a temperature of a reaction zone of the twin-screw extruder to be 50 °C to 250 °C, and granulating the extruded material by underwater cutting; and 3) drying the granulated product obtained in step 2) to obtain the TPU alloy material.
A system for distributing contents for proximity card function, comprising: an information provider apparatus, a first mobile terminal apparatus and a second mobile terminal apparatus; the information provider apparatus having a first storing section that is configured to store content data of contents for the proximity card function, the content data including identification information of a user of the first mobile terminal apparatus, wherein the first mobile terminal apparatus is configured to receive the content data from the information provider apparatus and a reader/writer section that is configured to perform proximity card communication; the first mobile terminal apparatus being configured to transfer the content data to the second mobile terminal apparatus; and the second mobile terminal apparatus having a proximity card communication section, a second storing section that is configured to store the content data acquired from the information provider apparatus via the first mobile terminal apparatus, and a managing section which is configured to check whether specific content data is stored in the second storing section upon inquiry by the information provider apparatus when performing proximity card communication with the information provider apparatus, to output a result of the checking as checking information and to transmit the checking information to the information provider apparatus by proximity card communication via the proximity card communication section. an information provider apparatus, a first mobile terminal apparatus and a second mobile terminal apparatus; the information provider apparatus having a first storing section that is configured to store content data of contents for the proximity card function, the content data including identification information of a user of the first mobile terminal apparatus, wherein the first mobile terminal apparatus is configured to receive the content data from the information provider apparatus and a reader/writer section that is configured to perform proximity card communication; the first mobile terminal apparatus being configured to transfer the content data to the second mobile terminal apparatus; and the second mobile terminal apparatus having a proximity card communication section, a second storing section that is configured to store the content data acquired from the information provider apparatus via the first mobile terminal apparatus, and a managing section which is configured to check whether specific content data is stored in the second storing section upon inquiry by the information provider apparatus when performing proximity card communication with the information provider apparatus, to output a result of the checking as checking information and to transmit the checking information to the information provider apparatus by proximity card communication via the proximity card communication section.
A seal (10; 64; 100), comprising: a ring (12; 66; 78) having a peripheral wall (14; 68; 80) extending circumferentially therearound; a first lobe (16; 70) attached to said peripheral wall (14; 68; 80), said first lobe (16; 70) extending circumferentially around said ring (12; 66; 78); a first sealing surface (18; 72) positioned on said first lobe (16; 70), said first sealing surface (18; 72) extending circumferentially around said ring (12; 66; 78), said first sealing surface being able in use to contact the outer surface of a pipe; characterized by at least a first projection (20, 74) extending from said first sealing surface (18; 72), said first projection (20, 74) defining a closeable leak path (22; 76) across said first sealing surface (18; 72), and wherein said first lobe (16; 70) comprises a free edge (30; 92), said first projection (20, 74) being positioned proximate or distal to said free edge (30; 92). a ring (12; 66; 78) having a peripheral wall (14; 68; 80) extending circumferentially therearound; a first lobe (16; 70) attached to said peripheral wall (14; 68; 80), said first lobe (16; 70) extending circumferentially around said ring (12; 66; 78); a first sealing surface (18; 72) positioned on said first lobe (16; 70), said first sealing surface (18; 72) extending circumferentially around said ring (12; 66; 78), said first sealing surface being able in use to contact the outer surface of a pipe; characterized by at least a first projection (20, 74) extending from said first sealing surface (18; 72), said first projection (20, 74) defining a closeable leak path (22; 76) across said first sealing surface (18; 72), and wherein said first lobe (16; 70) comprises a free edge (30; 92), said first projection (20, 74) being positioned proximate or distal to said free edge (30; 92).
An implantable medical device comprising: (i) a polymeric layer of porous material having a first surface and a second surface, wherein the first surface and the second surface are positioned on opposite sides of the polymeric layer; and (ii) a non-porous silicone coating embedded within the polymeric layer and formed from a two-part dispersion of silicone elastomer material dispersed in xylene, the coating comprising silicone, ethyltriacetoxysilane, and xylene, disposed on at least the first surface of the polymeric layer to permeate the polymeric layer, wherein the polymeric layer or a portion thereof has a substantially reduced permeability or is entirely impermeable, wherein the embedded coating does not substantially increase the thickness of the implantable medical device, and wherein the embedded coating reduces the surface friction of the implantable medical device. (i) a polymeric layer of porous material having a first surface and a second surface, wherein the first surface and the second surface are positioned on opposite sides of the polymeric layer; and (ii) a non-porous silicone coating embedded within the polymeric layer and formed from a two-part dispersion of silicone elastomer material dispersed in xylene, the coating comprising silicone, ethyltriacetoxysilane, and xylene, disposed on at least the first surface of the polymeric layer to permeate the polymeric layer,
A method of assessing a condition in a subject, the method comprising: processing an input representing a subject's speech resulting in at least one vocal tract representation of the subject; extracting by a structure extractor, a channel-delay correlation structure of the at least one vocal tract representation; and generating, by an assessment generator, an assessment of a condition of the subject, based on the correlation structure of the at least one vocal tract representation. processing an input representing a subject's speech resulting in at least one vocal tract representation of the subject; extracting by a structure extractor, a channel-delay correlation structure of the at least one vocal tract representation; and generating, by an assessment generator, an assessment of a condition of the subject, based on the correlation structure of the at least one vocal tract representation.
A vehicle superstructure for a vehicle, in particular a transport vehicle for the transport of agricultural or forestry goods, with a support structure extending in a longitudinal direction and a stanchion structure arranged on the support structure with at least one pair of stanchions comprising two holding rods (6a, 6b) arranged transversely to the longitudinal direction and spaced from one another in the form of stanchions for holding agricultural or forestry goods, wherein the vehicle superstructure comprises at least one detection device connected in a signal-conducting manner to a signaling device for detecting an object moving in the vicinity of the stanchion structure, wherein sensor data from the at least one detection device can be reported to the signaling device, wherein a warning signal can be output by the signaling device depending on the sensor data, characterized in that at least one crossbeam extending essentially perpendicular to the longitudinal direction is arranged on the support structure, wherein the at least one crossbeam is arranged in the longitudinal direction in front of or behind the at least one pair of stanchions, wherein the at least one detection device is arranged on the at least one crossbeam, wherein the at least one detection device is arranged in or on a beam end (14a, 14b) of the at least one crossbeam.