mhurhangee/ep-ind-claims huggingface dataset:
An absorber for an elevator system guide rail (28, 34) comprising: an absorber housing; an absorber piston disposed in the absorber housing, together with the absorber housing defining a housing chamber containing a volume of fluid, characterized in the absorber piston including a piston upper surface configured to interact with a guide rail (28, 34) of an elevator system; wherein the absorber is configured such that, when the absorber is disposed at a hoistway pit and supportive of a guide rail (28, 34) of an elevator system in such a way that the piston upper surface is interactive with the guide rail (28, 34), relative motion of the guide rail (28; 34) relative to a hoistway pit floor increases fluid pressure in the housing chamber, the absorber configured to absorb loads imparted to the guide rail (28, 34) due to vertical translation and/or compression of a hoistway of the elevator system. an absorber housing; an absorber piston disposed in the absorber housing, together with the absorber housing defining a housing chamber containing a volume of fluid, characterized in the absorber piston including a piston upper surface configured to interact with a guide rail (28, 34) of an elevator system; wherein the absorber is configured such that, when the absorber is disposed at a hoistway pit and supportive of a guide rail (28, 34) of an elevator system in such a way that the piston upper surface is interactive with the guide rail (28, 34), relative motion of the guide rail (28; 34) relative to a hoistway pit floor increases fluid pressure in the housing chamber, the absorber configured to absorb loads imparted to the guide rail (28, 34) due to vertical translation and/or compression of a hoistway of the elevator system.
A waveguide comprising a core extending axially along the waveguide, and further comprising: a first section, the first section being configured to generate, by a non-linear optical process, a broadened wavelength spectrum of pulsed radiation provided to an input end of the waveguide; and a second section (716A-E), the second section comprising an output end of the waveguide, the core of the second section having a diameter greater than a diameter of the core in the first section exhibiting a larger absolute value of group velocity dispersion than the first section; characterized in that a length of the second section is between 0.5 cm and 20 cm and configured to reduce a peak intensity of one or more peaks in the broadened wavelength spectrum by at least 20%. a first section, the first section being configured to generate, by a non-linear optical process, a broadened wavelength spectrum of pulsed radiation provided to an input end of the waveguide; and a second section (716A-E), the second section comprising an output end of the waveguide, the core of the second section having a diameter greater than a diameter of the core in the first section exhibiting a larger absolute value of group velocity dispersion than the first section; characterized in that a length of the second section is between 0.5 cm and 20 cm and configured to reduce a peak intensity of one or more peaks in the broadened wavelength spectrum by at least 20%.
A disposable lid for a container intended for a beverage, comprising: - a seal, and a fastener to be placed under the top of the container to enable attachment of the lid to said container; - said lid forming an open compartment wholly or partly inside the container when placed on the container, wherein - the compartment, when in place, is positioned below said top of said container, and - wherein said compartment extends to the top of said seal, and - said compartment is provided with a floor comprising a plurality of openings, enabling said beverage to pass through the openings, and - wherein the compartment is partly open to the wall of said container when the lid is inserted, enabling a person's lips to be in contact with said top of said container during consumption of the beverage; - characterized in that: - the disposable lid further comprises a compartment above the floor, wherein the compartment enables some part of the beverage to remain in the compartment during consumption; and - wherein said floor is provided with a protrusion reaching above said compartment, but below said top of said container, and said protrusion comprises said openings for the beverage to pass. - a seal, and a fastener to be placed under the top of the container to enable attachment of the lid to said container; - said lid forming an open compartment wholly or partly inside the container when placed on the container, wherein - the compartment, when in place, is positioned below said top of said container, and - wherein said compartment extends to the top of said seal, and - said compartment is provided with a floor comprising a plurality of openings, enabling said beverage to pass through the openings, and - wherein the compartment is partly open to the wall of said container when the lid is inserted, enabling a person's lips to be in contact with said top of said container during consumption of the beverage; - characterized in that: - the disposable lid further comprises a compartment above the floor, wherein the compartment enables some part of the beverage to remain in the compartment during consumption; and - wherein said floor is provided with a protrusion reaching above said compartment, but below said top of said container, and said protrusion comprises said openings for the beverage to pass. - the disposable lid further comprises a compartment above the floor, wherein the compartment enables some part of the beverage to remain in the compartment during consumption; and - wherein said floor is provided with a protrusion reaching above said compartment, but below said top of said container, and said protrusion comprises said openings for the beverage to pass.
1. A method for constructing multiple-level filtering information for an aggregated transport object of multiple messages wherein the multiple messages are delivered to a remote device in an aggregated manner in the same aggregated transport object, the method comprising: collecting criteria that are common to the messages of the aggregated transport object into first-level filtering information thereby providing an indication of filtering criteria which are common to all messages of the aggregate; collecting into the first-level filtering information a set of filter values built as a union of all filter values associated with the filtering criteria that are common to all messages inside the aggregated transport object; and transmitting the first-level filtering information to the remote device. collecting criteria that are common to the messages of the aggregated transport object into first-level filtering information thereby providing an indication of filtering criteria which are common to all messages of the aggregate; collecting into the first-level filtering information a set of filter values built as a union of all filter values associated with the filtering criteria that are common to all messages inside the aggregated transport object; and transmitting the first-level filtering information to the remote device.
Method for controlling a spark-ignition engine, comprising: - monitoring at least one operating parameter of the spark-ignition engine; - detecting a change in the at least one operating parameter over time which exceeds a dynamic threshold value; and - performing open-loop control of an injection time of the spark-ignition engine as a function of the detected change in the at least one operating parameter over time, - performing closed-loop control of the injection time as a function of the at least one operating parameter; - if it is detected that the change in the at least one operating parameter over time exceeds the dynamic threshold value, retaining the injection time determined by the closed-loop control for a holding time, and - continuing the closed-loop control of the injection time as soon as a steady-state operating state of the operating parameter has become established. - monitoring at least one operating parameter of the spark-ignition engine; - detecting a change in the at least one operating parameter over time which exceeds a dynamic threshold value; and - performing open-loop control of an injection time of the spark-ignition engine as a function of the detected change in the at least one operating parameter over time, - performing closed-loop control of the injection time as a function of the at least one operating parameter; - if it is detected that the change in the at least one operating parameter over time exceeds the dynamic threshold value, retaining the injection time determined by the closed-loop control for a holding time, and - continuing the closed-loop control of the injection time as soon as a steady-state operating state of the operating parameter has become established.
Method for fabricating a device comprising an electrically conducting track arranged on a support, said method comprising a step of supply of the support, and a step of formation of the electrically conducting track on the support comprising the following steps: - a step of supply (E2-1) of a solution intended to be deposited on the support, - a step of deposition (E2-2) of the solution by printing on the support, the step of supply (E2-1) of the solution being such that said solution supplied comprises a mixture of a solvent, of a set of metal particles and of a metallic material having a melting point below that of the metal particles of the set of metal particles, said method comprising a step of melting (E2-4, E3) of the metallic material which results in the formation of a solder of metallic material between metal particles of the set of metal particles, characterized in that at least one part of the support is capable of being thermoformed, and in that after the step of formation of the electrically conducting track on the support, the method comprises a step of thermoforming of said at least one part of the support. - a step of supply (E2-1) of a solution intended to be deposited on the support, - a step of deposition (E2-2) of the solution by printing on the support, the step of supply (E2-1) of the solution being such that said solution supplied comprises a mixture of a solvent, of a set of metal particles and of a metallic material having a melting point below that of the metal particles of the set of metal particles, said method comprising a step of melting (E2-4, E3) of the metallic material which results in the formation of a solder of metallic material between metal particles of the set of metal particles,
An autonomous driving control system, comprising: a strategy performing device configured to generate and perform a stop strategy of a vehicle based on a target stop location, when a critical situation occurs during autonomous driving of the vehicle; a behavior controller configured to control a behavior of the vehicle based on the stop strategy; and an emergency module controller configured to run a predetermined emergency module, when the critical situation occurs, characterized in that the emergency module controller is configured to control an operation of a predetermined second emergency module, when a stop state of the vehicle is verified, wherein the predetermined second emergency module includes at least one of a transmission device, a park brake, a door lock, E-call, a seat or a surrounding image display device. a strategy performing device configured to generate and perform a stop strategy of a vehicle based on a target stop location, when a critical situation occurs during autonomous driving of the vehicle; a behavior controller configured to control a behavior of the vehicle based on the stop strategy; and an emergency module controller configured to run a predetermined emergency module, when the critical situation occurs, characterized in that the emergency module controller is configured to control an operation of a predetermined second emergency module, when a stop state of the vehicle is verified, wherein the predetermined second emergency module includes at least one of a transmission device, a park brake, a door lock, E-call, a seat or a surrounding image display device.
An aircraft undercarriage comprising: • a strut for connecting to the aircraft and defining a substantially cylindrical cavity closed by a top wall and presenting a bottom opening; • a slide rod slidably engaged in leaktight manner in the strut via the bottom opening, which rod carries at least one wheel at its bottom end; • a diaphragm carried by a support attached to the top wall of the strut to co-operate in leaktight manner with an inside wall of the slide rod so as to define a first chamber under the diaphragm inside the rod and completely filled with hydraulic fluid, and a second chamber above the diaphragm and partially filled with hydraulic fluid; • a throttle needle secured to the slide rod and penetrating into a calibrated orifice in the diaphragm so as to define a calibrated fluid passage between the first and second chambers; and • angular connection means for imposing an angular position on the slide rod relative to the strut; characterized in that the undercarriage includes at least one vane fastened to the end of the throttle needle in order to extend axially along the support and inside a portion of the second chamber that is filled with hydraulic fluid. • a strut for connecting to the aircraft and defining a substantially cylindrical cavity closed by a top wall and presenting a bottom opening; • a slide rod slidably engaged in leaktight manner in the strut via the bottom opening, which rod carries at least one wheel at its bottom end; • a diaphragm carried by a support attached to the top wall of the strut to co-operate in leaktight manner with an inside wall of the slide rod so as to define a first chamber under the diaphragm inside the rod and completely filled with hydraulic fluid, and a second chamber above the diaphragm and partially filled with hydraulic fluid; • a throttle needle secured to the slide rod and penetrating into a calibrated orifice in the diaphragm so as to define a calibrated fluid passage between the first and second chambers; and • angular connection means for imposing an angular position on the slide rod relative to the strut;
Method for preparing a homogeneous collagen-based material by concentration of a collagen solution, said method comprising: a) bringing into contact, by continuous injection of a collagen solution by controlled pressure means with a permeable element, said permeable element itself being in contact with a concentrating agent namely a polymer solution, said permeable element being chosen with a pore size of molecular weight less than that of the collagen on the one hand and of the external polymer on the other hand, and the polymer used being a water-soluble polymer in acid medium, the molecular weight of which being greater than the size of the pores of the permeable element, b) keeping the collagen solution, permeable element and polymer solution in contact under conditions allowing the selective mass transfer of the solvent contained in the aqueous collagen solution in order to obtain the formation of the homogeneous collagen material inside the permeable element or on the surface of the permeable element. a) bringing into contact, by continuous injection of a collagen solution by controlled pressure means with a permeable element, said permeable element itself being in contact with a concentrating agent namely a polymer solution, said permeable element being chosen with a pore size of molecular weight less than that of the collagen on the one hand and of the external polymer on the other hand, and the polymer used being a water-soluble polymer in acid medium, the molecular weight of which being greater than the size of the pores of the permeable element, b) keeping the collagen solution, permeable element and polymer solution in contact under conditions allowing the selective mass transfer of the solvent contained in the aqueous collagen solution in order to obtain the formation of the homogeneous collagen material inside the permeable element or on the surface of the permeable element.
An automatic coffee and tea maker, comprising: tea leaves dosing, coffee grinding and dosing, milk dosing and pouring in, condiment dosing devices, tea mixture, coffee beans, milk, condiment and grounds/solids containers, water pressure reducer and water pump, water heater and steam generator, coffee and tea making module, coffee and tea making module drive equipped with an encoder, a coffee and tea portion preparation device, main control unit, display with control panel characterized in that the automatic coffee and tea maker has a steam control valve connected between the steam generator and the branch of the suction tube built in the coffee and tea portion preparation device, the main control unit is equipped with an additional control unit interconnected with the encoder of the drive of the coffee and tea making module and the steam control valve. tea leaves dosing, coffee grinding and dosing, milk dosing and pouring in, condiment dosing devices, tea mixture, coffee beans, milk, condiment and grounds/solids containers, water pressure reducer and water pump, water heater and steam generator, coffee and tea making module, coffee and tea making module drive equipped with an encoder, a coffee and tea portion preparation device, main control unit, display with control panel characterized in that the automatic coffee and tea maker has a steam control valve connected between the steam generator and the branch of the suction tube built in the coffee and tea portion preparation device, the main control unit is equipped with an additional control unit interconnected with the encoder of the drive of the coffee and tea making module and the steam control valve.
A method for producing a rubber composition containing a rubber component of at least one selected from natural rubbers and synthetic dienic rubbers, a filler containing an inorganic filler, a silane coupling agent and at least one vulcanization promoter selected from thiurams, dithiocarbamate salts, thioureas and xanthate salts, wherein the rubber composition is kneaded in multiple stages, and in the first stage of kneading, the rubber component, all or a part of the inorganic filler, all or a part of the silane coupling agent and the vulcanization promoter are kneaded.
A soft contact lens for fitting to an eye of a wearer in either a right way out orientation or in an inside out orientation; the lens including first and second generally arcuate surfaces (2, 3) each terminating at an edge of the lens; wherein each said first and second surfaces (2, 3) are capable of forming either an anterior convex or posterior concave surface; wherein in said right way out orientation there is provided an anterior convex surface and a posterior concave surface and in said inside out orientation said right way out anterior convex surface is converted to a posterior concave surface and said right way out posterior concave surface is converted to a convex anterior surface; wherein said conversion is effected by flexing of the lens; wherein said lens flexure is accommodated by at least one formation resulting in an adjustment to a surface contour of either of said first and second surfaces (2, 3); and wherein the lens conforms to the corneal and scleral profile in either said right way out and said inside out orientation.
An insert molded product 1 which is obtained by insert molding a conductor forming member 4 with an insulating material, in which a plurality of conductor forming parts 5, 6 for forming conductors are integrally connected by a connecting part 7, and thereafter, by removing a plurality of parts of the connecting part 7, wherein a plurality of gaps 10, 11 are formed in the connecting part 7; and wherein the connecting part 7 is divided into a plurality of connecting portions by the plurality of gaps 10, 11 so that the plurality of connecting portions are electrically separated from each other; characterized in that a remaining part 7a which is formed between the plurality of gaps 10, 11 remains in the insert molded product.
Loading device, having N loading heads that are offset through N/360°, wherein N is the number 3 or an integral multiple thereof, - wherein each of the N loading heads has a connection device, arranged at the upper end, for a hose via which catalyst material can be conveyed from above, - wherein each of the N loading heads has, beneath the connection device, a deflecting cone of which the tip is directed upward and which is connected to the connection device, - a vertical holding device is fastened to the underside of this deflecting cone, - at least two circular deflecting funnel elements are fastened to the vertical holding device by means of horizontal struts, - the deflecting funnel elements open more narrowly at the top than at the bottom, - gaps are provided between the deflecting funnel elements, - and the lower deflecting funnel elements have a larger diameter than the deflecting funnel elements located thereabove. - wherein each of the N loading heads has a connection device, arranged at the upper end, for a hose via which catalyst material can be conveyed from above, - wherein each of the N loading heads has, beneath the connection device, a deflecting cone of which the tip is directed upward and which is connected to the connection device, - a vertical holding device is fastened to the underside of this deflecting cone, - at least two circular deflecting funnel elements are fastened to the vertical holding device by means of horizontal struts, - the deflecting funnel elements open more narrowly at the top than at the bottom, - gaps are provided between the deflecting funnel elements, - and the lower deflecting funnel elements have a larger diameter than the deflecting funnel elements located thereabove.
A sliding bearing comprising a backing layer, and a sintered lining layer, wherein the lining layer has carbon nanostructures embedded in a copper-based matrix, characterized in that the composition of the lining layer consists of 0.1 to 10%wt carbon nanostructures, 4 - 10%weight tin and optionally up to 1.5%wt nickel, the balance to 100%wt being copper and incidental impurities.
A method for producing an electrical sensor, in particular a temperature sensor, in which a carrier element made of plastic is fitted with a wireless measuring resistor in the form of an SMD component which has external electrical connection surfaces (5, 6), wherein the SMD component is arranged and oriented on the carrier element in such a way that the electrical connection surfaces (5, 6) come to lie on the side facing away from the carrier element, wherein the carrier element equipped with the measuring resistor is connected to a molded part made of plastic, so that the measuring resistor is covered and held by the molded part in areas and the electrical connection surfaces (5, 6) of the measuring resistor are exposed at least in areas, then the measuring resistor is electrically connected to connecting wires (7, 8) via the electrical connection surfaces (5, 6) which are exposed at least in areas, wherein the molded part being used to guide and/or position the connecting wires (7, 8) and the guidance being effected via guide channels (13, 14) formed in the molded part.