mhurhangee/patent-ind-claim-en huggingface dataset:
A device, comprising: a cutting rib , the cutting rib including an arcuate portion having an outer sharp edge; and a centralizer configured to receive the cutting rib through a radial slot , the radial slot forming a gap (12A, g 1 , g 2 , g 3 ) with the cutting rib, wherein: the arcuate portion of the cutting rib is formed into a profile that follows a surface of the centralizer, and the outer sharp edge of the arcuate portion of the cutting rib protrudes outwardly from the surface of the centralizer, characterized in that the outer sharp edge of the arcuate portion of the cutting rib has a wavy profile that forms a tunnel in the gap between the centralizer and the cutting rib. a cutting rib , the cutting rib including an arcuate portion having an outer sharp edge; and a centralizer configured to receive the cutting rib through a radial slot , the radial slot forming a gap (12A, g 1 , g 2 , g 3 ) with the cutting rib, wherein: the arcuate portion of the cutting rib is formed into a profile that follows a surface of the centralizer, and the outer sharp edge of the arcuate portion of the cutting rib protrudes outwardly from the surface of the centralizer, characterized in that the outer sharp edge of the arcuate portion of the cutting rib has a wavy profile that forms a tunnel in the gap between the centralizer and the cutting rib. the arcuate portion of the cutting rib is formed into a profile that follows a surface of the centralizer, and the outer sharp edge of the arcuate portion of the cutting rib protrudes outwardly from the surface of the centralizer, characterized in that the outer sharp edge of the arcuate portion of the cutting rib has a wavy profile that forms a tunnel in the gap between the centralizer and the cutting rib.
An extrusion and blow molding machine with control device, comprising an extrusion head adapted to form a parison at a mold which has a mold cavity wherein the part is formed by means of air suction and insufflation; said machine being characterized in that it comprises a video control device that is configured to check the proper insertion of said parison in said mold cavity .
A salt of the general formula: Mg 2+ (L) x (PF 6 - ) 2 (i) wherein x represent a number between 1 and 6; and each L represents a ligand selected from one of the following compounds: a halomethane, a cyclic crown ether; or a nitrile of the general formula R-C=N. wherein x represent a number between 1 and 6; and each L represents a ligand selected from one of the following compounds: a halomethane, a cyclic crown ether; or a nitrile of the general formula R-C=N. a halomethane, a cyclic crown ether; or a nitrile of the general formula R-C=N.
An actuation system comprising: a plurality of actuators ; a common power drive unit for driving the actuators ; a transmission line transmitting drive from the common drive unit to the plurality of actuators ; a clutch arranged in the transmission line between the power drive unit and the plurality of actuators for selectively disconnecting the power drive unit from the plurality of actuators ; at least one sensor for sensing an abnormal load condition in the actuation system ; a clutch control , the at least one sensor being operatively coupled to the clutch control , the clutch control being configured such that when the at least one sensor senses an abnormal load condition, the clutch control is operative to disengage the clutch so as to disconnect the power drive unit from the plurality of actuators ; and a brake operative to brake the actuators upon disengagement of the clutch ; and characterised in that the clutch comprises the brake integrated into the clutch , thereby automatically operating the integrated brake upon disengagement of the clutch . a plurality of actuators ; a common power drive unit for driving the actuators ; a transmission line transmitting drive from the common drive unit to the plurality of actuators ; a clutch arranged in the transmission line between the power drive unit and the plurality of actuators for selectively disconnecting the power drive unit from the plurality of actuators ; at least one sensor for sensing an abnormal load condition in the actuation system ; a clutch control , the at least one sensor being operatively coupled to the clutch control , the clutch control being configured such that when the at least one sensor senses an abnormal load condition, the clutch control is operative to disengage the clutch so as to disconnect the power drive unit from the plurality of actuators ; and a brake operative to brake the actuators upon disengagement of the clutch ; and characterised in that the clutch comprises the brake integrated into the clutch , thereby automatically operating the integrated brake upon disengagement of the clutch .
A solenoid assembly comprising: a frame ; a coil positioned proximate the frame ; a core defined by the coil ; a plunger actuatable between at least a first position and a second position; a guide at least partially disposed within the core , and the guide being prevented from rotating independently of the frame , wherein the plunger is disposed at least partially within the guide ; and a housing that at least partially houses the frame , the coil , the guide and the plunger , wherein the guide is prevented from rotating independently of the housing , characterised in that the solenoid assembly further comprises: a mating portion defined by the guide ; and an aperture defined by the frame , wherein the aperture is configured to receive the mating portion and is configured to prevent the guide from independently rotating within the aperture . a frame ; a coil positioned proximate the frame ; a core defined by the coil ; a plunger actuatable between at least a first position and a second position; a guide at least partially disposed within the core , and the guide being prevented from rotating independently of the frame , wherein the plunger is disposed at least partially within the guide ; and a mating portion defined by the guide ; and an aperture defined by the frame , wherein the aperture is configured to receive the mating portion and is configured to prevent the guide from independently rotating within the aperture .
A cross-flow fan applied to a fan heater , comprising two fixing plates oppositely disposed, and a plurality of blades connected between the two fixing plates , the plurality of blades being disposed at intervals along an outer edge of each fixing plate , wherein the blades are twisted along an axial direction of the cross-flow fan , and a relative twisting angle at both ends of one of the blades is no less than 5° and no more than 40°, characterized in that the cross-flow fan comprises a plurality of first blades and a plurality of second blades , wherein one of the first blades and one of the second blades are alternately disposed; a width of the one of the first blades is greater than a width of the one of the second blades ; and, wherein gaps between two of the first blades and the second blades are alternately changed. two fixing plates oppositely disposed, and a plurality of blades connected between the two fixing plates , the plurality of blades being disposed at intervals along an outer edge of each fixing plate , wherein the blades are twisted along an axial direction of the cross-flow fan , and a relative twisting angle at both ends of one of the blades is no less than 5° and no more than 40°, characterized in that the cross-flow fan comprises a plurality of first blades and a plurality of second blades , wherein one of the first blades and one of the second blades are alternately disposed; a width of the one of the first blades is greater than a width of the one of the second blades ; and, wherein gaps between two of the first blades and the second blades are alternately changed.
A modified ground tire rubber based additive for use in asphalt, comprising: 30 -99 weight percent of ground tire rubber; 0.9-69.9 weight percent of a mixture of waste water-based paint and a material selected from a group consisting of a gelling clay, a reactive agent, a plastomer, a handling and agglomerating agent and mixtures thereof; and 0.1-5 weight percent compatibilizer; wherein said additive has molecular entanglements and polar-polar interactions between said ground tire rubber and the waste water-based paint in the additive. 30 -99 weight percent of ground tire rubber; 0.9-69.9 weight percent of a mixture of waste water-based paint and a material selected from a group consisting of a gelling clay, a reactive agent, a plastomer, a handling and agglomerating agent and mixtures thereof; and 0.1-5 weight percent compatibilizer;
A method of making a pre-polymerized prepreg, the method comprising: (i) forming a fiber-containing substrate; (ii) contacting the fiber-containing substrate with a resin mixture; and (iii) removing the liquid medium from the coated substrate to form the pre-polymerized prepreg, wherein the resin mixture in step (ii) includes particles of monomers or oligomers mixed in a liquid medium comprising water and the particles of the monomers or oligomers are coated on the fiber-containing substrate to form a coated substrate and the fiber-containing substrate further comprises a polymerization catalyst for the monomer or oligomer on the fibers and the pre-polymerized monomers or oligomers comprise a cyclic alkylene terephthalate. (i) forming a fiber-containing substrate; (ii) contacting the fiber-containing substrate with a resin mixture; and (iii) removing the liquid medium from the coated substrate to form the pre-polymerized prepreg,
An e-vaping device , comprising: a mouth-end insert ; a reservoir connectable to the mouth-end insert and configured to store pre-vapor formulation , the reservoir including a hollow portion along a longitudinal axis of the e-vaping device ; a heater located between the reservoir and the mouth-end insert ; a funneling portion configured to direct an amount of pre-vapor formulation onto the heater , wherein the funneling portion extends away from a surface of the reservoir in a longitudinal direction of the e-vaping device ; a plurality of orifices distributed along an interior surface of the reservoir ; and a power portion connectable to the reservoir . a mouth-end insert ; a reservoir connectable to the mouth-end insert and configured to store pre-vapor formulation , the reservoir including a hollow portion along a longitudinal axis of the e-vaping device ; a heater located between the reservoir and the mouth-end insert ; a funneling portion configured to direct an amount of pre-vapor formulation onto the heater , wherein the funneling portion extends away from a surface of the reservoir in a longitudinal direction of the e-vaping device ; a plurality of orifices distributed along an interior surface of the reservoir ; and a power portion connectable to the reservoir .
Cooling lubricant nozzle holder for a grinding machine , wherein the cooling lubricant nozzle holder comprises a middle shank and two lateral shanks arranged on the middle shank movably in relation to the middle shank , and wherein the cooling lubricant nozzle holder comprises at least two cooling lubricant nozzles , at least one of which is arranged on each of the lateral shanks , wherein each of the lateral shanks are movably mounted in relation to the middle shank such that each cooling lubricant nozzle which is arranged on one of the respective lateral shanks moves together with the lateral shank on a section of a circular path when the respective lateral shank moves, characterized in that the lateral shanks are arranged offset to each other in relation to the middle axis of the circular path on which the cooling lubricant nozzles move, together with the lateral shank , when the respective lateral shank moves. wherein each of the lateral shanks are movably mounted in relation to the middle shank such that each cooling lubricant nozzle which is arranged on one of the respective lateral shanks moves together with the lateral shank on a section of a circular path when the respective lateral shank moves, characterized in that the lateral shanks are arranged offset to each other in relation to the middle axis of the circular path on which the cooling lubricant nozzles move, together with the lateral shank , when the respective lateral shank moves.
A pump for a bottle intended to contain a cosmetic product, said pump comprising a variable volume metering chamber defined at least in part by a deformable element , the pump operating in varying the volume of the chamber by elastic deformation of a membrane of the deformable element between an initial state in which the chamber has a maximum volume and a deformed state in which the volume of the chamber is minimal, the chamber being provided with an inlet port and an outlet port of the product, the pump comprising a means for deforming the membrane configured to exert a pressure on the membrane , said pump comprising means for purging air from the chamber activated when the membrane is in its deformed state, said purging means communicating the metering chamber with the exterior of the pump , characterized in that the pump comprises an outlet valve for the exit of the product, said purging means breaking the seal of the outlet valve at the end of actuation of the pump , and in that it comprises a guide rod passing through the deformable element , the deformable element sliding along the rod when the membrane undergoes said deformation, the deformable element comprising an outlet lip delimiting said outlet port and surrounding a section of the rod , said outlet lip coming into sealing abutment against the rod or moving away from the rod depending on the pressure in the chamber , said outlet lip and the rod forming said outlet valve.
A method comprising: receiving, by a wireless user device from a base station , one or more radio resource control, RRC, signals indicating one or more parameters associated with sidelink communication between wireless user devices; receiving, from the base station , sidelink downlink control information, SL DCI, comprising a first indicator field that indicates a sidelink hybrid automatic repeat request, HARQ, feedback timing; based on the SL DCI, transmitting, to one or more second wireless user devices, a plurality of sidelink signals via a first quantity of sidelink channel resources; during a first time interval, receiving, from the one or more second wireless user devices, first sidelink HARQ feedback information responsive to the plurality of sidelink signals; determining, based on the sidelink HARQ feedback timing and based on the first time interval, a second time interval; determining, based on a ratio between a sidelink subcarrier spacing, SCS, configuration and an uplink SCS configuration and based on the first quantity, a sidelink HARQ codebook; and during the second time interval and based on the sidelink HARQ codebook, transmitting, to the base station , an uplink signal indicating the first sidelink HARQ feedback information. receiving, by a wireless user device from a base station , one or more radio resource control, RRC, signals indicating one or more parameters associated with sidelink communication between wireless user devices; receiving, from the base station , sidelink downlink control information, SL DCI, comprising a first indicator field that indicates a sidelink hybrid automatic repeat request, HARQ, feedback timing; based on the SL DCI, transmitting, to one or more second wireless user devices, a plurality of sidelink signals via a first quantity of sidelink channel resources; during a first time interval, receiving, from the one or more second wireless user devices, first sidelink HARQ feedback information responsive to the plurality of sidelink signals; determining, based on the sidelink HARQ feedback timing and based on the first time interval, a second time interval; determining, based on a ratio between a sidelink subcarrier spacing, SCS, configuration and an uplink SCS configuration and based on the first quantity, a sidelink HARQ codebook; and during the second time interval and based on the sidelink HARQ codebook, transmitting, to the base station , an uplink signal indicating the first sidelink HARQ feedback information.
A pipe element having first and second oppositely disposed ends , said pipe element comprising: a sidewall surrounding a longitudinal axis and defining a bore , said sidewall having an outer surface ; a first groove positioned in said outer surface , said first groove extending circumferentially around said bore and positioned proximate to said first end , said first groove being defined by a first plurality of sub-surfaces of said outer surface including: a first sub-surface oriented at a constant angle with respect to said longitudinal axis and facing away from said first end ; a second sub-surface oriented at a constant angle of 40° to 70° with respect to said longitudinal axis , said second sub-surface being in spaced relation away from and facing toward said first sub-surface ; a third sub-surface contiguous with said first sub-surface , said third sub-surface oriented at a constant angle of 1° to 25° with respect to said longitudinal axis and sloping toward said second sub-surface ; and a fourth sub-surface contiguous with said third and second sub surfaces , said fourth sub-surface being oriented at a constant angle with respect to said longitudinal axis . a sidewall surrounding a longitudinal axis and defining a bore , said sidewall having an outer surface ; a first groove positioned in said outer surface , said first groove extending circumferentially around said bore and positioned proximate to said first end , said first groove being defined by a first plurality of sub-surfaces of said outer surface including: a first sub-surface oriented at a constant angle with respect to said longitudinal axis and facing away from said first end ; a second sub-surface oriented at a constant angle of 40° to 70° with respect to said longitudinal axis , said second sub-surface being in spaced relation away from and facing toward said first sub-surface ; a third sub-surface contiguous with said first sub-surface , said third sub-surface oriented at a constant angle of 1° to 25° with respect to said longitudinal axis and sloping toward said second sub-surface ; and a fourth sub-surface contiguous with said third and second sub surfaces , said fourth sub-surface being oriented at a constant angle with respect to said longitudinal axis . a first sub-surface oriented at a constant angle with respect to said longitudinal axis and facing away from said first end ; a second sub-surface oriented at a constant angle of 40° to 70° with respect to said longitudinal axis , said second sub-surface being in spaced relation away from and facing toward said first sub-surface ; a third sub-surface contiguous with said first sub-surface , said third sub-surface oriented at a constant angle of 1° to 25° with respect to said longitudinal axis and sloping toward said second sub-surface ; and a fourth sub-surface contiguous with said third and second sub surfaces , said fourth sub-surface being oriented at a constant angle with respect to said longitudinal axis .
A tempura batter mix comprising: a grain flour; and at least one emulsifying agent selected from the group consisting of a polyglycerol fatty acid ester, a sucrose fatty acid ester, lecithin, and an organic acid monoglyceride, the tempura batter mix having a viscosity of 2 to 4.5 Pa·s when the tempura batter mix is added with 150% by mass of water at 15°C based on the mass of the mix, wherein the grain flour comprises a heat-moisture-treated soft wheat flour, wherein the content of the heat-moisture-treated soft wheat flour in the tempura batter mix is 15 to 25% by mass. a grain flour; and at least one emulsifying agent selected from the group consisting of a polyglycerol fatty acid ester, a sucrose fatty acid ester, lecithin, and an organic acid monoglyceride, the tempura batter mix having a viscosity of 2 to 4.5 Pa·s when the tempura batter mix is added with 150% by mass of water at 15°C based on the mass of the mix, wherein the grain flour comprises a heat-moisture-treated soft wheat flour, wherein the content of the heat-moisture-treated soft wheat flour in the tempura batter mix is 15 to 25% by mass.
Method for transmitting and for damping an average torque (Mm) with a superimposed alternating torque (Mw) in a torque transmission arrangement for a drive train of a motor vehicle, having an input region which can rotate about a rotational axis (A) and an output region which can rotate about a rotational axis (B), wherein the average torque (Mm) is transmitted with the superimposed alternating torque (Mw) along a torque path (M) from the input region to the output region , wherein the input region of the torque-transmission arrangement rotates with an input rotational speed (ne) about the rotational axis (A), and the output region of the torque-transmission arrangement rotates with an output rotational speed (na) about the rotational axis (B), wherein at least the input rotational speed (ne) is composed of an average rotational speed (nem) and a superimposed alternating component (newp), wherein the alternating component (new) can be described approximately by means of a superimposition of periodic rotational speed oscillations (newp_i) whose frequencies (f) are essentially in an integral relationship (i) with the ignition frequency (Zf), wherein each of these periodic oscillations (newp_i) has a minimum value (newp_i_Min) and a maximum value (newp_i_Max), wherein a slip arrangement in the torque path (M) between the input region and the output region is provided for transmitting the average torque (Mm) with the superimposed alternating torque (Mw) and for generating rotational speed slip (ns) between the rotational speed ne and the rotational speed na in the torque path (M), characterized in that the slip arrangement provides a maximum value of external activation of the rotational speed slip (ns) in the region of the maximum values (newp_i_Max) of at least one periodic oscillation component (newp_i) of the alternating component (newp), and a minimum value of external activation of the rotational speed slip (ns) in the region of the minimum values (newp_i_Min) of at least one periodic oscillation component (newp_i) of the alternating component (newp).
Method for manufacturing a vehicle tyre using a vulcanizing mould , wherein, during the vulcanization, to form the hollow space inside the vehicle tyre that can be filled with air after completion of the vehicle tyre , an elastically deformable moulding that is inserted into the green vehicle tyre is filled with a pressurized gas, which, after ending vulcanization, in a first emptying step is discharged from the moulding until the pressure level in the moulding corresponds to normal air pressure, in order in a then-following emptying step to extract remains of the gas that are still present completely from the moulding by means of a vacuum, characterized in that a steam condensation involving lowering of the temperature of the steam is used to generate the vacuum.