mhurhangee/patent-ind-claim-en huggingface dataset:
Sealing assembly for bearings , in particular for use in agriculture, the sealing assembly being suitable to be arranged in a bearing unit provided with an outer ring and with an inner ring that define a gap , and prevents the ingress of contaminants into the bearing unit through the gap and comprising a first shield , which extends from an outer surface of the inner ring to an inner surface of the outer ring , and is mounted on the outer surface of the inner ring , and a seal with a plurality of contact lips supported by the first shield , and comprising a predetermined number (N) of contact lips arranged in series axially next to one another; wherein the contact lips lie, when in a respective pre-assembly configuration, in respective planes (P) that are inclined with respect to a central axis (A) of the bearing , the sealing assembly being characterized in that the lips have radial heights decreasing axially towards the bearing ; the contact lips starting from a common base made of the same material as the lips, that is rigidly secured to a cylindrical support body of the first screen , and the gradual reduction in radial height of the contact lips is obtained by means of a gradual axial increase in a radial thickness (S) of the relative base .
Device for measuring movement of a mobile element moving in at least one direction, characterized in that it comprises: - a light source adapted to emit a light beam; - at least one optical member adapted to intercept the light beam and attached to said mobile element to track its movement; - at least one pixel type sensor adapted to capture the transmitted beam determined by the relative position of the optical member relative to the light source, the pixels being disposed so that at least some of them receive illumination that varies with the position of the mobile element as it moves; - a comparator module adapted to compare the values obtained from the pixels of said at least one sensor with two distinct thresholds and to assign them logic values so that: - all luminous values below the first threshold are assigned the same first logic value; - all luminous values above the second threshold are assigned the same second logic value; - all luminous values situated between the two thresholds are respectively assigned a conversion of that representative value into a value adapted to be processed by the calculation means; and - a calculation module adapted to determine the position of the mobile element from the data from the comparator module. - a light source adapted to emit a light beam; - at least one optical member adapted to intercept the light beam and attached to said mobile element to track its movement; - at least one pixel type sensor adapted to capture the transmitted beam determined by the relative position of the optical member relative to the light source, the pixels being disposed so that at least some of them receive illumination that varies with the position of the mobile element as it moves; - a comparator module adapted to compare the values obtained from the pixels of said at least one sensor with two distinct thresholds and to assign them logic values so that: - all luminous values below the first threshold are assigned the same first logic value; - all luminous values above the second threshold are assigned the same second logic value; - all luminous values situated between the two thresholds are respectively assigned a conversion of that representative value into a value adapted to be processed by the calculation means; and - a calculation module adapted to determine the position of the mobile element from the data from the comparator module. - all luminous values below the first threshold are assigned the same first logic value; - all luminous values above the second threshold are assigned the same second logic value; - all luminous values situated between the two thresholds are respectively assigned a conversion of that representative value into a value adapted to be processed by the calculation means; and - a calculation module adapted to determine the position of the mobile element from the data from the comparator module.
A diet composition for use in the prevention and/or the treatment of endometrial hyperplasia in a human subject, the diet composition comprising: - a fasting mimicking diet component to be administered for a first time period, said fasting mimicking diet component containing complex carbohydrates from plant sources and providing less than 50% of the normal caloric intake of the subject with both protein restriction and sugar restriction, as it provides the subject with no more than 0.4 g proteins/kg of body weight/day and no more than 11 kcal/kg of bodyweight/day and contains an amount of sugars that provides less than 15% of the total calories provided by the fasting mimicking diet component; and - a re-feeding diet component to be administered for a second time period, said re-feeding diet component providing 60-100% of the normal caloric intake of the subject; wherein the fasting mimicking diet component and the re-feeding diet component are administered for multiple cycles. - a fasting mimicking diet component to be administered for a first time period, said fasting mimicking diet component containing complex carbohydrates from plant sources and providing less than 50% of the normal caloric intake of the subject with both protein restriction and sugar restriction, as it provides the subject with no more than 0.4 g proteins/kg of body weight/day and no more than 11 kcal/kg of bodyweight/day and contains an amount of sugars that provides less than 15% of the total calories provided by the fasting mimicking diet component; and - a re-feeding diet component to be administered for a second time period, said re-feeding diet component providing 60-100% of the normal caloric intake of the subject;
An inhaler article comprising: a cavity ; a capsule located in the cavity, the capsule containing dry powder; and a hollow tubular element disposed downstream of the capsule , wherein the hollow tubular element comprises: a peripheral portion defining a hollow inner region of the hollow tubular element ; and a support element formed from a sheet and extending from a first point at the peripheral portion across the hollow inner region to a second point at the peripheral portion . a cavity ; a capsule located in the cavity, the capsule containing dry powder; and a hollow tubular element disposed downstream of the capsule , wherein the hollow tubular element comprises: a peripheral portion defining a hollow inner region of the hollow tubular element ; and a support element formed from a sheet and extending from a first point at the peripheral portion across the hollow inner region to a second point at the peripheral portion . a peripheral portion defining a hollow inner region of the hollow tubular element ; and a support element formed from a sheet and extending from a first point at the peripheral portion across the hollow inner region to a second point at the peripheral portion .
A method of bulk sorting microparticles, the method comprising: passing a group of microparticles surrounded by fluid into a detection region of a first switch, wherein a plurality of microparticles within the group of microparticles are adjacently arranged side-by-side and above/below, in a plane transverse to the direction of flow within the detection region and perpendicular to a direction of flow of the group of microparticles through the detection region; simultaneously examining the plurality of microparticles within the detection region to detect when at least one microparticle in the group of microparticles has a predetermined characteristic; passing the group of microparticles into a sample outlet flow path when at least one microparticle in the group of microparticles has the predetermined characteristic, otherwise passing the group of microparticles through the first switch into a waste outlet flow path; and isolating the at least one microparticle having the predetermined characteristic from the group of microparticles by passing the group of microparticles dispensed from the sample outlet through a second switch in a single-file arrangement through a detection region of the second switch, passing the at least one microparticle having the predetermined characteristic into a second sample outlet flow path of the second switch when the at least one microparticle is detected within a detection region of the second switch, and passing microparticles from the group of microparticles that do not have the predetermined characteristic into a waste outlet flow path of the second switch. passing a group of microparticles surrounded by fluid into a detection region of a first switch, wherein a plurality of microparticles within the group of microparticles are adjacently arranged side-by-side and above/below, in a plane transverse to the direction of flow within the detection region and perpendicular to a direction of flow of the group of microparticles through the detection region; simultaneously examining the plurality of microparticles within the detection region to detect when at least one microparticle in the group of microparticles has a predetermined characteristic; passing the group of microparticles into a sample outlet flow path when at least one microparticle in the group of microparticles has the predetermined characteristic, otherwise passing the group of microparticles through the first switch into a waste outlet flow path; and isolating the at least one microparticle having the predetermined characteristic from the group of microparticles by passing the group of microparticles dispensed from the sample outlet through a second switch in a single-file arrangement through a detection region of the second switch, passing the at least one microparticle having the predetermined characteristic into a second sample outlet flow path of the second switch when the at least one microparticle is detected within a detection region of the second switch, and passing microparticles from the group of microparticles that do not have the predetermined characteristic into a waste outlet flow path of the second switch.
A portable electronic device for use in a vehicle, comprising: (a) a user interface means through which user input is received, including input to operate the portable electronic device to provide a plurality of functions; (b) at least one portion of a speed detector wherein the speed detector is configured to detect a speed of the portable electronic device , wherein the speed detector is configured to generate and communicate a speed signal indicative of the detected speed; (c) a safety circuit in communication with the speed detector , wherein the safety circuit is configured to receive the speed signal communicated from the speed detector , wherein the safety circuit includes a threshold logic , wherein the threshold logic is configured to compare the speed indicated by the speed signal to a threshold, wherein the safety circuit is further configured to disable at least one of the functions of the portable electronic device in response to the detected speed indicated by the speed signal exceeding the threshold in accordance with the threshold logic ; and (d) an override logic for selectively overriding at least a part of the disablement provided by the safety circuit under one or more predetermined override conditions. (a) a user interface means through which user input is received, including input to operate the portable electronic device to provide a plurality of functions; (b) at least one portion of a speed detector wherein the speed detector is configured to detect a speed of the portable electronic device , wherein the speed detector is configured to generate and communicate a speed signal indicative of the detected speed; (c) a safety circuit in communication with the speed detector , wherein the safety circuit is configured to receive the speed signal communicated from the speed detector , wherein the safety circuit includes a threshold logic , wherein the threshold logic is configured to compare the speed indicated by the speed signal to a threshold, wherein the safety circuit is further configured to disable at least one of the functions of the portable electronic device in response to the detected speed indicated by the speed signal exceeding the threshold in accordance with the threshold logic ; and (d) an override logic for selectively overriding at least a part of the disablement provided by the safety circuit under one or more predetermined override conditions.
An ONE GLASS SOLUTION touch screen , including: a substrate ; a first polycrystalline-Indium Tin Oxide array that is provided in a display area of the substrate , the first polycrystalline-Indium Tin Oxide array including a plurality of first polycrystalline-Indium Tin Oxide touch electrodes arranged and equally spaced in a length direction of the substrate ; and a second polycrystalline-Indium Tin Oxide array that is provided on the first polycrystalline-Indium Tin Oxide array , the second polycrystalline-Indium Tin Oxide array including a plurality of second polycrystalline-Indium Tin Oxide touch electrodes arranged and equally spaced in the length direction of the substrate , wherein the distance a between any two adjacent first polycrystalline-Indium Tin Oxide touch electrodes in the first polycrystalline-Indium Tin Oxide array is smaller than the distance b between any two adjacent second polycrystalline-Indium Tin Oxide touch electrodes in the second polycrystalline-Indium Tin Oxide array , a shape of each of the first polycrystalline-Indium Tin Oxide touch electrodes is the same as a shape of each of the second polycrystalline-Indium Tin Oxide touch electrodes, and the center of a projection of the second polycrystalline-Indium Tin Oxide touch electrode on the corresponding first polycrystalline-Indium Tin Oxide touch electrode coincides with the center of the corresponding first polycrystalline-Indium Tin Oxide touch electrode. a substrate ; a first polycrystalline-Indium Tin Oxide array that is provided in a display area of the substrate , the first polycrystalline-Indium Tin Oxide array including a plurality of first polycrystalline-Indium Tin Oxide touch electrodes arranged and equally spaced in a length direction of the substrate ; and a second polycrystalline-Indium Tin Oxide array that is provided on the first polycrystalline-Indium Tin Oxide array , the second polycrystalline-Indium Tin Oxide array including a plurality of second polycrystalline-Indium Tin Oxide touch electrodes arranged and equally spaced in the length direction of the substrate , wherein the distance a between any two adjacent first polycrystalline-Indium Tin Oxide touch electrodes in the first polycrystalline-Indium Tin Oxide array is smaller than the distance b between any two adjacent second polycrystalline-Indium Tin Oxide touch electrodes in the second polycrystalline-Indium Tin Oxide array , a shape of each of the first polycrystalline-Indium Tin Oxide touch electrodes is the same as a shape of each of the second polycrystalline-Indium Tin Oxide touch electrodes, and the center of a projection of the second polycrystalline-Indium Tin Oxide touch electrode on the corresponding first polycrystalline-Indium Tin Oxide touch electrode coincides with the center of the corresponding first polycrystalline-Indium Tin Oxide touch electrode.
A refrigerator , comprising: a main body including a storage ; a door configured to be hinged to the main body to rotate on a front side of one side of the storage and include a display on a front surface of the door ; characterized in that , the refrigerator further comprises: a first camera positioned on the front surface of the door and configured to photograph food ; a second camera configured to photograph an inside of the storage; and a controller configured to: control the display , control the first camera to photograph a first image of the food, control the second camera to photograph a second image of the inside of the storage, recognize a name of the food based on the first image, and provide food information including the name of the food and a recommended storage location at which the food is stored on the display, wherein the controller is configured to control the display to display the second image tagged with the food information . a main body including a storage ; a door configured to be hinged to the main body to rotate on a front side of one side of the storage and include a display on a front surface of the door ; characterized in that , the refrigerator further comprises: a first camera positioned on the front surface of the door and configured to photograph food ; a second camera configured to photograph an inside of the storage; and a controller configured to: control the display , control the first camera to photograph a first image of the food, control the second camera to photograph a second image of the inside of the storage, recognize a name of the food based on the first image, and provide food information including the name of the food and a recommended storage location at which the food is stored on the display, wherein the controller is configured to control the display to display the second image tagged with the food information . a first camera positioned on the front surface of the door and configured to photograph food ; a second camera configured to photograph an inside of the storage; and a controller configured to: control the display , control the first camera to photograph a first image of the food, control the second camera to photograph a second image of the inside of the storage, recognize a name of the food based on the first image, and provide food information including the name of the food and a recommended storage location at which the food is stored on the display, wherein the controller is configured to control the display to display the second image tagged with the food information . control the display , control the first camera to photograph a first image of the food, control the second camera to photograph a second image of the inside of the storage, recognize a name of the food based on the first image, and provide food information including the name of the food and a recommended storage location at which the food is stored on the display, wherein the controller is configured to control the display to display the second image tagged with the food information .
An apparatus, comprising: an oscillator circuit configured and arranged to generate an oscillating signal having a frequency specified by a frequency control signal (F); a switching power converter circuit configured to regulate a voltage at an output node by, for respective cycles of the oscillating signal, enabling a path that provides a current to the output node for a period of time in response to the voltage at the output node being below or above a first threshold voltage; and preventing the path from being enabled in response to the voltage at the output node being above or below a second threshold voltage, respectively; and a control circuit configured to adjust the frequency control signal based on a number of consecutive cycles of the oscillating signal in which the switching power converter prevents the path from being enabled, wherein the control circuit adjusts the frequency control signal by decreasing the frequency specified by the frequency control signal based on the number of consecutive cycles of the oscillating signal in which the switching power converter prevents the path from being enabled; and increasing the frequency specified by the frequency control signal based on the number of consecutive cycles of the oscillating signal in which the switching power converter enables the path. an oscillator circuit configured and arranged to generate an oscillating signal having a frequency specified by a frequency control signal (F); a switching power converter circuit configured to regulate a voltage at an output node by, for respective cycles of the oscillating signal, enabling a path that provides a current to the output node for a period of time in response to the voltage at the output node being below or above a first threshold voltage; and preventing the path from being enabled in response to the voltage at the output node being above or below a second threshold voltage, respectively; and enabling a path that provides a current to the output node for a period of time in response to the voltage at the output node being below or above a first threshold voltage; and preventing the path from being enabled in response to the voltage at the output node being above or below a second threshold voltage, respectively; and a control circuit configured to adjust the frequency control signal based on a number of consecutive cycles of the oscillating signal in which the switching power converter prevents the path from being enabled, wherein the control circuit adjusts the frequency control signal by decreasing the frequency specified by the frequency control signal based on the number of consecutive cycles of the oscillating signal in which the switching power converter prevents the path from being enabled; and increasing the frequency specified by the frequency control signal based on the number of consecutive cycles of the oscillating signal in which the switching power converter enables the path.
Method for manufacturing man-machine interfaces comprising a module of a multifunction screen arranged in a housing having an opening designed to allow a user to view information displayed on this screen , characterized in that each screen module is furnished with specific control means comprising a connector and a microcontroller , various man-machine interfaces are manufactured based on the same screen modules by arranging these screen modules in housings accomodating a control panel , furnished with at least one control and/or at least one indicator, of an independent function of the screen.
A front-load laundry appliance including a decorative panel assembly for a laundry appliance , comprising: a structural panel defining a top panel of a cabinet ; an adapter panel coupled to the structural panel and forming a first attachment therebetween, wherein the adapter panel extends over at least a substantial portion of an upper surface of the structural panel ; and a decorative panel selectively coupled to the adapter panel and forming a second attachment therebetween, wherein the decorative panel extends over a top surface of the adapter panel , and wherein the decorative panel is selectively removable from the adapter panel , and wherein the first attachment is separated from the second attachment . a structural panel defining a top panel of a cabinet ; an adapter panel coupled to the structural panel and forming a first attachment therebetween, wherein the adapter panel extends over at least a substantial portion of an upper surface of the structural panel ; and a decorative panel selectively coupled to the adapter panel and forming a second attachment therebetween, wherein the decorative panel extends over a top surface of the adapter panel , and wherein the decorative panel is selectively removable from the adapter panel , and wherein the first attachment is separated from the second attachment .