mhurhangee/ep-ind-claims huggingface dataset:
A copper alloy wire rod comprising: Ag: 0.5 wt% or more and 6 wt% or less and the balance including inevitable impurities and Cu, wherein, on a cross section parallel to a longitudinal direction of the copper alloy wire rod, within a range observed with a visual field of 1.7 μm in a direction perpendicular to the longitudinal direction and 2.3 μm in a direction parallel to the longitudinal direction, the copper alloy wire rod has at least one rectangular range that is a rectangular range having a width perpendicular to the longitudinal direction of 0.2 μm and a length parallel to the longitudinal direction of 2.3 μm and entirely includes five or more second phase particles containing Ag and having a maximum length in the longitudinal direction of less than 300 nm. Ag: 0.5 wt% or more and 6 wt% or less and the balance including inevitable impurities and Cu, wherein, on a cross section parallel to a longitudinal direction of the copper alloy wire rod, within a range observed with a visual field of 1.7 μm in a direction perpendicular to the longitudinal direction and 2.3 μm in a direction parallel to the longitudinal direction, the copper alloy wire rod has at least one rectangular range that is a rectangular range having a width perpendicular to the longitudinal direction of 0.2 μm and a length parallel to the longitudinal direction of 2.3 μm and entirely includes five or more second phase particles containing Ag and having a maximum length in the longitudinal direction of less than 300 nm.
Method for filling a container, in particular a box, with products, in particular packs, wherein the products are introduced into the container one after the other and set down in an ordered formation, and wherein the container, in order to be filled with products, is supplied by a handling device, and wherein the containers are fed to the handling device by means of a first conveyor, and wherein the filled containers, following the handling device, are removed by means of a second conveyor, and wherein the products are fed to the handling device by means a third conveyor, and wherein the product flowing in the region of the conveyors (12, 18, 19), as a result of appropriate arrangement and orientation of the same, runs in an essentially common vertical plane or in parallel vertical planes, and wherein the feeding of the container to the handling device on the first conveyor and the removal of the filled container, following the handling device, on the second conveyor take place on different horizontal planes, in particular the feeding operation takes place above the removal operation, and wherein the feeding of the products on the third conveyor and the removal of the filled container, following the handling device, on the second conveyor take place in the same direction, and wherein an upright transporting route runs between the first conveyor and the second conveyor, the containers which are to be filled or have been filled being transported along a transporting route in the direction of the second conveyor, wherein a plurality of, preferably two, containers are handled simultaneously in the region of the upright transporting route such that while one container is introduced into the transporting route an already filled container is ejected from the transporting route, characterized in that the feeding of the container to the handling device on the first conveyor and the removal of the filled container, following the handling device, on the second conveyor take place in different, opposite directions, and in that, in the region of the upright transporting route, the containers are handled by box grippers (14, 15), which are removed along two upright linear spindles (16, 17) arranged in the same upright plane, wherein the box grippers (14, 15) are pivoted out of the plane of the linear spindles (16, 17) on either side, and therefore the box grippers (14, 15) can be moved past one another without the respective containers colliding.
A method for manufacturing a letterbox comprising individual components, at least in the form of a housing, an extraction flap and/or an access flap, in which method at least one of the components is manufactured by means of a plastic original mould process, characterized in that at first a foil comprising a planar front side and a planar rear side is arranged in a cavity of an original mould and that a plastic material is afterwards applied onto the rear side of the foil, wherein at least one edge of the at least one component is made of plastic and wherein at least one of the foil edges is wrapped by the plastic during the application of the plastic material.
An apparatus for handling a food product powder, the apparatus comprising: a sealable container having an interior surface defining a volume in which the food product powder is handled, and a powder outlet; and a nozzle arrangement that is attached to the container and configured to feed air into the container, wherein the nozzle arrangement comprises a plurality of jet nozzles (7, 8, 9) configured to direct the air towards the interior surface to remove product powder from the interior surface, such that the air and the removed product powder may flow out of the container via the powder outlet, characterized in that the apparatus is a mixing apparatus that comprises at least one rotatable stirring device (16, 17) for the food product powder, the jet nozzles (7, 8, 9) are arranged to ensure coverage of an entire area of the interior surface, such that product powder may be removed from the entire surface area of the interior surface, and the interior surface area includes the area of the rotatable stirring device (16, 17). a sealable container having an interior surface defining a volume in which the food product powder is handled, and a powder outlet; and a nozzle arrangement that is attached to the container and configured to feed air into the container, wherein the nozzle arrangement comprises a plurality of jet nozzles (7, 8, 9) configured to direct the air towards the interior surface to remove product powder from the interior surface, such that the air and the removed product powder may flow out of the container via the powder outlet, characterized in that the apparatus is a mixing apparatus that comprises at least one rotatable stirring device (16, 17) for the food product powder, the jet nozzles (7, 8, 9) are arranged to ensure coverage of an entire area of the interior surface, such that product powder may be removed from the entire surface area of the interior surface, and the interior surface area includes the area of the rotatable stirring device (16, 17).
An optical rotating joint installation; comprising: A first platform; A second platform; A drive shaft arranged at a rotating interface between the first and second platform, the drive shaft being fixed to the first platform and rotatably mounted in the second platform, the drive shaft comprising a hollow central bore; an optical rotating joint located in the hollow central bore; and an annularly positioned pancake slip ring between the first platform and the second platform and external to the shaft. A first platform; A second platform; A drive shaft arranged at a rotating interface between the first and second platform, the drive shaft being fixed to the first platform and rotatably mounted in the second platform, the drive shaft comprising a hollow central bore; an optical rotating joint located in the hollow central bore; and an annularly positioned pancake slip ring between the first platform and the second platform and external to the shaft.
A medical device, comprising: (a) nanoparticles, which nanoparticles include a bioactive agent and comprise a matrix formed of a polymer and a shell formed of a biodegradable metal, wherein the bioactive agent is a drug which is loaded in said matrix; and (b) a channelled surface or a biodegradable body portion; wherein when the medical device comprises said channelled surface, the nanoparticles are deposited within channels capable of releasing said nanoparticles, and when the medical device comprises said biodegradable body portion, the nanoparticles are embedded within the biodegradable body portion. (a) nanoparticles, which nanoparticles include a bioactive agent and comprise a matrix formed of a polymer and a shell formed of a biodegradable metal, wherein the bioactive agent is a drug which is loaded in said matrix; and (b) a channelled surface or a biodegradable body portion;
A protective device for a speaker driven by a driving circuit, the protective device comprising: a sound level detector being configured to detect a sound level of an audio signal output to the driving circuit; a current level detector (6, 6a) being configured to detect a current level of a current flowing in the driving circuit from a power source; a determination section being configured to generate, based on a detection signal of the sound level and a detection signal of the current level, a protection command signal if the current level larger than a second threshold is detected and the sound level of the audio signal is smaller than a first threshold, characterized by further comprising a duration detector being configured to detect a duration of a state where the sound level of the audio signal is smaller than the first threshold, and to disable the detection signal of the sound level output to the determination section until the duration exceeds a second period. a sound level detector being configured to detect a sound level of an audio signal output to the driving circuit; a current level detector (6, 6a) being configured to detect a current level of a current flowing in the driving circuit from a power source; a determination section being configured to generate, based on a detection signal of the sound level and a detection signal of the current level, a protection command signal if the current level larger than a second threshold is detected and the sound level of the audio signal is smaller than a first threshold, characterized by further comprising a duration detector being configured to detect a duration of a state where the sound level of the audio signal is smaller than the first threshold, and to disable the detection signal of the sound level output to the determination section until the duration exceeds a second period.
A process for preparing an amine by reacting diethylene glycol with hydrogen and a nitrogen compound selected from the group of ammonia, mono (C 1-4 -alkyl) amine and di (C 1-4 -alkyl)amine, in the presence of a supported copper-, nickel- and cobalt-containing catalyst, wherein the catalytically active material of the catalyst, before the reduction thereof with hydrogen, comprises oxygen compounds of aluminum, of copper, of nickel, of cobalt and of tin, and in the range from 0.2 to 5.0% by weight of oxygen compounds of yttrium, of lanthanum, of cerium and/or of hafnium, each calculated as Y 2 O 3, La 2 O 3, Ce 2 O 3 and Hf 2 O 3 respectively.
A method of partitioning cells comprising: (a) generating a partition containing: (i) a cell comprising a plurality of crosslink-catalyzing moieties attached to its membrane through a linker comprising a membrane anchor moiety; and (ii) a linear polymer comprising a crosslink-precursor moiety; (b) contacting the partition with a crosslink-forming initiator; whereby a hydrogel-coating of the cell is formed; and (c) cleaving the linker; whereby the crosslink-catalyzing moieties are released resulting in an increased thickness of hydrogel-coating of the cell. (a) generating a partition containing: (i) a cell comprising a plurality of crosslink-catalyzing moieties attached to its membrane through a linker comprising a membrane anchor moiety; and (ii) a linear polymer comprising a crosslink-precursor moiety; (b) contacting the partition with a crosslink-forming initiator; whereby a hydrogel-coating of the cell is formed; and (c) cleaving the linker;
Use of a sealing resin composition comprising a styrene-isobutylene modified resin and a tackifier resin for sealing an organic electroluminescence element.
An electronic circuit device comprising: an insulating layer, a conductor layer provided on at least one face side of the insulating layer, and a heat generating element provided on a face of the conductor layer at a side opposite of the insulating layer via a joining layer, wherein the conductor layer has a heat dissipating conductor layer located on a heat generating element side and a circuit layer located on the insulating layer side, and a shortest distance l 1 between a side end portion of the heat generating element and a side end portion of the heat dissipating conductor layer on a face of the heat dissipating conductor layer on the circuit layer side is greater than or equal to a thickness t 1 of the heat dissipating conductor layer, wherein the conductor layer has an intervening metal layer between the heat dissipating conductor layer and the circuit layer, characterized in that the intervening metal layer is a sintered body of metal particles, that the intervening metal layer has a layer inner portion that is in contact with a face of the heat dissipating conductor layer and a layer outer portion that extends to surround a side edge of the heat dissipating conductor layer, and the layer outer portion has a porosity higher than a porosity of the layer inner portion, and that for the intervening metal layer the ratio [ /] of the porosity at an intermediate part in the thickness direction of the layer outer portion to the porosity at an intermediate part in the thickness direction of the inner portion is 1.10 to 1.60 and the porosity of the layer inner portion is 10.5% to 20.0%.. an insulating layer, a conductor layer provided on at least one face side of the insulating layer, and a heat generating element provided on a face of the conductor layer at a side opposite of the insulating layer via a joining layer, wherein the conductor layer has a heat dissipating conductor layer located on a heat generating element side and a circuit layer located on the insulating layer side, and a shortest distance l 1 between a side end portion of the heat generating element and a side end portion of the heat dissipating conductor layer on a face of the heat dissipating conductor layer on the circuit layer side is greater than or equal to a thickness t 1 of the heat dissipating conductor layer, wherein the conductor layer has an intervening metal layer between the heat dissipating conductor layer and the circuit layer, characterized in that the intervening metal layer is a sintered body of metal particles, that the intervening metal layer has a layer inner portion that is in contact with a face of the heat dissipating conductor layer and a layer outer portion that extends to surround a side edge of the heat dissipating conductor layer, and the layer outer portion has a porosity higher than a porosity of the layer inner portion, and that for the intervening metal layer the ratio [ /] of the porosity at an intermediate part in the thickness direction of the layer outer portion to the porosity at an intermediate part in the thickness direction of the inner portion is 1.10 to 1.60 and the porosity of the layer inner portion is 10.5% to 20.0%..
A composition for use in preventing or treating infectious inflammatory disease caused by at least one selected from the group consisting of bacteria, viruses and fungi, comprising tryptophanyl-tRNA synthetase as an active ingredient, wherein the tryptophanyl-tRNA synthetase induces neutrophil accumulation in the body.
A packing container filled with a liquid content, wherein in an unused and erected state, a head space is present in the packing container, and comprising a film of a liquid that is immiscible with the liquid content, wherein said film is in a portion except the head space and is not formed in the head space, characterized in that the film of the liquid is necessarily formed between the content and the inner surface of the container such that the liquid content is in a state of being wrapped with the film.
A pickup unit for being installed in a lower bridge of an electric stringed instrument, said pickup unit comprising: a vibrator for supporting a plurality of strings of the electric stringed instrument; a support which is adapted for being installed in the lower bridge so as to support the vibrator; a plurality of piezoelectric elements which are adapted to convert vibrations of the strings transmitted thereto via the vibrator into electric signals; and at least one presser member which is interposed between the support and the vibrator so as to press the piezoelectric elements onto the vibrator, characterized in that said at least one presser member is constituted of a screw which is screwed into the vibrator from the support and is disposed to adjust the pressure between the piezoelectric elements and the vibrator. a vibrator for supporting a plurality of strings of the electric stringed instrument; a support which is adapted for being installed in the lower bridge so as to support the vibrator; a plurality of piezoelectric elements which are adapted to convert vibrations of the strings transmitted thereto via the vibrator into electric signals; and at least one presser member which is interposed between the support and the vibrator so as to press the piezoelectric elements onto the vibrator, said at least one presser member is constituted of a screw which is screwed into the vibrator from the support and is disposed to adjust the pressure between the piezoelectric elements and the vibrator.
A channel-selective RF power sensor comprising: a coupler and a channel-selective power measurement circuit; said coupler is configured to obtain a sample of energy travelling on a main transmission line and provide said sample of energy to said channel-selective power measurement circuit, wherein said sample of energy containing a channel of interest; said channel-selective power measurement circuit has a tuneable receiver with a local oscillator, an in-phase mixer and quadrature mixer configured to select said channel of interest in said sample of energy, wherein a center frequency and a bandwidth of said channel of interest are user selectable; said channel-selective power measurement circuit has an in-phase bandpass filter and a quadrature bandpass filter configured for rejecting frequencies in said sample of energy that are outside of said bandwidth of said channel of interest; said receiver is configured to down-convert said sample of energy to baseband or a low intermediate frequency; and said channel-selective power measurement circuit is configured to measure RF energy information for said channel of interest in said sample of energy. a coupler and a channel-selective power measurement circuit; said coupler is configured to obtain a sample of energy travelling on a main transmission line and provide said sample of energy to said channel-selective power measurement circuit, wherein said sample of energy containing a channel of interest; said channel-selective power measurement circuit has a tuneable receiver with a local oscillator, an in-phase mixer and quadrature mixer configured to select said channel of interest in said sample of energy, wherein a center frequency and a bandwidth of said channel of interest are user selectable; said channel-selective power measurement circuit has an in-phase bandpass filter and a quadrature bandpass filter configured for rejecting frequencies in said sample of energy that are outside of said bandwidth of said channel of interest; said receiver is configured to down-convert said sample of energy to baseband or a low intermediate frequency; and said channel-selective power measurement circuit is configured to measure RF energy information for said channel of interest in said sample of energy.
A composition comprising a biomaterial placed in a solution that includes at least one agent that reduces or prevents a loss of biomaterial properties, wherein the solution is an animal product-free solution, the biomaterial comprises chondrocytes in an extracellular matrix or cartilage, and the at least one agent comprises doxycycline having a concentration ranging from 10 μM to 30 μM, and wherein said biomaterial properties comprise cell viability and extracellular matrix integrity, said extracellular matrix integrity including extracellular matrix permeability. the solution is an animal product-free solution, the biomaterial comprises chondrocytes in an extracellular matrix or cartilage, and the at least one agent comprises doxycycline having a concentration ranging from 10 μM to 30 μM,
A method (200; 300) for allocating downlink control channel resources, comprising: allocating (S201; S301) a resource area for enhanced Physical Downlink Control Channel, ePDCCH, localized transmission in a user equipment, UE, specific way; and allocating at most (S202; S302) one ePDCCH candidate for the ePDCCH localized transmission in each resource allocation granularity within the resource area, wherein each resource allocation granularity comprises a physical resource block, PRB, pair, wherein at most one ePDCCH candidate is allocated in each resource allocation granularity for each aggregation level, further comprising: setting a UE identifier, ID, based offset within the resource area to indicate a starting position of a UE specific search space, wherein said UE ID based offset is determined by a hash function based on the UE ID, wherein different offset values are applied for different aggregation levels.
An external fixation system comprising: first and second planar at least part-circular ring elements (14, 16), centers of the first and second ring elements spaced along an axis, the first ring element having a circumferential track extending along the part -circular circumference thereof; three and only three struts each having a first and second end (28, 34), the first end of each strut coupled to the first ring by a first connector and the second end of each strut coupled to a second ring by a second connector; the second connector at the second end of each strut having a universal joint allowing rotation about a first axis parallel to the plane of the second ring and rotation about a second axis perpendicular to the first axis; the first connector including a shuttle mounted on the track of the first ring for movement therealong and a spherical joint coupled to the first end of each strut; and means (42, 43, 44, 76, 78) for controlling the angular position of each strut second end about the second axis and means (106, 136, 138, 140, 142) for controlling the position of each shuttle along the circumferential track on the first ring. first and second planar at least part-circular ring elements (14, 16), centers of the first and second ring elements spaced along an axis, the first ring element having a circumferential track extending along the part -circular circumference thereof; three and only three struts each having a first and second end (28, 34), the first end of each strut coupled to the first ring by a first connector and the second end of each strut coupled to a second ring by a second connector; the second connector at the second end of each strut having a universal joint allowing rotation about a first axis parallel to the plane of the second ring and rotation about a second axis perpendicular to the first axis; the first connector including a shuttle mounted on the track of the first ring for movement therealong and a spherical joint coupled to the first end of each strut; and means (42, 43, 44, 76, 78) for controlling the angular position of each strut second end about the second axis and means (106, 136, 138, 140, 142) for controlling the position of each shuttle along the circumferential track on the first ring.