mhurhangee/ep-ind-claims huggingface dataset:
A waveguide system for a near-eye display (10, 70, 80, 140) comprising a transmissive waveguide (12, 82, 144) for conveying image information in the form of a plurality of different angle beams for forming a virtual image; an input aperture (14, 90, 156) for receiving the plurality of different angle beams and for directing the plurality of different angle beams along the transmissive waveguide (12, 82, 144); a controllable output aperture (16, 72, 84, 188) for ejecting the plurality of different angle beams from the waveguide (12, 82, 144) toward an eyebox from which the virtual image can be viewed and for providing a view of an ambient environment from the eyebox through the controllable output aperture (16, 72, 84, 188) and the waveguide (12, 82, 144); a controllable intermediate diffraction grating having different sections that are independently switchable between different states for adjusting relative positions between the different angle beams along a first dimension; the controllable output aperture (16, 72, 84, 188) including a transformable diffraction grating (50, 104, 108, 190) that is switchable between a first state for diffracting the plurality of different angle beams from the waveguide (12, 82, 144) toward the eyebox from which the virtual image can be viewed and a second state for restoring the view of the ambient environment from the eyebox through the controllable output aperture (16, 72, 84, 188) and the waveguide (12, 82, 144), the controllable output aperture (16, 72, 84, 188) including a plurality of aperture segments (72a, 72b, 72c) within which different sections of the transformable diffraction grating (50, 104, 108, 190) are independently switchable between the first and second states, and a controller (38, 146) for switching the different sections of the transformable diffraction grating (50, 104, 108, 190) between the first and second states in synchronism with the receipt of a succession of the different angle beams for ejecting the different angle beams toward the eyebox from different segments (72a, 72b, 72c) of the controllable output aperture (16, 72, 84, 188) for overlapping the different angle beams within the eyebox, wherein the controller (38, 146) switches the different sections of the transformable diffraction grating (50, 104, 108, 190) in synchronism with the different sections of the controllable intermediate diffraction grating for adjusting relative positions between the different angle beams in a second dimension so that the different angle beams converge toward overlapping positions within the eyebox in two dimensions.
A composition comprising a bacterial strain belonging to the species Bifidobacterium longum and identified as Bifidobacterium longum deposited with the DSMZ on 12.01.2010 under accession number DSM 23233, for use in the treatment of inflammation.
Device for mounting a cutting ring on an end region of a pipe, having a backing plate with a passage opening for the insertion of the pipe, a tool carrier and a mounting socket which is mounted on the tool carrier between the tool carrier and the backing plate and which can be displaced by means of the tool carrier along a central longitudinal axis, at least in the direction of the backing plate, and a receiving recess extending along the central longitudinal axis for receiving the end region of the pipe with an end face and for receiving the cutting ring which can be pushed onto the end region and to be mounted on the pipe, wherein a backing element can be arranged on the pipe between the cutting ring and the backing plate, wherein the backing plate limits a displacement of the backing element along the longitudinal axis, further having a measuring device for detecting a position of the pipe inserted into the receiving recess by means of a stop means arranged in the receiving recess so as to be movable axially relative to the central longitudinal axis, wherein the mounting socket has a bore arranged axially relative to its central longitudinal axis, which extends through the mounting socket, and the stop means has a pin extending through the bore, wherein the stop means is in operative connection with a preloaded sliding sleeve over the whole of its travel running axially relative to the central longitudinal axis, wherein the stop means has a pin head on the pin led through the mounting socket on the side of the mounting socket that faces the tool carrier, characterized in that the measuring device is formed in the tool carrier and interacts with the sliding sleeve which is preloaded by means of a preloading means so as to rest against the stop means, and the pin extending through the bore is operatively connected to the sliding sleeve in the tool carrier, and the pin head rests on the sliding sleeve and, during an axial displacement of the stop means along the central longitudinal axis, acts on the sliding sleeve of the tool carrier.
A radial water barrier for a dynamic high-voltage submarine cable, wherein the water barrier comprises a corrugated metal tube having an inner diameter (Di) in a range of 50 - 90mm and a corrugation pitch (p) in a range of 6 - 10mm, characterized in that the metal tube has a wall thickness (s) in a range of 0.7 - 1mm and a corrugation depth (d) of more than 6mm.
A system for activating an implant (110, 210, 310, 412) within a patient's body, comprising: An external controller including a first acoustic transducer for transmitting acoustic signals into the patient's body; an implant (110, 210, 310, 412) for placement within the patient's body, the implant (110, 210, 310, 412) comprising a sensor, an electrical circuit (112, 212, 312) including a control circuit (122, 222, 322) configured for performing one or more commands when the implant is activated, an energy storage device, and a second acoustic transducer configured for receiving acoustic signals from the first acoustic transducer; characterised in that the implant further includes a switch coupled to the second transducer, the control circuit (122, 222, 322) and the energy storage device, the switch actuatable from an open position to a closed position to allow current flow from the energy storage device to the electrical circuit (112, 212, 312) and activate the implant in response to an acoustic activation command transmitted by the external controller, and wherein the external controller is configured to acoustically transmit at least one command to the implant following the acoustic activation command. An external controller including a first acoustic transducer for transmitting acoustic signals into the patient's body; an implant (110, 210, 310, 412) for placement within the patient's body, the implant (110, 210, 310, 412) comprising a sensor, an electrical circuit (112, 212, 312) including a control circuit (122, 222, 322) configured for performing one or more commands when the implant is activated, an energy storage device, and a second acoustic transducer configured for receiving acoustic signals from the first acoustic transducer; characterised in that the implant further includes a switch coupled to the second transducer, the control circuit (122, 222, 322) and the energy storage device, the switch actuatable from an open position to a closed position to allow current flow from the energy storage device to the electrical circuit (112, 212, 312) and activate the implant in response to an acoustic activation command transmitted by the external controller, and wherein the external controller is configured to acoustically transmit at least one command to the implant following the acoustic activation command.
A method of operating Java-based consumer premises equipment in operative communication with a content delivery network, the method comprising: receiving at said CPE a first application which when run on said CPE implements a network-specific protocol thereon, said application comprising a plurality of components, said plurality of components including Java Media Framework extensions; storing said first application within a storage device of said; launching said first application; setting and committing prefixes for said JMF extensions present in the components of said first application, said first application causing said CPE to implement said network-specific protocol; and operating said CPE and said first application to provide services to a user; wherein said network-specific protocol comprises an extension to an existing protocol, said extension being specific to said network; and wherein said committed JMF extensions are adapted to be utilized by one or more of a plurality of second applications, said one or more of said plurality of second applications having appropriate permission from the network entity owning the content delivery network to which the CPE is in operative communication, said appropriate permission comprising at least a signed certificate from said network entity. receiving at said CPE a first application which when run on said CPE implements a network-specific protocol thereon, said application comprising a plurality of components, said plurality of components including Java Media Framework extensions; storing said first application within a storage device of said; launching said first application; setting and committing prefixes for said JMF extensions present in the components of said first application, said first application causing said CPE to implement said network-specific protocol; and operating said CPE and said first application to provide services to a user; wherein said network-specific protocol comprises an extension to an existing protocol, said extension being specific to said network; and wherein said committed JMF extensions are adapted to be utilized by one or more of a plurality of second applications, said one or more of said plurality of second applications having appropriate permission from the network entity owning the content delivery network to which the CPE is in operative communication, said appropriate permission comprising at least a signed certificate from said network entity.
A fuel injection control apparatus applicable to control of a compression self-igniting internal combustion engine in which fuel injected into a cylinder from a fuel injection valve combusts in the cylinder, the fuel injection control apparatus being configured to carry out an operation of fuel injection from the fuel injection valve into the cylinder, the operation of fuel injection comprising at least a main injection and an auxiliary injection, the main injection causing a combustion mainly comprising a diffusion combustion in the cylinder, the auxiliary injection being carried out prior to the main injection and causing a combustion mainly comprising a premixed combustion in the cylinder, characterized in that the fuel injection control apparatus comprises fuel injection control means for setting an injection time of the auxiliary injection using an in-cylinder temperature that is based on 750K as a reference so that the premixed combustion by the auxiliary injection is separable into a low-temperature oxidation reaction and a high-temperature oxidation reaction, wherein the fuel injection control means obtains and maps, in advance for each operation state, a reference crank angle (Ainj) at which the in-cylinder temperature reaches 750K, and sets an injection end time of the auxiliary injection using the reference crank angle (Ainj) obtained by referring to the map based on a current operating state, so that a fuel injection by the auxiliary injection ends before the in-cylinder temperature reaches a temperature of 750K at which the fuel starts the low-temperature oxidation reaction.
A cutting tool comprising: a first blade; a second blade rotatably coupled to the first blade; a first handle rotatably coupled to the first blade, the first handle rotatable about a hinge point between a deployed position and a folded position; a second handle rotatably coupled to the second blade, the second handle rotatable between a deployed position and a folded position; and a first rotation lock comprising a button disposed on the first blade configured to hold the first handle fixed relative to the first blade in response to the button of the first rotation lock being disposed in a raised position; a second rotation lock configured to hold the second handle fixed relative to the second blade; wherein the first handle is configured to be rotatable relative to the first blade in response to the button of the first rotation lock being disposed in a disengaged, depressed position, and characterized in that the button of the first rotation lock is configured to be held in the disengaged, depressed position in response to the first handle being disposed between the deployed position and the folded position, wherein the button of the first rotation lock is displaced from the hinge point. a first blade; a second blade rotatably coupled to the first blade; a first handle rotatably coupled to the first blade, the first handle rotatable about a hinge point between a deployed position and a folded position; a second handle rotatably coupled to the second blade, the second handle rotatable between a deployed position and a folded position; and a first rotation lock comprising a button disposed on the first blade configured to hold the first handle fixed relative to the first blade in response to the button of the first rotation lock being disposed in a raised position; a second rotation lock configured to hold the second handle fixed relative to the second blade; wherein the first handle is configured to be rotatable relative to the first blade in response to the button of the first rotation lock being disposed in a disengaged, depressed position, and characterized in that the button of the first rotation lock is configured to be held in the disengaged, depressed position in response to the first handle being disposed between the deployed position and the folded position, wherein the button of the first rotation lock is displaced from the hinge point.
A front derailleur for a bicycle having a frame and a chain engaging one of a plurality of chainwheels, the front derailleur comprising: a mount configured to be fixed to the frame; a movable element separate from the mount and interiorly receiving a portion of the chain, the movable element contacting an exterior side of the chain to displace the chain between the plurality of chainwheels; and a linkage including a first link member connecting the movable element to the mount, the first link member being pivotally connected to the mount about a first pivot axis, and the first link member being pivotally connected to the movable element about a second pivot axis; characterized in that the second pivot axis is at a first non-zero angle relative to the first pivot axis. a mount configured to be fixed to the frame; a movable element separate from the mount and interiorly receiving a portion of the chain, the movable element contacting an exterior side of the chain to displace the chain between the plurality of chainwheels; and a linkage including a first link member connecting the movable element to the mount, the first link member being pivotally connected to the mount about a first pivot axis, and the first link member being pivotally connected to the movable element about a second pivot axis;
A compound having the structure of one of the following formulae through: or a solvate or pharmaceutically acceptable salt thereof, wherein: A and C are each independently a carbocyclyl or heterocyclyl; R 1 is, at each occurrence, H, C 1-4 alkyl, C(=O)OC 1-4 alkyl or aryl; R 2, R 3, R 4 and R 5 are each independently -OH, -NH 2, -NH(C 1-4 alkyl), -N(C 1-4 alkyl) 2, -C≡N, -C(=O)NH 2, halo, C 1-4 alkyl, C 1-4 alkylOH, C 1-4 haloalkyl, C 1-4 alkoxy or C 1-4 haloalkoxy; w, x, y and z are each independently 0, 1, 2 or 3; L 1 is: or with the proviso that the compound is not: or A and C are each independently a carbocyclyl or heterocyclyl; R 1 is, at each occurrence, H, C 1-4 alkyl, C(=O)OC 1-4 alkyl or aryl; R 2, R 3, R 4 and R 5 are each independently -OH, -NH 2, -NH(C 1-4 alkyl), -N(C 1-4 alkyl) 2, -C≡N, -C(=O)NH 2, halo, C 1-4 alkyl, C 1-4 alkylOH, C 1-4 haloalkyl, C 1-4 alkoxy or C 1-4 haloalkoxy; w, x, y and z are each independently 0, 1, 2 or 3; L 1 is: or with the proviso that the compound is not: or
Heating system for heating a passenger compartment of a rail vehicle, comprising a fuel-burning heating device which is configured to heat a liquid circuit, wherein the thermal energy of the liquid circuit can be introduced into the passenger compartment by means of a heat exchanger, and a liquid-cooled internal combustion engine, wherein the liquid circuit flows through both the liquid-cooled internal combustion engine and the fuel-burning heating device, characterized in that a fan is driven directly by the force effect generated by the liquid-cooled internal combustion engine and brings about an airflow through the heat exchanger.
Method for the recognition of arc faults within a circuit which has a mains frequency, an electrical current and an electrical voltage, - in which an occurring interference signal, which has a frequency below an NF1 frequency and a current above an NF1 limit, defines an NF1 signal, - in which a number of occurring interference signals, which have a frequency below an HF2 frequency, are composed into an HF2 signal, if the number of occurring interference signals is greater than or equal to an HF2 number and the temporal distance of two consecutive interference signals is smaller than an HF2 time, - in which a number of periods, the respective length of which amounts to an aggregate length and which are directly temporally consecutive and within which there is at least one HF2 signal, define an aggregate if the number of periods is greater than or equal to an aggregate number, - in which a WET1 aggregate counter is increased by one if an aggregate is identified, - in which the WET1 aggregate counter is reset to zero if the temporal distance of two adjacent aggregates to each other is smaller than a first aggregate time or larger than a second aggregate time, - in which, after an aggregate value is achieved for the WET1 aggregate counter, a waiting period is started, - in which the waiting period is discontinued and the WET1 aggregate counter is reset to zero if, within the waiting period, at least one NF1 signal or two aggregates are measured, the temporal distance of which is smaller than a third aggregate time, and - in which, after the expiry of the waiting period, an arc fault is recognised and/or this is reported. - in which an occurring interference signal, which has a frequency below an NF1 frequency and a current above an NF1 limit, defines an NF1 signal, - in which a number of occurring interference signals, which have a frequency below an HF2 frequency, are composed into an HF2 signal, if the number of occurring interference signals is greater than or equal to an HF2 number and the temporal distance of two consecutive interference signals is smaller than an HF2 time, - in which a number of periods, the respective length of which amounts to an aggregate length and which are directly temporally consecutive and within which there is at least one HF2 signal, define an aggregate if the number of periods is greater than or equal to an aggregate number, - in which a WET1 aggregate counter is increased by one if an aggregate is identified, - in which the WET1 aggregate counter is reset to zero if the temporal distance of two adjacent aggregates to each other is smaller than a first aggregate time or larger than a second aggregate time, - in which, after an aggregate value is achieved for the WET1 aggregate counter, a waiting period is started, - in which the waiting period is discontinued and the WET1 aggregate counter is reset to zero if, within the waiting period, at least one NF1 signal or two aggregates are measured, the temporal distance of which is smaller than a third aggregate time, and - in which, after the expiry of the waiting period, an arc fault is recognised and/or this is reported.
A filter element for a blood processing filter, comprising a nonwoven fabric, characterized in that the nonwoven fabric has a carboxyl group equivalent of from 20 to 140 μeq/g and a surface ζ potential of 0 mV or larger, wherein the surface ζ potential of the nonwoven fabric is measured by the following procedure: (i) the nonwoven fabric is cut into a size of approximately 1 cm × 2 cm and dipped in a 1 mM potassium chloride solution, (ii) the nonwoven fabric thus dipped is loaded in a cell for plate samples, followed by electrophoresis using a ζ potential apparatus, in this context, the migration solution used is a dispersion of polystyrene latex particles in a 1 mM potassium chloride solution, (iii) the sample thus electrophoresed is analyzed using software attached to the apparatus from the mobility of the latex particles shown in the spectrum to calculate the surface ζ potential (mV) of the nonwoven fabric. (i) the nonwoven fabric is cut into a size of approximately 1 cm × 2 cm and dipped in a 1 mM potassium chloride solution, (ii) the nonwoven fabric thus dipped is loaded in a cell for plate samples, followed by electrophoresis using a ζ potential apparatus, in this context, the migration solution used is a dispersion of polystyrene latex particles in a 1 mM potassium chloride solution, (iii) the sample thus electrophoresed is analyzed using software attached to the apparatus from the mobility of the latex particles shown in the spectrum to calculate the surface ζ potential (mV) of the nonwoven fabric.
An apparatus for plasma treatment of surfaces of at least one workpiece, comprising: • at least one plasma source connected to a power supply for generating a plasma; • an enclosed space; • at least one extraction means for setting a pressure difference (Δp) between the at least one plasma source and the enclosed space; wherein • via a single opening each plasma source is in fluid communication with a respective plasma distribution element arranged within the enclosed space; • each plasma distribution element has a plurality of plasma discharge openings; characterized in that • the opening of the at least one plasma source is formed as an adjustable nozzle or adjustable valve. • at least one plasma source connected to a power supply for generating a plasma; • an enclosed space; • at least one extraction means for setting a pressure difference (Δp) between the at least one plasma source and the enclosed space; wherein • via a single opening each plasma source is in fluid communication with a respective plasma distribution element arranged within the enclosed space; • each plasma distribution element has a plurality of plasma discharge openings; • the opening of the at least one plasma source is formed as an adjustable nozzle or adjustable valve.
A process for operating a system, which comprises at least one automation device, comprising a memory, and at least one automation unit, characterised in that in a first step, data, namely operating parameters, further parameters, address and information for the identification of at least one automation unit are stored in the memory, in a second step, corresponding data are requested from the automation unit and transmitted to at least one automation device, in a third step, the data stored in the memory are compared with the data transmitted from the automation unit, in a fourth step, depending on the result of the comparison, an enabling of the automation unit is carried out, wherein, in the third step, if the parameters relating to the device type, the options and the hardware and/or software version match and the further parameters do not match as a result of the comparison, these further parameters are transmitted from the memory to the automation unit and stored there, wherein, in the fourth step, an enabling of the automation unit takes place, wherein dummy information for identification is stored in all automation units so that all automation units may be parameterised simultaneously during commissioning or at another time.