mhurhangee/patent-ind-claim-en huggingface dataset:
A stabilizer leg arrangement comprising a support structure and a stabilizer leg carried by the support structure , the stabilizer leg being provided with a hydraulic cylinder , by means of which the stabilizer leg is extensible in a vertical direction in relation to the support structure from a raised inactive position, in which the stabilizer leg is out of contact with the ground, to an active supporting position, in which the stabilizer leg is in supporting contact with the ground, wherein the hydraulic cylinder comprises: • a cylinder housing having an internal space , • a piston movably received in said internal space and configured to divide this space into a first chamber on a first side of the piston and a second chamber on an opposite second side of the piston , and • a piston rod fixed to the piston and extending through the second chamber , the piston being moveable in relation to the cylinder housing to an advanced end position, in which the piston abuts against a stop surface at a lower end of the internal space and in which the second chamber has its minimum volume; and wherein the stabilizer leg arrangement further comprises a pressure sensor configured to generate a measuring value (V1) representing the hydraulic pressure in said first chamber , and characterised in that an electronic control device is connected to the pressure sensor , wherein the electronic control device is configured to establish information as to whether or not the stabilizer leg is in the active supporting position while taking into account said measuring value (V1), wherein the second chamber is configured to come into fluid communication with the first chamber through at least one flow channel (41; 41'; 41") in the hydraulic cylinder when the piston reaches the advanced end position or is on the verge of reaching this end position, wherein the piston is configured to keep the second chamber fluidly separated from the first chamber when the piston is in any other position in relation to the cylinder housing . • a cylinder housing having an internal space , • a piston movably received in said internal space and configured to divide this space into a first chamber on a first side of the piston and a second chamber on an opposite second side of the piston , and • a piston rod fixed to the piston and extending through the second chamber , the piston being moveable in relation to the cylinder housing to an advanced end position, in which the piston abuts against a stop surface at a lower end of the internal space and in which the second chamber has its minimum volume;
A drilling fluid or packer fluid for use in the presence of hydrogen sulfide in a subterranean formation, comprising: an oleaginous base; a ferrous based compound having a ferrous content of more than 14% selected from the group of consisting of: ferrous lactate, ferrous bisglycinate, ferrous citrate, ferrous acetate, ferrous fumarate, ferrous succinate, ferrous saccharate, ferrous tartrate, ferrous glycine sulfate, ferrous glutamate, and combinations thereof; and a viscosifier, such that the product of any reaction of the ferrous based compound with any hydrogen sulfide in the drilling fluid or packer fluid will remain in suspension in the fluid. an oleaginous base; a ferrous based compound having a ferrous content of more than 14% selected from the group of consisting of: ferrous lactate, ferrous bisglycinate, ferrous citrate, ferrous acetate, ferrous fumarate, ferrous succinate, ferrous saccharate, ferrous tartrate, ferrous glycine sulfate, ferrous glutamate, and combinations thereof; and a viscosifier, such that the product of any reaction of the ferrous based compound with any hydrogen sulfide in the drilling fluid or packer fluid will remain in suspension in the fluid.
A mid-turbine frame of a gas turbine engine , the mid-turbine frame comprising a fastener assembly, the fastener assembly comprising: an inner frame case including a fastener opening ; a tie rod having a flange and including a bushing opening in the flange ; a threaded bushing at least partially located within the bushing opening , wherein the bushing includes a flange , a cylindrical portion and a threaded bushing fastener opening extending through the flange and the cylindrical portion and aligning with the fastener opening ; and a fastener extending through the fastener opening and engaging the threaded bushing fastener opening , wherein the threaded bushing is configured, by means of contact with the fastener , to transfer heat from the fastener to prevent the fastener from creeping; characterised in that the flange includes a tab wherein the tab includes an edge having a radius that extends from the flange for engaging a portion of the tie rod to prevent the bushing from rotating relative to the tie rod during installation or disassembly. an inner frame case including a fastener opening ; a tie rod having a flange and including a bushing opening in the flange ; a threaded bushing at least partially located within the bushing opening , wherein the bushing includes a flange , a cylindrical portion and a threaded bushing fastener opening extending through the flange and the cylindrical portion and aligning with the fastener opening ; and a fastener extending through the fastener opening and engaging the threaded bushing fastener opening , wherein the threaded bushing is configured, by means of contact with the fastener , to transfer heat from the fastener to prevent the fastener from creeping; characterised in that the flange includes a tab wherein the tab includes an edge having a radius that extends from the flange for engaging a portion of the tie rod to prevent the bushing from rotating relative to the tie rod during installation or disassembly.
A toothed crushing disk for a grain processor with teeth on its surface, wherein each of the teeth has a trailing tooth flank, a tooth back , and a leading tooth flank, a tooth face , wherein, in the area of the tooth back , the teeth have a continuous wear protection zone or a wear protection zone divided into sub-zones, whose wear resistance is bigger than that of the material of the base body of the toothed crushing disc, wherein the base body has a tooth structure determining the shape of the teeth and wherein the wear protection zone is produced by a high-energy beam process while substantially retaining the geometry of the tooth structure, characterized - in that the wear protection zone is a hard material coating applied by a deposition welding process, - and in that the hard material coating has a thickness of 0.05 to 0.5 mm, preferably of 0.1 to 0.4 mm, particularly preferably of 0.2 to 0.3 mm. - in that the wear protection zone is a hard material coating applied by a deposition welding process, - and in that the hard material coating has a thickness of 0.05 to 0.5 mm, preferably of 0.1 to 0.4 mm, particularly preferably of 0.2 to 0.3 mm.
A method at a user equipment, UE, for transmitting on first and second allocated physical uplink control channel, PUCCH, resources, the method comprising: receiving, at the UE, a downlink control channel carrying a PUCCH resource indicator, wherein the downlink control channel is associated with a demodulation reference signal, DMRS, antenna port; mapping the PUCCH resource indicator to a first offset; determining a second offset based on a position of the received downlink control channel; determining an index of the DMRS antenna port associated with the downlink control channel; determining a third offset based on the determined index of the DMRS antenna port; determining a first index identifying the first allocated PUCCH resource, the first index being based on at least the first, second, and third offsets; determining a second index identifying the second allocated PUCCH resource, the second index having a value equal to the first index plus a constant; and transmitting a PUCCH on the first allocated PUCCH resource using a first antenna port and on the second allocated PUCCH resource using a second antenna port. receiving, at the UE, a downlink control channel carrying a PUCCH resource indicator, wherein the downlink control channel is associated with a demodulation reference signal, DMRS, antenna port; mapping the PUCCH resource indicator to a first offset; determining a second offset based on a position of the received downlink control channel; determining an index of the DMRS antenna port associated with the downlink control channel; determining a third offset based on the determined index of the DMRS antenna port; determining a first index identifying the first allocated PUCCH resource, the first index being based on at least the first, second, and third offsets; determining a second index identifying the second allocated PUCCH resource, the second index having a value equal to the first index plus a constant; and transmitting a PUCCH on the first allocated PUCCH resource using a first antenna port and on the second allocated PUCCH resource using a second antenna port.
An external drive unit for an implantable heart assist pump comprising a motor for driving the heart assist pump, wherein the motor is connectable to the heart assist pump via a transcutaneous drive shaft , characterized by a heat spreader comprising a contact surface configured to contact a skin of a patient, wherein the contact surface is connected or connectable with the motor in a thermally-conductive manner to transfer heat generated by the motor to tissue of the patient, wherein the motor comprises a housing , and the heat spreader is attached to the housing of the motor, wherein the housing of the motor is an external housing that is at least partly visible when the drive unit is assembled, and wherein the heat spreader is arranged outside of the housing of the motor. a motor for driving the heart assist pump, wherein the motor is connectable to the heart assist pump via a transcutaneous drive shaft , characterized by a heat spreader comprising a contact surface configured to contact a skin of a patient, wherein the contact surface is connected or connectable with the motor in a thermally-conductive manner to transfer heat generated by the motor to tissue of the patient, wherein the motor comprises a housing , and the heat spreader is attached to the housing of the motor, wherein the housing of the motor is an external housing that is at least partly visible when the drive unit is assembled, and wherein the heat spreader is arranged outside of the housing of the motor.
Steering limiting device for bicycles and similar vehicles, comprising: - a first part configured to be fixed to a coupling portion of a handlebar-fork assembly of a bicycle or a similar vehicle, said first part comprising at least one fixing portion for fixing it to said coupling portion of a handlebar-fork assembly, said first part comprising two radial stop projections , - a second part configured to be fixed to a head tube of a frame of a bicycle or a similar vehicle, said second part comprising at least one fixing portion for fixing it to a head tube of a frame of a bicycle or a similar vehicle, said second part comprising a reference projection configured to be positioned between said radial stop projections of said first part , wherein - said first part comprises a central supporting body and an external shaped portion on which said radial stop projections are defined, said at least one fixing portion of said first part comprising an engagement portion suited to be engaged in a corresponding seat of said handlebar-fork assembly said steering limiting device being characterised in that - said second part comprises an annular body suited to be inserted in a tubular cavity of said head tube of a bicycle frame, said annular body comprising said reference projection , said reference projection being configured so that it protrudes radially from said annular body towards the inside of said annular body . - a first part configured to be fixed to a coupling portion of a handlebar-fork assembly of a bicycle or a similar vehicle, said first part comprising at least one fixing portion for fixing it to said coupling portion of a handlebar-fork assembly, said first part comprising two radial stop projections , - a second part configured to be fixed to a head tube of a frame of a bicycle or a similar vehicle, said second part comprising at least one fixing portion for fixing it to a head tube of a frame of a bicycle or a similar vehicle, said second part comprising a reference projection configured to be positioned between said radial stop projections of said first part , wherein - said first part comprises a central supporting body and an external shaped portion on which said radial stop projections are defined, said at least one fixing portion of said first part comprising an engagement portion suited to be engaged in a corresponding seat of said handlebar-fork assembly said steering limiting device being characterised in that - said second part comprises an annular body suited to be inserted in a tubular cavity of said head tube of a bicycle frame, said annular body comprising said reference projection , said reference projection being configured so that it protrudes radially from said annular body towards the inside of said annular body .
Dispenser of single-dose retouching, correction and application applicators comprising a pusher for supporting a batch of stackable single-dose applicators , the pusher being embedded in a hollow upper body which is embedded in a peripheral body , the peripheral body having longitudinal freedom in relation to the upper body , the pusher comprising on its outer periphery at least one first protrusion and at least one second protrusion , the protrusions being made flexible and elastic by lateral notches , the upper body having internal lateral housings arranged one above the other with a regular pitch, capable of cooperating with the first protrusion , said upper body comprising at least one longitudinal notch capable of cooperating with the second protrusion , the peripheral body having internal lateral housings arranged one above the other with a pitch identical to that of the internal lateral housings , capable of cooperating with the second protrusion , the peripheral body comprising an internal lateral housing , the upper body comprising a lateral protrusion , the internal lateral housing cooperating with the lateral protrusion , the peripheral body which is longitudinally free to move back and forth with respect to the upper body driving the pusher and the applicators in a longitudinal movement towards the upper end of the dispenser .
A computer-implemented method for calibrating a camera, comprising: acquiring an image-point cloud sequence, the image-point cloud sequence including at least one group of an initial image and point cloud data collected at a same time, the initial image being collected by a camera provided on an autonomous vehicle and the point cloud data being collected by a radar provided on the autonomous vehicle; determining target point cloud data of initial images corresponding to groups of image-point cloud in the image-point cloud sequence, wherein the determining target point cloud data of initial images corresponding to groups of image-point cloud in the image-point cloud sequence comprises: determining an actual traveling trajectory of the autonomous vehicle based on the image-point cloud sequence, determining location points corresponding to the initial images in the groups of image-point cloud in the image-point cloud sequence on the actual traveling trajectory, to obtain a location point sequence corresponding to the image-point cloud sequence, and for a location point in the location point sequence, acquiring, at the location point, target point cloud data of a corresponding initial image; and matching the target point cloud data with the corresponding initial images in the image-point cloud sequence, to determine a correction parameter of the camera. acquiring an image-point cloud sequence, the image-point cloud sequence including at least one group of an initial image and point cloud data collected at a same time, the initial image being collected by a camera provided on an autonomous vehicle and the point cloud data being collected by a radar provided on the autonomous vehicle; determining target point cloud data of initial images corresponding to groups of image-point cloud in the image-point cloud sequence, wherein the determining target point cloud data of initial images corresponding to groups of image-point cloud in the image-point cloud sequence comprises: determining an actual traveling trajectory of the autonomous vehicle based on the image-point cloud sequence, determining location points corresponding to the initial images in the groups of image-point cloud in the image-point cloud sequence on the actual traveling trajectory, to obtain a location point sequence corresponding to the image-point cloud sequence, and for a location point in the location point sequence, acquiring, at the location point, target point cloud data of a corresponding initial image; and determining an actual traveling trajectory of the autonomous vehicle based on the image-point cloud sequence, determining location points corresponding to the initial images in the groups of image-point cloud in the image-point cloud sequence on the actual traveling trajectory, to obtain a location point sequence corresponding to the image-point cloud sequence, and for a location point in the location point sequence, acquiring, at the location point, target point cloud data of a corresponding initial image; and matching the target point cloud data with the corresponding initial images in the image-point cloud sequence, to determine a correction parameter of the camera.
A system for treating venous insufficiency, the system comprising: a catheter assembly comprising a proximal hub having a first spin lock comprising a threaded sidewall , an elongate body operably connected to the proximal hub , and a distal end , wherein the elongate body is configured to be placed within a perforator vein; an extension tubing having a proximal female hub , a distal male hub , and an elongate body therebetween, the distal male hub having a second spin lock thereon, the second spin lock comprising a threaded sidewall , and the distal male hub configured to be attached to the proximal hub of the catheter assembly via the second spin lock ; a volume of media comprising cyanoacrylate; and an injector comprising a control , wherein actuation of the control automatically dispenses a bolus of the media. a catheter assembly comprising a proximal hub having a first spin lock comprising a threaded sidewall , an elongate body operably connected to the proximal hub , and a distal end , wherein the elongate body is configured to be placed within a perforator vein; an extension tubing having a proximal female hub , a distal male hub , and an elongate body therebetween, the distal male hub having a second spin lock thereon, the second spin lock comprising a threaded sidewall , and the distal male hub configured to be attached to the proximal hub of the catheter assembly via the second spin lock ; a volume of media comprising cyanoacrylate; and an injector comprising a control , wherein actuation of the control automatically dispenses a bolus of the media.
An installation position optimization program which is configured to optimize installation positions of a feeder on each feeder installation section of a pair of component supply devices in an electronic component mounting machine including a pair of conveyance devices which are configured to convey circuit boards ; a mounting head which is configured to perform mounting operation of electronic components on the circuit boards ; a moving device which is configured to move the mounting head to an arbitrary position; and the pair of component supply devices , each of which includes the feeder installation section on which one or more of the feeders which are configured to store electronic components is installed in a detachable manner and is configured to supply electronic components at a supply position of the electronic components of the feeder , wherein the pair of component supply devices is installed to interpose the pair of conveyance devices , wherein the mounting head includes a main body section which is held by the moving device to be capable of moving to an arbitrary position, and a plurality of nozzle holding units which are configured to hold one or more suction nozzles , characterized in that each of the plurality of nozzle holding units is mounted in the main body section in an exchangeable manner and is changed according to the size of the electronic components which are mounted onto the circuit board , wherein a nozzle height which is a height of a tip portion of the one or more suction nozzles from a top surface of the circuit board is different for each of the plurality of nozzle holding units when the mounting head is moved above the circuit board by the moving device in a state in which the nozzle holding unit is mounted in the main body section , wherein the installation position optimization program comprises a first installation position allocation step of allocating an installation position of one or more specific feeders which is the feeder that stores the electronic components which are scheduled to be mounted onto the circuit board which is conveyed by one of the pair of conveyance devices to the feeder installation section of a first component supply device which is the component supply device which is close to the one of the pair of conveyance devices of the pair of component supply devices . a main body section which is held by the moving device to be capable of moving to an arbitrary position, and a plurality of nozzle holding units which are configured to hold one or more suction nozzles ,