mhurhangee/ep-ind-claims huggingface dataset:
A knife assembly adapted for producing julienne cut food product, the knife assembly comprising: a primary blade (30, 34) having a corrugated shape to produce a large-amplitude food product, the corrugated shape having a cutting leading edge and defining multiple peaks and valleys; and at least one tab blade (32, 36) adapted to cut the large-amplitude food product slice into strips, characterised in the tab blade (32, 36) being defined by a cut in the primary blade (30, 34) that forms a tab and then bending the tab so that the tab protrudes from the primary blade (30, 34). a primary blade (30, 34) having a corrugated shape to produce a large-amplitude food product, the corrugated shape having a cutting leading edge and defining multiple peaks and valleys; and at least one tab blade (32, 36) adapted to cut the large-amplitude food product slice into strips, characterised in the tab blade (32, 36) being defined by a cut in the primary blade (30, 34) that forms a tab and then bending the tab so that the tab protrudes from the primary blade (30, 34).
A drive system for a plurality of individually switched nozzles with drive signals common to said plurality of individually switched nozzles of an inkjet print head, the system comprising: a nozzle controller associated with at least one nozzle whereby meniscus activation is determined by a meniscus activation pulse, MAP, signal to that nozzle, characterised in that the nozzle controller is configured whereby fire waveforms are delayable by a configurable fire latency; and in that the system further comprises: a MAP controller defining at least one parameter for the at least one nozzle and such that the at least one parameter is monitored by the MAP controller, whereby a MAP signal is provided to the nozzle controller as required, each nozzle configured whereby there is a fixed delay period at least until meniscus activation at the nozzles by the MAP signal is complete, the nozzle controller ensuring that subsequent nozzle fire signals as drive signals common to said plurality of individually switched nozzles are delayed by the fixed delay period but remain in sequence with each other. a nozzle controller associated with at least one nozzle whereby meniscus activation is determined by a meniscus activation pulse, MAP, signal to that nozzle, characterised in that the nozzle controller is configured whereby fire waveforms are delayable by a configurable fire latency; and in that the system further comprises: a MAP controller defining at least one parameter for the at least one nozzle and such that the at least one parameter is monitored by the MAP controller, whereby a MAP signal is provided to the nozzle controller as required, each nozzle configured whereby there is a fixed delay period at least until meniscus activation at the nozzles by the MAP signal is complete, the nozzle controller ensuring that subsequent nozzle fire signals as drive signals common to said plurality of individually switched nozzles are delayed by the fixed delay period but remain in sequence with each other.
An electrical accessory for installing on a wall, the electrical accessory comprising: • a support portion that is adapted to be fastened to the wall and that comprises at least one electrical box; • an electrical unit comprising at least one base that houses an electrical mechanism and that is provided with at least one snap-fastener tab that is adapted to be snap-fastened on said support portion; and • a front portion (10, 30) comprising at least one front wall and at least one tongue that extends at the rear of said front wall and that is adapted to fasten said front wall to said electrical unit; the electrical accessory being characterized in that said tongue is adapted to be interposed between said snap-fastener tab and a rigid portion that is secured with the base of the electrical unit, said tongue having a shape of a plate with a first face suitable to come into contact with said snap-fastener tab and a second face suitable to come into contact with said rigid portion, and characterized in that said tongue includes at least one serration, and wherein said base and/or said rigid portion includes at least one rib (35, 70) on which said serration is adapted to catch. • a support portion that is adapted to be fastened to the wall and that comprises at least one electrical box; • an electrical unit comprising at least one base that houses an electrical mechanism and that is provided with at least one snap-fastener tab that is adapted to be snap-fastened on said support portion; and • a front portion (10, 30) comprising at least one front wall and at least one tongue that extends at the rear of said front wall and that is adapted to fasten said front wall to said electrical unit;
Method for welding the two longitudinal edges of a metal sheet put in the form of an O and defining a junction plane, in which: a) a nozzle is fed with a gas or a gas mixture and said nozzle is used to send a jet of protecting gas formed from said gas or gas mixture toward the junction plane, b) a laser beam generated by a laser generator of the CO 2 type is used to melt and vaporise the metal constituting the two longitudinal edges of a metal sheet leading to the formation, in the thickness of the metal sheet and at said junction plane, a metal vapour capillary with the simultaneous formation of a metal plasma which, by propagating outside the metal vapour capillary, forms a metal plasma plume above the junction plane, characterised in that: c) the jet of projecting gas delivered by the nozzle is oriented or directed in the direction of the metal plasma plume, forming above the junction plane so that it is flush with the top of the metal plasma plume and impinges on the two longitudinal edges of the metal sheet at a point where the metal constituting the latter has not been melted by the beam, and d) a welding tube is obtained by resolidification of the metal constituting the two longitudinal edges of the metal sheet. a) a nozzle is fed with a gas or a gas mixture and said nozzle is used to send a jet of protecting gas formed from said gas or gas mixture toward the junction plane, b) a laser beam generated by a laser generator of the CO 2 type is used to melt and vaporise the metal constituting the two longitudinal edges of a metal sheet leading to the formation, in the thickness of the metal sheet and at said junction plane, a metal vapour capillary with the simultaneous formation of a metal plasma which, by propagating outside the metal vapour capillary, forms a metal plasma plume above the junction plane, characterised in that: c) the jet of projecting gas delivered by the nozzle is oriented or directed in the direction of the metal plasma plume, forming above the junction plane so that it is flush with the top of the metal plasma plume and impinges on the two longitudinal edges of the metal sheet at a point where the metal constituting the latter has not been melted by the beam, and d) a welding tube is obtained by resolidification of the metal constituting the two longitudinal edges of the metal sheet.
A method of distributing data to a vehicle using a data distribution system, comprising: selecting, by a computing device based on a set of selection rules and a set of selection criteria, a particular bearer from a plurality of bearers (128a-128n), the plurality of bearers (128a-128n) being of different types and having interfaces (125a-125n) for receiving information onto the vehicle, the interfaces (125a-125n) being fixedly coupled to the vehicle and communicatively coupled to the computing device, wherein the set of selection criteria includes a bearer characteristic, a preference of a system user of the data distribution system, and a preference of an end-user, and wherein the set of selection rules has been customized by a system provider of the data distribution system for the instance of the data distribution system corresponding to the vehicle; causing information to be received onto the vehicle using the particular bearer; and routing, by the computing device, the received information to a destination device within the vehicle and operated by the end-user, wherein: the system provider is an agent of a provider, a producer, or a manufacturer of the data distribution system, the system user is an agent of an entity that has obtained one or more instances of the data delivery system for use in vehicles, and, the end-user is a passenger on-board the vehicle. selecting, by a computing device based on a set of selection rules and a set of selection criteria, a particular bearer from a plurality of bearers (128a-128n), the plurality of bearers (128a-128n) being of different types and having interfaces (125a-125n) for receiving information onto the vehicle, the interfaces (125a-125n) being fixedly coupled to the vehicle and communicatively coupled to the computing device, wherein the set of selection criteria includes a bearer characteristic, a preference of a system user of the data distribution system, and a preference of an end-user, and wherein the set of selection rules has been customized by a system provider of the data distribution system for the instance of the data distribution system corresponding to the vehicle; causing information to be received onto the vehicle using the particular bearer; and routing, by the computing device, the received information to a destination device within the vehicle and operated by the end-user, wherein: the system provider is an agent of a provider, a producer, or a manufacturer of the data distribution system, the system user is an agent of an entity that has obtained one or more instances of the data delivery system for use in vehicles, and, the end-user is a passenger on-board the vehicle. the system provider is an agent of a provider, a producer, or a manufacturer of the data distribution system, the system user is an agent of an entity that has obtained one or more instances of the data delivery system for use in vehicles, and, the end-user is a passenger on-board the vehicle.
Method for monitoring the state of a sliding bearing operated with lubricating oil for a rotating component, in which a physical variable that is characteristic of the bearing is measured by at least one sensor and is fed to a control unit for state monitoring, characterized by the following steps: - from at least one physical sliding bearing model (N-V-F) to which at least the rotational speed (n) and the torque are fed as input variables (u: n, M, T_sump), the control unit determines at least one state variable (s; T; p) of the sliding bearing and/or of the lubricating oil as output variable (y); - using at least one sensor, measurement values are ascertained and output variables y are correlated with measurement values, the output vector containing state variables (s; T; p); - from a comparison of the measured value of the state variable (s; T; p) with the value of the state variable (s; T; p) calculated in a model-based manner as output variables (y), non-measurable or non-measured state variables of the sliding bearing are available for the state and function monitoring and also documentation (classification and storage) and subsequent interpretation. - from at least one physical sliding bearing model (N-V-F) to which at least the rotational speed (n) and the torque are fed as input variables (u: n, M, T_sump), the control unit determines at least one state variable (s; T; p) of the sliding bearing and/or of the lubricating oil as output variable (y); - using at least one sensor, measurement values are ascertained and output variables y are correlated with measurement values, the output vector containing state variables (s; T; p); - from a comparison of the measured value of the state variable (s; T; p) with the value of the state variable (s; T; p) calculated in a model-based manner as output variables (y),
Mobile beverage-preparation device configured to prepare beverages, in partcular hot and/or cold beverages, with at least one beverage extract and to output the prepared beverage in a vehicle, including - a drivable housing that is configured to exchangeably accommodate at least one extract tank, wherein the extract tank is configured to accommodate the beverage extract and includes at least one tank information, wherein the tank information is representative for a recognition of the extract tank, the volume of the extract tank or the type of the beverage extract tank, - a communication unit that is configured to transmit at least one of the tank information to a superordinate communication unit. - a drivable housing that is configured to exchangeably accommodate at least one extract tank, wherein the extract tank is configured to accommodate the beverage extract and includes at least one tank information, wherein the tank information is representative for a recognition of the extract tank, the volume of the extract tank or the type of the beverage extract tank, - a communication unit that is configured to transmit at least one of the tank information to a superordinate communication unit.
A collection unit designed to collect the solid debris and mud in the liquid media of a cell for producing aluminum, such as the electrolytic bath and the molten metal, in particular a crust shovel designed for deaning anode holes, comprising: a) a vertical mast (9") actuated by a first actuator, used to move said vertical mast in the vertical direction; b) a frame fixed onto said vertical mast; c) at least one articulated bucket (120a, 120b), swiveling around a substantially horizontal axis (115a, 115b), fitted to said frame, with a substantially horizontal leading edge (128a, 128b) actuated by a second actuator (200, 201), interdependent with said frame, causing said bucket to adopt a rotary movement around saièi substantially horizontal axis, characterized in that said first actuator is composed of at least one hydraulic jack which indudes a body, a piston together with a rod and a chamber on the rod sicle, and which is powered by a hydraulic system arranged so that, at least when the second actuator is activated, oil pressure in the chamber on the rod side is maintained at a substantially constant value allowing said jack to support a load corresponding to the weight of said collection unit, less a Joad of predetermined value, preferably lower than 1000 daN, and typically ranging between 200 and 600 daN. a) a vertical mast (9") actuated by a first actuator, used to move said vertical mast in the vertical direction; b) a frame fixed onto said vertical mast; c) at least one articulated bucket (120a, 120b), swiveling around a substantially horizontal axis (115a, 115b), fitted to said frame, with a substantially horizontal leading edge (128a, 128b) actuated by a second actuator (200, 201), interdependent with said frame, causing said bucket to adopt a rotary movement around saièi substantially horizontal axis,
Apparatus for decoding an encoded audio signal comprising an encoded core signal and parametric data, comprising: a core decoder for decoding the encoded core signal to obtain a decoded core signal; an analyzer (602, 614, 704, 720) for analyzing a preliminary regenerated signal obtained by performing a preliminary frequency regeneration procedure (702, 718) on the decoded core signal to provide an analysis result; and a frequency regenerator (604, 616) for regenerating spectral portions not included in the decoded core signal using a spectral portion of the decoded core signal, the parametric data, and the analysis result. a core decoder for decoding the encoded core signal to obtain a decoded core signal; an analyzer (602, 614, 704, 720) for analyzing a preliminary regenerated signal obtained by performing a preliminary frequency regeneration procedure (702, 718) on the decoded core signal to provide an analysis result; and a frequency regenerator (604, 616) for regenerating spectral portions not included in the decoded core signal using a spectral portion of the decoded core signal, the parametric data, and the analysis result.
Method for selecting a suitable candidate cell clone for stable recombinant protein expression, the method comprising the steps of: a) determining for at least two cell clones, the expression level of the Hist1h2bc gene, and b) selecting out of said at least two cell clones a cell clone for further expansion, whose expression level of the Hist1h2bc gene is with respect to the expression level of the Hist1h2bc gene in at least one other clone tested in step a) upregulated. a) determining for at least two cell clones, the expression level of the Hist1h2bc gene, and b) selecting out of said at least two cell clones a cell clone for further expansion, whose expression level of the Hist1h2bc gene is with respect to the expression level of the Hist1h2bc gene in at least one other clone tested in step a) upregulated.
A location measurement unit, LMU, device fusion method, applied to a locating server used for managing LMUs in networking, wherein the method comprises: receiving a locating request for a target terminal, obtaining information about a serving base station of the target terminal and information about a neighbor station measured by the target terminal, and selecting a LMU set involved in location measurement according to the information about the serving base station and the information about the neighbor station, wherein the LMU set comprises private LMUs of the serving base station of the target terminal and third-party LMUs belonging to other base stations with respect to the serving base station; and initiating the locating request to the serving base station of the target terminal, and transmitting an uplink sounding reference signal, SRS, parameter returned by the serving base station to the LMU set, so as to configure LMUs within the LMU set. receiving a locating request for a target terminal, obtaining information about a serving base station of the target terminal and information about a neighbor station measured by the target terminal, and selecting a LMU set involved in location measurement according to the information about the serving base station and the information about the neighbor station, wherein the LMU set comprises private LMUs of the serving base station of the target terminal and third-party LMUs belonging to other base stations with respect to the serving base station; and initiating the locating request to the serving base station of the target terminal, and transmitting an uplink sounding reference signal, SRS, parameter returned by the serving base station to the LMU set, so as to configure LMUs within the LMU set.
Method of decorating natural leather with an inkjet printer which comprises a first vacuum belt for conveying an unwoven fabric which is configured as a second vacuum belt; and wherein the method comprises: - applying from an adhesive tape-roll an adhesive tape as a continuous sheet against the unwoven fabric wherein said adhesive tape has an adhesive side and opposite side and the opposite side is in contact with the unwoven fabric; - applying a natural leather on the adhesive side of the adhesive tape; - conveying the applied natural leather by moving the first vacuum belt whereby the unwoven fabric is moving by suction power through the first vacuum belt and the applied adhesive tape is moving by said suction power through said unwoven fabric under an inkjet print head; - marking the applied natural leather with jetted droplets of the inkjet print head for decorating said natural leather while the adhesive tape is attached to the unwoven fabric. - applying from an adhesive tape-roll an adhesive tape as a continuous sheet against the unwoven fabric wherein said adhesive tape has an adhesive side and opposite side and the opposite side is in contact with the unwoven fabric; - applying a natural leather on the adhesive side of the adhesive tape; - conveying the applied natural leather by moving the first vacuum belt whereby the unwoven fabric is moving by suction power through the first vacuum belt and the applied adhesive tape is moving by said suction power through said unwoven fabric under an inkjet print head; - marking the applied natural leather with jetted droplets of the inkjet print head for decorating said natural leather while the adhesive tape is attached to the unwoven fabric.
Current producing device for cylindrical fish rearing vessels, particularly with a circular cross-section, and comprising at least one supply pipe for supply of water and one distributor pipe, which distributor pipe is located by the edge of a rearing vessel and provided with numerous nozzle openings, and a damper means provided with holes and adjustable with regard to the nozzle openings, characterized in that - the damper means is arranged axially displaceable between lateral guides (19,20), - that the nozzle openings in the distributor pipe are formed as axially extending slits, each having a length which exceeds its width by a factor of 2 or more, that said holes in the damper means are slit openings corresponding to the slit openings in the distributor pipe in shape and number, and that the damper means is connected to a linear motor (23, 25) for controlling the axial movement. - the damper means is arranged axially displaceable between lateral guides (19,20), - that the nozzle openings in the distributor pipe are formed as axially extending slits, each having a length which exceeds its width by a factor of 2 or more,
Apparatus, comprising: Circuitry, configured: to generate a first output, based on an intracardiac electrocardiogram voltage received from a helical conducting element, and to generate a second output, based on a voltage difference that was induced across the conducting element by a magnetic field; a processor, configured to build an electroanatomical map, based on the first output and the second output; and a catheter, the catheter comprising: a plurality of splines at a distal end of the catheter; and a plurality of helical conducting elements disposed on the splines; wherein the circuitry is configured to generate the first output based on an intracardiac electrocardiogram voltage received from a first one of the plurality of helical conducting elements, and the circuitry is configured to generate the second output based on a voltage difference that was induced across the first one of the plurality of helical conducting elements by a magnetic field; and wherein the apparatus further comprises an electrically-insulative layer covering at least a majority of each of the helical conducting elements. Circuitry, configured: to generate a first output, based on an intracardiac electrocardiogram voltage received from a helical conducting element, and to generate a second output, based on a voltage difference that was induced across the conducting element by a magnetic field; to generate a first output, based on an intracardiac electrocardiogram voltage received from a helical conducting element, and to generate a second output, based on a voltage difference that was induced across the conducting element by a magnetic field; a processor, configured to build an electroanatomical map, based on the first output and the second output; and a catheter, the catheter comprising: a plurality of splines at a distal end of the catheter; and a plurality of helical conducting elements disposed on the splines; a plurality of splines at a distal end of the catheter; and a plurality of helical conducting elements disposed on the splines; wherein the circuitry is configured to generate the first output based on an intracardiac electrocardiogram voltage received from a first one of the plurality of helical conducting elements, and the circuitry is configured to generate the second output based on a voltage difference that was induced across the first one of the plurality of helical conducting elements by a magnetic field; and wherein the apparatus further comprises an electrically-insulative layer covering at least a majority of each of the helical conducting elements.