mhurhangee/ep-ind-claims huggingface dataset:
A mobile crane comprising a safety device, which restricts crane work in accordance with respective overhang states of four outriggers of which both overhang length and overhang angle can be varied, the outriggers being attached to a traveling body equipped with a crane boom, the safety device comprising: a permitted work range setting unit that is configured to set, in accordance with whether or not each of the outrigger overhang angles is a reference overhang angle, a permitted work range in which crane work can be carried out within a crane work area having a maximum work radius centered around a turning center of the crane boom; characterized in that said safety device further comprises: a load-specific work range setting unit that is configured to set, in accordance with whether or not each of the outriggers overhang lengths is a maximum overhang length, a maximum rated total load, RTL, work range which is a range, within the permitted work range, in which at least crane work at a maximum rated total load can be carried out, wherein the crane work area is sectioned into four turning angle ranges of 90 degrees each, in correlation with the four outriggers centered about the turning center; and the permitted work range setting unit is configured to set the turning angle ranges assigned to the outriggers, at which the overhang angles are the reference overhang angle, to the permitted work range. a permitted work range setting unit that is configured to set, in accordance with whether or not each of the outrigger overhang angles is a reference overhang angle, a permitted work range in which crane work can be carried out within a crane work area having a maximum work radius centered around a turning center of the crane boom; characterized in that said safety device further comprises: a load-specific work range setting unit that is configured to set, in accordance with whether or not each of the outriggers overhang lengths is a maximum overhang length, a maximum rated total load, RTL, work range which is a range, within the permitted work range, in which at least crane work at a maximum rated total load can be carried out, wherein the crane work area is sectioned into four turning angle ranges of 90 degrees each, in correlation with the four outriggers centered about the turning center; and the permitted work range setting unit is configured to set the turning angle ranges assigned to the outriggers, at which the overhang angles are the reference overhang angle, to the permitted work range.
An object moving method comprising: a step of preparing a tip including a syringe including a syringe main body portion having a front end opening for sucking cellular aggregate or cell as an object and a tubular passage with one end leading to the front end opening, and a plunger including a plunger main body portion which reciprocates in the tubular passage; a step of retaining a predetermined preliminary treatment solution (L3a) in a space between the syringe main body portion and the plunger main body portion by dipping the front end opening of the syringe into the preliminary treatment solution and executing a cycle predetermined number of times, the cycle including that the plunger rises until a front end portion of the plunger is sunk in the syringe to suck the preliminary treatment solution into the tubular passage form the front end opening and subsequently lowers until the front end portion projects from the front end opening to discharge a part of the preliminary treatment solution sucked into the tubular passage from the front end opening, a step of sucking the object into the tubular passage together with the liquid by dipping the front end opening of the syringe into a liquid containing an object and causing the plunger to rise; and a step of causing the plunger to fall down to discharge the object outside together with the liquid. a step of preparing a tip including a syringe including a syringe main body portion having a front end opening for sucking cellular aggregate or cell as an object and a tubular passage with one end leading to the front end opening, and a plunger including a plunger main body portion which reciprocates in the tubular passage; a step of retaining a predetermined preliminary treatment solution (L3a) in a space between the syringe main body portion and the plunger main body portion by dipping the front end opening of the syringe into the preliminary treatment solution and executing a cycle predetermined number of times, the cycle including that the plunger rises until a front end portion of the plunger is sunk in the syringe to suck the preliminary treatment solution into the tubular passage form the front end opening and subsequently lowers until the front end portion projects from the front end opening to discharge a part of the preliminary treatment solution sucked into the tubular passage from the front end opening, a step of sucking the object into the tubular passage together with the liquid by dipping the front end opening of the syringe into a liquid containing an object and causing the plunger to rise; and a step of causing the plunger to fall down to discharge the object outside together with the liquid.
A protection helmet (10,10') comprising: - an outer shell, and - an inner shell, which is housed in the outer shell and has a stiffness lower than the outer shell, wherein the inner shell comprises a first portion, which is directly in contact with the outer shell and has a recess, which defines a zone with reduced thickness of the first portion, and a second portion at least partially housed in the recess, said helmet (10,10') comprising an elastic element (90,95), which: - is entirely housed in said recess, - is equipped with a first end (90A,95A) fastened to the first portion of the inner shell and a second end (90B,95B) fastened to the second portion of the inner shell, - is configured to deform elastically both along a first direction of the second portion towards or away from/to the recess and along a second direction perpendicular to the first direction. - an outer shell, and - an inner shell, which is housed in the outer shell and has a stiffness lower than the outer shell, - is entirely housed in said recess, - is equipped with a first end (90A,95A) fastened to the first portion of the inner shell and a second end (90B,95B) fastened to the second portion of the inner shell, - is configured to deform elastically both along a first direction of the second portion towards or away from/to the recess and along a second direction perpendicular to the first direction.
An unmanned aerial vehicle comprising: a balloon unit filled with a gas that has a lighter specific gravity than air; a blowing mechanism comprising a chamber and a vibrating member configured to vibrate in order to cause air to flow through a first opening into the chamber in which the vibrating member is provided and out of a second opening, the blowing mechanism comprising a plurality of micro blower units provided on the surface of the balloon unit; and a control unit configured to control the blowing mechanism to change a position or an attitude of the unmanned aerial vehicle, wherein the plurality of micro blower units are used as a source of propulsive force of the unmanned aerial vehicle. a balloon unit filled with a gas that has a lighter specific gravity than air; a blowing mechanism comprising a chamber and a vibrating member configured to vibrate in order to cause air to flow through a first opening into the chamber in which the vibrating member is provided and out of a second opening, the blowing mechanism comprising a plurality of micro blower units provided on the surface of the balloon unit; and a control unit configured to control the blowing mechanism to change a position or an attitude of the unmanned aerial vehicle, wherein the plurality of micro blower units are used as a source of propulsive force of the unmanned aerial vehicle.
A method for bit error rate detection, wherein the method comprises: sending, by a first network device, a first notification packet to a second network device, wherein the first notification packet is used to instruct the second network device to perform bit error rate detection, the first network device is an ingress node of a first Label Switched Path, LSP, and the second network device is a downstream node, on the first LSP, of the first network device; and receiving, by the first network device, a second notification packet sent by the second network device, wherein the second notification packet is used to respond to the first notification packet, the second notification packet carries a second bit error rate, the second bit error rate is obtained based on a first bit error rate of a first interface, the first interface is an interface used by the second network device to receive the first notification packet, and the first interface is an interface that receives a Multiple protocol Label Switching, MPLS, packet that is sent by the first network device through the first LSP. sending, by a first network device, a first notification packet to a second network device, wherein the first notification packet is used to instruct the second network device to perform bit error rate detection, the first network device is an ingress node of a first Label Switched Path, LSP, and the second network device is a downstream node, on the first LSP, of the first network device; and receiving, by the first network device, a second notification packet sent by the second network device, wherein the second notification packet is used to respond to the first notification packet, the second notification packet carries a second bit error rate, the second bit error rate is obtained based on a first bit error rate of a first interface, the first interface is an interface used by the second network device to receive the first notification packet, and the first interface is an interface that receives a Multiple protocol Label Switching, MPLS, packet that is sent by the first network device through the first LSP.
A method for inhibiting penetration of water from a water-producing layer, section or zone located within, near or adjacent to a siliceous subterranean hydrocarbon fluid-bearing formation into such formation which comprises introducing into the formation a water penetration-inhibiting amount of a water penetration-inhibiting composition comprising an organosilane and an organosiloxane possessing at least one alkoxy group directly bonded to a silicon atom, the organosiloxane reacting with the siliceous formation to decrease its hydrophilic character and increase its hydrophobic character thereby inhibiting the penetration of water into the hydrocarbon fluid-containing formation.
A breathing apparatus for a user, the breathing apparatus comprising a radio frequency identification tag reader arranged to communicate with a radio frequency identification tag, and at least one wireless radio communications unit for two-way wireless radio group communication with a wireless radio communications unit of a second breathing apparatus of another user, characterized in that the radio frequency identification tag reader is arranged to obtain an identification of the user of the breathing apparatus for the wireless radio group communication with the second breathing apparatus.
A method for the injection molding of plastic material into a mold cavity by means of at least one injector including a pin valve displaceable between a fully closed position and a maximum open position and vice versa, wherein the pin valve is operated by an actuator in a controlled fashion in connection with the position and speed of the pin valve between said positions thereof, characterised in that during displacement from the fully closed position to the maximum open position the pin valve is stopped in a plurality of partial opening intermediate positions and the displacement speed of the pin valve between said positions is uniform and constant.
A close fitting athletic garment (100, 900) comprising: at least a first fabric layer comprising a unitary textile, the first fabric layer having a first elasticity; at least a first stitch line (110, 210, 958) extending along the first fabric layer in a first direction along the first fabric layer, the at least a first stitch line (110, 210, 958) comprising a plurality of stitches formed from a first thread, the first thread having a second elasticity, the second elasticity being less than the first elasticity; and a second fabric layer, the second fabric layer affixed to the first fabric layer and positioned so as to contact the skin of a wearer when the garment (100, 900) is worn, wherein: the elasticity of the close fitting athletic garment (100, 900) is limited by the second elasticity of the first thread along the first direction (194, 196), and wherein the elasticity of the close fitting garment (100, 900) is limited by the first elasticity of the first fabric layer when the close fitting garment is stretched in a direction perpendicular to the first direction (194, 196); characterised in that the second fabric layer covers any interior thread from the stitches of the at least first stitch line (110, 210, 958). at least a first fabric layer comprising a unitary textile, the first fabric layer having a first elasticity; at least a first stitch line (110, 210, 958) extending along the first fabric layer in a first direction along the first fabric layer, the at least a first stitch line (110, 210, 958) comprising a plurality of stitches formed from a first thread, the first thread having a second elasticity, the second elasticity being less than the first elasticity; and a second fabric layer, the second fabric layer affixed to the first fabric layer and positioned so as to contact the skin of a wearer when the garment (100, 900) is worn, wherein: the elasticity of the close fitting athletic garment (100, 900) is limited by the second elasticity of the first thread along the first direction (194, 196), and wherein the elasticity of the close fitting garment (100, 900) is limited by the first elasticity of the first fabric layer when the close fitting garment is stretched in a direction perpendicular to the first direction (194, 196); characterised in that the second fabric layer covers any interior thread from the stitches of the at least first stitch line (110, 210, 958). the elasticity of the close fitting athletic garment (100, 900) is limited by the second elasticity of the first thread along the first direction (194, 196), and wherein the elasticity of the close fitting garment (100, 900) is limited by the first elasticity of the first fabric layer when the close fitting garment is stretched in a direction perpendicular to the first direction (194, 196); characterised in that the second fabric layer covers any interior thread from the stitches of the at least first stitch line (110, 210, 958).
A composition for use in a method of treating or preventing an infectious disease by inducing proliferation or accumulation of transcription factor Foxp3-positive regulatory T cells, the composition comprising, as an active ingredient, bacteria belonging to the genus Clostridium of clusters XIVa and/or IV, wherein the bacteria induce said proliferation or accumulation of transcription factor Foxp3-positive regulatory T cells.
Method for identifying a relief precursor or a relief having a carrier and a relief-forming layer, comprising the following steps: a) providing a relief precursor having a carrier and a relief-forming layer; b) providing data which identify the type of relief precursor or relief and contain process-relevant data for the processing thereof, in the form of at least one two-dimensional code; c) introducing the at least one two-dimensional code as a relief into the relief-forming layer. a) providing a relief precursor having a carrier and a relief-forming layer; b) providing data which identify the type of relief precursor or relief and contain process-relevant data for the processing thereof, in the form of at least one two-dimensional code; c) introducing the at least one two-dimensional code as a relief into the relief-forming layer.
A method for concentrating electrically charged objects in a non-newtonian liquid medium, comprising: the introduction of a sample containing electrically charged objects into a channel forming a constriction and having a flow axis, a first transverse section orthogonal to the flow axis and at least one second transverse section orthogonal to the flow axis forming said constriction, the electrically charged objects being intended to migrate along the flow axis, from a first reservoir toward a second reservoir; the application of a hydrodynamic flow in a direction of the channel by pressure control means (13a, 13b) of the first reservoir and of the second reservoir, in conjunction with the application of an electric field adapted for applying an electrostatic force to the electrically charged objects, which tends to displace them in the direction opposed to the hydrodynamic flow, the electric field being of uniform value outside of the constriction, in said channel by two electrodes (10a, 10b) in the first and in the second reservoir (4, 6), making it possible to displace the electrically charged objects in the channel along the flow axis of the first section toward the second section and to halt them and to concentrate them in at least one zone upstream of said second transverse section. the introduction of a sample containing electrically charged objects into a channel forming a constriction and having a flow axis, a first transverse section orthogonal to the flow axis and at least one second transverse section orthogonal to the flow axis forming said constriction, the electrically charged objects being intended to migrate along the flow axis, from a first reservoir toward a second reservoir; the application of a hydrodynamic flow in a direction of the channel by pressure control means (13a, 13b) of the first reservoir and of the second reservoir, in conjunction with the application of an electric field adapted for applying an electrostatic force to the electrically charged objects, which tends to displace them in the direction opposed to the hydrodynamic flow, the electric field being of uniform value outside of the constriction, in said channel by two electrodes (10a, 10b) in the first and in the second reservoir (4, 6), making it possible to displace the electrically charged objects in the channel along the flow axis of the first section toward the second section and to halt them and to concentrate them in at least one zone upstream of said second transverse section.
Automatic coffee machine comprising a grinder comprising two grinders (6, 7) one of which is mobile in rotation with respect to the other, a device for adjusting the spacing between the two grinders comprising a reversible motor and a transmission system configured to translate one of the grinders in one direction or in the other under the action of the motor from a low abutment position corresponding to the minimum spacing of the grinders to a high abutment position corresponding to the maximum spacing of the grinders, characterised in that the adjustment device is configured to adjust the spacing of said grinders according to at least two intermediate positions (P3, P4), said adjustment device comprising a management module configured to supply the motor until reaching one of the low or high abutment positions, then to supply the motor for a determined time, making it possible to reach one of the two intermediate positions (P3, P4) selected by the user.
A method characterised by comprising: receiving (402, 602) a probing signal (204, 304) reflected on a twisted pair telephone line at a digital subscriber line, DSL, device; removing (406, 606) an estimate of one of a DSL data transmission signal or DSL synch symbol transmission signal from the received probing signal to recover (410, 610) the reflected probing signal; and processing (412, 612) the recovered reflected probing signal to determine characteristics information of the twisted pair telephone line. receiving (402, 602) a probing signal (204, 304) reflected on a twisted pair telephone line at a digital subscriber line, DSL, device; removing (406, 606) an estimate of one of a DSL data transmission signal or DSL synch symbol transmission signal from the received probing signal to recover (410, 610) the reflected probing signal; and processing (412, 612) the recovered reflected probing signal to determine characteristics information of the twisted pair telephone line.
A computer-implemented method of analyzing bone marrow fluid, comprising: counting the number of nucleated cells and the number of lipid particles in a bone marrow fluid on the basis of information obtained by a detector configured to detect particles contained in the bone marrow fluid; and obtaining an index of bone marrow nucleated cell density, on the basis of the number of nucleated cells and the number of lipid particles, characterised in that the index of bone marrow nucleated cell density is a value of a ratio between the number of nucleated cells and the number of lipid particles. counting the number of nucleated cells and the number of lipid particles in a bone marrow fluid on the basis of information obtained by a detector configured to detect particles contained in the bone marrow fluid; and obtaining an index of bone marrow nucleated cell density, on the basis of the number of nucleated cells and the number of lipid particles, characterised in that the index of bone marrow nucleated cell density is a value of a ratio between the number of nucleated cells and the number of lipid particles.
A linear actuator comprising a stator which has an electrically energizable coil for generating an electromagnetic field, as well as a magnetic armature which is mounted axially movable with regard to a longitudinal axis of the coil, with which at least one permanent magnet ring is arranged which opposes the stator and has several permanent magnet ring segments, wherein between a surface of the permanent magnet ring segments which faces the stator and a surface of the stator which faces the permanent magnet ring segments there exists an angular gap such that a radial distance between the surface of the permanent magnet ring segments which faces the stator and the surface of the stator which faces the permanent ring segments increases in the direction of the longitudinal axis, wherein the permanent magnet ring segments of the permanent magnet ring are arranged at the magnetic armature with a tangential distance to each other, characterized in that there exists an angle distance between the permanent magnet ring segments of 2° to 5° or of 3.5° such that the lift-off forces acting radially on the permanent magnet ring segments and resulting from the repulsion forces acting tangentially between the permanent magnet ring segments are lower than the magnetic attraction forces acting radially between the permanent magnet ring segments and the magnetic armature.