mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing system for processing workpieces, comprising: a manufacturing cell; a plurality of pallets each configured to support one or more workpieces; at least one robotic device mounted in the manufacturing cell and configured to operate on the one or more workpieces; at least two processing stations (306, 308), including a first processing station and a second processing station, each located in the manufacturing cell within reach of the robotic device and each configured to support any one of the plurality of pallets in fixed position relative to the robotic device; a transport device configured to transport any one of the plurality of pallets to and from each of the first processing station and the second processing station; and a controller configured to coordinate the operation of the manufacturing cell in a manner allowing the robotic device to continuously operate on a workpiece supported by one of the plurality of pallets at the first processing station while another one of the plurality of pallets is transferred to or from the second processing station. a manufacturing cell; a plurality of pallets each configured to support one or more workpieces; at least one robotic device mounted in the manufacturing cell and configured to operate on the one or more workpieces; at least two processing stations (306, 308), including a first processing station and a second processing station, each located in the manufacturing cell within reach of the robotic device and each configured to support any one of the plurality of pallets in fixed position relative to the robotic device; a transport device configured to transport any one of the plurality of pallets to and from each of the first processing station and the second processing station; and a controller configured to coordinate the operation of the manufacturing cell in a manner allowing the robotic device to continuously operate on a workpiece supported by one of the plurality of pallets at the first processing station while another one of the plurality of pallets is transferred to or from the second processing station.
Floating tension-leg platform, to be especially applied for wind energy utilisation, comprising a floating structure which in turns comprises a single floating central body, provided with an elongated configuration according to a longitudinal direction, being the central body provided with an upper portion and a lower portion, wherein the lower portion is intended to be submerged, characterized in that it additionally comprises: - a base located in the upper portion of the central body and intended to support at least a wind turbine; - at least four legs, located in the lower portion of the central body and provided with: - a first end, by means of which they are integrally attached to the central body, - a second end, opposite to the first end, and more distant from the central body, and - at least one porch located in the second end of each leg, said porch comprising a first drilling in the longitudinal direction to anchor the floating platform to the sea bed; - anchoring elements for fixing the legs to the sea bed; and - a plurality of tendons, having an elongated configuration and being adapted to support traction strains, wherein the tendons comprise: - upper ends intended to be connected to the porches, and - lower ends intended to be connected to the anchoring elements. - a base located in the upper portion of the central body and intended to support at least a wind turbine; - at least four legs, located in the lower portion of the central body and provided with: - a first end, by means of which they are integrally attached to the central body, - a second end, opposite to the first end, and more distant from the central body, and - at least one porch located in the second end of each leg, said porch comprising a first drilling in the longitudinal direction to anchor the floating platform to the sea bed; - a first end, by means of which they are integrally attached to the central body, - a second end, opposite to the first end, and more distant from the central body, and - at least one porch located in the second end of each leg, said porch comprising a first drilling in the longitudinal direction to anchor the floating platform to the sea bed; - anchoring elements for fixing the legs to the sea bed; and - a plurality of tendons, having an elongated configuration and being adapted to support traction strains, wherein the tendons comprise: - upper ends intended to be connected to the porches, and - lower ends intended to be connected to the anchoring elements. - upper ends intended to be connected to the porches, and - lower ends intended to be connected to the anchoring elements.
A folding table arrangement for a vehicle seat back including: - a table leaf unit which is movable between a stowed position and a substantially horizontal in-use position; - two support brackets positioned on each lateral side of the table leaf unit, each support bracket being provided with a guide rail adapted for sliding engagement with a guide pin protruding from each lateral side of the table leaf unit, the guide rail further including a fold-out track extending upwardly from a lower end to an upper end thereof, said lower end forming a parking position for the guide pin in said stowed position of the table leaf unit; characterized in that - two coaxially arranged swivel pins, one protruding from each lateral side of the table leaf unit, are provided at a distance (d) from and parallel with said guide pins; - the guide rail further includes a separate fold-in return track having a curved upper track section, the mean radius of which corresponds to the axial distance (d) between the swivel pin and the guide pin; - said fold-in return track also includes a substantially straight lower track section ending in said parking position for the guide pin in the stowed position of the table leaf unit. - a table leaf unit which is movable between a stowed position and a substantially horizontal in-use position; - two support brackets positioned on each lateral side of the table leaf unit, each support bracket being provided with a guide rail adapted for sliding engagement with a guide pin protruding from each lateral side of the table leaf unit, the guide rail further including a fold-out track extending upwardly from a lower end to an upper end thereof, said lower end forming a parking position for the guide pin in said stowed position of the table leaf unit; characterized in that - two coaxially arranged swivel pins, one protruding from each lateral side of the table leaf unit, are provided at a distance (d) from and parallel with said guide pins; - the guide rail further includes a separate fold-in return track having a curved upper track section, the mean radius of which corresponds to the axial distance (d) between the swivel pin and the guide pin; - said fold-in return track also includes a substantially straight lower track section ending in said parking position for the guide pin in the stowed position of the table leaf unit.
A method for managing an embedded system comprising: at least one original code associated with computer equipment, at least one embedded code associated with said embedded system, at least one processor associated with said embedded system, characterized in that the method comprises the steps of: creating at least one autonomous software component consisting of: analyzing said original code to identify the target functions called by said original code and unimplemented in said original code, and determining for each of said unimplemented functions a corresponding function identifier, replacing the calls of said unimplemented functions by the call of at least one routing function (PLUG) implemented by said embedded code, storing the identifier of each unimplemented function in a stack or a register of the processor associated with the embedded system, executing said component on the embedded system, said PLUG routing function commanding the redirection of the processor to the address of the unimplemented target function corresponding to said function identifier. at least one original code associated with computer equipment, at least one embedded code associated with said embedded system, at least one processor associated with said embedded system, characterized in that the method comprises the steps of: creating at least one autonomous software component consisting of: analyzing said original code to identify the target functions called by said original code and unimplemented in said original code, and determining for each of said unimplemented functions a corresponding function identifier, analyzing said original code to identify the target functions called by said original code and unimplemented in said original code, and determining for each of said unimplemented functions a corresponding function identifier, replacing the calls of said unimplemented functions by the call of at least one routing function (PLUG) implemented by said embedded code, storing the identifier of each unimplemented function in a stack or a register of the processor associated with the embedded system, executing said component on the embedded system, said PLUG routing function commanding the redirection of the processor to the address of the unimplemented target function corresponding to said function identifier.
Edible cocoa product which has a dimensionally stable chocolate mass that is homogeneous in type, consistency and taste, and which contains fragments of buckwheat grains, characterized in that the fragments have a fragment size which is between 50 μm and 2000 μm, of which a first fraction consisting of fragments with a fragment size between 50 μm and 200 μm, a second fraction consisting of fragments with a fragment size between 200 μm and 500 μm, and a third fraction consisting of fragments with a fragment size between 500 μm and 2000 μm are contained in distribution in the solid chocolate mass, and that the first fraction is larger than the second fraction and the second fraction is larger than the third fraction, that the fragments of the buckwheat grains are obtained in the course of a pre-treatment that alters the consistency of the buckwheat grains, during which the buckwheat grains undergo at least one roasting process with the use of edible oil, during which shelled buckwheat grains are supplied without additional pre-treatment and are heated in the manner of a roasting process to obtain pre-roasted buckwheat grains, and edible oil is added to the pre-roasted buckwheat grains while the roasting process continues such that the edible oil is added to the pre-roasted buckwheat grains in such quantity that the surface of the buckwheat grains is completely coated with the edible oil, wherein the roasting process continues until the buckwheat grains take on a golden-yellow colouration caused by the oil absorption and the roasting process, and a subsequent fragmentation, and that the fragments of buckwheat are mixed in even distribution in the solid chocolate mass.
A method of rendering a game file representing an interval of live game play of a corresponding game so as to be viewable without the corresponding game, the method comprising the steps of: a) automatically accepting, with a rendering system, a rendering job and the game file over the Internet, the rendering system comprising a job server and a plurality of render clusters, each render cluster comprising a computer and a different game console configured to render the game file as audio and video, the computer operating a capture card, the rendering system being operable as a dual-purpose platform usable as a quality assurance test bed, the job server determining whether rendering jobs or quality assurance jobs receive higher priority; b) sending with the job server the rendering job to the computer of a selected one of the plurality of render clusters; c) commanding with the computer in the selected render cluster the game console in the selected render cluster to load and replay the game file to thereby automatically render the game file as audio and video; d) automatically capturing, with the capture card operated by the computer in the selected render cluster, the audio and video rendered for the game file as an audio/video file; and e) automatically providing, with the rendering system, the audio/video file over the Internet; whereby a recipient of the audio/video file can view action represented by the game file other than by requiring a copy of the corresponding game. a) automatically accepting, with a rendering system, a rendering job and the game file over the Internet, the rendering system comprising a job server and a plurality of render clusters, each render cluster comprising a computer and a different game console configured to render the game file as audio and video, the computer operating a capture card, the rendering system being operable as a dual-purpose platform usable as a quality assurance test bed, the job server determining whether rendering jobs or quality assurance jobs receive higher priority; b) sending with the job server the rendering job to the computer of a selected one of the plurality of render clusters; c) commanding with the computer in the selected render cluster the game console in the selected render cluster to load and replay the game file to thereby automatically render the game file as audio and video; d) automatically capturing, with the capture card operated by the computer in the selected render cluster, the audio and video rendered for the game file as an audio/video file; and e) automatically providing, with the rendering system, the audio/video file over the Internet;
System for a vehicle: - a component of the vehicle, - vehicle electronics, which are connected to a vehicle battery to provide a power supply, - an electrical supply line of the component, which is connected to the vehicle electronics to provide the power supply for the component, - a circuit arrangement of the component for transmitting information to the vehicle electronics via the supply line by changing an electrical parameter of the power supply, - a modulation unit of the circuit arrangement for providing the change by imprinting a defined value for the parameter, wherein a switchable current sink for impressing is formed in that the modulation unit connects the supply line to a resistor, wherein a source is electrically connected to the resistor in a mesh to provide a constant electrical current flow through the resistor, the vehicle electronics being designed to evaluate a supply signal of the power supply on the basis of a voltage threshold in order to receive the transmitted information, in order to detect pulses in the supply signal which are modulated by the modulation unit. - a component of the vehicle, - vehicle electronics, which are connected to a vehicle battery to provide a power supply, - an electrical supply line of the component, which is connected to the vehicle electronics to provide the power supply for the component, - a circuit arrangement of the component for transmitting information to the vehicle electronics via the supply line by changing an electrical parameter of the power supply, - a modulation unit of the circuit arrangement for providing the change by imprinting a defined value for the parameter,
A nonwoven web comprising a plurality of fibers formed from a polyolefin composition, wherein the polyolefin composition contains: from about 75 to about 99.5 wt.% of at least one rigid propylene polymer; from about 0.1 to about 20 wt.% of at least one ductile propylene polymer; and from about 0.5 to about 6 wt.% of at least one slip additive; and wherein the ductile propylene polymer has a melt flow index of greater than about 1000 grams per 10 minutes, as determined at a load of 2160 grams and at 230°C in accordance with ASTM D1238-13; wherein the rigid propylene polymer has a modulus of elasticity of from about 800 to about 4,000 MPa, as determined in accordance with ASTM D638-10; and wherein the ductile propylene polymer has a modulus of elasticity of from about 1 to about 500 MPa, as determined in accordance with ASTM D638-10. from about 75 to about 99.5 wt.% of at least one rigid propylene polymer; from about 0.1 to about 20 wt.% of at least one ductile propylene polymer; and from about 0.5 to about 6 wt.% of at least one slip additive; and
Probe for safety duct housing for filter comprising: - a pair of rails, - a head that is slidingly supported on said pair of rails; said head having a plurality of inlets in communication with outlets by means of channels, and - a rod connected to said head and suitable for protruding from said safety duct housing in order to be moved by a user, in such a way to translate the head inside the safety duct housing along an axis of the rod parallel to the rails; characterized in that said rod has a hollow rigid tubular structure, having an axial duct in communication with an inlet hole and an outlet hole of the rod; said outlet hole of the rod being suitable for being connected to an analysis and control unit outside said safety duct housing; said probe also comprises: - a distributor mounted in said head and having a cavity in communication with said outlets of the head; and - a selector fixed to the rod and housed in said cavity of the distributor in correspondence of said inlet hole of the rod; said selector being actuated by rotating the rod in order to selectively put in communication said inlet hole of the rod with only one outlet of the head. - a pair of rails, - a head that is slidingly supported on said pair of rails; said head having a plurality of inlets in communication with outlets by means of channels, and - a rod connected to said head and suitable for protruding from said safety duct housing in order to be moved by a user, in such a way to translate the head inside the safety duct housing along an axis of the rod parallel to the rails; said rod has a hollow rigid tubular structure, having an axial duct in communication with an inlet hole and an outlet hole of the rod; said outlet hole of the rod being suitable for being connected to an analysis and control unit outside said safety duct housing; said probe also comprises: - a distributor mounted in said head and having a cavity in communication with said outlets of the head; and - a selector fixed to the rod and housed in said cavity of the distributor in correspondence of said inlet hole of the rod; said selector being actuated by rotating the rod in order to selectively put in communication said inlet hole of the rod with only one outlet of the head. - a distributor mounted in said head and having a cavity in communication with said outlets of the head; and - a selector fixed to the rod and housed in said cavity of the distributor in correspondence of said inlet hole of the rod; said selector being actuated by rotating the rod in order to selectively put in communication said inlet hole of the rod with only one outlet of the head.
A method for transmitting Device-to-Device, D2D, data by a User Equipment, UE, in a wireless communication system, the method comprising: determining a bitmap to be applied to a subframe pool for data transmission from one of a first subframe indicator bitmap for transmission mode 1 of the UE or a second subframe indicator bitmap for transmission mode 2 of the UE, wherein a maximum value of a first set of values available as k being the number of 1s in the first subframe indicator bitmap is larger than a maximum value of a second set of values available as k being the number of 1s in the second subframe indicator bitmap; determining a set of suframes to transmit the D2D data by using the bitmap to the subframe pool for data transmission; and transmitting the D2D data in a subframe included in the determined subframe set, wherein, in the transmission mode 1, the UE receives indication of transmission resources for the D2D data, and, in the transmission mode 2, the UE selects transmission resources for the D2D data. determining a bitmap to be applied to a subframe pool for data transmission from one of a first subframe indicator bitmap for transmission mode 1 of the UE or a second subframe indicator bitmap for transmission mode 2 of the UE, wherein a maximum value of a first set of values available as k being the number of 1s in the first subframe indicator bitmap is larger than a maximum value of a second set of values available as k being the number of 1s in the second subframe indicator bitmap; determining a set of suframes to transmit the D2D data by using the bitmap to the subframe pool for data transmission; and transmitting the D2D data in a subframe included in the determined subframe set, wherein, in the transmission mode 1, the UE receives indication of transmission resources for the D2D data, and, in the transmission mode 2, the UE selects transmission resources for the D2D data.
A method for operating an internal combustion engine installed in a vehicle, in particular a diesel engine, wherein the instantaneous concentration of a pollutant present in the exhaust gas, in particular the NOx concentration in the exhaust gas, is measured or calculated in the flow direction after an exhaust gas aftertreatment, and using the determined pollutant concentration, the predefined distance-based compliance with pollutant limiting values in mg/km is monitored by specifically influencing the operating parameters of the internal combustion engine and/or of an exhaust gas aftertreatment system in regulated form, so that the pollutant limiting value is cumulatively adhered to across a specified minimum driving distance, and engine characteristic maps stored in the engine control system, which take different variants into consideration for the operation of the internal combustion engine, are used for the regulation, and a selection of a variant is carried out during the regulation with a conversion of the reference variable into an operating point-dependent target value for the raw pollutant emission in [g/(kW.h)] depending on a stored driving resistance curve. using the determined pollutant concentration, the predefined distance-based compliance with pollutant limiting values in mg/km is monitored by specifically influencing the operating parameters of the internal combustion engine and/or of an exhaust gas aftertreatment system in regulated form, so that the pollutant limiting value is cumulatively adhered to across a specified minimum driving distance, and engine characteristic maps stored in the engine control system, which take different variants into consideration for the operation of the internal combustion engine, are used for the regulation, and a selection of a variant is carried out during the regulation with a conversion of the reference variable into an operating point-dependent target value for the raw pollutant emission in [g/(kW.h)] depending on a stored driving resistance curve.
A roll for a roller press, comprising a cylindrical press roll (1, 2) having an outer cylindrical pressing surface for use with an opposing roll (1, 2), and a plurality of wear-resistant studs, wherein the free ends of the studs protrude radially from the surface of the roll and spaces between the studs are filled with a matrix material and whereby the studs are fixed by welding to the roll, and the matrix material being softer than the hardest material of which the studs are made, characterised in that filling the spaces between the studs is performed by flood welding.