mhurhangee/ep-ind-claims huggingface dataset:
A system for monitoring the state of a cable, the system comprising a plurality of transferometry devices (M 1, M 2, M 3,... M n-1, M n), each capable of injecting a test signal at an injection point of the cable and of measuring a signal propagating through the cable at a measurement point of the cable, the transferometry devices being intended to be positioned along the cable at predetermined positions so as to divide the cable into several successive sections (S 1, S 2,... S n-1), wherein each section is defined by a first transferometry device located at the beginning of the section and a second transferometry device disposed at the end of the section, the system comprising a control component (CTRL) capable of communicating with the transferometry devices and configured so as to carry out at least one transferometry test involving injecting a test signal into the cable by means of a first transferometry device and measuring the test signal after it has propagated through the cable by means of a second transferometry device different from the first device, the system further comprising a post-processing component capable of communicating with the transferometry devices and configured to compare the measured signal with a reference signal to deduce therefrom an indicator of the degradation of the cable section (S 1) disposed between the first transferometry device (M 1) and the second transferometry device (M 2), with the control component (CTRL) being configured to control, according to a predefined test procedure, each transferometry device by activating or deactivating the injection of a test signal into the cable by means of said device and by activating or deactivating the acquisition of a measurement of a signal propagating through the cable by means of said device, wherein the test procedure involves successively executing the following commands: - activating the injection of a test signal by a first transferometry device (M 1) located at the beginning of a first section (S 1) of the cable; - activating the acquisition of a signal measurement by a second transferometry device (M 2) disposed at the end of the first section (S 1); - deactivating, after a first predetermined monitoring duration, the injection of a test signal by the first device (M 1), deactivating the acquisition of a measurement by the second device (M 2); - the procedure further comprising reiterating the preceding steps for at least one other section of the cable. - activating the injection of a test signal by a first transferometry device (M 1) located at the beginning of a first section (S 1) of the cable; - activating the acquisition of a signal measurement by a second transferometry device (M 2) disposed at the end of the first section (S 1); - deactivating, after a first predetermined monitoring duration, the injection of a test signal by the first device (M 1), deactivating the acquisition of a measurement by the second device (M 2); - the procedure further comprising reiterating the preceding steps for at least one other section of the cable.
Camshaft comprising a support shaft formed as a hollow shaft, in the interior of which an inner shaft is arranged concentrically in relation to the support shaft, wherein the inner shaft is rotatable relative to the support shaft and there is arranged on the support shaft a first cam segment with a first recess for receiving the support shaft, which cam segment is rotatable with respect to the support shaft and is connected in a rotationally conjoint manner to the inner shaft via a first opening in the support shaft, wherein the first cam segment has at least two cam contours (13, 15), characterized in that the connection between the inner shaft and the first cam segment is configured such that the first cam segment is axially displaceable relative to the inner shaft and to the support shaft and the inner shaft has a bore with a pin which reaches through the first opening in the support shaft and engages in an axial groove in the inner side of the first recess of the first cam segment.
A nail lacquer/polish composition comprising at least one solvent, at least one primary film forming polymer, at least one pigment, a solvent based suspension of no more than 2 ± 10% weight percent of a complex of sepiolite clay and one or more alkonium compounds, and about zero weight percent, i.e. no to up to a negligible but detectable amount of, assuming that the detectability can be determined on a parts per million basis, ester plasticizer, such that the composition minimizes and/or eliminates the production of nitrosamine and the weight (wt) percentage is relative to the total weight of the composition with solvent.
A press-coated tablet formulation for a delayed, followed by a prolonged release of an active agent, the tablet comprising (a) a core comprising the active agent together with a wax and optionally one or more water soluble fillers; and (b) a delayed release layer surrounding the core and comprising a wax and micronised low substituted hydroxypropyl cellulose (L-HPC), with a mean diameter of 20μm, which is insoluble in water and comprises a glucose backbone substituted by hydroxypropyl groups and has a molecular weight of 115,000 and a hydroxypropyl cellulose content of 8% in a ratio of 20:80 to 50:50 w/w; wherein the delayed release layer delays release of the active agent within the core for between 3 - 6 hours after administration of the tablet by a subject and thereafter a prolonged release of the active agent from the core occurs, such that the active agent in the core is continuously released over a period of up to 2 - 8 hours. (a) a core comprising the active agent together with a wax and optionally one or more water soluble fillers; and (b) a delayed release layer surrounding the core and comprising a wax and micronised low substituted hydroxypropyl cellulose (L-HPC), with a mean diameter of 20μm, which is insoluble in water and comprises a glucose backbone substituted by hydroxypropyl groups and has a molecular weight of 115,000 and a hydroxypropyl cellulose content of 8% in a ratio of 20:80 to 50:50 w/w; wherein the delayed release layer delays release of the active agent within the core for between 3 - 6 hours after administration of the tablet by a subject and thereafter a prolonged release of the active agent from the core occurs, such that the active agent in the core is continuously released over a period of up to 2 - 8 hours.
Sliding element with a sliding plate and a sealing device that comprises at least one sealing element (2; 3), which forms a sealing frame that is arranged on a rear side of the sliding plate and that extends peripherally along an edge of the sliding plate, characterised in that the sliding plate comprises a base plate and a flange plate offset thereto, which is connected in one piece to the base plate and which is separated at its edge from the base plate by a circumferential anchor groove, which serves for holding the at least one sealing element (2; 3), which comprises an anchor member (21; 31), which is insertable into the anchor groove, and a compression member (22; 32), which anchor member (21; 31) and compression member (22; 32) are connected with one another by a connection body (20; 30) and wherein the anchor member of the at least one sealing element (2; 3) is held within the anchor groove aligned at least approximately in parallel to the sliding plate.
A circuit control apparatus, the apparatus comprising: a charging control module, a circuit switching module, a capacitance detection module, a first switch, and a first polar plate, wherein the first switch comprises a first common end, a second end, and a third end, the first polar plate is electrically connected to the first common end, the charging control module is electrically connected to the second end, and the capacitance detection module is electrically connected to the third end; the circuit switching module is configured to control a connection status of the first switch; in a case that the first common end and the second end are electrically connected, the charging control module is configured to perform charging through the first polar plate and a second polar plate of a charging device, wherein the charging device is an external dielectric object; and in a case that the first common end and the third end are electrically connected, the capacitance detection module is configured to obtain a first capacitance value through the first polar plate; wherein the apparatus further comprises: a first shielding structural member, wherein the first polar plate and the first shielding structural member are spaced apart and distributed opposite to each other, and the first shielding structural member is electrically connected to the capacitance detection module; and in a case that the first common end and the third end are electrically connected, the capacitance detection module is configured to obtain the first capacitance value through the first polar plate and the first shielding structural member. the first switch comprises a first common end, a second end, and a third end, the first polar plate is electrically connected to the first common end, the charging control module is electrically connected to the second end, and the capacitance detection module is electrically connected to the third end; the circuit switching module is configured to control a connection status of the first switch; in a case that the first common end and the second end are electrically connected, the charging control module is configured to perform charging through the first polar plate and a second polar plate of a charging device, wherein the charging device is an external dielectric object; and in a case that the first common end and the third end are electrically connected, the capacitance detection module is configured to obtain a first capacitance value through the first polar plate; wherein the apparatus further comprises: a first shielding structural member, wherein the first polar plate and the first shielding structural member are spaced apart and distributed opposite to each other, and the first shielding structural member is electrically connected to the capacitance detection module; and in a case that the first common end and the third end are electrically connected, the capacitance detection module is configured to obtain the first capacitance value through the first polar plate and the first shielding structural member.
An apparatus for processing ash produced in a crematorium, comprising a fill-in device by means of which the ash can be filled into a receiving area, as well as a filling equipment for the ash, wherein the receiving area is suitable for crushing ash constituents originating from the cremator, wherein the receiving area consists of a shaft with operatively connected walls (7, 8), which are provided for crushing the ash, wherein the walls (7, 8) are arranged in a wedge shape relative to each other, wherein a first wall is movably driven and a second wall opposite the first wall is pivotably mounted against the force of an adjusting unit, characterised in that the movable wall is mounted via a driven eccentric shaft in the upper region and via a hinged support in the lower region.
A process for reducing the boron content in compositions I comprising at least one silicon halide - in which, in a first step, the composition I is contacted with up to 600 mg of moisture per kilogram of the composition I, the moisture content being introduced by means of an inert gas, - the composition I from the first step, which has been contacted with moisture, is optionally supplied at least once, completely or partially, to a component step for removing hydrolyzed boron- and/or silicon-containing compounds to obtain a prepurified composition IIa 1→∝ (1.2), which is completely or partially fed back to the first step or to a second step of the process, - and wherein, in the second step, hydrolyzed boron- and/or silicon-containing compounds are removed by distillation to obtain, as a distillate, a prepurified composition II (2.1.1) with a reduced boron content, - wherein the prepurified composition II, optionally after a condensation step (2.2), is contacted in a third process step with a moist adsorbent to obtain a prepurified composition III which is supplied to a fine distillation, wherein at least one ultrahigh-purity silicon compound with ≤1 μg/kg (ppb) of boron per kilogram of the ultrahigh-purity silicon compound is isolated. - in which, in a first step, the composition I is contacted with up to 600 mg of moisture per kilogram of the composition I, the moisture content being introduced by means of an inert gas, - the composition I from the first step, which has been contacted with moisture, is optionally supplied at least once, completely or partially, to a component step for removing hydrolyzed boron- and/or silicon-containing compounds to obtain a prepurified composition IIa 1→∝ (1.2), which is completely or partially fed back to the first step or to a second step of the process, - and wherein, in the second step, hydrolyzed boron- and/or silicon-containing compounds are removed by distillation to obtain, as a distillate, a prepurified composition II (2.1.1) with a reduced boron content, - wherein the prepurified composition II, optionally after a condensation step (2.2), is contacted in a third process step with a moist adsorbent to obtain a prepurified composition III which is supplied to a fine distillation, wherein at least one ultrahigh-purity silicon compound with ≤1 μg/kg (ppb) of boron per kilogram of the ultrahigh-purity silicon compound is isolated.
A cover panel for covering a display module, wherein the cover panel comprises a transparent region and a border region surrounding the transparent region, wherein the transparent region has a protection surface and a back surface opposite the protection surface, wherein the back surface is intended to face a display region of the display module; wherein the border region has an outer surface and an inner surface, wherein the inner surface has a first end connecting to the outer surface and a second end opposite the first end, wherein the outer surface is disposed oppositely to the inner surface, and wherein the outer surface is an arc-shaped surface extending away from the transparent region and bending; and characterized in that: the second end of the inner surface connects to the back surface of the transparent region; the inner surface and the back surface of the transparent region lie in the same plane; a light scattering layer is disposed on the inner surface in the border region, whereby the light scattering layer scatters light incident into the border region that passes through the light scattering layer, and the scattered light exits from the outer surface, wherein the light scattering layer has an orthographic projection on the outer surface, and the orthographic projection coincides with the outer surface. the second end of the inner surface connects to the back surface of the transparent region; the inner surface and the back surface of the transparent region lie in the same plane; a light scattering layer is disposed on the inner surface in the border region, whereby the light scattering layer scatters light incident into the border region that passes through the light scattering layer, and the scattered light exits from the outer surface, wherein the light scattering layer has an orthographic projection on the outer surface, and the orthographic projection coincides with the outer surface.
A positionable rotary table, particularly a table of a machine tool, comprising a supporting disc for securing semi-finished products to be machined in a gradual stepwise process, the supporting disc comprising a drive device arranged below the level of the supporting disc, whereby the drive device consists of a drive servo-motor with an output shaft provided with a toothed pulley and a cam whose driven shaft, which is parallel to an output shaft of the servo-motor, is provided with a toothed pulley, the toothed pulleys (34, 38) being connected to each other by a backlash-free toothed belt, whereby near the circumference of the supporting disc are arranged a plurality of rotary bodies extending with their rotary portions downwards from the supporting disc, whereby their axes of rotation lie on a circle the axis of which is the axis of rotation of the supporting disc, wherein the rotary rolling bodies are arranged in pairs and the cam is an axial cam formed by a protrusion of a continuous helix having a length of at least two thread pitches, whereby the cross-section of the protrusion has the shape of a parallelogram whose side walls are at least partially in contact with the surfaces of at least one pair of rotary rolling bodies, whereby the cross-section of the protrusion has over the entire length of the helix a defined variable shape, the sides of the helix being structurally in permanent contact with the surfaces of at least one pair of rotary rolling bodies.
Dope for spinning lyocell, comprising: cotton linter pulp that comprises 99 wt% or more of alpha-cellulose; and an aqueous solution of N-methylmorpholine-N-oxide (NMMO). cotton linter pulp that comprises 99 wt% or more of alpha-cellulose; and an aqueous solution of N-methylmorpholine-N-oxide (NMMO).
A method, comprising: receiving one or more packets via a secure tunnel from a user device, wherein the user device is connected to a source network via a Wi-Fi access point; determining that at least one packet of the one or more packets is associated with a Wi-Fi calling session by correlating information in the at least one packet with control plane data of the Wi-Fi calling session; determining whether the Wi-Fi calling session is a threat based, at least in part, on identifying an anomaly in the at least one packet of the one or more packets, wherein identifying an anomaly in the at least one packet of the one or more packets comprises at least one of: identifying a protocol used by the at least one packet; identifying the data type of the at least one packet; and identifying a port used by the at least one packet; and taking an action in response to determining that the Wi-Fi calling session is a threat. receiving one or more packets via a secure tunnel from a user device, wherein the user device is connected to a source network via a Wi-Fi access point; determining that at least one packet of the one or more packets is associated with a Wi-Fi calling session by correlating information in the at least one packet with control plane data of the Wi-Fi calling session; determining whether the Wi-Fi calling session is a threat based, at least in part, on identifying an anomaly in the at least one packet of the one or more packets, wherein identifying an anomaly in the at least one packet of the one or more packets comprises at least one of: identifying a protocol used by the at least one packet; identifying the data type of the at least one packet; and identifying a port used by the at least one packet; and taking an action in response to determining that the Wi-Fi calling session is a threat.
A method comprising the steps consisting in: a) forming on an insulating layer of a semi-conductor on insulator type substrate, a first semi-conductor block (12a, 112a) covered with a first strain zone (21, 121) based on a tensile strained amorphous material adapted to induce a first strain state in said first block and a second semi-conductor block (12b, 112b) covered with a second strain zone (22, 122) based on a compressive strained amorphous material adapted to induce a second strain state in said second block, the first block and the second block each being formed of a lower region (13a, 13b, 103) based on amorphous semi-conductor material, the lower region being covered with an upper region of crystalline semi-conductor material (14a, 14b, 104) in contact with one of said strain zones, b) recrystallizing said lower region (13a, 13b, 103) of said first block and of said second block while using said upper region (14a, 14b, 104) of crystalline material as starting zone for a recrystallization front. a) forming on an insulating layer of a semi-conductor on insulator type substrate, a first semi-conductor block (12a, 112a) covered with a first strain zone (21, 121) based on a tensile strained amorphous material adapted to induce a first strain state in said first block and a second semi-conductor block (12b, 112b) covered with a second strain zone (22, 122) based on a compressive strained amorphous material adapted to induce a second strain state in said second block, the first block and the second block each being formed of a lower region (13a, 13b, 103) based on amorphous semi-conductor material, the lower region being covered with an upper region of crystalline semi-conductor material (14a, 14b, 104) in contact with one of said strain zones, b) recrystallizing said lower region (13a, 13b, 103) of said first block and of said second block while using said upper region (14a, 14b, 104) of crystalline material as starting zone for a recrystallization front.
Telecentric lens, comprising a front optical group adapted to receive rays coming from an observed object and a rear light optical group adapted to convey said rays towards a sensor, wherein each of the front optical group and the rear optical group consists of two positive focal lenses (112', 114'), wherein the lenses of the front optical group are flat-convex and oriented with the convex surface facing the object observed, and wherein the lenses of the rear optical group are flat-convex with the respective convex surfaces facing each other.
A network access method comprising: a network access apparatus, which is at a network side, determining that a first User Equipment, UE, requests to use an account of a second UE for access; the network access apparatus at the network side determining that the account of the second UE is successfully authenticated; the network access apparatus at the network side receiving access admission information from the second UE or a third UE and determining that a user to which the second UE belongs allows the first UE to access the network side by the account of the second UE according to the access admission information, wherein the third UE is to be allowed by the user to which the second UE belongs, and to authenticate other UEs except the second and third UEs to access the network side by the account of the second UE; and the network access apparatus at the network side accepting the access of the first UE. a network access apparatus, which is at a network side, determining that a first User Equipment, UE, requests to use an account of a second UE for access; the network access apparatus at the network side determining that the account of the second UE is successfully authenticated; the network access apparatus at the network side receiving access admission information from the second UE or a third UE and determining that a user to which the second UE belongs allows the first UE to access the network side by the account of the second UE according to the access admission information, wherein the third UE is to be allowed by the user to which the second UE belongs, and to authenticate other UEs except the second and third UEs to access the network side by the account of the second UE; and the network access apparatus at the network side accepting the access of the first UE.