mhurhangee/patent-ind-claim-en huggingface dataset:
A controller for a fluid detection system, wherein the controller is configured to: receive signaling from a device-user interaction sensor configured to monitor device-user interactions and from a device usage sensor configured to monitor device usage; determine if a user is interacting with the fluid detection system, wherein the determining comprises at least one of: determining (S 101) whether a user is within a predetermined distance of the fluid detection system based on signaling from the device-user interaction sensor ; and determining (S103) whether a user is in physical contact with the fluid detection system based on signaling from the device-user interaction sensor ; determine (S105) whether a fluid sensor of the fluid detection system is in a mouth of a user based on signaling from the device usage sensor ; and send a signal (S140, S106, S 110, S 116, S118, S120, S124) to the fluid sensor of the fluid detection system based on the results of the determinations, to control a temperature of the fluid sensor . receive signaling from a device-user interaction sensor configured to monitor device-user interactions and from a device usage sensor configured to monitor device usage; determine if a user is interacting with the fluid detection system, wherein the determining comprises at least one of: determining (S 101) whether a user is within a predetermined distance of the fluid detection system based on signaling from the device-user interaction sensor ; and determining (S103) whether a user is in physical contact with the fluid detection system based on signaling from the device-user interaction sensor ; determining (S 101) whether a user is within a predetermined distance of the fluid detection system based on signaling from the device-user interaction sensor ; and determining (S103) whether a user is in physical contact with the fluid detection system based on signaling from the device-user interaction sensor ; determine (S105) whether a fluid sensor of the fluid detection system is in a mouth of a user based on signaling from the device usage sensor ; and send a signal (S140, S106, S 110, S 116, S118, S120, S124) to the fluid sensor of the fluid detection system based on the results of the determinations, to control a temperature of the fluid sensor .
A method for accessing a resource hosted on a relying party server from a mobile device , the method comprising: hosting a native application on the mobile device , the mobile device having a user agent for pre-authenticated users; receiving a redirection request from an authentication server for an authentication token for a pre-authenticated user in response to a request for the resource hosted on the relying party server ; sending the authentication token for the pre-authenticated user from the user agent of the mobile device to the authentication server in response to the redirection request from the authentication server; authenticating the authentication token from the user agent on the authentication server and generating an authentication cookie for the authenticated user to access the resource on the relying party server ; sending the authentication cookie to the mobile device ; and granting access to the pre-authenticated user to the resource hosted on the relying party server upon receipt of the authentication cookie by the relying party server . hosting a native application on the mobile device , the mobile device having a user agent for pre-authenticated users; receiving a redirection request from an authentication server for an authentication token for a pre-authenticated user in response to a request for the resource hosted on the relying party server ; sending the authentication token for the pre-authenticated user from the user agent of the mobile device to the authentication server in response to the redirection request from the authentication server; authenticating the authentication token from the user agent on the authentication server and generating an authentication cookie for the authenticated user to access the resource on the relying party server ; sending the authentication cookie to the mobile device ; and granting access to the pre-authenticated user to the resource hosted on the relying party server upon receipt of the authentication cookie by the relying party server .
A reusable logistical transport package for transporting an object (O) comprising: - a box having a stowage volume defined by a bottom and a peripheral rim substantially perpendicular to the bottom ; - a lid able to occupy a position closing the box in which the stowage volume is sealed, the lid being movable between an open position and a closed position and vice versa; - a tray housed in the stowage volume and movable with respect to the bottom between a rest position in which it is located in proximity to the bottom and an operating position in which it is separated from the bottom and holds the object (O) against the lid ; - means for returning the tray to its operating position, in which the package is of the foldable type and in which the return means comprise: - a cross-brace movable between a flattened position in which it is crushed between the tray and the bottom , and a deployed position in which it pushes back the tray with respect to the bottom ; - a return member secured to the cross-brace and tending to position the cross-brace in its deployed position from its flattened position. - a box having a stowage volume defined by a bottom and a peripheral rim substantially perpendicular to the bottom ; - a lid able to occupy a position closing the box in which the stowage volume is sealed, the lid being movable between an open position and a closed position and vice versa; - a tray housed in the stowage volume and movable with respect to the bottom between a rest position in which it is located in proximity to the bottom and an operating position in which it is separated from the bottom and holds the object (O) against the lid ; - means for returning the tray to its operating position, in which the package is of the foldable type and in which the return means comprise: - a cross-brace movable between a flattened position in which it is crushed between the tray and the bottom , and a deployed position in which it pushes back the tray with respect to the bottom ; - a return member secured to the cross-brace and tending to position the cross-brace in its deployed position from its flattened position. - a cross-brace movable between a flattened position in which it is crushed between the tray and the bottom , and a deployed position in which it pushes back the tray with respect to the bottom ; - a return member secured to the cross-brace and tending to position the cross-brace in its deployed position from its flattened position.
Device for loading and unloading a rail track, in particular a track switch, comprising a longitudinal traverse having a crane hook supporting means , and at least two cross arms that are provided at the traverse and that extend transversely to the longitudinal axis of the traverse, wherein the cross arms each comprise at least two holding elements for the rail track, characterized in that at least one of the cross arms is held displaceably along the longitudinal axis of the traverse , and in that a drive unit is provided which cooperates with the at least one cross arm for displacing the latter. a longitudinal traverse having a crane hook supporting means , and at least two cross arms that are provided at the traverse and that extend transversely to the longitudinal axis of the traverse, wherein the cross arms each comprise at least two holding elements for the rail track,
An automatic transmission assembly comprising: a housing comprising a detent part ; a gear shift lever comprising a guide part and a detent bar that is movable upwards and downwards within the guide part , the detent bar being movable forwards and rearwards within the detent part by a forwards and rearwards movement of the gear shift lever ; and a stopper being integrally formed of a resilient plastic material, wherein said stopper is connected to the housing by a first connector and a second connector and comprises a resilient part , situated between the first and second connector , and a head connected to one side of the resilient part by a neck part , wherein the head being situated on one side of the detent part and being spaced apart from said detent part , wherein the detent bar confines a rearwards movement of the gear shift lever while making contact with a front surface of an outside of the head when the detent bar is moved rearwards, wherein the stopper is, due to the resiliency of its resilient part and its neck part , pivotally movable forwards, rearwards, leftwards and rightwards, and wherein the head and the detent bar are configured such that the stopper is pivoted leftwards and rightwards when the detent bar is moved from the rearmost side to a front side of the forward/rearward movable displacement of said detent bar such that the detent bar is movable irrespective of the head . a housing comprising a detent part ; a gear shift lever comprising a guide part and a detent bar that is movable upwards and downwards within the guide part , the detent bar being movable forwards and rearwards within the detent part by a forwards and rearwards movement of the gear shift lever ; and a stopper being integrally formed of a resilient plastic material, wherein said stopper is connected to the housing by a first connector and a second connector and comprises a resilient part , situated between the first and second connector , and a head connected to one side of the resilient part by a neck part , wherein the head being situated on one side of the detent part and being spaced apart from said detent part , wherein the detent bar confines a rearwards movement of the gear shift lever while making contact with a front surface of an outside of the head when the detent bar is moved rearwards, wherein the stopper is, due to the resiliency of its resilient part and its neck part , pivotally movable forwards, rearwards, leftwards and rightwards, and wherein the head and the detent bar are configured such that the stopper is pivoted leftwards and rightwards when the detent bar is moved from the rearmost side to a front side of the forward/rearward movable displacement of said detent bar such that the detent bar is movable irrespective of the head .
A method for three-dimensional printing, comprising: applying a polymeric build material to form a build material layer; based on a 3D object model, selectively applying a fusing agent onto the build material layer, thereby forming a patterned portion; based on the 3D object model, selectively applying a hydrophilic agent onto at least a portion of the patterned portion, wherein the hydrophilic agent includes from 1 wt% to 12 wt% of a hydrophilic polymer dissolved in an aqueous liquid vehicle, wherein the hydrophilic polymer has a molar mass ranging from 1000 g/mol to 12,000 g/mol and is water-absorbent at a water to hydrophilic polymer weight ratio from 2:1 to 1000:1 ; and exposing the build material layer to energy to selectively coalesce the patterned portion and form a 3D object layer having a hydrophilic portion; wherein the energy is electromagnetic radiation.
An injection device for injecting medicaments, comprising: a housing with a distal portion and with a proximal portion ; a needle protection sleeve protruding in a distal direction from the distal portion of the housing; a needle protection spring configured to move the needle protection sleeve from a proximal position into a distal position; a syringe device comprising a syringe holder , which is axially moveable in the needle protection sleeve , a syringe comprising a piston , a medicament and a needle on a distal end of the syringe, wherein the syringe can be placed in the syringe holder of the syringe device; a holding device ; a drive device configured to be axially moveable in the housing and to be uncoupled from the holding device , wherein the drive device stores energy for moving the syringe holder in a distal direction and for discharging the medicament by advancing the piston in the distal direction in the syringe ; and a release button assembly comprising a release button for enabling the drive device to be uncoupled from the holding device , wherein the release button is operatively connected to the drive device and to the holding device , characterized in that a distal movement of the release button causes the drive device to move distally whereby the holding device is shifted by the drive device in the distal direction. a housing with a distal portion and with a proximal portion ; a needle protection sleeve protruding in a distal direction from the distal portion of the housing; a needle protection spring configured to move the needle protection sleeve from a proximal position into a distal position; a syringe device comprising a syringe holder , which is axially moveable in the needle protection sleeve , a syringe comprising a piston , a medicament and a needle on a distal end of the syringe, wherein the syringe can be placed in the syringe holder of the syringe device; a holding device ; a drive device configured to be axially moveable in the housing and to be uncoupled from the holding device , wherein the drive device stores energy for moving the syringe holder in a distal direction and for discharging the medicament by advancing the piston in the distal direction in the syringe ; and a release button assembly comprising a release button for enabling the drive device to be uncoupled from the holding device , wherein the release button is operatively connected to the drive device and to the holding device , characterized in that a distal movement of the release button causes the drive device to move distally whereby the holding device is shifted by the drive device in the distal direction.
A motor-driven shopping trolley comprising a container provided with wheels driven by an electric motor , a handle for guiding the trolley, an electronic control unit configured to automatically activate the electric motor when the trolley, by means of said handle , is inclined into a transport position, said electronic control unit being operatively connected to at least one capacitive sensor applied on the handle to detect the grip of a user's hand and to a positioning sensor for determining an angular movement of the trolley, characterized in that consent to the electronic control unit to activate said electric motor is provided following a first impulse in rotation imparted thereto by the wheels when the trolley begins to be pulled or pushed by means of said handle , and in that said electronic control unit is also configured to maintain a selected speed of movement of the trolley constant irrespective of the slope of the path.
Crimping station comprising a crimping tool designed to crimp a sleeve around a first end portion of a thread and around a second end portion of a thread in order to join and fix together said first and second end portions , said crimping station being characterized in that it comprises a sleeve preparation subassembly which has a feed device that supplies a metal strip and conveys said strip as far as a shaping device designed to plastically deform said strip in order to give said strip a concave curved cross section , so as to obtain a preformed strip , and then as far as a cutting device which is designed to sever a portion of length of said preformed strip in order to obtain a sleeve preform that a loading tool places within the crimping tool , such that said crimping tool can press on and close up said sleeve preform , by plastic deformation, to form a sleeve around the first and second thread end portions .
A bearing element suitable for supporting a grinding table in a roller mill, comprising a plate or disk-shaped base element , a annular disk , a spacer element and axial bearing segments , wherein the annular disk disposed substantially parallel to the base element and spaced apart from the base element , and is connected at its bottom by means of an annular spacer element with the base element , characterized in that the annular disk has means on its upper side for receiving the axial bearing segments and that the spacer element is designed as an annular strip extending in the axial direction and has a plurality of spaced-apart arches in the circumferential direction, the openings of which point towards the base element .
A high pressure plate heat exchanger comprising an angular plate packet which is arranged in a pressure chamber provided by a housing , wherein the plate packet is formed by a plurality of individual plates connected to each other to form a plate stack , wherein the plate packet comprises first and second channels (K1, K2) through which media (M1, M2) can flow, which first and second channels (K1, K2) are arranged in cross current and are formed as tubes between individual plates that are connected to each other to form a pair of plates for the first medium (M1) and are formed like waves between pairs of plates that are connected to each other to form a plate stack for the second medium (M2), wherein the tubular channels (K1) are formed in parallel to the longitudinal edges of the individual plates and the individual plates are connected to each other along the longitudinal edges thereof to form pairs of plates and the pairs of plates are connected to each other along their edges extending transversely with respect to the longitudinal edges of the individual plates to form a plate stack, wherein the tube side serves as pressure side for the first medium (M1) and the wave side serves as pressure side for the second medium (M2), wherein the housing comprises flange covers which are connected on the tube side of the plate packet and which are at least partially spherical, characterized in that at least one of the flange covers comprises an angular opening for receiving the plate packet , wherein an edge of the flange cover , which forms the opening , extends in a curved manner from the corners of the opening , wherein the plate packet is directly attached to the flange cover , wherein at least one end of the plate packet directly leads into the opening of the flange cover .
Process for manufacturing a pre-concentrate of an ophthalmic oil-in-water emulsion, said process comprising a step of: emulsifying an oil phase with an aqueous phase and at least one surface-active agent being tyloxapol, to obtain the pre-concentrate, wherein the oil phase comprises at least one oil suitable for ophthalmic use selected from MCT and mineral oils, wherein the pre-concentrate obtained has a content in oil of between 6% and 50% v/v, preferably between 6% and 30%, more preferably between 10% and 20%, and wherein emulsification is performed using colloid mills, rotor/stator homogenizers, high pressure homogenizers, sonicating homogenizers, high shear mixing apparatus or a combination thereof.
A method for calibrating an autostereoscopic display system, comprising the steps of: - detecting a camera viewing position (P) of a camera (16; 116) arranged to be able to observe a display of the autostereoscopic display system (S12), - providing and displaying on the display in an autostereoscopic display mode of the display a test pattern comprising different image information for at least two laterally displaced respective viewing positions (28; 32) in front of the display , of which viewing positions at least one is based on the detected camera viewing position (P) (S14, S16), - evaluating a camera image of the test pattern as observed by the camera (16; 116) (S20), and - adjusting at least one system parameter of the autostereoscopic display system, based on the evaluation of the camera image (S22). - detecting a camera viewing position (P) of a camera (16; 116) arranged to be able to observe a display of the autostereoscopic display system (S12), - providing and displaying on the display in an autostereoscopic display mode of the display a test pattern comprising different image information for at least two laterally displaced respective viewing positions (28; 32) in front of the display , of which viewing positions at least one is based on the detected camera viewing position (P) (S14, S16), - evaluating a camera image of the test pattern as observed by the camera (16; 116) (S20), and - adjusting at least one system parameter of the autostereoscopic display system, based on the evaluation of the camera image (S22).
A vacuum pump , comprising: a rotating portion that is enclosed in a housing having an inlet port and an outlet port each formed therein and is rotatably supported, the rotating portion having a shaft , a rotor disposed around the shaft, radially extending rotor blades provided on the rotor and a rotating cylindrical body , the rotating cylindrical body having a cylindrical body lower end portion which is one of two end portions of the rotating cylindrical body in an axial direction thereof, namely an axially lower surface of the rotating cylindrical body closer to the outlet port , the vacuum pump being configured to rotate the rotating portion at a high speed to transfer gas sucked in from the inlet port to the outlet port, characterized in that in at least a portion of the cylindrical body lower end portion , an imbalance correction portion is formed, wherein the imbalance correction portion has a recessed shape having a depth in the axial direction and wherein the imbalance correction portion is configured to correct imbalance of the rotating portion. a rotating portion that is enclosed in a housing having an inlet port and an outlet port each formed therein and is rotatably supported, the rotating portion having a shaft , a rotor disposed around the shaft, radially extending rotor blades provided on the rotor and a rotating cylindrical body , the rotating cylindrical body having a cylindrical body lower end portion which is one of two end portions of the rotating cylindrical body in an axial direction thereof, namely an axially lower surface of the rotating cylindrical body closer to the outlet port , the vacuum pump being configured to rotate the rotating portion at a high speed to transfer gas sucked in from the inlet port to the outlet port, characterized in that in at least a portion of the cylindrical body lower end portion , an imbalance correction portion is formed, wherein the imbalance correction portion has a recessed shape having a depth in the axial direction and wherein the imbalance correction portion is configured to correct imbalance of the rotating portion.
Pre-expanded polypropylene-based resin particles comprising a polypropylene-based resin that is obtained by melting and kneading a linear polypropylene-based resin, a conjugated diene compound, and a radical polymerization initiator and that satisfies Expression : tan δ ≤ 0.32 × V + 0.1 where: tan δ represents a loss tangent at an angular frequency of 0.1 rad/s in dynamic viscoelastic behavior measurement at 200°C measured in accordance with the description; and V represents a melt fracture take-up speed (m/min) at 200°C measured in accordance with the description, wherein a melt tension of the polypropylene-based resin measured in accordance with the description is not more than 12 cN.