mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic transmitter arrangement with a plurality of ultrasonic transmitters arranged in a distributed manner on the arrangement whose emittable ultrasonic waves are or can be focused toward a common focus, the arrangement being embodied as a cranial bone implant that can be implanted into a person's cranial bone as a replacement for a portion thereof, and with the common focus of the arrangement lying in a defined region of the brain in the implanted state, or with it being possible for the common focus to be guided there in the implanted state, characterized in that the arrangement is an individualized reconstructed implant that was manufactured on the basis of three-dimensional image data of a person's head, i.e. brain and cranial bone.
Machine for the automatic packaging of loose products or products placed in trays, with a usually heat-weldable stretch film, which comprises means for unrolling sections of stretch film from a supply reel, separating said sections of film into lengths appropriate for the dimensions of the product to be packaged, by transverse cutting and/or tearing, and positioning the sheet of film thus obtained, horizontally, in a packaging station, holding said sheet by the opposite longitudinal sides by means of pairs (G1, G2) of superposed, synchronized parallel belts (1, 3), one of the pairs being static while the other can move parallel thereto, so as to be able to hold films of different widths and to prestretch and apply the sheet of film placed in the packaging station, and in which one, for example the upper, of the parallel sections of the film-positioning and -conveyor belts runs on a fixed support surface (12, 13) while the other, lower, one runs on the jaws (112, 14) of clamps (P1-P5) connected to lifting or lowering means, for pushing the lower belt against the upper belt when required, so as to grasp the film and hold it as necessary both while it is carried along and while the film is being folded under the tray containing the product, characterized in that said clamps (P1-P5) comprise elastic means and are actuated by means of cams fitted on a shaft connected to rotation means (23, 24), said cams being shaped and mutually offset as appropriate, so that said clamps (P1-P5) are actuated differentially to best meet the requirements of the product packaging cycle.
An armored vehicle comprising a turret with a cannon, a sight system installed in the turret and provided with a day channel, a night or thermal channel and a laser telemeter, a power control system to command the movement of the turret in azimuth and that of the cannon in elevation, a laser missile guidance device generating a laser guidance line and a turret network controller determining the guidance mode of the missile, the sight system comprising means configured for gyrostabilizing a line of sight relative to an inertial frame of reference, the armored vehicle lastly comprising means configured for gyrostabilizing the laser guidance line that are means for servo-controlling the laser guidance line with respect to the line of sight gyrostabilized provided by the sight system, the means for servo-controlling being configured so that the laser guidance line is continuously parallel to the line of sight, the laser missile guidance device comprising means for modifying the laser guidance line comprising a motorized platform servo-controlled along two axes, in elevation and in azimuth, the means for gyrostabilizing the line of sight and the means for modifying the laser guidance line being separated.
A dehydration process, comprising: (a) providing a membrane having a feed side and a permeate side wherein said membrane is selectively permeable to water over organic compounds, the membrane having a selective layer comprising a glassy polymer with a repeat unit of a hydrophobic fluorinated cyclic structure of an at least 5-member ring; (b) passing a feed solution comprising at least 1 wt% water and a liquid organic compound across the feed side under pervaporation conditions; (c) withdrawing from the feed side a dehydrated solution having a water content lower than that of the feed solution; (d) withdrawing from the permeate side a permeate vapor having a higher water content than the feed solution; wherein the glassy polymer exhibits a glass transition temperature above operating temperatures of the process. (a) providing a membrane having a feed side and a permeate side wherein said membrane is selectively permeable to water over organic compounds, the membrane having a selective layer comprising a glassy polymer with a repeat unit of a hydrophobic fluorinated cyclic structure of an at least 5-member ring; (b) passing a feed solution comprising at least 1 wt% water and a liquid organic compound across the feed side under pervaporation conditions; (c) withdrawing from the feed side a dehydrated solution having a water content lower than that of the feed solution; (d) withdrawing from the permeate side a permeate vapor having a higher water content than the feed solution; wherein the glassy polymer exhibits a glass transition temperature above operating temperatures of the process.
A linear actuating earthing switch comprising: a frame, the frame including a top wall and side walls (30, 32); characterized in that it comprises a rail on at least one slide wall; a sliding carriage slidable on the rail in a linear direction, the sliding carriage including a plurality of movable contacts; a linear shaft coupled to the top and extending through an aperture in the sliding carriage; and a spring surrounding the linear shaft, the spring providing a linear expansion force between the top and the sliding carriage when the earthing switch is in an open position. a frame, the frame including a top wall and side walls (30, 32); characterized in that it comprises a rail on at least one slide wall; a sliding carriage slidable on the rail in a linear direction, the sliding carriage including a plurality of movable contacts; a linear shaft coupled to the top and extending through an aperture in the sliding carriage; and a spring surrounding the linear shaft, the spring providing a linear expansion force between the top and the sliding carriage when the earthing switch is in an open position.
A sustained-release drug composition consisting of microparticles of a peptide as the active substance and a biocompatible water-soluble polymer, the peptide and the biocompatible water-soluble polymer representing at least 90 % by weight of the microparticles and the active substance being selected from a ligand of one or more of melanocortin receptor, wherein the peptide is Ac-Arg-c(Cys-D-Ala-His-D-Phe-Arg-Trp-Cys)-NH 2 or a pharmaceutically acceptable salt thereof, and the active substance is present at a concentration of from 20 to70 % (w/w) of the microparticles, and the biocompatible water-soluble polymer is a polysaccharide having a molecular weight (Mw) lower than 2,000 kDa, and selected from hyaluronic acid or a salt thereof.
Recognition method for unwanted double or multiple pulse states (DP/MP) in an ultrashort pulse laser system for producing femtosecond or picosecond laser pulses, comprising at least • an amplifying laser medium for producing a laser emission, • a laser resonator with at least one resonator mirror and • a pump source, in particular a laser diode source, for pumping the laser medium, wherein the ultrashort pulse laser system is operated in the soliton regime and a first signal μ, proportional to the pulse power P(t) averaged over the resonator round-trip, is measured for the laser emission, characterized in that a second signal ν, proportional to the square of the pulse power P(t) averaged over the resonator round-trip, is measured for the laser emission and the transition from a single pulse state to the unwanted double or multiple pulse state (DP/MP) is determined on the basis of a comparison of the measured signals μ and ν which are independent in the region of resonator round-trip times, wherein - a single pulse state is deduced in the case of a relationship of |μ - ν| ≤ 1, and/or - a double or multiple pulse state (DP/MP) is deduced in the case of a relationship of |μ - ν| ≥ 1.5, and wherein both signals μ and ν are calibrated in a state with a defined single pulse characteristic such that they substantially correspond to one another. • an amplifying laser medium for producing a laser emission, • a laser resonator with at least one resonator mirror and • a pump source, in particular a laser diode source, for pumping the laser medium, - a single pulse state is deduced in the case of a relationship of |μ - ν| ≤ 1, and/or - a double or multiple pulse state (DP/MP) is deduced in the case of a relationship of |μ - ν| ≥ 1.5, and
An aerodynamic device for a vehicle, comprising: an upper surface; first and second radomes (310, 320), the first radome comprising a first antenna element and the second radome comprising a second antenna element, wherein the first and second antenna elements (311, 321) are oriented to extend from the upper surface, wherein both of the first and second antenna elements (311, 321) are generally aligned with a first axis and the first and second antenna elements (311, 321) are spaced apart along a second axis perpendicular to the first axis, and a conductive layer arranged generally perpendicular to the orientation of the first and second antenna elements (311, 321), wherein the first and second antenna elements (311, 321) extend upwardly from the conductive layer and the conductive layer provides a common ground plane for the first and second antenna elements (311, 321). an upper surface; first and second radomes (310, 320), the first radome comprising a first antenna element and the second radome comprising a second antenna element, wherein the first and second antenna elements (311, 321) are oriented to extend from the upper surface, wherein both of the first and second antenna elements (311, 321) are generally aligned with a first axis and the first and second antenna elements (311, 321) are spaced apart along a second axis perpendicular to the first axis, and a conductive layer arranged generally perpendicular to the orientation of the first and second antenna elements (311, 321), wherein the first and second antenna elements (311, 321) extend upwardly from the conductive layer and the conductive layer provides a common ground plane for the first and second antenna elements (311, 321).
Communication system comprising an LPWAN endpoint and a server, said endpoint being adapted for exchanging LPWAN frames with at least one gateway (120B, 120C), referred to as an LPWAN gateway, by means of a first wireless network of the LPWAN low power long range type, and the server being adapted for exchanging LPWAN frames with LPWAN gateways, each frame exchanged between the endpoint and the server having to pass through an electricity meter among a plurality of electricity meters (120A, 120B, 120C, 120D, 120E) and a data concentrator included in a second powerline communication network of a system for the automatic management of readings from a plurality of electricity meters (120A, 120B, 120C, 120D, 120E), referred to as meters, said meters in the plurality of meters being attached to at least one data concentrator via the second network, at least one meter in the plurality implementing an LPWAN gateway and comprising a communication interface enabling it to exchange LPWAN frames with said endpoint by means of the first network, the system being characterised in that it furthermore comprises a frame transmission device, connected to said data concentrator by means of a third network and to said server by means of a fourth network, configured so that each LPWAN frame exchanged between the device and the server is encapsulated in a second frame in accordance with a frame format that the server would exchange with an LPWAN gateway, and so that, when an LPWAN frame sent by the endpoint and received directly by a plurality of said meters and by a plurality of said data concentrators in the second network so that the device receives a plurality of copies of the LPWAN frame, the device transmits a single copy of said LPWAN frame to the server, said LPWAN frame being associated, in the second frame that encapsulates it, with information representing one of the meters that directly received the LPWAN frame, selected by the device in accordance with a predetermined criterion.
An apparatus for mixing a single-ended first signal with a differential second signal to generate a differential output signal, the apparatus comprising: a single-ended portion (350.1) comprising a first transistor pair (361, 360), a first input of the first transistor pair coupled to the single-ended first signal, the gate inputs of the first transistor pair coupled to the differential second signal, the first transistor pair coupled to the differential output signal; and a dummy portion (350.2) comprising a second transistor pair (371, 372) matched to the first transistor pair, a first input of the second transistor pair coupled to a dummy load terminal, the gates of the second transistor pair coupled to the differential second signal, the second transistor pair coupled to the differential output signal, wherein the first input of the first transistor pair is coupled to the single-ended first signal via degeneration resistors (266, 265), and the first input of the second transistor pair is coupled to the dummy load terminal via degeneration resistors (276, 275). a single-ended portion (350.1) comprising a first transistor pair (361, 360), a first input of the first transistor pair coupled to the single-ended first signal, the gate inputs of the first transistor pair coupled to the differential second signal, the first transistor pair coupled to the differential output signal; and a dummy portion (350.2) comprising a second transistor pair (371, 372) matched to the first transistor pair, a first input of the second transistor pair coupled to a dummy load terminal, the gates of the second transistor pair coupled to the differential second signal, the second transistor pair coupled to the differential output signal, wherein the first input of the first transistor pair is coupled to the single-ended first signal via degeneration resistors (266, 265), and the first input of the second transistor pair is coupled to the dummy load terminal via degeneration resistors (276, 275).
An integrated instrument comprising - an oligonucleotide synthesizer unit for performing synthesis of oligonucleotide primers; - a real time PCR thermocycler unit with reaction vessels for containing the nucleic acid to be analyzed, the synthesized oligonucleotide primers and all other reagents necessary for real time PCR; - an interface unit operatively linking said synthesizer unit and said real time PCR thermocycler unit for automatically handling said synthesized oligonucleotide primers; - a user programmable computer system adapted to control said synthesizer unit, said thermocycler unit, and said interface unit, through a central processing unit, in such a way that subsequent to oligonucleotide synthesis, the synthesized oligonucleotide primers are directly loaded into the reaction vessels of said real time PCR thermocycler unit. - an oligonucleotide synthesizer unit for performing synthesis of oligonucleotide primers; - a real time PCR thermocycler unit with reaction vessels for containing the nucleic acid to be analyzed, the synthesized oligonucleotide primers and all other reagents necessary for real time PCR; - an interface unit operatively linking said synthesizer unit and said real time PCR thermocycler unit for automatically handling said synthesized oligonucleotide primers; - a user programmable computer system adapted to control said synthesizer unit, said thermocycler unit, and said interface unit, through a central processing unit, in such a way that subsequent to oligonucleotide synthesis, the synthesized oligonucleotide primers are directly loaded into the reaction vessels of said real time PCR thermocycler unit.
Method for removing volatile organic components from waste gases of a clinker installation in which the largely cooled waste gases are subjected to post-combustion, characterized in that the post-combustion is carried out in such a way as to ensure a reduction of the concentration of the VOC below the authorised threshold values and that the post-combustion is carried out in order to produce water vapour, whereby the creation of water vapour is dimensioned for a gas volume to be burned, ensuring that a partial quantity of the waste gas corresponding to the gas volume enables the reduction of emitted VOC in the waste gas below authorised concentration values per unit time by rarefaction and whereby this partial quantity is simultaneously dimensioned for the creation of a sufficient amount of water vapour for the economical operation of a determined steam turbine.
A flon (fluorocarbons) resistant rubber modified styrene polymer composition which comprises butadiene homo- or co- polymer particles dispersed in styrene homo- or copolymer, wherein the butadiene polymer particles have an average volume particle diameter of 8 to 11 μm, and the composition has a gel content of 25 to 35% by weight and a degree of swelling of 13 to 22, wherein the butadiene polymer has a Mooney viscosity (ML 1+4 (100°C)) of 40 to 80, and a 5.43% by weight toluene solution of the butadiene polymer has a viscosity at 25°C of 50 to 300 mPa.s; wherein the styrene polymer has a weight-average molecular weight in the range of 140,000 to 280,000; and wherein no cracking or crazing occurs when a test piece of the rubber modified styrene polymer composition having a width of 50 mm, a length of 150 mm and a thickness of 1.3 mm is exposed to Flon 141 b as part of a method for measuring flon-resistance properties of the rubber modified styrene polymer composition, wherein the method has the following steps: (i) attaching the test piece to a 1/4 ellipsoidal jig with a scale; (ii) placing the jig in a closed container having a volume of 11 litres, maintained at a constant temperature of 23°C in a thermostatic chamber; (iii) placing a petri dish containing 50 ml of Flon 141 b inside the closed container; (iv) removing the jig from the closed container after 16 hours; and (v) reading the smallest graduation (n) at the position, when present, where crazing or cracking occurred in the test piece. (i) attaching the test piece to a 1/4 ellipsoidal jig with a scale; (ii) placing the jig in a closed container having a volume of 11 litres, maintained at a constant temperature of 23°C in a thermostatic chamber; (iii) placing a petri dish containing 50 ml of Flon 141 b inside the closed container; (iv) removing the jig from the closed container after 16 hours; and (v) reading the smallest graduation (n) at the position, when present, where crazing or cracking occurred in the test piece.
A method of making a tissue web comprising the steps of: (a) depositing an aqueous suspension of papermaking fibers onto a forming fabric traveling at a first rate of speed to form a wet web; (b) dewatering the web to a consistency of about 20 percent or greater; (c) rush transferring the dewatered web to a transfer fabric, the transfer fabric traveling at a rate of speed from 1 to 30 percent slower than the speed of the forming fabric; (d) rush transferring the web to a throughdrying fabric, the throughdrying fabric traveling at a rate of speed slower than the speed of the transfer fabric; and (e) throughdrying the web.
An Anchor Master AM node management method, wherein the method is used in a neighbor awareness network and comprises: receiving, by a first node, a first synchronization beacon frame sent by a second node in the neighbor awareness network, wherein the first synchronization beacon frame carries first Anchor Master information, the first Anchor Master information comprises a first Anchor Master Rank AMR, the first AMR comprises first Medium Access Control MAC address information, wherein Anchor Master information in the first node comprises a second AMR, and the second AMR comprises second MAC address information; characterized in comprising: updating, by the first node, the Anchor Master information in the first node when the first AMR is lower than the second AMR, the first MAC address information is the same as the second MAC address information, and a Master Rank MR of the first node is higher than the first AMR; and sending, by the first node, a second synchronization beacon frame when a preset node status of the first node is a synchronization state; or skipping sending, by the first node, a synchronization beacon frame when a preset node status of the first node is a non-synchronization state; wherein the preset node status of the first node comprises: a state of the first node within a previous discovery window. updating, by the first node, the Anchor Master information in the first node when the first AMR is lower than the second AMR, the first MAC address information is the same as the second MAC address information, and a Master Rank MR of the first node is higher than the first AMR; and sending, by the first node, a second synchronization beacon frame when a preset node status of the first node is a synchronization state; or skipping sending, by the first node, a synchronization beacon frame when a preset node status of the first node is a non-synchronization state; wherein the preset node status of the first node comprises: a state of the first node within a previous discovery window.
A method for manufacturing a resin molded product for a backlight of a display, the method comprising: extrusion molding a resin composition, obtained by mixing the resin and metal soap with a quantum dot liquid, wherein the quantum dot liquid is obtained by dispersing the quantum dots in a solvent, wherein the resin contains a dispersant made of metal soap. extrusion molding a resin composition, obtained by mixing the resin and metal soap with a quantum dot liquid, wherein the quantum dot liquid is obtained by dispersing the quantum dots in a solvent, wherein the resin contains a dispersant made of metal soap.
A washing installation for cleaning ballast of a track by means of a spraying device, provided with a multitude of water jets, and a transport device arranged underneath the same for transporting the ballast onward, and a clarification plant, characterized by the foiiowing features: a) the transport device consists of a roller grate having a multitude of rollers, wherein each roller is rotatable by means of a drive about a roller axis and has discs which are spaced from one another with regard to the roller axis and positioned perpendicularly to the same, b) a washing drum, equipped with rotatable water jets chargeable with high pressure, precedes the transport device with regard to a transporting direction extending perpendicularly to the roller axis, wherein an upper filling opening and a lower discharge opening for passing the ballast onto the transport device are associated with the washing drum. a) the transport device consists of a roller grate having a multitude of rollers, wherein each roller is rotatable by means of a drive about a roller axis and has discs which are spaced from one another with regard to the roller axis and positioned perpendicularly to the same, b) a washing drum, equipped with rotatable water jets chargeable with high pressure, precedes the transport device with regard to a transporting direction extending perpendicularly to the roller axis, wherein an upper filling opening and a lower discharge opening for passing the ballast onto the transport device are associated with the washing drum.