mhurhangee/ep-ind-claims huggingface dataset:
A film for forming, comprising a cyclic olefin-based resin as a main component, wherein the storage modulus at 120°C is 500 MPa to 3,000 MPa and the storage modulus at 170°C is 100 MPa or less, wherein said film is a laminated film in which a cyclic olefin layer (layer B) comprising a cyclic olefin-based resin as a main component is laminated on at least one side of a cyclic olefin layer (layer A) comprising a cyclic olefin-based resin as a main component, wherein said layer A comprises a polyethylene-based resin and/or a polypropylene-based resin in an amount of 1 to 40% by mass with respect to 100% by mass of the whole layer A.
Illumination unit comprising a plurality of pump light sources and a phosphor body for converting pump light into converted light, the extent of said phosphor body being greater in a direction of extent than in a direction perpendicular thereto, and which phosphor body is designed to emit converted light in the direction of extent as a result of illumination with pump light, wherein the phosphor body is constructed from at least two phosphor body subvolumes (2a,b,c,d), which are designed in such a way that the converted light emitted in each case by said phosphor body subvolumes differs in terms of the spectral properties, which phosphor body subvolumes are arranged successively in a direction oriented perpendicular to the direction of extent, wherein the extent of the phosphor body in the direction of extent is greater than in two directions perpendicular thereto and to one another, characterized in that the plurality of pump light sources are arranged along the direction of extent or are distributed circumferentially.
A method for the production of a seat cover for a vehicle seat formed from a three dimensional knitted part, wherein the three dimensional knitted part has endless fibers and reinforcing fibers and the reinforcing fibers are each formed having a core fiber and a sheath fiber coaxially enclosing the core fiber, wherein the three dimensional knitted part is first produced by means of a knitting machine and then the seat cover is produced from the three dimensional knitted part by means of an ironing machine, wherein the ironing machine has at least one lower mold shaped as a vehicle seat, and wherein the core fiber has a higher melting point than the sheath fiber, comprising the following steps: a. knitting the three dimensional knitted part in a shape of the seat cover to be produced by means of the knitting machine from the endless fibers and the reinforcing fibers, b. stretching the three dimensional knitted part having the shape of the seat cover onto the lower mold of the ironing machine, c. heating the three dimensional knitted part by means of the ironing machine to produce the seat cover, wherein a temperature applied to the three dimensional knitted part is above the melting point of the sheath fiber and below the melting point of the core fiber. a. knitting the three dimensional knitted part in a shape of the seat cover to be produced by means of the knitting machine from the endless fibers and the reinforcing fibers, b. stretching the three dimensional knitted part having the shape of the seat cover onto the lower mold of the ironing machine, c. heating the three dimensional knitted part by means of the ironing machine to produce the seat cover, wherein a temperature applied to the three dimensional knitted part is above the melting point of the sheath fiber and below the melting point of the core fiber.
An integrated imaging device, comprising: - a substrate, - an integrated circuit, - a cover, - a cavity enclosed between the substrate and the cover, and - a sensor or an array of sensors, wherein - a surface of the cover opposite the cavity has a surface structure directing incident radiation, - the sensor or array of sensors is arranged in the cavity between the integrated circuit and the surface structure directing incident radiation, - at least one through-substrate via is formed in the substrate, the through-substrate via electrically connecting the sensor or array of sensors with a connection pad on a rear outer surface of the substrate opposite the cavity, and - the integrated circuit is integrated in the substrate opposite the cavity characterized in that the integrated circuit is arranged between the sensor or array of sensors and the connection pad. - a substrate, - an integrated circuit, - a cover, - a cavity enclosed between the substrate and the cover, and - a sensor or an array of sensors, wherein - a surface of the cover opposite the cavity has a surface structure directing incident radiation, - the sensor or array of sensors is arranged in the cavity between the integrated circuit and the surface structure directing incident radiation, - at least one through-substrate via is formed in the substrate, the through-substrate via electrically connecting the sensor or array of sensors with a connection pad on a rear outer surface of the substrate opposite the cavity, and - the integrated circuit is integrated in the substrate opposite the cavity
A multilevel modulation optical transceiver for distributing an optical transport network, OTN, frame to a plurality of lanes for transmission, the multilevel modulation optical transceiver comprising: a multi-lane distribution, MLD, transmission unit for performing lane rotation processing defined by OTN-MLD on the OTN frame; and a data replication unit for performing data replication processing involving data replication between the plurality of lanes on the OTN frame after being subjected to the lane rotation processing, and wherein the multilevel modulation optical transceiver further comprises a data rearrangement unit arranged at a preceding stage of the MLD transmission unit, for performing data rearrangement processing of replicating, in advance, a frame synchronization pattern of an overhead of the OTN frame before being subjected to the lane rotation processing from a first lane that has the overhead to another lane that does not have the overhead, and of saving a payload to be overwritten with the frame synchronization pattern to a reserved area of the overhead so as to enable the payload to be restored on a reception side, wherein the MLD transmission unit performs the lane rotation processing on the OTN frame after being subjected to the data rearrangement processing by the data rearrangement unit. a multi-lane distribution, MLD, transmission unit for performing lane rotation processing defined by OTN-MLD on the OTN frame; and a data replication unit for performing data replication processing involving data replication between the plurality of lanes on the OTN frame after being subjected to the lane rotation processing, and wherein the multilevel modulation optical transceiver further comprises a data rearrangement unit arranged at a preceding stage of the MLD transmission unit, for performing data rearrangement processing of replicating, in advance, a frame synchronization pattern of an overhead of the OTN frame before being subjected to the lane rotation processing from a first lane that has the overhead to another lane that does not have the overhead, and of saving a payload to be overwritten with the frame synchronization pattern to a reserved area of the overhead so as to enable the payload to be restored on a reception side, wherein the MLD transmission unit performs the lane rotation processing on the OTN frame after being subjected to the data rearrangement processing by the data rearrangement unit.
An anti-CGRP antibody comprising a light chain polypeptide sequence of SEQ ID NO: 52 and a heavy chain polypeptide sequence of SEQ ID NO: 54, for use in inhibiting photophobia or light aversion or precluding the onset of photophobia or photoaversion in a subject in need thereof, wherein the use comprises administering the anti-CGRP antibody in an amount effective to reduce or prevent CGRP-associated photophobia or light aversion in the subject.
A rotary milking station for milking applications, the rotary milking station comprising: a base having a circular path disposed about a given center; a driving assembly operatively mountable onto the base so as to be disposed about the circular path of the base; and a carrousel operatively mountable onto the driving assembly, the carrousel being made out of sectional segments, each sectional segment having a lower protruding vertical portion and a pair of flange portions (17a,17b) each projecting from a corresponding side of the vertical portion, the sectional segments being interconnected to another so as to define the carrousel, the vertical portions of the sectional segments being positioned, shaped and sized so as to be disposed along the circular path of the base and for cooperating with the driving assembly in order to enable the carrousel to be rotatably moveable with respect to the base; characterized in that each sectional segment comprises a lower profiled plate having a cavity with a pair of opposite rims (23a,23b), said lower profiled plate defining a bottom contour of the vertical portion and of the flange portions (17a, 17b) of the sectional segment; wherein the cavity of each lower profiled plate of each sectional segment is configured for receiving a corresponding filling construction material therein, so that once said filling construction material has hardened within the cavity, each sectional segment comprises a substantially leveled upper surface. a base having a circular path disposed about a given center; a driving assembly operatively mountable onto the base so as to be disposed about the circular path of the base; and a carrousel operatively mountable onto the driving assembly, the carrousel being made out of sectional segments, each sectional segment having a lower protruding vertical portion and a pair of flange portions (17a,17b) each projecting from a corresponding side of the vertical portion, the sectional segments being interconnected to another so as to define the carrousel, the vertical portions of the sectional segments being positioned, shaped and sized so as to be disposed along the circular path of the base and for cooperating with the driving assembly in order to enable the carrousel to be rotatably moveable with respect to the base; characterized in that each sectional segment comprises a lower profiled plate having a cavity with a pair of opposite rims (23a,23b), said lower profiled plate defining a bottom contour of the vertical portion and of the flange portions (17a, 17b) of the sectional segment; wherein the cavity of each lower profiled plate of each sectional segment is configured for receiving a corresponding filling construction material therein, so that once said filling construction material has hardened within the cavity, each sectional segment comprises a substantially leveled upper surface.
A robotic technological complex of vertical storage of disposal canisters with spent nuclear fuel into gradually compacted bentonite, characterized in that the basis of the robotic technological complex of vertical storage of disposal canisters with spent nuclear fuel into gradually compacted bentonite are three autonomous robotic vehicles - a robot for transport, vertical storage of disposal canisters and compacting bentonite, a robot for transport, dosing and compacting bentonite and a robot for transport and application of concrete.
A sensor inserting device for inserting a sensor for measuring biological information of a person to be measured into a body of the person to be measured, the sensor inserting device comprising: a device main body, a movement mechanism provided in the device main body and configured to move a detector of the sensor and an insertion needle, with the sensor held together with an insertion needle in a connected state of the movement mechanism for piercing the body of the person to be measured in said connected state of the movement mechanism, toward the person to be measured to insert the detector and the insertion needle into the body of the person to be measured; and a signal processor configured to be attached to and detached from the device main body and to process a signal including biological information from the sensor, wherein the device main body is provided with a signal transmitting part capable of transmitting a signal between the sensor and the signal processor when the signal processor is attached to the device main body in said connected state of the movement mechanism, characterized by further comprising an alarming unit for determining an operating state of the sensor when the signal processor is attached and for informing a user of any problem in the sensor when a circuit including the signal transmitting part connected to the sensor or the sensor itself has a problem, distinguishing whether the signal transmitted from the transmitter exceeds the threshold value that is previously set for the normal state of the sensor before insertion, so that an abnormality of the detector can be determined. a device main body, a movement mechanism provided in the device main body and configured to move a detector of the sensor and an insertion needle, with the sensor held together with an insertion needle in a connected state of the movement mechanism for piercing the body of the person to be measured in said connected state of the movement mechanism, toward the person to be measured to insert the detector and the insertion needle into the body of the person to be measured; and a signal processor configured to be attached to and detached from the device main body and to process a signal including biological information from the sensor, wherein the device main body is provided with a signal transmitting part capable of transmitting a signal between the sensor and the signal processor when the signal processor is attached to the device main body in said connected state of the movement mechanism, characterized by further comprising an alarming unit for determining an operating state of the sensor when the signal processor is attached and for informing a user of any problem in the sensor when a circuit including the signal transmitting part connected to the sensor or the sensor itself has a problem, distinguishing whether the signal transmitted from the transmitter exceeds the threshold value that is previously set for the normal state of the sensor before insertion, so that an abnormality of the detector can be determined.
A surface cleaning apparatus including: a dirt collection container; a passage leading to the dirt collection container through which dirt-laden air is drawn by a source of suction; a cyclonic separation device for separating dirt from the airflow passing through the apparatus, which device communicates with the passage and with the dirt collection container; and a moveable blocking member positioned in the passage; wherein the blocking member is moveable between a blocking position, in which the passage is blocked or substantially blocked, and an unblocking position, in which air can pass through the passage, wherein the apparatus includes a receiving formation for receiving at least a portion of the moveable blocking member when the blocking member is in its unblocking position, and characterized in that the receiving formation is provided completely or partially in a ramp formation which directs air into the cyclonic separation device, said ramp directing incoming dirt-laden air such that it travels circumferentially around an inner surface of the cyclonic separation device. a dirt collection container; a passage leading to the dirt collection container through which dirt-laden air is drawn by a source of suction; a cyclonic separation device for separating dirt from the airflow passing through the apparatus, which device communicates with the passage and with the dirt collection container; and a moveable blocking member positioned in the passage; wherein the blocking member is moveable between a blocking position, in which the passage is blocked or substantially blocked, and an unblocking position, in which air can pass through the passage, wherein the apparatus includes a receiving formation for receiving at least a portion of the moveable blocking member when the blocking member is in its unblocking position, and characterized in that the receiving formation is provided completely or partially in a ramp formation which directs air into the cyclonic separation device, said ramp directing incoming dirt-laden air such that it travels circumferentially around an inner surface of the cyclonic separation device.
A bleed air valve, comprising: a housing that includes an inlet at a first end, an outlet at a second end, and a center portion between the inlet and the outlet to selectively provide a pneumatic flow path between the inlet and the outlet via a passage in the center portion; a piston that moves along a center guide, where the piston includes a first piston surface and an opposing second piston surface, and the piston moves along the center guide in response to forces applied to the first piston surface and the second piston surface, where the piston is spring biased to an open position such that the inlet and the outlet are in fluid communication; a pressure divider network that includes a divider network inlet having an inlet cross sectional area in fluid communication with the passage, a divider network outlet having an outlet cross sectional area in fluid communication with ambient (ambient pressure), and a network chamber in fluid communication with the divider network inlet and the divider network outlet, where the network chamber has an intermediate pressure value between pressure at the divider network inlet and pressure at the divider network outlet; a valve that includes a valve inlet and a valve outlet, where the valve outlet is in fluid communication with the first piston surface; a control valve that receives a command signal and in response provides compressed air to a control valve output that is in fluid communication with the valve inlet; and a spring that applies a force to the second piston surface. a housing that includes an inlet at a first end, an outlet at a second end, and a center portion between the inlet and the outlet to selectively provide a pneumatic flow path between the inlet and the outlet via a passage in the center portion; a piston that moves along a center guide, where the piston includes a first piston surface and an opposing second piston surface, and the piston moves along the center guide in response to forces applied to the first piston surface and the second piston surface, where the piston is spring biased to an open position such that the inlet and the outlet are in fluid communication; a pressure divider network that includes a divider network inlet having an inlet cross sectional area in fluid communication with the passage, a divider network outlet having an outlet cross sectional area in fluid communication with ambient (ambient pressure), and a network chamber in fluid communication with the divider network inlet and the divider network outlet, where the network chamber has an intermediate pressure value between pressure at the divider network inlet and pressure at the divider network outlet; a valve that includes a valve inlet and a valve outlet, where the valve outlet is in fluid communication with the first piston surface; a control valve that receives a command signal and in response provides compressed air to a control valve output that is in fluid communication with the valve inlet; and a spring that applies a force to the second piston surface.
A method for identifying a subject with cancer who is suitable for treatment with an immune checkpoint modulator, said method comprising: (i) determining the number of clonal neo-antigens in one or more cancer cells from said subject; and/or (ii) determining the ratio of clonal: sub-clonal neo-antigens and/or sub-clonal neo-antigen fraction in more than one cancer cell from said subject, wherein a higher number of clonal neo-antigens, and/or a higher ratio of clonal:sub-clonal neo-antigens, or lower (or low) sub-clonal neo-antigen fraction in comparison to a reference sample is indicative of response to an immune checkpoint modulator. (i) determining the number of clonal neo-antigens in one or more cancer cells from said subject; and/or (ii) determining the ratio of clonal: sub-clonal neo-antigens and/or sub-clonal neo-antigen fraction in more than one cancer cell from said subject,
A method of making a library of fibronectin type III module domains having a diversified C-CD-F-FG alternative surface formed by a C beta-strand, a CD loop, an F beta-strand, and an FG loop, comprising a) providing a reference FN3 domain polypeptide having an amino acid sequence at least 80% identical to the amino acid sequence of SEQ ID NO: 27; b) introducing diversity into the reference FN3 domain polypeptide by mutating at least one C beta-strand residue and at least one F beta-strand residue to form the FN3 domain library having the diversified C-CD-F-FG alternative surface. a) providing a reference FN3 domain polypeptide having an amino acid sequence at least 80% identical to the amino acid sequence of SEQ ID NO: 27; b) introducing diversity into the reference FN3 domain polypeptide by mutating at least one C beta-strand residue and at least one F beta-strand residue to form the FN3 domain library having the diversified C-CD-F-FG alternative surface.
A process for decorating a timepiece component, characterized in that it comprises the following steps: - deep engraving of a surface to be decorated of the timepiece component with a femtosecond laser; and - surface structuring of said surface to be decorated of the timepiece component, these two decorations being at least partially superposed on each other. - deep engraving of a surface to be decorated of the timepiece component with a femtosecond laser; and - surface structuring of said surface to be decorated of the timepiece component,
A method for determining the traffic conditions in a zone in which motor vehicles, hereinafter referred to as target vehicles (30, 32, 34), are located and in the vicinity of which a motor vehicle is located, hereinafter referred to as host vehicle the method comprising the steps of: - retrieve information on the use of an automatic engine stop/start function by target vehicles (30, 32, 34); - determine the traffic conditions in zone, based on information on the use of the automatic stop/start function by target vehicles (30, 32, 34). - retrieve information on the use of an automatic engine stop/start function by target vehicles (30, 32, 34); - determine the traffic conditions in zone, based on information on the use of the automatic stop/start function by target vehicles (30, 32, 34).