mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, at a first hybrid device that implements multiple networking technologies, a second forwarding table associated with a second hybrid device that implements multiple networking technologies; determining, at the first hybrid device, a first network interface of the first hybrid device of a hybrid communication network, a second network interface of the second hybrid device of the hybrid communication network, and a first transmission route for transmitting a first message to the second hybrid device based, at least in part, on a first forwarding table associated with the first hybrid device and the second forwarding table associated with the second hybrid device; generating the first message based, at least in part, on the first network interface and the second network interface; and transmitting the first message to the second hybrid device via the first transmission route; wherein the first hybrid device is a source hybrid device that generates the first message and the second hybrid device is a destination hybrid device. receiving, at a first hybrid device that implements multiple networking technologies, a second forwarding table associated with a second hybrid device that implements multiple networking technologies; determining, at the first hybrid device, a first network interface of the first hybrid device of a hybrid communication network, a second network interface of the second hybrid device of the hybrid communication network, and a first transmission route for transmitting a first message to the second hybrid device based, at least in part, on a first forwarding table associated with the first hybrid device and the second forwarding table associated with the second hybrid device; generating the first message based, at least in part, on the first network interface and the second network interface; and transmitting the first message to the second hybrid device via the first transmission route; wherein the first hybrid device is a source hybrid device that generates the first message and the second hybrid device is a destination hybrid device.
An industrial roll, comprising: a core member made of a metal; a first adhesive layer formed in contact with an outer surface of the core member; a second adhesive layer formed on an outer surface side of the first adhesive layer; and a cover member formed in contact with an outer surface of the second adhesive layer and made of an elastic material, characterized in that the first adhesive layer is made of a material with better adhesion properties to the core member than to the cover member, and the second adhesive layer is made of a material with better adhesion properties to the cover member than to the core member. a core member made of a metal; a first adhesive layer formed in contact with an outer surface of the core member; a second adhesive layer formed on an outer surface side of the first adhesive layer; and a cover member formed in contact with an outer surface of the second adhesive layer and made of an elastic material, characterized in that the first adhesive layer is made of a material with better adhesion properties to the core member than to the cover member, and the second adhesive layer is made of a material with better adhesion properties to the cover member than to the core member.
Gas circulation system for transporting heat from a high-temperature source, in particular a high-temperature fuel cell, to a heat consumer, having: a pipe system, through which a gaseous heat transfer medium flows, wherein part of the pipe system is formed as a heat exchanger connected to the high-temperature source, in which heat is transferred from the high-temperature source into the heat transfer medium, wherein part of the pipe system is formed as a heat sink, in which the heat transferred to the heat transfer medium can be transferred to a heat consumer, or as a heat consumer, characterized in that one or more gas flow enhancers functioning according to the Coand effect and/or the Venturi effect which are supplied with pressurized impulse gas are provided in the pipe system, in order to propel the heat transfer medium in the pipe system in a flow direction. a pipe system, through which a gaseous heat transfer medium flows, wherein part of the pipe system is formed as a heat exchanger connected to the high-temperature source, in which heat is transferred from the high-temperature source into the heat transfer medium, wherein part of the pipe system is formed as a heat sink, in which the heat transferred to the heat transfer medium can be transferred to a heat consumer, or as a heat consumer, characterized in that one or more gas flow enhancers functioning according to the Coand effect and/or the Venturi effect which are supplied with pressurized impulse gas are provided in the pipe system, in order to propel the heat transfer medium in the pipe system in a flow direction.
Method for monitoring and/or controlling a flow drilling and thread forming process, in which a joining element having a thread portion, in particular a flow drilling screw, is driven with a rotational speed, with a torque and with a feed force over a distance (penetration depth) into and through a workpiece, comprising the following method steps: a) forming at least one process variable using the energy expended in carrying out the method or an auxiliary value derived therefrom; b) comparing the process variable thus recorded with at least one comparison value (E*, E 1 *, E 2 *...) specified for carrying out the method or determined during the method; c) outputting a control and/or display signal dependent on this comparison in order to indicate whether the method is running correctly or incorrectly and/or to control the method depending on the comparison, characterized in that d) the process variable is formed by means of summing the energy expended from a specifiable start event to a specifiable method event or an auxiliary value derived therefrom. a) forming at least one process variable using the energy expended in carrying out the method or an auxiliary value derived therefrom; b) comparing the process variable thus recorded with at least one comparison value (E*, E 1 *, E 2 *...) specified for carrying out the method or determined during the method; c) outputting a control and/or display signal dependent on this comparison in order to indicate whether the method is running correctly or incorrectly and/or to control the method depending on the comparison, characterized in that d) the process variable is formed by means of summing the energy expended from a specifiable start event to a specifiable method event or an auxiliary value derived therefrom.
A slide rail assembly, comprising: a first rail; a second rail movable relative to the first rail, the second rail having a first aperture; a third rail movable relative to the second rail, the third rail having a plurality of mounting holes (88a, 88b, 88c); characterized in that it further comprises a sliding auxiliary device arranged between the second rail and the third rail, the sliding auxiliary device having a second aperture; wherein when the third rail is located at an extension position relative to the second rail, the first aperture, the second aperture and one of the mounting holes (88a, 88b, 88c) of the third rail are communicated with each other. a first rail; a second rail movable relative to the first rail, the second rail having a first aperture; a third rail movable relative to the second rail, the third rail having a plurality of mounting holes (88a, 88b, 88c); characterized in that it further comprises a sliding auxiliary device arranged between the second rail and the third rail, the sliding auxiliary device having a second aperture; wherein when the third rail is located at an extension position relative to the second rail, the first aperture, the second aperture and one of the mounting holes (88a, 88b, 88c) of the third rail are communicated with each other.
A system for drilling comprising: a drilling deck having a well center; a drilling structure disposed with said drilling deck; a primary tubular advancing station configured for advancing a first tubular from a substantially horizontal position to a substantially vertical position above said well center; a stand arm disposed with said drilling structure configured for vertically positioning a second tubular in a substantially vertical position, wherein said stand arm is configured to operate during advancing the first tubular from a substantially horizontal position to a substantially vertical position above said well center and said stand arm is independent from the first tubular advancing in said primary tubular advancing station; wherein the drilling deck comprises a preparation hole positioned with said stand arm for receiving a portion of the second tubular and the stand arm is configured to position the second tubular in the substantially vertical position above the preparation hole; an auxiliary tubular racking station above said drilling deck and adjacent to said stand arm configured for holding the second tubular; and wherein said stand arm is configured to directly position the second tubular with said auxiliary tubular racking station; and a bridge racker crane configured for moving the second tubular between said auxiliary tubular racking station and said well center. a drilling deck having a well center; a drilling structure disposed with said drilling deck; a primary tubular advancing station configured for advancing a first tubular from a substantially horizontal position to a substantially vertical position above said well center; a stand arm disposed with said drilling structure configured for vertically positioning a second tubular in a substantially vertical position, wherein said stand arm is configured to operate during advancing the first tubular from a substantially horizontal position to a substantially vertical position above said well center and said stand arm is independent from the first tubular advancing in said primary tubular advancing station; wherein the drilling deck comprises a preparation hole positioned with said stand arm for receiving a portion of the second tubular and the stand arm is configured to position the second tubular in the substantially vertical position above the preparation hole; an auxiliary tubular racking station above said drilling deck and adjacent to said stand arm configured for holding the second tubular; and wherein said stand arm is configured to directly position the second tubular with said auxiliary tubular racking station; and a bridge racker crane configured for moving the second tubular between said auxiliary tubular racking station and said well center.
A system for distributed fibre sensing across a fibre optic network including a plurality of optical fibres distributed across a geographic area, the system including: an optical signal transmitter arrangement comprising at least one optical signal transmitter for repeatedly transmitting a train of optical signals through the fibre optic network; an optical signal receiver arrangement comprising at least one corresponding optical signal receiver for receiving backscattered optical signals from the plurality of optical fibres; and a processor configured to demodulate data from the backscattered optical signals, and configured to process the demodulated data to: identify a weight-induced compression wave in the backscattered optical signals that induces a localized strain change in an optical fibre in the fibre optic network; and detect presence of an object passing a fixed position along the optical fibre based on the identified weight-induced compression wave wherein the weight-induced compression wave is in a frequency range of 0-2Hz. an optical signal transmitter arrangement comprising at least one optical signal transmitter for repeatedly transmitting a train of optical signals through the fibre optic network; an optical signal receiver arrangement comprising at least one corresponding optical signal receiver for receiving backscattered optical signals from the plurality of optical fibres; and a processor configured to demodulate data from the backscattered optical signals, and configured to process the demodulated data to: identify a weight-induced compression wave in the backscattered optical signals that induces a localized strain change in an optical fibre in the fibre optic network; and detect presence of an object passing a fixed position along the optical fibre based on the identified weight-induced compression wave identify a weight-induced compression wave in the backscattered optical signals that induces a localized strain change in an optical fibre in the fibre optic network; and detect presence of an object passing a fixed position along the optical fibre based on the identified weight-induced compression wave wherein the weight-induced compression wave is in a frequency range of 0-2Hz.
A pre-treatment process for preparing a biomass material for conversion to a bio-oil, said pre-treatment process comprising the steps of (i) swelling the biomass material with an aqueous liquid, optionally aided by pH control, application of mechanical action, the incorporation of additive(s) and temperature control, wherein the biomass material comprises extractables; (ii) removing water containing the dissolved extractables from the swollen biomass material by applying mechanical action to the swollen biomass material; and (iii) adding an inorganic catalytic material, wherein the catalytic material comprises an insoluble inorganic material in a colloidal form, and wherein the insoluble inorganic material is selected from the group of refractory oxides, zeolites, cationic clays, anionic clays, layered hydroxide materials, hydrotalcites, and mixtures thereof. (i) swelling the biomass material with an aqueous liquid, optionally aided by pH control, application of mechanical action, the incorporation of additive(s) and temperature control, wherein the biomass material comprises extractables; (ii) removing water containing the dissolved extractables from the swollen biomass material by applying mechanical action to the swollen biomass material; and (iii) adding an inorganic catalytic material,
A kit for use in the detection of a cellular target comprising: (a) a cellular target of a bioactive agent, wherein the cellular target is expressed intracellularly as a fusion with a bioluminescent reporter protein; (b) a bioactive agent tethered to a capture ligand, wherein the bioactive agent tethered to a capture ligand is cell permeable, and wherein the bioactive agent binds the cellular target upon interaction thereof under intracellular conditions; and (c) a solid surface displaying a capture protein, wherein the capture protein forms a covalent bond with the capture ligand upon interaction therewith, and wherein the capture protein comprises at least 70% sequence identity with SEQ ID NO: 1. (a) a cellular target of a bioactive agent, wherein the cellular target is expressed intracellularly as a fusion with a bioluminescent reporter protein; (b) a bioactive agent tethered to a capture ligand, wherein the bioactive agent tethered to a capture ligand is cell permeable, and wherein the bioactive agent binds the cellular target upon interaction thereof under intracellular conditions; and (c) a solid surface displaying a capture protein, wherein the capture protein forms a covalent bond with the capture ligand upon interaction therewith, and wherein the capture protein comprises at least 70% sequence identity with SEQ ID NO: 1.
Aerodynamic device of a motor vehicle, comprising a deflector situated on a lateral body area and behind a rear wheel of the vehicle, the deflector being movable between a retracted passive position in which it is integrated into the body area and a deployed active position in which a substantially vertical rear edge of the deflector is flush with a longitudinal vertical plane delimiting an outer sidewall of the wheel, characterized in that it comprises pneumatic means for controlling the movement of the deflector from its passive position to its active position, this movement being produced counter to return means for returning the deflector into the passive position, the device also comprising a pneumatic chamber closed by extensible bellows and interposed between the inner face of the deflector and the body area.
An observation device (1, 1a, 1b, 1c, 1d, 1f) capturing an image of an image capturing site for observation, the observation device (1, 1a, 1b, 1c, 1d, 1f) comprising: an image capturing portion capturing the image of the image capturing site, the image capturing portion including a narrow range image capturing portion capturing an image of the observation site in a narrow range (An) and a wide range image capturing portion capturing an image of the observation site in a wide range (Aw); a three-dimensional position detector detecting a three-dimensional position of at least the observation site based on a wide range image (Pw) captured by the wide range image capturing portion; a blur corrector correcting a blur of a narrow range image (Pn) captured by the narrow range image capturing portion, based on a change in a three-dimensional positional relationship between the observation site, the three-dimensional position of which has been detected by the three-dimensional position detector, and the narrow range image capturing portion; and an image display portion displaying at least the narrow range image (Pe) having the blur corrected, among the narrow range image (Pe) having the blur corrected and the wide range image (Pw). an image capturing portion capturing the image of the image capturing site, the image capturing portion including a narrow range image capturing portion capturing an image of the observation site in a narrow range (An) and a wide range image capturing portion capturing an image of the observation site in a wide range (Aw); a three-dimensional position detector detecting a three-dimensional position of at least the observation site based on a wide range image (Pw) captured by the wide range image capturing portion; a blur corrector correcting a blur of a narrow range image (Pn) captured by the narrow range image capturing portion, based on a change in a three-dimensional positional relationship between the observation site, the three-dimensional position of which has been detected by the three-dimensional position detector, and the narrow range image capturing portion; and an image display portion displaying at least the narrow range image (Pe) having the blur corrected, among the narrow range image (Pe) having the blur corrected and the wide range image (Pw).
A catheter comprising: a shaft (102; 202; 302; 502; 802); and a distal segment (104; 204; 304; 504; 804) of the shaft having a plurality of electrodes (106; 206A-H; 306; 806A-H), wherein the distal segment and the plurality of electrodes are configured in a plane that is substantially parallel with the longitudinal axis of the shaft, and wherein the plurality of electrodes are configured to accommodate direct current currents capable of irreversibly electroporating cells in organic tissue, characterised in that the distal segment of the shaft deviates from a straight path and is configured using memory wire into a planar shape, and in that the shape is flexible, and after removal of a force causing the shape to flex, returns to the planar shape determined by the memory wire. a shaft (102; 202; 302; 502; 802); and a distal segment (104; 204; 304; 504; 804) of the shaft having a plurality of electrodes (106; 206A-H; 306; 806A-H), wherein the distal segment and the plurality of electrodes are configured in a plane that is substantially parallel with the longitudinal axis of the shaft, and wherein the plurality of electrodes are configured to accommodate direct current currents capable of irreversibly electroporating cells in organic tissue, characterised in that the distal segment of the shaft deviates from a straight path and is configured using memory wire into a planar shape, and in that the shape is flexible, and after removal of a force causing the shape to flex, returns to the planar shape determined by the memory wire.
A water-based energy curable inkjet ink or coating composition comprising: a. 0.5 wt% to 3 wt% one or more synthetic rheology modifiers; b. 15 wt% to 45 wt% one or more energy curable resins; c. 0.1 wt% to 4 wt% one or more tertiary amines; and d. 20 wt% to 80 wt% water; wherein the water-based energy curable inkjet ink or coating composition has a pH of 7.0 to 9.5. a. 0.5 wt% to 3 wt% one or more synthetic rheology modifiers; b. 15 wt% to 45 wt% one or more energy curable resins; c. 0.1 wt% to 4 wt% one or more tertiary amines; and d. 20 wt% to 80 wt% water;
Particulate alloplastic bone replacement material comprising a multitude of particles, whereby the particles comprise a core (1, 11, 21, 31, 51) and at least six pins (2, 12, 22, 32, 52) extending from the core (1, 11, 21, 31,51), whereby the pins (2, 12, 22, 32, 52) comprise at least one connecting element (4, 14, 25, 34, 35, 37, 54, 57), and whereby the pins (2, 12, 22, 32, 52) are deformable elastically such that, upon multiple particles being pressed together, the connecting elements (4, 14, 25, 34, 35, 37, 54, 57) of different particles interlock with and/or snap into each other and the particles that are interlocked with and/or snapped into each other form an open-pored body of particles that are interlocked with and/or snapped into each other, characterised in that each of the pins (2, 12, 22, 32, 52) comprises at least one connecting element (4, 14, 25, 34, 35, 37, 54, 57).
A method for handling, by a user equipment, UE, (10, 900) a secondary cell, SCell, deactivation timer in a wireless communication system, the method comprising: receiving, by the UE (10, 900), a multimedia broadcast multicast services, MBMS, related channel or service on a SCell from a network; and maintaining, by the UE (10, 900), the SCell activated by starting or restarting a SCell deactivation timer at a transmission time interval, TTI, if: the SCell deactivation timer expires in the TTI; and the UE (10, 900) is receiving the MBMS related channel or service in the TTI on the SCell. receiving, by the UE (10, 900), a multimedia broadcast multicast services, MBMS, related channel or service on a SCell from a network; and maintaining, by the UE (10, 900), the SCell activated by starting or restarting a SCell deactivation timer at a transmission time interval, TTI, if: the SCell deactivation timer expires in the TTI; and the UE (10, 900) is receiving the MBMS related channel or service in the TTI on the SCell. the SCell deactivation timer expires in the TTI; and the UE (10, 900) is receiving the MBMS related channel or service in the TTI on the SCell.