mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing an arm in composite material comprising at least one bearing designed to receive a fixed or rotating shaft passing through the arm transversely, this method comprising the steps of: - manufacturing at least one hub by winding reinforcing fibres around a generally tubular support; - manufacturing at least one sleeve; - manufacturing a mandrel by attaching each hub to at least one sleeve end so that each hub extends transversely to each sleeve; - applying one or more reinforcing fibres in the form of a boot braided around this mandrel and over its whole length with a machine for braiding reinforcing fibres comprising a supporting ring for supporting reinforcing fibre windings and by moving this mandrel along an axis perpendicular to this ring; - injecting and polymerizing resin into the layer or layers of braided fibres and optionally into the wound fibre or fibres of the hub in order to establish a cohesion rigidly binding at least the layers of braided fibres with the hub that they surround; - machining the layers of braided reinforcing fibres at each end of the generally tubular support in order to clear each end of this support. - manufacturing at least one hub by winding reinforcing fibres around a generally tubular support; - manufacturing at least one sleeve; - manufacturing a mandrel by attaching each hub to at least one sleeve end so that each hub extends transversely to each sleeve; - applying one or more reinforcing fibres in the form of a boot braided around this mandrel and over its whole length with a machine for braiding reinforcing fibres comprising a supporting ring for supporting reinforcing fibre windings and by moving this mandrel along an axis perpendicular to this ring; - injecting and polymerizing resin into the layer or layers of braided fibres and optionally into the wound fibre or fibres of the hub in order to establish a cohesion rigidly binding at least the layers of braided fibres with the hub that they surround; - machining the layers of braided reinforcing fibres at each end of the generally tubular support in order to clear each end of this support.
Tool system having a tensioning facility for two adjoining parts (3,5;3,61,3',5) of the tool system each and an interface in between, whereby a first part comprises a tensioning element that is allocated essentially coaxial with respect to a central axis of the interface and has a tensioning head, and a second part comprises an eccentric that engages the tensioning head and is arranged essentially perpendicular to the central axis, and having a torque transmission facility, characterised in that - the tensioning element is subdivided into two parts and comprises a first partial element and a second partial element, and in that the first partial element extends through the first part from one side and in that the second partial element engages the first partial element from an opposite side, and in that - the parts of the interface comprise, for implementation of the torque transmission facility, on their front faces facing an adjoining part, radially-extending elevations and depressions such that the resulting contour of the one front face engages the contour of the other front face in the assembled state of the interface. - the tensioning element is subdivided into two parts and comprises a first partial element and a second partial element, and in that the first partial element extends through the first part from one side and in that the second partial element engages the first partial element from an opposite side, and in that - the parts of the interface comprise, for implementation of the torque transmission facility, on their front faces facing an adjoining part, radially-extending elevations and depressions such that the resulting contour of the one front face engages the contour of the other front face in the assembled state of the interface.
A pneumatic tire comprising: a lug groove that is formed at a shoulder portion at a tire width direction outermost side of a tread portion, that extends in a direction intersecting the tire circumferential direction, and that is positioned at a tire radial direction outside of a tire width direction outside edge portion of a belt layer positioned at a tire radial direction inside of the tread portion; and a raised bottom portion that is provided at the lug groove bottom in a region 0.9 TW/2 or greater towards a tire width direction outside from a tire equatorial plane, so as to be raised with respect to the groove bottom at a region less than 0.9 TW/2 towards a tire width direction outside from the tire equatorial plane, when a tire width direction width of the tread portion is denoted TW, wherein outside circumferential main grooves are positioned so that the shoulder portions are formed at the tire width direction outside of the outside circumferential direction main grooves, characterized in that the lug grooves and the outside circumferential direction main grooves are in communication with each other through fine grooves. a lug groove that is formed at a shoulder portion at a tire width direction outermost side of a tread portion, that extends in a direction intersecting the tire circumferential direction, and that is positioned at a tire radial direction outside of a tire width direction outside edge portion of a belt layer positioned at a tire radial direction inside of the tread portion; and a raised bottom portion that is provided at the lug groove bottom in a region 0.9 TW/2 or greater towards a tire width direction outside from a tire equatorial plane, so as to be raised with respect to the groove bottom at a region less than 0.9 TW/2 towards a tire width direction outside from the tire equatorial plane, when a tire width direction width of the tread portion is denoted TW, wherein outside circumferential main grooves are positioned so that the shoulder portions are formed at the tire width direction outside of the outside circumferential direction main grooves, characterized in that the lug grooves and the outside circumferential direction main grooves are in communication with each other through fine grooves.
A system comprising: a chassis configured to receive a plurality of modular information handling systems; one or more chassis management controllers housed in the chassis and configured to: receive a storage management command; characterized in that the one or more chassis management controllers housed in the chassis are further configured to: encapsulate the storage management command in a first datagram; and communicate the first datagram to a switch management controller housed in the chassis; and the switch management controller configured to: extract the storage management command from the first datagram; identify a storage controller associated with the storage management command; and communicate an input/output control request to the storage controller based on the storage management command. a chassis configured to receive a plurality of modular information handling systems; one or more chassis management controllers housed in the chassis and configured to: receive a storage management command; characterized in that the one or more chassis management controllers housed in the chassis are further configured to: encapsulate the storage management command in a first datagram; and communicate the first datagram to a switch management controller housed in the chassis; and receive a storage management command; characterized in that the one or more chassis management controllers housed in the chassis are further configured to: encapsulate the storage management command in a first datagram; and communicate the first datagram to a switch management controller housed in the chassis; and encapsulate the storage management command in a first datagram; and communicate the first datagram to a switch management controller housed in the chassis; and the switch management controller configured to: extract the storage management command from the first datagram; identify a storage controller associated with the storage management command; and communicate an input/output control request to the storage controller based on the storage management command. extract the storage management command from the first datagram; identify a storage controller associated with the storage management command; and communicate an input/output control request to the storage controller based on the storage management command.
System for cleaning installations, such as incinerators, heat exchangers, flue gas channels, and silos, comprising a cartridge comprising a casing containing a pyrotechnical mixture and/or components of a pyrotechnical mixture, an electrical detonator for initiating deflagration of the mixture, which detonator is configured to initiate deflagration at a current of at least five Ampère, and a lance, which is provided at its proximal end with a supply for a coolant and a connector and/or electrical wires to connect the detonator to a controller and which is provided at its distal end with a head for holding the cartridge and provided with outlets or ducts for supplying coolant to or about the cartridge.
Precursor article of a composite material comprising a polymeric matrix and at least one reinforcing yarn and/or reinforcing fibers, said article comprising at least one reinforcing yarn and/or reinforcing fibers and at least one polymeric matrix yarn and/or polymeric matrix fibers, characterized in that: - said reinforcing yarn and/or said reinforcing fibers are chosen from carbon, glass, aramid and polyimide yarns and/or fibers or are a natural yarn and/or natural fibers chosen from sisal, hemp or flax yarns and/or fibers, - said polymeric matrix yarn and/or said polymeric matrix fibers are made of thermoplastic polyamide, and in that - said thermoplastic polyamide of said polymeric matrix yarn and/or of said polymeric matrix fibers comprises at least one polyamide possessing a star structure comprising: ◆ star macromolecular chains comprising one or more cores and at least three polyamide branches or three polyamide segments bonded to a core, ◆ the case being, linear polyamide macromolecular chains. - said reinforcing yarn and/or said reinforcing fibers are chosen from carbon, glass, aramid and polyimide yarns and/or fibers or are a natural yarn and/or natural fibers chosen from sisal, hemp or flax yarns and/or fibers, - said polymeric matrix yarn and/or said polymeric matrix fibers are made of thermoplastic polyamide, and in that - said thermoplastic polyamide of said polymeric matrix yarn and/or of said polymeric matrix fibers comprises at least one polyamide possessing a star structure comprising: ◆ star macromolecular chains comprising one or more cores and at least three polyamide branches or three polyamide segments bonded to a core, ◆ the case being, linear polyamide macromolecular chains. ◆ star macromolecular chains comprising one or more cores and at least three polyamide branches or three polyamide segments bonded to a core, ◆ the case being, linear polyamide macromolecular chains.
A method of operating a wireless terminal capable of communicating with a first network and a second network (22-1, 22-3), the first network being a Long Term Evolution network, the method characterized by: prior to making a request to participate in a circuit switched call with the second network (22-1, 22-3), the wireless terminal camping on a respective selected cell of each of the first network and the second network (22-1, 22-3) and thereby having tuned to both the selected cell for the first network and the selected cell for the second network (22-1, 22-3), wherein in camping on the selected cell for the second network (22-1, 22-3) the wireless terminal has determined the selected cell of the second network (22-1, 22-3) to be a best cell of the second network (22-1, 22-3) for the wireless terminal and has acquired system information of the second network (22-1, 22-3); making a request to participate in the circuit switched call through the second network (22-1, 22-3); and in view of already camping on the selected cell of the second network (22-1, 22-3), establishing the circuit switched call with the second network (22-1, 22-3) without making a measurement with respect to a cell of the second network (22-1, 22-3) in a time period between the making of the request to participate in the circuit switch call and establishment of the circuit switched call with the second network (22-1, 22-3). prior to making a request to participate in a circuit switched call with the second network (22-1, 22-3), the wireless terminal camping on a respective selected cell of each of the first network and the second network (22-1, 22-3) and thereby having tuned to both the selected cell for the first network and the selected cell for the second network (22-1, 22-3), wherein in camping on the selected cell for the second network (22-1, 22-3) the wireless terminal has determined the selected cell of the second network (22-1, 22-3) to be a best cell of the second network (22-1, 22-3) for the wireless terminal and has acquired system information of the second network (22-1, 22-3); making a request to participate in the circuit switched call through the second network (22-1, 22-3); and in view of already camping on the selected cell of the second network (22-1, 22-3), establishing the circuit switched call with the second network (22-1, 22-3) without making a measurement with respect to a cell of the second network (22-1, 22-3) in a time period between the making of the request to participate in the circuit switch call and establishment of the circuit switched call with the second network (22-1, 22-3).
A cooking appliance comprising: a first cavity configured to form a first cooking chamber; a first fan configured to form a flow of air to flow outside the first cooking chamber; a second fan configured to form a flow of air to flow through an inside of the first cooking chamber; a first cover provided at an outer side of the first cavity; a first cooling channel formed between the first cavity and the first cover by the first fan; a second cavity stacked on the first cavity to form a second cooking chamber; a second cover provided at an outer side of the second cavity; a second cooling channel formed between the second cavity and the second cover by the third fan; a vent configured to discharge air from the first cooling channel and the second cooling channel; characterized by a third fan configured to form a flow of air to flow outside and inside the second cooking chamber; and a third cooling channel configured to guide air inside the first cooking chamber to the vent through the second cooling channel, the third cooling channel being isolated from the first cooling channel. a first cavity configured to form a first cooking chamber; a first fan configured to form a flow of air to flow outside the first cooking chamber; a second fan configured to form a flow of air to flow through an inside of the first cooking chamber; a first cover provided at an outer side of the first cavity; a first cooling channel formed between the first cavity and the first cover by the first fan; a second cavity stacked on the first cavity to form a second cooking chamber; a second cover provided at an outer side of the second cavity; a second cooling channel formed between the second cavity and the second cover by the third fan; a vent configured to discharge air from the first cooling channel and the second cooling channel; characterized by a third fan configured to form a flow of air to flow outside and inside the second cooking chamber; and a third cooling channel configured to guide air inside the first cooking chamber to the vent through the second cooling channel, the third cooling channel being isolated from the first cooling channel.
A method for increasing grinding efficiency of particles being ground to finer particle size, comprising: introducing a grinding aid composition into the particles to be ground to a finer size, said particles selected from, cement clinker and limestone wherein the amount of said grinding aid composition is 0.001% to 1.0% by weight based on the weight of said particles being ground, said grinding aid composition comprising: a crude biofuel-derived glycerin, which comprises glycerol (1,2,3-propanetriol) and non-glycerin organic matter, wherein the glycerin has a glycerol content of no less than 80% and no greater than 95% based on total weight of glycerin; and at least one conventional grinding aid selected from the group consisting of triethanolamine, triisopropanolamine, diethanolisopropanolamine, tetrahydroxyethylethylenediamine, and acetic acid or a salt thereof; and wherein components and are used in a weight ratio of from 90%:10% to 10%:90%; and grinding said grinding aid composition and said particles together. introducing a grinding aid composition into the particles to be ground to a finer size, said particles selected from, cement clinker and limestone wherein the amount of said grinding aid composition is 0.001% to 1.0% by weight based on the weight of said particles being ground, said grinding aid composition comprising: a crude biofuel-derived glycerin, which comprises glycerol (1,2,3-propanetriol) and non-glycerin organic matter, wherein the glycerin has a glycerol content of no less than 80% and no greater than 95% based on total weight of glycerin; and at least one conventional grinding aid selected from the group consisting of triethanolamine, triisopropanolamine, diethanolisopropanolamine, tetrahydroxyethylethylenediamine, and acetic acid or a salt thereof; and a crude biofuel-derived glycerin, which comprises glycerol (1,2,3-propanetriol) and non-glycerin organic matter, wherein the glycerin has a glycerol content of no less than 80% and no greater than 95% based on total weight of glycerin; and at least one conventional grinding aid selected from the group consisting of triethanolamine, triisopropanolamine, diethanolisopropanolamine, tetrahydroxyethylethylenediamine, and acetic acid or a salt thereof; and wherein components and are used in a weight ratio of from 90%:10% to 10%:90%; and grinding said grinding aid composition and said particles together.
A tire for two-wheel vehicle comprising a pair of bead sections, a pair of sidewall sections, and a tread section continuing to the both sidewall sections, the tread section being divided into three by a center section including a tire equatorial plane and a pair of shoulder sections including a tread end in the tire width direction, characterized in that a tread rubber of the center section and a tread rubber of the shoulder sections each contain a rubber component and satisfy the following formula: Peak temperature of loss tangent tan δ of tread rubber of the center section < Peak temperature of loss tangent tan δ of tread rubber of the shoulder sections wherein the peak temperature of a loss tangent tan δ is measured at from -30°C to 60°C under a condition of temperature dispersion of an initial strain of 10%, a 1% dynamic strain, a frequency of 52 Hz, and a temperature rise rate of 2°C/ min by using a dynamic spectrometer, both the tread rubber of the center section and the tread rubber of the shoulder sections each contain a modified conjugated diene-based polymer as the rubber component, the content of the modified conjugated diene-based polymer in the rubber component is 10% by mass or more, respectively. the content of the modified conjugated diene-based polymer in tread rubber of the center section is larger than the content of the modified conjugated diene-based polymer in the tread rubber of the shoulder sections, and both the tread rubber of the center section and the tread rubber of the shoulder sections each further contain a filler containing 80% by mass or more of silica. a tread rubber of the center section and a tread rubber of the shoulder sections each contain a rubber component and satisfy the following formula: Peak temperature of loss tangent tan δ of tread rubber of the center section < Peak temperature of loss tangent tan δ of tread rubber of the shoulder sections wherein the peak temperature of a loss tangent tan δ is measured at from -30°C to 60°C under a condition of temperature dispersion of an initial strain of 10%, a 1% dynamic strain, a frequency of 52 Hz, and a temperature rise rate of 2°C/ min by using a dynamic spectrometer, both the tread rubber of the center section and the tread rubber of the shoulder sections each contain a modified conjugated diene-based polymer as the rubber component, the content of the modified conjugated diene-based polymer in the rubber component is 10% by mass or more, respectively. the content of the modified conjugated diene-based polymer in tread rubber of the center section is larger than the content of the modified conjugated diene-based polymer in the tread rubber of the shoulder sections, and both the tread rubber of the center section and the tread rubber of the shoulder sections each further contain a filler containing 80% by mass or more of silica.
Plate bender for mandibular implants comprising a support structure, a feeding system, a fastening mechanism supporting the plate or mandibular implant in a specific position, a bending dice system, a power unit, a control unit, and an output platform, wherein the feeding system comprises an advance mechanism by synchronous pulleys operated by a feeding servo, a free roller mechanism connected to a tensor mechanism controlling the advancement of the mandibular plate and the bending accuracy, wherein said elements of the feeding system are supported on a modular structure of the feeding system.
Device intended for underwater use and serving for compensating for the change in length (1, L) of a flexible line, able to be made to contact an element, between a compact use position and an extended use position, the device having the line, characterized in that the line has at least two elastically deformable spiral lines, wherein each spiral line consists of a respective winding with multiple pre-formed turns which are able to be deflected elastically relative to one another counter to a restoring force, wherein at least two spiral lines have oppositely directed slopes (s1, s2), and the windings of different spiral lines are arranged coaxially with respect to one another.
A catalyst for the epoxidation of an olefin comprising a carrier and, deposited on the carrier, silver, a rhenium promoter, a first co-promoter, and a second co-promoter; wherein the molar ratio of the first co-promoter to the second co-promoter is greater than 1; the first co-promoter is selected from sulfur, phosphorus, boron, and mixtures thereof; and the second co-promoter is selected from tungsten, molybdenum, chromium, and mixtures thereof.
A tilting mechanism for a chair, comprising a first sub-frame in contact with the ground during use and connectable to a back, seat and footrest of the chair, and a second sub-frame in contact with the ground during use and pivotally connected to the first sub-frame, wherein the first and second sub-frames (30, 40) are pivotally rotated with respect to each other by an electric motor driving a linear actuator connected between the first and second sub-frames (30, 40), characterised in that the pivotal rotation of the first and second sub-frames (30, 40) with respect to each other effects a tilting of the back, seat and footrest of the chair during use putting the chair in a zero gravity position.
A method for positioning weldments in an ultrasonic welding device comprising a sonotrode, to which ultrasonic vibrations are applied and which emits longitudinal vibrations, and an anvil, a weldment accommodation being formed between a work surface of the sonotrode and an opposing surface of the anvil, a change in position Δx of a positioning device defining weld position P of the weldment being captured in the longitudinal direction of the sonotrode by means of a position sensor, characterized in that the application of vibrations to the sonotrode is changed such depending on the change in position Δx that a change in amplitude Δy is performed according to an amplitude characteristic curve of the sonotrode.