mhurhangee/patent-ind-claim-en huggingface dataset:
Watch comprising: a housing comprising a housing middle forming a transparent central region , a first display arranged on the side of a first face and a second display arranged on the side of a second face that is opposite the first face ; at least two transparent indicator wheels arranged so as to pivot and superposed in the central region , each indicator wheel comprising at least one indicator ; a drive member comprising an electric motor, an energy source, a quartz oscillator, an electronic circuit, and a gear train, the drive member driving each indicator wheel in rotation at its periphery via the gear train; holding means that are able to hold each indicator wheel at its periphery in a position essentially perpendicular to its axis of rotation; the drive member and the holding means being accommodated entirely within the middle of the watch in such a way that they are outside of the central region ; and that said at least one indicator of each one of the indicator wheels being visible on the first face so as to form the first display, and visible on the second face so as to form the second display; characterized in that the first and second face of the watch comprise reference marks to which the indicators come to point, the reference marks of the second face being different from those of the first face so that the first face differs from the second face. a housing comprising a housing middle forming a transparent central region , a first display arranged on the side of a first face and a second display arranged on the side of a second face that is opposite the first face ; at least two transparent indicator wheels arranged so as to pivot and superposed in the central region , each indicator wheel comprising at least one indicator ; a drive member comprising an electric motor, an energy source, a quartz oscillator, an electronic circuit, and a gear train, the drive member driving each indicator wheel in rotation at its periphery via the gear train; holding means that are able to hold each indicator wheel at its periphery in a position essentially perpendicular to its axis of rotation; the drive member and the holding means being accommodated entirely within the middle of the watch in such a way that they are outside of the central region ; and that said at least one indicator of each one of the indicator wheels being visible on the first face so as to form the first display, and visible on the second face so as to form the second display; characterized in that the first and second face of the watch comprise reference marks to which the indicators come to point, the reference marks of the second face being different from those of the first face so that the first face differs from the second face.
An insulated metal substrate (IMS), the IMS comprising: a metal substrate having a first side and a second side; and a first dielectric layer on the first side of the substrate, wherein the dielectric layer comprises Al x O y N z , wherein, y is from 0.1 at% to 49.9 at%, z is from 0.1 at% to 49.9 at%, further doped with H, wherein the dielectric layer comprises AlON, and the AlON comprises a random structure. a metal substrate having a first side and a second side; and a first dielectric layer on the first side of the substrate, wherein the dielectric layer comprises Al x O y N z , wherein, y is from 0.1 at% to 49.9 at%, z is from 0.1 at% to 49.9 at%, further doped with H, wherein the dielectric layer comprises AlON, and the AlON comprises a random structure.
A display cover member in which: one of principal surfaces is formed of an uneven surface ; a mean width of roughness profile elements (RSm) of the uneven surface defined by JIS B 0601-2013 is not less than 1 μm and not more than 30 μm; an average inclined angle (θ) of the roughness profile of the uneven surface is not less than 1.2° and not more than 7°; where θ is defined as θ = tan -1 Δa ; where Δa = (h1+h2+h3 ... +hn)/l and here, the sum (h1+h2+h3 ... +hn) of the absolute values of the differences (heights h) between adjacent pairs of profile peaks and profile valley bottoms has been divided by the sampling length 1 of the roughness profile defined by JIS B 0601-2013; and a kurtosis of the roughness profile (Rku) of the uneven surface defined by JIS B 0601-2013 is not less than 2.2 and not more than 10.
Donning aid for activating a zip fastener, comprising a housing having at least one receptacle for the slider handle of the slider of a zip fastener, and a tape-type or rope-type traction element that engages on this housing , characterized in that - the housing has at least one opening as a receptacle for the slider handle; - wherein a bearing member is disposed in the housing so as to be approximately at the height level of the opening ; - a contact pressure member which is displaceably guided in the housing being pressed onto said bearing member by means of a compression spring which is disposed in the housing ; - wherein at least one activating element for compressing the compression spring in the housing of the donning aid and for thus generating a spacing for receiving or releasing the slider handle of a zip fastener between the contact pressure member and the bearing member , is provided externally on the housing . - the housing has at least one opening as a receptacle for the slider handle; - wherein a bearing member is disposed in the housing so as to be approximately at the height level of the opening ; - a contact pressure member which is displaceably guided in the housing being pressed onto said bearing member by means of a compression spring which is disposed in the housing ; - wherein at least one activating element for compressing the compression spring in the housing of the donning aid and for thus generating a spacing for receiving or releasing the slider handle of a zip fastener between the contact pressure member and the bearing member , is provided externally on the housing .
An apparatus for detecting the presence or absence of an analyte in a liquid sample, comprising: a collection chamber , comprising an opening for collecting a liquid sample; a cover for covering the opening of the collection chamber; a prompting device for prompting if the cover is covering a specified location, wherein the prompting device comprises a first elastic element and two non-elastic second and third elements, wherein when the first element passes through the non-elastic elements they block the elastic element, wherein the blocking of the elastic element causes the deformation of the elastic element and results in vibrations, which produce a sound as to prompt that the cover is covering the specified location; and a testing element, the apparatus characterised in that the first elastic element is located in a chamber , wherein the chamber comprises an opening, and wherein the chamber is located on the outer surface of the edge of the cover; wherein the first element is parallel to the central axis of the cover; wherein a first end of the first element is fixed in the chamber , a second end of the first element is suspended, and a portion of the first element is exposed from the opening of the chamber ; and wherein the second element and the third element are located on the outer edge of a cup body in which the collection chamber is located. a collection chamber , comprising an opening for collecting a liquid sample; a cover for covering the opening of the collection chamber; a prompting device for prompting if the cover is covering a specified location, wherein the prompting device comprises a first elastic element and two non-elastic second and third elements, wherein when the first element passes through the non-elastic elements they block the elastic element, wherein the blocking of the elastic element causes the deformation of the elastic element and results in vibrations, which produce a sound as to prompt that the cover is covering the specified location; and a testing element, the apparatus characterised in that the first elastic element is located in a chamber , wherein the chamber comprises an opening, and wherein the chamber is located on the outer surface of the edge of the cover; wherein the first element is parallel to the central axis of the cover; wherein a first end of the first element is fixed in the chamber , a second end of the first element is suspended, and a portion of the first element is exposed from the opening of the chamber ; and wherein the second element and the third element are located on the outer edge of a cup body in which the collection chamber is located.
A synchronized braking system for a motor vehicle , said synchronized braking system comprising: a front wheel brake , said front wheel brake being capable of applying braking forces to a corresponding front wheel of said motor vehicle ; a rear wheel brake , said rear wheel brake being capable of applying braking forces to a corresponding rear wheel of said motor vehicle ; and an independent brake actuation lever , said independent brake actuation lever being coupled to said front wheel brake through a front wheel brake cable ; a synchronous brake actuation pedal , which is pivotably supported to a frame member of said vehicle by a pivot shaft , wherein said synchronous brake actuation pedal is capable of receiving brake actuating forces; characterized by a reaction relay member , which is pivotable about said pivot shaft , wherein an output arm of said pivot shaft is coupled to an intermediate brake cable , wherein said intermediate brake cable is connected to a front brake actuating member of said front wheel brake , wherein said reaction relay member is capable of rotating independently of said synchronous brake actuation pedal , and is operatively connected to a rear brake actuating member , and is configured to actuate said rear brake actuating member through reaction of an outer sheath of said intermediate brake cable acting on said reaction relay member during application of said synchronous brake actuation pedal . a front wheel brake , said front wheel brake being capable of applying braking forces to a corresponding front wheel of said motor vehicle ; a rear wheel brake , said rear wheel brake being capable of applying braking forces to a corresponding rear wheel of said motor vehicle ; and an independent brake actuation lever , said independent brake actuation lever being coupled to said front wheel brake through a front wheel brake cable ; a synchronous brake actuation pedal , which is pivotably supported to a frame member of said vehicle by a pivot shaft , wherein said synchronous brake actuation pedal is capable of receiving brake actuating forces; a reaction relay member , which is pivotable about said pivot shaft , wherein an output arm of said pivot shaft is coupled to an intermediate brake cable , wherein said intermediate brake cable is connected to a front brake actuating member of said front wheel brake , wherein said reaction relay member is capable of rotating independently of said synchronous brake actuation pedal , and is operatively connected to a rear brake actuating member , and is configured to actuate said rear brake actuating member through reaction of an outer sheath of said intermediate brake cable acting on said reaction relay member during application of said synchronous brake actuation pedal .
A method of providing a three-dimensional scan of a dental arch area (102,), the arch area having two segments , each of the two segments having multiple teeth , at least one of the segments having at least one edentulous area between the teeth and a soft tissue, homogenous, cross-arch connecting area between the two segments , characterised in that the method comprises: affixing a connecting-geometry tool with a plurality of definable features relative to the dental arch area , the plurality of definable features overlaying at least part of the cross-arch connecting area , wherein the connecting-geometry tool is a mesh grid, the mesh grid including a plurality of geometric shapes ; scanning the dental arch area by intra-oral scanning to produce a scanned dataset of the dental arch area ; determining data relating to the definable features of the connecting-geometry tool overlaying the cross-arch connecting area based on the scanned dataset; and determining the dimensions of the cross-arch connecting area based on the data relating to the definable features. affixing a connecting-geometry tool with a plurality of definable features relative to the dental arch area , the plurality of definable features overlaying at least part of the cross-arch connecting area , wherein the connecting-geometry tool is a mesh grid, the mesh grid including a plurality of geometric shapes ; scanning the dental arch area by intra-oral scanning to produce a scanned dataset of the dental arch area ; determining data relating to the definable features of the connecting-geometry tool overlaying the cross-arch connecting area based on the scanned dataset; and determining the dimensions of the cross-arch connecting area based on the data relating to the definable features.
A glass roving cloth comprising: a warp yarn; and a weft yarn, the warp yarns being glass rovings each comprising glass filaments, each having a filament diameter Dt in a range of 9.5 to 30.0 μm, bundled in a number bundled Ft in a range of 400 to 8000, the weft yarns being glass rovings each comprising glass filaments, each having a filament diameter Dy in a range of 9.5 to 30.0 μm, bundled in a number bundled Fy in a range of 400 to 8000, wherein a weaving density of the warp yarns Wt and a weaving density of the weft yarns Wy are each in a range of 2.0 to 14.0 yarns/25 mm, a warp yarn average yarn width Bt and a weft yarn average yarn width By are each in a range of 500 to 8000 μm, a warp yarn widening rate Et (100 × Bb(Dt × Ft)) and a weft yarn widening rate Ey (100 × By/(Dy × Fy)) are each in the range of 3.0 to 30.0%, a glass occupancy in the warp yarn direction Mt (100 × Bt/(25000 (μm)/Wt)) is in a range of 90.0 to 106.0%, and characterised in that a glass occupancy in the weft yarn direction My (100 × By/(25000 (μm)/Wy)) is in a range of 75.0 to 99.0%. a warp yarn; and a weft yarn, the warp yarns being glass rovings each comprising glass filaments, each having a filament diameter Dt in a range of 9.5 to 30.0 μm, bundled in a number bundled Ft in a range of 400 to 8000, the weft yarns being glass rovings each comprising glass filaments, each having a filament diameter Dy in a range of 9.5 to 30.0 μm, bundled in a number bundled Fy in a range of 400 to 8000, wherein a weaving density of the warp yarns Wt and a weaving density of the weft yarns Wy are each in a range of 2.0 to 14.0 yarns/25 mm, a warp yarn average yarn width Bt and a weft yarn average yarn width By are each in a range of 500 to 8000 μm, a warp yarn widening rate Et (100 × Bb(Dt × Ft)) and a weft yarn widening rate Ey (100 × By/(Dy × Fy)) are each in the range of 3.0 to 30.0%, a glass occupancy in the warp yarn direction Mt (100 × Bt/(25000 (μm)/Wt)) is in a range of 90.0 to 106.0%, and characterised in that a glass occupancy in the weft yarn direction My (100 × By/(25000 (μm)/Wy)) is in a range of 75.0 to 99.0%.
Process for making polymeric compounds for mixtures aimed to produce technical rubber items, wherein said polymeric compounds are obtained starting from secondary raw materials chosen from the group comprising PFU, namely out of use tires, EPDM, and butyl rubbers, said process comprising the following steps: - shredding the secondary raw materials with granulometry included between 2.5 and 7 mm, without including crumb; - extruding with the following parameters: extruder head temperature included between 60 and 100 °C, vacuum equal to 700 mbar, number of screw revolutions included between 190 and 300, torque included between 120 and 890 Nm and extruder pressure included between 6 and 7 mbar, wherein the extruder pressure is obtained by using as extruder a co-rotating twin screw, said extruder being composed of a number of rectilinear sections from 16 to 24, each one of said sections being approximately 30 cm long, said co-rotating twin screw being from about 480 cm to about 720 cm long. - shredding the secondary raw materials with granulometry included between 2.5 and 7 mm, without including crumb; - extruding with the following parameters: extruder head temperature included between 60 and 100 °C, vacuum equal to 700 mbar, number of screw revolutions included between 190 and 300, torque included between 120 and 890 Nm and extruder pressure included between 6 and 7 mbar, wherein the extruder pressure is obtained by using as extruder a co-rotating twin screw, said extruder being composed of a number of rectilinear sections from 16 to 24, each one of said sections being approximately 30 cm long, said co-rotating twin screw being from about 480 cm to about 720 cm long.
An insect storage and release device , comprising: a bottom ; a top flange ; a perimeter wall that connects the bottom and the top flange, wherein the perimeter wall and the bottom form a container that defines an interior volume for receiving a population of insects, and wherein an opening is formed in the top flange; a population of insects disposed within the interior volume; and a lid sized and configured to enclose the opening and prevent the population of insects from exiting the container; characterised by further comprising: a foam section disposed within the interior volume between the lid and a portion of the population of insects, wherein the foam section is configured to maintain a compressive force on the population of insects. a bottom ; a top flange ; a perimeter wall that connects the bottom and the top flange, wherein the perimeter wall and the bottom form a container that defines an interior volume for receiving a population of insects, and wherein an opening is formed in the top flange; a population of insects disposed within the interior volume; and a lid sized and configured to enclose the opening and prevent the population of insects from exiting the container; characterised by further comprising: a foam section disposed within the interior volume between the lid and a portion of the population of insects, wherein the foam section is configured to maintain a compressive force on the population of insects.
Device for measuring the pressure of a cycle tyre , in particular a bicycle tyre, of a wheel of a cycle, comprising - an adapter component comprising connecting means for connecting the device to a valve of the cycle tyre and means for opening the valve such that, when said device is connected to the valve , pressurised air flows from the cycle tyre through the valve into the device until the pressure in the device corresponds to the pressure in the cycle tyre , - a sensor component which is connectable to the adapter component and which comprises pressure measurement means for measuring the pressure in the device , and - at least one securing means designed so as to be attachable to the sensor component and at least one spoke of the wheel and to secure the sensor component against twisting relative to the valve , characterised in that the sensor component comprises transmission means for wireless transmission of the information corresponding to the measured pressure, and in that the securing means has an assembly opening through which that part of the adapter component which extends out of the sensor component is guided. - an adapter component comprising connecting means for connecting the device to a valve of the cycle tyre and means for opening the valve such that, when said device is connected to the valve , pressurised air flows from the cycle tyre through the valve into the device until the pressure in the device corresponds to the pressure in the cycle tyre , - a sensor component which is connectable to the adapter component and which comprises pressure measurement means for measuring the pressure in the device , and - at least one securing means designed so as to be attachable to the sensor component and at least one spoke of the wheel and to secure the sensor component against twisting relative to the valve ,
An integrated circuit (100; 300), comprising: a magnetic sensing element for sensing a magnetic field emitted by a system; a fault detection module (102; 200) coupled to the magnetic sensing element, the fault detection module including circuitry to detect a fault condition in the system, indicated by the magnitude of the sensed magnetic field; and a fault pin to indicate the fault condition, characterized in that the fault detection module is further configured to self-test operation of the circuitry, wherein the self-test is terminated when a magnetic field above a given threshold is detected. a magnetic sensing element for sensing a magnetic field emitted by a system; a fault detection module (102; 200) coupled to the magnetic sensing element, the fault detection module including circuitry to detect a fault condition in the system, indicated by the magnitude of the sensed magnetic field; and a fault pin to indicate the fault condition, characterized in that the fault detection module is further configured to self-test operation of the circuitry, wherein the self-test is terminated when a magnetic field above a given threshold is detected.
An automatic filling mechanism for a hand-held fluid droplet appliance for dental cleaning designed to be coupled to a docking and charging station having a fluid reservoir , the automatic filling mechanism comprising: a chamber for holding fluid having a door into the chamber that can be opened, and two female ports located therethrough, wherein a first female port is an inlet for receiving fluid , and wherein a second female port is a liquid and air exit interface, characterized in that the door of the chamber has an O-ring around an outer periphery thereof, and in that the second female port has a snorkel system attached thereto, the snorkel system comprising a snorkel tube attached to the second female port at a first end thereof, a second end of the snorkel tube being open and resting at a top of the chamber , and the second female port and the snorkel system being used for exiting air and excess fluid from the chamber as fluid enters the chamber through the first female port from the fluid reservoir . a chamber for holding fluid having a door into the chamber that can be opened, and two female ports located therethrough, wherein a first female port is an inlet for receiving fluid , and wherein a second female port is a liquid and air exit interface, characterized in that the door of the chamber has an O-ring around an outer periphery thereof, and in that the second female port has a snorkel system attached thereto, the snorkel system comprising a snorkel tube attached to the second female port at a first end thereof, a second end of the snorkel tube being open and resting at a top of the chamber , and the second female port and the snorkel system being used for exiting air and excess fluid from the chamber as fluid enters the chamber through the first female port from the fluid reservoir .