mhurhangee/patent-ind-claim-en huggingface dataset:
Method for applying a spraying liquid on an agricultural area by means of a spraying device, preferably a field sprayer , and/or for operating a spraying device, preferably a field sprayer , wherein at least one spraying agent is diluted with a carrier liquid to form an appliable spraying liquid and applied, wherein the spraying agent preferably contains at least one active substance, wherein at least one concentrated pre-mixing liquid is produced in at least one pre-mixing container from a quantity of the spraying agent and a quantity of carrier liquid and stored, wherein the spraying agent or the at least on active substance is diluted with the carrier liquid to form a pre-mixing liquid in such a manner that a previously determined concentration of the spraying agent of the at least one active substance is achieved, characterized in that said at least one pre-mixing liquid for application is diluted with a further quantity of carrier liquid to form the spraying liquid which can be applied, wherein a dilution of the pre-mixing liquid so as to be capable of application is undertaken when the corresponding spray nozzle is opened up.
Drive device comprising a vehicle axle, in particular a rear axle (HA), for a two-track vehicle, wherein the vehicle axle (HA) has an axle differential which can be connected on the input side to a primary drive engine and on the output side to vehicle wheels of the vehicle axle (HA) via flanged shafts arranged on both sides, the vehicle axle (HA) being associated with an additional drive engine and a shiftable superimposed transmission which can be shifted into a torque distribution gear stage (TV), in which a drive torque generated by the additional drive engine is generated, as a function of the magnitude and direction of rotation of which torque distribution to the two vehicle wheels can be changed, and which can be shifted into a hybrid mode in which the drive torque generated by the additional drive engine can be coupled via the axle differential in an evenly distributed manner to both flanged shafts of the vehicle wheels , characterised in that the superimposed transmission has precisely two planetary gears (PG1, PG2), of which one input planetary gear (PG1) is configured as a Ravigneaux gear set, which can be drivingly connected on the input side to the additional drive engine and of which an output planetary gear (PG2) is configured as a simple planetary gear set with precisely one input element , one reaction element and one output element , of which the input element is connected to the input planetary gear (PG1) and the output element is drivingly connected to the axle differential input side , wherein in the case of a switched first hybrid gear stage (H1), in particular a starting gear, and in the case of a switched second hybrid gear stage (H2), a load path is in each case formed, in which the input planetary gear (PG1) and the output planetary gear (PG2) are engaged without branching of the power, and in that , in the case of a switched torque distribution gear stage (TV), a load path is formed in which the input planetary gear (PG1) and the output planetary gear (PG2) are engaged, with power branching taking place at the input planetary gear (PG1).
An apparatus comprising: a holder system configured to couple one or more transducers to a battery , the one or more transducers configured for electrochemical-acoustic signal interrogation (EASI) of the battery, the holder system comprising: at least one arm configured to house at least one transducer to be coupled to the battery; a pressure applying device configured to apply pressure to the at least one transducer, to control pressure between the at least one transducer and the battery; and being characterised in that the holder system further comprises a waveguide being disposed between the battery and the at least one transducer, wherein the waveguide is configured to position the battery beyond a near field of the at least one transducer. at least one arm configured to house at least one transducer to be coupled to the battery; a pressure applying device configured to apply pressure to the at least one transducer, to control pressure between the at least one transducer and the battery; and being characterised in that the holder system further comprises a waveguide being disposed between the battery and the at least one transducer, wherein the waveguide is configured to position the battery beyond a near field of the at least one transducer.
Scanner comprising: - a scanning unit (99, 99-1, 99-2) having two pairs of elastic elements, which extend between a base and a deflection unit and, in each case, are assigned to a corresponding interface element (142, 142-1, 142-2), wherein the interface elements are formed integrally with the respective pair of elastic elements and are designed to secure the deflection unit, wherein the scanning unit (99, 99-1, 99-2) is designed to deflect light to the deflection unit at different angles by means of torsion of the two pairs of elastic elements (101, 101-1, 101-2, 102, 102-1, 102-2), - a magnet , which is designed to generate a stray magnetic field and which is mounted on or embedded in the interface elements and wherein the interface elements (142-1, 142-2) assigned to the two pairs of elastic elements are connected to each other via the magnet , and - an angular magnetic field sensor , which is arranged in the stray magnetic field and which is designed to output a signal indicative of the torsion , wherein a magnetic moment of the magnet has a component, which is oriented perpendicular to the torsion axis of the torsion . - a scanning unit (99, 99-1, 99-2) having two pairs of elastic elements, which extend between a base and a deflection unit and, in each case, are assigned to a corresponding interface element (142, 142-1, 142-2), wherein the interface elements are formed integrally with the respective pair of elastic elements and are designed to secure the deflection unit, wherein the scanning unit (99, 99-1, 99-2) is designed to deflect light to the deflection unit at different angles by means of torsion of the two pairs of elastic elements (101, 101-1, 101-2, 102, 102-1, 102-2), - a magnet , which is designed to generate a stray magnetic field and which is mounted on or embedded in the interface elements and wherein the interface elements (142-1, 142-2) assigned to the two pairs of elastic elements are connected to each other via the magnet , and - an angular magnetic field sensor , which is arranged in the stray magnetic field and which is designed to output a signal indicative of the torsion ,
Air-jet type spinning device comprising - a body at least partially hollow which delimits a spinning chamber , - a fiber feeding device , facing said spinning chamber so as to feed the fibers into the spinning chamber , - a spinning spindle at least partially inserted in the spinning chamber and fitted with a spinning channel for the transit of yarn obtained from said fibers, the spinning channel having a main axis which defines a spinning direction (X-X), and having a front input for the introduction of the yarn in said spinning channel , wherein - the body comprises at least one upper crown of holes comprising at least two upper injection holes which input a higher flow rate of air in the spinning chamber , - the body comprises at least one lower crown of holes comprising at least two lower injection holes which input a lower flow rate of air in the spinning chamber , - wherein the upper injection holes open into the spinning chamber at a first point upstream of the front input , with respect to a direction of advancement (F) of the yarn in the spinning channel , - wherein the lower injection holes open into the spinning chamber at a second point downstream of the front input , with respect to a direction of advancement (F) of the yarn in the spinning channel , characterized in that - said upper and lower crowns of holes are fluidically connected to separate and independent air supplies. - a body at least partially hollow which delimits a spinning chamber , - a fiber feeding device , facing said spinning chamber so as to feed the fibers into the spinning chamber , - a spinning spindle at least partially inserted in the spinning chamber and fitted with a spinning channel for the transit of yarn obtained from said fibers, the spinning channel having a main axis which defines a spinning direction (X-X), and having a front input for the introduction of the yarn in said spinning channel , wherein - the body comprises at least one upper crown of holes comprising at least two upper injection holes which input a higher flow rate of air in the spinning chamber , - the body comprises at least one lower crown of holes comprising at least two lower injection holes which input a lower flow rate of air in the spinning chamber , - wherein the upper injection holes open into the spinning chamber at a first point upstream of the front input , with respect to a direction of advancement (F) of the yarn in the spinning channel , - wherein the lower injection holes open into the spinning chamber at a second point downstream of the front input , with respect to a direction of advancement (F) of the yarn in the spinning channel , characterized in that - said upper and lower crowns of holes are fluidically connected to separate and independent air supplies.
Surface structure for a support surface or bearing surface of a vehicle accessory, particularly for a vehicle headrest or armrest, wherein the surface structure is elastically deformable, wherein the surface structure comprises at least one surface body , wherein each surface body is connected to at least one other surface body (13, 13a 13b) by at least one elastically deformable connecting element and/or can be connected to the vehicle accessory, wherein the connecting element forms a first connecting region with a first outer surface of a first surface body and forms a second connecting region with a second outer surface of a second surface body or the soffit of a frame or of the accessory, characterised in that the first outer surface extends in a direction (A) and the second outer surface also extends in the direction (A), and is arranged opposite the first outer surface , wherein the second connecting region is laterally offset in the direction (A) to a point of intersection (P) from a straight line and the second outer surface , wherein the straight line forms the shortest connection between the first outer surface and the second outer surface , wherein the straight line runs through the first connecting region .
An automated storage and retrieval system comprising a storage grid configured to store a plurality of storage containers in vertical stacks , a plurality of remotely operated vehicles and a rail system comprising rails and tracks onto which the plurality of remotely operated vehicle operates, wherein the automated storage and retrieval system comprises a first area and a second area , wherein the first area is linked to the second area for passage of one or more of the plurality of remotely operated vehicles , characterized in that the first area is linked to the second area by a vehicle pen comprising an entry barrier and an exit barrier to regulate the passage of the of one or more vehicles between the first and second area , and wherein the entry and exit barrier are moveable between an open position in which it allows passage of the one or more of the vehicles , and a closed position in which it restricts passage of the one or more vehicles , and wherein the entry and exit barriers are regulated such that the entry barrier can be opened only when the exit barrier is closed, and vice versa. wherein the automated storage and retrieval system comprises a first area and a second area , wherein the first area is linked to the second area for passage of one or more of the plurality of remotely operated vehicles , characterized in that the first area is linked to the second area by a vehicle pen comprising an entry barrier and an exit barrier to regulate the passage of the of one or more vehicles between the first and second area , and wherein the entry and exit barrier are moveable between an open position in which it allows passage of the one or more of the vehicles , and a closed position in which it restricts passage of the one or more vehicles , and wherein the entry and exit barriers are regulated such that the entry barrier can be opened only when the exit barrier is closed, and vice versa.
A sparkling wine obtained according to a traditional type of winemaking, comprising a mixture of at least 20 terpenes added to said wine, wherein the terpenes are selected from monoterpenes, in an amount ranging from 50% by weight to 75% by weight, sesquiterpenes, in an amount ranging from 25% by weight to 50% by weight, the sum being equal to 100% by weight, the % by weight being the relative weight percentage over the total weight of the mixture of terpenes, the amount of said mixture of terpenes in the wine being between 0.02 mL and 0.6 mL per liter of sparkling wine.
A processing device comprising: a partition member partitioning a processing space (S) and an external space outside the processing space (S) from each other; a frame body on which the partition member is mounted; a processing unit supported by the frame body and configured to apply a predetermined process on a workpiece (W) using a processing tool in the processing space (S); an opening/closing member installed on the partition member and capable of opening/closing a first opening formed in the partition member ; and an instrument attachment member installed on the partition member and to which a control instrument for controlling the processing unit is attached, characterized in that the partition member has a plurality of uniform mounting sections on which the opening/closing member and the instrument attachment member can be selectively mounted. a partition member partitioning a processing space (S) and an external space outside the processing space (S) from each other; a frame body on which the partition member is mounted; a processing unit supported by the frame body and configured to apply a predetermined process on a workpiece (W) using a processing tool in the processing space (S); an opening/closing member installed on the partition member and capable of opening/closing a first opening formed in the partition member ; and an instrument attachment member installed on the partition member and to which a control instrument for controlling the processing unit is attached, characterized in that the partition member has a plurality of uniform mounting sections on which the opening/closing member and the instrument attachment member can be selectively mounted.
A polyurethane elastic yarn made from polyurethane which has polymer diol and diisocyanate as starting substances, wherein said polyurethane comprises (i) a polyurethane A made from: (A) a polybutadiene diol containing a polybutadiene structure in which the proportion of 1,2-bonded butadiene structure to 1,4-bonded butadiene structure in the molecule is in the range from 91:9 to 20:80, and diisocyanate, wherein the polybutadiene structure is polybutadiene or hydrogenated polybutadiene; or (B) a polyisoprene diol containing a polyisoprene structure in which the proportion of 1,2-bonded isoprene structure to 1,4-bonded isoprene structure in the molecule is in the range from 91:9 to 20:80, and diisocyanate, wherein the polyisoprene structure is polyisoprene or hydrogenated polyisoprene; and (ii) a polyurethane B made from a polymer diol other than said polybutadiene diol or polyisoprene diol, and diisocyanate. (A) a polybutadiene diol containing a polybutadiene structure in which the proportion of 1,2-bonded butadiene structure to 1,4-bonded butadiene structure in the molecule is in the range from 91:9 to 20:80, and diisocyanate, wherein the polybutadiene structure is polybutadiene or hydrogenated polybutadiene; or (B) a polyisoprene diol containing a polyisoprene structure in which the proportion of 1,2-bonded isoprene structure to 1,4-bonded isoprene structure in the molecule is in the range from 91:9 to 20:80, and diisocyanate, wherein the polyisoprene structure is polyisoprene or hydrogenated polyisoprene;
A forage harvester with a chopping drum assembly and two frame parts , between which the chopping drum assembly is rotatably suspended, wherein the chopping drum assembly is retained on both frame parts by a respective clamp bearing defining an axis of rotation , characterized in that contact points between an element on the frame part side and an element on the assembly side of the clamp bearing lie on a spherical surface centred on the axis of rotation , wherein the element on the frame part side comprises two parts and the spherical surface is divided over both parts , wherein at least one tensioning screw is provided in order to draw the two parts together.
A mitigation control system arranged in an environment containing an energetic material, the mitigation control system comprising: an abnormal temperature sensor for detecting an abnormal temperature of the environment; a power source that is mechanically actuated by the abnormal temperature sensor when the detected temperature exceeds a predetermined temperature threshold; a mitigation controller that is electrically actuated by the power source; and a plurality of local temperature sensors that are communicatively coupled to the mitigation controller and are arranged for detecting critical temperatures in specific regions of the environment, wherein the mitigation controller initiates a mitigation action when one of the critical temperatures in a corresponding one of the specific regions exceeds a predetermined critical temperature threshold. an abnormal temperature sensor for detecting an abnormal temperature of the environment; a power source that is mechanically actuated by the abnormal temperature sensor when the detected temperature exceeds a predetermined temperature threshold; a mitigation controller that is electrically actuated by the power source; and a plurality of local temperature sensors that are communicatively coupled to the mitigation controller and are arranged for detecting critical temperatures in specific regions of the environment, wherein the mitigation controller initiates a mitigation action when one of the critical temperatures in a corresponding one of the specific regions exceeds a predetermined critical temperature threshold.
A liquid composition comprising: 3 to 10 wt% of phycocyanin; at least 50 wt% of glycerol; and 0.1 to 3 wt% of at least one emulsifier based on the total weight of the liquid composition. 3 to 10 wt% of phycocyanin; at least 50 wt% of glycerol; and 0.1 to 3 wt% of at least one emulsifier
A server computing device for remoting applications that have their respective visual content stored as a structural representation in a corresponding visual tree, such as Windows Presentation Foundation, WPF, applications, to one or more client computing devices (106-1, 106-2, 106-3), the server computing device comprising: a memory ; one or more processors operatively coupled to the memory; a redirection agent in the memory, wherein the redirection agent remotes one or more non-composed desktops and applications of the server computing device to the one or more client computing devices; a structural redirection agent that transfers structural information of the desktop to the one or more client computing devices, wherein structural information includes data that specifies placement of visual contents on a desktop when displayed, and wherein a graphics system of the server computing device transitions from a single immediate drawing mode to a structural redirection mode when an application is created that has its visual content stored as a structural representation in a corresponding visual tree and wherein the structural redirection mode is implemented through the structural redirection agent; a visual tree generator that creates visual trees that correspond to the applications, wherein the visual trees include a child tree as a structural representation of a desktop and corresponding child trees of applications; and a window manager agent that provides structural information to the structural redirection agent to generate structural information node data, wherein the structural redirection agent maintains a visual tree for the whole desktop and instructs a remote display client to create a visual tree. a memory ; one or more processors operatively coupled to the memory; a redirection agent in the memory, wherein the redirection agent remotes one or more non-composed desktops and applications of the server computing device to the one or more client computing devices; a structural redirection agent that transfers structural information of the desktop to the one or more client computing devices, wherein structural information includes data that specifies placement of visual contents on a desktop when displayed, and wherein a graphics system of the server computing device transitions from a single immediate drawing mode to a structural redirection mode when an application is created that has its visual content stored as a structural representation in a corresponding visual tree and wherein the structural redirection mode is implemented through the structural redirection agent; a visual tree generator that creates visual trees that correspond to the applications, wherein the visual trees include a child tree as a structural representation of a desktop and corresponding child trees of applications; and a window manager agent that provides structural information to the structural redirection agent to generate structural information node data, wherein the structural redirection agent maintains a visual tree for the whole desktop and instructs a remote display client to create a visual tree.
A control method of an image forming apparatus , comprising: detecting whether the image forming apparatus currently satisfies a condition for performing idling; and when the condition for performing the idling is satisfied and before the image forming apparatus starts image formation, enabling the image forming apparatus to perform the idling until a preset time duration is reached; wherein the idling includes enabling a rotation of a stirring blade configured for stirring the toner in a toner hopper in the image forming apparatus ; characterized in that performing the idling includes performing the idling in a warm-up stage before the image forming apparatus starts the image formation; wherein the warm-up stage before the image forming apparatus starts the image formation is a warm-up stage for performing cleaning, pressurizing, and heating to a standby temperature after the image forming apparatus is powered on or woken up from a sleep state; characterized in that the idling is performed to mix moist toner and non-moist toner; and the preset time duration is configured to have different lengths according to ambient temperature and humidity. detecting whether the image forming apparatus currently satisfies a condition for performing idling; and when the condition for performing the idling is satisfied and before the image forming apparatus starts image formation, enabling the image forming apparatus to perform the idling until a preset time duration is reached; wherein the idling includes enabling a rotation of a stirring blade configured for stirring the toner in a toner hopper in the image forming apparatus ; characterized in that performing the idling includes performing the idling in a warm-up stage before the image forming apparatus starts the image formation; wherein the warm-up stage before the image forming apparatus starts the image formation is a warm-up stage for performing cleaning, pressurizing, and heating to a standby temperature after the image forming apparatus is powered on or woken up from a sleep state; characterized in that the idling is performed to mix moist toner and non-moist toner; and the preset time duration is configured to have different lengths according to ambient temperature and humidity.