mhurhangee/patent-ind-claim-en huggingface dataset:
A handle for a razor assembly comprising: a handle body having a distal end with a cavity opening therein; a pusher retained in the cavity and extending outwardly from the cavity ; and a retaining element disposed on the distal end of the handle body , characterized in that the retaining element is arranged in a window configured to communicate with the cavity and the pusher further includes an indentation configured to receive the retaining element . a handle body having a distal end with a cavity opening therein; a pusher retained in the cavity and extending outwardly from the cavity ; and a retaining element disposed on the distal end of the handle body , characterized in that the retaining element is arranged in a window configured to communicate with the cavity and the pusher further includes an indentation configured to receive the retaining element .
An apparatus for calibration of a radioactive micro-dose sample, the apparatus comprising: a receptacle containing a sample chamber and configured to retain a radioactive micro-dose sample ; an array of at least three independent scintillation detectors (230a-c) disposed around the sample chamber ; an array of light transducers (240a-c), each light transducer (240a-c) optically coupled to a respective one of the independent scintillation detectors (230a-c); and a plurality of electronic counters (250a-c) comprising an electronic counter (250a-c) for each respective independent scintillation detector (230a-c); wherein each light transducer (240a-c) is electrically coupled to a respective one of the electronic counters (250a-c) for independently counting radioactive decay events of the micro-dose sample corresponding to particles detected by the respective independent scintillation detector (230a-c). a receptacle containing a sample chamber and configured to retain a radioactive micro-dose sample ; an array of at least three independent scintillation detectors (230a-c) disposed around the sample chamber ; an array of light transducers (240a-c), each light transducer (240a-c) optically coupled to a respective one of the independent scintillation detectors (230a-c); and a plurality of electronic counters (250a-c) comprising an electronic counter (250a-c) for each respective independent scintillation detector (230a-c); wherein each light transducer (240a-c) is electrically coupled to a respective one of the electronic counters (250a-c) for independently counting radioactive decay events of the micro-dose sample corresponding to particles detected by the respective independent scintillation detector (230a-c).
A method implemented by one or more of a first plurality of servers, comprising: determining whether a first timeout value has been calculated for the first plurality of servers; in response to determining that the first timeout value has not been calculated for the first plurality of servers, selecting the first timeout value as a second timeout value that has been calculated for a second plurality of servers, wherein the second timeout value is determined based on an analysis of historical data associated with the second plurality of servers, the selected timer value for use in determining whether to take a recovery action after a loss of communication occurs with one of the first plurality of servers; determining that a loss of communication has occurred with one of the first plurality of servers; initiating a timer responsive to determining that the loss of communication has occurred, the timer being configured to expire when the selected timer value is reached; and responsive to determining that the timer has expired, performing the recovery action with respect to the one of the first plurality of servers. determining whether a first timeout value has been calculated for the first plurality of servers; in response to determining that the first timeout value has not been calculated for the first plurality of servers, selecting the first timeout value as a second timeout value that has been calculated for a second plurality of servers, wherein the second timeout value is determined based on an analysis of historical data associated with the second plurality of servers, the selected timer value for use in determining whether to take a recovery action after a loss of communication occurs with one of the first plurality of servers; determining that a loss of communication has occurred with one of the first plurality of servers; initiating a timer responsive to determining that the loss of communication has occurred, the timer being configured to expire when the selected timer value is reached; and responsive to determining that the timer has expired, performing the recovery action with respect to the one of the first plurality of servers.
A marine fuel oil composition comprising 25 wt% or more of a hydroprocessed deasphalted oil fraction, the deasphalted oil fraction comprising a T10 distillation point of 200°C or more, a viscosity index of 80 or more, a kinematic viscosity at 100°C of 3.5 cSt or more, a saturates content of 95 wt% or more, a naphthenes content of 50 wt% or more, and a sulfur content of 300 wppm or less; and the marine fuel oil composition comprising an ASTM Color according to ASTM D1500 of 3.0 or less, a density at 15°C of 0.84 g/cm 3 to 0.99 g/cm 3 , a kinematic viscosity at 50°C of 380 cSt or less, a sulfur content of 5000 wppm or less, and a CCAI of 850 or less.
A device for automatic notification customization comprising: a controller ; a notification device ; and a memory storing: notification data ; and identification data , the identification data comprising one or more of: an identifier of the device; and an account identifier identifying an account associated with the device, the controller configured to: alter the notification data using the identification data to generate altered notification data by producing a hash of at least a portion of the identification data and using the hash as input to an application for altering the notification data; determine that a notification of an event is to occur at the device; and control the notification device to provide the altered notification data . a controller ; a notification device ; and a memory storing: notification data ; and identification data , the identification data comprising one or more of: an identifier of the device; and an account identifier identifying an account associated with the device, the controller configured to: alter the notification data using the identification data to generate altered notification data by producing a hash of at least a portion of the identification data and using the hash as input to an application for altering the notification data; determine that a notification of an event is to occur at the device; and control the notification device to provide the altered notification data . alter the notification data using the identification data to generate altered notification data by producing a hash of at least a portion of the identification data and using the hash as input to an application for altering the notification data; determine that a notification of an event is to occur at the device; and control the notification device to provide the altered notification data .
A machine for the treatment of a base article , to which a covering material (in particular, enamel) has been applied, of the ceramic processing industry for the production of objects (in particular, enamelled objects), in particular sanitary fixtures; the machine comprises a first cleaning device , which, in turn, comprises at least one first wheel , having a first support body and a first peripheral layer , in particular comprising sponge, adapted to come into contact with the base article in order to clean at least an area of the base article ; and a first actuator device to cause the rotation of the first wheel ; the machine being characterized in that the cleaning device comprises at least one first mechanical locking device , which is adapted to fix the first peripheral layer to the first support body ; the first peripheral layer comprises an oblong strip, which extends at least partially around the first support body and has a first and a second end , which are arranged so as to face each other; the machine comprising at least one second mechanical locking device to fix the first peripheral layer to the first support body ; the first peripheral layer having a first through hole and at least a second through hole each arranged at a respective one of said first and second ends ; the first mechanical locking device extending at least partially through the first through hole ; the second mechanical locking device extending at least partially through the second through hole . the machine being characterized in that the cleaning device comprises at least one first mechanical locking device , which is adapted to fix the first peripheral layer to the first support body ; the first peripheral layer comprises an oblong strip, which extends at least partially around the first support body and has a first and a second end , which are arranged so as to face each other; the machine comprising at least one second mechanical locking device to fix the first peripheral layer to the first support body ; the first peripheral layer having a first through hole and at least a second through hole each arranged at a respective one of said first and second ends ; the first mechanical locking device extending at least partially through the first through hole ; the second mechanical locking device extending at least partially through the second through hole .
A flexible display panel comprising: a display area (DA); a non-display area (NDA) located around the display area; an external device which is disposed on the non-display area of the display panel, wherein the external device comprises a driving chip and a printed circuit film , wherein the printed circuit chip is grounded; a cover disposed on the external device and comprising a first insulating layer disposed on the external device , a conductive layer disposed on the first insulating layer , and a second insulating layer disposed on the conductive layer, wherein the first insulating layer comprises at least one electrostatic transfer opening (OP1) extending between the conductive layer and the external device ; and wherein the second insulating layer comprises an electrostatic induction opening (OP2) completely penetrating the second insulating layer in a thickness direction from a surface of the second insulating layer and defined where a planar size of the conductive layer is greater than a planar size of the second insulating layer . a display area (DA); a non-display area (NDA) located around the display area; an external device which is disposed on the non-display area of the display panel, wherein the external device comprises a driving chip and a printed circuit film , wherein the printed circuit chip is grounded; a cover disposed on the external device and comprising a first insulating layer disposed on the external device , a conductive layer disposed on the first insulating layer , and a second insulating layer disposed on the conductive layer, wherein the first insulating layer comprises at least one electrostatic transfer opening (OP1) extending between the conductive layer and the external device ; and wherein the second insulating layer comprises an electrostatic induction opening (OP2) completely penetrating the second insulating layer in a thickness direction from a surface of the second insulating layer and defined
A strand element having an elongate strand , having several coupling devices , which are distributed in the longitudinal direction of the strand , for coupling and/or latching with a contra-device which is designed in such a way that it corresponds to the coupling devices , characterized in that the coupling devices and the contra-device are designed for limiting a displacement path and/or for the stationary fixation of the contra-device in relation to a separate profile strand and/or the strand element , wherein the coupling device has a receiving region for receiving at least one contra-device , and that the strand has at least one guiding device for the stationary arrangement of the strand on the separate profile strand , wherein the guiding device is designed for cooperating with a profile groove of the profile strand , the profile groove being correspondingly designed and extending in the longitudinal direction of the profile strand , wherein the guiding device has a clamping side and two guiding sides and is designed for aligning the longitudinal axis of the strand in the longitudinal direction of the profile strand .
A fan duct for an emission testing chamber having an outer chamber housing and an inner chamber arranged inside the outer chamber housing for transmitting a rotary movement of a drive shaft from outside the inner chamber to a fan inside the inner chamber , wherein the fan duct comprises a first duct part and a second duct part arranged concentrically with the first duct part, wherein the first duct part is arranged inside the inner chamber and the second duct part is arranged outside the inner chamber , wherein the first duct part comprises a first inner bearing part which can be secured relative to a wall of the inner chamber , a first rotary bearing, and a first outer bearing part which is rotatably mounted on the first inner bearing part via the first rotary bearing, wherein the second duct part comprises a second inner bearing part which can be secured relative to the wall of the inner chamber , a second rotary bearing, and a second outer bearing part which is rotatably mounted on the second inner bearing part via the second rotary bearing, wherein the first outer bearing part comprises a co-rotating first magnet holder and the second outer bearing part comprises a co-rotating second magnet holder , wherein the first magnet holder and the second magnet holder each comprise one or more magnet seats discrete in the circumferential direction in a corresponding arrangement, in which magnet seat or seats one magnet is or can be inserted in each case.
A modular rotary switch array comprising: at least two switching modules co-axially assembled and adjacent to each other along a common axis (X), wherein each switching module comprises a casing, fixed contacts and a rotatable contact enclosed inside the casing, and wherein the rotatable contact member is rotatable about the axis (X) between two end positions, a switched-on position in which it is in contact with the fixed contacts to enable current circulation, and a switched-off position in which current circulation through the fixed contacts is prevented, the switch array further comprises first and second interlocking pieces, (15,c,15d) in a way that the first interlocking piece is coupled with the rotatable contact of the first switching module, and the second interlocking piece is coupled with the rotatable contact of the second module, so that first and second interlocking pieces are jointly rotatable respectively with the first and movable contacts of the first and second switching modules, characterized in that each interlocking piece has a peg placed such as both pegs are rotatable on the same plane around the axis (X), and wherein the two interlocking pieces are configured and located, in a way that they are rotatable between two end locking positions relative to each other in which their pegs are in contact and one of the pegs blocks the rotation of the other peg, and wherein release positions are defined in which the pegs are separated and rotation of both interlocking pieces is allowed. at least two switching modules co-axially assembled and adjacent to each other along a common axis (X), wherein each switching module comprises a casing, fixed contacts and a rotatable contact enclosed inside the casing, and wherein the rotatable contact member is rotatable about the axis (X) between two end positions, a switched-on position in which it is in contact with the fixed contacts to enable current circulation, and a switched-off position in which current circulation through the fixed contacts is prevented, the switch array further comprises first and second interlocking pieces, (15,c,15d) in a way that the first interlocking piece is coupled with the rotatable contact of the first switching module, and the second interlocking piece is coupled with the rotatable contact of the second module, so that first and second interlocking pieces are jointly rotatable respectively with the first and movable contacts of the first and second switching modules, characterized in that each interlocking piece has a peg placed such as both pegs are rotatable on the same plane around the axis (X), and wherein the two interlocking pieces are configured and located, in a way that they are rotatable between two end locking positions relative to each other in which their pegs are in contact and one of the pegs blocks the rotation of the other peg, and wherein release positions are defined in which the pegs are separated and rotation of both interlocking pieces is allowed.
A functionalized biosensor comprising a gold electrode, a self-assembling molecules layer and an identification layer, said identification layer comprising anti-nestin antibodies, wherein the self-assembling layer comprises bifunctional molecules able to bind to the electrode's gold and to be functionalized to covalently bind the anti-nestin antibody.
A device for controlling the intake of drugs, applicable to a package of a drug inhaler containing one or more doses of a drug, said device comprising: - sensor means adapted to detect the vibrational energy transferred to said drug inhaler package , in response to interactions of a user with said drug inhaler package to release one or more doses of said drug; - a processor connected to said sensor means ; wherein said sensor means comprises at least one accelerometer implemented as MEMS; wherein said processor is configured to obtain from said accelerometer the vibrational energy detected in a time lapse; wherein said processor is configured to calculate intake information of said drug on the basis of the vibrational energy detected by said accelerometer in said time lapse. - sensor means adapted to detect the vibrational energy transferred to said drug inhaler package , in response to interactions of a user with said drug inhaler package to release one or more doses of said drug; - a processor connected to said sensor means ; wherein said sensor means comprises at least one accelerometer implemented as MEMS; wherein said processor is configured to obtain from said accelerometer the vibrational energy detected in a time lapse; wherein said processor is configured to calculate intake information of said drug on the basis of the vibrational energy detected by said accelerometer in said time lapse.
A rearview device for a motor vehicle , comprising a camera arrangement for detecting a rearward traffic situation (RV) and an output unit , in particular a screen, which is connected to the camera arrangement and on which the rearward traffic situation captured by the camera arrangement is displayed as a camera image (KB) at least for a driver of the motor vehicle , wherein the output unit is an output unit that is partially reflective at least in regions and, without a displayed camera image (KB), visibly displays a conventional mirror image (SB) of the rearward traffic situation at least in regions of the output unit and, in the switched-on state, displays a camera image (KB) with suitable image properties, which make the conventional mirror image (SB) appear so as to be at least predominantly invisible, and the rearview device additionally comprises a control unit for determining a degree of impairment (BG) of the camera image (KB), wherein the control unit, when a predetermined degree of impairment (VBG) of the camera image (KB) is exceeded, automatically actuates the output unit such that the camera image (KB) is no longer displayed on the output unit and instead the output unit displays the rearward traffic situation (RV) using a conventional mirror image (SB), characterized in that the degree of impairment (BG) of the camera image (KB) is brought about by contamination of the camera arrangement , and in that the control unit recognizes that the contamination has been removed and, in response thereto, switches on the output unit again. wherein the output unit is an output unit that is partially reflective at least in regions and, without a displayed camera image (KB), visibly displays a conventional mirror image (SB) of the rearward traffic situation at least in regions of the output unit and, in the switched-on state, displays a camera image (KB) with suitable image properties, which make the conventional mirror image (SB) appear so as to be at least predominantly invisible, and the rearview device additionally comprises a control unit for determining a degree of impairment (BG) of the camera image (KB), wherein the control unit, when a predetermined degree of impairment (VBG) of the camera image (KB) is exceeded, automatically actuates the output unit such that the camera image (KB) is no longer displayed on the output unit and instead the output unit displays the rearward traffic situation (RV) using a conventional mirror image (SB), characterized in that the degree of impairment (BG) of the camera image (KB) is brought about by contamination of the camera arrangement , and in that the control unit recognizes that the contamination has been removed and, in response thereto, switches on the output unit again.