mhurhangee/patent-ind-claim-en huggingface dataset:
A compound according to Formula 1000: or a pharmaceutically acceptable salt, solvate, stereoisomer, or tautomer thereof, wherein: Ar is a divalent six-membered, substituted or unsubstituted, monocyclic aryl; a divalent five- or six-membered, substituted or unsubstituted, monocyclic heteroaryl; a divalent nine- or ten-membered, substituted or unsubstituted, fused bicyclic aryl; a divalent eight-, nine- or ten-membered, substituted or unsubstituted, fused bicyclic heteroaryl; L is absent or -CH2-; W 1 , W 2 , W 3 , W 4 , and W 5 are each independently a single bond, absent, or a divalent attaching group; EG is absent or an eliminator group; each RT is a release trigger group, in the backbone of Formula 1000 or bonded to EG, wherein each RT is optional; RT 1 is a release trigger group, or a cleavable linker, or RT 1 is absent; HP is a single bond, absent, or a divalent hydrophilic group; HP 1 is a single bond, absent, a divalent hydrophilic group, or where R HP is a monovalent hydrophilic group; SG is a single bond, absent, or a divalent spacer group; and R is Ar is a divalent six-membered, substituted or unsubstituted, monocyclic aryl; a divalent five- or six-membered, substituted or unsubstituted, monocyclic heteroaryl; a divalent nine- or ten-membered, substituted or unsubstituted, fused bicyclic aryl; a divalent eight-, nine- or ten-membered, substituted or unsubstituted, fused bicyclic heteroaryl; L is absent or -CH2-; W 1 , W 2 , W 3 , W 4 , and W 5 are each independently a single bond, absent, or a divalent attaching group; EG is absent or an eliminator group; each RT is a release trigger group, in the backbone of Formula 1000 or bonded to EG, wherein each RT is optional; RT 1 is a release trigger group, or a cleavable linker, or RT 1 is absent; HP is a single bond, absent, or a divalent hydrophilic group; HP 1 is a single bond, absent, a divalent hydrophilic group, or where R HP is a monovalent hydrophilic group; SG is a single bond, absent, or a divalent spacer group; and R is
A drain mast comprising: a first fairing body defining a first fairing wall and a first drain portion ; and a second fairing body defining a second fairing wall and a second drain portion , wherein the first and second fairing bodies are joined together as a fairing with the first and second fairing walls as opposed exterior fairing walls, and with the first and second drain portions joined to form a drain passage through the fairing from a drain passage inlet to a drain passage outlet , wherein the opposed exterior fairing walls define an airfoil from a leading edge of the fairing to a trailing edge of the fairing, wherein the opposed exterior fairing walls are joined to one another at a seam along the leading and trailing edges of the fairing, characterised in that the first drain portion includes a first drain channel defined by sidewalls extending from the first fairing wall , that the second drain portion includes a second drain channel defined by sidewalls extending from the second fairing wall , and that the first and second drain channels are joined defining the drain passage therebetween. a first fairing body defining a first fairing wall and a first drain portion ; and a second fairing body defining a second fairing wall and a second drain portion , wherein the first and second fairing bodies are joined together as a fairing with the first and second fairing walls as opposed exterior fairing walls, and with the first and second drain portions joined to form a drain passage through the fairing from a drain passage inlet to a drain passage outlet , wherein the opposed exterior fairing walls define an airfoil from a leading edge of the fairing to a trailing edge of the fairing, wherein the opposed exterior fairing walls are joined to one another at a seam along the leading and trailing edges of the fairing, characterised in that the first drain portion includes a first drain channel defined by sidewalls extending from the first fairing wall , that the second drain portion includes a second drain channel defined by sidewalls extending from the second fairing wall , and that the first and second drain channels are joined defining the drain passage therebetween.
A clamping device for fixing a tool in a machine tool, comprising a base body defining a clamping axis (X), said base body including a machine interface having a mounting cone and an annular flange and being formed in the rear axial end portion of said base body , and a clamping portion which defines a receptacle for a tool shank and is formed in the front axial end region of the base body opposite the machine interface , the base body having an outer contour which corresponds to that of a heat-shrink chuck and is formed in a standardized manner in accordance with DIN 69882-8, characterized - in that the receptacle is annularly surrounded by a pressure chamber which can be acted upon by a hydraulic medium, a thin wall being provided between the receptacle and the pressure chamber , which wall can be elastically deformed inwards by increasing the pressure in the pressure chamber in order to fix a tool shank inserted into the receptacle in a force-fitting manner, or - in that the holder is surrounded by a plurality of pressure chambers which can be acted upon hydraulically and are arranged uniformly distributed along the circumference of the holder and, in particular, are designed concentrically with respect to the clamping axis (X), thin wall sections remaining between the pressure chambers and the holder , which wall sections can be deformed elastically inwards by increasing the pressure in the pressure chambers in order to fix a tool shank inserted into the holder in a force-fitting manner. - in that the receptacle is annularly surrounded by a pressure chamber which can be acted upon by a hydraulic medium, a thin wall being provided between the receptacle and the pressure chamber , which wall can be elastically deformed inwards by increasing the pressure in the pressure chamber in order to fix a tool shank inserted into the receptacle in a force-fitting manner, or - in that the holder is surrounded by a plurality of pressure chambers which can be acted upon hydraulically and are arranged uniformly distributed along the circumference of the holder and, in particular, are designed concentrically with respect to the clamping axis (X), thin wall sections remaining between the pressure chambers and the holder , which wall sections can be deformed elastically inwards by increasing the pressure in the pressure chambers in order to fix a tool shank inserted into the holder in a force-fitting manner.
A method for connecting to a virtual desktop, comprising: obtaining, using a broker machine , a request to connect to a virtual delivery agent , VDA, from a client device , wherein the request comprises a user ID; automatically generating a user account on the VDA , wherein the generated user account comprises the user ID; generating a signed token for the user ID using the broker machine ; providing, by the broker machine , the signed token to the VDA ; authenticating, by the broker machine , the signed token using a logon notification provided by the VDA ; and reconnecting, by the broker machine , the client device to an existing session hosted by the VDA when the signed token is authenticated by the broker . obtaining, using a broker machine , a request to connect to a virtual delivery agent , VDA, from a client device , wherein the request comprises a user ID; automatically generating a user account on the VDA , wherein the generated user account comprises the user ID; generating a signed token for the user ID using the broker machine ; providing, by the broker machine , the signed token to the VDA ; authenticating, by the broker machine , the signed token using a logon notification provided by the VDA ; and reconnecting, by the broker machine , the client device to an existing session hosted by the VDA when the signed token is authenticated by the broker .
Temperature probe , having a functional ceramic sensor element and a ceramic housing , wherein the sensor element is arranged in such a way in the ceramic housing that at least one side face of the sensor element is in direct and form-locked contact with the ceramic housing , and having two contact elements for contacting the sensor element , which are arranged on opposing sides of the sensor element , characterized in that the ceramic housing has a cavity with a recess, wherein the sensor element is arranged at least partly recessed in the recess and wherein the contact elements , in a view onto the recess, are arranged to the sides of the recess and do not extend into the recess.
A sample transport device, comprising: a sample provided with a permanent magnet ; a transport path through which the sample is to be transported via the permanent magnet ; a plurality of coils provided on a surface of the transport path opposite to a surface on which the sample is to be transported; and a drive circuit configured to cause a current to flow through the coils, wherein wherein the drive circuit is configured to: adjust a force applied to the permanent magnet in a vertical direction by a current flowing through a first coil immediately below a position at which the permanent magnet is to be stopped, and adjust a force applied to the permanent magnet in a horizontal direction by a current flowing through a second coil adjacent to the first coil, and adjust a stop position of the permanent magnet by simultaneously applying currents to the first coil and the second coil, characterized in that the drive circuit is configured to adjust the stop position of the permanent magnet by causing a current generating a magnetic flux that repels a polarity of the permanent magnet to flow through the first coil. a sample provided with a permanent magnet ; a transport path through which the sample is to be transported via the permanent magnet ; a plurality of coils provided on a surface of the transport path opposite to a surface on which the sample is to be transported; and a drive circuit configured to cause a current to flow through the coils, wherein wherein the drive circuit is configured to: adjust a force applied to the permanent magnet in a vertical direction by a current flowing through a first coil immediately below a position at which the permanent magnet is to be stopped, and adjust a force applied to the permanent magnet in a horizontal direction by a current flowing through a second coil adjacent to the first coil, and adjust a stop position of the permanent magnet by simultaneously applying currents to the first coil and the second coil, characterized in that the drive circuit is configured to adjust the stop position of the permanent magnet by causing a current generating a magnetic flux that repels a polarity of the permanent magnet to flow through the first coil. wherein the drive circuit is configured to: adjust a force applied to the permanent magnet in a vertical direction by a current flowing through a first coil immediately below a position at which the permanent magnet is to be stopped, and adjust a force applied to the permanent magnet in a horizontal direction by a current flowing through a second coil adjacent to the first coil, and adjust a stop position of the permanent magnet by simultaneously applying currents to the first coil and the second coil, characterized in that the drive circuit is configured to adjust the stop position of the permanent magnet by causing a current generating a magnetic flux that repels a polarity of the permanent magnet to flow through the first coil.
A device for releasing volatile substances for vehicles which comprises a container which contains a solid substrate impregnated with volatile substances and a clamping element , the device also comprising at least two retaining arms for retaining the solid substrate, the retaining arms defining a longitudinal axis; wherein said arms are joined to the clamping element by means of a shaft and said arms being substantially perpendicular to said shaft , characterized in that the impregnated solid is a gel and in that the gel is secured by the shaft , the shaft being inserted inside the gel, and the arms contact the gel in the direction of the longitudinal axis of the retaining arms , the arms retaining the movement of the gel when it contracts. wherein said arms are joined to the clamping element by means of a shaft and said arms being substantially perpendicular to said shaft , characterized in that the impregnated solid is a gel and in that the gel is secured by the shaft , the shaft being inserted inside the gel, and the arms contact the gel in the direction of the longitudinal axis of the retaining arms , the arms retaining the movement of the gel when it contracts.
Bypass turbine engine with a longitudinal axis comprising an upstream fan wheel and a downstream assembly for straightening an airflow from a secondary annular flow path delimited radially inwards by a radially inner shroud and radially outward by a radially outer shroud , vanes extending between the radially inner and outer shrouds and being fastened at a first end portion to the radially inner shroud and at a second end portion to the radially outer shroud , the vanes comprising an aerodynamically useful portion extending between said first and second end portions and defining an intrados face and an extrados face , characterised in that for each vane , in a plane perpendicular to the longitudinal axis, each aerodynamically useful portion is curved in the same circumferential direction with a C-like shape.
A monitoring system for a vehicle , comprising: a housing rotatable relative to said vehicle between a horizontal position and a vertical position; a mirror assembly coupled to the housing , wherein the mirror assembly includes a rearview mirror having a reflective field of view, and wherein the reflective field of view when the housing is in the horizontal position is different than the reflective field of view when the housing is in the vertical position; an imager disposed between the housing and the mirror assembly , wherein the imager captures image data within a field of view, wherein the field of view of the imager is the same when the housing is in the horizontal position and the vertical position, wherein the housing defines an arced aperture, wherein the imager is disposed within the arced aperture, and wherein a position of the imager within the arced aperture changes based on a position of the housing ; a controller communicatively coupled to the imager , wherein the controller receives captured image data from the imager ; and a display assembly communicatively coupled to the controller , wherein the controller converts the image data for display on the display assembly . a housing rotatable relative to said vehicle between a horizontal position and a vertical position; a mirror assembly coupled to the housing , wherein the mirror assembly includes a rearview mirror having a reflective field of view, and wherein the reflective field of view when the housing is in the horizontal position is different than the reflective field of view when the housing is in the vertical position; an imager disposed between the housing and the mirror assembly , wherein the imager captures image data within a field of view, wherein the field of view of the imager is the same when the housing is in the horizontal position and the vertical position, wherein the housing defines an arced aperture, wherein the imager is disposed within the arced aperture, and wherein a position of the imager within the arced aperture changes based on a position of the housing ; a controller communicatively coupled to the imager , wherein the controller receives captured image data from the imager ; and a display assembly communicatively coupled to the controller , wherein the controller converts the image data for display on the display assembly .
Method for assessing the safety of a production plant , wherein the production plant has at least one plant module , wherein the plant module is interchangeable and/or plant modules can be added, wherein the at least one plant module is designed as a robot plant, having the software-implemented method steps of: - collecting plant module data , process data and environmental data as collected data, - analysing the collected data for the safety assessment of the present configuration by means of a computer-aided simulation device, wherein, if the plant module is interchanged or if a plant module is added and/or removed during production and a running time of the production plant , a safety assessment of the modified production plant is automatically carried out by means of the method steps, wherein the environmental data comprise data from a plant room on obstacles and/or geometries therein or walls, wherein display data comprising the safety assessment are displayed graphically to a user , wherein the production plant is operated safely after the safety assessment has been approved by the user , wherein the environmental data describe the plant room as a spatial model, wherein a simulation is carried out in a 3D scene and/or in a 3D model of the production plant , and wherein the safety assessment includes an analysis with respect to path planning and/or trajectory planning and/or the obstacles. wherein the production plant has at least one plant module , wherein the plant module is interchangeable and/or plant modules can be added, wherein the at least one plant module is designed as a robot plant, having the software-implemented method steps of: - collecting plant module data , process data and environmental data as collected data, - analysing the collected data for the safety assessment of the present configuration by means of a computer-aided simulation device, - collecting plant module data , process data and environmental data as collected data, - analysing the collected data for the safety assessment of the present configuration by means of a computer-aided simulation device, wherein, if the plant module is interchanged or if a plant module is added and/or removed during production and a running time of the production plant , a safety assessment of the modified production plant is automatically carried out by means of the method steps, wherein the environmental data comprise data from a plant room on obstacles and/or geometries therein or walls, wherein display data comprising the safety assessment are displayed graphically to a user , wherein the production plant is operated safely after the safety assessment has been approved by the user , wherein the environmental data describe the plant room as a spatial model, wherein a simulation is carried out in a 3D scene and/or in a 3D model of the production plant , and wherein the safety assessment includes an analysis with respect to path planning and/or trajectory planning and/or the obstacles.
A set of connectors comprising a first part forming a base and a second part movable relative to the base, the first part and the second part each comprising a hollow body made of plastic material comprising internally an insulating casing also made by moulding a plastic material and provided with cells wherein are placed first and second sets of contacts facing each other, which are respectively male and female contacts, each provided at one end of conductors to be connected, and a cam mechanism able to move the second movable part between a first position of complete disconnection of the sets of contacts and a second active position of electrical connection of the sets of contacts, the cam mechanism including a lever shaped so as not to extend laterally beyond the perimeter of the connector and including a plate pivotally mounted on a first side face of the second part of the connector and a rod extending radially from the plate, the rod not extending laterally beyond the perimeter of the connector in the first position of the lever . characterised in that : - the plate includes two lateral slots both capable of absorbing the connection forces between the base and the movable part , the first slot being curved and the second slot being rectilinear, the two slots extending in two substantially perpendicular directions, in that - the base of the connector comprises two pins extending laterally from an internal surface of a side wall of the base and each engaging in one of the two lateral slots of the plate of the movable part , - the plate is pivotally mounted on the external surface of one of the side faces of the movable part and the pins extend laterally from the inner surface of the side wall of the base , so that when the movable part is inserted into the base , the lever is inserted between the movable part and the base , in that - the rod extends in the direction of coupling of the parts of the connector when the lever is in the second position. - the plate includes two lateral slots both capable of absorbing the connection forces between the base and the movable part , the first slot being curved and the second slot being rectilinear, the two slots extending in two substantially perpendicular directions, in that - the base of the connector comprises two pins extending laterally from an internal surface of a side wall of the base and each engaging in one of the two lateral slots of the plate of the movable part , - the plate is pivotally mounted on the external surface of one of the side faces of the movable part and the pins extend laterally from the inner surface of the side wall of the base , so that when the movable part is inserted into the base , the lever is inserted between the movable part and the base , in that - the rod extends in the direction of coupling of the parts of the connector when the lever is in the second position.
An electrical connection device for use in a cooking oven comprising: a housing which comprises a cavity for cooking food; and an electrical resistance heater for heating the cavity, wherein the electrical resistance heater comprises one or more electric wires , the electrical connection device further comprising: a socket which comprises two or more stationary terminals for the electrical connection through welding with the ends of the electric wires of the electrical resistance heater respectively; and a plug which comprises two or more releasable terminals for releasable connection with the stationary terminals of the socket , wherein each one of the stationary terminals comprises: a flat blade section which is flexible and adapted for spot welding to the respective ends of the electric wires of the electrical resistance heater , and a z-shaped section ; and the socket comprises a holder which comprises a z-shaped slot for each one of the z-shaped sections , said z-shaped slots being adapted to receive the z-shaped sections of the stationary terminals and to secure them against forward/rearward movement when plugging/unplugging the plug into or out of the socket respectively.