mhurhangee/ep-ind-claims huggingface dataset:
A downhole tool coupled to a drill string comprising: a sensor located inside a housing wall; an antenna electronically connected to the sensor, characterized in that the antenna is located outside of and about the housing wall such that the housing wall is disposed between the antenna and the sensor, the housing wall comprising a connection point for connection to the drill string; a conductive, non-magnetic shield is disposed between the housing wall and the antenna; and a non-conductive, non-magnetic tube is disposed between the shield and the antenna. a sensor located inside a housing wall; an antenna electronically connected to the sensor, characterized in that the antenna is located outside of and about the housing wall such that the housing wall is disposed between the antenna and the sensor, the housing wall comprising a connection point for connection to the drill string; a conductive, non-magnetic shield is disposed between the housing wall and the antenna; and a non-conductive, non-magnetic tube is disposed between the shield and the antenna.
A method of manufacturing a conjugated diene polymer, comprising polymerizing a conjugated diene at 50 to 120°C in the presence of a catalyst obtained from an yttrium compound, an ionic compound consisting of a non-coordinating anion and a cation, and an organoaluminum compound, wherein the molar ratio / between the component and the component is 1/133 to 1/5000, and wherein the conjugated diene polymer has the following characteristics that: a ratio (T cp /ML 1+4) between a 5wt% toluene solution viscosity (T cp) measured at 25°C and a Mooney viscosity (ML 1+4) measured at 100°C according to JIS K 6300 is 0.1 to 1.2; and a content of cis-1,4 structures is 80% or higher, and a content of 1,2 structures is lower than 5%, measured by infrared absorption spectrum analysis. a ratio (T cp /ML 1+4) between a 5wt% toluene solution viscosity (T cp) measured at 25°C and a Mooney viscosity (ML 1+4) measured at 100°C according to JIS K 6300 is 0.1 to 1.2; and a content of cis-1,4 structures is 80% or higher, and a content of 1,2 structures is lower than 5%, measured by infrared absorption spectrum analysis.
A method of controlling a remote device (1500, 1708, 1800) by a host device (500, 1504, 1701, 1805) for at least one mobile device (505, 617, 1501, 1502, 170, 1709, 1803) comprising the following steps: - identifying, by the host device, at least one mobile device in interaction with it via an interacting surface (1503, 1804) of the host device, the mobile device being of substantially cubic shape, having six faces, and comprising four solenoids, each face being associated with two solenoids positioned in two opposite corners of each face, such that when a face of the device is in contact with the interacting surface, only the two solenoids positioned at the two opposite corners of that face are detected by the host device; - accessing a look-up table associated with said at least one identified mobile device, said look-up table associating at least one command (2004, 2005) for said remote device with at least one position (2006, 2007) on said interacting surface, - determining, by the host device, a current position of said at least one mobile device relative to said interacting surface of the host station by means of at least one electrical signal induced by at least one inductor magnetic field in at least one electrical circuit of the host device associated with said interacting surface, - determining a current command of said remote device, according to said current position, by means of said look-up table, and - controlling said remote device by means of said current command. - identifying, by the host device, at least one mobile device in interaction with it via an interacting surface (1503, 1804) of the host device, the mobile device being of substantially cubic shape, having six faces, and comprising four solenoids, each face being associated with two solenoids positioned in two opposite corners of each face, such that when a face of the device is in contact with the interacting surface, only the two solenoids positioned at the two opposite corners of that face are detected by the host device; - accessing a look-up table associated with said at least one identified mobile device, said look-up table associating at least one command (2004, 2005) for said remote device with at least one position (2006, 2007) on said interacting surface, - determining, by the host device, a current position of said at least one mobile device relative to said interacting surface of the host station by means of at least one electrical signal induced by at least one inductor magnetic field in at least one electrical circuit of the host device associated with said interacting surface, - determining a current command of said remote device, according to said current position, by means of said look-up table, and - controlling said remote device by means of said current command.
A table saw assembly comprising: a motor assembly; an electrically conductive belt operably connected to the motor assembly; an arbor shaft operably connected to the belt; a drop arm assembly rotatably supporting the arbor shaft; and a first pulley rotatably supporting the belt, the first pulley including an inner bore and an outer surface, the first pulley configured to electrically isolate the inner bore from the outer surface, wherein the inner bore is fixedly attached to the arbor shaft, the first pulley further comprising: an inner component defining the inner bore; an outer component defining the outer surface; and an intermediate core positioned between the inner component and the outer component, wherein: the inner component is formed from a conductive material; the outer component is formed from a conductive material; and the intermediate core is formed from a non-conductive material. a motor assembly; an electrically conductive belt operably connected to the motor assembly; an arbor shaft operably connected to the belt; a drop arm assembly rotatably supporting the arbor shaft; and a first pulley rotatably supporting the belt, the first pulley including an inner bore and an outer surface, the first pulley configured to electrically isolate the inner bore from the outer surface, wherein the inner bore is fixedly attached to the arbor shaft, the first pulley further comprising: an inner component defining the inner bore; an outer component defining the outer surface; and an intermediate core positioned between the inner component and the outer component, an inner component defining the inner bore; an outer component defining the outer surface; and an intermediate core positioned between the inner component and the outer component, wherein: the inner component is formed from a conductive material; the outer component is formed from a conductive material; and the intermediate core is formed from a non-conductive material. the inner component is formed from a conductive material; the outer component is formed from a conductive material; and the intermediate core is formed from a non-conductive material.
A method in a first network node, the method comprising: determining an envelope of radio frequency power that maximizes a coverage area; sending the determined envelope to a second network node; receiving an antenna pattern based on the determined envelope, from the second network node; and characterized in that in response to determining that the received antenna pattern fits within the determined envelope, granting a channel to the second network node. determining an envelope of radio frequency power that maximizes a coverage area; sending the determined envelope to a second network node; receiving an antenna pattern based on the determined envelope, from the second network node; and characterized in that in response to determining that the received antenna pattern fits within the determined envelope, granting a channel to the second network node.
Circular knitting machine comprising a fixed support structure, a rotational support structure, and a system for controlling textile fabric defects, said circular knitting machine comprising: a roller for flattening a circular knitted web into said textile fabric, and a cylinder arranged on a lower part of said rotational structure for rolling-in the flattened textile fabric; said system comprising: a digital camera for capturing digital images of the knitted textile fabric, a data processor for processing the captured digital images, a camera support structure for holding the camera, characterized in that the camera support structure is fixed to the rotational structure. a roller for flattening a circular knitted web into said textile fabric, and a cylinder arranged on a lower part of said rotational structure for rolling-in the flattened textile fabric; said system comprising: a digital camera for capturing digital images of the knitted textile fabric, a data processor for processing the captured digital images, a camera support structure for holding the camera, characterized in that the camera support structure is fixed to the rotational structure. a digital camera for capturing digital images of the knitted textile fabric, a data processor for processing the captured digital images, a camera support structure for holding the camera, characterized in that the camera support structure is fixed to the rotational structure.
A solution comprising calcium ions (Ca ++) with a concentration of at least 0.1 M for use in the treatment of a neoplasm, said treatment comprising a) providing a subject having at least one neoplasm; b) administrating to said subject a solution comprising calcium ions (Ca ++) with a concentration of at least 0.1 M to at least a part of said neoplasm, wherein the volume of the solution has a ratio of 0.2 to 0.8 of the volume of said part of the neoplasm; and c) applying means for causing transient permeabilisation of the cell membranes in said part of the neoplasm before and/or during and/or after said administration, wherein the transient permeabilisation is made by a electroporation by 1.0 kV/cm; pulse length 100 μs; pulse number 8 and pulse frequency 1 Hz. a) providing a subject having at least one neoplasm; b) administrating to said subject a solution comprising calcium ions (Ca ++) with a concentration of at least 0.1 M to at least a part of said neoplasm, wherein the volume of the solution has a ratio of 0.2 to 0.8 of the volume of said part of the neoplasm; and c) applying means for causing transient permeabilisation of the cell membranes in said part of the neoplasm before and/or during and/or after said administration,
An adjusting device for moveably mounting a furniture part - preferably in the form of a flap pivotable with respect to a horizontal axis - to a furniture carcass comprising an adjusting arm lever, wherein a first lever of the adjusting arm lever is moveable relative to a second lever of the adjusting arm lever from a mounting position for mounting the adjusting arm lever to the furniture part into an operating position of the adjusting arm lever, characterised in that the first lever is lockable relative to the second lever by means of an automatic locking device in the operating position.
A juice extraction module for a juicer, which includes a container formed with a juice discharge port, a sieve positioned inside of the container, a screw positioned inside of the sieve to extract juice from a material, and a lid coupled to a top end of the container and formed with an input port through which the material is input, being characterized in that the juice extraction module comprises: a crushing portion formed on a top end of the screw to be narrowed upward, the crushing portion having a crushing blade formed thereon; and a crushing processing portion connected to the input port and formed in a bottom of the lid so as to be concave and gradually narrowed toward a top apex thereof corresponding to the crushing portion, wherein the crushing portion passes over a top end of the sieve and is accommodated in the crushing processing portion, wherein an inner surface of the crushing processing portion comprises a material guide surface continuing from the input port and formed to be inclined toward a central axis of the crushing portion, whereby the material guide surface guides the material so that a lateral side of the material begins to be crushed by the crushing blade, wherein the material guide surface is provided as an element for smoothly connecting the sieve and the input port in such a manner that the material guide surface is connected with an inner surface of the sieve, and wherein the crushing blade is arranged to crush the material in advance within the crushing processing portion. a crushing portion formed on a top end of the screw to be narrowed upward, the crushing portion having a crushing blade formed thereon; and a crushing processing portion connected to the input port and formed in a bottom of the lid so as to be concave and gradually narrowed toward a top apex thereof corresponding to the crushing portion, wherein the crushing portion passes over a top end of the sieve and is accommodated in the crushing processing portion, wherein an inner surface of the crushing processing portion comprises a material guide surface continuing from the input port and formed to be inclined toward a central axis of the crushing portion, whereby the material guide surface guides the material so that a lateral side of the material begins to be crushed by the crushing blade, wherein the material guide surface is provided as an element for smoothly connecting the sieve and the input port in such a manner that the material guide surface is connected with an inner surface of the sieve, and wherein the crushing blade is arranged to crush the material in advance within the crushing processing portion.
A method of manufacturing a frame tube, comprising the step of: a) providing a tubular member having a predetermined length with an outer tube body, an inner tube body received in the outer tube body, and a plurality of ribs connected with the outer tube body and the inner tube body; characterised in that the method further comprises the steps of: b) cutting a part of each of the ribs from two ends of the tubular member to create a notch between each of the ribs and the outer tube body; and c) pressing the two ends of the outer tube body to enable the outer surface of the outer tube body to be deformed into a spherical appearance. a) providing a tubular member having a predetermined length with an outer tube body, an inner tube body received in the outer tube body, and a plurality of ribs connected with the outer tube body and the inner tube body; characterised in that the method further comprises the steps of: b) cutting a part of each of the ribs from two ends of the tubular member to create a notch between each of the ribs and the outer tube body; and c) pressing the two ends of the outer tube body to enable the outer surface of the outer tube body to be deformed into a spherical appearance.
A method for transmitting data packets from a first device through a switch to a second device, comprising at an intercepting device intermediate the first device and the switch device: receiving (S2, S3) a first data packet from the first device; determining that the first data packet is to be transmitted to the second device; determining whether the first data packet is of a first type that cannot be transmitted from the intercepting device to the second device through the switch; if it is determined that the first data packet is not of the first type: transmitting the first data packet through the switch to the second device; characterized in further comprising the following steps: if it is determined that the first data packet is of the first type: encapsulating the first data packet within a second data packet, the second data packet being of a second type that can be transmitted from the intercepting device through the switch to the second device; transmitting the second data packet through the switch to the second device; receiving (S2, S3) a first data packet from the first device; determining that the first data packet is to be transmitted to the second device; determining whether the first data packet is of a first type that cannot be transmitted from the intercepting device to the second device through the switch; if it is determined that the first data packet is not of the first type: transmitting the first data packet through the switch to the second device; characterized in further comprising the following steps: if it is determined that the first data packet is of the first type: encapsulating the first data packet within a second data packet, the second data packet being of a second type that can be transmitted from the intercepting device through the switch to the second device; transmitting the second data packet through the switch to the second device; transmitting the first data packet through the switch to the second device; characterized in further comprising the following steps: if it is determined that the first data packet is of the first type: encapsulating the first data packet within a second data packet, the second data packet being of a second type that can be transmitted from the intercepting device through the switch to the second device; transmitting the second data packet through the switch to the second device; if it is determined that the first data packet is of the first type: encapsulating the first data packet within a second data packet, the second data packet being of a second type that can be transmitted from the intercepting device through the switch to the second device; transmitting the second data packet through the switch to the second device; encapsulating the first data packet within a second data packet, the second data packet being of a second type that can be transmitted from the intercepting device through the switch to the second device; transmitting the second data packet through the switch to the second device;
A back module for an exoskeleton structure, comprising a spinal column segment designed to extend along a spinal column of a user, the spinal column segment comprising a plurality of vertebral elements, stacked on one another, and a flexible connecting element connecting the vertebral elements to one another, the spinal column segment having a stable equilibrium position in which the flexible connecting element holds the vertebral elements supported against one another, and the flexible connecting element being elastic so that, during a movement of the back of the user, the flexible connecting element allows a movement of the vertebral element with respect to one another, while exerting a return force tending to return the spinal column segment to the stable equilibrium position, the back module also comprising one or more electrical transmission or data transmission cable(s) extending inside the spinal column segment through each of the vertebral elements, for connecting a battery and/or actuators and/or sensors to a control module of the exoskeleton structure, or for connecting two control modules of the exoskeleton structure.
Method for coating the entire surface of lattice-like or mesh-like endoprostheses, comprising the following steps: a) providing a lattice-like or mesh-like endoprosthesis having a discontinuous surface with interstices between the struts forming the lattice or mesh, b) at least partially coating the struts with a polymer A, c) wetting the surface of the endoprosthesis coated with the polymer A with an organic solvent, d) coating the entire surface of the interstices between the struts which form the lattice-like or mesh-like structure with a polymer coating of a polymer B, wherein the coating of a polymer B which covers the entire surface exceeds the length of the endoprosthesis and in a further step is placed around the edges of the endoprosthesis on the outer surface and the formed edges are being integrated into the subjacent polymer layer B under pressure and increased temperature. a) providing a lattice-like or mesh-like endoprosthesis having a discontinuous surface with interstices between the struts forming the lattice or mesh, b) at least partially coating the struts with a polymer A, c) wetting the surface of the endoprosthesis coated with the polymer A with an organic solvent, d) coating the entire surface of the interstices between the struts which form the lattice-like or mesh-like structure with a polymer coating of a polymer B, wherein the coating of a polymer B which covers the entire surface exceeds the length of the endoprosthesis and in a further step is placed around the edges of the endoprosthesis on the outer surface and the formed edges are being integrated into the subjacent polymer layer B under pressure and increased temperature.
Paper dispenser with at least two spare rolls (21', 21", 21′′′) and a housing, in particular for wall mounting, which has a dispensing area and a storage area for at least two spare rolls (21', 21", 21′′′) lying directly one on top of another, wherein the lowest first spare roll nearest the dispensing area lies on a removable support of the dispensing area, wherein in the storage area the housing has at least one preferably diagonally downward-sloping supporting surface for at least the second spare roll (21"), with which a descent of a roll can be delayed, so that a movement space forms between the individual spare rolls when advancing.
A radio communication apparatus comprising: a control unit that is configured to calculate a start value for ciphering a radio access bearer, RAB, for a circuit switching domain, if said RAB is reconfigured from Dedicated Channel, DCH, to Enhanced Dedicated Channel / High Speed Downlink Packet Access, E-DCH/HSDPA, or is reconfigured from E-DCH/HSDPA to DCH, and if a radio access bearer, identified with a "RAB info" information element, IE, in a "RAB information for setup" IE of a RAB being set up, exists as an established radio access bearer, and if at least one Radio Link Control Acknowledged Mode, RLC-AM, or Radio Link Control Unacknowledged Mode, RLC-UM, radio bearer, RB, is included in "RB information to setup" IE of a RB being set up, in said "RAB information for setup" IE. a control unit that is configured to calculate a start value for ciphering a radio access bearer, RAB, for a circuit switching domain, if said RAB is reconfigured from Dedicated Channel, DCH, to Enhanced Dedicated Channel / High Speed Downlink Packet Access, E-DCH/HSDPA, or is reconfigured from E-DCH/HSDPA to DCH, and if a radio access bearer, identified with a "RAB info" information element, IE, in a "RAB information for setup" IE of a RAB being set up, exists as an established radio access bearer, and if at least one Radio Link Control Acknowledged Mode, RLC-AM, or Radio Link Control Unacknowledged Mode, RLC-UM, radio bearer, RB, is included in "RB information to setup" IE of a RB being set up, in said "RAB information for setup" IE.