mhurhangee/patent-ind-claim-en huggingface dataset:
Adjustable device for holding and fixing a frame to a wall opening, having - a profile rail formed as a longitudinally expanded shaped sheet metal part of substantially C-, U-, double-T or hollow box-shaped cross-section; and - having a plurality of possible connection points for mounting on a statically load-bearing wall section; and - one or more possible connection points for attachment of an adjustment element , - wherein the adjustment element comprises a threaded bolt and an adjustable support element arranged on the threaded bolt, - wherein the threaded bolt is fixable at its first end to a connection point of the profile rail , characterized in that a fastening element is provided which can be screwed onto the second end of the threaded bolt , is designed as a cap nut with a substantially cylindrical body and an axial blind hole thread as well as a flat head projecting radially beyond the cylindrical body, and which enables the frame to be clamped between the support element and the fastening element . - a profile rail formed as a longitudinally expanded shaped sheet metal part of substantially C-, U-, double-T or hollow box-shaped cross-section; and - having a plurality of possible connection points for mounting on a statically load-bearing wall section; and - one or more possible connection points for attachment of an adjustment element , - wherein the adjustment element comprises a threaded bolt and an adjustable support element arranged on the threaded bolt, - wherein the threaded bolt is fixable at its first end to a connection point of the profile rail ,
An acquisition device to measure a force exerting on a wall or a deformation of a transducer integrated under a surface of the wall; the device comprising said wall and said transducer , and in which the transducer is constituted by a body and a plurality of electrodes fastened to said body and spaced apart from one another; the transducer is such that an electrical impedance (R) determined from said plurality of electrodes is variable as a function of deformation to which the transducer is subjected; when looking in a direction perpendicular to the surface of the wall, at least two electrodes of said plurality of electrodes are spaced apart from each other; and the transducer is incorporated under the surface of the wall; the device being characterized in that said electrodes are flexible; and the transducer is configured so that, if a force is applied to the acquisition device on said surface of the wall, in a direction perpendicular to said surface, the transducer deforms mainly in a plane substantially parallel to the surface of the wall, and an impedance measured between said at least two electrodes of said plurality of electrodes varies.
A medical device comprising: an elongate body including a distal portion and a proximal portion ; a shaft within the elongate body, the shaft including a distal portion ; an inflatable treatment element at the distal portion of the elongate body, at least a portion of the inflatable treatment element being coupled to the distal portion of the shaft, the inflatable treatment element defining an inner chamber ; and at least one fiber sensor , at least a portion of each of the at least one fiber sensor being located within the inner chamber of the inflatable treatment element and including at least one singlemode waveguide segment and at least one multimode waveguide segment , each of the at least one fiber sensor including a proximal portion and a distal portion , the distal portion being coupled to the distal portion of the shaft and the proximal portion being freely movable within the inner chamber of the inflatable treatment element. an elongate body including a distal portion and a proximal portion ; a shaft within the elongate body, the shaft including a distal portion ; an inflatable treatment element at the distal portion of the elongate body, at least a portion of the inflatable treatment element being coupled to the distal portion of the shaft, the inflatable treatment element defining an inner chamber ; and at least one fiber sensor , at least a portion of each of the at least one fiber sensor being located within the inner chamber of the inflatable treatment element and including at least one singlemode waveguide segment and at least one multimode waveguide segment , each of the at least one fiber sensor including a proximal portion and a distal portion , the distal portion being coupled to the distal portion of the shaft and the proximal portion being freely movable within the inner chamber of the inflatable treatment element.
A crystalline form of the hydrochloride of a benzodiazepine derivative of Formula I, wherein R is ethyl, and it has an X-ray powder diffraction pattern with the following 2θ values measured using CuKα radiation: 6.87, 7.38, 9.53, 13.65, 18.71, 22.13, 22.67, 25.10, 27.25, 29.30±0.2 degrees.
An occupant support comprising a seat bottom , a seat back coupled to the seat bottom for movement about a seat-back pivot axis relative to the seat bottom between an upright position and a folded-forward position, and an upper-back support system , the upper-back support system being configured to move relative to the seat back between a plurality of positions to accommodate different sized occupants of the occupant support , the upper-back support system including an adjustable back support and support-adjuster means for moving the adjustable back support relative to the seat back from a first arrangement to a second arrangement in response to receiving a control input when a first sized occupant is supported by the occupant support and for moving the adjustable back support relative to the seat back from the first arrangement to a third arrangement in response to receiving the control input when a second sized occupant is supported by the occupant support , wherein the upper-back support system includes an adjustable back support positioned between a frame and a trim , wherein the upper-back support system further includes an actuator positioned between the adjustable back support and the frame , wherein the actuator is configured to move between a retracted state and a fully-extended state to cause the adjustable back support to translate relative to the frame and to rotate about a rotation axis relative to the frame , characterized in that the rotation axis moves in response to movement of the actuator between the retracted state and the fully extended state. wherein the upper-back support system includes an adjustable back support positioned between a frame and a trim , wherein the upper-back support system further includes an actuator positioned between the adjustable back support and the frame , wherein the actuator is configured to move between a retracted state and a fully-extended state to cause the adjustable back support to translate relative to the frame and to rotate about a rotation axis relative to the frame , characterized in that the rotation axis moves in response to movement of the actuator between the retracted state and the fully extended state.
A paper bucket for a printer, comprising: a curved base portion for accepting paper rolls of varying widths; two oppositely disposed side walls movably mounted to the curved base portion ; characterised by further comprising, a two-part spring-loaded spindle assembly extending through each of the side walls and adapted to support a paper roll therebetween; each spindle assembly comprising a first spring loaded spindle part and a second spring loaded spindle part movably connected to one another. a curved base portion for accepting paper rolls of varying widths; two oppositely disposed side walls movably mounted to the curved base portion ; characterised by further comprising, a two-part spring-loaded spindle assembly extending through each of the side walls and adapted to support a paper roll therebetween; each spindle assembly comprising a first spring loaded spindle part and a second spring loaded spindle part movably connected to one another.
A method of controlling reconfiguration of a dependency graph for coordinating configuration of a computing device, comprising: detecting, at the computing device , whether an error exists in the dependency graph for a desired configuration state associated with a configuration request, wherein the dependency graph for the desired configuration state specifies interdependencies between configurations of a set of features and is used by an implementation component to coordinate configuring the set of features, and wherein an error is detected to exist in the dependency graph when the desired configuration state differs from an actual configuration state of the computing device that results from use of the dependency graph to coordinate configuring the set of features; and sending, from the computing device to a configuration source , feedback concerning success or failure of the dependency graph on the computing device , wherein the dependency graph for the desired configuration state is modified, based on the success or failure of the dependency graph on the computing device , to create a modified dependency graph for the desired configuration state. detecting, at the computing device , whether an error exists in the dependency graph for a desired configuration state associated with a configuration request, wherein the dependency graph for the desired configuration state specifies interdependencies between configurations of a set of features and is used by an implementation component to coordinate configuring the set of features, and wherein an error is detected to exist in the dependency graph when the desired configuration state differs from an actual configuration state of the computing device that results from use of the dependency graph to coordinate configuring the set of features; and sending, from the computing device to a configuration source , feedback concerning success or failure of the dependency graph on the computing device , wherein the dependency graph for the desired configuration state is modified, based on the success or failure of the dependency graph on the computing device , to create a modified dependency graph for the desired configuration state.
Method for improving the purifying liquid evaporation in a dosing module of an SCR catalyst, the dosing module (DMD) comprising an external tubular wall (EW) conveying exhaust gas and means for spraying (DM) an urea-based liquid (SC) into an exhaust gas stream (F) to purify the exhaust gas stream (F), the method comprising - splitting of the exhaust gas flow (F) into a first and a second gas streams (F1, F2) physically separated between each other by means of one septum (SP) and - providing said one septum (SP) with fins (FN) in thermal contact with a second face of the septum (SP) and arranged in order to be lapped by the second gas stream (F2), - spraying said purifying liquid directly onto a first face of said septum, opposite to said second face, and lapped by the first gas stream (F1); said first face being smooth, namely without corrugations or folds in order to avoid any purifying liquid accumulations; said fins (FN) being not in thermal contact with said external tubular wall (EW); characterized in that said fins increase the area of the second face of the septum of at least a factor three, so as to capture the heat content of the second gas stream (F2); the method further comprising: transferring said captured heat to said septum (SP) in order to vaporize droplets of said purifying liquid colliding with said first face of the septum (SP). - splitting of the exhaust gas flow (F) into a first and a second gas streams (F1, F2) physically separated between each other by means of one septum (SP) and - providing said one septum (SP) with fins (FN) in thermal contact with a second face of the septum (SP) and arranged in order to be lapped by the second gas stream (F2), - spraying said purifying liquid directly onto a first face of said septum, opposite to said second face, and lapped by the first gas stream (F1); said first face being smooth, namely without corrugations or folds in order to avoid any purifying liquid accumulations; said fins (FN) being not in thermal contact with said external tubular wall (EW); characterized in that said fins increase the area of the second face of the septum of at least a factor three, so as to capture the heat content of the second gas stream (F2); the method further comprising: transferring said captured heat to said septum (SP) in order to vaporize droplets of said purifying liquid colliding with said first face of the septum (SP).
A system for reselling electronic devices, comprising: a kiosk , having: an identification reader , an exterior imaging component , a processor , an inspection area ; and an imaging component within the inspection area , wherein the kiosk is configured to: obtain a first image of the reseller in real-time using the exterior imaging component , receive an identification of the reseller at the kiosk from the identification reader and derive a second image of the reseller from the identification of the reseller, receive an identification of the electronic device at the kiosk , and collect as transfer data: the first image of the reseller, the identification information of the reseller including the second image of the reseller, and the identification of the electronic device; a remote server connected to the kiosk over a network, wherein the kiosk is configured to transmit the transfer data to the remote server over the network in real-time; and a remote display, wherein the server is configured to, in real-time: transmit the first image of the reseller and the identification information including the second image of the reseller to the remote display for display on the remote display, for a remote operator to approve or reject each transaction at the kiosk . a kiosk , having: an identification reader , an exterior imaging component , a processor , an inspection area ; and an imaging component within the inspection area , wherein the kiosk is configured to: obtain a first image of the reseller in real-time using the exterior imaging component , receive an identification of the reseller at the kiosk from the identification reader and derive a second image of the reseller from the identification of the reseller, receive an identification of the electronic device at the kiosk , and collect as transfer data: the first image of the reseller, the identification information of the reseller including the second image of the reseller, and the identification of the electronic device; an identification reader , an exterior imaging component , a processor , an inspection area ; and an imaging component within the inspection area , obtain a first image of the reseller in real-time using the exterior imaging component , receive an identification of the reseller at the kiosk from the identification reader and derive a second image of the reseller from the identification of the reseller, receive an identification of the electronic device at the kiosk , and collect as transfer data: the first image of the reseller, the identification information of the reseller including the second image of the reseller, and the identification of the electronic device; a remote server connected to the kiosk over a network, wherein the kiosk is configured to transmit the transfer data to the remote server over the network in real-time; and a remote display, wherein the server is configured to, in real-time: transmit the first image of the reseller and the identification information including the second image of the reseller to the remote display for display on the remote display, for a remote operator to approve or reject each transaction at the kiosk .
A method for producing an annular-shaped cage for a rolling bearing assembly, the method comprising the steps of: - providing a workpiece contained in a plane (P) having a first side and a second side ; - forming an annular-shaped cage from the workpiece , the annular-shaped cage having a U-shaped cross section such that portions of the first side of the workpiece face each other and further the annular-shaped cage presents a first and a second rim portion (6, 6'; 23, 23'); and forming a plurality of windows in the workpiece for receiving and positioning a set of rolling elements , characterized in that , the first rim portion forms an inner diameter and the second rim portion forms an outer diameter of the annular-shaped cage . - providing a workpiece contained in a plane (P) having a first side and a second side ; - forming an annular-shaped cage from the workpiece , the annular-shaped cage having a U-shaped cross section such that portions of the first side of the workpiece face each other and further the annular-shaped cage presents a first and a second rim portion (6, 6'; 23, 23'); and forming a plurality of windows in the workpiece for receiving and positioning a set of rolling elements , characterized in that , the first rim portion forms an inner diameter and the second rim portion forms an outer diameter of the annular-shaped cage .
A well tool , comprising: a downhole anchor including at least one outwardly extendable slip configured to grip a well surface , the slip comprising longitudinally spaced apart grip structures , and a longitudinally extending beam which connects the grip structures to each other, characterised by : the beam having a radial thickness (RW) which is greater than a lateral width (LW) of the beam . a downhole anchor including at least one outwardly extendable slip configured to grip a well surface , the slip comprising longitudinally spaced apart grip structures , and a longitudinally extending beam which connects the grip structures to each other, characterised by : the beam having a radial thickness (RW) which is greater than a lateral width (LW) of the beam .
A probe assembly comprising: a modular device comprising an array of elements for detecting external signals or emitting energy, the modular device including a device array having at least one of electrical contacts or optical fiber ends, wherein the array of elements is communicatively coupled to the device array ; and a cable assembly for communicatively coupling the modular device to a computing system and transmit data signals therethrough, the cable assembly comprising an array connector having a connector body that includes a mating side and channels extending through the mating side and the connector body , the cable assembly including a plurality of communication lines disposed within corresponding channels of the connector body , the communication lines including at least one of wire conductors or optical fibers, the communication lines having respective end faces that are positioned proximate to the mating side to form a terminal array , the terminal array being aligned with and coupled to the device array of the modular device ; wherein the connector body includes a plurality of substrate layers that are stacked side-by-side and have respective mating edges that form the mating side , the substrate layers forming a plurality of interfaces in which each interface is defined between adjacent substrate layers , wherein the adjacent substrate layers define the channels therebetween. a modular device comprising an array of elements for detecting external signals or emitting energy, the modular device including a device array having at least one of electrical contacts or optical fiber ends, wherein the array of elements is communicatively coupled to the device array ; and a cable assembly for communicatively coupling the modular device to a computing system and transmit data signals therethrough, the cable assembly comprising an array connector having a connector body that includes a mating side and channels extending through the mating side and the connector body , the cable assembly including a plurality of communication lines disposed within corresponding channels of the connector body , the communication lines including at least one of wire conductors or optical fibers, the communication lines having respective end faces that are positioned proximate to the mating side to form a terminal array , the terminal array being aligned with and coupled to the device array of the modular device ; wherein the connector body includes a plurality of substrate layers that are stacked side-by-side and have respective mating edges that form the mating side , the substrate layers forming a plurality of interfaces in which each interface is defined between adjacent substrate layers , wherein the adjacent substrate layers define the channels therebetween.
A method of activating reverse for a vehicle comprising: - generating a reverse signal at a user interface ; - communicating the reverse signal to a control module ; - determining a vehicle speed; - determining a transmission gear position; - generating a clutch lever signal corresponding to an amount of opening and closing of a clutch lever ; - in response to the vehicle speed and transmission gear position, engaging a reverse gear at a drive sprocket assembly ; and - increasing of decreasing a reverse speed of the drive sprocket assembly in response to the clutch lever signal corresponding to the amount of opening or closing of the clutch lever . - generating a reverse signal at a user interface ; - communicating the reverse signal to a control module ; - determining a vehicle speed; - determining a transmission gear position; - generating a clutch lever signal corresponding to an amount of opening and closing of a clutch lever ; - in response to the vehicle speed and transmission gear position, engaging a reverse gear at a drive sprocket assembly ; and - increasing of decreasing a reverse speed of the drive sprocket assembly in response to the clutch lever signal corresponding to the amount of opening or closing of the clutch lever .