mhurhangee/ep-ind-claims huggingface dataset:
A smart skidding system (150, 250) for an on-shore drilling rig, the smart skidding system comprising: a transverse skidding platform (106, 206) comprising a plurality of first skidding rails for skidding the a rig floor of the drilling rig sideways, wherein the plurality of first skidding rails are parallel to each other; a longitudinal skidding platform (108, 208) comprising a plurality of second skidding rails for skidding the rig floor of the drilling rig forward and backward, wherein the plurality of second skidding rails are parallel to each other, the plurality of second skidding rails being perpendicular to the plurality of first skidding rails; and a skidder unit configured to skid the rig floor of the drilling rig along the transverse skidding platform or the longitudinal skidding platform, the skidder unit further comprising a gear box assembly having a gear structure configured to engage with the plurality of first skidding rails and the plurality of second skidding rails, and an AC motor configured to drive the skidder unit; wherein the transverse skidding platform is separated by the longitudinal skidding platform by a vertical distance (120, 220) that is adjustable. a transverse skidding platform (106, 206) comprising a plurality of first skidding rails for skidding the a rig floor of the drilling rig sideways, wherein the plurality of first skidding rails are parallel to each other; a longitudinal skidding platform (108, 208) comprising a plurality of second skidding rails for skidding the rig floor of the drilling rig forward and backward, wherein the plurality of second skidding rails are parallel to each other, the plurality of second skidding rails being perpendicular to the plurality of first skidding rails; and a skidder unit configured to skid the rig floor of the drilling rig along the transverse skidding platform or the longitudinal skidding platform, the skidder unit further comprising a gear box assembly having a gear structure configured to engage with the plurality of first skidding rails and the plurality of second skidding rails, and an AC motor configured to drive the skidder unit; wherein the transverse skidding platform is separated by the longitudinal skidding platform by a vertical distance (120, 220) that is adjustable.
A magnetic fastener comprising first and second lock bodies (2, 4) engaged with each other; the first lock body including a first magnet and a fastener body; the first magnet being defined with a through hole extending through the two opposite end surfaces of the first magnet; the fastener body being movably received in the through hole; the fastener body including a main body, an interface part disposed at one end of the main body, and a plurality of elastic arms extending outward from the other end of the main body; the interface part passing through the through hole; a receiving space being defined between the elastic arms; the inner side of the free end of the elastic arms being respectively provided with a clasp; the second lock body including a second magnet and a hook body connected to the second magnet; the hook body being provided with a buckling part; the elastic arms of the fastener body being elastically deformed by inserting the buckling part into the receiving space of the fastener body as well as by the magnetic poles of the opposite two end surfaces of the first magnet and the second magnet attracting and abutting each other, whereby the clasps buckles with the buckling part for locking the first lock body and the second lock body together.
Arrangement comprising a step ladder or a folding step and a storage device for storing feet which can be mounted on the rails of a step ladder or folding step, wherein the storage device comprises first fastening elements, to which the feet can be releasably attached, and the storage device comprises second fastening elements (15,130) for releasably attaching the storage device to the step ladder or the folding step, wherein the step ladder or the folding step have fifth fastening elements (5, 70, 73) and the storage device with its second fastening elements (15, 130) is releasably attached to the fifth fastening elements (5, 70, 73) of the step ladder or the folding step, characterized in that the storage device is mounted on an underside of a platform of the step ladder or of the folding step.
A compound of formula: or a pharmaceutically acceptable salt or solvate thereof, wherein: R 1 each independently represents -CF 3 or halogen; R 2 independently represents H, -CH 3, -OCH 3 or halogen; R 3, R 4 independently represent H or -CH 3; R 5 is selected from H, C 1 -C 6 linear or branched alkyl or benzyl, the phenyl ring of the benzyl being optionally substituted by 1-5 substituents selected from the group consisting of halogen, nitro, hydroxyl, hydroxymethyl, trifluoromethyl, trifluoromethoxy, C 1 -C 6 linear or branched alkyl, C 2 -C 6 linear or branched alkenyl, C 1 -C 4 alkoxy, C 2 -C 4 alkenoxy, phenoxy, benzyloxy, nitrile group, carboxyl or amino; y represents 0,1, 2, 3, 4 or 5; X represents O or S; Y represents O or -CH 2 -. R 1 each independently represents -CF 3 or halogen; R 2 independently represents H, -CH 3, -OCH 3 or halogen; R 3, R 4 independently represent H or -CH 3; R 5 is selected from H, C 1 -C 6 linear or branched alkyl or benzyl, the phenyl ring of the benzyl being optionally substituted by 1-5 substituents selected from the group consisting of halogen, nitro, hydroxyl, hydroxymethyl, trifluoromethyl, trifluoromethoxy, C 1 -C 6 linear or branched alkyl, C 2 -C 6 linear or branched alkenyl, C 1 -C 4 alkoxy, C 2 -C 4 alkenoxy, phenoxy, benzyloxy, nitrile group, carboxyl or amino; y represents 0,1, 2, 3, 4 or 5; X represents O or S; Y represents O or -CH 2 -.
A method for encoding video data comprising: obtaining a value indicating a position of a last significant coefficient within a video block of size T; determining a binarization for the value of the position of the last significant coefficient consisting of a first binary string and a second binary string; wherein the first binary string is determined by a truncated unary coding scheme; the second binary string is determined by a fixed length coding scheme; and encoding the first and second binary strings to a bitstream using a context-adaptive arithmetic coding (CABAC) process, the CABAC process comprising encoding the first binary string based on a context model and bypass encoding the second binary string; characterized in that the truncated unary coding scheme, by which the first binary string is determined, is defined by a maximum bit length defined by 2log 2 -1. obtaining a value indicating a position of a last significant coefficient within a video block of size T; determining a binarization for the value of the position of the last significant coefficient consisting of a first binary string and a second binary string; wherein the first binary string is determined by a truncated unary coding scheme; the second binary string is determined by a fixed length coding scheme; and encoding the first and second binary strings to a bitstream using a context-adaptive arithmetic coding (CABAC) process, the CABAC process comprising encoding the first binary string based on a context model and bypass encoding the second binary string; characterized in that the truncated unary coding scheme, by which the first binary string is determined, is defined by a maximum bit length defined by 2log 2 -1.
A cleaning apparatus comprising: a vacuum cleaner comprising a dust collecting chamber (20, 50, 50', 60) in which foreign substances are collected; and a docking station (100, 300, 400) configured to be connected to the dust collecting chamber to remove the foreign substances collected in the dust collecting chamber, wherein the dust collecting chamber is configured to: collect foreign substances through centrifugation, and dock to the docking station, and wherein the docking station comprises a suction device (130, 330, 430) configured to suction the foreign substances and air in the dust collecting chamber docked to the docking station, characterized in that the docking station further comprises a flow rate regulator (150, 170, 180, 190, 200, 210, 220, 230) configured to selectively change an amount of intake air flow supplied to the dust collecting chamber to change a flow rate of the inside of the dust collecting chamber in response to driving of the suction device. a vacuum cleaner comprising a dust collecting chamber (20, 50, 50', 60) in which foreign substances are collected; and a docking station (100, 300, 400) configured to be connected to the dust collecting chamber to remove the foreign substances collected in the dust collecting chamber, wherein the dust collecting chamber is configured to: collect foreign substances through centrifugation, and dock to the docking station, and collect foreign substances through centrifugation, and dock to the docking station, and wherein the docking station comprises a suction device (130, 330, 430) configured to suction the foreign substances and air in the dust collecting chamber docked to the docking station, characterized in that the docking station further comprises a flow rate regulator (150, 170, 180, 190, 200, 210, 220, 230) configured to selectively change an amount of intake air flow supplied to the dust collecting chamber to change a flow rate of the inside of the dust collecting chamber in response to driving of the suction device.
Method for controlling the operation of a manure scraper, wherein the scraper is a manure scraper adapted for being pulled along an alley by a chain, rope or wire, characterized in that the method comprising: - obtaining (101, 201, 303) information from one or more cameras regarding a position (102, 202, 304) of the scraper along a route of operation of the scraper, by means of image processing; - determining (203, 305) that information derived based on said obtained information fulfills a criterion that relates to the position of the scraper along the route of operation, wherein the criterion is that the scraper has reached a predefined position and/or has entered a predefined situation e.g. in relation to an obstacle; and - triggering (103, 204, 306) an action related to the scraper when the result of said determining fulfills the criterion, wherein the action is an adjustment of the speed or operation of the scraper, the method being characterised in that the one or more cameras are mounted such as to capture images of the length of the scraper route, and the criterion is related to the position of the scraper in relation to an end position, and the action is to trigger the motor to stop and reverse and then trigger the motor to stop reversing and start forward operation, i.e. scraping, when the scraper is determined to have reached its end position. - obtaining (101, 201, 303) information from one or more cameras regarding a position (102, 202, 304) of the scraper along a route of operation of the scraper, by means of image processing; - determining (203, 305) that information derived based on said obtained information fulfills a criterion that relates to the position of the scraper along the route of operation, wherein the criterion is that the scraper has reached a predefined position and/or has entered a predefined situation e.g. in relation to an obstacle; and - triggering (103, 204, 306) an action related to the scraper when the result of said determining fulfills the criterion, wherein the action is an adjustment of the speed or operation of the scraper,
A booster of Treg cells for use in treating an Alzheimer's disorder in a subject, wherein said booster is low dose IL-2, and wherein the low dose is at range below 3.5 MIU/m 2 /day, wherein the subject is at an early stage of an Alzheimer's disorder.
Wind turbine comprising at least one component having a surface, characterised in that the surface is coated at least in part with a boron-based refractory layer, wherein the boron-based refractory layer has self-lubricating properties.
A liquid ejecting head comprising: an ejecting section (41, 42) including a plurality of nozzles (Hn) for ejecting liquid; a driving circuit that drives the ejecting section based on a printing driving signal (Dp, Ss) to eject the liquid from the nozzles; a power supply path (Rp) connected to the driving circuit; a detection section (46, 47) that acquires measurement data based on a detection result of a current flowing on the power supply path; and an arithmetic operation section that performs both an inspection of a state of the ejecting section and acquisition of a parameter for ejection of the liquid based on the measurement data obtained by the detection section, wherein the arithmetic operation section performs both an inspection of a filling state of the ejecting section (41, 42) with the liquid, as the state of the ejecting unit, and the acquisition of the parameter relating to ejection of the liquid, based on a plurality of pieces of the measurement data obtained using a plurality of inspection driving signals having different periods from each other, and wherein the arithmetic operation section inspects the filling state with the liquid by determining whether or not each of the plurality of pieces of measurement data has a local maximum value (CVm) which is equal to or more than a threshold value. an ejecting section (41, 42) including a plurality of nozzles (Hn) for ejecting liquid; a driving circuit that drives the ejecting section based on a printing driving signal (Dp, Ss) to eject the liquid from the nozzles; a power supply path (Rp) connected to the driving circuit; a detection section (46, 47) that acquires measurement data based on a detection result of a current flowing on the power supply path; and an arithmetic operation section that performs both an inspection of a state of the ejecting section and acquisition of a parameter for ejection of the liquid based on the measurement data obtained by the detection section, wherein the arithmetic operation section performs both an inspection of a filling state of the ejecting section (41, 42) with the liquid, as the state of the ejecting unit, and the acquisition of the parameter relating to ejection of the liquid, based on a plurality of pieces of the measurement data obtained using a plurality of inspection driving signals having different periods from each other, and wherein the arithmetic operation section inspects the filling state with the liquid by determining whether or not each of the plurality of pieces of measurement data has a local maximum value (CVm) which is equal to or more than a threshold value.
A communications system, comprising: a plurality of stackable modules, wherein each module is able to perform a particular function or group of functions of the system, each module comprising: a power controller; a power switch; induction interconnections to connect to other modules, wherein the interconnections are via close proximity inductively coupled Ethernet connections; and components to perform the particular function or group of functions; where each module in the plurality of stackable modules is connected to at least one other module via the interconnections; and where each module in the plurality of stackable modules is enabled to communicate with all other module(s) in the plurality of stackable modules via the close proximity inductively coupled Ethernet connections; wherein the plurality of stackable modules comprises at least a first module and a second module; wherein the first module comprises at least a first power controller and a first power switch; wherein the first module uses the first power controller to query power requirements of the second module and to supply power to the second module via the first power switch in response to determining that there is sufficient power to meet the power requirements of the second module. a plurality of stackable modules, wherein each module is able to perform a particular function or group of functions of the system, each module comprising: a power controller; a power switch; induction interconnections to connect to other modules, wherein the interconnections are via close proximity inductively coupled Ethernet connections; and components to perform the particular function or group of functions; a power controller; a power switch; induction interconnections to connect to other modules, wherein the interconnections are via close proximity inductively coupled Ethernet connections; and components to perform the particular function or group of functions; where each module in the plurality of stackable modules is connected to at least one other module via the interconnections; and where each module in the plurality of stackable modules is enabled to communicate with all other module(s) in the plurality of stackable modules via the close proximity inductively coupled Ethernet connections; wherein the plurality of stackable modules comprises at least a first module and a second module; wherein the first module comprises at least a first power controller and a first power switch; wherein the first module uses the first power controller to query power requirements of the second module and to supply power to the second module via the first power switch in response to determining that there is sufficient power to meet the power requirements of the second module.
Open roof construction for a vehicle having a roof opening in its fixed roof, comprising a frame including a passage opening for placement below the roof opening in the fixed roof, the passage opening being smaller than the roof opening, a panel for closing the roof opening in a closed position and at least partially opening the roof opening in an open position, and an operating mechanism on each side of the passage opening for supporting and moving the panel, the panel having a panel bracket below each longitudinal side and the operating mechanisms each include a panel support, the panel bracket and the panel support each being elongated and extending a substantial part of the longitudinal length of the panel and each having a plurality of holes (13, 14) and a screw for each pair of holes (13, 14) to attach the panel bracket to the panel support, characterized in that at least one pair of holes (13, 14) is provided with a funnel having an entrance opening where the screwdriver is inserted and an exit opening opposite to and in line with the pair of holes (13, 14), at least when the panel is in its closed position in order to guide a screw driver to the respective screw which is pre-mounted in or in front of the pair of holes.
Kit for assembling and attaching structural framework elements for lining, with an outer siding, a wall of a building, suitable for the integration of insulation panels of the VIP type, distributed into at least one layer of panels with rows (R1, R2) of panels in parallel to the outer siding, the attachment kit comprising: - a supporting profiled section having a H-shaped section with an intermediate portion that extends between a front branch and a rear branch, the supporting profiled section comprising: -- a bearing face defined by the rear branch and suitable for being attached to the wall; -- a latching device situated opposite the bearing face; - a plurality of bracing devices each of which extends between a first axial end in contact with the supporting profiled section and a second axial end intended to be in contact with one of the structural framework elements; the intermediate portion of the supporting profiled section being planar, such that it is suitable for being inserted between two rows of insulation panels of the VIP type by making contact with sealed barrier envelopes of the panels, the front branch defining a front face of the supporting profiled section, on which the latching device is provided, characterised in that each of the bracing devices, which are preferably non-metallic, comprises: - an attaching member arranged in the first axial end and suitable for attaching to the latching device; - a holding element arranged in the second axial end and intended to hold one of the structural framework elements; and - a bracing element made of a part integral with the attaching member and suitable for taking on a locked position relative to the holding element, the largest dimension of the bracing element being an axial length that is greater than the width of the intermediate portion, the holding element being capable of moving in rotation about the bracing element between an unlocked position and a locked position. - a supporting profiled section having a H-shaped section with an intermediate portion that extends between a front branch and a rear branch, the supporting profiled section comprising: -- a bearing face defined by the rear branch and suitable for being attached to the wall; -- a latching device situated opposite the bearing face; -- a bearing face defined by the rear branch and suitable for being attached to the wall; -- a latching device situated opposite the bearing face; - a plurality of bracing devices each of which extends between a first axial end in contact with the supporting profiled section and a second axial end intended to be in contact with one of the structural framework elements; - an attaching member arranged in the first axial end and suitable for attaching to the latching device; - a holding element arranged in the second axial end and intended to hold one of the structural framework elements; and - a bracing element made of a part integral with the attaching member and suitable for taking on a locked position relative to the holding element, the largest dimension of the bracing element being an axial length that is greater than the width of the intermediate portion,
A ceiling structure comprising: existing, plastically deformed beams, which beams have a pressure zone and a traction zone when under strain, steel elements, wherein at least one steel element is mechanically and/or adhesively connected to one respective beam by being inserted into a slot disposed on the top face of said beam, thus generating a composite structure, wherein the steel elements are disposed in the pressure zone of the beams or in the traction zone of the beams, characterised in that the steel elements are oriented in the slot such as to form a horizontal geometrical plane extending over multiple beams and above the beams, which geometrical plane is defined, in a punctiform and/or linear manner, as a plane extending exclusively through the top edges of the steel elements, and which geometrical plane is formed as a bend-proof flooring structure hinged exclusively to the top edges of the steel elements, which geometrical plane runs congruent with the bottom edge of the flooring structure when joining the bend-proof flooring structure to the top edges of the steel elements. existing, plastically deformed beams, which beams have a pressure zone and a traction zone when under strain, steel elements, wherein at least one steel element is mechanically and/or adhesively connected to one respective beam by being inserted into a slot disposed on the top face of said beam, thus generating a composite structure, wherein the steel elements are disposed in the pressure zone of the beams or in the traction zone of the beams, characterised in that the steel elements are oriented in the slot such as to form a horizontal geometrical plane extending over multiple beams and above the beams, which geometrical plane is defined, in a punctiform and/or linear manner, as a plane extending exclusively through the top edges of the steel elements, and which geometrical plane is formed as a bend-proof flooring structure hinged exclusively to the top edges of the steel elements, which geometrical plane runs congruent with the bottom edge of the flooring structure when joining the bend-proof flooring structure to the top edges of the steel elements.