mhurhangee/patent-ind-claim-en huggingface dataset:
A unitary braided upper comprising a toe portion having a toe seam, a heel portion comprising a seamless braided structure, and a throat portion, characterized in that the toe portion comprises a base yarn , the throat portion comprises a stretch yarn that is introduced into the braided upper at the throat portion so as to not undermine the inelastic quality offered by the base yarn in the toe portion, and the heel portion comprises both the stretch yarn and the base yarn .
Piezo pump assembly comprising at least two piezo pumps (4,4',4",4'") for use in a pressurised circuit and connected to each other in series, wherein each piezo pump comprises a pump chamber (5,5',5") with an inlet (6,6',6") provided with a one way inlet valve (7,7',7") and wherein the inlet of the first piezo pump is connected to a feeding line of the pressurised circuit, and wherein each piezo pump further comprises an outlet (9,9',9") provided with a one way outlet valve (10,10',10"), wherein the outlet of the last piezo pump is connected to a discharge line of the pressurised circuit and wherein the outlet of a previous piezo pump is connected to the inlet of a following piezo pump, and wherein each piezo pump further comprises a piezo pump diaphragm (12,12',12") closing one end of the pump chamber, wherein a pressure chamber (15,15',15",15'") is defined at the side of the piezo pump diaphragm facing away from the pump chamber, which pressure chamber is connected to a pressure source, characterized in that the pressure source of at least the first piezo pump is defined by the feeding line and wherein the pressure source of at least the last piezo pump (4",4'") is defined by the discharge line which is connected to the pressure chamber (15",15'") of said last piezo pump via an additional pressure line .
Security locking system of the type comprising a cylinder and a receiver block , the cylinder provided with a set of pistons that are able to be positioned by elastic means on the impression formed in the edge of a control key perpendicularly to the direction in which said key into the cylinder , these pistons being able to take up two positions namely a position retracted into the cylinder when the key is introduced into the latter and an extended position when the key is withdrawn therefrom. This system is characterized in that : - the cylinder is made up of a locking block of parallelepiped shape that is able to be received in a receiving block , - it comprises locking means which are activated when the locking block is introduced into the receiving block . - the cylinder is made up of a locking block of parallelepiped shape that is able to be received in a receiving block , - it comprises locking means which are activated when the locking block is introduced into the receiving block .
Surgical clip applicator with a double-shank or multiple clip having a U-shaped or V-shaped clip structure having each two legs connected to each other by a connecting region, wherein the applicator comprises a handle , an adjoining shaft and at the free end of the shaft an applying tool (50; 70; 100), which is actuatable with the handle and has two tool jaws (52, 53; 76, 77; 106, 107) which are transferable from an open, idle position to a closed position when actuated and each define a receiving area for the clip to be applied, wherein the receiving areas for the clip to be applied each have an abutment surface for the respective legs, which extends at least over part of the length of the legs, and recesses (60, 61; 80; 110) in which the connecting regions of the legs of the clip are arranged when the tool jaws (52, 53; 76, 77; 106, 107) are in the closed position, wherein the abutment surfaces comprise a guide element, characterized in that the guide element has at least one elongate projection , which is arranged parallel to the longitudinal direction of the abutment surfaces for the clip legs and between the clip legs, so that the double-shank and multiple clips with their plurality of legs remain guided and oriented in parallel when the tool jaws are transferred from their open, idle position to the closed position.
A tire having at least one member selected from the group consisting of a side reinforcing rubber layer and a bead filler using a rubber composition having a tensile stress at 50% elongation at 180°C (M50) of 6.2 MPa or more when measured in accordance with JIS K 6251: 2010 as a vulcanized rubber physical property, wherein the rubber composition is prepared by mixing the rubber component comprising 35% to 100% by mass of a modified conjugated diene based polymer and 65% to 0% by mass of the other rubber components, a reinforcing filler, a thermosetting resin, a thiuram based vulcanization accelerating agent, a vulcanization accelerating agent other than the thiuram based vulcanization accelerating agent, and a sulfur-containing vulcanizing agent, wherein the rubber composition is prepared by mixing 40 to 100 parts by mass of the reinforcing filler, 1.1 to 2.5 parts by mass of the thiuram based vulcanization accelerating agent, 2 to 6 parts by mass of the vulcanization accelerating agent other than the thiuram based vulcanization accelerating agent, and 2 to 10 parts by mass, in terms of a sulfur content, of the sulfur-containing vulcanizing agent based on 100 parts by mass of the rubber component, wherein the thermosetting resin is mixed such that a mass ratio [amount of thermosetting resin mixed/amount of reinforcing filler mixed] of 0.001 to 0.043 is obtained.
A method, comprising: receiving first data representing a dynamic object in a physical environment; determining a classification of the dynamic object based at least in part on the first data, wherein the classification identifies an object type having one or more associated dynamic characteristics; generating a data model of the dynamic object based at least in part on at least one of the first data and the classification; providing, using a simulator and based at least in part on the data model of the dynamic object, simulated data, the simulated data comprising a predicted range of motion of the dynamic object in a simulated environment; determining, based at least in part on the simulated data, one or more recommended courses of action for an autonomous vehicle for display on a teleoperator computing device; receiving, from the teleoperator computing device, response data to cause the autonomous vehicle to implement one of the one or more recommended courses of action. receiving first data representing a dynamic object in a physical environment; determining a classification of the dynamic object based at least in part on the first data, wherein the classification identifies an object type having one or more associated dynamic characteristics; generating a data model of the dynamic object based at least in part on at least one of the first data and the classification; providing, using a simulator and based at least in part on the data model of the dynamic object, simulated data, the simulated data comprising a predicted range of motion of the dynamic object in a simulated environment; determining, based at least in part on the simulated data, one or more recommended courses of action for an autonomous vehicle for display on a teleoperator computing device; receiving, from the teleoperator computing device, response data to cause the autonomous vehicle to implement one of the one or more recommended courses of action.
A DC interrupting device comprising: a main current conduction unit including a main interrupting switch , which is a mechanical switch; a reverse current power supply unit connected to an input terminal of the main current conduction unit and configured to generate a predetermined reverse current; and a reverse current conduction unit configured to supply the reverse current to an output terminal of the main current conduction unit, wherein the reverse current power supply unit comprises: a first reverse current dedicated capacitor charged by a voltage applied to an input terminal of the main current conduction unit ; a polarity reversing inductor configured to reverse a polarity of the first reverse current dedicated capacitor; and wherein the reverse current is a current discharged from the first reverse current dedicated capacitor in a polarity reverse state; the DC interrupting device being characterized in that it further comprises a reverse current power supply unit switch configured to perform circuit connection such that the polarity reversing inductor reverses the polarity of the first reverse current dedicated capacitor , whereby the reverse current conduction unit comprises a first conduction unit switch for performing a circuit connection such that the reverse current is supplied to an output terminal of the main current conduction unit after the reverse current power supply unit switch is separated. a main current conduction unit including a main interrupting switch , which is a mechanical switch; a reverse current power supply unit connected to an input terminal of the main current conduction unit and configured to generate a predetermined reverse current; and a reverse current conduction unit configured to supply the reverse current to an output terminal of the main current conduction unit, wherein the reverse current power supply unit comprises: a first reverse current dedicated capacitor charged by a voltage applied to an input terminal of the main current conduction unit ; a polarity reversing inductor configured to reverse a polarity of the first reverse current dedicated capacitor; and a first reverse current dedicated capacitor charged by a voltage applied to an input terminal of the main current conduction unit ; a polarity reversing inductor configured to reverse a polarity of the first reverse current dedicated capacitor; and wherein the reverse current is a current discharged from the first reverse current dedicated capacitor in a polarity reverse state; the DC interrupting device being characterized in that it further comprises a reverse current power supply unit switch configured to perform circuit connection such that the polarity reversing inductor reverses the polarity of the first reverse current dedicated capacitor , whereby the reverse current conduction unit comprises a first conduction unit switch for performing a circuit connection such that the reverse current is supplied to an output terminal of the main current conduction unit after the reverse current power supply unit switch is separated.
A table for a vehicle, comprising: - a first table element , suitable for being secured to the vehicle, - at least one second table element , mounted movably on the first table element between a deployed position and a withdrawn position, the second element being mounted translatably on the first element between the deployed position and the withdrawn position, - at least one third table element mounted rotatably on the second table element between an idle position and a deployed position, the table being characterized in that it further comprises means for coupling movements of the second and third table elements , configured to rotate the third table element from its idle position to its deployed position when the second element is translated from its deployed position to its withdrawn position. - a first table element , suitable for being secured to the vehicle, - at least one second table element , mounted movably on the first table element between a deployed position and a withdrawn position, the second element being mounted translatably on the first element between the deployed position and the withdrawn position, - at least one third table element mounted rotatably on the second table element between an idle position and a deployed position,
A high-definition intelligent integrated conduit detector, comprising: a box body and a bracket , wherein a front side of the box body is provided with a front mounting recess, a back side of the box body is provided with a back mounting recess, a hard cable coil , a control terminal and a high-definition camera , one end of the hard cable coil being connected with the control terminal through a waterproof joint , other end of the hard cable coil being connected with the high-definition camera , and the high-definition camera is located outside the box body , the back side of the box body is connected with a back cover through a fastener, and the back cover is matched with the back mounting recess, wherein a waterproof keyboard and the control terminal are installed in the front mounting recess of the box body , a counter and the hard cable coil are installed in the back mounting recess of the box body , a front cover is pivotably connected with the front side of the box body , and the front cover is matched with the front mounting recess, and the bracket is rotatably connected with the box body through a strong resistance rotating shaft . a box body and a bracket , wherein a front side of the box body is provided with a front mounting recess, a back side of the box body is provided with a back mounting recess, a hard cable coil , a control terminal and a high-definition camera , one end of the hard cable coil being connected with the control terminal through a waterproof joint , other end of the hard cable coil being connected with the high-definition camera , and the high-definition camera is located outside the box body , the back side of the box body is connected with a back cover through a fastener, and the back cover is matched with the back mounting recess, wherein a waterproof keyboard and the control terminal are installed in the front mounting recess of the box body , a counter and the hard cable coil are installed in the back mounting recess of the box body , a front cover is pivotably connected with the front side of the box body , and the front cover is matched with the front mounting recess, and the bracket is rotatably connected with the box body through a strong resistance rotating shaft .
A method for preparing a compound of formula I, comprising following steps or comprising following steps or comprising following steps
Nozzle for turbine of a turbine engine extending about a longitudinal central axis (A1), this nozzle comprising a radially outer ring shell made of metallic material extending about said longitudinal central axis (A1), a radially inner ring shell made of metallic material concentric with the radially outer ring shell , and a plurality of vanes made of ceramic matrix composite material in succession circumferentially about the longitudinal central axis (A1), each vane extending radially between the radially inner ring shell and the radially outer ring shell , each vane having a hollow profile forming an inner recess opening at a radially inner end and at a radially outer end of this vane , this nozzle comprises at least one liner made of metallic material forming a radial channel for conveying ventilation air passing through the inner recess of respectively one of the vanes , this liner comprising a radially outer end attached to the radially outer ring shell and a radially inner end which engages with the radially inner ring shell such that the radial channel is facing a respective opening of the radially inner ring shell to convey the ventilation air through this opening , the nozzle being characterised in that it comprises at least one seal disposed between the radially inner ring shell and the liner so as to ensure the tightness between the radial channel and said opening of the radially inner ring shell , the liner comprising a shoulder forming a support surface radially facing a corresponding support surface of the radially inner ring shell such that the seal can be compressed radially between these support surfaces .
A method of wireless communication at a scheduling entity comprising: communicating with a UE using a signal with a first cyclic prefix, CP, length (520-a, 620-a, 730-a); receiving a CP length request from the UE; configuring a second CP length specific for the UE based at least in part on the CP length request ; transmitting a plurality of data packets to the UE, each of the data packets comprising a dynamic CP indication that indicates the second CP length; and communicating with the UE using the signal with the second CP length specific to the UE based at least in part on the dynamic CP indication. communicating with a UE using a signal with a first cyclic prefix, CP, length (520-a, 620-a, 730-a); receiving a CP length request from the UE; configuring a second CP length specific for the UE based at least in part on the CP length request ; transmitting a plurality of data packets to the UE, each of the data packets comprising a dynamic CP indication that indicates the second CP length; and communicating with the UE using the signal with the second CP length specific to the UE based at least in part on the dynamic CP indication.
A lashing aid device for a container , such as an intermediate bulk container, said device being suitable for attachment to a corner of a frame encompassing said container , said device comprises frame fixation means and a securing surface forming a path for a strap , whereby said path is aligned by rims , said rims comprise one or more lips protruding in a direction perpendicular to said path , and whereby said device is provided with a channel suitable for receiving a frame bar of a container , characterized in that said channel runs along the longitudinal direction of said device .
Floor system for a vehicle comprising a body , in particular a railway vehicle, the floor system comprising at least one floor element , a suspension device adapted to suspend the floor element from the body , and defining an axis of rotation (R) of the floor element , and at least one locking device configured to be secured to the floor element , characterised in that the floor member , when suspended by the suspension device , is rotatable about the axis of rotation (R) between a plurality of mounting positions, and a position of use, in which the floor member is further suspended by the locking device , configured to lock the position of the floor member relative to the body .
A laminate , comprising: a resin sheet ; and glass sheets having a thickness of 300 μm or less, the glass sheets being integrally laminated on both surfaces of the resin sheet through an intermediation of adhesive layers , wherein an end surface of each of the glass sheets is chamfered, and each of the glass sheets is thinner than the resin sheet . a resin sheet ; and glass sheets having a thickness of 300 μm or less, the glass sheets being integrally laminated on both surfaces of the resin sheet through an intermediation of adhesive layers , wherein an end surface of each of the glass sheets is chamfered, and each of the glass sheets is thinner than the resin sheet .
A method of forming a wear-resistant coating on an article , the method comprising: depositing a chromium coating on a plastic substrate of the article ; heating the coated article to a temperature ranging from about 0-10°C (0-50°F) below the glass transition temperature (Tg) of the plastic to enhance a plurality of through-cracks within the chromium coating; applying a liquid filler material to the coated article such that at least one of the plurality of through-cracks is at least partially occupied by the filler material ; and solidifying the liquid filler material ; characterized in that the filler material is a material selected from the group consisting of fluoropolymers, epoxy resins, polyimide resins, epoxy-based film lubricants, phenolic-based film lubricants, and combinations thereof, and wherein the filler material further comprises particulate materials selected from the group consisting of silicon carbide, boron nitride, chromium carbide, tungsten carbide, diamond, and combinations thereof. depositing a chromium coating on a plastic substrate of the article ; heating the coated article to a temperature ranging from about 0-10°C (0-50°F) below the glass transition temperature (Tg) of the plastic to enhance a plurality of through-cracks within the chromium coating; applying a liquid filler material to the coated article such that at least one of the plurality of through-cracks is at least partially occupied by the filler material ; and solidifying the liquid filler material ;
An osteosynthesis system , comprising: a plate having a main body having a side and defining a set of anchor passageways , a set of locking member passageways , and a set of pin passageways , each of the locking member passageways partially intersecting one of the anchor passageways and each of the pin passageways providing a passageway extending from the side of the main body to one of the locking member passageways; a set of anchors , each anchor disposed in one of the anchor passageways and defining a proximal surface, a distal end, and a circumferential shoulder located distal to the proximal surface; a set of locking members , each locking member defining a circumferential groove disposed in one of the locking member passageways to engage the circumferential shoulder of the anchor disposed in the anchor passageway partially intersected by the one of the locking member passageways; and a set of pins , each pin disposed in one of the pin passageways and partially disposed within the circumferential groove defined by the locking member disposed in the locking member passageway in communication with the pin passageway characterised in that each locking member is rotatable within the one of the locking member passageways to engage the circumferential shoulder of the anchor disposed in the anchor passageway. a plate having a main body having a side and defining a set of anchor passageways , a set of locking member passageways , and a set of pin passageways , each of the locking member passageways partially intersecting one of the anchor passageways and each of the pin passageways providing a passageway extending from the side of the main body to one of the locking member passageways; a set of anchors , each anchor disposed in one of the anchor passageways and defining a proximal surface, a distal end, and a circumferential shoulder located distal to the proximal surface; a set of locking members , each locking member defining a circumferential groove disposed in one of the locking member passageways to engage the circumferential shoulder of the anchor disposed in the anchor passageway partially intersected by the one of the locking member passageways; and a set of pins , each pin disposed in one of the pin passageways and partially disposed within the circumferential groove defined by the locking member disposed in the locking member passageway in communication with the pin passageway characterised in that each locking member is rotatable within the one of the locking member passageways to engage the circumferential shoulder of the anchor disposed in the anchor passageway.