mhurhangee/ep-ind-claims huggingface dataset:
Cooling device for cooling a metallic product, in particular a metal strip, comprising: at least one group with at least one first and one second cooling bar (100-n) arranged in parallel for applying a coolant to the metallic product, wherein each cooling bar has at least one first and one second application region (I, II) with application tubes or nozzles, which are arranged in succession in the longitudinal direction of the cooling bar; and a control device with valves for individual setting of the pressure and/or the volume flow of the coolant in each of the application regions (I, II, III); characterised in that the first application region of the first cooling bar is formed differently in its contour and/or area from the first application region of the adjacent second cooling bar in the same group. at least one group with at least one first and one second cooling bar (100-n) arranged in parallel for applying a coolant to the metallic product, wherein each cooling bar has at least one first and one second application region (I, II) with application tubes or nozzles, which are arranged in succession in the longitudinal direction of the cooling bar; and a control device with valves for individual setting of the pressure and/or the volume flow of the coolant in each of the application regions (I, II, III); characterised in that the first application region of the first cooling bar is formed differently in its contour and/or area from the first application region of the adjacent second cooling bar in the same group.
An apparatus for the expansion of the graphite to graphene with at least one container provided for receiving an electrolyte, at least one anode and at least one cathode, characterized in that the cathode contains diamond or consists thereof.
Strand forming apparatus of the tobacco processing industry for producing multi-segment rods, including a continuously driven garniture tape for conveying a wrapping strip placed on the garniture tape and a number of segments placed on the wrapping strip, a wrap-around device for enwrapping the segments with the wrapping strip, and an optical measuring device for detecting a property of the multi-segment strand formed from the segments and the wrapping strip, characterized in that the optical measuring device includes at least one light outlet (23; 35) which in the conveying direction is located before the wrap-around device.
An information processing device comprising: a heart rate acquisition unit configured to acquire a heart rate of an object; a feature extraction unit configured to extract a feature from heart rate fluctuation with respect to time that is acquired by the heart rate acquisition unit, the feature including an average and a variation before an increasing of the heart rate is detected and an average and a variation after the heart rate returns to a predetermined value after the increasing; a storage configured to, in advance, store information associated with heart rate fluctuation of a drink intake; and a determination unit configured to determine whether the heart rate fluctuation acquired by the heart rate acquisition unit is caused by a drink intake, on a basis of the feature extracted by the feature extraction unit and the information stored in the storage. a heart rate acquisition unit configured to acquire a heart rate of an object; a feature extraction unit configured to extract a feature from heart rate fluctuation with respect to time that is acquired by the heart rate acquisition unit, the feature including an average and a variation before an increasing of the heart rate is detected and an average and a variation after the heart rate returns to a predetermined value after the increasing; a storage configured to, in advance, store information associated with heart rate fluctuation of a drink intake; and a determination unit configured to determine whether the heart rate fluctuation acquired by the heart rate acquisition unit is caused by a drink intake, on a basis of the feature extracted by the feature extraction unit and the information stored in the storage.
A wearable electronic device (200, 1300), comprising: a flexible housing configured to enfold about an appendage of a user; a display (202, 203, 303,1302,1303,1331) disposed along a major face of the flexible housing; an orientation detector (301, 305) configured to detect an orientation of the wearable electronic device relative to the user; and a control circuit configured to prioritize one or more portions of the display based on the orientation of the wearable electronic device relative to the user, characterised in that the control circuit is configured to: responsive to i) determining that the control circuit is currently responsive to third parties and ii) detecting, using a gaze detector (301, 306), a presence of at least one third party other than the user, display information on a first portion of the display which corresponds to a detected gaze direction. a flexible housing configured to enfold about an appendage of a user; a display (202, 203, 303,1302,1303,1331) disposed along a major face of the flexible housing; an orientation detector (301, 305) configured to detect an orientation of the wearable electronic device relative to the user; and a control circuit configured to prioritize one or more portions of the display based on the orientation of the wearable electronic device relative to the user, characterised in that the control circuit is configured to: responsive to i) determining that the control circuit is currently responsive to third parties and ii) detecting, using a gaze detector (301, 306), a presence of at least one third party other than the user, display information on a first portion of the display which corresponds to a detected gaze direction.
A cobalt-nickel alloy composition, consisting of, by weight: 20% to 28% cobalt; 37% to 46% nickel; at least 6% chromium; at least 3% aluminum; and at least one refractory metal selected from the group consisting of tungsten, molybdenum, tantalum, niobium, rhenium, vanadium, and combinations thereof; wherein the amount of tungsten is at least 10% by weight of the composition; wherein the total weight of cobalt, aluminum, and refractory metal is less than 50% of the total weight of the composition; otionally comprising at least one element selected from the group consisting of carbon, silicon, boron, titanium, manganese, iron, and zirconium; and optionally comprising at least one platinum group metal; wherein the alloy comprises both a (Co, Ni)-gamma phase and an L1 2 -structured (gamma prime) phase. 20% to 28% cobalt; 37% to 46% nickel; at least 6% chromium; at least 3% aluminum; and at least one refractory metal selected from the group consisting of tungsten, molybdenum, tantalum, niobium, rhenium, vanadium, and combinations thereof; wherein the amount of tungsten is at least 10% by weight of the composition; wherein the total weight of cobalt, aluminum, and refractory metal is less than 50% of the total weight of the composition; otionally comprising at least one element selected from the group consisting of carbon, silicon, boron, titanium, manganese, iron, and zirconium; and optionally comprising at least one platinum group metal; wherein the alloy comprises both a (Co, Ni)-gamma phase and an L1 2 -structured (gamma prime) phase.
A semiconductor device comprising: a memory cell transistor having a charge storage portion and storing data based on a change of a threshold voltage depending on an amount of charge in said charge storage portion; a voltage generation unit generating a boosted voltage (VUCP) to be supplied to one main electrode of said memory cell transistor in an erase operation based on a band-to-band tunneling scheme; a detection unit detecting an output voltage (VUCP) of said voltage generation unit and comparing the output voltage (VUCP) with a reference value; and a control unit controlling a timing at which said boosted voltage (VUCP) is supplied in said erase operation, characterized in that said control unit is configured to end the supply of said boosted voltage (VUCP) when a predetermined first reference time (Tmsk) has elapsed since start of supply of said boosted voltage (VUCP) and a result of detection and comparison by said detection unit indicates that said boosted voltage (VUCP) has become equal to or more than said reference value. a memory cell transistor having a charge storage portion and storing data based on a change of a threshold voltage depending on an amount of charge in said charge storage portion; a voltage generation unit generating a boosted voltage (VUCP) to be supplied to one main electrode of said memory cell transistor in an erase operation based on a band-to-band tunneling scheme; a detection unit detecting an output voltage (VUCP) of said voltage generation unit and comparing the output voltage (VUCP) with a reference value; and a control unit controlling a timing at which said boosted voltage (VUCP) is supplied in said erase operation, characterized in that said control unit is configured to end the supply of said boosted voltage (VUCP) when a predetermined first reference time (Tmsk) has elapsed since start of supply of said boosted voltage (VUCP) and a result of detection and comparison by said detection unit indicates that said boosted voltage (VUCP) has become equal to or more than said reference value.
A nucleoside-5 ' -oligophosphate covalently linked to a polymer tag, wherein said polymer tag comprises a positively-charged segment, wherein said PCS is a homopolymer or a heteropolymer comprising from 5 monomer units to 100 monomer units, having a net-positive charge of at least +5 at pH 7.0, and having a charge density of at least 0.1, with the proviso that said PCS is not a homopolymer of arginine or α-linked lysine, wherein PCS comprises a structure according to Formula 1: (REPEAT) a Formula 1, wherein: "REPEAT" is a heteropolymeric sequence of at least 2 monomer units, wherein REPEAT has a charge density of at least 0.1; and "a" is an integer ≥ 2, with the proviso that said integer is sufficient to result in a PCS with a net-charge of at least +5 at pH 7.0 and an overall length of from 5 to 100 monomer units.
A downhole tool comprising a tubular body adapted to be connected to other tubular bodies, said tool tubular body having a longitudinal throughbore that permits through passage of fluid, and movably positioned within the tubular body there is located an indexing sleeve and biasing means cooperating with the indexing sleeve to position the indexing sleeve within the tubular body in a first configuration; an index pin located in the tubular body and engaging with the indexing sleeve such that upon relative axial and/or rotational movement thereof different predetermined configurations of the tool are obtainable; a valve seat associated with the indexing sleeve and adapted to be plugged by obturator means such that fluid pressure can be increased within the tubular body to effect displacement of the indexing sleeve against the biasing means, whereby by control of fluid pressure the tool can be cycled selectively between a configuration in which fluid flow through the tubular body is restricted and internal pressure can be increased and a configuration in which fluid flow is permitted and internal pressure can be decreased; and the indexing sleeve comprising a track configured to receive at least one follower or index pin; characterised in that at least one part of the track is configured to permit the indexing sleeve to move relative to the follower or index pin to effect relaxation of the biasing means to displace the associated valve seat longitudinally within the throughbore into an upper chamber having a diameter larger than an intermediate chamber housing the indexing sleeve, and wherein the index sleeve is provided with a least one port in proximity to the associated valve seat, and accessing the upper chamber when the biasing means is sufficiently relaxed or uncompressed to urge the valve seat beyond a sealing position with the intermediate chamber, and thereby form a fluid bypass channel to re-open the throughbore to fluid flow through the tubular body.
A method for producing an L-amino acid comprising cultivating an L-amino acid-producing bacterium of the Enterobacteriaceae family in a culture medium allowing accumulation of the L-amino acid in the culture medium, and isolating the L-amino acid from the culture medium, wherein said bacterium has been modified to enhance an activity of L-arabinose permease by increasing the expression of a gene which encodes L-arabinose permease in said bacterium by modifying an expression control sequence of the gene encoding L-arabinose permease or by increasing the copy number of the gene encoding L-arabinose permease in said bacterium.
A dishwasher comprising a wash chamber and a water-collecting sump member which is fastened to an opening in a lower end portion of the wash chamber by means of a water-tight connection, wherein the sump member is made at least in part of plastics material and comprises at least one water inlet or outlet opening (50, 74, 124) that is formed as an integral part of the sump member, characterized in that the dishwasher comprises a water softening device and the sump member comprises a water inlet and an integrated first passage (40, 52, 58, 64, 70) that is formed at least in part of plastics material as an integrally formed part of the sump member for passing water from the water inlet to the water softening device.
A particle separator comprising: a vessel including a vessel sidewall extending between a vessel top side and a vessel bottom side; a fluid inlet disposed on the vessel top side; a fluid swirl passage including a first passage end in communication with the fluid inlet, and a second passage end in communication with a vessel swirl cavity defined at least in part by an inner surface of the vessel sidewall; a scupper cavity including a scupper entrance disposed along the inner surface of the vessel sidewall and spaced circumferentially apart from the second passage end; a first fluid outlet in communication with the scupper cavity and disposed on the vessel bottom side; and a second fluid outlet disposed above the first fluid outlet in communication with the vessel swirl cavity. a vessel including a vessel sidewall extending between a vessel top side and a vessel bottom side; a fluid inlet disposed on the vessel top side; a fluid swirl passage including a first passage end in communication with the fluid inlet, and a second passage end in communication with a vessel swirl cavity defined at least in part by an inner surface of the vessel sidewall; a scupper cavity including a scupper entrance disposed along the inner surface of the vessel sidewall and spaced circumferentially apart from the second passage end; a first fluid outlet in communication with the scupper cavity and disposed on the vessel bottom side; and a second fluid outlet disposed above the first fluid outlet in communication with the vessel swirl cavity.
An electronic apparatus, comprising: a strap; a body unit movably disposed on the strap; a sensing unit configured to detect a change of position of the body unit on the strap; a plurality of pressure sensing units disposed in the strap that detect a pressure; and the sensing unit configured to detect a user touch input on the body unit, a processor configured to, when a change of position is detected, determine whether a user touch input is detected via the sensing unit, and when a user touch input is detected, perform an action corresponding to a user interaction corresponding to the position change and a position of at least one pressure sensing unit where the pressure is sensed. a strap; a body unit movably disposed on the strap; a sensing unit configured to detect a change of position of the body unit on the strap; a plurality of pressure sensing units disposed in the strap that detect a pressure; and the sensing unit configured to detect a user touch input on the body unit,
An apparatus, comprising a bidirectional communication system including: a customer premises equipment controller (310; 430); and a plurality of customer premises equipment (320; 420; 500) coupled to the customer premises equipment controller, characterised in that: each of the plurality of customer premises equipment has an adjustable optical transmitter wavelength and includes an optical diplexer, a photodiode coupled to the optical diplexer, an RF amplifier coupled to the photodiode, an RF demodulator coupled to the RF amplifier, a microcontroller coupled to the RF demodulator, a memory coupled to the microcontroller, an RF modulator coupled to the microcontroller, a laser coupled between the RF modulator and the optical diplexer, and a thermoelectric cooler coupled between the microcontroller and the laser for changing the wavelength of the laser, wherein each of the plurality of customer premises equipment is in bidirectional communication with the customer premises equipment controller to prevent optical beat interference by dynamically managing the adjustable optical transmitter wavelength of each of the plurality of customer premises equipment. a customer premises equipment controller (310; 430); and a plurality of customer premises equipment (320; 420; 500) coupled to the customer premises equipment controller, characterised in that: each of the plurality of customer premises equipment has an adjustable optical transmitter wavelength and includes an optical diplexer, a photodiode coupled to the optical diplexer, an RF amplifier coupled to the photodiode, an RF demodulator coupled to the RF amplifier, a microcontroller coupled to the RF demodulator, a memory coupled to the microcontroller, an RF modulator coupled to the microcontroller, a laser coupled between the RF modulator and the optical diplexer, and a thermoelectric cooler coupled between the microcontroller and the laser for changing the wavelength of the laser, wherein each of the plurality of customer premises equipment is in bidirectional communication with the customer premises equipment controller to prevent optical beat interference by dynamically managing the adjustable optical transmitter wavelength of each of the plurality of customer premises equipment. each of the plurality of customer premises equipment has an adjustable optical transmitter wavelength and includes an optical diplexer, a photodiode coupled to the optical diplexer, an RF amplifier coupled to the photodiode, an RF demodulator coupled to the RF amplifier, a microcontroller coupled to the RF demodulator, a memory coupled to the microcontroller, an RF modulator coupled to the microcontroller, a laser coupled between the RF modulator and the optical diplexer, and a thermoelectric cooler coupled between the microcontroller and the laser for changing the wavelength of the laser, wherein each of the plurality of customer premises equipment is in bidirectional communication with the customer premises equipment controller to prevent optical beat interference by dynamically managing the adjustable optical transmitter wavelength of each of the plurality of customer premises equipment.
A module for holding a sliding door, wherein the module for receiving the sliding door comprises a frameless case having an upper end and a lower end, two opposing side walls (51, 53) between which a free space for holding the sliding door is formed, and a bottom wall, wherein the side walls (51, 53) and the bottom wall each form an enclosure of the case, and an opening is formed in the case for receiving the sliding door, and wherein the module for receiving the sliding door further comprises a guiding device for the sliding door, wherein the guiding device is mounted on the upper end of the case and forms an upper enclosure of the case, characterized in that the frameless case is a first prefabricated part, and the guiding device is a second prefabricated part, and the first and second prefabricated parts are two combinable prefabricated parts.
A bispecific chimeric protein comprising: (i) an anti-EGFR DARPin, and (ii) an anti-c-Met IgG antibody, an anti-c-Met scFv-Fc antibody fragment, or a combination thereof, linked to the DARPin, wherein the anti-c-Met IgG antibody or anti-c-Met scFV-Fc antibody fragment binds to an epitope having 5 to 19 contiguous amino acid residues of SEQ ID NO:71, and wherein the epitope comprises SEQ ID NO:73. (i) an anti-EGFR DARPin, and (ii) an anti-c-Met IgG antibody, an anti-c-Met scFv-Fc antibody fragment, or a combination thereof, linked to the DARPin,
A method for realizing visual communication, characterized by comprising: an initiating terminal and a receiving terminal of the visual communication establishing a Bluetooth wireless communication link between the initiating terminal and the receiving terminal via respective Bluetooth module thereof; and the initiating terminal and the receiving terminal transmitting multimedia information via the established Bluetooth wireless communication link to carry out the visual communication; wherein, before the initiating terminal and the receiving terminal transmitting the multimedia information via the established Bluetooth wireless communication link, the method further comprises: the initiating terminal and the receiving terminal transmitting control information to each other so as to indicate the opposite end to adjust a transceiving power of the Bluetooth module thereof to a preset target value; wherein the preset target value indicated by the control information is the maximum transceiving power of the Bluetooth module of the terminal which receives the control information. an initiating terminal and a receiving terminal of the visual communication establishing a Bluetooth wireless communication link between the initiating terminal and the receiving terminal via respective Bluetooth module thereof; and the initiating terminal and the receiving terminal transmitting multimedia information via the established Bluetooth wireless communication link to carry out the visual communication; wherein, before the initiating terminal and the receiving terminal transmitting the multimedia information via the established Bluetooth wireless communication link, the method further comprises: the initiating terminal and the receiving terminal transmitting control information to each other so as to indicate the opposite end to adjust a transceiving power of the Bluetooth module thereof to a preset target value; wherein the preset target value indicated by the control information is the maximum transceiving power of the Bluetooth module of the terminal which receives the control information.