mhurhangee/patent-ind-claim-en huggingface dataset:
A device for monitoring at least one bearing device , having a base as first structural element, with at least one reference member , which can be rotatably mounted on the base via at least one first bearing of the bearing device , and having at least one shaft as second structural element, which can be rotatably mounted on the reference member via at least one second bearing of the bearing device , characterized by : - a first torque-transmitting connection , which has a shaft wheel as first wheel connected in a torque-transmitting manner to the shaft ; - a second torque-transmitting connection , which has a base wheel as second wheel connected in a torque-transmitting manner to the base ; - at least one planet wheel interacting in a torque-transmitting manner with the shaft wheel and in a torque-transmitting manner with the base wheel , which planet wheel is rotatably mounted on a carrier connected in a rotationally fixed manner to the reference member , wherein the second torque-transmitting connection is a frictionally locking connection, the maximum transmittable torque of which can be set; and - at least one sensor device assigned to the settable torque-transmitting connection , by means of which a change of position of the wheel belonging to the settable torque-transmitting connection relative to the structural element belonging to the settable torque-transmitting connection can be detected for monitoring the bearing device . - a first torque-transmitting connection , which has a shaft wheel as first wheel connected in a torque-transmitting manner to the shaft ; - a second torque-transmitting connection , which has a base wheel as second wheel connected in a torque-transmitting manner to the base ; - at least one planet wheel interacting in a torque-transmitting manner with the shaft wheel and in a torque-transmitting manner with the base wheel , which planet wheel is rotatably mounted on a carrier connected in a rotationally fixed manner to the reference member , wherein the second torque-transmitting connection is a frictionally locking connection, the maximum transmittable torque of which can be set; and - at least one sensor device assigned to the settable torque-transmitting connection , by means of which a change of position of the wheel belonging to the settable torque-transmitting connection relative to the structural element belonging to the settable torque-transmitting connection can be detected for monitoring the bearing device .
A telecommunications assembly comprising: a tray assembly including a tray and a cable spool assembly on which a cable can be wound, where the cable spool assembly is adapted to rotate relative to the tray ; a connector holder arrangement for temporarily holding connectors , the connector holder arrangement mounted for rotation with the cable spool assembly ; and cable storage arrangements for individually storing slack length of cable patch cords extending between the cable spool assembly and the connector holder arrangement . a tray assembly including a tray and a cable spool assembly on which a cable can be wound, where the cable spool assembly is adapted to rotate relative to the tray ; a connector holder arrangement for temporarily holding connectors , the connector holder arrangement mounted for rotation with the cable spool assembly ; and cable storage arrangements for individually storing slack length of cable patch cords extending between the cable spool assembly and the connector holder arrangement .
A method, comprising: in response to detecting that a first playback device (102-124) of a media playback system has been moved from a first location to a second location, updating a stored calibration state variable indicating a first calibration state of the first playback device to indicate a second calibration state of the first playback device; receiving, at the first playback device and from a second device (102 - 128) of the media playback system , a query for an indication of the calibration state variable of the first playback device; and in response to the query, sending to the second device (102-128) of the media playback system , via a network interface, the indication of the updated calibration state variable indicating that the first playback device (102-124) has the second calibration state. in response to detecting that a first playback device (102-124) of a media playback system has been moved from a first location to a second location, updating a stored calibration state variable indicating a first calibration state of the first playback device to indicate a second calibration state of the first playback device; receiving, at the first playback device and from a second device (102 - 128) of the media playback system , a query for an indication of the calibration state variable of the first playback device; and in response to the query, sending to the second device (102-128) of the media playback system , via a network interface, the indication of the updated calibration state variable indicating that the first playback device (102-124) has the second calibration state.
A borescope, comprising: a housing including a transparent viewing window , a bumper surrounding the transparent viewing window along a circumference of the transparent viewing window , wherein the bumper is an inflatable tubing configured to be pressurized by a fluid, wherein the inflatable tubing is configured to press against a surface to form a seal between the surface and the transparent viewing window ; and at least one imaging assembly configured to obtain images and/or videos of a field of view exterior of the housing through the transparent viewing window ; characterised in that the housing includes a support ring surrounding the transparent viewing window along the circumference, the bumper is fixed onto the support ring , and the inflatable tubing is an inflatable annular tubing . a housing including a transparent viewing window , a bumper surrounding the transparent viewing window along a circumference of the transparent viewing window , wherein the bumper is an inflatable tubing configured to be pressurized by a fluid, wherein the inflatable tubing is configured to press against a surface to form a seal between the surface and the transparent viewing window ; and at least one imaging assembly configured to obtain images and/or videos of a field of view exterior of the housing through the transparent viewing window ; characterised in that the housing includes a support ring surrounding the transparent viewing window along the circumference, the bumper is fixed onto the support ring , and the inflatable tubing is an inflatable annular tubing .
A novel line light, comprising a frame which is formed by connecting four rims end by end in sequence, each one of the rims internally equipped with an LED light bar , each one of the LED light bars being a single LED light bar or formed by connecting a plurality of LED light bars, the bottom of each one of the rims embedded into a diffuser plate , wherein each one of the rims has a downward opening; each one of the rims has a first flat plate ; the two edges of each one of the flat plates are respectively vertically connected with a first vertical plate and a second vertical plate ; characterized in that , the first flat plates of every two adjacent rims are in welded connection; the inner wall of each one of the second vertical plates extends out to form an inclined second flat plate ; each one of the second flat plates is fixedly connected with a third flat plate ; the LED light bar is fixed on the lower surface of each one of the third flat plates by screws; the lower surface of each one of the third flat plates is a little greater than the surface of each corresponding one of the LED light bars ; a distance is kept between the outer side face of each one of the LED light bars and each corresponding one of the second flat plates ; and every two adjacent rims are fixed by mutually welding the second flat plates thereof.
A fitting for arrangement on a sash of a window or a door, wherein the sash has a first profile groove which can be engaged from behind by the fitting , and wherein the fitting comprises the following: a) a first arm having a longitudinal axis extending in parallel with a vertical or horizontal sash column; b) a latching part on the first arm having a resilient first latching hook ; c) a displacement body , wherein the latching part is movable by a relative movement between the displacement body and the latching part from a loose position to a mounted position, wherein the first latching hook is movable in the loose position and is not movable in the mounted position, in order to securely engage a first projection of the first profile groove from behind in the mounted position, wherein the displacement body and/or the latching part has/have a bevel by means of which the first latching hook can be transferred from the loose position to the mounted position during the relative movement; characterized in that the relative movement can be performed in the direction of the longitudinal axis of the first arm . a) a first arm having a longitudinal axis extending in parallel with a vertical or horizontal sash column; b) a latching part on the first arm having a resilient first latching hook ; c) a displacement body , wherein the latching part is movable by a relative movement between the displacement body and the latching part from a loose position to a mounted position, wherein the first latching hook is movable in the loose position and is not movable in the mounted position, in order to securely engage a first projection of the first profile groove from behind in the mounted position, wherein the displacement body and/or the latching part has/have a bevel by means of which the first latching hook can be transferred from the loose position to the mounted position during the relative movement;
Plant pot for growing orchids, the panicle of which orchid can be supported by a rod , said plant pot having a plant pot base which is higher than a lower installation plane and which has a plurality of receptacles for a rod , characterised in that at least one tab that is formed as part of the base is assigned to each of the receptacles, by means of which tab a force can be exerted on a rod which can be inserted into the receptacle, it being possible to transfer the tabs in each case, by inserting the rod through the receptacle, into a position which is at least partially folded down relative to a surrounding region of the receptacle and which projects downwards from the base , the tabs , when in a non-use position, leading away from a longitudinal central axis starting from the connection of said tabs to the rest of the base and being formed by lines of weakness on the base.
Method for generating a panoramic layer image of an object to be imaged, by employing a 2D panoramic X-ray device, wherein the object is imaged by projecting X-rays generated by an X-ray source through the object in a radiation direction and recording said X-rays with an X-ray detector , wherein several 2D X-ray projection images are continuously recorded from various imaging directions while the X-ray source and the X-ray detector move around the object , wherein at least one panoramic layer image is calculated from the recorded 2D X-ray projection images by means of a reconstruction method, wherein a process of assembling the individual 2D X-ray projection images generates a focal layer of the panoramic layer images, wherein the focal layer comprises the principal anatomic structures of the upper jaw and/or the lower jaw, such as teeth , tooth roots, and the jaw bones, wherein the position/shape of the focal layer is determined by the path observed by the X-ray detector and the X-ray source in relation to the imaged object, wherein the anatomic structures not located in the focal layer generate a shadow and are blurred out, the panoramic layer image is calculated by selecting and using at least one partial area from 2D X-ray projection images in relation to an active sensor area , characterized in that the position/shape and width of the focal layer and arrangement of main radiation directions on contact points between individual teeth are determined automatically based on a 3D model of the upper and/or lower jaw, wherein the partial area is selected fully automatically based on said determination in order to calculate the panoramic layer image .
Soluble tapioca flour composition, comprising a carbohydrate content ranging from 90 to 98 wt%, a protein content ranging from 0.5 to 1.5 wt%, a fat content of less than 1 wt%, and an insoluble fiber content ranging from 0.5 to 3.5 wt%.
A leucite glass-ceramic prepared from a glass comprising: 66.8 to 71.9 mol % of SiO 2 , 8.5 to 10.6 mol % of Al 2 O 3 , 9.5 to 12.8 mol % of K 2 O, 0.5 to 4.0 mol % of CaO, 0 to 3.0 mol % of TiO 2 , 1.8 to 4.0 mol % of Na 2 O, 0.1 to 6.0 mol % of Li 2 O, 0 to 1.0 mol % of MgO, 0 to 3.0 mol % of Nb 2 O 5 , and 0 to 3.0 mol % of B 2 O 3 .
A computer-implemented method for security of enterprise networks, the method being executed by one or more processors and comprising: receiving, from an agile security platform, analytical attack graph (AAG) data representative of one or more AAGs, each AAG representing one or more lateral paths within an enterprise network for reaching a target asset from one or more assets within the enterprise network; determining, for each instance of a plurality of instances of the AAG, a graph value representing a measure of hackability of the enterprise network at respective times; providing a profile of the enterprise network based on a set of graph values determined for instances of the AAG, the profile representing changes in graph values over time; implementing one or more security controls in the enterprise network; determining, based on the profile, changes in the graph values in response to implementing the one or more security controls and thereby determining an effectiveness of the one or more security controls, wherein the one or more security controls are determined to be ineffective in response to graph values in the set of graph values increasing over time after implementation of the one or more security controls; and selectively executing one or more remedial actions in response to the effectiveness. receiving, from an agile security platform, analytical attack graph (AAG) data representative of one or more AAGs, each AAG representing one or more lateral paths within an enterprise network for reaching a target asset from one or more assets within the enterprise network; determining, for each instance of a plurality of instances of the AAG, a graph value representing a measure of hackability of the enterprise network at respective times; providing a profile of the enterprise network based on a set of graph values determined for instances of the AAG, the profile representing changes in graph values over time; implementing one or more security controls in the enterprise network; determining, based on the profile, changes in the graph values in response to implementing the one or more security controls and thereby determining an effectiveness of the one or more security controls, wherein the one or more security controls are determined to be ineffective in response to graph values in the set of graph values increasing over time after implementation of the one or more security controls; and selectively executing one or more remedial actions in response to the effectiveness.
A process for preparing a target for the generation of radioactive isotopes by bombardment with accelerated particles, comprising the steps of: a) providing a first layer comprising an amount ≥ 98% by weight of a chemical element, or of an isotope of a chemical element, or of a compound of a chemical element, or of a compound of an isotope of a chemical element, suitable for generating a radionuclide following bombardment with accelerated particles; b) providing a support layer ; d) applying an electric current density comprised between 0.5 and 25 A/mm 2 , simultaneously subjecting the first layer and the support layer to a pressure comprised between 0.1 and 100 MPa; characterized in that the first layer has a thickness/diameter ratio ≤ 0.25; the support layer has a thermal conductivity comprised between κ=50 W/(m•K) and κ=2000 W/(m•K), and in that after step b) and before d), the process comprises a step c) of positioning the first layer on the support layer , inserting it into a chamber and applying a vacuum and/or protective atmosphere. a) providing a first layer comprising an amount ≥ 98% by weight of a chemical element, or of an isotope of a chemical element, or of a compound of a chemical element, or of a compound of an isotope of a chemical element, suitable for generating a radionuclide following bombardment with accelerated particles; b) providing a support layer ; d) applying an electric current density comprised between 0.5 and 25 A/mm 2 , simultaneously subjecting the first layer and the support layer to a pressure comprised between 0.1 and 100 MPa; the first layer has a thickness/diameter ratio ≤ 0.25; the support layer has a thermal conductivity comprised between κ=50 W/(m•K) and κ=2000 W/(m•K), and in that after step b) and before d), the process comprises a step c) of positioning the first layer on the support layer , inserting it into a chamber and applying a vacuum and/or protective atmosphere.
Optically pumped laser device comprising a film of colloidal nanocrystals of semiconductor material as a gain medium, wherein said nanocrystals are two-dimensional nanocrystals forming two-dimensional colloidal quantum wells for confinement of charge carriers in the nanocrystals and having a biexciton gain mechanism, wherein said nanocrystals have a thickness in the range of 1-5 nm in a thickness direction (z) of the nanocrystal, so that they provide strong confinement of the charge carriers in the thickness direction (z), said nanocrystals having dimensions in each of two mutually orthogonal lateral directions (x, y) of the nanocrystal equal to about 20 to about 30 nm, or wherein the nanocrystals have dimensions of about 1,5 nm in the thickness direction (z) of the nanocrystal, about 8,5 nm in the lateral direction (x) and about 33,5 nm in the orthogonal lateral direction (y) of the nanocrystal, and wherein the nanocrystals provide weak or no confinement of the charge carrier in said two lateral directions (x, y).
A topological quantum framework, comprising: a plurality of one-dimensional nanostructures disposed in different directions and connected to each other, wherein a one-dimensional nanostructure of the plurality of one-dimensional nanostructures comprises a first composition comprising a lithium silicide represented by Formula 2: Formula 2 Li x Si wherein, in Formula 2, 0<x<1, wherein the topological quantum framework is porous, and wherein the topological quantum framework is a spherical nanoparticle having a spherical cage structure and a sphericity of 0.7 or greater. a plurality of one-dimensional nanostructures disposed in different directions and connected to each other, wherein a one-dimensional nanostructure of the plurality of one-dimensional nanostructures comprises a first composition comprising a lithium silicide represented by Formula 2: Formula 2 Li x Si wherein, in Formula 2, 0<x<1, wherein the topological quantum framework is porous, and wherein the topological quantum framework is a spherical nanoparticle having a spherical cage structure and a sphericity of 0.7 or greater. wherein, in Formula 2, 0<x<1, wherein the topological quantum framework is porous, and wherein the topological quantum framework is a spherical nanoparticle having a spherical cage structure and a sphericity of 0.7 or greater.
A terminal for a motion transmitting remote control assembly securable to a control member in a vehicle, said terminal comprising: a housing for connection to a core element of the motion transmitting remote control assembly with said housing defining an aperture forming at least one open end ; a connecting member having a body disposed in said aperture with said body having a cavity for receiving the control member the terminal being characterized in that the connecting member has a groove in communication with said cavity ; and a retainer mounted to said connecting member and disposed in said groove of said body with said retainer disposed in said aperture when said connecting member is in said housing and said retainer extending into said cavity for engaging the control member to retain said terminal to the control member and to prevent non-destructive removal of said terminal from the control member . a housing for connection to a core element of the motion transmitting remote control assembly with said housing defining an aperture forming at least one open end ; a connecting member having a body disposed in said aperture with said body having a cavity for receiving the control member the terminal being characterized in that the connecting member has a groove in communication with said cavity ; and a retainer mounted to said connecting member and disposed in said groove of said body with said retainer disposed in said aperture when said connecting member is in said housing and said retainer extending into said cavity for engaging the control member to retain said terminal to the control member and to prevent non-destructive removal of said terminal from the control member .
An air starter comprising: a housing defining an interior having a primary inlet and a primary outlet to define a primary air flow path from the primary inlet to the primary outlet ; a turbine located in the interior and including a rotor , with a plurality of circumferentially spaced blades , and a drive shaft extending from the rotor ; a gear box located in the interior and including a gear train and an output shaft coupled to the gear train ; a spline connection , located upstream of the rotor or between the rotor and the gear train , and comprising a first spline interface provided on the drive shaft and a second spline interface , enmeshed with the first spline interface , provided on the output shaft ; and at least one pilot guide , axially locating the output shaft relative to the drive shaft, located between the rotor and the gear train , and comprising a first pilot element provided on the drive shaft and a second pilot element provided on an outer surface of the output shaft , wherein the first pilot element axially overlaps, at least in part, the second pilot element , wherein the at least one pilot guide is axially spaced from the spline connection , and wherein the turbine includes a rotor centerline and has a rotor width , wherein the spline connection is axially spaced from the rotor centerline a spline distance that is greater than or equal to half of the rotor width . a housing defining an interior having a primary inlet and a primary outlet to define a primary air flow path from the primary inlet to the primary outlet ; a turbine located in the interior and including a rotor , with a plurality of circumferentially spaced blades , and a drive shaft extending from the rotor ; a gear box located in the interior and including a gear train and an output shaft coupled to the gear train ; a spline connection , located upstream of the rotor or between the rotor and the gear train , and comprising a first spline interface provided on the drive shaft and a second spline interface , enmeshed with the first spline interface , provided on the output shaft ; and at least one pilot guide , axially locating the output shaft relative to the drive shaft, located between the rotor and the gear train , and comprising a first pilot element provided on the drive shaft and a second pilot element provided on an outer surface of the output shaft , wherein the first pilot element axially overlaps, at least in part, the second pilot element , wherein the at least one pilot guide is axially spaced from the spline connection , and wherein the turbine includes a rotor centerline and has a rotor width , wherein the spline connection is axially spaced from the rotor centerline a spline distance that is greater than or equal to half of the rotor width .