mhurhangee/ep-ind-claims huggingface dataset:
A Ni sintered ferrite body, characterized in that said Ni sintered ferrite body has a composition comprising, calculated as oxide, 47.0 to 48.3% by mol of Fe 2 O 3, 14.5% or more and less than 25% by mol of ZnO, 8.2 to 10.0% by mol of CuO, and more than 0.6% and 2.5% or less by mol of CoO, the balance being NiO and inevitable impurities, and having an average crystal grain size of more than 2.5 μm and less than 5.5 μm, optionally containing less than 4 parts by mass of Sn calculated as SnO 2, based on 100 parts by mass of the total amount of Fe 2 O 3, ZnO, CuO, CoO and NiO.
A remote control unit for a motion picture camera having a lens actuating motor (15, 17, 19), comprising a movable operating element for setting control commands for an associated camera; an evaluation and control device for generating an actuating motor control signal for the camera in dependence on the set control command; and an output device for transmitting the actuating motor control signal to the associated camera, wherein the remote control unit comprises a reception device for receiving operating state signals from the associated camera; and a feedback device, characterized in that the evaluation and control device is configured, in response to a received operating state signal which represents a change, not triggered at the remote control unit, of the associated camera from a standby state to a recording state, to control the feedback device to generate a camera status feedback signal which is directly or indirectly acoustically and/or haptically perceivable. a movable operating element for setting control commands for an associated camera; an evaluation and control device for generating an actuating motor control signal for the camera in dependence on the set control command; and an output device for transmitting the actuating motor control signal to the associated camera, wherein the remote control unit comprises a reception device for receiving operating state signals from the associated camera; and a feedback device, characterized in that the evaluation and control device is configured, in response to a received operating state signal which represents a change, not triggered at the remote control unit, of the associated camera from a standby state to a recording state, to control the feedback device to generate a camera status feedback signal which is directly or indirectly acoustically and/or haptically perceivable.
A method for calibrating an interleaved analog-to-digital converter, comprising: injecting a pulsed signal having a substantially-random amplitude into a plurality of channels (100, 110) in the ADC; after the pulsed signal is injected, determining for each channel a gain correlation value indicating a degree of correlation between the injected pulsed signal and an output (27, 28) of the respective channel; comparing the gain correlation values to determine a degree of mismatch between the channels; and calibrating at least the timing mismatch and the phase/timing portion of the bandwidth mismatch of at least one of the channels as a function of the determined degree of mismatch between the channels; wherein the timing of the pulsed signal is controlled so that each of the plurality of channels samples an edge of a respective pulse of the pulsed signal. injecting a pulsed signal having a substantially-random amplitude into a plurality of channels (100, 110) in the ADC; after the pulsed signal is injected, determining for each channel a gain correlation value indicating a degree of correlation between the injected pulsed signal and an output (27, 28) of the respective channel; comparing the gain correlation values to determine a degree of mismatch between the channels; and calibrating at least the timing mismatch and the phase/timing portion of the bandwidth mismatch of at least one of the channels as a function of the determined degree of mismatch between the channels; wherein the timing of the pulsed signal is controlled so that each of the plurality of channels samples an edge of a respective pulse of the pulsed signal.
A method of wireless communication by a first wireless communication apparatus (102a, 104a), comprising: generating an indication that facilitates interference management for a spectrum shared by the first wireless communication apparatus and a second wireless communication apparatus (102b, 104b); and transmitting the indication to the second wireless communication apparatus; wherein the first wireless communication apparatus and the second wireless communication apparatus are associated with different operator networks; wherein the indication includes a message portion; and wherein the message portion comprises a channel occupancy time, COT, associated with the first wireless communication apparatus. generating an indication that facilitates interference management for a spectrum shared by the first wireless communication apparatus and a second wireless communication apparatus (102b, 104b); and transmitting the indication to the second wireless communication apparatus; wherein the first wireless communication apparatus and the second wireless communication apparatus are associated with different operator networks; wherein the indication includes a message portion; and
An address assignment system for an industrial control system, the address assignment system being connected to a first device and a second device connected in a local network group, the address assignment system being upstream from the first device and the second device, the address assignment system implementing a Dynamic Host Configuration Protocol, DHCP, server, or the address assignment system being communicatively coupled to a DHCP server, the address assignment system being operable to: provide starting address information to the first device, the starting address information including: (i) an IP subnet address prefix; and (ii) a group device identifier for distinguishing the first device from other devices in the local network group, the group device identifier initially indicating that the first device is positioned first in the local network group, wherein the first device is further operable to execute a program stored in a non-transient medium operable to send an addressing command message to the second device in the local network group, the addressing command message including the IP subnet address prefix and the group device identifier for the first device; receive a message from the second device at the address assignment system, wherein the message comprises a group device identifier of the second device; determine an IP address for the second device in the local network group; and provide the IP address from the address assignment system to the second device. provide starting address information to the first device, the starting address information including: (i) an IP subnet address prefix; and (ii) a group device identifier for distinguishing the first device from other devices in the local network group, the group device identifier initially indicating that the first device is positioned first in the local network group, (i) an IP subnet address prefix; and (ii) a group device identifier for distinguishing the first device from other devices in the local network group, the group device identifier initially indicating that the first device is positioned first in the local network group, wherein the first device is further operable to execute a program stored in a non-transient medium operable to send an addressing command message to the second device in the local network group, the addressing command message including the IP subnet address prefix and the group device identifier for the first device; receive a message from the second device at the address assignment system, wherein the message comprises a group device identifier of the second device; determine an IP address for the second device in the local network group; and provide the IP address from the address assignment system to the second device.
A jet box for guiding an incoming air flow in drying of a veneer sheet, wherein the jet box comprising a base surface on which at least one guide surface is formed by shaping the base surface, wherein the guide surface forming a jet nozzle in a form of a three dimensional opening structure, which is limited at its first end to an inner opening and at its second end to an outer opening, wherein the ratio of the diameter of the inner opening to the diameter of the outer opening is between 1.3 and 4.0 and the ratio of the distance between the inner opening and the outer opening to the diameter of the outer opening is between 0.25 and 1.4, the guide surface comprising a first portion of the guide surface and a second portion of the guide surface, wherein the first portion of the guide surface substantially on a side of the incoming air flow is convexly curved outwards from the jet box and the second portion of the guide surface substantially on the opposite side of the opening structure in relation to the incoming air flow is concavely curved outwards from the jet box, wherein the jet nozzle is shaped so that the air flow is turned substantially perpendicular to the base surface of the jet box.
An aircraft comprising an engine nacelle which includes a thrust reverser, a petal-type Variable Area Fan Nozzle (VAFN, 114), and a system comprising: a first coupling member attached to a first structure proximate to the thrust reverser of the aircraft; and a second coupling member attached to a translating portion of the thrust reverser, the translating portion configured to move relative to the first structure; wherein the first coupling member and the second coupling member are configured to engage to prevent movement of the translating portion; wherein the second coupling member is configured to transmit rotation from the first coupling member to an actuator configured to drive at least a portion of the VAFN located on the translating portion, characterized in that the first coupling member and the second coupling member each comprise a gear (212, 222), and the gears (212, 222) are configured to interlock with each other in a cooperating fit; and wherein the first coupling member is arranged perpendicular to a direction of motion of the translating portion, the first coupling member configured to inhibit movement of the translating portion when the first coupling member is engaged with the second coupling member. a first coupling member attached to a first structure proximate to the thrust reverser of the aircraft; and a second coupling member attached to a translating portion of the thrust reverser, the translating portion configured to move relative to the first structure; wherein the first coupling member and the second coupling member are configured to engage to prevent movement of the translating portion; wherein the second coupling member is configured to transmit rotation from the first coupling member to an actuator configured to drive at least a portion of the VAFN located on the translating portion, characterized in that the first coupling member and the second coupling member each comprise a gear (212, 222), and the gears (212, 222) are configured to interlock with each other in a cooperating fit; and wherein the first coupling member is arranged perpendicular to a direction of motion of the translating portion, the first coupling member configured to inhibit movement of the translating portion when the first coupling member is engaged with the second coupling member.
Cover for a component of a refrigerator and/or freezer, comprising a cooled internal space that is delimited by a wall which comprises depressions on two opposing sides, wherein the cover comprises: a main body, and two flap parts which are arranged on opposing sides of the main body, wherein each flap part comprises a connection means that is designed for form-fitting and/or force-fitting connection to a corresponding depression in the wall, wherein the two flap parts are each pivotably connected to the main body, characterised in that the pivotable connection between the main body and the two flap parts is formed by engagement of projections into recesses. a main body, and two flap parts which are arranged on opposing sides of the main body, wherein each flap part comprises a connection means that is designed for form-fitting and/or force-fitting connection to a corresponding depression in the wall, wherein the two flap parts are each pivotably connected to the main body, characterised in that the pivotable connection between the main body and the two flap parts is formed by engagement of projections into recesses.
A method for controlling power of a base station participating in cooperative transmission in a Multiple Input Multiple Output, MIMO, wireless communication system, the method comprising: determining (203, 303) at least one beamforming matrix for processing transmission signals to terminals included in a terminal set for a multiple access; determining (205, 305) minimum power values required for guaranteeing a minimum transmission rate of the terminals; determining (207, 307) whether optimum power values exist using the minimum power values, the beamforming matrix, and a limit transmission power of the base station; and when the optimum power values exist, determining (213, 313) transmission power values for respective terminals in a range meeting the limit transmission power of the base station. determining (203, 303) at least one beamforming matrix for processing transmission signals to terminals included in a terminal set for a multiple access; determining (205, 305) minimum power values required for guaranteeing a minimum transmission rate of the terminals; determining (207, 307) whether optimum power values exist using the minimum power values, the beamforming matrix, and a limit transmission power of the base station; and when the optimum power values exist, determining (213, 313) transmission power values for respective terminals in a range meeting the limit transmission power of the base station.
An electrode comprising: a substrate; a first layer comprising an inorganic material; and a second layer comprising a metal and having a visible light transmittance of 40% or less, wherein the first layer is disposed between the substrate and the second layer, wherein the first layer is directly contacting the substrate and the second layer is directly contacting the first layer, and wherein the inorganic material comprises aluminum zinc oxide, indium tin oxide, antimony tin oxide, fluorine tin oxide, or any combination thereof. a substrate; a first layer comprising an inorganic material; and a second layer comprising a metal and having a visible light transmittance of 40% or less, wherein the first layer is disposed between the substrate and the second layer,
Bike sensor device having a sensor housing and a sensor cable connected thereto, a sensor mount to fix the sensor housing on or in the bike frame (3, 23), wherein the sensor mount is adapted to a receptacle or opening on/in the bike frame (3, 23), and wherein the sensor mount, together with the sensor housing, is received in a form- and/or force-locking manner on/in the bike frame (3, 23), characterized in that the sensor mount can be inserted at the head side into the receptacle or opening of the bike frame (3, 23) and, directed towards the interior of the bike frame (3, 23), has at least one or several retaining webs for fixing regions of the sensor housing. a sensor housing and a sensor cable connected thereto, a sensor mount to fix the sensor housing on or in the bike frame (3, 23), wherein the sensor mount is adapted to a receptacle or opening on/in the bike frame (3, 23), and wherein the sensor mount, together with the sensor housing, is received in a form- and/or force-locking manner on/in the bike frame (3, 23), characterized in that the sensor mount can be inserted at the head side into the receptacle or opening of the bike frame (3, 23) and, directed towards the interior of the bike frame (3, 23), has at least one or several retaining webs for fixing regions of the sensor housing.
A drug solution administration device comprising: a drug solution container that has a main body having a cylindrical shape and filled with a drug solution; a housing that holds the drug solution container; a plunger that expels the drug solution in the drug solution container; and a fixing member that fixes the drug solution container to the housing, wherein the housing includes a support part having a support surface that supports a bottom surface of the main body of the drug solution container, and the fixing member includes a guide part mounted along the main body of the drug solution container from a side opposite to the bottom surface of the main body of the drug solution container in a circumferential direction of the cylindrical main body, and an engagement part engageable with the support part of the housing, the drug solution container has, at a base end, a flange wider than the main body of the drug solution container in a radial direction, characterized in that the housing has a flange support part that supports the flange, and the guide part of the fixing member is disposed on a tip side of the flange so as to hold the flange with the flange support part. a drug solution container that has a main body having a cylindrical shape and filled with a drug solution; a housing that holds the drug solution container; a plunger that expels the drug solution in the drug solution container; and a fixing member that fixes the drug solution container to the housing, wherein the housing includes a support part having a support surface that supports a bottom surface of the main body of the drug solution container, and the fixing member includes a guide part mounted along the main body of the drug solution container from a side opposite to the bottom surface of the main body of the drug solution container in a circumferential direction of the cylindrical main body, and an engagement part engageable with the support part of the housing, the drug solution container has, at a base end, a flange wider than the main body of the drug solution container in a radial direction, characterized in that the housing has a flange support part that supports the flange, and the guide part of the fixing member is disposed on a tip side of the flange so as to hold the flange with the flange support part.
A force sensor comprising: a cylindrical main body; a cylindrical movable body movable with respect to the main body and including at least three circular openings in the outer circumference thereof; a strain body fixed to the main body and the movable body and deformable according to the movement of the movable body; strain sensors provided on the strain body; a first stopper arranged inside each of the openings and including a first outer circumferential surface including a first outer diameter less than a diameter of the opening; a first fixing member configured to fix each of the first stoppers to the main body; and sealing members configured to cover at least the openings and a movable part between the main body and the movable body. a cylindrical main body; a cylindrical movable body movable with respect to the main body and including at least three circular openings in the outer circumference thereof; a strain body fixed to the main body and the movable body and deformable according to the movement of the movable body; strain sensors provided on the strain body; a first stopper arranged inside each of the openings and including a first outer circumferential surface including a first outer diameter less than a diameter of the opening; a first fixing member configured to fix each of the first stoppers to the main body; and sealing members configured to cover at least the openings and a movable part between the main body and the movable body.
A peelable seal layer comprising: a. from about 5 to about 98 percent by weight of a reactor grade propylene based plastomer or elastomer having a molecular weight distribution of less than 3.5; b. from about 2 to about 95 percent by weight of a second polymer selected from the group consisting of polyethylene, polybutylene, and styrenic polymer and mixtures thereof wherein the peelable seal has a heat seal initiation temperature less than 120°C when sealed at a bar pressure of 0.28 MPa (40 psi) with a dwell time of 0.5 seconds. a. from about 5 to about 98 percent by weight of a reactor grade propylene based plastomer or elastomer having a molecular weight distribution of less than 3.5; b. from about 2 to about 95 percent by weight of a second polymer selected from the group consisting of polyethylene, polybutylene, and styrenic polymer and mixtures thereof wherein the peelable seal has a heat seal initiation temperature less than 120°C when sealed at a bar pressure of 0.28 MPa (40 psi) with a dwell time of 0.5 seconds.
A library of vectors for assembly of a TAL effector nucleic acid sequence, wherein each vector comprises a trimer of TAL nucleic acid binding cassettes that code for three TAL repeats, wherein the library contains at least four different categories of cassettes encoding TAL repeats with all cassettes of one category encoding a TAL repeat that binds to at least one of the bases adenine, guanine, thymidine, and cytosine in a nucleic acid target sequence, wherein each cassette is allocated to one or more distinct positions in the TAL effector nucleic acid sequence wherein the one or more distinct positions are determined by terminal regions used to generate complementary overhangs between cassettes, wherein the library contains at least one first cassette per category having a nucleotide composition that differs from the nucleotide compositions of all other cassettes of the same category within a region that is homologous in all other cassettes, and wherein said first cassette is allocated to only one distinct position in the series of cassettes in the TAL effector nucleic acid sequence, and wherein one or more cassettes of each category are allocated to more than one distinct position of the TAL effector nucleic acid sequence.