mhurhangee/patent-ind-claim-en huggingface dataset:
A fast charging method for a parallel battery pack, comprising: obtaining a maximum charging current allowed by a charging trunk and a charging current required for charging a parallel battery pack; characterised by comparing the charging current required for charging the parallel battery pack with the maximum charging current allowed by the charging trunk; if the charging current required for charging the parallel battery pack is less than or equal to the maximum charging current allowed by the charging trunk, performing parallel charging on battery units; or if the charging current required for charging the parallel battery pack is greater than the maximum charging current allowed by the charging trunk, changing some or all of battery units in the parallel battery pack to a series connection, and performing series charging on the battery units. obtaining a maximum charging current allowed by a charging trunk and a charging current required for charging a parallel battery pack; characterised by comparing the charging current required for charging the parallel battery pack with the maximum charging current allowed by the charging trunk; if the charging current required for charging the parallel battery pack is less than or equal to the maximum charging current allowed by the charging trunk, performing parallel charging on battery units; or if the charging current required for charging the parallel battery pack is greater than the maximum charging current allowed by the charging trunk, changing some or all of battery units in the parallel battery pack to a series connection, and performing series charging on the battery units.
A method for acquiring marine seismic data with a vibrator towed by a vessel, the method comprising: obtaining data comprising a plurality of nominal and regularly spaced pre-plot positions; monitoring the speed of the vessel and a position of the vibrator, characterised in that the method comprises: based on the speed of the vessel, setting an initial sweep, comprising an active sweep period and zero or more silent portions, wherein the total length of the sweep is equal to the time taken for the vibrator to travel from one nominal pre-plot position to the next nominal pre-plot position; driving the vibrator with the initial sweep parameters; at the start of every N th sweep, where N is equal to or greater than one, determining an offset between the actual vibrator position and the nominal pre-plot position in the inline direction; and if the offset is above a threshold distance, adjusting the length of the sweep so that the subsequent sweep is started within a predetermined distance of its nominal pre-plot position. obtaining data comprising a plurality of nominal and regularly spaced pre-plot positions; monitoring the speed of the vessel and a position of the vibrator, characterised in that the method comprises: based on the speed of the vessel, setting an initial sweep, comprising an active sweep period and zero or more silent portions, wherein the total length of the sweep is equal to the time taken for the vibrator to travel from one nominal pre-plot position to the next nominal pre-plot position; driving the vibrator with the initial sweep parameters; at the start of every N th sweep, where N is equal to or greater than one, determining an offset between the actual vibrator position and the nominal pre-plot position in the inline direction; and if the offset is above a threshold distance, adjusting the length of the sweep so that the subsequent sweep is started within a predetermined distance of its nominal pre-plot position. based on the speed of the vessel, setting an initial sweep, comprising an active sweep period and zero or more silent portions, wherein the total length of the sweep is equal to the time taken for the vibrator to travel from one nominal pre-plot position to the next nominal pre-plot position; driving the vibrator with the initial sweep parameters; at the start of every N th sweep, where N is equal to or greater than one, determining an offset between the actual vibrator position and the nominal pre-plot position in the inline direction; and if the offset is above a threshold distance, adjusting the length of the sweep so that the subsequent sweep is started within a predetermined distance of its nominal pre-plot position.
A device for feeding sheet products into a thick sheet feeding machine comprising an insertion gantry , a feed carriage with the ability to slide along a pair of rails located on respective walls, the device being characterized in that it comprises: - an insertion head configured by a gantry in turn comprising: - a crosspiece and support legs adapted to be positioned on the rails ; and - a system of suction cups located in the crosspiece through a forward movement mechanism allowing it to move, the system of suction cups being connected to a pneumatic circuit; - an insertion module with the ability to move vertically on guides located in the insertion gantry , - a base for locating a stack of sheets to be treated, and - an alignment control device for aligning the stack of sheets with respect to the insertion module such that: - the system of suction cups is able to suction a sheet when positioned above it by means of a vacuum generated by a pneumatic circuit to which it is connected, - the forward movement mechanism provides the system of suction cups with the ability to move in the direction of the insertion gantry . - an insertion head configured by a gantry in turn comprising: - a crosspiece and support legs adapted to be positioned on the rails ; and - a system of suction cups located in the crosspiece through a forward movement mechanism allowing it to move, the system of suction cups being connected to a pneumatic circuit; - a crosspiece and support legs adapted to be positioned on the rails ; and - a system of suction cups located in the crosspiece through a forward movement mechanism allowing it to move, the system of suction cups being connected to a pneumatic circuit; - an insertion module with the ability to move vertically on guides located in the insertion gantry , - a base for locating a stack of sheets to be treated, and - an alignment control device for aligning the stack of sheets with respect to the insertion module - the system of suction cups is able to suction a sheet when positioned above it by means of a vacuum generated by a pneumatic circuit to which it is connected, - the forward movement mechanism provides the system of suction cups with the ability to move in the direction of the insertion gantry .
A platform for testing a distance-measuring device under air pressure, the platform comprising: a test chamber ; a non-contact distance-measuring device , configured to transmit a measuring signal to a reflector and receive a reflected signal; a distance-controlling reflection device , which comprises the reflector and is configured to control the distance between the reflector and the non-contact distance-measuring device and to reflect the transmitted measuring signal of the non-contact distance-measuring device ; and an air supply device , configured to generate a pressure above atmospheric pressure inside the test chamber ; wherein the reflector is arranged inside the test chamber ; wherein the air supply device is configured to control the air pressure inside the test chamber , independently from the position of the reflector ; characterised by a motor configured to control the distance change between the reflector and the non-contact distance-measuring device with an accuracy of under 1 mm. a test chamber ; a non-contact distance-measuring device , configured to transmit a measuring signal to a reflector and receive a reflected signal; a distance-controlling reflection device , which comprises the reflector and is configured to control the distance between the reflector and the non-contact distance-measuring device and to reflect the transmitted measuring signal of the non-contact distance-measuring device ; and an air supply device , configured to generate a pressure above atmospheric pressure inside the test chamber ; wherein the reflector is arranged inside the test chamber ; wherein the air supply device is configured to control the air pressure inside the test chamber , independently from the position of the reflector ; characterised by a motor configured to control the distance change between the reflector and the non-contact distance-measuring device with an accuracy of under 1 mm.
A computer-implemented method for monitoring and protecting multiple instances of a contained process execution environment, wherein each of the multiple instances accesses emulated resources of a computer , the method comprising: detecting harmful processes by executing, on the computer, at least one security application that monitors each of the multiple instances of the contained process execution environment, wherein the at least one security application executes external to the multiple instances of the contained process execution environment; and scanning virtual resources of each of the multiple instances of the contained process execution environment for detecting malicious software by the at least one security application, wherein the virtual resources include the emulated resources of the computer, and wherein the at least one security application is aware of the resources as perceived by a primary operating system of the computer. detecting harmful processes by executing, on the computer, at least one security application that monitors each of the multiple instances of the contained process execution environment, wherein the at least one security application executes external to the multiple instances of the contained process execution environment; and scanning virtual resources of each of the multiple instances of the contained process execution environment for detecting malicious software by the at least one security application, wherein the virtual resources include the emulated resources of the computer, and wherein the at least one security application is aware of the resources as perceived by a primary operating system of the computer.
Ground-cleaning machine, comprising - a chassis (12; 152), - at least one tool device having at least one tool holder and having a ground treatment tool seated on the at least one tool holder , and - a mounting device which mounts the at least one tool holder on the chassis (12; 152), wherein the mounting device comprises a polygonal linkage having a first transverse strut , which is fixed relative to the chassis (12; 152), having a second transverse strut , relative to which the at least one tool holder is fixed, having a first longitudinal strut , which is articulated to the first transverse strut via a first pivot joint in such a way as to be pivotable about a first pivot axle and which is articulated to the second transverse strut via a second pivot joint in such a way as to be pivotable about a second pivot axle , and having a second longitudinal strut , which is articulated to the first transverse strut via a third pivot joint in such a way as to be pivotable about a third pivot axle and which is articulated to the second transverse strut via a fourth pivot joint in such a way as to be pivotable about a fourth pivot axle , wherein a spring device is integrated in at least one strut of the polygonal linkage , by means of which spring device a length of the corresponding strut between pivot axes for the at least one strut is variable as a function of a force acting on the polygonal linkage , characterized in that a stop is assigned to the at least one strut having the spring device , which stop is effective at a defined height position of the mounting device relative to the chassis (12; 152), and in that the stop is configured such that it blocks a mobility of a region of the at least one strut having the spring device when the region bears against the stop , and then the at least one strut can be extended by way of the spring device . - a chassis (12; 152), - at least one tool device having at least one tool holder and having a ground treatment tool seated on the at least one tool holder , and - a mounting device which mounts the at least one tool holder on the chassis (12; 152),
A saddle-type electric vehicle comprising: an electric motor that is configured to drive a rear wheel ; at least two batteries that line up in a lateral direction of a vehicle body, and are configured to supply electrical power to the electric motor ; a battery case that accommodates at least two batteries , has an open upper surface, and has a length in a front-rear direction greater than a lateral width of the battery case ; and a head pipe connected to a front portion of the battery case , the battery case includes a beam portion therein which is disposed between the at least two batteries and extends rearward from a front wall portion of the battery case , wherein the battery case has a box shape with the open upper surface and the at least two batteries can be vertically attached to and detached from the vehicle body, characterized in that the head pipe is attached to the battery case with fasteners such as bolts, or the head pipe is formed integrally with the battery case . an electric motor that is configured to drive a rear wheel ; at least two batteries that line up in a lateral direction of a vehicle body, and are configured to supply electrical power to the electric motor ; a battery case that accommodates at least two batteries , has an open upper surface, and has a length in a front-rear direction greater than a lateral width of the battery case ; and a head pipe connected to a front portion of the battery case , the battery case includes a beam portion therein which is disposed between the at least two batteries and extends rearward from a front wall portion of the battery case , wherein the battery case has a box shape with the open upper surface and the at least two batteries can be vertically attached to and detached from the vehicle body, characterized in that the head pipe is attached to the battery case with fasteners such as bolts, or the head pipe is formed integrally with the battery case .
A hybrid imaging dataset generation method performed by at least one electronic processor operating on emission imaging data acquired of a patient for one or more axial frames at a corresponding one or more bed positions, the method comprising: (a) identifying a frame of interest from the one or more axial frames; (b) generating simulated lesion data by simulating emission imaging data for the frame of interest of at least one simulated lesion placed in the frame of interest using a Monte Carlo simulator; (c) generating simulated frame emission imaging data by simulating emission imaging data for the frame of interest of the patient using the Monte Carlo simulator; (d) determining a normalization factor comprising a ratio of the value of a quantitative metric for the simulated data and the value of the quantitative metric for the emission imaging data acquired of the patient for the frame of interest; and (e) generating a hybrid data set comprising the emission imaging data acquired of the patient for the one or more axial frames at the corresponding one or more bed positions with the frame of interest replaced by a combination of the simulated lesion data scaled by the normalization factor and the emission imaging data acquired of the patient for the frame of interest. (a) identifying a frame of interest from the one or more axial frames; (b) generating simulated lesion data by simulating emission imaging data for the frame of interest of at least one simulated lesion placed in the frame of interest using a Monte Carlo simulator; (c) generating simulated frame emission imaging data by simulating emission imaging data for the frame of interest of the patient using the Monte Carlo simulator; (d) determining a normalization factor comprising a ratio of the value of a quantitative metric for the simulated data and the value of the quantitative metric for the emission imaging data acquired of the patient for the frame of interest; and (e) generating a hybrid data set comprising the emission imaging data acquired of the patient for the one or more axial frames at the corresponding one or more bed positions with the frame of interest replaced by a combination of the simulated lesion data scaled by the normalization factor and the emission imaging data acquired of the patient for the frame of interest.
A method of a network node, comprising: configuring a User Equipment, in the following also referred to as UE, with a first Data Radio Bearer, in the following also referred to as DRB, wherein the first DRB is configured with a presence of Service Data Adaptation Protocol, in the following also referred to as SDAP, header, characterised in that the network node is not allowed to reconfigure the first DRB for changing the presence of SDAP header to an absence of SDAP header after the first DRB is established . configuring a User Equipment, in the following also referred to as UE, with a first Data Radio Bearer, in the following also referred to as DRB, wherein the first DRB is configured with a presence of Service Data Adaptation Protocol, in the following also referred to as SDAP, header, characterised in that the network node is not allowed to reconfigure the first DRB for changing the presence of SDAP header to an absence of SDAP header after the first DRB is established .
Pressostatic odor control cover for slurry (L) treatment tank with device for reducing the inner volume occupied by harmful and malodorous gases emitted from the surface of the slurry (L), where said treatment tank is delimited by a base and by lateral containment walls (2"), where said pressostatic odor control cover comprises: - a gas impermeable flexible membrane ; - gas-tight continuous fixing means of a margin of said membrane to said tank ; - insufflation means of air inside said cover ; - discharge valve means of said air out of said cover ; characterized in that : - said odor control cover also comprises a diaphragm permeable to liquids and to gases, wherein said diaphragm comprises a fine mesh net and is arranged below said flexible membrane and fixed to it to delimit a reduced volume of said odor control cover available to the harmful gases and to the malodorous substances released from the slurry, dividing the volume subtended by the pressostatic odor control cover into two separate chambers (A, B), wherein the upper chamber (A) is delimited by the top of the membrane and by the diaphragm , and the lower chamber (B) is delimited by the diaphragm , by the lower portion of the membrane and by the free surface of the slurry (L) contained in the tank ; - said air insufflation means are connected to said cover above said diaphragm ; - said discharge valve means are connected to said cover below said diaphragm , wherein said insufflation means are suitable to insufflate new air in said upper chamber (A) so as to maintain the upper chamber (A) at a slightly higher pressure than the lower chamber (B) and thus prevent the passage of polluted air from the lower chamber (B) to the upper chamber (A). - a gas impermeable flexible membrane ; - gas-tight continuous fixing means of a margin of said membrane to said tank ; - insufflation means of air inside said cover ; - discharge valve means of said air out of said cover ; characterized in that : - said odor control cover also comprises a diaphragm permeable to liquids and to gases, wherein said diaphragm comprises a fine mesh net and is arranged below said flexible membrane and fixed to it to delimit a reduced volume of said odor control cover available to the harmful gases and to the malodorous substances released from the slurry, dividing the volume subtended by the pressostatic odor control cover into two separate chambers (A, B), wherein the upper chamber (A) is delimited by the top of the membrane and by the diaphragm , and the lower chamber (B) is delimited by the diaphragm , by the lower portion of the membrane and by the free surface of the slurry (L) contained in the tank ; - said air insufflation means are connected to said cover above said diaphragm ; - said discharge valve means are connected to said cover below said diaphragm ,
A pharmaceutical composition comprising a first and a second active pharmaceutical component: (i) wherein said first component comprises metyrapone or a pharmaceutically acceptable salt thereof; and (ii) wherein said second component comprises oxazepam or a pharmaceutically acceptable salt thereof; wherein said metyrapone or a pharmaceutically acceptable salt thereof, and said oxazepam or a pharmaceutically acceptable salt thereof, are not in physical contact with each other and wherein said composition is in unit dosage form. (i) wherein said first component comprises metyrapone or a pharmaceutically acceptable salt thereof; and (ii) wherein said second component comprises oxazepam or a pharmaceutically acceptable salt thereof;
A microparticle having a diameter of about 2 μm to about 70 μm comprising a protein particle core of about 2 μm to about 12 μm in diameter and a biodegradable polymer cortex.
A data processing apparatus comprising: a first processor configured to receive a request from an application program executed by a second processor, the request requesting acquiring sensor data at a plurality of sampling cycles which are predetermined multiples of a predetermined reference cycle, each predetermined multiple being an integer power of two; acquire, at timings corresponding to the plurality of sampling cycles, sensor data from at least one sensor in response to receiving the request, generate cycle information comprising information indicating one or more sampling cycles corresponding to a timing at which the sensor data is acquired by representing a series of indices, each indicating one of the plurality of sampling cycles, by an index corresponding to the longest sampling cycle of the plurality of sampling cycles; and provide the acquired sensor data and the generated cycle information to a second processor . a first processor configured to receive a request from an application program executed by a second processor, the request requesting acquiring sensor data at a plurality of sampling cycles which are predetermined multiples of a predetermined reference cycle, each predetermined multiple being an integer power of two; acquire, at timings corresponding to the plurality of sampling cycles, sensor data from at least one sensor in response to receiving the request, generate cycle information comprising information indicating one or more sampling cycles corresponding to a timing at which the sensor data is acquired by representing a series of indices, each indicating one of the plurality of sampling cycles, by an index corresponding to the longest sampling cycle of the plurality of sampling cycles; and provide the acquired sensor data and the generated cycle information to a second processor .
Draining and cleaning station for an insertable toilet container with a receiving case and a receiving opening, wherein the draining and cleaning station comprises at least one cleaning element which is insertable via a cleaning opening of the toilet container and is automatically lowerable and liftable, wherein the receiving case is provided for receiving various toilet container sizes, wherein the cleaning element is positionable above the cleaning opening with the aid of a positioning means and a centring means , characterized in that the centring means causes an adaptation to the height of the toilet container via a wedge-shaped pressing face and that a lateral positioning of the cleaning element with respect to the cleaning opening is effected via a guide to simultaneously shift the closure of the toilet container into an opened position via a slide.