mhurhangee/patent-ind-claim-en huggingface dataset:
A knife drive for a header of an agricultural harvester comprising first and second drive arm assemblies configured to connect to respective cutting assemblies , including a drive unit comprising a hydraulic gear motor operatively connected to the first and second drive arm assemblies , the hydraulic gear motor comprising : - a housing ; - a hydraulic fluid inlet in fluid communication with an interior of the housing ; - a hydraulic fluid outlet in fluid communication with the interior of the housing ; wherein - the hydraulic gear motor comprises a first gear and a second gear operatively engaged with the first gear , wherein each gear is an external gear and housed within the housing , - the knife drive comprises a first connecting rod operatively connected to the first gear and to the first drive arm assembly and a second connecting rod operatively connected to the second gear and to the second drive arm assembly - the hydraulic gear motor and the connecting rods are configured to drive the first and second drive arm assemblies in opposite directions, - the first drive arm assembly is located adjacent the second gear and the second drive arm assembly is located adjacent the first gear. - a housing ; - a hydraulic fluid inlet in fluid communication with an interior of the housing ; - a hydraulic fluid outlet in fluid communication with the interior of the housing ; wherein - the hydraulic gear motor comprises a first gear and a second gear operatively engaged with the first gear , wherein each gear is an external gear and housed within the housing , - the knife drive comprises a first connecting rod operatively connected to the first gear and to the first drive arm assembly and a second connecting rod operatively connected to the second gear and to the second drive arm assembly - the hydraulic gear motor and the connecting rods are configured to drive the first and second drive arm assemblies in opposite directions, - the first drive arm assembly is located adjacent the second gear and the second drive arm assembly is located adjacent the first gear.
A culture medium comprising soy hydrolysate, yeast extract, a cell protectant, and glucose as a carbon source, wherein the medium comprises a Clostridium difficile bacterium, wherein the bacterium lacks the endogenous polynucleotide encoding a toxin, wherein the bacterium comprises a polynucleotide encoding a mutant C. difficile toxin A or B being immunogenic and exhibiting reduced cytotoxicity compared to its wild-type form and wherein the bacterium further comprises a Clostridium sporogenes ferredoxin ( fdx ) promoter driving the expression of said mutant toxin.
Tool carrier with a base body containing at least one graduated receiving opening for a tool holder , an annular holder arranged in the receiving opening and with an inner contour for positioning and torque support of the tool holder and a clamping device with two clamping elements (10; 11), which are displaceable with respect to one another transversely to a central axis of the receiving opening by a common actuating element , for clamping the tool holder , characterised in that the holder is fixed in the receiving opening by a clamping ring concentric to the receiving opening and which has a conical inner contour for resting on a conical outer surface of the holder and a cylindrical outer seat for resting on a cylindrical inner wall in an upper region of the graduated receiving opening and to fix the holder within the receiving opening is placed on the annular holder and pressed into the upper region of the receiving opening .
Method for generating usage data concerning a relay implemented in a computer network comprising at least one source device , a destination device , at least one shared memory and at least one relay constituting a circuit for setting up a communication between the source device and the destination device, comprising the following steps implemented on the source device: - recovery (3.9) of the identifiers of the relays constituting said circuit, - transmission (4.2) of a so-called "PoU" frame to the destination device, each relay of the circuit adding, in passing into the PoU frame, a signature produced from a challenge and from a key specific to said relay, - recovery (4.12), in return from said PoU frame, of at least the signatures of each relay, - verification (4.13) of the signatures received by using the public keys of the relays of said circuit, the authentication of the signatures triggering the following steps: - generation (8.7), from the received data, of an ordered list of identifiers of the relays used to set up said communication, - transmission (8.10) of transaction frames to each relay identified in said list to generate proofs of use comprising at least the signatures contained in the PoU frame, the transaction frames being designed to trigger the transmission by each relay of a proof of use recorded in a shared memory. - recovery (3.9) of the identifiers of the relays constituting said circuit, - transmission (4.2) of a so-called "PoU" frame to the destination device, each relay of the circuit adding, in passing into the PoU frame, a signature produced from a challenge and from a key specific to said relay, - recovery (4.12), in return from said PoU frame, of at least the signatures of each relay, - verification (4.13) of the signatures received by using the public keys of the relays of said circuit, the authentication of the signatures triggering the following steps: - generation (8.7), from the received data, of an ordered list of identifiers of the relays used to set up said communication, - transmission (8.10) of transaction frames to each relay identified in said list to generate proofs of use comprising at least the signatures contained in the PoU frame, the transaction frames being designed to trigger the transmission by each relay of a proof of use recorded in a shared memory. - generation (8.7), from the received data, of an ordered list of identifiers of the relays used to set up said communication, - transmission (8.10) of transaction frames to each relay identified in said list to generate proofs of use comprising at least the signatures contained in the PoU frame, the transaction frames being designed to trigger the transmission by each relay of a proof of use recorded in a shared memory.
An optical device for modulating incident light (L), comprising: a resonance defining layer structure comprising an optical state change material ; an electrode layer comprising at least two spaced-apart electrode elements ; wherein said electrode elements are individually addressable and arranged to cause an optical state change of a portion of the optical state change material between a first state and a second state; wherein said portion forms a geometric structure defined by the arrangement of the at least two spaced-apart electrode elements, wherein the optical state change material is configured to alter an optical response of the optical device upon the optical state change between the first state and the second state, said optical response determining the modulation of the incident light. a resonance defining layer structure comprising an optical state change material ; an electrode layer comprising at least two spaced-apart electrode elements ; wherein said electrode elements are individually addressable and arranged to cause an optical state change of a portion of the optical state change material between a first state and a second state; wherein said portion forms a geometric structure defined by the arrangement of the at least two spaced-apart electrode elements, wherein the optical state change material is configured to alter an optical response of the optical device upon the optical state change between the first state and the second state, said optical response determining the modulation of the incident light.
A fitting for a pumpable resin system for installation of rock bolts , the fitting comprising: a body having a first end and a second end positioned opposite from the first end , the body defining a resin port and a catalyst port , the first end of the body configured to engage a boom arm of a mine bolting machine; and a rock bolt engagement member , characterized in that the rock bolt engagement member comprises a body having a conical surface configured to engage and form a seal with a rock bolt, the rock bolt engagement member secured to the body . a body having a first end and a second end positioned opposite from the first end , the body defining a resin port and a catalyst port , the first end of the body configured to engage a boom arm of a mine bolting machine; and a rock bolt engagement member , characterized in that the rock bolt engagement member comprises a body having a conical surface configured to engage and form a seal with a rock bolt, the rock bolt engagement member secured to the body .
A control system , comprising: a tubular handling tool having a plurality of piston cylinders and a plurality of slips configured to engage a tubular string; a volume synchronizer comprising: a first piston cylinder having a piston connected to a first rod member ; a plate member connected to the first rod member; and a plurality of second piston cylinders , each having a piston connected to the plate member by a plurality of second rod members ; wherein pressurized fluid supplied to the first piston cylinder moves the plate member to move each of the pistons in the second piston cylinders, thereby forcing pressurized fluid out of the second piston cylinders and simultaneously into the piston cylinders of the tubular handling tool, thereby actuating the slips into engagement with the tubular string; and a control valve configured to fill or remove fluid from the second piston cylinders of the volume synchronizer, and from the piston cylinders of the tubular handling tool. a tubular handling tool having a plurality of piston cylinders and a plurality of slips configured to engage a tubular string; a volume synchronizer comprising: a first piston cylinder having a piston connected to a first rod member ; a plate member connected to the first rod member; and a plurality of second piston cylinders , each having a piston connected to the plate member by a plurality of second rod members ; a first piston cylinder having a piston connected to a first rod member ; a plate member connected to the first rod member; and a plurality of second piston cylinders , each having a piston connected to the plate member by a plurality of second rod members ; wherein pressurized fluid supplied to the first piston cylinder moves the plate member to move each of the pistons in the second piston cylinders, thereby forcing pressurized fluid out of the second piston cylinders and simultaneously into the piston cylinders of the tubular handling tool, thereby actuating the slips into engagement with the tubular string; and a control valve configured to fill or remove fluid from the second piston cylinders of the volume synchronizer, and from the piston cylinders of the tubular handling tool.
Process for the preparation of a PUFAs-comprising feedstuff, characterized in that a PUFAs-comprising biomass of the taxon Labyrinthulomycetes that has a sulfate content of 25 to 60 g/kg, based on the dry matter, is extruded together with further feedstuff components at an energy input of 12 - 28 Wh/kg, wherein dry matter is to be understood as meaning a product having a residual moisture content of below 5% by weight and wherein the sulfate content of the biomass is determined via the sulfur content in the biomass and this in turn is determined according to DIN EN ISO 11885.
A method performed by a first control device for controlling assembly of a vehicle from a set of modules , the set of modules comprising at least one drive module ; and at least one functional module , wherein the at least one drive module comprises a pair of wheels and is configured to be autonomously operated, and wherein each module (30; 40) in the set of modules comprises at least one interface releasably connectable to a corresponding interface on another module, characterised in that the method comprises: commanding (s101) a second control device of the at least one drive module to physically connect the at least one drive module with the at least one functional module to assemble a vehicle ; and receiving (s102), from at least one of the modules (30; 40) of the assembled vehicle , a verification of the connection between the modules (30; 40). at least one drive module ; and at least one functional module , commanding (s101) a second control device of the at least one drive module to physically connect the at least one drive module with the at least one functional module to assemble a vehicle ; and receiving (s102), from at least one of the modules (30; 40) of the assembled vehicle , a verification of the connection between the modules (30; 40).
A blow-off system for a multi-stage turbo compressor comprising: a plurality of blow-off pipes disposed according to respective stages of the multistage turbo compressor ; a plurality of blow-off valves (4 and 5) disposed correspondingly to the plurality of blow-off pipes; and a plurality of nozzles (14 and 15) disposed at the front or back sides of the plurality of blow-off valves (4 and 5) so as to prevent the generation of surge; and wherein the blow-off pipes are connected to an outlet pipe of the multi-stage turbo compressor . a plurality of blow-off pipes disposed according to respective stages of the multistage turbo compressor ; a plurality of blow-off valves (4 and 5) disposed correspondingly to the plurality of blow-off pipes; and a plurality of nozzles (14 and 15) disposed at the front or back sides of the plurality of blow-off valves (4 and 5) so as to prevent the generation of surge; and wherein the blow-off pipes are connected to an outlet pipe of the multi-stage turbo compressor .
Roof tile having a water barrier shaped thereon, which is produced by a method in which the water barrier is shaped on a roof tile blank that is supplied on a lower mould to a forming unit with a forming piece and a forming punch movable relative thereto, wherein the forming piece is placed on an upper side of a head end of the roof tile blank and the forming punch is moved parallel to the lower mould and the forming piece and presses against the head end of the roof tile blank so that material of the roof tile blank is pressed into a mould cavity of the forming piece , wherein the roof tile blank is arranged below the forming unit , and that the forming unit is lowered vertically onto the roof tile blank , wherein the water barrier and the roof tile are formed in one piece and the water barrier has a flat rear side, wherein the water barrier is indented from the head end of the roof tile blank to a depth T of 10 to 20 mm, characterised in that at least one hanging lug is formed on the underside of the roof tile blank at a minimum distance M from the head end of the roof tile blank , wherein the minimum distance M corresponds to at least the sum of the depth T of the indentation and the thickness S of the water barrier (M > T + S).
A method of producing a custom medical splint or brace for immobilization of a selected region (A) of a patient's body part (L), comprising the following steps : (a) producing a three-dimensional mould of a portion of the patient's body part (L) comprising the selected region (A) of the patient's body part (L) onto which a desired medical splint or brace is to be placed ; (b) defining a three-dimensional shape of the desired medical splint or brace covering the selected region (A) of the patient's body part (L) onto which the desired medical splint or brace is to be placed ; characterized in that it further comprises the following steps: (c) generating a two-dimensional template of the desired medical splint or brace corresponding to the defined three-dimensional shape, which two-dimensional template corresponds to unfolding in a two-dimensional plane of the three-dimensional shape of the desired medical splint or brace ; (d) producing at least one plate of mouldable material (50, 55, 55*) in accordance with the two-dimensional template of the desired medical splint or brace ; and (e) moulding the plate of mouldable material (50, 55, 55*) onto the three-dimensional mould to shape the desired medical splint or brace . (a) producing a three-dimensional mould of a portion of the patient's body part (L) comprising the selected region (A) of the patient's body part (L) onto which a desired medical splint or brace is to be placed ; (b) defining a three-dimensional shape of the desired medical splint or brace covering the selected region (A) of the patient's body part (L) onto which the desired medical splint or brace is to be placed ; characterized in that it further comprises the following steps: (c) generating a two-dimensional template of the desired medical splint or brace corresponding to the defined three-dimensional shape, which two-dimensional template corresponds to unfolding in a two-dimensional plane of the three-dimensional shape of the desired medical splint or brace ; (d) producing at least one plate of mouldable material (50, 55, 55*) in accordance with the two-dimensional template of the desired medical splint or brace ; and (e) moulding the plate of mouldable material (50, 55, 55*) onto the three-dimensional mould to shape the desired medical splint or brace . (c) generating a two-dimensional template of the desired medical splint or brace corresponding to the defined three-dimensional shape, which two-dimensional template corresponds to unfolding in a two-dimensional plane of the three-dimensional shape of the desired medical splint or brace ; (d) producing at least one plate of mouldable material (50, 55, 55*) in accordance with the two-dimensional template of the desired medical splint or brace ; and (e) moulding the plate of mouldable material (50, 55, 55*) onto the three-dimensional mould to shape the desired medical splint or brace .
A method of capturing, with a camera, a desired image of multiple images of a subject, comprising: determining that a subject of an image does not have a gaze direction towards a camera with an open eye; and in response to determining that the subject of the image does not have a gaze direction towards the camera with an open eye: capturing (614; 720) a burst of images of the subject; identifying (616; 724) at least one image of the burst of images with an artificial neural network trained for blink detection and averted gaze detection, wherein the identified at least one image depicts the subject with the eye in an open state and gazing toward the camera that captures the multiple images; and storing (618; 718) the at least one image. determining that a subject of an image does not have a gaze direction towards a camera with an open eye; and in response to determining that the subject of the image does not have a gaze direction towards the camera with an open eye: capturing (614; 720) a burst of images of the subject; identifying (616; 724) at least one image of the burst of images with an artificial neural network trained for blink detection and averted gaze detection, wherein the identified at least one image depicts the subject with the eye in an open state and gazing toward the camera that captures the multiple images; and storing (618; 718) the at least one image. capturing (614; 720) a burst of images of the subject; identifying (616; 724) at least one image of the burst of images with an artificial neural network trained for blink detection and averted gaze detection, wherein the identified at least one image depicts the subject with the eye in an open state and gazing toward the camera that captures the multiple images; and storing (618; 718) the at least one image.
Method for modernizing an elevator system, which elevator system comprises a first elevator comprising a first car in a firsthoistway , and a second elevator , comprising a second car in a second hoistway , the method comprising using (the first using) the first and the second car for transporting passengers and/or goods between vertically displaced floors of a building , and thereafter removing the first elevator car from use for transporting passengers and/or goods between vertically displaced floors, and thereafter installing a construction time elevator into the lower end of the first hoistway , the traveling zone (Z3) of the car of the construction time elevator covering only partially the height of the first hoistway ; and thereafter using (the second using) the car of the construction time elevator and the second car simultaneously for transporting passengers and/or goods between vertically displaced floors of the building , during which using the method preferably comprises performing construction work in the first hoistway above the traveling zone (Z3) of the car of the construction time elevator ; characterized in that the method comprises thereafter changing the traveling zone (Z3) of the car of the construction time elevator to extend higher (Z5) in the hoistway , and thereafter using (third using) the car of the construction time elevator and the second car simultaneously for transporting passengers and/or goods between vertically displaced floors, during which using the method preferably comprises performing construction work in the first hoistway above the traveling zone (Z5) of the car of the construction time elevator. the method comprising using (the first using) the first and the second car for transporting passengers and/or goods between vertically displaced floors of a building , and thereafter removing the first elevator car from use for transporting passengers and/or goods between vertically displaced floors, and thereafter installing a construction time elevator into the lower end of the first hoistway , the traveling zone (Z3) of the car of the construction time elevator covering only partially the height of the first hoistway ; and thereafter using (the second using) the car of the construction time elevator and the second car simultaneously for transporting passengers and/or goods between vertically displaced floors of the building , during which using the method preferably comprises performing construction work in the first hoistway above the traveling zone (Z3) of the car of the construction time elevator ; characterized in that the method comprises thereafter changing the traveling zone (Z3) of the car of the construction time elevator to extend higher (Z5) in the hoistway , and thereafter using (third using) the car of the construction time elevator and the second car simultaneously for transporting passengers and/or goods between vertically displaced floors, during which using the method preferably comprises performing construction work in the first hoistway above the traveling zone (Z5) of the car of the construction time elevator.