mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus , comprising: a processor configured to: receive identification information and a request for use of the information processing apparatus from a user terminal of a user; and transmit the identification information to a management device , wherein the management device authenticates the user and determines whether the user is allowed to use the information processing apparatus according to the identification information; in a case where the user is successfully authenticated by the management device and the user is not allowed to use the information processing apparatus indicated by the management device , acquire position information of the user from the user terminal ; determine whether the user is present in a predetermined range from the information processing apparatus according to the position information; in a case where the user is determined present in the predetermined range from the information processing apparatus and the received identification information is not included in the group of users who can use the information processing apparatus, request the management device to allow the user to use the information processing apparatus . receive identification information and a request for use of the information processing apparatus from a user terminal of a user; and transmit the identification information to a management device , wherein the management device authenticates the user and determines whether the user is allowed to use the information processing apparatus according to the identification information; in a case where the user is successfully authenticated by the management device and the user is not allowed to use the information processing apparatus indicated by the management device , acquire position information of the user from the user terminal ; determine whether the user is present in a predetermined range from the information processing apparatus according to the position information; in a case where the user is determined present in the predetermined range from the information processing apparatus and the received identification information is not included in the group of users who can use the information processing apparatus, request the management device to allow the user to use the information processing apparatus .
A combination of: (a) a therapeutically effective amount of ibudilast or a pharmaceutically acceptable salt thereof, and (b) a therapeutically effective amount of interferon-beta, for use in a method of treating, alleviating the negative effects of, or slowing the progression of a progressive multiple sclerosis in a human patient in need thereof, wherein the method comprises administering the combination to the human patient, wherein prior to the method the patient was administered interferon-beta in a dosing regimen that excluded co-administration of ibudilast. (a) a therapeutically effective amount of ibudilast or a pharmaceutically acceptable salt thereof, and (b) a therapeutically effective amount of interferon-beta, for use in a method of treating, alleviating the negative effects of, or slowing the progression of a progressive multiple sclerosis in a human patient in need thereof, wherein the method comprises administering the combination to the human patient, wherein prior to the method the patient was administered interferon-beta in a dosing regimen that excluded co-administration of ibudilast.
A pharmaceutical composition comprising: 3-(6-(1-(2,2-difluorobenzo[d] dioxol-5-yl) cyclopropanecarboxamido)-3-methylpyridin-2-yl)benzoic acid (Compound 1) Form I; and a solid dispersion comprising substantially amorphous N-(5-hydroxy-2,4-ditert-butyl-phenyl)-4-oxo-1H-quinoline-3-carboxamide (Compound 2) and a polymer, wherein substantially amorphous Compound 2 has less than 15% crystallinity; wherein Compound 1 Form I is characterized by at least one peak having a 2θ value in a range selected from 15.2 to 15.6, 16.1 to 16.5, and 14.3 to 14.7 degrees in an X-ray powder diffraction pattern obtained using Cu K alpha radiation, and/or wherein Compound 1 Form I is characterized as a crystal form having a monoclinic crystal system, a P2,/n space group, and the following unit cell dimensions A = 4.9626 Å V = 2014.0 Å 3 B = 12.299 Å β = 93.938 ° C = 33.075 Å Z = 4; wherein Compound 1 Form I is present in an amount of at least 20 wt% by weight of the composition; wherein substantially amorphous Compound 2 is present in an amount of at least 20 wt% by weight of the composition; and wherein the pharmaceutical composition is a granule or a tablet. 3-(6-(1-(2,2-difluorobenzo[d] dioxol-5-yl) cyclopropanecarboxamido)-3-methylpyridin-2-yl)benzoic acid (Compound 1) Form I; and a solid dispersion comprising substantially amorphous N-(5-hydroxy-2,4-ditert-butyl-phenyl)-4-oxo-1H-quinoline-3-carboxamide (Compound 2) and a polymer, wherein substantially amorphous Compound 2 has less than 15% crystallinity; wherein Compound 1 Form I is characterized by at least one peak having a 2θ value in a range selected from 15.2 to 15.6, 16.1 to 16.5, and 14.3 to 14.7 degrees in an X-ray powder diffraction pattern obtained using Cu K alpha radiation, and/or wherein Compound 1 Form I is characterized as a crystal form having a monoclinic crystal system, a P2,/n space group, and the following unit cell dimensions A = 4.9626 Å V = 2014.0 Å 3 B = 12.299 Å β = 93.938 ° C = 33.075 Å Z = 4; wherein Compound 1 Form I is present in an amount of at least 20 wt% by weight of the composition; wherein substantially amorphous Compound 2 is present in an amount of at least 20 wt% by weight of the composition; and wherein the pharmaceutical composition is a granule or a tablet.
A control arrangement for controlling the transfer of agricultural crop from a harvesting machine having a crop discharging device to a transport vehicle comprising a crop loading container while the machine and the transport vehicle travel on a field , wherein the control arrangement comprises an electronic control unit configured to provide a control signal to an actuator adapted to control a relative position of a distal end of the discharging device with respect to the container and/or a discharge direction of the discharging device , wherein the electronic control unit is adapted to provide the control signal based on a sensor signal from one or more sensors and/or position determining devices and stored data regarding a relationship between the sensor signal and the control signal, the one or more sensors and/or position determining devices configured to sense one or more physical values influencing an impingement location of the crop on the container , and wherein the control unit is connected to an operator interface configured to provide an operator override input signal regarding a received operator input for overriding the control signal, such that the operator can modify the control signal if the impingement location observed by the operator deviates from a desired impingement location, characterized in that the control unit is configured to modify the stored data regarding the relationship between the sensor signal and the control signal based upon the operator override input signal. wherein the control arrangement comprises an electronic control unit configured to provide a control signal to an actuator adapted to control a relative position of a distal end of the discharging device with respect to the container and/or a discharge direction of the discharging device , wherein the electronic control unit is adapted to provide the control signal based on a sensor signal from one or more sensors and/or position determining devices and stored data regarding a relationship between the sensor signal and the control signal, the one or more sensors and/or position determining devices configured to sense one or more physical values influencing an impingement location of the crop on the container , and wherein the control unit is connected to an operator interface configured to provide an operator override input signal regarding a received operator input for overriding the control signal, such that the operator can modify the control signal if the impingement location observed by the operator deviates from a desired impingement location, characterized in that the control unit is configured to modify the stored data regarding the relationship between the sensor signal and the control signal based upon the operator override input signal.
A method comprising: configuring a local network element as an autonomic registrar for a designated network domain; establishing an autonomic control plane, ACP, between the local network element and one or more remote network elements identified by the local network element as a remote neighbor; and designating a locally-defined subnet at the local network element to be extended to each of the one or more remote network elements; the method being characterized in that it further comprises: executing an ACP command at the local network element, wherein the executing includes sending a message to each of the one or more remote network elements, the message including information regarding the designated locally-defined subnet; wherein the information included in the message is adapted to configure each of the remote network elements to auto-resolve Locator/Identifier Separation Protocol, LISP, configuration of the remote network element, thereby enabling the designated locally-defined subnet to be extended to each of the one or more remote network elements. configuring a local network element as an autonomic registrar for a designated network domain; establishing an autonomic control plane, ACP, between the local network element and one or more remote network elements identified by the local network element as a remote neighbor; and designating a locally-defined subnet at the local network element to be extended to each of the one or more remote network elements; executing an ACP command at the local network element, wherein the executing includes sending a message to each of the one or more remote network elements, the message including information regarding the designated locally-defined subnet; wherein the information included in the message is adapted to configure each of the remote network elements to auto-resolve Locator/Identifier Separation Protocol, LISP, configuration of the remote network element, thereby enabling the designated locally-defined subnet to be extended to each of the one or more remote network elements.
A strain relief accessory for an independent arrangement of a lighting driver devoid of an enclosure, the lighting driver comprising a wire-bound communication interface and an integrated power supply ; the strain relief accessory comprising a base member including strain relief members , and cover members ; characterized in that : the strain relief members arranged at opposite end portions of the base member for a strain relief of termination wires of the lighting driver ; the cover members being configured for a snap-on engagement of the lighting driver and for a protective coverage of the strain relief members and the termination wires ; one of the cover members comprising a receptacle for a snap-on engagement of a communication module for a conversion between the wire-bound communication interface and a wire-less communication interface of the communication module . the lighting driver comprising a wire-bound communication interface and an integrated power supply ; a wire-bound communication interface and an integrated power supply ; the strain relief accessory comprising a base member including strain relief members , and cover members ; characterized in that : the strain relief members arranged at opposite end portions of the base member for a strain relief of termination wires of the lighting driver ; the cover members being configured for a snap-on engagement of the lighting driver and for a protective coverage of the strain relief members and the termination wires ; one of the cover members comprising a receptacle for a snap-on engagement of a communication module for a conversion between the wire-bound communication interface and a wire-less communication interface of the communication module . a base member including strain relief members , and cover members ; characterized in that : the strain relief members arranged at opposite end portions of the base member for a strain relief of termination wires of the lighting driver ; the cover members being configured for a snap-on engagement of the lighting driver and for a protective coverage of the strain relief members and the termination wires ; one of the cover members comprising a receptacle for a snap-on engagement of a communication module for a conversion between the wire-bound communication interface and a wire-less communication interface of the communication module . the strain relief members arranged at opposite end portions of the base member for a strain relief of termination wires of the lighting driver ; the cover members being configured for a snap-on engagement of the lighting driver and for a protective coverage of the strain relief members and the termination wires ; one of the cover members comprising a receptacle for a snap-on engagement of a communication module for a conversion between the wire-bound communication interface and a wire-less communication interface of the communication module .
An apparatus for measuring erythrocyte sedimentation rate, ESR, comprising: an ESR detection device and a data processing device , wherein the ESR detection device is configured to test a blood sample to be tested, so as to obtain an erythrocyte aggregation curve of light intensity transmitted through or scattered by the blood sample to be tested as a function of time; and the data processing device is configured to acquire the erythrocyte aggregation curve of the blood sample to be tested; characterized in that the data processing device is further configured to: acquire a blood cell histogram and/or a blood cell scattergram of the blood sample to be tested which are/is obtained by a blood cell analyzer; and input the erythrocyte aggregation curve and the blood cell histogram and/or the blood cell scattergram into a neural network model (M), so as to calculate an ESR measurement result by using the neural network model (M). wherein the ESR detection device is configured to test a blood sample to be tested, so as to obtain an erythrocyte aggregation curve of light intensity transmitted through or scattered by the blood sample to be tested as a function of time; and the data processing device is configured to acquire the erythrocyte aggregation curve of the blood sample to be tested; characterized in that the data processing device is further configured to: acquire a blood cell histogram and/or a blood cell scattergram of the blood sample to be tested which are/is obtained by a blood cell analyzer; and input the erythrocyte aggregation curve and the blood cell histogram and/or the blood cell scattergram into a neural network model (M), so as to calculate an ESR measurement result by using the neural network model (M).
A method for operating a combined cycle plant including a gas turbine that is driven using combustion gas, an exhaust heat recovery boiler that generates steam using heat of exhaust gas (EG) discharged from the gas turbine , and a steam turbine that is driven using the steam, the method comprising: a reception step (S1) of receiving a load schedule (LS) indicating a load of the combined cycle plant; a decrease time-setting step (S2) of recognizing a load decrease time (t1) at which the load is to be decreased with reference to the load schedule (LS) received in the reception step (S1) and setting a time prior to the load decrease time (t1) as a temperature decrease time (t0) at which a temperature of the steam supplied to the steam turbine is to be decreased; a temperature-decreasing step (S3) of decreasing the temperature of the steam supplied to the steam turbine at the temperature decrease time (t0); and a gas turbine output-decreasing step (S5) of decreasing an amount of fuel supplied to the gas turbine at the load decrease time (t1), wherein the temperature-decreasing step (S3) includes spraying water into the steam supplied to the steam turbine , wherein the temperature-decreasing step (S3) includes decreasing the temperature of the steam such that a rate of change which is a change per unit time of the temperature of the steam is within a predetermined range, and wherein the temperature-decreasing step (S3) includes decreasing an amount of water sprayed with the elapse of time. a reception step (S1) of receiving a load schedule (LS) indicating a load of the combined cycle plant; a decrease time-setting step (S2) of recognizing a load decrease time (t1) at which the load is to be decreased with reference to the load schedule (LS) received in the reception step (S1) and setting a time prior to the load decrease time (t1) as a temperature decrease time (t0) at which a temperature of the steam supplied to the steam turbine is to be decreased; a temperature-decreasing step (S3) of decreasing the temperature of the steam supplied to the steam turbine at the temperature decrease time (t0); and a gas turbine output-decreasing step (S5) of decreasing an amount of fuel supplied to the gas turbine at the load decrease time (t1), wherein the temperature-decreasing step (S3) includes spraying water into the steam supplied to the steam turbine , wherein the temperature-decreasing step (S3) includes decreasing the temperature of the steam such that a rate of change which is a change per unit time of the temperature of the steam is within a predetermined range, and wherein the temperature-decreasing step (S3) includes decreasing an amount of water sprayed with the elapse of time.
A connector apparatus , comprising: a housing ; a mounting plate to fixably attach to the housing , wherein the mounting plate has a central axis , a first end , a second end opposite the first end , a first lateral side extending axially from the first end to the second end , and a second lateral side extending axially from the first end to the second end , wherein the mounting plate : a shoulder and a first receptacle to slidingly receive a first tab on an end of an arm coupled to a display , and wherein the shoulder extends laterally from the first lateral side to the second lateral side and the first receptacle extends axially into the shoulder ; and characterized in that the mounting plate further comprises: a first ridge to seat in a recess on the end of the arm , wherein the first ridge extends axially from the shoulder toward the second end of the mounting plate and wherein the first ridge has a first end axially adjacent the shoulder and a second end axially distal the shoulder , wherein the second end of the first ridge includes a step profile to engage a mating step profile on the end of the arm . a housing ; a mounting plate to fixably attach to the housing , wherein the mounting plate has a central axis , a first end , a second end opposite the first end , a first lateral side extending axially from the first end to the second end , and a second lateral side extending axially from the first end to the second end , wherein the mounting plate : a shoulder and a first receptacle to slidingly receive a first tab on an end of an arm coupled to a display , and wherein the shoulder extends laterally from the first lateral side to the second lateral side and the first receptacle extends axially into the shoulder ; and characterized in that the mounting plate further comprises: a first ridge to seat in a recess on the end of the arm , wherein the first ridge extends axially from the shoulder toward the second end of the mounting plate and wherein the first ridge has a first end axially adjacent the shoulder and a second end axially distal the shoulder , wherein the second end of the first ridge includes a step profile to engage a mating step profile on the end of the arm . a shoulder and a first receptacle to slidingly receive a first tab on an end of an arm coupled to a display , and wherein the shoulder extends laterally from the first lateral side to the second lateral side and the first receptacle extends axially into the shoulder ; and characterized in that the mounting plate further comprises: a first ridge to seat in a recess on the end of the arm , wherein the first ridge extends axially from the shoulder toward the second end of the mounting plate and wherein the first ridge has a first end axially adjacent the shoulder and a second end axially distal the shoulder , wherein the second end of the first ridge includes a step profile to engage a mating step profile on the end of the arm .
Actuation unit for a clutch system of a motor vehicle drivetrain comprising: - a drive plate for mounting on an input shaft of said clutch system; - a clutch piston arranged to actuate a clutch of said clutch system; - a compensation chamber plate defining a compensation chamber ; wherein said clutch piston separates a pressure chamber between said drive plate and said clutch piston from said compensation chamber between said clutch piston and said compensation chamber plate , said pressure chamber containing a hydraulic fluid for hydraulically actuating said clutch piston , and said compensating chamber being arranged to compensate centrifugal force pressure on said clutch piston , wherein said compensation chamber plate is fixedly connected to said drive plate , characterized in that a cylindrical wall of said compensation chamber plate comprises at least two protruding fixation elements arranged to be fixedly connected to said drive plate , wherein said clutch piston comprises at least two slots , and whereby through a slot one of said at least two protruding fixation elements of said compensation chamber plate extends. - a drive plate for mounting on an input shaft of said clutch system; - a clutch piston arranged to actuate a clutch of said clutch system; - a compensation chamber plate defining a compensation chamber ; wherein said clutch piston separates a pressure chamber between said drive plate and said clutch piston from said compensation chamber between said clutch piston and said compensation chamber plate , said pressure chamber containing a hydraulic fluid for hydraulically actuating said clutch piston , and said compensating chamber being arranged to compensate centrifugal force pressure on said clutch piston ,
An isolated and purified neonatal NET-Inhibitory Factor (nNIF) peptide having the amino acid sequence KFNKPFVFLMIEQNTKSPLFMGKVVNPTQ.
Method for controlling a blow moulding machine for the production of a container made of a thermoplastic material, wherein a blowing gas for blow moulding the container is introduced into a thermally conditioned preform , while the preform is held in a blow mould of the blow moulding machine, wherein the blowing gas is introduced into the preform in a preliminary blowing phase such that the temperature conditioned material of the preform approaches the wall of the blow mould , the blowing gas is introduced into the preform in a subsequent final blowing phase such that the temperature conditioned material of the preform is pressed into the contours of the wall of the blow mould , and wherein at least in the preliminary blowing phase, the volume flow of the blowing gas is determined by an adjustable throttle valve , characterised in that a throttle valve controlled by a control unit is used as a throttle valve , a control unit generates a control signal for adjusting the throttle valve , and the throttle valve is adjusted in response to the control signal.