mhurhangee/ep-ind-claims huggingface dataset:
A packet processing method, the method comprising: identifying, by a first device, a received first packet through a first flexible Ethernet, FlexE, shim layer disposed in the first device; when identifying that the first packet is a FlexE packet, performing, by the first device, timeslot mapping on the first packet, then encapsulating the first packet into a first gigabit passive optical network encapsulation mode, GEM, frame, selecting one first identifier from at least one identifier reserved for a FlexE service, and allocating the first identifier to the first GEM frame, wherein the first identifier is used to indicate that the first GEM frame is a GEM frame corresponding to the FlexE packet; and sending, by the first device, the first GEM frame that carries the first identifier. identifying, by a first device, a received first packet through a first flexible Ethernet, FlexE, shim layer disposed in the first device; when identifying that the first packet is a FlexE packet, performing, by the first device, timeslot mapping on the first packet, then encapsulating the first packet into a first gigabit passive optical network encapsulation mode, GEM, frame, selecting one first identifier from at least one identifier reserved for a FlexE service, and allocating the first identifier to the first GEM frame, wherein the first identifier is used to indicate that the first GEM frame is a GEM frame corresponding to the FlexE packet; and sending, by the first device, the first GEM frame that carries the first identifier.
A recombinant nucleic acid comprising: i) a promoter sequence which is a) non-heme iron-binding ferritin (PdpsA) as set forth in SEQ ID NO: 3, b) dipeptidase PepV (P pepV) as set forth in SEQ ID NO: 9 or 158, c) superoxide dismutase (PsodA) as set forth in SEQ ID NO: 20, d) glyceraldehyde-3-phosphate dehydrogenase (PgapB) as set forth in SEQ ID NO: 12 or 159, e) phosphopyruvate hydratase (Peno) as set forth in SEQ ID NO: 6, or f) a homologue, functional variant, or functional fragment thereof, that is at least 90% identical to said promoter sequence and; ii) operably-linked to said promoter, an open reading frame heterologous to said promoter, wherein said promoter sequence is native to a Lactococcous species. i) a promoter sequence which is a) non-heme iron-binding ferritin (PdpsA) as set forth in SEQ ID NO: 3, b) dipeptidase PepV (P pepV) as set forth in SEQ ID NO: 9 or 158, c) superoxide dismutase (PsodA) as set forth in SEQ ID NO: 20, d) glyceraldehyde-3-phosphate dehydrogenase (PgapB) as set forth in SEQ ID NO: 12 or 159, e) phosphopyruvate hydratase (Peno) as set forth in SEQ ID NO: 6, or f) a homologue, functional variant, or functional fragment thereof, that is at least 90% identical to said promoter sequence and; a) non-heme iron-binding ferritin (PdpsA) as set forth in SEQ ID NO: 3, b) dipeptidase PepV (P pepV) as set forth in SEQ ID NO: 9 or 158, c) superoxide dismutase (PsodA) as set forth in SEQ ID NO: 20, d) glyceraldehyde-3-phosphate dehydrogenase (PgapB) as set forth in SEQ ID NO: 12 or 159, e) phosphopyruvate hydratase (Peno) as set forth in SEQ ID NO: 6, or f) a homologue, functional variant, or functional fragment thereof, that is at least 90% identical to said promoter sequence and; ii) operably-linked to said promoter, an open reading frame heterologous to said promoter, wherein said promoter sequence is native to a Lactococcous species.
A terminal apparatus with a DRM decoding function, comprising: a native unit which is provided with a local file memory for storing DRM media content data and an application program for driving a media device player using an operating system; and a DRM decoding unit which reads the DRM media content data from the local file memory using a URL path for web server, when it is required from the application program to reproduce the DRM media content data, and decodes the read DRM media content data, and provides the decoded DRM media content data to the media device player, and the DRM decoding unit converts a local file path of the DRM media content data into a URL path for web server, when it is required from the application program to reproduce the DRM media content data, and provides it to the media device player, and inversely converts the URL path for web server into the physical local file path of the DRM media content data, when it is required from the media device player to reproduce the DRM media content data, reads the DRM media content data from the local file memory, decodes the read DRM media content data and then provides the decoded DRM media content data to the media device player. a native unit which is provided with a local file memory for storing DRM media content data and an application program for driving a media device player using an operating system; and a DRM decoding unit which reads the DRM media content data from the local file memory using a URL path for web server, when it is required from the application program to reproduce the DRM media content data, and decodes the read DRM media content data, and provides the decoded DRM media content data to the media device player, and the DRM decoding unit converts a local file path of the DRM media content data into a URL path for web server, when it is required from the application program to reproduce the DRM media content data, and provides it to the media device player, and inversely converts the URL path for web server into the physical local file path of the DRM media content data, when it is required from the media device player to reproduce the DRM media content data, reads the DRM media content data from the local file memory, decodes the read DRM media content data and then provides the decoded DRM media content data to the media device player.
: A composition comprising a stable solution of: a) from 0.05 to 10.0 parts by weight of a hydrolysate of one or more alkoxysilyl amines; b) from 0.05 to 1.0 parts by weight of one or more alkoxylated alcohols, alkoxysilyl terminated alkoxylated alcohols, fatty acids or fatty acid esters; and, c) from 90 to 99.9 parts by weight of water: wherein the composition contains 100 parts by weight and the composition exhibits a ph of 9 to about 12. a) from 0.05 to 10.0 parts by weight of a hydrolysate of one or more alkoxysilyl amines; b) from 0.05 to 1.0 parts by weight of one or more alkoxylated alcohols, alkoxysilyl terminated alkoxylated alcohols, fatty acids or fatty acid esters; and, c) from 90 to 99.9 parts by weight of water: wherein the composition contains 100 parts by weight and the composition exhibits a ph of 9 to about 12.
Method for validation of a time synchronization of at least two controllers connected to each other via a private communication bus, wherein one of the at least two controllers is a master controller and the other one of the at least two controllers is a slave controller, the method comprising a plurality of cycles, wherein each cycle includes: - sending, from the master controller to the slave controller, a follow up message in response to a pull of a predefined pin of the master controller, - wherein the follow up message includes a global time (t' aM2) of the master controller when the predefined pin was pulled, - sending, from the slave controller to the master controller, a validation message in response to the received follow up message, - wherein the validation message includes a global time (t bS2) of the slave controller when the pull of the predefined pin is detected by the slave controller, and - validating the time synchronization by checking, at the master controller and/or the slave controller, if a difference between the global time (t' aM2) of the master controller when the predefined pin was pulled and the global time (t bS2) of the slave controller when the pull of the predefined pin is detected by the slave controller is smaller than a predefined first threshold. - sending, from the master controller to the slave controller, a follow up message in response to a pull of a predefined pin of the master controller, - wherein the follow up message includes a global time (t' aM2) of the master controller when the predefined pin was pulled, - sending, from the slave controller to the master controller, a validation message in response to the received follow up message, - wherein the validation message includes a global time (t bS2) of the slave controller when the pull of the predefined pin is detected by the slave controller, and - validating the time synchronization by checking, at the master controller and/or the slave controller, if a difference between the global time (t' aM2) of the master controller when the predefined pin was pulled and the global time (t bS2) of the slave controller when the pull of the predefined pin is detected by the slave controller is smaller than a predefined first threshold.
A multi-layer polyolefin porous membrane comprising at least two or more layers, the multi-layer polyolefin porous membrane having a shut-down temperature in a range of 128 to 135°C, a rate of increase in air permeation resistance from 30°C to 105°C scaled to 20 μm thickness not more than 1.5 sec/100 cm 3 (cc) Air/°C, and a thickness not more than 20 μm, wherein the shut-down temperature is defined as the temperature at which the multi-layer polyolefin membrane, when heated at a rate of temperature increase of 5°C/min, reaches an air permeation resistance of 1 x 10 -5 sec/100cm 3 (cc) Air/°C and wherein protrusions of the polyolefin, which are counted when having a size W within a range of 5 μm ≤ W ≤ 50 μm and a height H within a range of 0.5 μm ≤ H ≤ 3.0 μm, are randomly disposed on one side of the multi-layer polyolefin porous membrane in a density not less than 3/cm 2 and not more than 200/cm 2.
A data transmission method performed by a core network user plane device, the method comprising the steps of: • receiving (S 307) a first data packet from an access network device, wherein the first data packet comprises uplink data of a terminal device and identification information of the terminal device; • obtaining (S 308) context information of the terminal device based on the identification information of the terminal device, wherein the context information of the terminal device comprises compression context information of the terminal device; and • processing (S 309) the uplink data based on the context information of the terminal device, wherein the processing the uplink data based on the context information of the terminal device comprises: ∘ decompressing the uplink data based on the compression context information of the terminal device. • receiving (S 307) a first data packet from an access network device, wherein the first data packet comprises uplink data of a terminal device and identification information of the terminal device; • obtaining (S 308) context information of the terminal device based on the identification information of the terminal device, wherein the context information of the terminal device comprises compression context information of the terminal device; and • processing (S 309) the uplink data based on the context information of the terminal device, wherein the processing the uplink data based on the context information of the terminal device comprises: ∘ decompressing the uplink data based on the compression context information of the terminal device. ∘ decompressing the uplink data based on the compression context information of the terminal device.
High-voltage system for a motor vehicle, comprising a high-voltage battery having a voltage greater than 60 V and supplying power to at least one load, in particular an inverter, via cables, at least one switching means (8, 9, 11) for disconnecting the high-voltage battery from the load, a capacitor connected in parallel with the load, and a discharge circuit for discharging the capacitor, having a discharge resistor and a discharge switching means closing the discharge circuit, the high voltage system comprising a diagnostic device having a measuring device for measuring a voltage curve representative of a voltage curve on the capacitor during a discharge process, and a control device for evaluating this voltage curve in relation to a malfunction of the discharge circuit, characterised in that the control device is configured to briefly interrupt the discharge process for a predetermined time by controlling the discharge switching means and to detect a malfunction upon measuring a voltage lying outside a threshold range around the voltage that is present at the time of the interruption.
A Turk's head stand (1, 2) comprising: a first inner frame, including a pair of plates, and incorporated in an outer frame so as to move only in a vertical direction; a second inner frame, including a pair of plates, and incorporated in the first inner frame so as to move only in a horizontal direction; upper and lower roll chocks (5, 6) and right and left side roll yokes (7, 8), locked in the second inner frame so as to be separated from each other by a mechanical structure; position adjusting devices (51, 52, 53), connected to the respective roll chocks and yokes locked in the second inner frame for moving the upper and lower roll chocks (5, 6) and right and left side roll yokes (7, 8) close to or apart from each other, the position adjusting devices (51, 52, 53) being installed between ends of the second inner frame; and a transfer rail, provided in a lower part of the outer frame in a horizontal direction perpendicular to a product proceeding direction, wherein the whole second inner frame is configured to be transferred in the horizontal direction from an inside of the first inner frame to the transfer rail. a first inner frame, including a pair of plates, and incorporated in an outer frame so as to move only in a vertical direction; a second inner frame, including a pair of plates, and incorporated in the first inner frame so as to move only in a horizontal direction; upper and lower roll chocks (5, 6) and right and left side roll yokes (7, 8), locked in the second inner frame so as to be separated from each other by a mechanical structure; position adjusting devices (51, 52, 53), connected to the respective roll chocks and yokes locked in the second inner frame for moving the upper and lower roll chocks (5, 6) and right and left side roll yokes (7, 8) close to or apart from each other, the position adjusting devices (51, 52, 53) being installed between ends of the second inner frame; and a transfer rail, provided in a lower part of the outer frame in a horizontal direction perpendicular to a product proceeding direction, wherein the whole second inner frame is configured to be transferred in the horizontal direction from an inside of the first inner frame to the transfer rail.
A unit for applying adhesive labels to a continuous strip, comprising: - a first continuous strip advancing along a first feed path, - a second continuous strip advancing along a second feed path and presenting a plurality of adhesive labels to be transferred to the first continuous strip, - a diverter element placed along the second feed path, presenting a sharp edge and interacting with the second strip in such a way as to detach the labels in succession from the selfsame second strip, - a first conveying drum positioned downstream of the diverter element and substantially in contact with the sharp edge presented by the selfsame element, designed to take up and convey the labels detached from the second strip; - a drive by which the second strip is continuously decoiled from a roll, - a timing control device that serves to regulate the frequency with which the labels are detached from the second strip, according to the pitch at which the selfsame labels are to be spaced one from the next when applied to the first strip; wherein the first conveying drum presents a plurality of aspirating holes arranged around its peripheral surface, serving to retain the labels in the course of their transfer from the diverter element to the first continuous strip, characterized in that the unit also comprises a second conveying drum over which the first strip is looped in such a way that it can be offered to the first conveying drum, the first and second drums (7, 8) being substantially tangential one to another; in that the second strip is decoiled by the drive at a velocity different to the decoil velocity of the first strip, and in that the timing control device comprises a cutter placed along the first feed path, by which the first strip is marked with notches to indicate the points at which the selfsame strip will be divided into discrete lengths, the marks being made by the cutter at regular intervals according to the pitch at which the labels will be applied to the selfsame first strip. - a first continuous strip advancing along a first feed path, - a second continuous strip advancing along a second feed path and presenting a plurality of adhesive labels to be transferred to the first continuous strip, - a diverter element placed along the second feed path, presenting a sharp edge and interacting with the second strip in such a way as to detach the labels in succession from the selfsame second strip, - a first conveying drum positioned downstream of the diverter element and substantially in contact with the sharp edge presented by the selfsame element, designed to take up and convey the labels detached from the second strip; - a drive by which the second strip is continuously decoiled from a roll, - a timing control device that serves to regulate the frequency with which the labels are detached from the second strip, according to the pitch at which the selfsame labels are to be spaced one from the next when applied to the first strip;
A miss-detection determination method, applied to a terminal, characterized by comprising: sending a target sequence or signal to a network device in an uplink grant-free transmission occasion, wherein the target sequence or signal is used to test whether miss-detection occurs, and the target sequence or signal does not carry physical uplink shared channel, PUSCH, data that is to be sent; and determining that no miss-detection occurs in the network device in a case that indication information for indicating that no miss-detection occurs is received from the network device within a preset time period after sending the target sequence or signal, and determining that miss-detection occurs in the network device in a case that the indication information for indicating that no miss-detection occurs is not received from the network device within the preset time period after sending the target sequence or signal; wherein subsequent to the determining that no miss-detection occurs in the network device, the method further comprises: in an uplink grant-free transmission occasion, starting to send a physical uplink shared channel, PUSCH, or continuing sending a PUSCH. sending a target sequence or signal to a network device in an uplink grant-free transmission occasion, wherein the target sequence or signal is used to test whether miss-detection occurs, and the target sequence or signal does not carry physical uplink shared channel, PUSCH, data that is to be sent; and determining that no miss-detection occurs in the network device in a case that indication information for indicating that no miss-detection occurs is received from the network device within a preset time period after sending the target sequence or signal, and determining that miss-detection occurs in the network device in a case that the indication information for indicating that no miss-detection occurs is not received from the network device within the preset time period after sending the target sequence or signal; wherein subsequent to the determining that no miss-detection occurs in the network device, the method further comprises: in an uplink grant-free transmission occasion, starting to send a physical uplink shared channel, PUSCH, or continuing sending a PUSCH.
A weak soil anchor device for anchoring one or more structures, wherein said device seen in a vertical operating position comprises: an elongate inner continuous open box construction with a triangular cross-section comprising a first wall surface, second wall surface and third wall surface, an outer continuous open box structure with a smaller vertical extent than the inner box structure and with a triangular cross-section consisting of a first outer wall surface, second outer wall surface and third outer wall surface, where the vertical center area of the first, second and third outer wall surfaces is connected to the inner elongate continuous open box structure in a lower region of respectively an outer edge area between the first and second wall surface (3, 4), second and third wall surface (4, 5) and the third and first wall surface (5, 3), and anchor brackets are arranged in a lower outer area of the weak soil anchor device, whereby the weak soil anchor device comprising the inner and outer box structure (2, 10) is lowered in use into the weak soils to a desired depth. an elongate inner continuous open box construction with a triangular cross-section comprising a first wall surface, second wall surface and third wall surface, an outer continuous open box structure with a smaller vertical extent than the inner box structure and with a triangular cross-section consisting of a first outer wall surface, second outer wall surface and third outer wall surface, where the vertical center area of the first, second and third outer wall surfaces is connected to the inner elongate continuous open box structure in a lower region of respectively an outer edge area between the first and second wall surface (3, 4), second and third wall surface (4, 5) and the third and first wall surface (5, 3), and anchor brackets are arranged in a lower outer area of the weak soil anchor device, whereby the weak soil anchor device comprising the inner and outer box structure (2, 10) is lowered in use into the weak soils to a desired depth.
A sealed battery characterized by comprising: a battery case with an open through-hole; a plug member that plugs the through-hole; and a seal member that is an elastic body that seals between the through-hole and the plug member, wherein the plug member is a blind rivet that includes a flanges formed with a diameter larger than a diameter of the through-hole, and a sleeve formed with a diameter smaller than the diameter of the through-hole; a tapered surface that is inclined toward an inside of the battery case is formed on a peripheral portion of the through-hole of an outside surface of the battery case; and the seal member is sandwiched between the flange and the tapered surface, and the through-hole is sealed by the flange, by a portion of the sleeve that is inserted into the inside of the battery case being plastic deformed so as to bulge out. a battery case with an open through-hole; a plug member that plugs the through-hole; and a seal member that is an elastic body that seals between the through-hole and the plug member, wherein the plug member is a blind rivet that includes a flanges formed with a diameter larger than a diameter of the through-hole, and a sleeve formed with a diameter smaller than the diameter of the through-hole; a tapered surface that is inclined toward an inside of the battery case is formed on a peripheral portion of the through-hole of an outside surface of the battery case; and the seal member is sandwiched between the flange and the tapered surface, and the through-hole is sealed by the flange, by a portion of the sleeve that is inserted into the inside of the battery case being plastic deformed so as to bulge out.