mhurhangee/patent-ind-claim-en huggingface dataset:
A wetting mechanism for wetting a tube of a catheter , the wetting mechanism comprising: a housing configured to be positioned initially at or proximal to the tip end of the catheter tube, and wherein the housing comprises: a holding chamber for containing a volume of fluid therein; and a wetting chamber into which at least a portion of the catheter tube is able to be introduced and be moved therethrough to move at least a portion of the catheter tube through the wetting chamber, in use; and wherein the wetting mechanism comprises a fluid release control component for controlling release of the fluid from the holding chamber to the wetting chamber, wherein the fluid release control component comprises a container of fluid positioned within the holding chamber, wherein the fluid release control component comprises a first configuration wherein it prevents release of the fluid from the holding chamber to the wetting chamber and the container is intact, having the fluid contained therein, wherein the fluid release control component comprises a second configuration wherein it allows release of the fluid from the holding chamber to the wetting chamber and the container has ruptured or has otherwise been opened to release fluid therefrom. a housing configured to be positioned initially at or proximal to the tip end of the catheter tube, and wherein the housing comprises: a holding chamber for containing a volume of fluid therein; and a wetting chamber into which at least a portion of the catheter tube is able to be introduced and be moved therethrough to move at least a portion of the catheter tube through the wetting chamber, in use; and a holding chamber for containing a volume of fluid therein; and a wetting chamber into which at least a portion of the catheter tube is able to be introduced and be moved therethrough to move at least a portion of the catheter tube through the wetting chamber, in use; and wherein the wetting mechanism comprises a fluid release control component for controlling release of the fluid from the holding chamber to the wetting chamber, wherein the fluid release control component comprises a container of fluid positioned within the holding chamber, wherein the fluid release control component comprises a first configuration wherein it prevents release of the fluid from the holding chamber to the wetting chamber and the container is intact, having the fluid contained therein, wherein the fluid release control component comprises a second configuration wherein it allows release of the fluid from the holding chamber to the wetting chamber and the container has ruptured or has otherwise been opened to release fluid therefrom.
An image display device , including a web browser program, the image display comprising: a touch panel with a flat panel display and a touch pad having a touch pad interface , as display means for displaying on a screen a partial area image indicating a given area within a web page image to be displayed, the web page image having a display range with an upper edge and a lower edge; display area moving means for moving the given area in response to a predetermined operation performed by a user, wherein the predetermined operation is a drag operation; and determination means for determining whether or not the given area is located at an end portion of the web page image to be displayed, wherein, when the given area is located at the end portion of the web page image to be displayed, the display means enlarges the partial area image displayed on the screen and displays the partial area image on the screen in response to the predetermined operation performed by the user, in accordance with the sliding amount. a touch panel with a flat panel display and a touch pad having a touch pad interface , as display means for displaying on a screen a partial area image indicating a given area within a web page image to be displayed, the web page image having a display range with an upper edge and a lower edge; display area moving means for moving the given area in response to a predetermined operation performed by a user, wherein the predetermined operation is a drag operation; and determination means for determining whether or not the given area is located at an end portion of the web page image to be displayed, wherein, when the given area is located at the end portion of the web page image to be displayed, the display means enlarges the partial area image displayed on the screen and displays the partial area image on the screen in response to the predetermined operation performed by the user, in accordance with the sliding amount.
Method for producing a metallic component , in which a base body is provided with an aluminum coating and an aluminum alloy is cast around the coated base body , characterized in that the aluminum coating is applied galvanically to the base body , the surface of the base body comprising a clamping structure with undercuts, and in that a nickel coating is applied galvanically to the base body prior to the galvanic application of the aluminum coating .
A method of continuous thermal processing of used or damaged or otherwise degraded tyres, carried out by their thermal decomposition in a closed vertically oriented reaction space in the presence of a controlled flow of air blowing into it from below, by the action of flue gases passing from the tyres ignited at the bottom of the reaction space upwards, along the tyres stacked and continuously replenished in the reaction space to form their thermal decomposition products, discharged from the reaction space to be further processed, wherein in a first starting phase the reaction space is first filled with tyres to be processed, which ignite at its bottom at maximum air supply, then in a second phase after reaching a temperature of 700 to 850 °C in the lower part of the reaction space and 150 to 250 °C in the upper part of the reaction space, by reducing the air supply, these temperatures in both parts of the reaction space stabilize at their constant values, at which the thermal decomposition of the processed tyres takes place in this second phase at least until such a number of tyres is gradually added to the reaction space with restricted air access from its surroundings, that the proportion of weight of the tyres, expressed in kg, and the size of the transverse area of the reaction space, expressed in m 2 , reaches a value of 1,900 to 2,100 and at the same time a hot carbon bed is formed at a height of at least 0.7 to 1.2 metres from the bottom of the reaction space, and then, in a third phase, with further continuation of the thermal decomposition until its completion with the continuous refilling of the reaction space with the tyres to be processed, the equilibrium is set by increasing the air supply again with temperatures of 900 to 950 °C in the lower part of the reaction space and 380 to 450 °C in its upper part, wherein aerosol is discharged from its upper part of the reaction space for further processing, formed by gaseous products from the thermal decomposition of tyres, in which micro particles from the decomposition of low molecular weight substances are dispersed, and from its lower part the resulting solid residues of thermal decomposition of tyres are removed.
A build chamber for an additive manufacturing apparatus for forming a three-dimensional article layer by layer from a powder, the build chamber comprising: a powder table ; a build table ; a telescopic build tank operatively connected at one end to the powder table and at an opposing other end a portion of the build table , the telescopic build tank including at least two segments telescopically coupled together; characterized by at least one bellows assembly having a first portion operatively connected to a portion of the build table and a second portion operatively connected to an environment outside the build chamber , wherein movement of the build table toward the powder table results in expansion of the at least one bellows assembly and collapsing of the at least two segments of the telescopic build tank relative to one another; wherein the bellows assembly connects a floor of the build chamber to a bottom of an extension of the build table at an opening in the floor to expose the bottom of the extension of the build table to the environment outside the build chamber , wherein a longitudinal axis of the bellows assembly is offset from a longitudinal axis of the telescopic build tank , wherein the extension of the build table extends laterally outward from the build table . a powder table ; a build table ; a telescopic build tank operatively connected at one end to the powder table and at an opposing other end a portion of the build table , the telescopic build tank including at least two segments telescopically coupled together; characterized by at least one bellows assembly having a first portion operatively connected to a portion of the build table and a second portion operatively connected to an environment outside the build chamber , wherein movement of the build table toward the powder table results in expansion of the at least one bellows assembly and collapsing of the at least two segments of the telescopic build tank relative to one another; wherein the bellows assembly connects a floor of the build chamber to a bottom of an extension of the build table at an opening in the floor to expose the bottom of the extension of the build table to the environment outside the build chamber , wherein a longitudinal axis of the bellows assembly is offset from a longitudinal axis of the telescopic build tank , wherein the extension of the build table extends laterally outward from the build table .
A visualization catheter comprising: an elongate shaft including a proximal end, a distal end , and a central axis defined therebetween; a cap portion (134; 434) coupled to the distal end of the shaft , the cap portion (134; 434) extending distally from the distal end of the elongate shaft and comprising a visualization element (137; 237) and defining an aperture , wherein the visualization element (137; 237) and is directed in a direction oblique or orthogonal to the central axis of the shaft ; and an offset balloon coupled to the distal end of the shaft , the offset balloon encapsulating the cap portion and, when inflated, defining a center point offset relative to the central axis of the shaft ; characterized in that visualization element is a camera. an elongate shaft including a proximal end, a distal end , and a central axis defined therebetween; a cap portion (134; 434) coupled to the distal end of the shaft , the cap portion (134; 434) extending distally from the distal end of the elongate shaft and comprising a visualization element (137; 237) and defining an aperture , wherein the visualization element (137; 237) and is directed in a direction oblique or orthogonal to the central axis of the shaft ; and an offset balloon coupled to the distal end of the shaft , the offset balloon encapsulating the cap portion and, when inflated, defining a center point offset relative to the central axis of the shaft ; characterized in that visualization element is a camera.
A method for processing a digital certificate, applied to an accounting node, comprising: receiving (S1 10) an issuing request for the digital certificate, wherein the digital certificate does not contain validity period information corresponding to the digital certificate, and the issuing request comprises the digital certificate; acquiring (S120) a verification result of the digital certificate; and recording (S130), according to the verification result, the digital certificate which has passed verification to a blockchain; wherein recording (S130), according to the verification result, the digital certificate which has passed verification to the blockchain comprises: if an effective time of the digital certificate is reached, recording, according to the verification result, the digital certificate which has passed verification to the blockchain, and receiving the issuing request for the digital certificate comprises: receiving the issuing request carrying the validity period information, wherein the validity period information is used to determine the effective time. receiving (S1 10) an issuing request for the digital certificate, wherein the digital certificate does not contain validity period information corresponding to the digital certificate, and the issuing request comprises the digital certificate; acquiring (S120) a verification result of the digital certificate; and recording (S130), according to the verification result, the digital certificate which has passed verification to a blockchain; wherein recording (S130), according to the verification result, the digital certificate which has passed verification to the blockchain comprises: if an effective time of the digital certificate is reached, recording, according to the verification result, the digital certificate which has passed verification to the blockchain, and receiving the issuing request for the digital certificate comprises: receiving the issuing request carrying the validity period information, wherein the validity period information is used to determine the effective time. if an effective time of the digital certificate is reached, recording, according to the verification result, the digital certificate which has passed verification to the blockchain, and receiving the issuing request for the digital certificate comprises: receiving the issuing request carrying the validity period information, wherein the validity period information is used to determine the effective time.
Method for operating a rotary rake , wherein the rotary rake has at least the following subassemblies: a basic frame that has a longitudinal beam , a chassis that has running wheels , wherein the rotary rake is supported on a substrate to be treated via the running wheels of the chassis , a plurality of rake rotors that form at least two rake rotor pairs arranged one behind the other as seen in the longitudinal direction of the longitudinal beam , wherein, in an operating position, the rake rotors are set with respect to one another such that a spacing between the rake rotors of a first rake rotor pair is greater than the spacing between the rake rotors of a second rake rotor pair positioned behind the first rake rotor pair , and such that, between the rake rotors of the first rake rotor pair and the rake rotors of the second rake rotor pair , there is a defined overlap or superimposition in projection, characterized in that , depending on a lock angle of the rotary rake and depending on a steering angle of a towing vehicle towing the rotary rake , it is determined whether the rotary rake is drifting downhill on a slope, when it is determined that the rotary rake is drifting downhill on a slope, the defined overlap or superimposition of the rake rotors positioned uphill is increased. a basic frame that has a longitudinal beam , a chassis that has running wheels , wherein the rotary rake is supported on a substrate to be treated via the running wheels of the chassis , a plurality of rake rotors that form at least two rake rotor pairs arranged one behind the other as seen in the longitudinal direction of the longitudinal beam , wherein, in an operating position, the rake rotors are set with respect to one another such that a spacing between the rake rotors of a first rake rotor pair is greater than the spacing between the rake rotors of a second rake rotor pair positioned behind the first rake rotor pair , and such that, between the rake rotors of the first rake rotor pair and the rake rotors of the second rake rotor pair , there is a defined overlap or superimposition in projection, characterized in that , depending on a lock angle of the rotary rake and depending on a steering angle of a towing vehicle towing the rotary rake , it is determined whether the rotary rake is drifting downhill on a slope, when it is determined that the rotary rake is drifting downhill on a slope, the defined overlap or superimposition of the rake rotors positioned uphill is increased.
A magnetic flux pad for generating magnetic flux to charge an electric vehicle, the pad comprising: at least three coils positioned such that the windings thereof are in substantially the same plane; a magnetically permeable material , wherein the at least three coils are magnetically associated with the permeable material; and a power supply operable to selectively conduct with two or more of the coils such that a magnetic field is produced by at least one of a plurality of pairs of the at least three coils ; wherein the power supply is operable in a plurality of modes comprising: single-phase modes, wherein two or more of the coils are energised in phase with each other; two-phase modes, wherein one or more of the coils are simultaneously energised out of phase with one or more other coils; and a multiphase mode, wherein three or more of the coils are simultaneously energised out of phase with each other. at least three coils positioned such that the windings thereof are in substantially the same plane; a magnetically permeable material , wherein the at least three coils are magnetically associated with the permeable material; and a power supply operable to selectively conduct with two or more of the coils such that a magnetic field is produced by at least one of a plurality of pairs of the at least three coils ; wherein the power supply is operable in a plurality of modes comprising: single-phase modes, wherein two or more of the coils are energised in phase with each other; two-phase modes, wherein one or more of the coils are simultaneously energised out of phase with one or more other coils; and a multiphase mode, wherein three or more of the coils are simultaneously energised out of phase with each other. single-phase modes, wherein two or more of the coils are energised in phase with each other; two-phase modes, wherein one or more of the coils are simultaneously energised out of phase with one or more other coils; and a multiphase mode, wherein three or more of the coils are simultaneously energised out of phase with each other.
Fibre-optic cable fanout for attachment to a support , the fanout comprising a) a fanout input for entry into the cable fanout of an end of an optical multifibre cable comprising an outer jacket containing a plurality of individual optical fibres ; b) a fanout output for individual exit from the cable fanout of the plurality of individual optical fibres ; c) a fanout base comprising a base engagement element for engagement with the support such that the fanout base is movable relative to the support; d) a fanout cover , connected to the fanout base such that the fanout base and the fanout cover form a fanout cavity to contain sections of the individual optical fibres; e) a locking element , connected to the fanout cover and movable, relative to the fanout cover, so that, when the base engagement element is engaged with the support , the locking element can be moved between an unlocked position, in which the locking element is not engaged with the support and the fanout base is movable relative to the support, and a locked position, in which the locking element is engaged with the support and secures the fanout base and the fanout cover in a fixed position relative to the support; characterized in that the locking element is slideably connected to the fanout cover and is slideably movable between the unlocked position and the locked position such that the locking element performs a translational movement during which the angular orientation of the locking element relative to the fanout base and the fanout cover remains unchanged. a) a fanout input for entry into the cable fanout of an end of an optical multifibre cable comprising an outer jacket containing a plurality of individual optical fibres ; b) a fanout output for individual exit from the cable fanout of the plurality of individual optical fibres ; c) a fanout base comprising a base engagement element for engagement with the support such that the fanout base is movable relative to the support; d) a fanout cover , connected to the fanout base such that the fanout base and the fanout cover form a fanout cavity to contain sections of the individual optical fibres; e) a locking element , connected to the fanout cover and movable, relative to the fanout cover, so that, when the base engagement element is engaged with the support , the locking element can be moved between
A method for chromatographically separating a mixture comprising - a perfluoro(poly)ether group-containing monoalcohol compound of the formula A-Pf-Z , and - a perfluoro(poly)ether group-containing dialcohol compound of the formula Z-Pf-Z : wherein Pf is a divalent perfluoropolyether group, A is R 1 -, R 1 -O-, R 2 O-CH 2 -R 3 - or R 2 O-CH 2 -R 3 -O-, wherein R 1 is alkyl, R 2 is alkyl, and R 3 is a divalent C 1-4 -organic group, Z each independently is -R 5 -CH 2 OH or -O-R 5 -CH 2 OH, wherein R 5 is a bond or a divalent C 1-4 -organic group, the method comprising - adsorbing the mixture onto a stationary phase, and - eluting the compound by a mobile phase, the mobile phase being one single solvent selected from hydrochlorofluorocarbons, hydrofluoroethers, fluorine-containing ester solvents, and fluorine-containing aromatic solvents, to separate the compound from the compound . - a perfluoro(poly)ether group-containing monoalcohol compound of the formula A-Pf-Z , and - a perfluoro(poly)ether group-containing dialcohol compound of the formula Z-Pf-Z : wherein Pf is a divalent perfluoropolyether group, A is R 1 -, R 1 -O-, R 2 O-CH 2 -R 3 - or R 2 O-CH 2 -R 3 -O-, wherein R 1 is alkyl, R 2 is alkyl, and R 3 is a divalent C 1-4 -organic group, Z each independently is -R 5 -CH 2 OH or -O-R 5 -CH 2 OH, wherein R 5 is a bond or a divalent C 1-4 -organic group, the method comprising Pf is a divalent perfluoropolyether group, A is R 1 -, R 1 -O-, R 2 O-CH 2 -R 3 - or R 2 O-CH 2 -R 3 -O-, wherein R 1 is alkyl, R 2 is alkyl, and R 3 is a divalent C 1-4 -organic group, Z each independently is -R 5 -CH 2 OH or -O-R 5 -CH 2 OH, wherein R 5 is a bond or a divalent C 1-4 -organic group, - adsorbing the mixture onto a stationary phase, and - eluting the compound by a mobile phase, the mobile phase being one single solvent selected from hydrochlorofluorocarbons, hydrofluoroethers, fluorine-containing ester solvents, and fluorine-containing aromatic solvents, to separate the compound from the compound .