mhurhangee/ep-ind-claims huggingface dataset:
A LED luminaire (10, 100, 200) for line illumination comprising: an elongate trunk (12, 120, 220) having a first end portion (13, 121) and an opposite second end portion (15, 122); an elongate lighting carrier (14, 140, 240) comprising at least one LED based light source to form a continuous line of light; a first coupling member (142a, 142b) for detachably fastening said lighting carrier (14, 140, 240) to said trunk (12, 120, 220); and a second coupling member (134, 234) arranged for longitudinally connecting said trunk (12, 120, 220) in line with an adjacent trunk (12, 120, 220) of an adjacent LED luminaire (10, 100, 200) thereby forming a self-sustained trunking system; wherein detaching of said lighting carrier (14, 140, 240) is allowed in substantially a transverse direction with reference to the line of trunks (12, 120, 220), and without dismounting the trunk (12, 120, 220) from said trunking system, wherein said second coupling member (134, 234) comprising at least two separate portions (134, 234) for engaging with an adjacent trunk (12, 120, 220), characterized in that said second coupling member (134, 234) comprises two separate portions (134, 234) of which each is arranged to engage with a respective side wall (123a, 224) of said adjacent trunk (12, 120, 220). an elongate trunk (12, 120, 220) having a first end portion (13, 121) and an opposite second end portion (15, 122); an elongate lighting carrier (14, 140, 240) comprising at least one LED based light source to form a continuous line of light; a first coupling member (142a, 142b) for detachably fastening said lighting carrier (14, 140, 240) to said trunk (12, 120, 220); and a second coupling member (134, 234) arranged for longitudinally connecting said trunk (12, 120, 220) in line with an adjacent trunk (12, 120, 220) of an adjacent LED luminaire (10, 100, 200) thereby forming a self-sustained trunking system; wherein detaching of said lighting carrier (14, 140, 240) is allowed in substantially a transverse direction with reference to the line of trunks (12, 120, 220), and without dismounting the trunk (12, 120, 220) from said trunking system, wherein said second coupling member (134, 234) comprising at least two separate portions (134, 234) for engaging with an adjacent trunk (12, 120, 220), characterized in that said second coupling member (134, 234) comprises two separate portions (134, 234) of which each is arranged to engage with a respective side wall (123a, 224) of said adjacent trunk (12, 120, 220).
A process for the catalytic hydrodealkylation alone of hydrocarbons comprising C 8 -C 13 alkylaromatic compounds, optionally mixed with C 4 -C 9 aliphatic and cycloaliphatic products, which comprises treating said hydrocarbon compositions, in continuous and in the presence of hydrogen, with a catalyst consisting of a ZSM-5 zeolite, having an Si/Al molar ratio ranging from 5 to 35, modified with at least molybdenum metal and optionally at least one further-metal selected from those belonging to groups IIB, VIB, VIII, at a temperature ranging from 450 to 580°C, a pressure ranging from 2 to 4 MPa and an H 2 /charge molar ratio ranging from 3 to 6.
A device for treating water with a hollow body rotatable in water to be treated, wherein the rotatable hollow body comprises at least one blade-shaped separator, which at least partially has a water vapour-permeable diffusion layer and encloses together with the rotatable hollow body a continuous hollow space for the passage of treated water, wherein the rotatable hollow body serves as a collection container for the treated water which is obtained by condensation in the rotatable hollow body, and wherein the device further has a drive connected to the rotatable hollow body for causing cavitation in the water to be treated by rotation of the separator, characterised by an actuator for inducing cavitation in the water to be treated, wherein in case of a deviation of the rotational speed or the torque of the rotatable hollow body from a desired value, the actuator adjusts the rotational speed or the torque to a respective desired value, wherein the desired values are set to a value at which cavitation is to be expected in the water to be treated.
A device for providing haptic feedback, comprising: a housing; a shell defining an aperture and disposed within the housing; a driver disposed within the shell; a moveable mass within the shell, the moveable mass disposed within the driver, the shell being coupled to the housing such that kinetic energy of oscillation of the moveable mass is transferred through the shell and to the housing; and a projection connected to the moveable mass and extending through the aperture, wherein the driver is configured to: cause the moveable mass to oscillate to a distance not greater than a first distance in order to produce a first haptic feedback to the housing; and cause the moveable mass to oscillate to a second distance greater than the first distance to produce a second haptic feedback to a portion of the housing. a housing; a shell defining an aperture and disposed within the housing; a driver disposed within the shell; a moveable mass within the shell, the moveable mass disposed within the driver, the shell being coupled to the housing such that kinetic energy of oscillation of the moveable mass is transferred through the shell and to the housing; and a projection connected to the moveable mass and extending through the aperture, wherein the driver is configured to: cause the moveable mass to oscillate to a distance not greater than a first distance in order to produce a first haptic feedback to the housing; and cause the moveable mass to oscillate to a second distance greater than the first distance to produce a second haptic feedback to a portion of the housing. cause the moveable mass to oscillate to a distance not greater than a first distance in order to produce a first haptic feedback to the housing; and cause the moveable mass to oscillate to a second distance greater than the first distance to produce a second haptic feedback to a portion of the housing.
An injection molding support device configured to present an optimum condition at the time of injection filling when a resin material, measured and plasticized, is molded by being injection-filled from a screw tip end into a mold, the injection molding support device comprising: a setting unit configured to set basic information including at least resin material data related to the resin material, screw data related to the screw, and heating cylinder data related to the heating cylinder, and configured to set constraint information related to a constraint condition for obtaining the optimum condition; a computation unit configured to compute an estimated solid phase rate of the resin material on the basis of the basic information and the constraint information by a high-speed computation method using an optimum mathematical processing system; and a display unit configured to display a decision index in accordance with a value of the estimated solid phase rate. a setting unit configured to set basic information including at least resin material data related to the resin material, screw data related to the screw, and heating cylinder data related to the heating cylinder, and configured to set constraint information related to a constraint condition for obtaining the optimum condition; a computation unit configured to compute an estimated solid phase rate of the resin material on the basis of the basic information and the constraint information by a high-speed computation method using an optimum mathematical processing system; and a display unit configured to display a decision index in accordance with a value of the estimated solid phase rate.
A monitoring system for damage to structures and buildings, comprising at least one apparatus (2a, 2b, 2c) for measuring cracks of a structure (3a, 3b, 3f), said apparatus comprising a first fixed element, which is integral with a structure at a first zone of the crack, and a second fixed element, which is integral with said structure at a second zone of the crack, which is opposite to said first zone, said first fixed element having a portion that is adapted to engage said second fixed element so as to straddle the crack, characterized in that said apparatus (2a, 2b, 2c) comprises a first detection element for detecting a relative displacement between said first zone and said second zone of the crack along a first detection direction which operates between a first abutment region, defined on said first fixed element, and a second abutment region rotatably supported about a first pivoting axis by said second fixed element, said apparatus furthermore comprising a second detection element for detecting a relative displacement between said first zone and said second zone of the crack along a second detection direction, which is substantially perpendicular to said first detection direction, said second detection element operating between a third abutment region, defined on said second fixed element, and a fourth abutment region rotatably supported about a second pivoting axis parallel to said first pivoting axis by said first fixed element.
A method for producing a transgenic plant or plant tissue, the method comprising: providing a nucleic acid molecule comprising at least two regions of nucleic acid sequence that lack sequence homology with genomic DNA of the host plant cell, and at least one targeting endonuclease recognition site, wherein the at least two regions of nucleic acid sequence that lack substantial sequence homology with genomic DNA of the host plant cell flank the at least one targeting endonuclease recognition site, wherein the at least two regions of nucleic acid sequence that lack sequence homology with genomic DNA of the host plant cell do not comprise an open reading frame; wherein the at least two regions of nucleic acid sequence that lack sequence homology with genomic DNA of the host plant cell are selected from one or more of the group consisting of Sequence ID NOs 1 through 14, 17 or 18, or wherein the at least two regions of nucleic acid sequence that lack sequence homology with genomic DNA of the host plant cell together with targeting endonuclease sites comprise Sequence IDs 15, 16 and 19; transforming the plant cell or plant tissue comprising the plant cell with the nucleic acid molecule, wherein the nucleic acid molecule is stably integrated into the genome of the plant cell; and generating plant tissue or regenerating a plant from the plant cell transformed with the nucleic acid molecule. providing a nucleic acid molecule comprising at least two regions of nucleic acid sequence that lack sequence homology with genomic DNA of the host plant cell, and at least one targeting endonuclease recognition site, wherein the at least two regions of nucleic acid sequence that lack substantial sequence homology with genomic DNA of the host plant cell flank the at least one targeting endonuclease recognition site, wherein the at least two regions of nucleic acid sequence that lack sequence homology with genomic DNA of the host plant cell do not comprise an open reading frame; wherein the at least two regions of nucleic acid sequence that lack sequence homology with genomic DNA of the host plant cell are selected from one or more of the group consisting of Sequence ID NOs 1 through 14, 17 or 18, or wherein the at least two regions of nucleic acid sequence that lack sequence homology with genomic DNA of the host plant cell together with targeting endonuclease sites comprise Sequence IDs 15, 16 and 19; transforming the plant cell or plant tissue comprising the plant cell with the nucleic acid molecule, wherein the nucleic acid molecule is stably integrated into the genome of the plant cell; and generating plant tissue or regenerating a plant from the plant cell transformed with the nucleic acid molecule.
A hemostatic agent applicator for use in disposing a fluid hemostatic agent, comprising: a tool body in which a hollow part surrounded by a wall part is formed and which includes an open end part on a downstream side of the wall part; and an inlet provided to a portion of the wall part of the tool body to communicate with the hollow part, characterized in that an angle between the inlet and an upper surface of the tool body ranges from 20° to 80°. a tool body in which a hollow part surrounded by a wall part is formed and which includes an open end part on a downstream side of the wall part; and an inlet provided to a portion of the wall part of the tool body to communicate with the hollow part, characterized in that an angle between the inlet and an upper surface of the tool body ranges from 20° to 80°.
A preparation process of transition metal boride, characterized in that: the method comprises the following steps: A) aluminum is put in a reactor, inert gas is fed into the reactor after evacuation, the reactor is heated up to 700 to 800°C and then added with dry potassium fluoborate or sodium fluoborate, monomer boron and cryolite are generated by rapid stirring and reaction for 4 to 6 hours, and the molten liquid at the upper layer is sucked out and the monomer boron is obtained by means of separation; and B) the obtained monomer boron is added with transition metal for reaction at the temperature from 1800 to 2200°C in order to generate corresponding transition metal boride.
A communications device comprising: at least one radio transceiver; at least one antenna that has an input impedance which varies in response to changes in operating conditions of the communications device; an antenna tuner coupled between the at least one radio transceiver and the at least one antenna; a persistent memory which stores a plurality of pre-established trajectories of antenna tuning states and a corresponding plurality of pre-identified device operating conditions and communications modes, wherein each pre-established trajectory includes an initial preset tuning state and a final preset tuning state; and an antenna tuner controller connected within a feedback configuration and adapted to provide the antenna tuner controller with detected signal levels and determine a current operating condition of the communications device, wherein at least one of said detected signal levels is utilized by the antenna tuner controller to generate antenna tuning states, by interpolation between the initial preset tuning state and the final preset tuning state that the antenna tuner controller forwards to the antenna tuner to adjust the at least one detected signal level towards a given value, wherein the generated antenna tuning states represent a sequence of points along a selected, pre-established trajectory of tuning states that corresponds to a particular pre-identified operating condition that best matches the current operating condition. at least one radio transceiver; at least one antenna that has an input impedance which varies in response to changes in operating conditions of the communications device; an antenna tuner coupled between the at least one radio transceiver and the at least one antenna; a persistent memory which stores a plurality of pre-established trajectories of antenna tuning states and a corresponding plurality of pre-identified device operating conditions and communications modes, wherein each pre-established trajectory includes an initial preset tuning state and a final preset tuning state; and an antenna tuner controller connected within a feedback configuration and adapted to provide the antenna tuner controller with detected signal levels and determine a current operating condition of the communications device, wherein at least one of said detected signal levels is utilized by the antenna tuner controller to generate antenna tuning states, by interpolation between the initial preset tuning state and the final preset tuning state that the antenna tuner controller forwards to the antenna tuner to adjust the at least one detected signal level towards a given value, wherein the generated antenna tuning states represent a sequence of points along a selected, pre-established trajectory of tuning states that corresponds to a particular pre-identified operating condition that best matches the current operating condition.
Medical apparatus, comprising: an elongate probe configured for insertion into a body of a patient, the probe comprising an ablation element and an acoustic transducer disposed at a distal end of the probe; an array of acoustic sensors configured to be placed over the body of the patient; and a control unit, which is configured, while the distal end of the probe is positioned in a target location in the body, to drive the acoustic transducer in a training phase to emit an acoustic signal, to receive electrical signals from the acoustic sensors in response to the acoustical signal, and to process the electrical signals so as to derive a phase profile focused at the target location, and which is further configured, in an operational phase, to drive the ablation element to ablate tissue in the body at the target location, and to receive and filter the electrical signals from the acoustic sensors using the phase profile so as to detect acoustical activity at the target location. an elongate probe configured for insertion into a body of a patient, the probe comprising an ablation element and an acoustic transducer disposed at a distal end of the probe; an array of acoustic sensors configured to be placed over the body of the patient; and a control unit, which is configured, while the distal end of the probe is positioned in a target location in the body, to drive the acoustic transducer in a training phase to emit an acoustic signal, to receive electrical signals from the acoustic sensors in response to the acoustical signal, and to process the electrical signals so as to derive a phase profile focused at the target location, and which is further configured, in an operational phase, to drive the ablation element to ablate tissue in the body at the target location, and to receive and filter the electrical signals from the acoustic sensors using the phase profile so as to detect acoustical activity at the target location.
A staple cartridge for use with a surgical stapling instrument, said staple cartridge comprising: a cartridge body, comprising: a deck; staple cavities defined in said deck; a longitudinal slot defined in said deck and 2. configured to receive a tissue cutting member of the surgical stapling instrument; recesses defined in said deck; and a trough defined in said deck and connecting said recesses sensors positioned in said recesses, wherein said sensors are attached to said cartridge body; a conductive trace electrically connecting said sensors, wherein said conductive trace is positioned in said trough; and staples removably stored in said staple cavities, wherein said staples are ejected from said staple cavities during a staple firing stroke produced by the surgical stapling instrument. a deck; staple cavities defined in said deck; a longitudinal slot defined in said deck and 2. configured to receive a tissue cutting member of the surgical stapling instrument; recesses defined in said deck; and a trough defined in said deck and connecting said recesses sensors positioned in said recesses, wherein said sensors are attached to said cartridge body; a conductive trace electrically connecting said sensors, wherein said conductive trace is positioned in said trough; and staples removably stored in said staple cavities, wherein said staples are ejected from said staple cavities during a staple firing stroke produced by the surgical stapling instrument.
A display device comprising: a substrate (12, 100) comprising a pixel array; a flexible circuit (16, 20, 110) on which at least one driver integrated circuit (15, 19, 120) is mounted; and an insulating material between the substrate (12, 100) and the at least one driver integrated circuit (15, 19, 120), wherein the flexible circuit (16, 20, 110) is bonded to the back side of the substrate (12, 100) without protruding beyond an edge of the substrate (12, 100), wherein the flexible circuit (16, 20, 110) comprises a first surface and a second surface; wherein, at a first end and a second end of the flexible circuit (16, 20, 110), the first surface of the flexible circuit at least partially faces the substrate, wherein the insulating material is formed with a groove for receiving the driver IC (15, 19, 120); wherein the pixel array is formed on a back surface of the substrate (12, 100), wherein light emitted by the pixel array is emitted through the substrate; wherein the substrate (12, 100) further comprises data pads connected to data lines (D1 - D6) of the pixel array, and scan pads connected to scan lines (10b, G1 - G6) of the pixel array; wherein the data pads and the scan pads are formed on the back side of the substrate (12, 100); and wherein the flexible circuit (16, 20, 110) comprises at least one of a source flexible circuit connecting a source driver IC to the data pads and a scan flexible circuit connecting a scan driver IC to the scan pads. a substrate (12, 100) comprising a pixel array; a flexible circuit (16, 20, 110) on which at least one driver integrated circuit (15, 19, 120) is mounted; and an insulating material between the substrate (12, 100) and the at least one driver integrated circuit (15, 19, 120), wherein the flexible circuit (16, 20, 110) is bonded to the back side of the substrate (12, 100) without protruding beyond an edge of the substrate (12, 100), wherein the flexible circuit (16, 20, 110) comprises a first surface and a second surface; wherein, at a first end and a second end of the flexible circuit (16, 20, 110), the first surface of the flexible circuit at least partially faces the substrate, wherein the insulating material is formed with a groove for receiving the driver IC (15, 19, 120); wherein the pixel array is formed on a back surface of the substrate (12, 100), wherein light emitted by the pixel array is emitted through the substrate; wherein the substrate (12, 100) further comprises data pads connected to data lines (D1 - D6) of the pixel array, and scan pads connected to scan lines (10b, G1 - G6) of the pixel array; wherein the data pads and the scan pads are formed on the back side of the substrate (12, 100); and wherein the flexible circuit (16, 20, 110) comprises at least one of a source flexible circuit connecting a source driver IC to the data pads and a scan flexible circuit connecting a scan driver IC to the scan pads. a source flexible circuit connecting a source driver IC to the data pads and a scan flexible circuit connecting a scan driver IC to the scan pads.
An anti-semaphorin 3A antibody containing a heavy chain variable region and a light chain variable region shown in or antibody fragment thereof containing an antigen binding region thereof: a heavy chain variable region containing CDR1 having an amino acid sequence shown in SEQ ID NO:1; CDR2 having an amino acid sequence shown in SEQ ID NO:2; and CDR3 having an amino acid sequence shown in SEQ ID NO:3, and a light chain variable region containing CDR1 having an amino acid sequence shown in SEQ ID NO:4; CDR2 having an amino acid sequence shown in SEQ ID NO:5; and CDR3 having an amino acid sequence shown in SEQ ID NO:6. a heavy chain variable region containing CDR1 having an amino acid sequence shown in SEQ ID NO:1; CDR2 having an amino acid sequence shown in SEQ ID NO:2; and CDR3 having an amino acid sequence shown in SEQ ID NO:3, and a light chain variable region containing CDR1 having an amino acid sequence shown in SEQ ID NO:4; CDR2 having an amino acid sequence shown in SEQ ID NO:5; and CDR3 having an amino acid sequence shown in SEQ ID NO:6.