mhurhangee/patent-ind-claim-en huggingface dataset:
An image-sensor fixing structure comprising: an imaging optical system; and an image sensor configured to receive light of an image formed by the imaging optical system, wherein the image sensor has an imaging surface covered by a covering glass, wherein the imaging surface includes: an effective region, in which light of an image formed by the imaging optical system is received, and a peripheral region (E1, E2) outside the effective region, and wherein a body member holding the imaging optical system is fixed to the peripheral region (E1, E2) of the covering glass covering the imaging surface, wherein the peripheral region (E1, E2) being outside the range of an image circle (R) of the imaging surface. an imaging optical system; and an image sensor configured to receive light of an image formed by the imaging optical system, wherein the image sensor has an imaging surface covered by a covering glass, wherein the imaging surface includes: an effective region, in which light of an image formed by the imaging optical system is received, and a peripheral region (E1, E2) outside the effective region, and wherein a body member holding the imaging optical system is fixed to the peripheral region (E1, E2) of the covering glass covering the imaging surface, wherein the peripheral region (E1, E2) being outside the range of an image circle (R) of the imaging surface. an effective region, in which light of an image formed by the imaging optical system is received, and a peripheral region (E1, E2) outside the effective region, and wherein a body member holding the imaging optical system is fixed to the peripheral region (E1, E2) of the covering glass covering the imaging surface, wherein the peripheral region (E1, E2) being outside the range of an image circle (R) of the imaging surface.
A device comprising a plurality of interconnected concentric coplanar diodes (D 1 , D 2 , ... D n ), each diode comprising a continuous active region comprising a vertical stack of first and second regions of opposite conductivity types, the active regions of the different diodes (D 1 , D 2 , ... D n ) being separated from one another by ring-shaped trenches crossing said stack, wherein the diodes (D 1 , D 2 , ... D n ) are series-connected, first and second neighboring diodes being connected by a metallization (521 i ) arranged in the ring-shaped trench which separates them, said metallization (521 i ) extending along substantially the entire length of the trench and being in contact with the first region of the first diode and with the second region of the second diode along substantially the entire length of the trench, said metallization (521 i ) being in contact with the first region of the first diode only by the side of the first region of the first diode.
A filling apparatus , in particular a rotary filler, having a base device and a rotary device movable against the base device , the base device comprising a system controller and the rotary device comprising a plurality of filling stations , each having at least one valve , having a filling station controller for filling a container , controlled via the valve , with a predetermined filling quantity of a medium , and a sensor , in particular a flowmeter sensor, for monitoring the filling process, the filling apparatus being configured so that communication between the system controller and the rotary device and/or within the rotary device takes place via a wireless connection, characterized in that the filling apparatus is configured so that communication takes place via a wireless connection in accordance with the 5G mobile radio standard, in that the system controller is configured to automatically assign a physical position of a sensor in the rotary device and a network address of the sensor in the 5G network to one another, and in that the system controller is configured for a start-up phase where the valves are opened in a known sequence while sensor data of the sensors are detected, in order to assign the sensor and the valve of a filling station to one another on the basis of a respective opened valve and the sensor data.
A method for tinting a spectacle lens having a surface, characterized by the steps of (i) selectively plasma treating a preselected part of the surface of the spectacle lens , and (ii) providing a tinting solution at least to a part of the surface of the spectacle lens not treated by the plasma treating. (i) selectively plasma treating a preselected part of the surface of the spectacle lens , and (ii) providing a tinting solution at least to a part of the surface of the spectacle lens not treated by the plasma treating.
A method for automatic control of a system for deburring parts comprising a robotic arm carrying a deburring tool , and a controller of the robotic arm capable of controlling a movement of the deburring tool during a deburring operation, said method comprising the following steps: - attaching at least one part to be deburred to a wedging device of said deburring system , said at least one part to be deburred comprising at least one profile extending along a longitudinal axis and one end of which has been previously cut by a cutting tool according to a cutting geometry and a cutting angle relative to the longitudinal axis of the profile ; - scanning in situ said part to be deburred by means of a three-dimensional viewing device so as to generate a cloud (N) of points from at least one representative digitization of said part to be deburred for a given position of the three-dimensional viewing device ; - determining , from the cloud (N) of points, a first three-dimensional model representative of the profile before cutting; - determining , from the cloud (N) of points, a second three-dimensional model representative of the cutting geometry oriented according to the cutting angle; - determining a third three-dimensional model representative of at least one contour of the end of the profile to be deburred by calculating the geometric intersection between the first three-dimensional model and the second three-dimensional model ; - selecting a subset of points in the third three-dimensional model representative of said at least one contour ; - controlling the movement of the deburring tool along a deburring trajectory determined from the subset of selected points. - attaching at least one part to be deburred to a wedging device of said deburring system , said at least one part to be deburred comprising at least one profile extending along a longitudinal axis and one end of which has been previously cut by a cutting tool according to a cutting geometry and a cutting angle relative to the longitudinal axis of the profile ; - scanning in situ said part to be deburred by means of a three-dimensional viewing device so as to generate a cloud (N) of points from at least one representative digitization of said part to be deburred for a given position of the three-dimensional viewing device ; - determining , from the cloud (N) of points, a first three-dimensional model representative of the profile before cutting; - determining , from the cloud (N) of points, a second three-dimensional model representative of the cutting geometry oriented according to the cutting angle; - determining a third three-dimensional model representative of at least one contour of the end of the profile to be deburred by calculating the geometric intersection between the first three-dimensional model and the second three-dimensional model ; - selecting a subset of points in the third three-dimensional model representative of said at least one contour ; - controlling the movement of the deburring tool along a deburring trajectory determined from the subset of selected points.
A hood for a mounting member of a detachable ball neck with which mounting member the detachable ball neck can be fixed in a receiver being fixedly mounted on a car , wherein said hood is formed of plastic material, wherein the hood is closed at a first end and extends from said first end to a second end thereby encompassing an interior space , wherein said hood is provided with side walls extending from said first end to said second end and thereby enclosing said interior space , and wherein said second end is provided with an access opening through which said mounting member can be inserted into said interior space , wherein said access opening is the only opening through which said interior space is accessible for said mounting member , and wherein said hood is provided with ribs extending in said interior space and arranged to abut on said mounting member when inserted into said interior space , wherein said ribs have contoured sections adapted to an outer contour of said mounting member to be inserted into said interior space , wherein said ribs provide a free space between said hood body and said pin portion of said mounting member .
A device for locking a cable in tension, comprising a cable clamp with clamping jaws and a traction member , wherein said clamp is designed so that its jaws are actuated in clamping mode by traction exerted on a first end of the traction member , a second end of which is mechanically connected in displacement to at least one of the jaws , characterized in that : - the locking device comprises a first female element having a passage intended to be traversed by the cable , - the cable clamp is mounted in a second male element of the locking device , this second male element being independent of the first female element and intended to be integral with the cable by clamping the jaws of the clamp against the cable , - the second male element and the passage of the first female element are sized so that a portion of the second male element including at least the clamping jaws can pass through the passage , and - the second male element further includes a stop , attached to the first end of the traction member , of dimensions preventing it from crossing the passage . - the locking device comprises a first female element having a passage intended to be traversed by the cable , - the cable clamp is mounted in a second male element of the locking device , this second male element being independent of the first female element and intended to be integral with the cable by clamping the jaws of the clamp against the cable , - the second male element and the passage of the first female element are sized so that a portion of the second male element including at least the clamping jaws can pass through the passage , and - the second male element further includes a stop , attached to the first end of the traction member , of dimensions preventing it from crossing the passage .
Method for spatially resolved detection of sound emissions from a spatial area, in particular for contactless workpiece testing or process monitoring, with an array consisting of a plurality of sound sensors , in particular ultrasonic sensors, in which - sound signals emanating from the spatial area are received with the array during a first measurement, during which the sound sensors are in first positions relative to the spatial area, - one or more further measurements is/are carried out with the array of sound sensors , during which the sound sensors are arranged at other positions relative to the spatial area, of which at least one does not correspond to the first positions, and - the sound signals received during the first and the one or more further measurements are evaluated jointly in order to generate a spatially resolved sound intensity map of the spatial area, characterized in that the sound intensity map is then evaluated to determine whether it is still ambiguous, wherein one or more further positions or orientations of the array is/are then determined for additional measurements on the basis of this evaluation, in order to obtain an unambiguous or at least a more reliable result. - sound signals emanating from the spatial area are received with the array during a first measurement, during which the sound sensors are in first positions relative to the spatial area, - one or more further measurements is/are carried out with the array of sound sensors , during which the sound sensors are arranged at other positions relative to the spatial area, of which at least one does not correspond to the first positions, and - the sound signals received during the first and the one or more further measurements are evaluated jointly in order to generate a spatially resolved sound intensity map of the spatial area,
A method for wireless communication, the method being performed by a first device and comprising: performing registration with a network entity for assistance for peer discovery; sending a request to the network entity , wherein the request is valid for a predetermined period of time and comprises information used to match the first device with other devices; receiving a notification from the network entity to perform peer discovery, wherein the notification is determined by the network entity based on the request; receiving, from the network entity or from a second device , at least one parameter to use for peer discovery; performing peer discovery in response to receiving the notification from the network entity , including detecting at least one proximity detection signal transmitted by at least one other device in accordance with the at least one parameter; measuring received signal strength of the at least one proximity detection signal; reporting the received signal strength to the network entity ; and receiving, from the network entity and in response to the reporting, an indication of one of a peer-to-peer, P2P , communication or a wide area network, WAN , communication to use for communicating with the at least one other device. performing registration with a network entity for assistance for peer discovery; sending a request to the network entity , wherein the request is valid for a predetermined period of time and comprises information used to match the first device with other devices; receiving a notification from the network entity to perform peer discovery, wherein the notification is determined by the network entity based on the request; receiving, from the network entity or from a second device , at least one parameter to use for peer discovery; performing peer discovery in response to receiving the notification from the network entity , including detecting at least one proximity detection signal transmitted by at least one other device in accordance with the at least one parameter; measuring received signal strength of the at least one proximity detection signal; reporting the received signal strength to the network entity ; and receiving, from the network entity and in response to the reporting, an indication of one of a peer-to-peer, P2P , communication or a wide area network, WAN , communication to use for communicating with the at least one other device.
A multilayer cast film, comprising a cast film component layer prepared from a Ziegler-Natta catalyzed ethylene and alpha-olefin copolymer having: a density between 0.910g/cc and 0.930 g/cc; a hexane extractables of less than 3.5 wt%; a melt index ratio (I 21 /I 2 ) of between 20 and 35 dg/min; a melt index (I 2 ) of between 0.5 and 10 dg/min; a polydispersity index (Mw/Mn) of between 3.0 and 5.0; and at least 15% of Temperature Raising Elusion Fraction (TREF) fraction below an elution temperature of 35°C; wherein the cast film component layer has a cling force measured in accordance with ASTM D 5458 of at least 200 grams-force per inch width at 200% pre-stretch and a slow puncture resistance measured in accordance with ASTM D 5748 of greater than 50 J/mm. a density between 0.910g/cc and 0.930 g/cc; a hexane extractables of less than 3.5 wt%; a melt index ratio (I 21 /I 2 ) of between 20 and 35 dg/min; a melt index (I 2 ) of between 0.5 and 10 dg/min; a polydispersity index (Mw/Mn) of between 3.0 and 5.0; and at least 15% of Temperature Raising Elusion Fraction (TREF) fraction below an elution temperature of 35°C; wherein the cast film component layer has a cling force measured in accordance with ASTM D 5458 of at least 200 grams-force per inch width at 200% pre-stretch and a slow puncture resistance measured in accordance with ASTM D 5748 of greater than 50 J/mm.
Household appliance with a housing divided into a plurality of compartments and a status display for depicting operating status information related to at least one of the compartments, characterised in that the status display is segmented into a plurality of display fields allocated to one of the compartments in each case for displaying the operating status information related to the compartment and that the arrangement of the display fields on the status display corresponds to the arrangement of the compartments in the household appliance.
A method, comprising: for a state of a factory determined from current operating conditions of the factory: receiving streaming Programmable Logic Controller (PLC) values from PLCs on a network of the factory, and receiving streaming external sensor values from sensors in the factory connected externally to the network; conducting probabilistic analytics on the streaming PLC values and streaming external sensor values against historical PLC values and historical external sensor values associated with the state of the factory; and providing an indication of a security incident when the probabilistic analytics indicative of the streaming PLC values is within expectation for the state and the streaming external sensor values are not within expectation for the state,, detecting one of a new state and a factory event when the probabilistic analytics indicative of the streaming PLC values is not within expectation for the state and the streaming external sensor values are not within expectation for the state, and when the detection is indicative of a new state, storing the streaming PLC values and the streaming external sensor values as the historical PLC values and the historical external sensor values for the new state. receiving streaming Programmable Logic Controller (PLC) values from PLCs on a network of the factory, and receiving streaming external sensor values from sensors in the factory connected externally to the network; conducting probabilistic analytics on the streaming PLC values and streaming external sensor values against historical PLC values and historical external sensor values associated with the state of the factory; and providing an indication of a security incident when the probabilistic analytics indicative of the streaming PLC values is within expectation for the state and the streaming external sensor values are not within expectation for the state,, detecting one of a new state and a factory event when the probabilistic analytics indicative of the streaming PLC values is not within expectation for the state and the streaming external sensor values are not within expectation for the state, and when the detection is indicative of a new state, storing the streaming PLC values and the streaming external sensor values as the historical PLC values and the historical external sensor values for the new state.
Metal profile which is being produced from a metal sheet by shaping, in particular by roll-forming, and possesses a profile cross-section forming a groove for connection with an insulating profile , wherein the groove is delimited by profile sections (3.1, 3.2, 3.3, 3.4) on which profile sections (5.1, 5.2) adjoin which rest on one another at least in a common contact region , wherein the profile sections (5.1, 5.2) resting on one another in the contact region delimit a gap open towards the groove outside their contact region , and wherein the profile sections (5.1, 5.2) delimiting the gap form a web which is arranged centrally with respect to the groove , characterised in that the profile sections (5.1, 5.2) delimiting the gap are welded or adhesively bonded in the region of the gap .
Glass sheet having a composition comprising the following in weight percentage, expressed with respect to the total weight of glass : SiO 2 60 - 78 wt% Al 2 O 3 0 - 8 wt% B 2 O 3 0 - 4 wt% CaO 0 - 15 wt% MgO 0 - 10 wt% Na 2 O 5 - 20 wt% K 2 O 0 - 10 wt% BaO 0 - 5 wt% Total iron (expressed in the form of Fe 2 O 3 ) 0.002 - 0.06 wt% Selenium (expressed in the form of Se) 0.0003 - 0.005 wt% Cobalt (expressed in the form of Co) 0.00005 - 0.0015 wt%; the glass sheet being characterized in that : N ≤ 10.3 ∗ Fe 2 O 3 +0.11; N being defined as N = a ∗ 2 + b ∗ 2 wherein a ∗ and b ∗ are the CIELab values being determined for a glass sheet thickness of 5mm in transmission with illuminant D65, 10°, SCl, Fe 2 O 3 being the total iron content expressed in weight percentage, and in that it has a total light transmission with illuminant D65 for a sheet thickness of 4 mm (TLD4) at a solid angle of observation of 2° (according to standard ISO9050) higher than 80%.
A nasal powder dispenser device comprising: a reservoir containing at least one dose of powder; a nasal dispenser head for inserting into a user's nostril, said nasal dispenser head including a dispenser orifice ; and an air expeller that, during actuation of said nasal powder dispenser device , generates a flow of compressed air so as to dispense a dose of powder into said nostril through said dispenser orifice , said air expeller comprising an air chamber and a piston that slides in airtight manner in said air chamber so as to compress the air contained in said air chamber ; the device being characterized in that said nasal powder dispenser device presents the following properties: - a pressure, of said flow of compressed air generated by said air expeller , that is higher than 0.7 bar; and - a volume, of said air chamber , that is smaller than 1700 mm 3 . - a pressure, of said flow of compressed air generated by said air expeller , that is higher than 0.7 bar; and - a volume, of said air chamber , that is smaller than 1700 mm 3 .
An analysis instrument comprising: a chromatographic or other separation device for separating gaseous analyte material according to retention time, wherein said chromatographic or other separation device comprises a gas chromatograph; an ultra-violet ("UV") spectrometer or detector for obtaining ultra-violet spectral data of at least a portion of the analyte material separated in said chromatographic or other separation device ; and a mass and/or ion mobility spectrometer for obtaining mass and/or ion mobility spectral data of ions generated from at least a portion of the analyte material separated in said chromatographic or other separation device , said analysis instrument being characterized in that the ultra-violet spectrometer or detector comprises a flow cell vacuum ultra-violet ("VUV") absorption detector, and in that said mass and/or ion mobility spectrometer is located downstream of said ultra-violet spectrometer or detector such that analyte material is caused to pass from said ultra-violet spectrometer or detector to an inlet of said mass and/or ion mobility spectrometer for subsequent mass and/or ion mobility analysis. a chromatographic or other separation device for separating gaseous analyte material according to retention time, wherein said chromatographic or other separation device comprises a gas chromatograph; an ultra-violet ("UV") spectrometer or detector for obtaining ultra-violet spectral data of at least a portion of the analyte material separated in said chromatographic or other separation device ; and a mass and/or ion mobility spectrometer for obtaining mass and/or ion mobility spectral data of ions generated from at least a portion of the analyte material separated in said chromatographic or other separation device , said analysis instrument being characterized in that the ultra-violet spectrometer or detector comprises a flow cell vacuum ultra-violet ("VUV") absorption detector, and in that said mass and/or ion mobility spectrometer is located downstream of said ultra-violet spectrometer or detector such that analyte material is caused to pass from said ultra-violet spectrometer or detector to an inlet of said mass and/or ion mobility spectrometer for subsequent mass and/or ion mobility analysis.