mhurhangee/ep-ind-claims huggingface dataset:
An output apparatus configured to perform communications with a terminal apparatus and an authentication apparatus, the output apparatus comprising: an authentication request unit configured to transmit an authentication request of a user to the authentication apparatus to acquire, when authentication of the user has succeeded, terminal apparatus information in association with the user; a terminal apparatus information accumulation unit configured to accumulate the acquired terminal apparatus information in association with the user; an output data acquisition unit configured to acquire output data accumulated in the terminal apparatus from the terminal apparatus specified by the acquired terminal apparatus information in association with the user; and an output processor configured to perform an output process to output the output data, wherein the output data acquisition unit is configured to acquire, upon failing to acquire a response to the authentication request of the user from the authentication apparatus, the output data accumulated in the terminal apparatus from the terminal apparatus specified by the terminal apparatus information in association with the user, and the output data is obtained from the terminal apparatus that is specified by the terminal apparatus information in association with the user, the terminal apparatus information having been accumulated in the terminal apparatus information accumulation unit when authentication of the user had succeeded. an authentication request unit configured to transmit an authentication request of a user to the authentication apparatus to acquire, when authentication of the user has succeeded, terminal apparatus information in association with the user; a terminal apparatus information accumulation unit configured to accumulate the acquired terminal apparatus information in association with the user; an output data acquisition unit configured to acquire output data accumulated in the terminal apparatus from the terminal apparatus specified by the acquired terminal apparatus information in association with the user; and an output processor configured to perform an output process to output the output data, wherein the output data acquisition unit is configured to acquire, upon failing to acquire a response to the authentication request of the user from the authentication apparatus, the output data accumulated in the terminal apparatus from the terminal apparatus specified by the terminal apparatus information in association with the user, and the output data is obtained from the terminal apparatus that is specified by the terminal apparatus information in association with the user, the terminal apparatus information having been accumulated in the terminal apparatus information accumulation unit when authentication of the user had succeeded.
A lighting unit comprising: a housing having a top side and a bottom side; at least one printed circuit board, PCB, within said housing; at least one light emitting element (18, 19, 20) mounted on said at least one PCB, said at least one light emitting element being configured to be disposed on at least one angled surface (17, 21) and to emit light in a direction relative to said at least one angled surface such that each of said at least one light emitting element has a respective light distribution pattern angled off-center from a longitudinal axis of said lighting unit; and at least one optical element proximate said at least one light emitting element (18, 19, 20) and arranged to alter the light emitted from said at least one light emitting element to produce a desired light distribution pattern; wherein said at least one PCB comprises at least one portion configured to be bent to form said at least one angled surface (17, 21), said at least one light emitting element (18, 19, 20) being mounted on said at least one portion of said PCB; characterized in that said at least one optical element is configured to cover part of a top side of said lighting unit and said at least one light emitting element (18, 19, 20); and in that said at least one optical element extends along and is shaped similarly to said top side of said lighting unit. a housing having a top side and a bottom side; at least one printed circuit board, PCB, within said housing; at least one light emitting element (18, 19, 20) mounted on said at least one PCB, said at least one light emitting element being configured to be disposed on at least one angled surface (17, 21) and to emit light in a direction relative to said at least one angled surface such that each of said at least one light emitting element has a respective light distribution pattern angled off-center from a longitudinal axis of said lighting unit; and at least one optical element proximate said at least one light emitting element (18, 19, 20) and arranged to alter the light emitted from said at least one light emitting element to produce a desired light distribution pattern; wherein said at least one PCB comprises at least one portion configured to be bent to form said at least one angled surface (17, 21), said at least one light emitting element (18, 19, 20) being mounted on said at least one portion of said PCB; characterized in that said at least one optical element is configured to cover part of a top side of said lighting unit and said at least one light emitting element (18, 19, 20); and in that said at least one optical element extends along and is shaped similarly to said top side of said lighting unit.
A method, comprising: obtaining a transmission opportunity in a wireless local area network, wherein the transmission opportunity is a single continuous time period for transmitting data to a remote wireless station; selecting a transmit mode for the obtained transmission opportunity from multiple transmit modes, including a first transmit mode and a second transmit mode; and transmitting the data to the remote wireless station in accordance with the selected transmit mode; wherein the first transmit mode provides for one or more transmissions of the data to the remote wireless station during a first portion (605, 750) of the obtained transmission opportunity and one or more retransmissions of the data to the remote wireless station during a second portion (610, 760) of the transmission opportunity; and wherein the second transmit mode refrains from providing for one or more retransmissions to the remote wireless station until a subsequent transmission opportunity. obtaining a transmission opportunity in a wireless local area network, wherein the transmission opportunity is a single continuous time period for transmitting data to a remote wireless station; selecting a transmit mode for the obtained transmission opportunity from multiple transmit modes, including a first transmit mode and a second transmit mode; and transmitting the data to the remote wireless station in accordance with the selected transmit mode; wherein the first transmit mode provides for one or more transmissions of the data to the remote wireless station during a first portion (605, 750) of the obtained transmission opportunity and one or more retransmissions of the data to the remote wireless station during a second portion (610, 760) of the transmission opportunity; and wherein the second transmit mode refrains from providing for one or more retransmissions to the remote wireless station until a subsequent transmission opportunity.
A computer-implemented method for determining whether a first computing device has the correct version of a software program, the method comprising: computing a private secret value based on at least one initial setup value; computing a public value based on the private secret value and the at least one initial setup value, wherein the at least one initial setup value comprises a base generator value or a prime element value corresponding to a particular version information of the software program; sending the public value to a second computing device; receiving a second public value from the second computing device; computing a shared secret based on the second public value received from the second computing device and the private secret value; receiving an encrypted message from the second computing device; decrypting the encrypted message using the shared secret; determining whether the message was decrypted correctly; and if the message was decrypted correctly, causing communications between the first computing device and the second computing device to continue because the first computing device and the second computing device have the same version of the software program; or if the message was not decrypted correctly, causing communications between the first computing device and the second computing device to terminate because the first computing device and the second computing device do not have the same version of the software program. computing a private secret value based on at least one initial setup value; computing a public value based on the private secret value and the at least one initial setup value, wherein the at least one initial setup value comprises a base generator value or a prime element value corresponding to a particular version information of the software program; sending the public value to a second computing device; receiving a second public value from the second computing device; computing a shared secret based on the second public value received from the second computing device and the private secret value; receiving an encrypted message from the second computing device; decrypting the encrypted message using the shared secret; determining whether the message was decrypted correctly; and if the message was decrypted correctly, causing communications between the first computing device and the second computing device to continue because the first computing device and the second computing device have the same version of the software program; or if the message was not decrypted correctly, causing communications between the first computing device and the second computing device to terminate because the first computing device and the second computing device do not have the same version of the software program.
An apparatus (16; 30A-B; 106) comprising: a first processing unit (18; 14A-B; 110) operating according to a first clock; a second processing unit (12; 32A-B; 112) operating according to a second clock running separately from the first clock; and a synchronization controller (40A-C; 119; 201) coupled to the first processing unit and the second processing unit, wherein the synchronization controller is configured to: (i) cause the first processing unit to generate a first indication of time at which the first processing unit transmits a signal to the second processing unit, according to the first clock, (ii) cause the second processing unit to generate a second indication of time at which the second processing unit receives the signal, according to the second clock, and (iii) determine an offset between the first clock and the second clock based on the first indication of time and the second indication of time. a first processing unit (18; 14A-B; 110) operating according to a first clock; a second processing unit (12; 32A-B; 112) operating according to a second clock running separately from the first clock; and a synchronization controller (40A-C; 119; 201) coupled to the first processing unit and the second processing unit, wherein the synchronization controller is configured to: (i) cause the first processing unit to generate a first indication of time at which the first processing unit transmits a signal to the second processing unit, according to the first clock, (ii) cause the second processing unit to generate a second indication of time at which the second processing unit receives the signal, according to the second clock, and (iii) determine an offset between the first clock and the second clock based on the first indication of time and the second indication of time. (i) cause the first processing unit to generate a first indication of time at which the first processing unit transmits a signal to the second processing unit, according to the first clock, (ii) cause the second processing unit to generate a second indication of time at which the second processing unit receives the signal, according to the second clock, and (iii) determine an offset between the first clock and the second clock based on the first indication of time and the second indication of time.
Aperture for a photographic or film camera lens or for a photographic or film camera, characterized in that the aperture has a device with a disc defining a fixed ellipse-like opening and an iris, wherein the major axis of the ellipse-like opening is less than or equal to the diameter of the fully opened iris, so that the light transmission of the aperture upon stopping down develops from the initial elliptical shape at full opening of the iris towards the circle shape defined by circular blades of the iris.
System for detecting infrared radiation comprising: • a substrate; • an array of resistive imaging bolometers mounted on the substrate; and • measuring circuits capable of being electrically connected to the imaging bolometers in order to read electrical signals depending on the electrical resistance of said bolometers, characterized in that it comprises means for controlling the electrical resistance of imaging bolometers by injecting current into said bolometers, the current of each imaging bolometer being constant and the voltage being controlled as a function of the temperature of the substrate by means of a bolometer thermalized to the substrate, the controlling means adjusting the electrical resistances of the imaging bolometers to a common value at least once every read cycle of the array of bolometers by the measuring circuits, the controlling means of sais system comprising: • a current source connected to a terminal of imaging bolometer via controllable thermalization switches; • a comparator whose first non-inverting terminal is connected, via said thermalization switches to imaging bolometers and whose second inverting terminal is connected to a reference voltage V ref-act, the comparator being further connected to a first of said switches whose state it controls depending on the evolution of its reference voltage; • a feedback connected amplifier between its inverting terminal and its output by a bolometer thermalized to the substrate, the output of the amplifier forming a determined initial reference resistance correction for a predetermined initial temperature; • a fixed resistance connected between the inverting terminal of amplifier and an initial reference voltage V ref-init; • a reversing polarity circuit (110, 112, 114) connected between the output of the amplifier and the inverting terminal of the comparatoir. • a substrate; • an array of resistive imaging bolometers mounted on the substrate; and • measuring circuits capable of being electrically connected to the imaging bolometers in order to read electrical signals depending on the electrical resistance of said bolometers, • a current source connected to a terminal of imaging bolometer via controllable thermalization switches; • a comparator whose first non-inverting terminal is connected, via said thermalization switches to imaging bolometers and whose second inverting terminal is connected to a reference voltage V ref-act, the comparator being further connected to a first of said switches whose state it controls depending on the evolution of its reference voltage; • a feedback connected amplifier between its inverting terminal and its output by a bolometer thermalized to the substrate, the output of the amplifier forming a determined initial reference resistance correction for a predetermined initial temperature; • a fixed resistance connected between the inverting terminal of amplifier and an initial reference voltage V ref-init; • a reversing polarity circuit (110, 112, 114) connected between the output of the amplifier and the inverting terminal of the comparatoir.
(4-Hydroxy-2-methyl-1,1-dioxido-2H-benzo[e][1,2]thiazin-3-yl)(naphthalen-2-yl)methanone, or a pharmaceutically acceptable salt thereof, for use as a medicinal product for the prevention and/or treatment of fatty liver.
A polypeptide that comprises a portion of a deimmunized serum-binding protein capable of binding to said serum protein; wherein said deimmunized serum-binding protein portion is a variant of a wild-type albumin-binding domain of a Streptococcal Protein G, said wild-type ABD having the amino acid sequence of SEQ ID NO:304; wherein said variant ABD has an amino acid sequence that differs from that of SEQ ID NO:304 in comprising: a valine to alanine variation at ABD position 71, wherein said variant ABD position is position 31 of SEQ ID NO:304; a leucine to alanine variation at ABD position 64, an isoleucine to alanine variation at ABD position 65, and a valine to alanine variation at ABD position 71, wherein said variant ABD positions are respectively positions 24, 25, and 31 of SEQ ID NO:304; or an asparagine to aspartic acid variation at ABD position 66, a threonine to serine substitution at ABD position 70, and a valine to alanine variation at ABD position 71, wherein said variant ABD positions are respectively positions 26, 30, and 31 of SEQ ID NO:304; wherein said deimmunized serum-binding protein portion extends the serum half-life of said polypeptide, relative to the serum half-life of said polypeptide if lacking said portion of said deimmunized serum-binding protein. a valine to alanine variation at ABD position 71, wherein said variant ABD position is position 31 of SEQ ID NO:304; a leucine to alanine variation at ABD position 64, an isoleucine to alanine variation at ABD position 65, and a valine to alanine variation at ABD position 71, wherein said variant ABD positions are respectively positions 24, 25, and 31 of SEQ ID NO:304; or an asparagine to aspartic acid variation at ABD position 66, a threonine to serine substitution at ABD position 70, and a valine to alanine variation at ABD position 71, wherein said variant ABD positions are respectively positions 26, 30, and 31 of SEQ ID NO:304;
Rolling-bearing arrangement, in particular for a wind turbine, having an outer ring and having an inner ring, which is mounted at least partially within the outer ring, wherein the outer ring and the inner ring are rotatable relative to one another about an axis of rotation, wherein, between the outer ring and the inner ring, there is arranged a first roller bearing with first rolling bodies, a second roller bearing with second rolling bodies and a third roller bearing with third rolling bodies, wherein the first roller bearing and the second roller bearing are in the form of axial bearings and the third roller bearing is in the form of a radial bearing, characterized in that, in the unloaded state of the rolling-bearing arrangement, the first rolling bodies have a first logarithmic roller profile and the second rolling bodies have a second logarithmic roller profile, which differs from the first logarithmic roller profile.
Locating system for avalanche rescue, having at least a data acquisition module for radio signals and having a mobile communication terminal, characterized in that - the data acquisition module and the communication terminal are each designed as separate units and each is enclosed by its own housing, - the data acquisition module comprises a receiving part having a receiving antenna unit which is designed to receive standardised avalanche rescue radio signals, referred to as LVS locating signals, - the data acquisition module provides means for preparing the received LVS locating signals, - the data acquisition module provides an interface for the wired or wireless transmission of the prepared LVS locating signals to the communication terminal, - the communication terminal contains a means that processes the transmitted, prepared LVS locating signals, referred to in the following as the functional unit, which generates the locating data or locating information, and - at least one output medium is provided which displays the locating information visibly. - the data acquisition module and the communication terminal are each designed as separate units and each is enclosed by its own housing, - the data acquisition module comprises a receiving part having a receiving antenna unit which is designed to receive standardised avalanche rescue radio signals, referred to as LVS locating signals, - the data acquisition module provides means for preparing the received LVS locating signals, - the data acquisition module provides an interface for the wired or wireless transmission of the prepared LVS locating signals to the communication terminal, - the communication terminal contains a means that processes the transmitted, prepared LVS locating signals, referred to in the following as the functional unit, which generates the locating data or locating information, and - at least one output medium is provided which displays the locating information visibly.
A method of detecting deltanoid-resistant leukemia cells, characterized in that antigen is detected in vitro on the surface of isolated examined leukemia cells and the cells having the antigen detected on their surface are considered resistant to deltanoid therapy, wherein antibody comprising SEQ ID NO: 1 is used for detection.
A pigment composition which is in a solid form at room temperature, produced by kneading a mixture containing a bis-acetoacetarylide pigment (a), a styrene-acrylic acid copolymer (b), a basic compound (c), a humectant (d), and a kneading aid (e), wherein the bis-acetoacetarylide pigment (a) is C.I. Pigment Yellow 155, wherein the kneading aid (e) contains a surfactant composed of a compound represented by general formula below (in the formula, R1, R2, R3, and R4 each independently represent a linear or branched alkyl group having 1 to 8 carbon atoms in its main chain, and m and n each independently represent an integer of 0 to 20 and do not represent 0 at the same time), and/or a surfactant composed of a mixture containing a compound represented by general formula below (in the formula, R1, R2, R3, and R4 each independently represent a linear or branched alkyl group having 1 to 8 carbon atoms in its main chain) and a polyoxyethylene alkyl ether whose alkyl group has 12 to 14 carbon atoms and/or an ether compound represented by general formula below (q represents an integer of 1 to 30 and R5 represents a linear or branched alkyl group having 7 to 11 carbon atoms); the kneading aid (e) has an HLB value of 8 to 12; the mass ratio (e)/(a) of the kneading aid (e) to the bis-acetoacetarylide pigment (a) is 0.5/100 to 7/100; the acid value of the styrene-acrylic acid copolymer (b) is 145 to 175; and the pigment composition which is in a solid form at room temperature has a solid content of 70 to 90% by mass, wherein the solid content is the ratio of the total mass of the pigment (a) and the styrene-acrylic acid copolymer (b) relative to the total mass of all components.