mhurhangee/ep-ind-claims huggingface dataset:
Human powered land vehicle with two steered front wheels (3, 3.1) and one rear wheel driven by a drive train, which drive train incorporates a human powered actuator to be actuated for propulsion of the vehicle by a person driving the vehicle and kinematically coupled to a driven wheel for propulsing the vehicle in at least one driving direction and which vehicle further disposes of a non-human powered actuator arranged to drive at least one of the wheels to the vehicle, and with at least one longitudinal beam and a cross-beam, whereas the rear wheel is connected to the longitudinal beam and the front wheels (3, 3.1) are supported by the cross-beam and whereas at least part of the drive train is being housed within the longitudinal beam, a seat is supported by the longitudinal beam and is designed that the person driving the vehicle is in a sitting position, characterized in that the longitudinal beam is principally of a U-shaped form in its cross-section with its longitudinal opening facing groundwards, in that the axis of rotation of the pedal drive is arranged between the two front wheels (3, 3.1) and with distance to the top of the longitudinal beam and within a pedal drive housing with the pedals (24, 24.1) being arranged outside this housing.
A network device for a communication network, said device comprising memorization means and application means arranged to apply application logics to certain signaling messages, related to a given communication session, and to store within said memory states corresponding respectively to said application logics, characterized in that it comprises a signaling message processing assistance apparatus comprising processing means arranged, in the event an application logic is applied to one of said signaling messages, to attach to that signaling message, before it is transmitted, a state identifier and to store that state identifier in said memorization means as a match for the state of the application logic applied thereto.
A communication system comprising: a network comprising a plurality of first access points (6, 8), each access point being configured for bi-directional communication, using a first radio protocol, with a communication device that has been associated with the access point by an association data exchange, wherein each access point is further configured to receive, at a first data rate using the first radio protocol, a multicast radio message from a wireless communication unit that is not associated with the access point and to forward the multicast message onto the network; and a wireless communication unit comprising radio transmission means configured to transmit a multicast radio message at the first data rate using the first radio protocol; characterised in that: the communication system further comprises a radio transmitter configured to send data comprising a control message, addressed to one or more specific wireless communication units, at a second data rate, using a second radio protocol different from the first radio protocol; and the wireless communication unit comprises radio receiving means configured to receive and decode a control message from the radio transmitter, received at the second data rate using the second radio protocol, and is configured to execute a function in response to receiving the control message. a network comprising a plurality of first access points (6, 8), each access point being configured for bi-directional communication, using a first radio protocol, with a communication device that has been associated with the access point by an association data exchange, wherein each access point is further configured to receive, at a first data rate using the first radio protocol, a multicast radio message from a wireless communication unit that is not associated with the access point and to forward the multicast message onto the network; and a wireless communication unit comprising radio transmission means configured to transmit a multicast radio message at the first data rate using the first radio protocol; characterised in that: the communication system further comprises a radio transmitter configured to send data comprising a control message, addressed to one or more specific wireless communication units, at a second data rate, using a second radio protocol different from the first radio protocol; and the wireless communication unit comprises radio receiving means configured to receive and decode a control message from the radio transmitter, received at the second data rate using the second radio protocol, and is configured to execute a function in response to receiving the control message.
An alignment method for an imaging device of an object position and orientation detection system comprising an object at least part of which comprises a patterned marker having a detectable pattern arranged thereon, the imaging device adapted to create one or more images of the object, and image processing means adapted to calculate the position and orientation of the object in space from the appearance of the patterned marker in the one or more images, the alignment method characterised by: providing an image on a display; detecting the image using the imaging device; and providing a sub-image on the display corresponding to a virtual projection on the display originating from the imaging device. providing an image on a display; detecting the image using the imaging device; and providing a sub-image on the display corresponding to a virtual projection on the display originating from the imaging device.
An apparatus comprising: an outer hub and an inner hub, the hubs (602, 604) configured to be secured to a support structure and to a device; and multiple sets of flexure arms (608a-608c) connecting the outer hub and the inner hub, each set (608a-608c) of flexure arms including symmetric flexure arms; wherein each flexure arm comprises one or more circular openings; wherein each flexure arm follows a path that includes one or more "S" curves and a loop back region in which the flexure arm substantially reverses a direction of travel within the apparatus; and wherein a portion of each flexure arm follows a tangential path around a central axis of the apparatus. an outer hub and an inner hub, the hubs (602, 604) configured to be secured to a support structure and to a device; and multiple sets of flexure arms (608a-608c) connecting the outer hub and the inner hub, each set (608a-608c) of flexure arms including symmetric flexure arms; wherein each flexure arm comprises one or more circular openings; wherein each flexure arm follows a path that includes one or more "S" curves and a loop back region in which the flexure arm substantially reverses a direction of travel within the apparatus; and wherein a portion of each flexure arm follows a tangential path around a central axis of the apparatus.
A method comprising: disposing a gravel packing service tool assembly on a drill pipe in a wellbore consisting of a cased section and a lower open-hole section and having conditioned drilling fluid, said gravel packing tool assembly comprising a wellscreen with alternate path technology, a packer, and a crossover tool with fluid ports connecting the drillpipe, washpipe and the annulus between the drillpipe and the walls of the wellbore above and below the packer, with the packer directly above the interval to be gravel packed; manipulating the gravel packing service tool assembly to displace the conditioned drilling fluid and drilling cuttings that remain in the open-hole from around the wellscreen and below the packer with a carrier fluid not loaded with gravel pack proppants; and gravel packing the wellbore, characterised in that the gravel packing service tool assembly is manipulated to successively: pump the carrier fluid down the drillpipe into the annulus between the casing and the drillpipe to displace the conditioned drilling fluid, pump conditioned drilling fluid down the annulus between the casing and the drillpipe to push the carrier fluid through the washpipe out of the screen, sweeping the open-hole annulus between the alternate path-tool and the open-hole through the crossover tool and the drillpipe, and pump conditioned drilling fluid down the annulus between casing and the drillpipe causing a reverse-out by pushing the conditioned drilling fluid and the dirty gravel pack fluid out of the drillpipe. disposing a gravel packing service tool assembly on a drill pipe in a wellbore consisting of a cased section and a lower open-hole section and having conditioned drilling fluid, said gravel packing tool assembly comprising a wellscreen with alternate path technology, a packer, and a crossover tool with fluid ports connecting the drillpipe, washpipe and the annulus between the drillpipe and the walls of the wellbore above and below the packer, with the packer directly above the interval to be gravel packed; manipulating the gravel packing service tool assembly to displace the conditioned drilling fluid and drilling cuttings that remain in the open-hole from around the wellscreen and below the packer with a carrier fluid not loaded with gravel pack proppants; and gravel packing the wellbore, pump the carrier fluid down the drillpipe into the annulus between the casing and the drillpipe to displace the conditioned drilling fluid, pump conditioned drilling fluid down the annulus between the casing and the drillpipe to push the carrier fluid through the washpipe out of the screen, sweeping the open-hole annulus between the alternate path-tool and the open-hole through the crossover tool and the drillpipe, and pump conditioned drilling fluid down the annulus between casing and the drillpipe causing a reverse-out by pushing the conditioned drilling fluid and the dirty gravel pack fluid out of the drillpipe.
Method for manufacturing a container from a preform made of plastic material, in a stretch-blow-moulding assembly equipped with: - a mould provided with a wall that defines a cavity having the shape of the container, extending along a main axis of the mould, and with a mould bottom that is axially displaceable with respect to the wall between an outward position and an inward position, - a stretching unit comprising a stretch rod which can be displaced axially with respect to the wall and a device for controlling the displacement of the stretch rod, this method comprising: - a phase of introducing the preform into the mould; - a stretch-blow-moulding phase in which a pressurized fluid is injected into the preform and the stretch rod is displaced in the direction of the mould bottom until it locally clamps the preform against the mould bottom; - a boxing phase in which the mould bottom, initially in the outward position, is moved towards its inward position; the method being such that it comprises a retraction operation, consisting, during the boxing phase, in controlling a displacement of the stretch rod in synchrony with the displacement of the mould bottom, the method being characterized in that the control of the displacement of the stretch rod is slaved to the displacement of the mould bottom, maintaining a constant gap between the free end of the rod and the upper surface of the mould bottom. - a mould provided with a wall that defines a cavity having the shape of the container, extending along a main axis of the mould, and with a mould bottom that is axially displaceable with respect to the wall between an outward position and an inward position, - a stretching unit comprising a stretch rod which can be displaced axially with respect to the wall and a device for controlling the displacement of the stretch rod, - a phase of introducing the preform into the mould; - a stretch-blow-moulding phase in which a pressurized fluid is injected into the preform and the stretch rod is displaced in the direction of the mould bottom until it locally clamps the preform against the mould bottom; - a boxing phase in which the mould bottom, initially in the outward position, is moved towards its inward position;
Composite particles, comprising: a base that contains titanium dioxide, at least one oxide layer that contains silicon oxide and zirconium oxide provided on the base, and at least one hydroxide layer containing aluminum hydroxide provided on the oxide layer. a base that contains titanium dioxide, at least one oxide layer that contains silicon oxide and zirconium oxide provided on the base, and at least one hydroxide layer containing aluminum hydroxide provided on the oxide layer.
A method, comprising: performing a matrix operation using a plurality of input matrices, wherein the matrix operation is associated with one or more convolution operations, and wherein performing the matrix operation comprises: obtaining the plurality of input matrices from memory; partitioning the plurality of input matrices into a plurality of input partitions, wherein the plurality of input matrices is partitioned based on a number of available processing elements; distributing the plurality of input partitions among a plurality of matrix processing chips, wherein each input partition is distributed to a particular matrix processing chip of the plurality of matrix processing chips, wherein the plurality of matrix processing chips is configured in a cyclic arrangement such that each matrix processing chip is communicatively coupled to a plurality of neighbor matrix processing chips; performing a plurality of partial matrix operations using the plurality of matrix processing chips, wherein the plurality of partial matrix operations is performed in a plurality of stages; and the method further is characterized by simultaneously transmitting and receiving partial matrix data to one or more of the neighbor matrix processing chips while performing a particular stage of the plurality of partial matrix operations by each matrix processing chip; and determining a result of the matrix operation based on the plurality of partial matrix operations. obtaining the plurality of input matrices from memory; partitioning the plurality of input matrices into a plurality of input partitions, wherein the plurality of input matrices is partitioned based on a number of available processing elements; distributing the plurality of input partitions among a plurality of matrix processing chips, wherein each input partition is distributed to a particular matrix processing chip of the plurality of matrix processing chips, wherein the plurality of matrix processing chips is configured in a cyclic arrangement such that each matrix processing chip is communicatively coupled to a plurality of neighbor matrix processing chips; performing a plurality of partial matrix operations using the plurality of matrix processing chips, wherein the plurality of partial matrix operations is performed in a plurality of stages; and the method further is characterized by simultaneously transmitting and receiving partial matrix data to one or more of the neighbor matrix processing chips while performing a particular stage of the plurality of partial matrix operations by each matrix processing chip; and determining a result of the matrix operation based on the plurality of partial matrix operations.
A fiber laser, comprising: a seed laser providing a laser beam having a fundamental wavelength; a fiber amplifier arranged to receive and amplify the fundamental beam, the amplified fundamental beam being linearly polarized; a harmonic generator arranged to receive the amplified fundamental beam and partially convert the amplified fundamental beam into a laser beam having a harmonic wavelength corresponding to a harmonic of the fundamental wavelength, the partial conversion leaving a residual laser beam having the fundamental wavelength; a dichroic mirror arranged to intercept and spatially separate the residual fundamental beam and the harmonic beam; a first polarization modulator and a first polarizer arranged to receive the residual fundamental beam and to regulate power by passing at least portion thereof, so that a regulated residual fundamental beam is obtained; a second polarization modulator and a second polarizer arranged to receive the harmonic beam and to regulate power by passing at least a portion thereof, so that a regulated harmonic beam is obtained; an output optical fiber having a center core and an annular core; and a fiber combiner arranged to receive the regulated residual fundamental beam and the regulated harmonic beam, the fiber combiner configured to couple at least a portion of the regulated residual fundamental beam into a first one of the cores of the output optical fiber and to couple at least a portion of the regulated harmonic beam into a second one of the cores of the output optical fiber. a seed laser providing a laser beam having a fundamental wavelength; a fiber amplifier arranged to receive and amplify the fundamental beam, the amplified fundamental beam being linearly polarized; a harmonic generator arranged to receive the amplified fundamental beam and partially convert the amplified fundamental beam into a laser beam having a harmonic wavelength corresponding to a harmonic of the fundamental wavelength, the partial conversion leaving a residual laser beam having the fundamental wavelength; a dichroic mirror arranged to intercept and spatially separate the residual fundamental beam and the harmonic beam; a first polarization modulator and a first polarizer arranged to receive the residual fundamental beam and to regulate power by passing at least portion thereof, so that a regulated residual fundamental beam is obtained; a second polarization modulator and a second polarizer arranged to receive the harmonic beam and to regulate power by passing at least a portion thereof, so that a regulated harmonic beam is obtained; an output optical fiber having a center core and an annular core; and a fiber combiner arranged to receive the regulated residual fundamental beam and the regulated harmonic beam, the fiber combiner configured to couple at least a portion of the regulated residual fundamental beam into a first one of the cores of the output optical fiber and to couple at least a portion of the regulated harmonic beam into a second one of the cores of the output optical fiber.
A method for producing hypromellose acetate succinate, comprising: an esterification step of esterifying hypromellose with an acetylating agent and a succinoylating agent in the presence of an aliphatic carboxylic acid to obtain a reaction product solution containing hypromellose acetate succinate; a precipitation step of precipitating the hypromellose acetate succinate by mixing the reaction product solution with water to obtain a suspension of the precipitated hypromellose acetate succinate; a neutralization step of neutralizing the suspension with a basic substance to obtain a neutralized suspension; and a washing step of washing the hypromellose acetate succinate contained in the neutralized suspension to obtain the washed hypromellose acetate succinate. an esterification step of esterifying hypromellose with an acetylating agent and a succinoylating agent in the presence of an aliphatic carboxylic acid to obtain a reaction product solution containing hypromellose acetate succinate; a precipitation step of precipitating the hypromellose acetate succinate by mixing the reaction product solution with water to obtain a suspension of the precipitated hypromellose acetate succinate; a neutralization step of neutralizing the suspension with a basic substance to obtain a neutralized suspension; and a washing step of washing the hypromellose acetate succinate contained in the neutralized suspension to obtain the washed hypromellose acetate succinate.
A method of preparing a tank for use in connection with a second pesticide following use of the tank in connection with a first pesticide, the method comprising: introducing a cleaning mixture into a tank containing a residual amount of the first pesticide, wherein the cleaning mixture comprises (a) a source of transition metal ions, and (b) a source of hydrogen peroxide; allowing the cleaning mixture to remain in the tank for a time sufficient to degrade at least a portion of the residual amount of the first pesticide, thereby forming a waste mixture comprising degradation products of the first pesticide; and removing the waste mixture from the tank, wherein no pH adjusting agent is used, and wherein the cleaning mixture is not subjected to an artificial light source while in the tank. introducing a cleaning mixture into a tank containing a residual amount of the first pesticide, wherein the cleaning mixture comprises (a) a source of transition metal ions, and (b) a source of hydrogen peroxide; (a) a source of transition metal ions, and (b) a source of hydrogen peroxide; allowing the cleaning mixture to remain in the tank for a time sufficient to degrade at least a portion of the residual amount of the first pesticide, thereby forming a waste mixture comprising degradation products of the first pesticide; and removing the waste mixture from the tank, wherein no pH adjusting agent is used, and wherein the cleaning mixture is not subjected to an artificial light source while in the tank.
A compact, sliding door apparatus in a doorway, the apparatus comprising: a slot adjacent the doorway, the slot extending across the doorway above the doorway; a first panel in the doorway, the first panel having a first guide that extends into the slot for movement of the first guide through the slot, the first guide thereby operatively connecting the first panel with the slot for side-to-side movement of the first panel relative to the slot and across the doorway; and a second panel in the doorway, the second panel having a second guide that extends into the slot for movement of the second guide through the slot, the second guide thereby operatively connecting the second panel with the slot for side-to-side movement of the second panel relative to the slot and across the doorway, wherein the second panel has a hollow interior and an opening in a side of the second panel, the first panel extending through the opening and into the hollow interior of the second panel and the first panel moving in the hollow interior of the second panel when the first panel is moved side-to-side in the doorway, and wherein the first guide of the first panel comes into engagement with the second guide of the second panel when the first panel is moved side-to-side in the doorway. a slot adjacent the doorway, the slot extending across the doorway above the doorway; a first panel in the doorway, the first panel having a first guide that extends into the slot for movement of the first guide through the slot, the first guide thereby operatively connecting the first panel with the slot for side-to-side movement of the first panel relative to the slot and across the doorway; and a second panel in the doorway, the second panel having a second guide that extends into the slot for movement of the second guide through the slot, the second guide thereby operatively connecting the second panel with the slot for side-to-side movement of the second panel relative to the slot and across the doorway,