mhurhangee/patent-ind-claim-en huggingface dataset:
A spray nozzle insert configured to generate a swirled spray with improved rotating or angular velocity (ω), resulting in smaller sprayed droplet size, comprising: a cup-shaped nozzle body having a cylindrical inner side wall surrounding a central longitudinal spray axis and a circular closed end wall ; an outlet orifice or exit aperture coaxial with said central spray axis passing through said end wall ; a dynamic fluid circuit defined in an inner surface of said end wall , said fluid circuit including first, second and third circumferentially spaced inwardly tapered power nozzles terminating in a central interaction region surrounding said exit aperture , each power nozzle tapers smoothly inwardly from an enlarged region toward a narrow outlet region at the interaction region to accelerate fluid flow, each power nozzle includes sidewalls being smoothly curved around said enlarged end regions near said inner side wall of a nozzle wall and then extend radially inwardly toward the interaction region , said power nozzles being equally spaced around said interaction region and having respective longitudinal aiming axes offset with respect to said exit aperture , whereby fluid under pressure introduced into said fluid circuit flows along said power nozzles into said interaction region to generate a fluid vortex which exits said exit aperture as a swirled spray. a cup-shaped nozzle body having a cylindrical inner side wall surrounding a central longitudinal spray axis and a circular closed end wall ; an outlet orifice or exit aperture coaxial with said central spray axis passing through said end wall ; a dynamic fluid circuit defined in an inner surface of said end wall , said fluid circuit including first, second and third circumferentially spaced inwardly tapered power nozzles terminating in a central interaction region surrounding said exit aperture , each power nozzle tapers smoothly inwardly from an enlarged region toward a narrow outlet region at the interaction region to accelerate fluid flow, each power nozzle includes sidewalls being smoothly curved around said enlarged end regions near said inner side wall of a nozzle wall and then extend radially inwardly toward the interaction region , said power nozzles being equally spaced around said interaction region and having respective longitudinal aiming axes offset with respect to said exit aperture , whereby fluid under pressure introduced into said fluid circuit flows along said power nozzles into said interaction region to generate a fluid vortex which exits said exit aperture as a swirled spray.
A pneumatic tire provided with an electronic component at a position to the outer side of the carcass in the tire axial direction, wherein E*(50°C) at 50°C and E*(150°C) at 150°C of the rubber member for a tire having the largest E*(50°C) at 50°C, among rubber members for a tire located inward in the tire axial direction from a position where the electronic component is provided, satisfy the following formula, wherein the values of E* are measured using a viscoelastic spectrometer at an initial strain of 10%, an amplitude of ± 2.0%, and a frequency of 10Hz in tensile deformation mode: E * 150 ° C / E * 50 ° C ≧ 0.90
Fire protection component comprising at least one frame and at least one fire protection glass , for example in the form of a fire protection pane or a laminated fire protection pane, wherein the fire protection glass is held in a receptacle of the frame so that a rebate space remains on the front side of the fire protection glass , wherein the frame comprises at least two thermally separated profiles, characterised in that the fire protection glass is fixed directly in the receptacle with an adhesive and wherein the fire protection component is adapted to thermally insulate the adhesive on the side facing away from the fire in the event of fire, wherein the thermal insulation is affected by an intumescent seal which can be foamed in the event of fire, wherein the intumescent seal is arranged on the end face of the fire protection glass in such a way that foaming at least partially closes a passage formed by the rebate space . at least one frame and at least one fire protection glass , for example in the form of a fire protection pane or a laminated fire protection pane, wherein the fire protection glass is held in a receptacle of the frame so that a rebate space remains on the front side of the fire protection glass , wherein the frame comprises at least two thermally separated profiles, characterised in that the fire protection glass is fixed directly in the receptacle with an adhesive and wherein the fire protection component is adapted to thermally insulate the adhesive on the side facing away from the fire in the event of fire, wherein the thermal insulation is affected by an intumescent seal which can be foamed in the event of fire, wherein the intumescent seal is arranged on the end face of the fire protection glass in such a way that foaming at least partially closes a passage formed by the rebate space .
A coating device for treating the inner surface of a pipe with coating substance, the coating device comprising a cylindrical spindle arranged to be rotated around its rotation axle, and which spindle has fastening means for fastening the rotation axle to the spindle which further comprises protrusions radially extending from the spindle for spreading the coating substance on the inner surface of a pipe, which protrusions are flexible and plate-like strips that twist around the axis of their longest side so that the cross-sectional area of the protrusion , in the direction of the rotation axle of the spindle , is at its smallest at the outermost end of the protrusion , as viewed from the spindle , characterised in that said protrusions comprise limiters which limit the part of the protrusion between the limiters to a distance determined by the limiters from the inner surface of the pipe for spreading the coating substance as a layer of constant thickness on the inner surface of the pipe as the coating device is rotated.
A method for expanding a route table capacity of a layer-3 forwarding device, the layer-3 forwarding device comprising a Central Processing Unit, CPU, a switch chip and an expansion operation element, the method comprising: obtaining, by the CPU, route information, which comprises a destination Internet Protocol, IP, address of a route and layer-2 forwarding information corresponding to the destination IP address ; and generating, by the CPU, route table entries according to the route information, saving, by the CPU, a first part of the generated route table entries in the expansion operation element, and saving, by the CPU, route table entries other than the first part of the generated route table entries in the switch chip ; characterized in that the switch chip and the expansion operation element are connected via a port which is configured as an XAUI. obtaining, by the CPU, route information, which comprises a destination Internet Protocol, IP, address of a route and layer-2 forwarding information corresponding to the destination IP address ; and generating, by the CPU, route table entries according to the route information, saving, by the CPU, a first part of the generated route table entries in the expansion operation element, and saving, by the CPU, route table entries other than the first part of the generated route table entries in the switch chip ; characterized in that the switch chip and the expansion operation element are connected via a port which is configured as an XAUI.
A parallel bearing, comprising a rotary shaft bearing and a stator bearing , wherein the rotary shaft bearing is a contact bearing, and the rotary shaft bearing is sleeved on a rotary shaft ; and the stator bearing is a non-contact bearing, the stator bearing is sleeved on the rotary shaft bearing , a clearance is provided between an inner wall of the stator bearing and an outer wall of the rotary shaft bearing , and the stator bearing is fixed on a stator, characterized in that the parallel bearing comprises at least one intermediate bearing , wherein the at least one intermediate bearing is a contact bearing, the at least one intermediate bearing is sleeved between the rotary shaft bearing and the stator bearing , and a clearance is provided between the stator bearing and the at least one intermediate bearing ; the at least one intermediate bearing is a ball bearing.
Robot for renovating and/or inspecting a pipe, comprising a frame which itself comprises: - two moving sub-frames (3; 4) extending along a longitudinal axis (X; X') and each supporting three moving feet (31 to 33; 41 to 43) forming a tripod, each foot of the tripod extending along a longitudinal axis (Y1 to Y3; Y'1 to Y'3) and comprising: at its free end, a moving track (34; 44), intended to move the robot by bearing against the wall of a pipe, - a link sub-frame forming a cardan joint linking the two moving sub-frames and adapted to make it possible to pivot one moving sub-frame relative to the other according to two degrees of freedom; a robot in which at least one of the two moving sub-frames also supports: - a pivoting crown ring (35; 45) mounted to rotate about the longitudinal axis (X; X') of said moving sub-frame and linked by at least one link rod (36; 46) to each foot of the tripod which is itself mounted to rotate about its longitudinal axis (Y1 to Y3; Y'1 to Y'3); - at least one cylinder (37; 47), called orientation cylinder, of which one end is linked to the moving sub-frame and the other end is linked to the crown ring, so that its actuation provokes the rotation of the crown ring, and, thereby, via rods, the simultaneous pivoting of the feet of the tripod about their respective longitudinal axis (Y1 to Y3; Y'1 to Y'3). - two moving sub-frames (3; 4) extending along a longitudinal axis (X; X') and each supporting three moving feet (31 to 33; 41 to 43) forming a tripod, each foot of the tripod extending along a longitudinal axis (Y1 to Y3; Y'1 to Y'3) and comprising: at its free end, a moving track (34; 44), intended to move the robot by bearing against the wall of a pipe, - a link sub-frame forming a cardan joint linking the two moving sub-frames and adapted to make it possible to pivot one moving sub-frame relative to the other according to two degrees of freedom; - a pivoting crown ring (35; 45) mounted to rotate about the longitudinal axis (X; X') of said moving sub-frame and linked by at least one link rod (36; 46) to each foot of the tripod which is itself mounted to rotate about its longitudinal axis (Y1 to Y3; Y'1 to Y'3); - at least one cylinder (37; 47), called orientation cylinder, of which one end is linked to the moving sub-frame and the other end is linked to the crown ring, so that its actuation provokes the rotation of the crown ring, and, thereby, via rods, the simultaneous pivoting of the feet of the tripod about their respective longitudinal axis (Y1 to Y3; Y'1 to Y'3).
Method for actuating a friction brake , wherein, for a braking operation, a brake pad arranged on a pressing device of the friction brake is pressed against a friction surface of the friction brake and the pressing device for the braking operation is driven by an actuating device of the friction brake , wherein for a braking operation to achieve a predetermined effect measure (WM soll ) of the friction brake , whereas the effect measure (WM) being a measure of the braking effect, the brake pad of the friction brake is moved from an initial position while overcoming an air gap to the friction surface of the friction brake and the brake pad is pressed against the friction surface starting from a contact point between the brake pad and the friction surface , in that an actuation measure (BM soll ) of the friction brake corresponding to the predetermined effect measure (WM soll ) is determined and set by means of the pressing device and the actuating device , characterized in that the thermal expansion of the friction brake is determined using a thermal model of the friction brake and therefrom the temperature-dependent shift in the contact point is determined for the braking operation and that the temperature-dependent shift in the contact point is taken into account when determining the actuation measure (BM soll ) of the friction brake to be adjusted.
Boiler for the combustion of fuel , in particular pellets, having a combustion chamber , having a fuel feed for charging the combustion chamber with fuel , wherein the fuel feed comprises an intermediate container for the fuel , a burn-back safety device (4.1, 4.2) with a shut-off element , in particular slide valve (12. 1), and a drive for actuating the shut-off element , and having an air supply which opens into the combustion chamber and comprises at least one device with a drivable actuating element , in particular an air slide valve (11.1), for air quantity adjustment, characterized in that the drive of the burn-back safety device (4.1) also actuates the actuating element of the device for the air quantity adjustment.
Mineral fibers exhibiting a chemical composition comprising the following constituents, as percentages by weight: SiO 2 55 to 60%, CaO 25 to 29.0%, MgO 1 to 10%, B 2 O 3 1 to 6%, R 2 O (total content of alkali metal oxides) up to 2.5%, Al 2 O 3 0 to 2.5%, a CaO/(CaO+MgO) molar ratio of 0.70 to 0.75, a R 2 O/B 2 O 3 molar ratio is from 0.20 to 0.60 and a (B 2 O 3 -R 2 O)/(CaO+Al 2 O 3 ) molar ratio of greater than 0.050. a CaO/(CaO+MgO) molar ratio of 0.70 to 0.75, a R 2 O/B 2 O 3 molar ratio is from 0.20 to 0.60 and a (B 2 O 3 -R 2 O)/(CaO+Al 2 O 3 ) molar ratio of greater than 0.050.
Washing system for a dishwasher, which comprises a washing arm which is rotatable about an axis of rotation R, wherein the washing arm comprises at least one washing arm segment which extends out from the axis of rotation R, wherein the at least one washing arm segment comprises N dispensing elements for dispensing a fluid medium, where N ≥ 3, wherein each dispensing element A n is arranged spaced apart from the axis of rotation R at a distance r n , where n = 1...N, wherein a connection line between the axis of rotation R and a first dispensing element A 1 of the at least one washing arm segment, which has the shortest distance r 1 of all dispensing elements A n of this washing arm segment to axis of rotation R, forms in each case an internal angle α n , where n = 2 ... N, with a connection line between the axis of rotation R and that of the other dispensing element A n of the same washing arm segment, where n = 2 ... N, wherein an internal angle α n is greater for each dispensing element A n , where n = 2 ... N, of a washing arm segment than an internal angle α n-1 for another dispensing element A n-1 , where n = 2 ... N, of the same washing arm segment, if the distance r n of the dispensing element A n from the axis of rotation R is greater than the distance r n-1 of the dispensing element A n-1 from the axis of rotation R, characterized in that the dispensing elements are arranged on the washing arm segment such that a difference between two internal angles α n and α n-1 for two different dispensing elements A n and A n-1 on the washing arm segment is at least 2°, and the dispensing elements are arranged on the washing arm segment such that the internal angle α max for the dispensing element A max , which, of all dispensing elements on this washing arm segment, has the greatest distance r max on this washing arm segment from the axis of rotation R, is at least 60°.
Delivery device for delivering oil from an oil sump to a lubricating oil circuit of a combustion engine or a transmission of a motor vehicle, having an oil pump , a mechanical direct drive and an activatable electric drive for driving the oil pump , characterized in that the oil pump has a first pressure stage and a second pressure stage , in that the pressure stages have different delivery pressures and delivery volumes and in that the two pressure stages have a common suction connection and separate outlet connections for delivering oil from an oil sump to two consumers and in that the first pressure stage has two components that can be moved relative to one another and the activatable electric drive is connected to one of the components that can be moved relative to one another and the direct drive is connected to the other of the components.
Method for manufacturing a gold-plated slipring contact comprising the following method steps: - providing an electrically conductive substrate ; - galvanic application of a copper layer onto the substrate ; - galvanic application of a nickel and/or nickel-phosphor layer onto the copper layer ; and - galvanic application of a gold layer onto the nickel and/or nickel-phosphor layer ; characterized in that the substrate is made of brass and during galvanic application of the copper layer onto the substrate , a pure potassium-copper-cyanide solution is used as an electroplating bath. - providing an electrically conductive substrate ; - galvanic application of a copper layer onto the substrate ; - galvanic application of a nickel and/or nickel-phosphor layer onto the copper layer ; and - galvanic application of a gold layer onto the nickel and/or nickel-phosphor layer ;
A system for measuring an object, the system comprising: a chamber sized to receive and contain an object; an x-ray source within the chamber, the x-ray source being movable relative to the object within the chamber, the x-ray source being configured to project a plurality of x-ray images of an object, at least two of the plurality of x-ray images being projected from different directions relative to the object, the object having at least two edges; an edge detector configured for locating the at least two edges in the x-ray images; a ray tracer operatively coupled with the edge detector, the ray tracer being configured to ray trace a plurality of lines, each ray traced line being tangent to at least one point on at least one located edge; a reconstruction module operatively coupled with the ray tracer, the reconstruction module being configured to reconstruct at least a partial wireframe model of the object from the tangent points of the ray traced lines, the wireframe model including the at least two edges; and a ruler operatively coupled with the reconstruction module to receive the at least partial wireframe model, the ruler being configured to measure between the at least two edges of the at least partial wireframe model. a chamber sized to receive and contain an object; an x-ray source within the chamber, the x-ray source being movable relative to the object within the chamber, the x-ray source being configured to project a plurality of x-ray images of an object, at least two of the plurality of x-ray images being projected from different directions relative to the object, the object having at least two edges; an edge detector configured for locating the at least two edges in the x-ray images; a reconstruction module operatively coupled with the ray tracer, the reconstruction module being configured to reconstruct at least a partial wireframe model of the object from the tangent points of the ray traced lines, the wireframe model including the at least two edges; and a ruler operatively coupled with the reconstruction module to receive the at least partial wireframe model, the ruler being configured to measure between the at least two edges of the at least partial wireframe model.
A top drive system for coupling a top drive to a tool, the system comprising: a drive stem having first friction surfaces and a load coupling, wherein the load coupling is a threaded coupling configured to engage with a threaded coupling on a tool stem of a tool adaptor ; a swivel disposed about the drive stem; a transmission unit having: second friction surfaces parallel to the first friction surfaces; and shoulders proximate a bottom of the transmission unit, wherein said shoulders are configured to convey torque between the transmission unit and the tool stem ; a transmission selector movable to an "on" position or an "off" position, wherein when the transmission selector is in the "on" position, the first friction surfaces engage with the second friction surfaces such that the drive stem moves synchronously with the transmission unit; and a swivel selector movable to an "on" position or an "off" position, wherein when the swivel selector is in the "on" position, the transmission unit moves synchronously with the swivel. a drive stem having first friction surfaces and a load coupling, wherein the load coupling is a threaded coupling configured to engage with a threaded coupling on a tool stem of a tool adaptor ; a swivel disposed about the drive stem; a transmission unit having: second friction surfaces parallel to the first friction surfaces; and shoulders proximate a bottom of the transmission unit, wherein said shoulders are configured to convey torque between the transmission unit and the tool stem ; second friction surfaces parallel to the first friction surfaces; and shoulders proximate a bottom of the transmission unit, wherein said shoulders are configured to convey torque between the transmission unit and the tool stem ; a transmission selector movable to an "on" position or an "off" position, wherein when the transmission selector is in the "on" position, the first friction surfaces engage with the second friction surfaces such that the drive stem moves synchronously with the transmission unit; and a swivel selector movable to an "on" position or an "off" position, wherein when the swivel selector is in the "on" position, the transmission unit moves synchronously with the swivel.
A method of operating a wireless terminal (UE) in a wireless communication network, the method comprising: transmitting a connection resume request from the wireless terminal (UE) to a base station (eNB) of the wireless communication network; after transmitting the connection resume request, receiving a connection resume message at the wireless terminal (UE) from the base station (eNB) wherein the connection resume message includes an indication to delay resuming the radio bearer of the connection until after the wireless terminal has performed reconfiguration based on a connection reconfiguration message; responsive to receiving the connection resume message, performing reconfiguration of a connection with the base station (eNB), wherein performing reconfiguration comprises performing reconfiguration of the connection based on the connection resume message; responsive to receiving the connection resume message, providing a security key for the connection with the base station (eNB); responsive to receiving the connection resume message, resuming a radio bearer, transmitting a connection resume complete message from the wireless terminal (UE) to the base station (eNB); and after resuming the radio bearer, transmitting uplink data using the radio bearer. transmitting a connection resume request from the wireless terminal (UE) to a base station (eNB) of the wireless communication network; after transmitting the connection resume request, receiving a connection resume message at the wireless terminal (UE) from the base station (eNB) wherein the connection resume message includes an indication to delay resuming the radio bearer of the connection until after the wireless terminal has performed reconfiguration based on a connection reconfiguration message; responsive to receiving the connection resume message, performing reconfiguration of a connection with the base station (eNB), wherein performing reconfiguration comprises performing reconfiguration of the connection based on the connection resume message; responsive to receiving the connection resume message, providing a security key for the connection with the base station (eNB); responsive to receiving the connection resume message, resuming a radio bearer, transmitting a connection resume complete message from the wireless terminal (UE) to the base station (eNB); and after resuming the radio bearer, transmitting uplink data using the radio bearer.