mhurhangee/patent-ind-claim-en huggingface dataset:
A system for determining structural characteristics of an object , comprising: a handpiece having a housing with an open end at its front portion and a longitudinal axis; an energy application tool mounted inside the housing for movement between an active form and a resting form, the energy application tool being a tapping rod with a tip substantially parallel or substantially perpendicular to the longitudinal axis of the handpiece; a sleeve protruding from the open end of the housing for a distance, said sleeve being adapted for directly resting against said object with at least a resting portion of its open end; a sensor positioned inside said housing adapted for sensing an amount of a force between said sleeve and object when said sleeve rests on the object, said sensor comprising a mounting device having a central channel through which the tip of said tapping rod passes through into said sleeve , said mounting device mounting force measuring elements between said sleeve and said housing; and a measuring device mounted within said housing and coupled to the tapping rod, said measuring device being adapted to measure a reflected mechanical energy or linear motion of said energy application tool. a handpiece having a housing with an open end at its front portion and a longitudinal axis; an energy application tool mounted inside the housing for movement between an active form and a resting form, the energy application tool being a tapping rod with a tip substantially parallel or substantially perpendicular to the longitudinal axis of the handpiece; a sleeve protruding from the open end of the housing for a distance, said sleeve being adapted for directly resting against said object with at least a resting portion of its open end; a sensor positioned inside said housing adapted for sensing an amount of a force between said sleeve and object when said sleeve rests on the object, said sensor comprising a mounting device having a central channel through which the tip of said tapping rod passes through into said sleeve , said mounting device mounting force measuring elements between said sleeve and said housing; and a measuring device mounted within said housing and coupled to the tapping rod, said measuring device being adapted to measure a reflected mechanical energy or linear motion of said energy application tool.
A fuel maintenance guide system in a hybrid vehicle in which a shift to a fuel maintenance mode prioritizing consumption of fuel is automatically performed regardless of a driver's intention, the fuel maintenance guide system comprising: an information notification unit configured to perform notification of information urging consumption of the fuel; a first control unit configured to cause the vehicle to shift automatically to the fuel maintenance mode at a time (B) when a predetermined number of days has elapsed since at least a predetermined amount of fuel is supplied to the vehicle ; characterized by further comprising: a second control unit configured to begin to perform notifying actuation of the information notification unit a predetermined period of time (C) before the time (B) when the shift to the fuel maintenance mode is automatically performed; wherein the second control unit is configured to calculate the predetermined period of time (C) based on an average traveling distance of the vehicle and fuel economy of the vehicle . an information notification unit configured to perform notification of information urging consumption of the fuel; a first control unit configured to cause the vehicle to shift automatically to the fuel maintenance mode at a time (B) when a predetermined number of days has elapsed since at least a predetermined amount of fuel is supplied to the vehicle ; a second control unit configured to begin to perform notifying actuation of the information notification unit a predetermined period of time (C) before the time (B) when the shift to the fuel maintenance mode is automatically performed; wherein the second control unit is configured to calculate the predetermined period of time (C) based on an average traveling distance of the vehicle and fuel economy of the vehicle .
A method comprising: selecting, for at least a part of a set of data to be transmitted to a user equipment in a cell, a video bit rate, said video bit rate being selected in dependence on radio conditions associated with said user equipment in said cell, characterized in that said selecting comprises determining for a candidate video bit rate, an associated required power (P required,k ), said associated required power (P required,k ) is determined in dependence on radio condition information, and said selecting comprises determining for said user equipment a candidate maximum power (P k ); wherein the method further comprises: comparing information on said associated required power (P required,k ) and the candidate maximum power (P k ) to determine if said candidate video bit rate is supportable. selecting, for at least a part of a set of data to be transmitted to a user equipment in a cell, a video bit rate, said video bit rate being selected in dependence on radio conditions associated with said user equipment in said cell, characterized in that said selecting comprises determining for a candidate video bit rate, an associated required power (P required,k ), said associated required power (P required,k ) is determined in dependence on radio condition information, and said selecting comprises determining for said user equipment a candidate maximum power (P k ); wherein the method further comprises: comparing information on said associated required power (P required,k ) and the candidate maximum power (P k ) to determine if said candidate video bit rate is supportable.
A method for performing a battery health self-test protocol, the method comprising: charging the battery to a known charge level during a charge cycle; discharging the battery during a discharge cycle by coupling the battery to a battery test resistor; and calculating battery health assessment information for the battery; characterised in that the method further comprises initially detecting, using a controller , that a transport refrigeration unit is connected to standby power, and in that the standby power is provided from a power grid, and the detection comprises detecting that the transport refrigeration unit is plugged into the power grid. charging the battery to a known charge level during a charge cycle; discharging the battery during a discharge cycle by coupling the battery to a battery test resistor; and calculating battery health assessment information for the battery; characterised in that the method further comprises initially detecting, using a controller , that a transport refrigeration unit is connected to standby power, and in that the standby power is provided from a power grid, and the detection comprises detecting that the transport refrigeration unit is plugged into the power grid.
A bracket having: a bracket base adapted to attach to a tooth ; a bracket body extending from the bracket base ; and a pair of spaced apart tie wings extending from said bracket body , each of said pair of tie wings having a tie wing face ; characterised in that a first identification mark disposed on one of a gingival margin of said pair of tie wing faces, a gingival side of said bracket body , or a gingival side of said bracket base , and wherein said first identification mark identifies placement of said bracket on a tooth in an upper dental arch or a tooth in said lower dental arch . a bracket base adapted to attach to a tooth ; a bracket body extending from the bracket base ; and a pair of spaced apart tie wings extending from said bracket body , each of said pair of tie wings having a tie wing face ; characterised in that a first identification mark disposed on one of a gingival margin of said pair of tie wing faces, a gingival side of said bracket body , or a gingival side of said bracket base , and wherein said first identification mark identifies placement of said bracket on a tooth in an upper dental arch or a tooth in said lower dental arch .
A method for wireless communications by a base station, BS , comprising: determining a repetition pattern indicating one or more subframes of a radio frame within which a channel transmission is to be repeated, wherein the determination is based at least in part on a subframe configuration; transmitting the channel according to the determined repetition pattern; and puncturing one or more other channels when transmitting the channel according to the determined repetition pattern. determining a repetition pattern indicating one or more subframes of a radio frame within which a channel transmission is to be repeated, wherein the determination is based at least in part on a subframe configuration; transmitting the channel according to the determined repetition pattern; and puncturing one or more other channels when transmitting the channel according to the determined repetition pattern.
A method for performing a tag search of a tag array of a cache memory , said tag array comprising content addressable memory, CAM, bitcells, , the method comprising: reading a first subset of stored tag bits from multiple physical rows in a same bank of the tag array through a static read operation, while reading a second subset of stored tag bits from one or more single rows of the tag array; and comparing the second subset of stored tag bits against a search-tag to produce one or more possible way hit signals; wherein the comparing of the second subset of stored tag bits is performed via a CAM port. reading a first subset of stored tag bits from multiple physical rows in a same bank of the tag array through a static read operation, while reading a second subset of stored tag bits from one or more single rows of the tag array; and comparing the second subset of stored tag bits against a search-tag to produce one or more possible way hit signals; wherein the comparing of the second subset of stored tag bits is performed via a CAM port.
Method of picking up a sample container from a sample carrier by means of a gripping device having a first gripping portion and a second gripping portion , wherein the first gripping portion is configured in such a way that it grasps the sample container from a first side, the first gripping portion having a first holder for the sample container and a first tool for moving the sample container along a travel path, wherein the second gripping portion is configured in such a way that it grasps the sample container from a second side located opposite the first side, the second gripping portion having a second holder for the sample container , wherein the first side is an upper side of the sample container and the second side is an underside of the sample container , wherein the method comprises the following steps: - positioning the first gripping portion on the first side of the sample container and positioning the second gripping portion on the second side of the sample container in such a way that the first gripping portion is located opposite the second gripping portion along the travel path, - bringing the first tool into engagement with the sample container , - moving the sample container along the travel path in the direction from the first side to the second side, - picking up the sample container in the second holder , - re-positioning the first gripping portion and the second gripping portion in a lateral direction running orthogonally with respect to the travel path in such a way that the first gripping portion on the first side of the sample container is located opposite the second gripping portion along the travel path, the sample container being arranged in a free region not occupied by the sample carrier , - moving the sample container along the travel path in the opposite direction from the second side to the first side, - bringing the sample container into engagement with the first holder provided in the first gripping portion . - positioning the first gripping portion on the first side of the sample container and positioning the second gripping portion on the second side of the sample container in such a way that the first gripping portion is located opposite the second gripping portion along the travel path, - bringing the first tool into engagement with the sample container , - moving the sample container along the travel path in the direction from the first side to the second side, - picking up the sample container in the second holder , - re-positioning the first gripping portion and the second gripping portion in a lateral direction running orthogonally with respect to the travel path in such a way that the first gripping portion on the first side of the sample container is located opposite the second gripping portion along the travel path, the sample container being arranged in a free region not occupied by the sample carrier , - moving the sample container along the travel path in the opposite direction from the second side to the first side, - bringing the sample container into engagement with the first holder provided in the first gripping portion .
A flexible directional warning light for mounting atop flat or curved vehicle surfaces when the light is in its respective unflexed or flexed positions, the light comprising: a flexible optic having multiple optical elements along a longitudinal axis from which the light is configured to flex; a flexible backing matable with the flexible optic to encase electrical components of electrical circuitry and characterized in that the light further comprises a segmented heatsink , the segmented heatsink having multiple portions sized to fit in the flexible backing; and the electrical circuitry is encompassed by the flexible optic and backing such that a first side of the circuitry confronts the segmented heatsink and a second side of the circuitry confronts the flexible optic. a flexible optic having multiple optical elements along a longitudinal axis from which the light is configured to flex; a flexible backing matable with the flexible optic to encase electrical components of electrical circuitry and characterized in that the light further comprises a segmented heatsink , the segmented heatsink having multiple portions sized to fit in the flexible backing; and the electrical circuitry is encompassed by the flexible optic and backing such that a first side of the circuitry confronts the segmented heatsink and a second side of the circuitry confronts the flexible optic.
A microprocessor comprising a timer capable of resetting said microprocessor, said microprocessor further comprising a plurality of hardware registers and an AND gate , wherein the hardware registers are each connected to the AND gate , and wherein an output of the AND gate is connected to the timer such that a collective predetermined state of the registers resets the timer , the microprocessor further comprising software having a plurality of functions arranged to place said registers in said predetermined state if each of said functions has executed properly.
A pedicle insulator implant, implantable in a vertebral body of a spine, comprising: a non-continuous cylindrical wall defining an interior cavity and having a first end and a second end, said cylindrical wall comprising a smooth, non-threaded surface or a rough surface, a first segment of the cylindrical wall; a second segment of the cylindrical wall opposing the first segment of the cylindrical wall, wherein: i) the first segment of the cylindrical wall is of a greater thickness than the second segment of the cylindrical wall; and ii) the segments of the cylindrical wall overlap each other, one segment extending into the interior cavity, wherein the pedicle insulator implant is configured to shield a fixture, reduce nerve root irritation, and diminish loosening of the fixture, when the fixture is implanted into a vertebral body. a non-continuous cylindrical wall defining an interior cavity and having a first end and a second end, said cylindrical wall comprising a smooth, non-threaded surface or a rough surface, a first segment of the cylindrical wall; a second segment of the cylindrical wall opposing the first segment of the cylindrical wall, wherein: i) the first segment of the cylindrical wall is of a greater thickness than the second segment of the cylindrical wall; and ii) the segments of the cylindrical wall overlap each other, one segment extending into the interior cavity, i) the first segment of the cylindrical wall is of a greater thickness than the second segment of the cylindrical wall; and ii) the segments of the cylindrical wall overlap each other, one segment extending into the interior cavity, wherein the pedicle insulator implant is configured to shield a fixture, reduce nerve root irritation, and diminish loosening of the fixture, when the fixture is implanted into a vertebral body.
Hazardous goods container for receiving hazardous goods in the form of batteries and/or battery systems for electric vehicles, comprising a container body , which has the shape of a cuboid, and which has a width (B) and/or depth (T) which are larger than the height (H) of the container body respectively, comprising a container bottom , a container ceiling and a container side wall , which delimit a receiving space for the hazardous goods, characterized in that the container side wall comprises a loading/unloading opening , which can be closed via a closing device , which comprises a closing flap or a closing door or is designed as such, that the closing device is arranged on the container body via one or more hinge devices and that at least a hinge device is external to the container body , that the hazardous goods container comprises a storage device for storing the hazardous goods inside the container body , which is designed as a slide-in device, that the storage device comprises a receiving device for the hazardous goods, which is slidably or pivotably arranged inside the container body , and that the storage device is provided such that it is capable of moving the receiving device between a storage position in which the receiving device is located inside the container body and a loading/unloading position, in which the receiving device is located at least partially outside the container body .
A method for removal particulate matter in form of soot, ash, metals and metal compounds, together with hydrocarbons and nitrogen oxides being present in process off-gas or engine exhaust gas, comprising the steps of providing a process off-gas or engine exhaust gas containing a nitrogenous reductant or adding the nitrogenous reductant to the off- or exhaust gas; passing the off-gas or the exhaust gas at a gas temperature of 225°C to 550°C through at least one filter unit each comprising at least one particulate filter in form of a wall flow filter and capturing the particulate matter; reducing amounts of soot captured on the at least one particulate filter and reducing amounts of nitrogen oxides and hydrocarbons in the off- or exhaust gas by selective catalytic reduction (SCR)with the nitrogenous reductant and by oxidation in contact with a at least a first combined SCR and oxidation catalyst being coated on or inside the walls of gas inlet side of the wall flow filter; periodically disconnecting the at least one filter unit from flow of the off- or exhaust gas; applying a pneumatic pulse at the outlet of the at least one particulate filter by pulse injecting air into the outlet in reverse to the previous flow of the exhaust gas and blowing off the captured particulate matter together with the heavy metals and metal compounds from the at least one particulate filter, applying suction at inlet of the at least one particulate filter, and conveying the blown off particulate matter and heavy metals and metal compounds from the at least one particulate filter, optionally through an external auxiliary filter unit, to a container, wherein the at least first combined SCR and oxidation catalyst consists of titanium dioxide, oxides of vanadium and tungsten and wherein a second oxidation catalyst consisting of vanadium oxide and palladium in metallic and/or oxidic form and titania or consisting of vanadium oxide, tungsten oxide and palladium in metallic and/or oxidic form and titania is coated at the gas outlet side of the at least one particulate filter.
A method for generating an instant virtual reenactment of a broadcast occurring event, wherein the method comprises, during the occurring event: - receiving, in a first electronic device, at least one continuous data stream with information regarding objects in the broadcast occurring event; - storing the at least one continuous data stream in a storage unit connected to the first electronic device; - receiving, in a second electronic device, the at least one continuous data stream; - storing the at least one continuous data stream in the second electronic device; - switching to a reenactment mode in said first electronic device, including sending a reenactment request from a first user of the first electronic device to a second user of the second electronic device, wherein the reenactment request includes time information of the continuous data stream; - simultaneously virtually reenacting the occurring event in the first and the second electronic device from the stored information based on the time information; - associating virtual, computer generated objects with information from the at least one data stream with information regarding the occurring event to recreate a particular situation in said event for reenactment of said situation by a user, and - controlling of the virtual objects by at least one user to reenact said situation. - receiving, in a first electronic device, at least one continuous data stream with information regarding objects in the broadcast occurring event; - storing the at least one continuous data stream in a storage unit connected to the first electronic device; - receiving, in a second electronic device, the at least one continuous data stream; - storing the at least one continuous data stream in the second electronic device; - switching to a reenactment mode in said first electronic device, including sending a reenactment request from a first user of the first electronic device to a second user of the second electronic device, wherein the reenactment request includes time information of the continuous data stream; - simultaneously virtually reenacting the occurring event in the first and the second electronic device from the stored information based on the time information; - associating virtual, computer generated objects with information from the at least one data stream with information regarding the occurring event to recreate a particular situation in said event for reenactment of said situation by a user, and - controlling of the virtual objects by at least one user to reenact said situation.