mhurhangee/ep-ind-claims huggingface dataset:
A device for use in a machining system, comprising: (a) an ultrasonic transducer assembly having a known nodal position, wherein the ultrasonic transducer assembly is adapted to receive a machining tool, and (b) a vibration-isolating housing adapted to be both compatible with a machining system and to receive the ultrasonic transducer assembly therein, wherein the housing further includes a circumferential region with a contoured and thinned section from which the housing is formed for isolating all vibrations generated by the ultrasonic transducer assembly when the device is in operation except axial vibrations transmitted to the machining tool, thereby preventing unwanted vibration from traveling backward or upward into the machining system; characterized in that the device further includes: (a) a conical alignment boss formed in the transducer at the nodal position thereof; (b) a conical flange formed in the housing, wherein the conical flange is stretched within its elastic limits over the conical alignment boss thereby sealing the housing against a horizontal base formed on the transducer; and (c) a groove formed in the horizontal base on the transducer for receiving an O-ring, wherein the O-ring provides additional sealing properties to the device. (a) an ultrasonic transducer assembly having a known nodal position, wherein the ultrasonic transducer assembly is adapted to receive a machining tool, and (b) a vibration-isolating housing adapted to be both compatible with a machining system and to receive the ultrasonic transducer assembly therein, wherein the housing further includes a circumferential region with a contoured and thinned section from which the housing is formed for isolating all vibrations generated by the ultrasonic transducer assembly when the device is in operation except axial vibrations transmitted to the machining tool, thereby preventing unwanted vibration from traveling backward or upward into the machining system; (a) a conical alignment boss formed in the transducer at the nodal position thereof; (b) a conical flange formed in the housing, wherein the conical flange is stretched within its elastic limits over the conical alignment boss thereby sealing the housing against a horizontal base formed on the transducer; and (c) a groove formed in the horizontal base on the transducer for receiving an O-ring, wherein the O-ring provides additional sealing properties to the device.
A battery pack for mounting on a mobile object such as bicycles or automobiles, comprising a plurality of unit batteries connected in series and stacked the unit batteries including: a positive-electrode pulled-out tab and a negative-electrode pulled-out tab; and a laminate casing member that is provided with a first end portion, from which the positive-electrode pulled-out tab and the negative-electrode pulled-out tab are pulled out, a second end portion, which faces the first end portion, a first fusion-bonding portion, which has a first fusion-welding length in a direction in which a tab is pulled out at a first end portion's side, a second fusion-bonding portion, which has a second fusion-welding length that is shorter than the first fusion-welding length in a direction in which a tab is pulled out at a second end portion's side, and chamfered portions, which are positioned at both corner portions of the second end portion. a positive-electrode pulled-out tab and a negative-electrode pulled-out tab; and a laminate casing member that is provided with a first end portion, from which the positive-electrode pulled-out tab and the negative-electrode pulled-out tab are pulled out, a second end portion, which faces the first end portion, a first fusion-bonding portion, which has a first fusion-welding length in a direction in which a tab is pulled out at a first end portion's side, a second fusion-bonding portion, which has a second fusion-welding length that is shorter than the first fusion-welding length in a direction in which a tab is pulled out at a second end portion's side, and chamfered portions, which are positioned at both corner portions of the second end portion.
A method for beam forming using an antenna array configured to transmit across an angular sector, comprising the steps of: determining a first set of virtual antenna ports by a mapping of physical antenna ports of the antenna array, the first set of virtual antenna ports defining a beam pattern; transmitting a first set of reference signals for acquiring channel state information over the first set of virtual antenna ports; acquiring angular information about a wireless transceiver device receiving the transmitted first set of reference signals; and adapting the beam pattern based on an accuracy of the angular information, wherein beams transmitting the reference signals are adjusted to cover a smaller region in direction towards the wireless transceiver device as the accuracy in direction of signals impinging the antenna array is improved. determining a first set of virtual antenna ports by a mapping of physical antenna ports of the antenna array, the first set of virtual antenna ports defining a beam pattern; transmitting a first set of reference signals for acquiring channel state information over the first set of virtual antenna ports; acquiring angular information about a wireless transceiver device receiving the transmitted first set of reference signals; and adapting the beam pattern based on an accuracy of the angular information, wherein beams transmitting the reference signals are adjusted to cover a smaller region in direction towards the wireless transceiver device as the accuracy in direction of signals impinging the antenna array is improved.
A crusher feed station for feeding feed material to a crusher configured to produce a sized crushed product, the crusher feed station comprising: a primary feeder; a scalping deck for removing undersize materials from the feed material to form a scalping deck oversize crusher feed and an undersize (underflow) fraction and a sizing screen beneath the scalping deck for screening the undersize (underflow) fraction wherein the sizing screen comprises at least three screening decks (120,130,140), characterized in that the sizing screen is configured to produce a first sizing screen oversize product, a second fines product and a third intermediate sized product. a primary feeder; a scalping deck for removing undersize materials from the feed material to form a scalping deck oversize crusher feed and an undersize (underflow) fraction and a sizing screen beneath the scalping deck for screening the undersize (underflow) fraction wherein the sizing screen comprises at least three screening decks (120,130,140), characterized in that the sizing screen is configured to produce a first sizing screen oversize product, a second fines product and a third intermediate sized product.
A high-frequency heating device comprising: a high-frequency power generator configured to generate microwaves; a surface wave line containing a conductive material; and a power feeder connected to the high-frequency power generator, characterized by a loop antenna disposed at a front end of the power feeder and facing an end of the surface wave line. a high-frequency power generator configured to generate microwaves; a surface wave line containing a conductive material; and a power feeder connected to the high-frequency power generator, characterized by a loop antenna disposed at a front end of the power feeder and facing an end of the surface wave line.
A relay wireless transmit/receive unit (WTRU) for establishing an end-to-end (E2E) link, comprising: a processor configured to: receive a first message from a first WTRU, wherein the first message comprises an adaptation header that indicates a first set of most significant bits (MSBs) for the first WTRU that are associated with a first session key identifier; generate a second session key identifier; generate a second set of MSBs based on the second session key identifier, wherein the second set of MSBs have a mapping to the first set of MSBs; send a second message to a second WTRU, wherein the second message indicates the second set of MSBs; generate a first set of least significant bits (LSBs) based on the second session key identifier, wherein the first set of LSBs have a mapping to a second set of LSBs that are associated with the second WTRU; and send a third message to the first WTRU, wherein the third message indicates the first set of least significant bits (LSBs). receive a first message from a first WTRU, wherein the first message comprises an adaptation header that indicates a first set of most significant bits (MSBs) for the first WTRU that are associated with a first session key identifier; generate a second session key identifier; generate a second set of MSBs based on the second session key identifier, wherein the second set of MSBs have a mapping to the first set of MSBs; send a second message to a second WTRU, wherein the second message indicates the second set of MSBs; generate a first set of least significant bits (LSBs) based on the second session key identifier, wherein the first set of LSBs have a mapping to a second set of LSBs that are associated with the second WTRU; and send a third message to the first WTRU, wherein the third message indicates the first set of least significant bits (LSBs).
An antenna (110, 200), wherein the antenna comprises: a balun structure; a radiation structure, disposed on the balun structure; and a coupling structure, disposed on the radiation structure, wherein the coupling structure is configured to eliminate or mitigate an interference current, to reduce radiation of the antenna associated with the interference current; wherein the coupling structure is an L-shaped stub, the L-shaped stub comprises a first stub and a second stub, one end of the first stub and one end of the second stub are connected to form an L shape, the end of the first stub is electrically connected to the end of the second stub, the L-shaped stub is electrically connected to the radiation structure through the other end of the first stub, and the other end of the second stub is not connected; characterized in that two adjacent L-shaped stubs with opposite directions are combined into one T-shaped stub. a balun structure; a radiation structure, disposed on the balun structure; and a coupling structure, disposed on the radiation structure, wherein the coupling structure is configured to eliminate or mitigate an interference current, to reduce radiation of the antenna associated with the interference current; wherein the coupling structure is an L-shaped stub, the L-shaped stub comprises a first stub and a second stub, one end of the first stub and one end of the second stub are connected to form an L shape, the end of the first stub is electrically connected to the end of the second stub, the L-shaped stub is electrically connected to the radiation structure through the other end of the first stub, and the other end of the second stub is not connected; characterized in that two adjacent L-shaped stubs with opposite directions are combined into one T-shaped stub.
An injection moulded part ejecting device, having a base carrier, a fastening means connected with the base carrier, which is constructed for the fixed connection of the base carrier with a platen (3, 4) of an injection moulding machine, at least one axial guide connected with the base carrier, an ejector plate mounted displaceably on the at least one axial guide, an actuator (15, 15a, 15b) driving an ejector plate, and at least one ejector rod coupled to the ejector plate, having furthermore an adapter device coupling the ejector plate to the ejector rod, which adapter device has a free-drawing arrangement, which is constructed to transfer a movement of the ejector plate to the at least one ejector rod with the formation of an adjustable free-drawing region, characterized in that the adapter device has an adapter plate, which has a front face side on which the at least one ejector rod is fastened, and a rear face side, lying opposite the front face side, on which an adapter bush is arranged, which is guided in an axially displaceable manner for the formation of the free-drawing arrangement in a mount of the ejector plate and which has on a side of the ejector plate lying opposite the adapter plate a stop body, mounted adjustably and arrestably on the adapter bush, establishing the free-drawing region.
A probe which detects polymorphism in the ABCC2 gene, wherein the base sequence of the probe consists of the sequence indicated in SEQ ID NO:12 and the base at the 3' end of the probe is labeled with a fluorescent dye.
Method for producing a cover for a furniture panel, in particular for a furniture front, characterized in that the method comprises the following steps: a) laminating a carrier material with a covering, wherein the carrier material has a polygonal shape and comprises protruding edges, b) removing the corner regions of the covering, c) draping the protruding edges of the covering over the carrier material, d) bending the protruding edges of the carrier material, e) draping the edges of the covering inwards, i.e. towards the carrier material, wherein step e) takes place at the same time as step d). a) laminating a carrier material with a covering, wherein the carrier material has a polygonal shape and comprises protruding edges, b) removing the corner regions of the covering, c) draping the protruding edges of the covering over the carrier material, d) bending the protruding edges of the carrier material, e) draping the edges of the covering inwards, i.e. towards the carrier material, wherein step e) takes place at the same time as step d).
A suspension system for a framework structure comprising a plurality of beams having a longitudinal extension, each beam being configured to be directly or indirectly mounted on an exterior wall structure of a building; and a framework, the framework comprising a plurality of guiding rails, wherein the framework is configured to be mounted to the plurality of beams by longitudinally inserting the plurality of beams into a respective guiding rail; characterized in that each beam has an outer beam width, and wherein one specific guiding rail of the plurality of guiding rails has a first inner guiding rail width, and the remaining guiding rails (201b-201e) of the plurality of guiding rails have a second inner guiding rail width, the first inner guiding rail width being smaller than the second inner guiding rail width and larger than the outer beam width. a plurality of beams having a longitudinal extension, each beam being configured to be directly or indirectly mounted on an exterior wall structure of a building; and a framework, the framework comprising a plurality of guiding rails, wherein the framework is configured to be mounted to the plurality of beams by longitudinally inserting the plurality of beams into a respective guiding rail; characterized in that each beam has an outer beam width, and wherein one specific guiding rail of the plurality of guiding rails has a first inner guiding rail width, and the remaining guiding rails (201b-201e) of the plurality of guiding rails have a second inner guiding rail width, the first inner guiding rail width being smaller than the second inner guiding rail width and larger than the outer beam width.
A computer implemented method of processing audio streams captured during a meeting by a plurality of distributed devices (115, 125, 910, 912, 914) includes operations performed by one or more processors (215, 2002), the operations comprising: performing speech recognition on each audio stream by a corresponding speech recognition system to generate utterance-level posterior probabilities as hypotheses for each audio stream; aligning the hypotheses and formatting them as word confusion networks with associated word-level posterior probabilities; performing speaker recognition on each audio stream by a speaker identification algorithm that generates a stream of speaker-attributed word hypotheses; formatting speaker hypotheses with associated speaker label posterior probabilities and speaker-attributed hypotheses for each audio stream as a speaker confusion network; aligning the word and speaker confusion networks from all audio streams to each other to merge the word-level and speaker label posterior probabilities and align word and speaker labels; and creating a best speaker-attributed word transcript by reading off the sequence of word and speaker labels with the highest merged posterior probabilities performing speech recognition on each audio stream by a corresponding speech recognition system to generate utterance-level posterior probabilities as hypotheses for each audio stream; aligning the hypotheses and formatting them as word confusion networks with associated word-level posterior probabilities; performing speaker recognition on each audio stream by a speaker identification algorithm that generates a stream of speaker-attributed word hypotheses; formatting speaker hypotheses with associated speaker label posterior probabilities and speaker-attributed hypotheses for each audio stream as a speaker confusion network; aligning the word and speaker confusion networks from all audio streams to each other to merge the word-level and speaker label posterior probabilities and align word and speaker labels; and creating a best speaker-attributed word transcript by reading off the sequence of word and speaker labels with the highest merged posterior probabilities
A supercontinuum source comprising a pump light source (3, 5, 9) arranged to emit pump light and a nonlinear fiber having a core arranged to receive the pump light where said pump light and nonlinear fiber is arranged so that a supercontinuum comprising infrared wavelengths is generated in said nonlinear fiber from said pump light, said nonlinear fiber having a dispersion profile, D(λ), comprising a. a zero dispersion wavelength ZDW equal to or longer than 1200 nm, b. a positive peak value at a peak wavelength longer than said zero dispersion wavelength ZDW, c. a minimum value of dispersion D min at a minimum wavelength longer than said peak wavelength, wherein said nonlinear fiber is a step-index fiber and is transparent at a wavelength longer than 3 μm, said nonlinear fiber comprises a core arranged to guide said pump light, said core comprises a fluoride glass and wherein said pump light is arranged to comprise at least 10 % of the total power in the pump light at one or more preferred pump wavelengths which are 10 nm longer than said zero dispersion wavelength ZDW or more, such as 150 nm longer or more, wherein said nonlinear fiber has a numerical aperture of more than 0.25 determined according to NA = n co 2 − n cl 2, where n co is the refractive index of the fiber core and n cl is the refractive index of the surrounding material and said nonlinear fiber is arranged so that for a range of wavelengths longer than at least part of said preferred pump wavelengths, the dispersion is lower than the dispersion at said preferred pump wavelengths and wherein the dispersion in at least part of said range of wavelengths is at least 5 ps / (nm km) lower than at the peak wavelength. a. a zero dispersion wavelength ZDW equal to or longer than 1200 nm, b. a positive peak value at a peak wavelength longer than said zero dispersion wavelength ZDW, c. a minimum value of dispersion D min at a minimum wavelength longer than said peak wavelength,
A polymeric composition comprising polymeric particles and releasable nitrogen monoxide, wherein said polymeric particles have volume-average particle size of 0.05 mm to 1.5 mm and wherein said polymeric particles are selected from: (i) copolymers comprising polymerized units of styrene and divinylbenzene, and (ii) copolymers comprising polymerized units of styrene and divinylbenzene that have been subjected to one or more chemical reactions to attach one or more ion exchange groups selected from sulfonic groups, carboxyl groups, tertiary amine groups and quaternary amine groups. (i) copolymers comprising polymerized units of styrene and divinylbenzene, and (ii) copolymers comprising polymerized units of styrene and divinylbenzene that have been subjected to one or more chemical reactions to attach one or more ion exchange groups selected from sulfonic groups, carboxyl groups, tertiary amine groups and quaternary amine groups.
Method for manufacturing agglomerated cement articles, comprising the steps of: (i) preparing a starting mix consisting of a granulated aggregate of inert material having a predetermined particle size below 4 mm and a cement binder substantially consisting of Portland cement replaced by high-reactivity metakaolin in a percentage amount of between 15 and 35% by volume of the cement binder, and water in a predetermined ratio as well as additives, said mix containing a quantity of cement binder slightly in excess of the volume of voids in the granulated material; (ii) depositing the starting mix inside a mould with the desired thickness, following which it is exposed to a very pronounced vacuum for a period of time, in the region of no more than 20 seconds, so as to perform substantially complete deaeration of the interstitial cavities present in the mix; (iii) applying to the deaerated layer a vibratory movement of predefined frequency under a vacuum less pronounced than in the previous deaeration step (ii) and for a duration of at least 60 seconds; (iv) hardening of the cement binder of the rough-formed tile for about 24 hours so as to obtain a rough-formed article which is subsequently removed from the mould; (v) the rough-formed article extracted from the mould being treated with saturated steam at a temperature, not less than 160 °C and at the corresponding pressure of saturated steam for a period of at least two hours. (i) preparing a starting mix consisting of a granulated aggregate of inert material having a predetermined particle size below 4 mm and a cement binder substantially consisting of Portland cement replaced by high-reactivity metakaolin in a percentage amount of between 15 and 35% by volume of the cement binder, and water in a predetermined ratio as well as additives, said mix containing a quantity of cement binder slightly in excess of the volume of voids in the granulated material; (ii) depositing the starting mix inside a mould with the desired thickness, following which it is exposed to a very pronounced vacuum for a period of time, in the region of no more than 20 seconds, so as to perform substantially complete deaeration of the interstitial cavities present in the mix; (iii) applying to the deaerated layer a vibratory movement of predefined frequency under a vacuum less pronounced than in the previous deaeration step (ii) and for a duration of at least 60 seconds; (iv) hardening of the cement binder of the rough-formed tile for about 24 hours so as to obtain a rough-formed article which is subsequently removed from the mould; (v) the rough-formed article extracted from the mould being treated with saturated steam at a temperature, not less than 160 °C and at the corresponding pressure of saturated steam for a period of at least two hours.