mhurhangee/patent-ind-claim-en huggingface dataset:
A harvester comprising a chassis and a crop material handling assembly , said crop material handling assembly comprising: - a right and a left side member interconnected by at least one cross frame ; - front and rear supports for said right and left side members , permitting fore and aft oscillation and side to side movement; - a device for driving fore and aft oscillation of said right and left side members ; wherein said crop handling assembly further comprises - a pivotal link mechanism structurally connected to said at least one cross frame between said right and left side frame members and to the agricultural harvester chassis for driving a generally linear side to side movement of said crop material handling assembly while permitting fore and aft movement thereof; and said harvester being characterized in that said crop handling assembly further comprises - an actuator arranged to reciprocate to selectively drive said pivotal link mechanism to drive generally linear reciprocating side to side movement of said crop material handling assembly , said actuator being connected to one of said crop material handling assembly and the agricultural harvester chassis between said right and left side members . - a right and a left side member interconnected by at least one cross frame ; - front and rear supports for said right and left side members , permitting fore and aft oscillation and side to side movement; - a device for driving fore and aft oscillation of said right and left side members ; - a pivotal link mechanism structurally connected to said at least one cross frame between said right and left side frame members and to the agricultural harvester chassis for driving a generally linear side to side movement of said crop material handling assembly while permitting fore and aft movement thereof; and said harvester being characterized in that said crop handling assembly further comprises - an actuator arranged to reciprocate to selectively drive said pivotal link mechanism to drive generally linear reciprocating side to side movement of said crop material handling assembly , said actuator being connected to one of said crop material handling assembly and the agricultural harvester chassis between said right and left side members .
A circularly polarizing plate comprising an antireflection film, a polarizer, a retardation film having an R /R value of 0.99 to 1.01, and a pressure-sensitive adhesive layer sequentially, wherein the antireflection film has reflectance of 2.0% or less for a wavelength of 550 nm and reflection colors satisfying b*>0 based on L*a*b* color coordinate criterion, and the circularly polarizing plate has transmittance of more than 30% for a wavelength of 430 nm, where R (λ) is an in-plane retardation value for a wavelength of λ nm.
Synthetic nutritional composition comprising at least the six human milk oligosaccharides 2'FL, DFL, LNnT, LNT, 3SL and 6SL for use to prevent and/or treat a health disorder by increasing the butyrate production in the digestive tract in an infant or a young child, such as the intestinal butyrate production, wherein the health disorder is selected from the list consisting of type 2 diabetes, insulin resistance.
Chassis frame for a rail vehicle, having - two longitudinal supports which extend parallel to a longitudinal direction and are configured as I-beams, wherein the longitudinal support comprises a longitudinal support top flange , a longitudinal support bottom flange and a web , - a box-shaped transverse support which extends normal to the longitudinal direction parallel to a transverse direction and connects the two longitudinal supports to one another, wherein the longitudinal support has a central portion in which the longitudinal support top flange and the longitudinal support bottom flange are arranged parallel to one another and in which the longitudinal support is connected to the transverse support , wherein each longitudinal support forms at least one wheelset guide bushing for connecting to a wheelset guide, characterised in that on both sides of the web at least one stiffening rib is arranged in the longitudinal support , extending on both sides of the web outwardly from the web in the transverse direction and is configured such that the force flow from the wheelset guide bushing is conducted into the transverse support , wherein a first connection site at which the rib is connected to the wheelset guide bushing is arranged on the side of the wheelset guide bushing facing toward the transverse support . - two longitudinal supports which extend parallel to a longitudinal direction and are configured as I-beams, wherein the longitudinal support comprises a longitudinal support top flange , a longitudinal support bottom flange and a web , - a box-shaped transverse support which extends normal to the longitudinal direction parallel to a transverse direction and connects the two longitudinal supports to one another,
A supply air terminal device comprising at least one supply air chamber comprising a supply air chamber floor and a fresh air inlet arranged to receive fresh air; at least one mixing chamber comprising a mixing chamber floor having plurality of holes and end walls ; the supply air chamber and the mixing chamber are arranged parallel to each other so that the supply air chamber floor and the mixing chamber floor form a visible plane surface; a heat exchanger arranged within the mixing chamber to pass the circulated air from the room into the mixing chamber through the holes located in the mixing chamber floor ; a channel arranged to conduct the combined air flow from the mixing chamber to the room; characterized in that at least one nozzle arranged to conduct the fresh supply air from the supply air chamber into the mixing chamber , wherein the fresh supply air and a circulated air from the room are combined and a combined air flow is formed. at least one supply air chamber comprising a supply air chamber floor and a fresh air inlet arranged to receive fresh air; at least one mixing chamber comprising a mixing chamber floor having plurality of holes and end walls ; the supply air chamber and the mixing chamber are arranged parallel to each other so that the supply air chamber floor and the mixing chamber floor form a visible plane surface; a heat exchanger arranged within the mixing chamber to pass the circulated air from the room into the mixing chamber through the holes located in the mixing chamber floor ; a channel arranged to conduct the combined air flow from the mixing chamber to the room; characterized in that at least one nozzle arranged to conduct the fresh supply air from the supply air chamber into the mixing chamber , wherein the fresh supply air and a circulated air from the room are combined and a combined air flow is formed.
A circuit, comprising: a controller configured to produce a pulse-width-modulated signal (PWM) to control current supply to an electrical load (SV), the pulse-width-modulated signal having a duty-cycle, redundant current measurement circuitry (S1, 10H, 12H, 14H; S2, 10L, 12L, 14L) configured to measure the current in said electrical load (SV) and provide a first and a second current measurement signal, monitor circuitry coupled to the redundant current measurement circuitry (S1, 10H, 12H, 14H; S2, 10L, 12L, 14L), the monitor circuitry configured to assert a current monitor signal (HS-LS COMP) in response to the first and second current measurement signals being found to be matching with each other, characterized in that the monitor circuitry is configured to: detect the absence of an asserted current monitor signal (HS-LS COMP) prior to expiry of a threshold time interval (FTTI), and in response to detecting the absence of said asserted current monitor signal (HS-LS COMP), force the controller to produce, prior to expiry of the threshold time interval (FTTI), at least one pulse-width-modulated signal pulse (PWM) having a controlled duty-cycle. a controller configured to produce a pulse-width-modulated signal (PWM) to control current supply to an electrical load (SV), the pulse-width-modulated signal having a duty-cycle, redundant current measurement circuitry (S1, 10H, 12H, 14H; S2, 10L, 12L, 14L) configured to measure the current in said electrical load (SV) and provide a first and a second current measurement signal, monitor circuitry coupled to the redundant current measurement circuitry (S1, 10H, 12H, 14H; S2, 10L, 12L, 14L), the monitor circuitry configured to assert a current monitor signal (HS-LS COMP) in response to the first and second current measurement signals being found to be matching with each other, characterized in that the monitor circuitry is configured to: detect the absence of an asserted current monitor signal (HS-LS COMP) prior to expiry of a threshold time interval (FTTI), and in response to detecting the absence of said asserted current monitor signal (HS-LS COMP), force the controller to produce, prior to expiry of the threshold time interval (FTTI), at least one pulse-width-modulated signal pulse (PWM) having a controlled duty-cycle. detect the absence of an asserted current monitor signal (HS-LS COMP) prior to expiry of a threshold time interval (FTTI), and in response to detecting the absence of said asserted current monitor signal (HS-LS COMP), force the controller to produce, prior to expiry of the threshold time interval (FTTI), at least one pulse-width-modulated signal pulse (PWM) having a controlled duty-cycle.
A container carrying device , installed, in use in a drawer of a furniture item equipped with two side panels which are opposite to each other, wherein each of said side panels comprises guides which slidably constrain respective sideboards (S) of the drawer, comprising: - a frame having a substantially rectangular or square perimeter shape and defining at least one seat designed to support a respective container; said frame having two shoulders ; - a pair of supports configured for reversibly connecting said frame to said sideboards (S); each support having a first portion , for reversible coupling the support to a respective shoulder of said frame , and a second portion , for reversible coupling the support to the respective sideboard (S), wherein each said second portion comprises at least a corresponding anchoring bracket positioned away from said first portion in such a way as to be fixable, to a corresponding sideboard (S) and in that the first coupling portion defines a sliding guide wherein the respective shoulder is constrained to slide, during assembly, in such a way as to be able to adjust a distance between said frame and said respective support ; characterized in that said first coupling portion is substantially C-shaped and comprises a lower element and an upper element , parallel to each other and defining said sliding guide , and configured to engage, respectively, with a lower edge and an upper edge of said shoulder . - a frame having a substantially rectangular or square perimeter shape and defining at least one seat designed to support a respective container; said frame having two shoulders ; - a pair of supports configured for reversibly connecting said frame to said sideboards (S); each support having a first portion , for reversible coupling the support to a respective shoulder of said frame , and a second portion , for reversible coupling the support to the respective sideboard (S), - a pair of supports configured for reversibly connecting said frame to said sideboards (S); each support having a first portion , for reversible coupling the support to a respective shoulder of said frame , and a second portion , for reversible coupling the support to the respective sideboard (S),
A furniture damper for dampening a movement of a movably-supported furniture part , comprising: - a damper housing , - at least one fluid chamber arranged in the damper housing , - a damping fluid arranged in the fluid chamber , - at least one piston displaceably supported within the fluid chamber , the piston having at least one channel for the passage of the damping fluid, characterized in that the furniture damper includes at least one switch element configured to be moved, when a damping stroke is performed and below a predetermined threshold value of a pressure application to the piston , into a first position (A) in which the at least one channel of the piston is at least partially covered by the switch element and wherein a first flow rate of the damping fluid streams through the at least one channel of the piston , wherein the at least one switch element , when the damping stroke is performed and above the predetermined threshold value of the pressure application to the piston , is configured to be moved from the first position (A) into a second position (B) in which the at least one channel of the piston is at least partially unblocked by the switch element and wherein a second flow rate of the damping fluid streams through the at least one channel of the piston , the second fluid rate of the damping fluid being larger than the first fluid rate. - a damper housing , - at least one fluid chamber arranged in the damper housing , - a damping fluid arranged in the fluid chamber , - at least one piston displaceably supported within the fluid chamber , the piston having at least one channel for the passage of the damping fluid, characterized in that the furniture damper includes at least one switch element configured to be moved, when a damping stroke is performed and below a predetermined threshold value of a pressure application to the piston , into a first position (A) in which the at least one channel of the piston is at least partially covered by the switch element and wherein a first flow rate of the damping fluid streams through the at least one channel of the piston , wherein the at least one switch element , when the damping stroke is performed and above the predetermined threshold value of the pressure application to the piston , is configured to be moved from the first position (A) into a second position (B) in which the at least one channel of the piston is at least partially unblocked by the switch element and wherein a second flow rate of the damping fluid streams through the at least one channel of the piston , the second fluid rate of the damping fluid being larger than the first fluid rate.
A water dispersible granule formulation comprising from 5% to 80% (w/w) of monensin; from 1% to 20% (w/w) of one or more surfactants selected from alkyl sulphates, sodium lauryl sulphate, sulphonates, sodium dodecylbenzene sulphonate, carboxylates, dioctyl sodium sulfosuccinate, quaternary ammonium salts, benzalkonium chloride, alkyl betaines, cocamidoalkyl betaines, polyoxyethylene glycol sorbitan alkyl esters, alkyl polyglucoside, polysorbates, alkoxylates, and combinations thereof; from 1% to 30% (w/w) of one or more binders selected from lignosulphonates, sodium lignosulphonate, and combinations thereof; from 1% to 90% (w/w) of one or more fillers selected from lactose monohydrate, glucose, sucrose, sugars, mannitol, modified sugars, celluloses, magnesium silicate monohydrate, amorphous alumina silicate, and combinations thereof; and water up to about 2% (w/w); wherein the formulation does not comprise a disintegrant. from 5% to 80% (w/w) of monensin; from 1% to 20% (w/w) of one or more surfactants selected from alkyl sulphates, sodium lauryl sulphate, sulphonates, sodium dodecylbenzene sulphonate, carboxylates, dioctyl sodium sulfosuccinate, quaternary ammonium salts, benzalkonium chloride, alkyl betaines, cocamidoalkyl betaines, polyoxyethylene glycol sorbitan alkyl esters, alkyl polyglucoside, polysorbates, alkoxylates, and combinations thereof; from 1% to 30% (w/w) of one or more binders selected from lignosulphonates, sodium lignosulphonate, and combinations thereof; from 1% to 90% (w/w) of one or more fillers selected from lactose monohydrate, glucose, sucrose, sugars, mannitol, modified sugars, celluloses, magnesium silicate monohydrate, amorphous alumina silicate, and combinations thereof; and water up to about 2% (w/w); wherein the formulation does not comprise a disintegrant.
A hydraulic operating device for a fluid of a cycle or of a motorcycle hydraulic system comprising a body , a first chamber carved in the body adapted for housing an actuating piston , a second tank-chamber carved in the body and in fluid communication with said first chamber , a floating plug , a sphere , an elastic element , a rear sealing element and a rear plug , said second chamber is adapted for housing said floating plug , characterised in that said second chamber is enclosed by the body walls and open outwards through a rear opening of the body , said rear opening of the body has dimensions adapted for the insertion of said floating plug , said floating plug is slidably mounted inside the second chamber , said floating plug comprises an axial through duct in fluid communication with the second chamber , said sphere is mounted in rototranslating way inside the axial through duct , said rear plug comprises a rear through opening in fluid communication with the axial duct and with the outside, said rear plug is mounted with said axial through duct , said elastic element is mounted inside said axial through duct , said rear sealing element is mounted with the sphere , said sphere is adapted to make said elastic element pass from at least one compressed position to at least a more compressed position, wherein the compressed position of the elastic element provides that the sphere pushes said rear sealing element to stop the fluid from coming out the axial through duct , wherein the more compressed position of the elastic element allows the sphere to roto-translate allowing the fluid to come out the axial through duct .
Arrangement for mounting an injector on a cylinder head of the combustion engine of a motor vehicle, the injector having a vertical main axis (A) and comprising a lower end injection portion which is intended to be inserted into a well in the cylinder head , the injection portion comprising at least two transversely opposed lateral notches , the arrangement comprising a fixing clamp which comprises: - a fixing part which is intended to be fixed to the cylinder head , - two retaining elements in the shape of cylinders of revolution which are intended to be inserted in the lateral notches so as to hold the injector vertically in the well ; - a rigid fork which comprises two transversely separated longitudinal arms between which the injection portion is able to slide axially wherein the two retaining elements are mounted with the ability to move transversely between a parted position in which they are parted by a distance greater than the largest diameter (D1) of the injection portion and a closer-together position towards which they are elastically returned and in which each retaining element is capable of being fitted transversely into the associated lateral notch , characterized in that each retaining element is mounted with the ability to slide transversely in an associated arm and has a face in the form of a ramp facing axially upwards so that as it is inserted vertical into the well , the injection portion between the arms presses on the ramps of the retaining elements in order to make them slide towards their parted position. - a fixing part which is intended to be fixed to the cylinder head , - two retaining elements in the shape of cylinders of revolution which are intended to be inserted in the lateral notches so as to hold the injector vertically in the well ; - a rigid fork which comprises two transversely separated longitudinal arms between which the injection portion is able to slide axially
A method for improving the lifetime of a lithium-sulfur battery comprising a positive electrode including a positive electrode active material formed on a positive electrode current collector, a negative electrode, an electrolyte liquid and a separator, comprising charging and discharging the battery in a range greater than 2.0 V and less than 2.4 V in an activation step to form a compound represented by Li 2 S n where n is from 4 to 8, the compound having a solubility of 1% by weight or greater at 25°C in the electrolyte liquid, wherein: (i) the compound Li 2 S n is derived from the positive electrode active material, and (ii) the potential difference in the charge and the discharge is greater than or equal to 0.1 V and less than 0.4 V in the activation step. (i) the compound Li 2 S n is derived from the positive electrode active material, and (ii) the potential difference in the charge and the discharge is greater than or equal to 0.1 V and less than 0.4 V in the activation step.
A method for determining a size or shape related parameter of an effective observation volume for an observation technique for particles undergoing at least partially stochastic motion in a dispersion, based on a time-series of observations, the method comprising - determining a plurality of single particle trajectories for individual particles in the dispersion based on the time-series of observations, the method being characterized in that it further comprises the steps of: - determining the distribution of number of trajectories versus particle trajectory length, - determining at least one stochastic motion-related parameter representative for the at least partially stochastic motion of at least one particle in the dispersion - determining a size or shape related parameter of the effective observation volume by making use of a theoretical model describing the at least partially stochastic motion of the particle movement in the dispersion, said theoretical modeling taking into account the at least one stochastic motion-related parameter and the determined plurality of single particle trajectories, wherein determining the size or shape related parameter of the effective observation volume comprises modeling the at least partially stochastic motion of the particle movement in the dispersion based on the at least one stochastic motion related parameter and the trajectory length distribution. - determining a plurality of single particle trajectories for individual particles in the dispersion based on the time-series of observations, - determining the distribution of number of trajectories versus particle trajectory length, - determining at least one stochastic motion-related parameter representative for the at least partially stochastic motion of at least one particle in the dispersion - determining a size or shape related parameter of the effective observation volume by making use of a theoretical model describing the at least partially stochastic motion of the particle movement in the dispersion, said theoretical modeling taking into account the at least one stochastic motion-related parameter and the determined plurality of single particle trajectories, wherein determining the size or shape related parameter of the effective observation volume comprises modeling the at least partially stochastic motion of the particle movement in the dispersion based on the at least one stochastic motion related parameter and the trajectory length distribution.
Adhesive mat for the imaging determination of a distribution of agricultural spreading material, wherein the adhesive mat comprises a collecting region , which is at least partially bounded at least on one side by an edge region , wherein the edge region comprises a through opening and/or a handle , wherein the collecting region comprises a multiplicity of pimple-like elevations which are arranged in a grid on the collecting region, wherein the collecting region furthermore has at least one marking , and wherein the at least one marking is formed by means of cutouts in the grid of the pimple-like elevations.