mhurhangee/ep-ind-claims huggingface dataset:
A conveying apparatus for media in a fuel cell system having a drive machine, via which at least one conveying device for air and at least one conveying device for recirculated anode exhaust gas are driven via at least one cooling medium pump, characterized in that the drive machine includes a rotor shaft to which the cooling medium pump is directly coupled, wherein the cooling medium pump or the drive machine is magnetically coupled to one of the conveying devices (8, 14) and the drive machine or the conveying device (8, 14) is magnetically coupled to the other conveying device (14, 8).
Process for the preparation of silicone gels comprising the process steps A) provision of a mixture comprising a silicone comprising at least one (meth)acrylate group of the formula -O-C -CR=CH 2 formula where R = -H or -CH 3, with the proviso that the average molar ratio of (meth)acrylate groups to Si atoms in the silicone is in a range from 0.014 - 0.15, and at least one cosmetically suitable carrier medium, B) initiation of a free-radical polymerization by addition of at least one organic radical starter, preferably of an organic peroxide. A) provision of a mixture comprising a silicone comprising at least one (meth)acrylate group of the formula -O-C -CR=CH 2 formula where R = -H or -CH 3, with the proviso that the average molar ratio of (meth)acrylate groups to Si atoms in the silicone is in a range from 0.014 - 0.15, and at least one cosmetically suitable carrier medium, B) initiation of a free-radical polymerization by addition of at least one organic radical starter, preferably of an organic peroxide.
Method for operating a beverage dispenser for dispensing a beverage, comprising a housing, at least one beverage reservoir in the form of a pull-out compartment, at least one housing aperture, at least one container receptacle for introducing the beverage reservoir into the housing via the housing aperture, a dispensing system, a dispensing aperture provided in the beverage reservoir and cooperating with the dispensing system, and which beverage reservoir has a container aperture above the maximum filling level of said beverage reservoir, with a pressing mechanism being provided which urges a surface of the beverage reservoir that surrounds the container aperture into sealing abutment against the associated wall of the container receptacle of said housing, characterized in that once the beverage reservoir has been inserted and locked in position, a negative pressure, in particular a vacuum, will be applied to said beverage reservoir.
Electrical machine, in particular for a hybrid module of a hybrid vehicle or for an electric vehicle, comprising - a stator and a rotor, wherein - the stator comprises a stator carrier and a laminated core, and wherein - the laminated core has stator teeth on which stator coils are arranged by means of insulating bodies, wherein - a switching ring receptacle is arranged radially next to the stator and is designed to energize the stator coils by means of switching rings (U; V; W) which can be received in the switching ring receptacle, and wherein - at least one reinforcing element is provided on the stator and is arranged axially on the outside of the stator and extends at least partially radially along at least one of the stator coils and radially as far as beyond the switching ring receptacle, wherein - the stator coils are arranged radially between the switching ring receptacle and the stator carrier, wherein - the switching ring receptacle is present as a separate element and is fastened to the insulating bodies, wherein - the reinforcing element is fastened radially on one side to the switching receptacle and on the other side to the stator carrier or to an insulating body, and wherein - the reinforcing element has at least one window opening in the radial region of extent. - a stator and a rotor, wherein - the stator comprises a stator carrier and a laminated core, and wherein - the laminated core has stator teeth on which stator coils are arranged by means of insulating bodies, wherein - a switching ring receptacle is arranged radially next to the stator and is designed to energize the stator coils by means of switching rings (U; V; W) which can be received in the switching ring receptacle, and wherein - at least one reinforcing element is provided on the stator and is arranged axially on the outside of the stator and extends at least partially radially along at least one of the stator coils and radially as far as beyond the switching ring receptacle, wherein - the stator coils are arranged radially between the switching ring receptacle and the stator carrier, wherein - the switching ring receptacle is present as a separate element and is fastened to the insulating bodies, wherein - the reinforcing element is fastened radially on one side to the switching receptacle and on the other side to the stator carrier or to an insulating body, and wherein - the reinforcing element has at least one window opening in the radial region of extent.
Device for carrying out a financial transaction, having - a reader for reading data from an identification device belonging to a user, - at least two magnetic field coils (20, 21) for generating an alternating magnetic field in a detection range at the reader, and - a control and evaluation device which is designed to control a first of the at least two magnetic field coils (20, 21) for the purpose of generating the alternating magnetic field and to monitor at least one characteristic variable of the magnetic field coil (20, 21) which depends on the alternating magnetic field generated in order to detect an object in the detection range using the characteristic variable, characterized in that the first of the at least two magnetic field coils (20, 21) generates an alternating magnetic field at a first frequency of greater than 100 kHz, and a second of the at least two magnetic field coils (20, 21) generates an alternating magnetic field at a second frequency which is lower than the first frequency. - a reader for reading data from an identification device belonging to a user, - at least two magnetic field coils (20, 21) for generating an alternating magnetic field in a detection range at the reader, and - a control and evaluation device which is designed to control a first of the at least two magnetic field coils (20, 21) for the purpose of generating the alternating magnetic field and to monitor at least one characteristic variable of the magnetic field coil (20, 21) which depends on the alternating magnetic field generated in order to detect an object in the detection range using the characteristic variable,
An accessory drive for an internal combustion engine of a vehicle, comprising at least a first pulley rotationally coupled to a drive shaft of the internal combustion engine, a second pulley rotationally coupled to a shaft of an electric machine, an endless drive element cooperating with at least said first and said second pulley, a tensioner (10; 52; 76) comprising a first and a second tensioning pulley (14, 15; 55, 56) and at least one spring adapted to push the tensioning pulleys into contact with respective branches (9a, 9b) of the endless drive element positioned on opposite sides with respect to the second pulley, and an adjustable-position pulley (15; 51; 56) configured to cooperate with the endless drive element to vary the installation tension thereof, and a support element adapted to be fixed on or in proximity to the electric machine; characterized in that the tensioner includes: an intermediate element carried by the support element and rotating with respect thereto about a first fixed axis; a rigid tensioner element rotating with respect to the intermediate element about a second axis parallel to the first axis and distinct therefrom; the first and a second tensioning pulley (14, 15) being carried by the tensioner element and rotating with respect thereto about respective axes distinct from said first and second axis (A, B) and arranged in use in a fixed relative position, said at least one spring acting between the support element and the intermediate element to push the tensioning pulleys into contact with the respective said branches (9a, 9b) of the belt, and in that said adjustable-position pulley is one of the tensioning pulleys (15; 56). an intermediate element carried by the support element and rotating with respect thereto about a first fixed axis; a rigid tensioner element rotating with respect to the intermediate element about a second axis parallel to the first axis and distinct therefrom; the first and a second tensioning pulley (14, 15) being carried by the tensioner element and rotating with respect thereto about respective axes distinct from said first and second axis (A, B) and arranged in use in a fixed relative position, said at least one spring acting between the support element and the intermediate element to push the tensioning pulleys into contact with the respective said branches (9a, 9b) of the belt, and in that said adjustable-position pulley is one of the tensioning pulleys (15; 56).
A water supply and kneading system for green sand, comprising: a weighing hopper that stores green sand that has been weighed; a kneading machine that kneads the green sand and water; a sand loading means for releasing the green sand in the weighing hopper into the kneading machine, or shutting off the release of the green sand; a water supply device that supplies water to the green sand in the kneading machine; a moisture sensor that comprises a pair of rod-like electrodes and measures a moisture content of the green sand stored in the weighing hopper by measuring an electric potential difference between the electrodes, wherein the electrodes comprise a measurement section for electrical contact with the green sand; a kneading control device that controls the amount of water supplied by the water supply device and controls the sand loading means on the basis of an output of the moisture sensor; and characterized in that a moisture sensor support device is provided on top of the weighing hopper, each of the pair of electrodes being suspended downward from the moisture sensor support device so as to be embedded in the green sand while spaced apart in a horizontal direction, wherein the pair of electrodes are caused to be freely spaced apart in a horizontal direction, and freely raised and lowered in an up-down direction. a weighing hopper that stores green sand that has been weighed; a kneading machine that kneads the green sand and water; a sand loading means for releasing the green sand in the weighing hopper into the kneading machine, or shutting off the release of the green sand; a water supply device that supplies water to the green sand in the kneading machine; a moisture sensor that comprises a pair of rod-like electrodes and measures a moisture content of the green sand stored in the weighing hopper by measuring an electric potential difference between the electrodes, wherein the electrodes comprise a measurement section for electrical contact with the green sand; a kneading control device that controls the amount of water supplied by the water supply device and controls the sand loading means on the basis of an output of the moisture sensor; and characterized in that a moisture sensor support device is provided on top of the weighing hopper, each of the pair of electrodes being suspended downward from the moisture sensor support device so as to be embedded in the green sand while spaced apart in a horizontal direction, wherein the pair of electrodes are caused to be freely spaced apart in a horizontal direction, and freely raised and lowered in an up-down direction.
A streaming data encoding method comprising: dividing a moving picture experts group, MPEG, media transport, MMT, packet stream into a plurality of Forward Error Correction, FEC, source blocks, wherein an FEC source block is a source block to be FEC encoded; for each of the plurality of FEC source blocks, dividing the FEC source block into at least two FEC sub-blocks (112, 114, 116); performing first FEC encoding on the at least two FEC sub-blocks to generate first encoding data including, for each of the at least two FEC sub-blocks, an encoded FEC sub-block (141, 143, 145) and a first parity payload (142, 144, 146) of the respective FEC sub-block; performing second FEC encoding on the FEC source block to generate second encoding data including a second parity payload of the encoded FEC source block; and generating a third encoding data (141, 142, 143, 144, 145, 146, 150) including the first encoding data and the second encoding data. dividing a moving picture experts group, MPEG, media transport, MMT, packet stream into a plurality of Forward Error Correction, FEC, source blocks, wherein an FEC source block is a source block to be FEC encoded; for each of the plurality of FEC source blocks, dividing the FEC source block into at least two FEC sub-blocks (112, 114, 116); performing first FEC encoding on the at least two FEC sub-blocks to generate first encoding data including, for each of the at least two FEC sub-blocks, an encoded FEC sub-block (141, 143, 145) and a first parity payload (142, 144, 146) of the respective FEC sub-block; performing second FEC encoding on the FEC source block to generate second encoding data including a second parity payload of the encoded FEC source block; and generating a third encoding data (141, 142, 143, 144, 145, 146, 150) including the first encoding data and the second encoding data.
A method for assembling a gear motor which comprises at least one rotor mounted on two rolling bearings, comprising the steps of: - fastening the outer ring of the first rolling bearing in the stator housing; - screwing together, with a predetermined torque, the inner ring of the first rolling bearing and the rotor; - fastening the outer ring of the second rolling bearing in the stator housing; - screwing together the inner ring of the second rolling bearing and the rotor, wherein the screw connection is tightened so that the rotor is centered in axial direction. - fastening the outer ring of the first rolling bearing in the stator housing; - screwing together, with a predetermined torque, the inner ring of the first rolling bearing and the rotor; - fastening the outer ring of the second rolling bearing in the stator housing; - screwing together the inner ring of the second rolling bearing and the rotor, wherein the screw connection is tightened so that the rotor is centered in axial direction.
Axylylenediisocyanate composition comprising xylylenediisocyanate and a compound represented by Chemical Formula below, wherein 0.6 ppm or more and 60 ppm or less of the compound represented by Chemical Formula below is contained:
A method for producing a fastening system, in particular for components of photovoltaic systems, preferably on roof surfaces of buildings, in a first step a support surface being provided, on which at least one fastening component (7, 19) consisting of loop and/or other interlocking elements is applied, and which after fastening the respective fastening component (7, 19) in the mounted state of the support surface allows the attachment of at least one other corresponding fastening component (7, 19) which, provided with other interlocking elements, enables the detachable connection of the assignable fastening components (7, 19), characterised in that in order to form the support surface a backing web is provided which is applied in one transport direction at an application station to which a bitumen mass is applied, and is moved past a following attachment station at which, in a chosen surface area, the assigned fastening component (7, 19) is attached.
A long-term storage device comprising in a loaded configuration, a containment case containing "irradiated nuclear fuel assemblies", where the said device includes a main body having an inner surface delimiting a housing, and comprising, in an unloaded configuration of the storage device in which the said containment case containing "irradiated nuclear fuel assemblies" is absent from the storage device, a storage case housed in the said housing of the body, and delimiting a cavity receiving the containment case in the loaded configuration, where the said storage device also includes ventilation means (17, 18, 117, 118) allowing air to circulate between the exterior of the storage device and a space delimited between the said inner surface of the main body and the storage case.
A system for demand-driven, flexible-topology and intelligently-enabled communication between one or more network-enabled client devices and one or more network-enabled application servers over multiple segments of the Internet concurrently; the system comprising: one or more gateway devices, wherein the gateway devices each comprise at least two simultaneously-operating Internet access devices and enable each of the client devices to transmit and receive data to and from the application servers through at least two Internet connections simultaneously by means of connection-selection and network data transmission, reception, buffering, validation, and synchronization facilities being referred to as a connection-merging protocol, the merger of a gateway device's multiple Internet connections being referred to as a macro connection; and one or more virtual or physical relay machines, wherein the relay machines each implement the connection-merging protocol, and act as proxies between the client devices and the application servers; characterised by: one virtual or physical coordination machine operating on the Internet, wherein the coordination machine aggregates system status metrics, and launches, configures and terminates relay machines according to said metrics, and instructs the gateway devices as to which of the relay machines to proxy Internet traffic originating from the client devices through. one or more gateway devices, wherein the gateway devices each comprise at least two simultaneously-operating Internet access devices and enable each of the client devices to transmit and receive data to and from the application servers through at least two Internet connections simultaneously by means of connection-selection and network data transmission, reception, buffering, validation, and synchronization facilities being referred to as a connection-merging protocol, the merger of a gateway device's multiple Internet connections being referred to as a macro connection; and one or more virtual or physical relay machines, wherein the relay machines each implement the connection-merging protocol, and act as proxies between the client devices and the application servers; characterised by: one virtual or physical coordination machine operating on the Internet, wherein the coordination machine aggregates system status metrics, and launches, configures and terminates relay machines according to said metrics, and instructs the gateway devices as to which of the relay machines to proxy Internet traffic originating from the client devices through.
A charging apparatus for a secondary battery, comprising: a power supply circuit connected to a primary winding of a transformer; a main winding and a sub winding connected to a secondary side of the transformer; a charging circuit connected to the main winding, the charging circuit supplying power to a battery pack to be charged; and a control circuit connected to the sub winding, the control circuit controlling the charging circuit, wherein the charging circuit comprises a LED indicating a standby state or a charge completion state, the LED being lighted at light-load time of the charging circuit based on a command of the control circuit. a power supply circuit connected to a primary winding of a transformer; a main winding and a sub winding connected to a secondary side of the transformer; a charging circuit connected to the main winding, the charging circuit supplying power to a battery pack to be charged; and a control circuit connected to the sub winding, the control circuit controlling the charging circuit, wherein the charging circuit comprises a LED indicating a standby state or a charge completion state, the LED being lighted at light-load time of the charging circuit based on a command of the control circuit.
A slide processing apparatus, comprising: a slide holder platen having a receiving region configured to receive a slide with a first side of the slide facing the receiving region and a second side facing away from the receiving region; and an opposable actuator positioned to hold an opposable element to define a capillary gap between the opposable element and a slide located at the receiving region, the opposable actuator being configured to move the opposable element along the slide in a first direction to move the capillary gap in the first direction along the slide to move a band of liquid along the second side of the slide from a first position to a second position, to vary a width of the band of liquid in a direction substantially parallel to the first direction by varying a height of the capillary gap along the first direction, wherein the opposable actuator is configured to move the opposable element to displace the band of liquid between the first position and the second position while maintaining the width of the band of liquid or increasing or decreasing the width of the band of liquid less than 5% while displacing the band of liquid across the specimen, and an opposable element having an arcuate body for rolling along the slide at the receiving region, characterized in that the opposable element has a tapered end facing the receiving region, the tapered end being positioned to contact and captivate the band of liquid. a slide holder platen having a receiving region configured to receive a slide with a first side of the slide facing the receiving region and a second side facing away from the receiving region; and an opposable actuator positioned to hold an opposable element to define a capillary gap between the opposable element and a slide located at the receiving region, the opposable actuator being configured to move the opposable element along the slide in a first direction to move the capillary gap in the first direction along the slide to move a band of liquid along the second side of the slide from a first position to a second position, to vary a width of the band of liquid in a direction substantially parallel to the first direction by varying a height of the capillary gap along the first direction, wherein the opposable actuator is configured to move the opposable element to displace the band of liquid between the first position and the second position while maintaining the width of the band of liquid or increasing or decreasing the width of the band of liquid less than 5% while displacing the band of liquid across the specimen, and an opposable element having an arcuate body for rolling along the slide at the receiving region, characterized in that the opposable element has a tapered end facing the receiving region, the tapered end being positioned to contact and captivate the band of liquid.