mhurhangee/patent-ind-claim-en huggingface dataset:
A balancer for balancing a rotor , particularly a vehicle wheel, comprising: - a base ; - a shaft support connected to the base ; - a shaft rotatable along a rotation axis (R) relative to the shaft support , configured such that the rotor to be balanced can be mounted on the shaft ; - a motor for actuating the shaft ; characterized in that it further comprises: - one or more elastic elements positioned between the shaft support and the base , such that the shaft support is elastically suspended over the base ; - a first IMU fixedly positioned on the shaft support and configured to measure a first (a z ) and/or a second (a y ) and/or a third accelerations (a x ), and/or a first (ω z ) and/or a second (ω y ) and/or a third (ω x ) angular speeds along three axes (x, y, z) of a reference frame integrally moving with the first IMU , and to generate signals representative of the same; - a second IMU fixedly positioned on the shaft at a radial distance from the shaft rotation axis (R), and configured to measure a first (a z ) and/or a second (a y ) and/or a third accelerations (a x ), and/or a first (ω z ) and/or a second (ω y ) and/or a third (ω x ) angular speeds along three axes (x, y, z) of a reference frame integrally moving with the second IMU , and to generate signals representative of the same. - a base ; - a shaft support connected to the base ; - a shaft rotatable along a rotation axis (R) relative to the shaft support , configured such that the rotor to be balanced can be mounted on the shaft ; - a motor for actuating the shaft ; - one or more elastic elements positioned between the shaft support and the base , such that the shaft support is elastically suspended over the base ; - a first IMU fixedly positioned on the shaft support and configured to measure a first (a z ) and/or a second (a y ) and/or a third accelerations (a x ), and/or a first (ω z ) and/or a second (ω y ) and/or a third (ω x ) angular speeds along three axes (x, y, z) of a reference frame integrally moving with the first IMU , and to generate signals representative of the same; - a second IMU fixedly positioned on the shaft at a radial distance from the shaft rotation axis (R), and configured to measure a first (a z ) and/or a second (a y ) and/or a third accelerations (a x ), and/or a first (ω z ) and/or a second (ω y ) and/or a third (ω x ) angular speeds along three axes (x, y, z) of a reference frame integrally moving with the second IMU , and to generate signals representative of the same.
Linear actuator with - a spindle-based linear drive that has an inner threaded spindle and an outer element surrounding the threaded spindle , in which the threaded spindle can be moved in the axial direction; and - a telescopic housing with a first telescope part and a second telescope part , which is surrounded at least in part by the first telescope part ; characterized in that , - the second telescope part has an adapter part on the side facing the first telescope part that is connected rotationally fixedly to the second telescope part and has a central opening; - the linear drive has a connecting element that is mounted on the outer element and comprises snap elements that are engaged with the central opening of the adapter part in such a manner that the connecting element is held in the adapter part ; and - the outer element is supported in the adapter part via the connecting element rotatably and without longitudinal displacement in the axial direction of the linear drive . - a spindle-based linear drive that has an inner threaded spindle and an outer element surrounding the threaded spindle , in which the threaded spindle can be moved in the axial direction; and - a telescopic housing with a first telescope part and a second telescope part , which is surrounded at least in part by the first telescope part ; characterized in that , - the second telescope part has an adapter part on the side facing the first telescope part that is connected rotationally fixedly to the second telescope part and has a central opening; - the linear drive has a connecting element that is mounted on the outer element and comprises snap elements that are engaged with the central opening of the adapter part in such a manner that the connecting element is held in the adapter part ; and - the outer element is supported in the adapter part via the connecting element rotatably and without longitudinal displacement in the axial direction of the linear drive .
A handheld sprayer comprising a water supply connector; a handle housing the water supply connector; a mode control actuator attached to the handle; a valve fluidly connected with the water supply connector and adjusted by the mode control actuator; and an elongate nozzle wand in fluid communication with the valve formed in an arcuate shape and providing two linear nozzle arrays along a length of the elongate nozzle wand ; wherein the valve passes water flow through to a first of the linear nozzle arrays in either a constant low-flow mode or in a graduated, increasing flow mode; and the valve passes water flow through to a second of the linear nozzle arrays , exclusive of the first linear nozzle array, in either a constant low-flow mode or in a graduated, increasing flow mode.
A method of a user equipment, UE, in a network, wherein the UE is using control plane cellular internet of things, CloT, 5G system, 5GS, optimization, the method comprising: identifying that the UE is in a restricted service area; identifying a mode of the UE ; and in case that the mode of the UE is 5GS mobility management, 5GMM, connected mode or 5GMM connected mode with radio resource control, RRC, inactive indication over 3rd Generation Partnership Project, 3GPP, access, not transmitting an uplink NAS transport message with a payload type set to a type of the CloT user data container, unless the UE receives a downlink NAS transport message with the payload type set to a type of the CloT user data container. identifying that the UE is in a restricted service area; identifying a mode of the UE ; and in case that the mode of the UE is 5GS mobility management, 5GMM, connected mode or 5GMM connected mode with radio resource control, RRC, inactive indication over 3rd Generation Partnership Project, 3GPP, access, not transmitting an uplink NAS transport message with a payload type set to a type of the CloT user data container, unless the UE receives a downlink NAS transport message with the payload type set to a type of the CloT user data container.
Household dishwasher , having a carcass , at least one loading level , at least one guide rail , along which the at least one loading level can be shifted linearly between a first lower position and a second lower position of the same, wherein the at least one loading level is arranged in the first lower position and inside of the carcass and in the second lower position and at least partially outside of the carcass , at least one control arm which holds the at least one guide rail pivotably on the carcass for a movement of the loading level between the second lower position and a third upper position of the same, wherein the at least one loading level is arranged in the third upper position and at least partially outside of the carcass , and a guide facility , which guides the at least one control arm along a guide track , which deviates at least partially from a circular path, wherein the guide track has an increasing ascent at least in regions in the pull-out direction (A), in which the at least one loading level can be shifted out of the second lower position into the third upper position, and wherein the guide facility has a sliding block guide embodied on the carcass , and a sliding block element attached to the control arm , which engages into the sliding block guide , wherein the sliding block guide is preferably embodied as a slot and the sliding block element is embodied as a pin.
A particle separator comprising: a housing defining an inlet and an outlet, and through which a flow stream is directed: and a number of guide vanes in the housing separating flow channels from each other, the flow channels extending from the inlet to the outlet, the guide vanes each having a profile wherein the flow channels follow the profile, the guide vanes each including a plurality of cavities opening to the flow channels at a respective opening, each guide vane having a thickness defining a distance through the guide vane, characterized by the cavities each having a depth limited to less than the distance through the respective guide vane to maintain a blind end in each cavity, the depth extending from the opening of the respective cavity to the blind end of the respective cavity, each cavity having a length across its respective opening in a direction of the flow stream, the cavities being cylindrical in shape and each having an aspect ratio greater than one where the depth of the respective cavity is greater than the diameter of the respective cavity, each cavity configured with its respective blind end and aspect ratio to generate vortices in the cavity that collect particles from the flow stream within the cavity. a housing defining an inlet and an outlet, and through which a flow stream is directed: and a number of guide vanes in the housing separating flow channels from each other, the flow channels extending from the inlet to the outlet, the guide vanes each having a profile wherein the flow channels follow the profile, the guide vanes each including a plurality of cavities opening to the flow channels at a respective opening, each guide vane having a thickness defining a distance through the guide vane, characterized by the cavities each having a depth limited to less than the distance through the respective guide vane to maintain a blind end in each cavity, the depth extending from the opening of the respective cavity to the blind end of the respective cavity, each cavity having a length across its respective opening in a direction of the flow stream, the cavities being cylindrical in shape and each having an aspect ratio greater than one where the depth of the respective cavity is greater than the diameter of the respective cavity, each cavity configured with its respective blind end and aspect ratio to generate vortices in the cavity that collect particles from the flow stream within the cavity.
A method for operating a transportation system comprising a first vehicle platoon and a second vehicle platoon , each of the first and second vehicle platoons having a lead vehicle and a plurality of vehicles following the lead vehicle, the method comprising the steps of controlling the first vehicle platoon and the second vehicle platoon by means of a control system , driving the first vehicle platoon in a first lane of a road and the second vehicle platoon in a second lane of the road , the road comprising a bottleneck section where the first lane and the second lane merge into a single lane , and controlling the first vehicle platoon and the second vehicle platoon such that the first vehicle platoon and the second vehicle platoon are synchronized before reaching the bottleneck section enabling the first vehicle platoon and the second vehicle platoon to enter the single lane one after the other, and positioning the first vehicle platoon in front of the second vehicle platoon before the bottleneck section , enabling the first vehicle platoon to enter the single lane before the second vehicle platoon , characterized by controlling the first vehicle platoon to change from the first lane to the second lane of the road , and driving the first vehicle platoon in front of the second vehicle platoon in the second lane when reaching the bottleneck section , or controlling the second vehicle platoon to change from the second lane to the first lane of the road , and driving the second vehicle platoon behind the first vehicle platoon in the first lane when reaching the bottleneck section .
A pharmaceutical composition comprising ketorolac or a pharmaceutically acceptable salt thereof for use in a method of providing analgesia comprising administering a bolus dose of ketorolac, followed by continuous infusion of the pharmaceutical composition, wherein the pharmaceutical composition comprises an aqueous solution comprising ketorolac or a pharmaceutically acceptable salt thereof in a concentration of from 0.1 mg/mL to 5 mg/mL and sodium chloride, and wherein the pharmaceutical composition is substantially free of alcohol, wherein the bolus dose of from 10 mg to 50 mg ketorolac or a pharmaceutically acceptable salt thereof, wherein the continuous infusion of from 0.5 mg to 5 mg per hour, and wherein the daily dose of the continuous infusion of the pharmaceutical composition is from 78 mg to 102 mg ketorolac or a pharmaceutically acceptable salt thereof. wherein the bolus dose of from 10 mg to 50 mg ketorolac or a pharmaceutically acceptable salt thereof, wherein the continuous infusion of from 0.5 mg to 5 mg per hour, and wherein the daily dose of the continuous infusion of the pharmaceutical composition is from 78 mg to 102 mg ketorolac or a pharmaceutically acceptable salt thereof.
A method, comprising: processing, by a user equipment, UE, an information element, IE, received from a wireless local area network, WLAN, access point, AP, in a plurality of WLAN APs , wherein the IE includes an indication related to a public land mobile network, PLMN, with which the WLAN AP is communicatively coupled via S2a connectivity of over an S2a interface; identifying, by the UE , access network discovery and selection function, ANDSF, rules, including a node for home routed connectivity, wherein the node includes a preference indication, wherein the node including the preference indication is separate from a WLAN selection policy, SP, node of the ANDSF rules, and wherein the preference indication is to indicate an S2a connectivity preference; and selecting, by the UE , based on the preference indication and the indication related to the PLMN , the WLAN AP as a WLAN AP to which the UE should communicatively couple. processing, by a user equipment, UE, an information element, IE, received from a wireless local area network, WLAN, access point, AP, in a plurality of WLAN APs , wherein the IE includes an indication related to a public land mobile network, PLMN, with which the WLAN AP is communicatively coupled via S2a connectivity of over an S2a interface; identifying, by the UE , access network discovery and selection function, ANDSF, rules, including a node for home routed connectivity, wherein the node includes a preference indication, wherein the node including the preference indication is separate from a WLAN selection policy, SP, node of the ANDSF rules, and wherein the preference indication is to indicate an S2a connectivity preference; and selecting, by the UE , based on the preference indication and the indication related to the PLMN , the WLAN AP as a WLAN AP to which the UE should communicatively couple.
A cladding system for covering an exterior wall , the cladding system comprising: - a panel assemblable with other like panels to cover the exterior wall , said panel comprising: ∘ a body having a front face for facing outward, a rear face for facing the exterior wall , and top , bottom and side faces for positioning proximate to edges of adjacent ones of the other like panels; and ∘ a plurality of drainage channels formed in the rear face of the body , said plurality of drainage channels each having an interior surface spaced apart from the rear face of the body , and opening at least on the top and bottom faces of the body, the channels defining a drainage plane between the front face and the rear face of the body ; and - an anchor engaged with the panel for securing the panel to the exterior wall , said anchor having an elongated body extending along the top face of the panel , said elongated body comprising: ∘ a plurality of tabs spaced apart along the elongated body , said tabs respectively fitting in corresponding ones of the drainage channels formed in the panel ; and ∘ a wall engagement mechanism, for securing the anchor to the exterior wall. - a panel assemblable with other like panels to cover the exterior wall , said panel comprising: ∘ a body having a front face for facing outward, a rear face for facing the exterior wall , and top , bottom and side faces for positioning proximate to edges of adjacent ones of the other like panels; and ∘ a plurality of drainage channels formed in the rear face of the body , said plurality of drainage channels each having an interior surface spaced apart from the rear face of the body , and opening at least on the top and bottom faces of the body, the channels defining a drainage plane between the front face and the rear face of the body ; and ∘ a body having a front face for facing outward, a rear face for facing the exterior wall , and top , bottom and side faces for positioning proximate to edges of adjacent ones of the other like panels; and ∘ a plurality of drainage channels formed in the rear face of the body , said plurality of drainage channels each having an interior surface spaced apart from the rear face of the body , and opening at least on the top and bottom faces of the body, the channels defining a drainage plane between the front face and the rear face of the body ; and - an anchor engaged with the panel for securing the panel to the exterior wall , said anchor having an elongated body extending along the top face of the panel , said elongated body comprising: ∘ a plurality of tabs spaced apart along the elongated body , said tabs respectively fitting in corresponding ones of the drainage channels formed in the panel ; and ∘ a wall engagement mechanism, for securing the anchor to the exterior wall. ∘ a plurality of tabs spaced apart along the elongated body , said tabs respectively fitting in corresponding ones of the drainage channels formed in the panel ; and ∘ a wall engagement mechanism, for securing the anchor to the exterior wall.
A processor implemented computer-implemented method for rapid application development comprising the steps of: (a) using a declarative textual language as an internal representation of an application, wherein the declarative textual language is strongly typed, the declarative textual language including base types and base classes, object types and visual object types, the declarative textual language allowing new types to be statically declared based on the base classes; (b) displaying in a graphical user interface of an application development editor a list or other arrangement of variations based on or applying to conditions in the application, each variation being associated with one or more changes in properties or events in the application, each variation being supported internally by the declarative textual language with states; (c) enabling a user to select a specific variation; (d) an engine reading the declarative textual language internal representation of the application, which is simulated to create run time behaviour, to display, in the graphical user interface, the user interface implications or consequences of that selection; and in which the operations of the method are executed by a processor. (a) using a declarative textual language as an internal representation of an application, wherein the declarative textual language is strongly typed, the declarative textual language including base types and base classes, object types and visual object types, the declarative textual language allowing new types to be statically declared based on the base classes; (b) displaying in a graphical user interface of an application development editor a list or other arrangement of variations based on or applying to conditions in the application, each variation being associated with one or more changes in properties or events in the application, each variation being supported internally by the declarative textual language with states; (c) enabling a user to select a specific variation; (d) an engine reading the declarative textual language internal representation of the application, which is simulated to create run time behaviour, to display, in the graphical user interface, the user interface implications or consequences of that selection;
Method for checking the accuracy of a representation of image data on a display means used in a security-relevant or security-critical area, in which the representation of image data is generated and displayed from an image description and the accuracy of the representation of image data is checked on the basis of the image description , wherein dynamic data of a railway system is taken into account when the image description is generated, characterised in that the image description is integrated into the representation of the image data and for checking purposes is read out from the representation of the image data . in which the representation of image data is generated and displayed from an image description and the accuracy of the representation of image data is checked on the basis of the image description , wherein dynamic data of a railway system is taken into account when the image description is generated, characterised in that the image description is integrated into the representation of the image data and for checking purposes is read out from the representation of the image data .