mhurhangee/ep-ind-claims huggingface dataset:
An agricultural baler comprising: a main bale chamber for the compressing of crop material into bales, the main bale chamber having a floor and an outlet for discharge of compressed crop material in the form of bales; a bale ejection system at least partially incorporated in the floor for moving the bales substantially throughout the main bale chamber; and a partial bale ejection system at least partially incorporated in the floor for moving a bale out the outlet, the partial bale ejection system arranged to move and eject a rearward bale proximate to the outlet of the main bale chamber; the partial bale ejection system comprising: - a tine extension/retraction device; and - an actuator for moving the rearward bale, the actuator being coupled to the tine extension/retraction device; characterized in that the partial bale ejection system further comprising: - at least one tine that is pushed into the rearward bale by the tine extension/retraction device prior to the actuator moving the rearward bale alone toward and out the outlet. a main bale chamber for the compressing of crop material into bales, the main bale chamber having a floor and an outlet for discharge of compressed crop material in the form of bales; a bale ejection system at least partially incorporated in the floor for moving the bales substantially throughout the main bale chamber; and a partial bale ejection system at least partially incorporated in the floor for moving a bale out the outlet, the partial bale ejection system arranged to move and eject a rearward bale proximate to the outlet of the main bale chamber; the partial bale ejection system comprising: - a tine extension/retraction device; and - an actuator for moving the rearward bale, the actuator being coupled to the tine extension/retraction device; - a tine extension/retraction device; and - an actuator for moving the rearward bale, the actuator being coupled to the tine extension/retraction device; characterized in that the partial bale ejection system further comprising: - at least one tine that is pushed into the rearward bale by the tine extension/retraction device prior to the actuator moving the rearward bale alone toward and out the outlet. - at least one tine that is pushed into the rearward bale by the tine extension/retraction device prior to the actuator moving the rearward bale alone toward and out the outlet.
A computer-implemented method to upgrade computer nodes included in a computer network, the method comprising: identifying a request to upgrade a first computer node in a computer network, the first computer node being a first acceleration node to accelerate transmission of resources between a client computer system and a server computer system connected through the first computer node; identifying a second computer node in the computer network linked to the first computer node, the second computer node being a second acceleration node to accelerate transmission of resources between the client computer system and the server computer system connected through the second computer node; establishing a bypass link to the second computer node from the first computer node; executing the first computer node to handle existing connections received by the first computer node before the bypass link was established; and upgrading the first computer node upon establishing the bypass link in response to identifying the request and upon determining that the first computer node has completed handling the existing connections, wherein the bypass link is configured to transmit new connections received for handling by the first computer node to the second computer node for handling by the second computer node during upgrading of the first computer node, said executing being performed after establishing the bypass link and before upgrading the first computer node. identifying a request to upgrade a first computer node in a computer network, the first computer node being a first acceleration node to accelerate transmission of resources between a client computer system and a server computer system connected through the first computer node; identifying a second computer node in the computer network linked to the first computer node, the second computer node being a second acceleration node to accelerate transmission of resources between the client computer system and the server computer system connected through the second computer node; establishing a bypass link to the second computer node from the first computer node; executing the first computer node to handle existing connections received by the first computer node before the bypass link was established; and upgrading the first computer node upon establishing the bypass link in response to identifying the request and upon determining that the first computer node has completed handling the existing connections, wherein the bypass link is configured to transmit new connections received for handling by the first computer node to the second computer node for handling by the second computer node during upgrading of the first computer node, said executing being performed after establishing the bypass link and before upgrading the first computer node.
Windrower, having a main frame which can be supported via wheels on an underlying surface to be cultivated and via which the windrower can be coupled to a tractor, having at least two extension arms which are mounted pivotably on the main frame, wherein each extension arm bears a windrower rotor, and wherein each extension arm is assigned a hydraulic actuating cylinder via which the respective extension arm can be moved between a working position, a headland position and a transport position, wherein a hydraulic system of the windrower has a hydraulic control block which is common to the actuating cylinders of all of the extension arms, the hydraulic control block has a pressure-limiting valve which is common to the actuating cylinders of all of the extension arms, the hydraulic block has a plurality of hydraulic connections, namely a first hydraulic connection, which is designed for connection to a hydraulic system of a tractor, a plurality of second hydraulic connections (26a, 26b, 26c, 26d), which are designed for the connection of the actuating cylinders of the extension arms, and at least one third hydraulic connection (27a, 27b), which is designed for the connection of at least one pressure accumulator (28a, 28b), characterized in that the hydraulic control block for the actuating cylinder of each extension arm has an individual switchable lifting valve and a fourth hydraulic connection, which is designed for the connection of an actuating cylinder of a support structure of a windrow cloth. having a main frame which can be supported via wheels on an underlying surface to be cultivated and via which the windrower can be coupled to a tractor, having at least two extension arms which are mounted pivotably on the main frame, wherein each extension arm bears a windrower rotor, and wherein each extension arm is assigned a hydraulic actuating cylinder via which the respective extension arm can be moved between a working position, a headland position and a transport position, wherein a hydraulic system of the windrower has a hydraulic control block which is common to the actuating cylinders of all of the extension arms, the hydraulic control block has a pressure-limiting valve which is common to the actuating cylinders of all of the extension arms, the hydraulic block has a plurality of hydraulic connections, namely a first hydraulic connection, which is designed for connection to a hydraulic system of a tractor, a plurality of second hydraulic connections (26a, 26b, 26c, 26d), which are designed for the connection of the actuating cylinders of the extension arms, and at least one third hydraulic connection (27a, 27b), which is designed for the connection of at least one pressure accumulator (28a, 28b), characterized in that the hydraulic control block for the actuating cylinder of each extension arm has an individual switchable lifting valve and a fourth hydraulic connection, which is designed for the connection of an actuating cylinder of a support structure of a windrow cloth.
A delivery device comprising: a housing having a hollow cavity formed therein; an inlet in fluid communication with the cavity and structured to deliver a stream of a fluid to the cavity; an outlet in fluid communication with the cavity and structured to deliver a flow of the fluid out of the cavity, and a delivery mechanism structured to deliver a beam of electromagnetic energy out of the outlet and within the flow, characterized in that the outlet comprises a straight section of a substantially unvarying diameter and further comprises a curved entryway and an adjacent tapered region situated upstream of the straight section, wherein the curved entryway is situated upstream of the tapered region. a housing having a hollow cavity formed therein; an inlet in fluid communication with the cavity and structured to deliver a stream of a fluid to the cavity; an outlet in fluid communication with the cavity and structured to deliver a flow of the fluid out of the cavity, and a delivery mechanism structured to deliver a beam of electromagnetic energy out of the outlet and within the flow, characterized in that the outlet comprises a straight section of a substantially unvarying diameter and further comprises a curved entryway and an adjacent tapered region situated upstream of the straight section, wherein the curved entryway is situated upstream of the tapered region.
Method for adapting the display of a video stream ( fv) by a client, the adapting method (ADPT), during the display by the client of a video stream ( fv) received from an equipment supplying the video stream ( fv) at a supplied resolution, comprising modifying a setting format in a video element (bv) of the client, the setting format of the video element ( bv) being capable of configuring control of the display format of the video stream ( fv) by the client in a display window of the client, the modified setting format of the modified video element ( bv') being a function of: - a resolution of the equipment supplying the video stream ( fv), referred to as the supplied resolution; - a size of the display window of the client in which the video stream ( fv) is displayed, the display window of the client being monitored, and - a display accuracy parameter (p), the modified setting format of the modified video element ( bv '), written to a display database for consultation, having the same relationship as the supplied resolution to the size of the display window in which the video stream ( fv) is displayed by the client, where adapting display of the video stream is also triggered when a modification of the display window is detected by the monitoring action. - a resolution of the equipment supplying the video stream ( fv), referred to as the supplied resolution; - a size of the display window of the client in which the video stream ( fv) is displayed, the display window of the client being monitored, and - a display accuracy parameter (p),
A core-shell catalyst comprising a mixed metal oxide material of tin and titanium and a catalyst, wherein the mixed metal oxide material is formed as a core particle having a diameter of from 10-50 nm, and wherein the catalyst is applied as a shell on the core particle.
A compound of formula wherein R 1, R 2, R 3 and R 4 are, each independently, selected from a hydrogen atom, an alkyl group, an alkoxy group, a hydroxy group and a halogen atom, and salts and/or solvates thereof.
Thermoelectric heat pump, comprising two circuits (C1, C2) for exchanging heat and a plurality of thermoelectric units (41, 42, 43, 44) for transferring heat of a first group each comprising: - a first exchanger (41a, 42a, 43a, 44a); - a second exchanger (41b, 42b, 43b, 44b); and - at least one thermoelectric module for transferring heat between the two exchangers; characterised in that it comprises a control system which comprises at least one electrical power unit making it possible to electrically power each one of the thermoelectric units (41, 42, 43, 44); in that said plurality of thermoelectric units (41, 42, 43, 44) comprises an input unit of which the first exchanger is connected to a first circuit of the two circuits and an output unit of which the second exchanger is connected to a second circuit of the two circuits, with the control system comprising a plurality of valves (V1-V20) associated with a control device suited to configure a cascade arrangement wherein the second exchanger of the input unit is connected to a first exchanger (42a; 44a) of said plurality of thermoelectric units, and the first exchanger of the output unit is connected to a second exchanger (41b; 43b) of said plurality of thermoelectric units, and in that the control device comprises an electronic control unit that comprises: - means for configuring a defined number of predetermined operating points of the thermoelectric modules of the heat pump; and - an algorithm for selecting one of the predetermined operating points for the thermoelectric modules of said first group and which makes it possible to activate a heat transfer generated by said cascade arrangement according to the selection of the operating point. - a first exchanger (41a, 42a, 43a, 44a); - a second exchanger (41b, 42b, 43b, 44b); and - at least one thermoelectric module for transferring heat between the two exchangers; - means for configuring a defined number of predetermined operating points of the thermoelectric modules of the heat pump; and - an algorithm for selecting one of the predetermined operating points for the thermoelectric modules of said first group and which makes it possible to activate a heat transfer generated by said cascade arrangement according to the selection of the operating point.
A method for wireless communications, comprising: performing one or more clear channel assessment, CCA, procedures to contend for one or more transmission periods within a first radio frequency spectrum band shared by a plurality of asynchronous operators; winning the contention for the one or more transmission periods within the first radio frequency spectrum band; determining whether the one or more transmission periods for which contention has been won is equal to or greater than a threshold number of consecutive transmission periods; and relinquishing occupancy of the first radio frequency spectrum band for a period of time, based on the determination that the one or more transmission periods for which contention has been won is equal to or greater than a threshold number of consecutive transmission periods. performing one or more clear channel assessment, CCA, procedures to contend for one or more transmission periods within a first radio frequency spectrum band shared by a plurality of asynchronous operators; winning the contention for the one or more transmission periods within the first radio frequency spectrum band; determining whether the one or more transmission periods for which contention has been won is equal to or greater than a threshold number of consecutive transmission periods; and relinquishing occupancy of the first radio frequency spectrum band for a period of time, based on the determination that the one or more transmission periods for which contention has been won is equal to or greater than a threshold number of consecutive transmission periods.
DEVICE FOR RECOVERY OF KINETIC ENERGY IN RAILWAY SYSTEMS, wherein the railway system has a DC catenary connected to a rectifier bridge block that is in turn connected to the secondary winding of a transformer, present in the connection of the corresponding substation, the primary winding of which is connected to a three-phase AC grid, the device being connected between the catenary and the secondary winding of the transformer; characterized in that the device has a first DC/DC voltage raising block (51, 51a, 51b, 51c) that isolates from harmonics and fluctuations of the catenary, connected between the catenary and an intermediate bus provided with a capacitor (53, 53') which in turn is connected with a second block for DC/AC three-phase current generation (52, 52a, 52b) joined to the secondary winding of the transformer; such that during the braking of the corresponding train the said first block allows raising the DC voltage of the catenary, generating a controlled voltage in the intermediate bus; while the said second block, with this controlled voltage, allows generating a high-quality three-phase current that is delivered to the three-phase grid through the transformer.
A method for determining whether a scanned vehicle is a tanker truck including a tanker with at least one round edge or another form of cargo container vehicle including a container with at least one straight edge, the method comprising: obtaining an X-ray scanned image of the vehicle; generating a plurality of pixel-value line integrals across the scanned image; determining if a maximum of the generated pixel-value line integrals exceeds a predetermined threshold; and in response to determining that the maximum pixel-value line integral exceeds the threshold, determining that the vehicle is said another form of cargo container vehicle. obtaining an X-ray scanned image of the vehicle; generating a plurality of pixel-value line integrals across the scanned image; determining if a maximum of the generated pixel-value line integrals exceeds a predetermined threshold; and in response to determining that the maximum pixel-value line integral exceeds the threshold, determining that the vehicle is said another form of cargo container vehicle.
Conveying device for conveying products, having at least one individually movable slide for receiving at least one product, a guide rail, on which the at least one slide is guided, a linear-motor drive unit for driving the at least one slide, wherein the at least one slide comprises a substantially horseshoe-shaped or U-shaped base carrier having two legs (16, 17), which enclose the guide rail on two opposite sides, wherein running rollers (18, 20, 22, 24, 26, 28) project inwards from the legs (16, 17), wherein the at least one slide comprises at least two permanent magnets, which are arranged on both sides next to the linear-motor drive unit and are in operative connection with coils of the linear-motor drive unit in such a way that a force of attraction between the permanent magnets and the linear-motor drive unit has the effect of pretensioning the running rollers (18, 20, 22, 24, 26, 28) of the at least one slide against the guide rail, characterized in that the base carrier is divided into at least two interconnected subsections, each of which comprises one of the legs (16, 17), and the subsections are pivotably connected relative to each other about a pivot axis running parallel to a direction of longitudinal extent of the guide rail, wherein the pivot axis is formed as an interlocking articulated connection, wherein the at least two subsections are pivotable in relation to one another between a closed working position, in which the base carrier encloses the guide rail, and an open maintenance position, in which the base carrier can be released from the guide rail.
A transistor comprising: a drain electrode (120, 220, 320, 420, 520) and a source electrode (130, 230, 330, 430, 530); a gate region including a first plurality of gate dielectric segments (241, 242, 341, 342, 441, 442, 443, 541, 542, 543), a second plurality of segmentation dielectric segments (261, 361) substantially thicker than said first plurality of gate dielectric segments (241, 242, 341, 342, 441, 442, 443, 541, 542, 543), and a gate electrode (154, 254, 454, 554) disposed over said first plurality of gate dielectric segments (241, 242, 341, 342, 441, 442, 443, 541, 542, 543) and said second plurality of segmentation dielectric segments (261, 361); said gate region controlling conduction between said drain electrode (120, 220, 320, 420, 520) and said source electrode (130, 230, 330, 430, 530) through a conduction channel, wherein said second plurality of segmentation dielectric segments (261, 361) are situated between said first plurality of gate dielectric segments (241, 242, 341, 342, 441, 442, 443, 541, 542, 543). a drain electrode (120, 220, 320, 420, 520) and a source electrode (130, 230, 330, 430, 530); a gate region including a first plurality of gate dielectric segments (241, 242, 341, 342, 441, 442, 443, 541, 542, 543), a second plurality of segmentation dielectric segments (261, 361) substantially thicker than said first plurality of gate dielectric segments (241, 242, 341, 342, 441, 442, 443, 541, 542, 543), and a gate electrode (154, 254, 454, 554) disposed over said first plurality of gate dielectric segments (241, 242, 341, 342, 441, 442, 443, 541, 542, 543) and said second plurality of segmentation dielectric segments (261, 361); said gate region controlling conduction between said drain electrode (120, 220, 320, 420, 520) and said source electrode (130, 230, 330, 430, 530) through a conduction channel, wherein said second plurality of segmentation dielectric segments (261, 361) are situated between said first plurality of gate dielectric segments (241, 242, 341, 342, 441, 442, 443, 541, 542, 543).
A lighting module for a vehicle, consisting of a housing, at least two light guide portions arranged in the housing and extending along the outer contour of the lighting module, at least two LEDs (7, 7') arranged on at least one printed circuit board in the housing, wherein the light of the at least two LEDs (7, 7') is coupled into the at least two light guide portions, and between the light guide portions, connection optics other than the light guide portions, which has contact regions to the at least two light guide portions, wherein the optical connection element seals off the contact region of the at least two light guide portions towards the outside, wherein the light of the at least two LEDs (7, 7') is able to be coupled into the at least two light guide portions at coupling-in points (4, 4'), wherein the connection optics is adapted to the outer contour of the light guide portions and includes an information optics, wherein the coupling-in points (4, 4') are covered by the connection optic, characterized in that the connection optics contains a piece of information laser-etched into the inside thereof, wherein the connection optics includes a plastics material comprising a polymer which is laser-sensitized in the range of near ultraviolet to near infrared light by the addition of an additive. a housing, at least two light guide portions arranged in the housing and extending along the outer contour of the lighting module, at least two LEDs (7, 7') arranged on at least one printed circuit board in the housing, wherein the light of the at least two LEDs (7, 7') is coupled into the at least two light guide portions, and between the light guide portions, connection optics other than the light guide portions, which has contact regions to the at least two light guide portions, wherein the optical connection element seals off the contact region of the at least two light guide portions towards the outside, wherein the light of the at least two LEDs (7, 7') is able to be coupled into the at least two light guide portions at coupling-in points (4, 4'), wherein the connection optics is adapted to the outer contour of the light guide portions and includes an information optics, wherein the coupling-in points (4, 4') are covered by the connection optic, characterized in that the connection optics contains a piece of information laser-etched into the inside thereof, wherein the connection optics includes a plastics material comprising a polymer which is laser-sensitized in the range of near ultraviolet to near infrared light by the addition of an additive.