mhurhangee/ep-ind-claims huggingface dataset:
A chemical vapor deposition method of forming a material on a surface of a substrate, said method comprising: (a) providing at least one energy source; (b) feeding a precursor into a localized environment of the at least one energy source, to allow the at least one energy source to activate the precursor within gasses; (c) directing the gasses along a first path not pointing directly at the substrate; and (d) redirecting said gases along a second path by providing a jet of air, gas or liquid, or a combination thereof, that is directed toward the gasses of the first path or providing a vacuum source close to the gasses of the first path, wherein the second path is in a direction different than the heat produced by the energy source and is towards the substrate, to thereby cause the gasses to contact the surface of the substrate and form at least part of the material. (a) providing at least one energy source; (b) feeding a precursor into a localized environment of the at least one energy source, to allow the at least one energy source to activate the precursor within gasses; (c) directing the gasses along a first path not pointing directly at the substrate; and (d) redirecting said gases along a second path by providing a jet of air, gas or liquid, or a combination thereof, that is directed toward the gasses of the first path or providing a vacuum source close to the gasses of the first path, wherein the second path is in a direction different than the heat produced by the energy source and is towards the substrate, to thereby cause the gasses to contact the surface of the substrate and form at least part of the material.
A head-mounted display device (400, 430) for providing augmented reality contents to a wearer, the device (400, 430) comprising: an eye tracker configured to determine a position of a pupil of an eye of the wearer; a light projector configured to project light for rendering images based at least on the augmented reality contents; a beam steerer configured to change a direction of the light from the light projector based on the position of the pupil; and a combiner configured to combine the light from the light projector and light from an outside of the head-mounted display device (400, 430) for providing an overlap of the rendered image and a real image that corresponds to the light from the outside of the head-mounted display device (400, 430); characterized in that: the beam steerer is mechanically coupled with the combiner to rotate or translate the combiner so that the light from the light projector impinges on different locations on the combiner, thereby changing the direction of the light from the light projector; and the combiner is configured to reflect the light from the light projector and transmit the light from the outside of the head-mounted display device. an eye tracker configured to determine a position of a pupil of an eye of the wearer; a light projector configured to project light for rendering images based at least on the augmented reality contents; a beam steerer configured to change a direction of the light from the light projector based on the position of the pupil; and a combiner configured to combine the light from the light projector and light from an outside of the head-mounted display device (400, 430) for providing an overlap of the rendered image and a real image that corresponds to the light from the outside of the head-mounted display device (400, 430); characterized in that: the beam steerer is mechanically coupled with the combiner to rotate or translate the combiner so that the light from the light projector impinges on different locations on the combiner, thereby changing the direction of the light from the light projector; and the combiner is configured to reflect the light from the light projector and transmit the light from the outside of the head-mounted display device. the beam steerer is mechanically coupled with the combiner to rotate or translate the combiner so that the light from the light projector impinges on different locations on the combiner, thereby changing the direction of the light from the light projector; and the combiner is configured to reflect the light from the light projector and transmit the light from the outside of the head-mounted display device.
A data transmission method, comprising: receiving, by a network function, NF, entity, first data sent by a terminal device according to first routing information (Step 201); and analyzing the data type of the received first data, then instructing, if the received first data belongs to fast path data, a controller device to update the first routing information to second routing information, so that the terminal device sends second data according to the second routing information updated in the controller device, wherein a data transmission path comprised in the second routing information does not pass through the NF entity (Step 202). receiving, by a network function, NF, entity, first data sent by a terminal device according to first routing information (Step 201); and analyzing the data type of the received first data, then instructing, if the received first data belongs to fast path data, a controller device to update the first routing information to second routing information, so that the terminal device sends second data according to the second routing information updated in the controller device, wherein a data transmission path comprised in the second routing information does not pass through the NF entity (Step 202).
System for detecting and evaluating risk factors for the protection of the health of workers, comprising: - at least one device able to be worn by a worker and consisting of a pair of shoes, each shoe comprising a rewritable memory device and at least one sensor able to detect physical parameters related to a working activity of the worker, said at least one device configured to sample and temporarily save to the rewritable memory device data related to the physical parameters when they exceed first set threshold values; - at least one data collecting control unit configured for data transmission from the at least one device, provided with connectivity to a corporate LAN network and to the Internet; - a central processing unit provided with connectivity to a corporate LAN network and to the Internet, configured for data transmission to and from the at least one data collecting control unit; characterized in that the at least one sensor is a load cell and a detector of the relative position of each shoe able to measure the posture and the position of the center of gravity of the body of said worker and to evaluate the posture conditions, the balance and the distribution of the load to which the worker is subject, and said sensor being connected to an electronic board, and in that each of said shoes comprises a programmable logic unit mounted on the electronic board and configured to correlate the data related to the physical parameters with the data related to the physical parameters concerning the other shoe, so as to detect conditions potentially risky for the health of the worker excluding situations otherwise regarded as risky if depending on each single shoe. - at least one device able to be worn by a worker and consisting of a pair of shoes, each shoe comprising a rewritable memory device and at least one sensor able to detect physical parameters related to a working activity of the worker, said at least one device configured to sample and temporarily save to the rewritable memory device data related to the physical parameters when they exceed first set threshold values; - at least one data collecting control unit configured for data transmission from the at least one device, provided with connectivity to a corporate LAN network and to the Internet; - a central processing unit provided with connectivity to a corporate LAN network and to the Internet, configured for data transmission to and from the at least one data collecting control unit;
Device for locking a roller blind cassette on a trunk of a vehicle, the device comprising: - a rail extending at least partially along the trunk, - a sled being attached to the rail in a sliding manner and being configured to guide a roller blind section from the roller blind cassette along the rail, - a locking element for locking the roller blind cassette on the trunk, the locking element being movable between a locking position and an unlocking position, - an actuation element for actuating the locking element, wherein the actuation element comprises a contact section being arranged in a portion of the rail, characterized in that, the actuation element is movable by the sled between a first position and a second position, when the sled moves along the portion of the rail and contacts the contact section, wherein the actuation element is configured to move the locking element from the locking position to the unlocking position, when moving from the first position to the second position. - a rail extending at least partially along the trunk, - a sled being attached to the rail in a sliding manner and being configured to guide a roller blind section from the roller blind cassette along the rail, - a locking element for locking the roller blind cassette on the trunk, the locking element being movable between a locking position and an unlocking position, - an actuation element for actuating the locking element, wherein the actuation element comprises a contact section being arranged in a portion of the rail, characterized in that, the actuation element is movable by the sled between a first position and a second position, when the sled moves along the portion of the rail and contacts the contact section, wherein the actuation element is configured to move the locking element from the locking position to the unlocking position, when moving from the first position to the second position.
A T cell wherein a recombinant nucleic acid sequence encoding a chimeric antigen receptor is integrated at a first site within the genome of the T cell such that the CAR is expressed by the T cell at the surface of the T cell, wherein the expression of the nucleic acid sequence is under the control of an endogenous promoter of a T cell receptor complex gene, and wherein the integration of the nucleic acid sequence at the first site prevents expression of a functional TCR complex at the surface of the cell.
Circuit arrangement for localizing insulation faults to earth in insulated AC voltage systems up to 750 V, in which the voltage of an AC voltage source is applied to two feed conductors (E1, E2) of the AC voltage system having at least two feeders (AZ1, AZ2,... AZn), having a selection switch for selectively connecting the feed conductors (E1, E2) to earth potential and a detection device assigned to each branch (8-1,... 8-n) to be checked for detecting a current change in the feeder, wherein a fault detection device for detecting and evaluating network parameters is arranged between the AC voltage source and the feed conductors (E1, E2), wherein the fault detection device is set up for comparing actual values of the network parameters with predeterminable setpoint values and thereby recognizes the faulty feed conductor (E1, E2), and when a predeterminable deviation from the setpoint values occurs, an actuation for the selection switch is set from a rest state to an activated state, wherein the actuation ensures the connection of the faulty feed conductor (E1, E2) to earth potential exclusively during the duration of the activated state, the detection devices being connected to a computing unit to which the measurement results (S1, S2, S3, S4, Sz) detected by the detection devices are fed, the computing unit being configured to - derive from the measurement results (S1, S2, S3, S4, Sz) the level of at least the capacitive parasitic earth current (Id, Ic2, Ic3, Ic4, Icz) of the respective feeder (8-1,..., 8-n), and - identify the faulty feeder (8-1,..., 8-n) by detecting the change in at least the capacitive parasitic earth current (Ic1, Ic2, Ic3, Ic4, Icz) during the period of earthing of the faulty feeder conductor (E1, E2). - derive from the measurement results (S1, S2, S3, S4, Sz) the level of at least the capacitive parasitic earth current (Id, Ic2, Ic3, Ic4, Icz) of the respective feeder (8-1,..., 8-n), and - identify the faulty feeder (8-1,..., 8-n) by detecting the change in at least the capacitive parasitic earth current (Ic1, Ic2, Ic3, Ic4, Icz) during the period of earthing of the faulty feeder conductor (E1, E2).
A shape memory alloy actuator driving device for expanding and contracting a shape memory alloy member by increasing and decreasing a temperature of the shape memory alloy member through application and suspending application of a drive current from a driving circuit to the shape memory alloy member to displace a driven member linked to the shape memory alloy member to an intended position, the shape memory alloy actuator driving device comprising: a constant current source for applying a predetermined constant current to the shape memory alloy member, as a retrieval signal; a detector for detecting a voltage between terminals of the shape memory alloy member by the retrieval, signal; and characterised in that it further comprises a controller for comparing a detection result of the detector, with a target voltage value to be calculated based on a target resistance value of the shape memory alloy member corresponding to the intended displaced position of the driven member, and a value of the constant current, and causing the driving circuit to output, to the shape memory alloy member, a drive current that makes the detection result substantially equal to the target voltage value. a constant current source for applying a predetermined constant current to the shape memory alloy member, as a retrieval signal; a detector for detecting a voltage between terminals of the shape memory alloy member by the retrieval, signal; and characterised in that it further comprises a controller for comparing a detection result of the detector, with a target voltage value to be calculated based on a target resistance value of the shape memory alloy member corresponding to the intended displaced position of the driven member, and a value of the constant current, and causing the driving circuit to output, to the shape memory alloy member, a drive current that makes the detection result substantially equal to the target voltage value.
A dental probe provided in a laser handpiece for guiding laser light transmitted through an optical fiber to a position to be irradiated during dental treatment, wherein a tip portion of the dental probe comprises a water flow path, an air flow path, a multi-lumen tube including a duct formed therein into which the optical fiber is to be inserted, and the optical fiber inserted into the duct, the multi-lumen tube being formed of a polymer compound having flexibility; characterized in that the optical fiber comprises a resin-coated layer provided on an outer circumference of a cladding, and a metal-coated layer provided on an outer circumference of the resin-coated layer and adapted to hold the shape of the optical fiber which is provided in bending while the optical fiber has deformability, and the resin-coated layer is formed of a polymer compound having a refractive index lower than that of the cladding.
An airless cosmetic container capable of discharging cosmetic product content in various patterns, the airless cosmetic container comprising: first and second storage containers (V1 and V2), in which cosmetic product contents are accommodated; an airless pump provided at an opening part of the first and second storage containers (V1 and V2) to discharge the cosmetic product contents; a container body, to which a lower cap is coupled, to accommodate the first and second storage containers (V1 and V2); a shoulder coupled to an upper part of the container body and having a button accommodating groove to accommodate a side button such that the side button moves back and forth; and characterized in a content discharging device provided at the shoulder to primarily block the cosmetic product contents moving upward due to a high pressure by an operation of the airless pump and guide the cosmetic product contents to multiple discharge holes such that the cosmetic product contents are dispersedly discharged. first and second storage containers (V1 and V2), in which cosmetic product contents are accommodated; an airless pump provided at an opening part of the first and second storage containers (V1 and V2) to discharge the cosmetic product contents; a container body, to which a lower cap is coupled, to accommodate the first and second storage containers (V1 and V2); a shoulder coupled to an upper part of the container body and having a button accommodating groove to accommodate a side button such that the side button moves back and forth; and characterized in a content discharging device provided at the shoulder to primarily block the cosmetic product contents moving upward due to a high pressure by an operation of the airless pump and guide the cosmetic product contents to multiple discharge holes such that the cosmetic product contents are dispersedly discharged.
A feed network for an antenna subarray comprising; a first feed arrangement having a sum forming signal output; a second feed arrangement having a delta forming signal output; a fixed attenuator having a first port and a second port, the first port of the fixed attenuator connected to the delta forming signal output of the second feed arrangement; a first power divider/combiner having a first and second port and a third port; the first port of the first power divider/combiner connected to the second port of the fixed attenuator; a variable phase shifter having a first port and a second port, the first port of the variable phase shifter connected to the second port of the first power divider/combiner; the third port of the first power divider/combiner providing a delta signal output; a variable attenuator having a first port and a second port, the first port of the variable attenuator connected to the second port of the variable phase shifter; a second power divider/combiner having a first and second port and a third port; the first port of the second power divider/combiner connected to the second port of the variable attenuator; a first circulator having a first port, a second port and a third port, the first port of the first circulator connected to the sum forming signal output of the first feed arrangement and the second port of the first circulator connected to the third port of the second power divider/combiner; and a second circulator having a first port, a second port and a third port; the first port of the second circulator connected to the second port of the second power divider/combiner, the second port of the second circulator connected to the third port of the first circulator, the third port of the second circulator providing a sum signal output.
A method of fabricating a lined molded pulp container, the method comprising: generating a molded pulp shell, the shell comprising a top opening, a sidewall, and/or a bottom to the shell so as to define a cavity within the shell; generating a polymer blank, the blank comprising a neck and an expandable portion; at least partially inserting the expandable portion of the blank into the shell via the top opening; and extending the expandable portion of the blank to make contact of an interior of the cavity of the pulp shell, heating at least the expandable portion of the blank, applying positive pressure to at least the interior of the expandable portion of the blank, and characterized by concurrently vacuum drawing at least the expandable portion of the blank, wherein the extended expandable portion of the blank forms a lining of the interior of the cavity of the pulp shell, wherein the expanded lining is at least partially fused with the interior of the cavity of the pulp shell. generating a molded pulp shell, the shell comprising a top opening, a sidewall, and/or a bottom to the shell so as to define a cavity within the shell; generating a polymer blank, the blank comprising a neck and an expandable portion; at least partially inserting the expandable portion of the blank into the shell via the top opening; and extending the expandable portion of the blank to make contact of an interior of the cavity of the pulp shell, heating at least the expandable portion of the blank, applying positive pressure to at least the interior of the expandable portion of the blank, and characterized by concurrently vacuum drawing at least the expandable portion of the blank, wherein the extended expandable portion of the blank forms a lining of the interior of the cavity of the pulp shell, wherein the expanded lining is at least partially fused with the interior of the cavity of the pulp shell. heating at least the expandable portion of the blank, applying positive pressure to at least the interior of the expandable portion of the blank, and characterized by concurrently vacuum drawing at least the expandable portion of the blank, wherein the extended expandable portion of the blank forms a lining of the interior of the cavity of the pulp shell, wherein the expanded lining is at least partially fused with the interior of the cavity of the pulp shell.
Device for the spaced arrangement for the storage or transport of stacked concrete element ceiling parts with a lattice girder including a top chord, comprising: - a spacer element with a first side and a second side and - two retaining arms, - wherein the respective retaining arm is U-shaped and comprises a first leg and a second leg, - wherein the first legs are connected to the spacer element, - wherein the second legs are arranged between the first legs to form a clamping section on opposing sides to receive the top chord in a non-positive or positive connection, - wherein the spacer element and the retaining arms are manufactured from a plastic material as integral elements, characterised in that a clamping attachment is provided, and in that the clamping attachment can be fastened to the second side of the spacer element. - a spacer element with a first side and a second side and - two retaining arms, - wherein the respective retaining arm is U-shaped and comprises a first leg and a second leg, - wherein the first legs are connected to the spacer element, - wherein the second legs are arranged between the first legs to form a clamping section on opposing sides to receive the top chord in a non-positive or positive connection, - wherein the spacer element and the retaining arms are manufactured from a plastic material as integral elements,