mhurhangee/patent-ind-claim-en huggingface dataset:
A method for obtaining a residual electric quantity of a battery in an electronic device, comprising: obtaining a present electric quantity variation of the battery within a present detection period; obtaining a maximum discharge electric quantity of the battery corresponding to a number of times of charging and discharging within the present detection period; and obtaining a present residual electric quantity of the battery based on the maximum discharge electric quantity and the present electric quantity variation; when a coulombmeter is not included in the electronic device, obtaining the present electric quantity variation comprises: obtaining a present current of a specified resistor in the electronic device and a present voltage of the battery within the present detection period; obtaining a present open circuit voltage of the battery within the present detection period based on the present current of the specified resistor and the present voltage of the battery; and obtaining the present electric quantity variation of the battery within the present detection period corresponding to the present open circuit voltage based on a preset battery aging model. obtaining a present electric quantity variation of the battery within a present detection period; obtaining a maximum discharge electric quantity of the battery corresponding to a number of times of charging and discharging within the present detection period; and obtaining a present residual electric quantity of the battery based on the maximum discharge electric quantity and the present electric quantity variation; when a coulombmeter is not included in the electronic device, obtaining the present electric quantity variation comprises: obtaining a present current of a specified resistor in the electronic device and a present voltage of the battery within the present detection period; obtaining a present open circuit voltage of the battery within the present detection period based on the present current of the specified resistor and the present voltage of the battery; and obtaining the present electric quantity variation of the battery within the present detection period corresponding to the present open circuit voltage based on a preset battery aging model. obtaining a present current of a specified resistor in the electronic device and a present voltage of the battery within the present detection period; obtaining a present open circuit voltage of the battery within the present detection period based on the present current of the specified resistor and the present voltage of the battery; and obtaining the present electric quantity variation of the battery within the present detection period corresponding to the present open circuit voltage based on a preset battery aging model.
A vehicle control device comprising: means for controlling automatic stopping, which performs an automatic stopping process of an engine when a stop condition during stopping is established in a stopping state of a vehicle, or when a stop condition during deceleration is established in a decelerating state of the vehicle; means for controlling automatic restart, which performs an automatic restart process of the engine when a restart condition is established in a state where the engine is in the automatic stopping process; means for detecting a tilt, which detects a tilt value indicative of a tilt of the vehicle in a longitudinal direction thereof; and means for forced restarting, which forcibly performs the automatic restart process in a state where the tilt value is greater than a determining tilt value for the decelerating state (θc) when the vehicle is in a stopping state or a low speed state just before the stopping state following the performing of the automatic stopping process, in the decelerating state of the vehicle. means for controlling automatic stopping, which performs an automatic stopping process of an engine when a stop condition during stopping is established in a stopping state of a vehicle, or when a stop condition during deceleration is established in a decelerating state of the vehicle; means for controlling automatic restart, which performs an automatic restart process of the engine when a restart condition is established in a state where the engine is in the automatic stopping process; means for detecting a tilt, which detects a tilt value indicative of a tilt of the vehicle in a longitudinal direction thereof; and means for forced restarting, which forcibly performs the automatic restart process in a state where the tilt value is greater than a determining tilt value for the decelerating state (θc) when the vehicle is in a stopping state or a low speed state just before the stopping state following the performing of the automatic stopping process, in the decelerating state of the vehicle.
An illumination optical system for an imaging device , comprising: a plurality of light sources that is arranged in an annular shape; and a prism plate that is formed in an annular shape about an optical axis of illumination light from the plurality of light sources , wherein the prism plate includes a prism surface upon which the illumination light emitted from the light sources falls incident and on which prism rows, which contain a plurality of prisms that is arranged in an annular shape along a circumferential direction of the prism plate , are formed, and an emission plane that emits the illumination light, wherein the prism surface is formed on an outer peripheral side outward from a predetermined radius (r0) of the prism plate that is centered on the optical axis, characterised in that : the prism plate includes a flat section upon which the illumination light from the light sources falls incident and which is formed in an annular shape along the circumferential direction of the prism plate , and the flat section is formed on an inner peripheral side inward from the predetermined radius (r0) of the prism plate that is centered on the optical axis. a plurality of light sources that is arranged in an annular shape; and a prism plate that is formed in an annular shape about an optical axis of illumination light from the plurality of light sources , wherein the prism plate includes a prism surface upon which the illumination light emitted from the light sources falls incident and on which prism rows, which contain a plurality of prisms that is arranged in an annular shape along a circumferential direction of the prism plate , are formed, and an emission plane that emits the illumination light, wherein the prism surface is formed on an outer peripheral side outward from a predetermined radius (r0) of the prism plate that is centered on the optical axis, characterised in that : the prism plate includes a flat section upon which the illumination light from the light sources falls incident and which is formed in an annular shape along the circumferential direction of the prism plate , and the flat section is formed on an inner peripheral side inward from the predetermined radius (r0) of the prism plate that is centered on the optical axis. the prism plate includes a flat section upon which the illumination light from the light sources falls incident and which is formed in an annular shape along the circumferential direction of the prism plate , and the flat section is formed on an inner peripheral side inward from the predetermined radius (r0) of the prism plate that is centered on the optical axis.
Method for operating a conveyor in the form of a long stator linear motor having a conveying path with at least one switch (W), with which a first conveyor section (FAk) of the conveyor path is connected to a second conveyor section (FAk+1) of the conveyor path and the first conveyor section (FAk) and the second conveyor section (FAk+1) diverge from the beginning (B) of a switch (W) in the region of the switch (W), wherein along the conveying path a first transport unit (TEi) and a second transport unit (TEi+1) are moved and to avoid collisions between the first transport unit (TEi) and the second transport unit (TEi+1) a collision zone (K) is set in the region of the switch (W), in which there is a risk of collision between the first transport unit (TEi) and the second transport unit (TEi+1), characterized in that the collision zone (K) extends from the beginning (B) of the switch (W) with a first length (L1) to a first end (E1) at the first conveyor section (FAK) and extends with a second length (L2) to a second end (E2), at the second conveyor section (FAk+1), that the first transport unit (TEi) on the first conveyor section (FAK) and second transport unit (TEi+1) on the second conveyor section (FAk+1) are modeled as two-dimensional objects, that a two-dimensional geometric shape is selected as two-dimensional object for the first transport unit (TEi) which surrounds the contour of the first transport unit (TEi) and a two-dimensional shape is selected as two-dimensional object for the second transport unit (TEi+1) which surrounds the contour of the second transport unit (TE+1), that with at least a part of the two-dimensional object modelling the first transport unit (TEi) a first position on the first conveyor section (FAk) is determined that the first transport unit (FAk) may occupy, so that the second transport unit (TEi+1) modeled as a two-dimensional object can be moved along the second conveyor section (FAk+1) collision-free through the switch (W) and that a distance between this first position and the beginning (B) of the switch (W) is determined and this distance is used as the first length (L1).
An eyeball attachment tube that is temporarily attached to an outer membrane of an eyeball in ophthalmic surgery for communication between an inside and an outside of the eyeball, the eyeball attachment tube comprising: a tubular portion formed in a tubular shape, the tubular portion configured to be in a state of puncturing the outer membrane when the eyeball attachment tube is attached to the outer membrane; and a large diameter portion disposed on a proximal end side of the tubular portion , the large diameter portion having an outer diameter larger than an outer diameter of the tubular portion , the large diameter portion configured to be exposed externally from the outer membrane when the eyeball attachment tube is attached to the outer membrane, wherein an end portion , in a parallel direction to a center axis (L1, L5) of the tubular portion , of the large diameter portion on the tubular portion side is shaped so as to have a height difference in the parallel direction between one end and another end in a direction perpendicular to the center axis (L1, L5) in a side view, an entirety of the end portion is formed as an inclined plane relative to the center axis (L1, L5), and an end portion , of the large diameter portion , on an opposite side to the end portion on the tubular portion side in the parallel direction is formed as a plane perpendicular to the center axis (L1, L5), wherein the large diameter portion includes a valve for inhibiting liquid from flowing out from an opening formed in the end portion on the opposite side, wherein the valve is a member having a slit formed in an elastic material so as to close a channel in the large diameter portion . a tubular portion formed in a tubular shape, the tubular portion configured to be in a state of puncturing the outer membrane when the eyeball attachment tube is attached to the outer membrane; and a large diameter portion disposed on a proximal end side of the tubular portion , the large diameter portion having an outer diameter larger than an outer diameter of the tubular portion , the large diameter portion configured to be exposed externally from the outer membrane when the eyeball attachment tube is attached to the outer membrane, wherein an end portion , in a parallel direction to a center axis (L1, L5) of the tubular portion , of the large diameter portion on the tubular portion side is shaped so as to have a height difference in the parallel direction between one end and another end in a direction perpendicular to the center axis (L1, L5) in a side view, an entirety of the end portion is formed as an inclined plane relative to the center axis (L1, L5), and an end portion , of the large diameter portion , on an opposite side to the end portion on the tubular portion side in the parallel direction is formed as a plane perpendicular to the center axis (L1, L5), wherein the large diameter portion includes a valve for inhibiting liquid from flowing out from an opening formed in the end portion on the opposite side,
An orthopaedic implant , comprising: a main body having a surface with at least one bonding feature ; at least one porous material having a plurality of pores; and a bonding material placed in said plurality of pores of said at least one porous material and said at least one bonding feature to form a bond between said at least one porous material and said main body , wherein at least one bonding feature receives the bonding material , and the at least one bonding feature is formed to a depth (D) in the surface , characterised in that a width (W) of the bonding feature closer to the surface is less than a width of the bonding feature further from the surface . a main body having a surface with at least one bonding feature ; at least one porous material having a plurality of pores; and a bonding material placed in said plurality of pores of said at least one porous material and said at least one bonding feature to form a bond between said at least one porous material and said main body , wherein at least one bonding feature receives the bonding material , and the at least one bonding feature is formed to a depth (D) in the surface , characterised in that a width (W) of the bonding feature closer to the surface is less than a width of the bonding feature further from the surface .
An agricultural round baler , in particular for baling stalked harvested material into round bales , comprising a chassis ; a feed device by means of which harvested material can be fed through a transfer section to an inner chamber of the round baler , a plurality of guide rollers (7, 7', 7") which extend in a transverse direction of the round baler , a baler belt which is configured in the form of a continuous belt and is passed around the guide rollers (7, 7', 7") in a manner such that its outside forms a recess which faces the transfer section and which functions as a bale chamber , a first adjustment device and a second adjustment device which respectively comprise a gap which extends parallel to the guide rollers through each of which the baler belt passes and returns, wherein two first sections of the baler belt which emanate from the respective gap delimit the recess, wherein the first adjustment device can be adjusted in a direction which broadens the recess or narrows the recess, wherein the second adjustment device is pivotable with respect to the chassis in order to broaden or narrow the recess, characterized in that two second sections of the baler belt emanating from at least one of the adjustment devices meet at a guide roller and in that the guide roller can be guided and moved with respect to the gap and to the chassis . a chassis ; a feed device by means of which harvested material can be fed through a transfer section to an inner chamber of the round baler , a plurality of guide rollers (7, 7', 7") which extend in a transverse direction of the round baler , a baler belt which is configured in the form of a continuous belt and is passed around the guide rollers (7, 7', 7") in a manner such that its outside forms a recess which faces the transfer section and which functions as a bale chamber , a first adjustment device and a second adjustment device which respectively comprise a gap which extends parallel to the guide rollers through each of which the baler belt passes and returns, wherein two first sections of the baler belt which emanate from the respective gap delimit the recess, wherein the first adjustment device can be adjusted in a direction which broadens the recess or narrows the recess, wherein the second adjustment device is pivotable with respect to the chassis in order to broaden or narrow the recess, characterized in that two second sections of the baler belt emanating from at least one of the adjustment devices meet at a guide roller and in that the guide roller can be guided and moved with respect to the gap and to the chassis .
A device for transporting flexible sheets comprising: - movable support means on which a sheet can be placed and which are adapted to move the sheet in a direction of displacement; and - suction means for maintaining the sheet placed against the support means; wherein the support means are configured so that a sheet placed against the support means takes on a bent shape in a transverse plane to the direction of displacement; the device being characterized in that the movable support means comprise drive shafts that are parallel to each other, perpendicular to the direction of displacement of the sheets, and that follow a curved trajectory in the transverse plane to the direction of displacement of the sheets, said shafts being provided with wheels . - movable support means on which a sheet can be placed and which are adapted to move the sheet in a direction of displacement; and - suction means for maintaining the sheet placed against the support means;
A handheld apparatus for spreading a material, with the material being seeds, salt, fertilizers, sand, stones, ice melting granules, pesticides, insecticides, weed killer, herbicides, calcium chloride, granular soil amendment material, granular oil absorbent material dusting products or granular floor cleaning products, the handheld apparatus comprising: a bucket member configured to store the material, the bucket member includes a closable dispensing opening ; an actuating member disposed on the bucket member ; a housing member connected to the bucket member , the housing member includes a top wall , a bottom wall , a back wall and side walls connecting the top wall and the bottom wall ; a rotating member disposed within the housing member , the rotating member is operably associated with the actuating member to receive rotary movement therefrom, the rotating member includes a base plate having a first diameter ( B1 ) and a plurality of blades disposed onto the base plate and disposed at a predefined distance from the housing member , the predefined distance is greater than maximum size of the material passing through the dispensing opening ; the bottom wall comprising a rim member defining a second diameter ( B2 ) such that the second diameter ( B2 ) is larger than the first diameter ( B1 ) of the base plate of the rotating member characterized in that, the bottom wall comprising at least one slot at a rear portion of the bottom wall that is covered by the back wall and the side walls , the bottom wall further comprising: one or more slots at a front portion of the bottom wall that is not covered by the back wall and the side walls ; and the rim member encompassing the plurality of slots . a bucket member configured to store the material, the bucket member includes a closable dispensing opening ; an actuating member disposed on the bucket member ; a housing member connected to the bucket member , the housing member includes a top wall , a bottom wall , a back wall and side walls connecting the top wall and the bottom wall ; a rotating member disposed within the housing member , the rotating member is operably associated with the actuating member to receive rotary movement therefrom, the rotating member includes a base plate having a first diameter ( B1 ) and a plurality of blades disposed onto the base plate and disposed at a predefined distance from the housing member , the predefined distance is greater than maximum size of the material passing through the dispensing opening ; the bottom wall comprising a rim member defining a second diameter ( B2 ) such that the second diameter ( B2 ) is larger than the first diameter ( B1 ) of the base plate of the rotating member characterized in that, the bottom wall comprising at least one slot at a rear portion of the bottom wall that is covered by the back wall and the side walls , one or more slots at a front portion of the bottom wall that is not covered by the back wall and the side walls ; and the rim member encompassing the plurality of slots .
A respiratory volume measurement system comprising means for: receiving at least one accelerometer sensor output signal dependent upon respiratory motion of a chest wall of a subject ; and producing a respiration measurement output , different to the at least one accelerometer sensor output signal, that provides a measure of respiration volume of the subject, wherein the respiration measurement output is produced using machine learning, and takes as input the time differential of the accelerometer sensor output signal. receiving at least one accelerometer sensor output signal dependent upon respiratory motion of a chest wall of a subject ; and producing a respiration measurement output , different to the at least one accelerometer sensor output signal, that provides a measure of respiration volume of the subject, wherein the respiration measurement output is produced using machine learning, and takes as input the time differential of the accelerometer sensor output signal.
Filter arrangement for a mobile device, comprising at least one first filter element and one second filter element , which are arranged in an air guide of the mobile device, wherein the first filter element is formed as a folded filter, and the second filter element is formed as an adsorption filter, wherein the first filter element and the second filter element are formed separately from one another and are fitted spaced apart from one another in the air guide , wherein the first filter element has at least one nonwoven layer, and wherein the second filter element is formed as a honeycomb filter comprising a multiplicity of channels which are delimited by channel walls , characterized in that the air guide has at least one vent for ventilating a cabin of the mobile device, and in that the second filter element is assigned to the vent and, together with the vent , forms a functional integral unit.
A method of producing a biodegradable cartridge for tobacco vapour system, wherein the biodegradable cartridge has cylindrical shape defining an inner cavity, comprising the steps of ▪ Providing a first element of cylindrical shape defining said cavity of the cartridge; ▪ Providing a second element to a first end of the first element , thereby closing a first end of the cavity of the cartridge ; ▪ Providing another second element to a second end of the first element , thereby closing the second end of the cavity of cartridge , wherein the two second elements are identical; ▪ Providing a third element about one of the first or second elements such that the periphery of the cartridge is larger at a first end of the cartridge than the periphery at a second end of the cartridge ; wherein the first element , the second element and the third element are made of biodegradable materials, wherein the cartridge is designed in such a way that an air flow is capable of flowing from the first end to the second end of the elongated cylindrical shape cartridge , and/or vice versa. ▪ Providing a first element of cylindrical shape defining said cavity of the cartridge; ▪ Providing a second element to a first end of the first element , thereby closing a first end of the cavity of the cartridge ; ▪ Providing another second element to a second end of the first element , thereby closing the second end of the cavity of cartridge , wherein the two second elements are identical; ▪ Providing a third element about one of the first or second elements such that the periphery of the cartridge is larger at a first end of the cartridge than the periphery at a second end of the cartridge ; wherein the first element , the second element and the third element are made of biodegradable materials, wherein the cartridge is designed in such a way that an air flow is capable of flowing from the first end to the second end of the elongated cylindrical shape cartridge , and/or vice versa.