mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor assembly for a piece of rotational equipment, the rotor assembly comprising: a rotor disk configured to rotate about a rotational axis , the rotor disk comprising a first rotor attachment member comprising a first mount slot and a second rotor attachment member comprising a second mount slot , the rotor disk further comprising an outer diameter surface extending between the first rotor attachment member and the second rotor attachment member ; a rotor blade comprising an airfoil , a platform , a first mount retained within the first mount slot , and a second mount retained within the second mount slot , the platform comprising an inner platform surface facing the outer diameter surface ; wherein the rotor disk and the rotor blade define a circumferential portion of a circumferentially-extending cavity between the inner platform surface , the outer diameter surface , the first rotor attachment member , and the second rotor attachment member ; characterized in that the rotor assembly further comprises a seal disposed within the circumferentially-extending cavity , wherein the seal comprises at least one sealing ring disposed about the rotational axis . a rotor disk configured to rotate about a rotational axis , the rotor disk comprising a first rotor attachment member comprising a first mount slot and a second rotor attachment member comprising a second mount slot , the rotor disk further comprising an outer diameter surface extending between the first rotor attachment member and the second rotor attachment member ; a rotor blade comprising an airfoil , a platform , a first mount retained within the first mount slot , and a second mount retained within the second mount slot , the platform comprising an inner platform surface facing the outer diameter surface ; wherein the rotor disk and the rotor blade define a circumferential portion of a circumferentially-extending cavity between the inner platform surface , the outer diameter surface , the first rotor attachment member , and the second rotor attachment member ; characterized in that the rotor assembly further comprises a seal disposed within the circumferentially-extending cavity , wherein the seal comprises at least one sealing ring disposed about the rotational axis .
A method for decoding control information and data, the method performed by a relay node, RN, and comprising: receiving (S100), from a base station, BS, a radio resource control, RRC, message informing about an index n of a demodulation reference signal, DM-RS, used for a relay physical control channel, R-PDCCH; receiving (S200), from the BS, the control information through the R-PDCCH, wherein a transmission rank of the R-PDCCH is limited to 1 and the control information informs of a transmission rank k of a relay physical downlink shared channel, R-PDSCH; decoding (S300) the control information based on the DM-RS having the index n; receiving (S400), from the BS, the data through the R-PDSCH; and decoding (S500) the data based on DM-RSs having indexes n, n+1, ..., n+k-1. receiving (S100), from a base station, BS, a radio resource control, RRC, message informing about an index n of a demodulation reference signal, DM-RS, used for a relay physical control channel, R-PDCCH; receiving (S200), from the BS, the control information through the R-PDCCH, wherein a transmission rank of the R-PDCCH is limited to 1 and the control information informs of a transmission rank k of a relay physical downlink shared channel, R-PDSCH; decoding (S300) the control information based on the DM-RS having the index n; receiving (S400), from the BS, the data through the R-PDSCH; and decoding (S500) the data based on DM-RSs having indexes n, n+1, ..., n+k-1.
A nonaqueous electrolyte battery comprising: a positive electrode containing a positive electrode active material made of a compound represented by a compositional formula of LiMn 1-x-y Fe x A y PO 4 (wherein A is at least one selected from the group consisting of Mg, Ca, Al, Ti, Zn and Zr, 0≤x≤0.3, and 0≤y≤0.1); a negative electrode containing a negative electrode active material made from a titanium composite oxide; and a nonaqueous electrolyte containing a fluorine-containing lithium salt, wherein a ratio (I P - F /I P - O ) of a peak intensity (I P-F ) of a P-F bond to a peak intensity (I P-O ) of a P-O bond on the surface of the positive electrode being in contact with the electrolyte , which are measured by X-ray photoelectron spectroscopic analysis, is 0.4 or more and 0.8 or less, and wherein the X-ray photoelectron spectroscopic analysis is carried out by the method described in the section "X-Ray Photoelectron Spectroscopy (XPS)". a positive electrode containing a positive electrode active material made of a compound represented by a compositional formula of LiMn 1-x-y Fe x A y PO 4 (wherein A is at least one selected from the group consisting of Mg, Ca, Al, Ti, Zn and Zr, 0≤x≤0.3, and 0≤y≤0.1); a negative electrode containing a negative electrode active material made from a titanium composite oxide; and a nonaqueous electrolyte containing a fluorine-containing lithium salt, a ratio (I P - F /I P - O ) of a peak intensity (I P-F ) of a P-F bond to a peak intensity (I P-O ) of a P-O bond on the surface of the positive electrode being in contact with the electrolyte , which are measured by X-ray photoelectron spectroscopic analysis, is 0.4 or more and 0.8 or less, and wherein the X-ray photoelectron spectroscopic analysis is carried out by the method described in the section "X-Ray Photoelectron Spectroscopy (XPS)".
A device comprising a first sheet of rigid plastic material and a second sheet of plastic material , each sheet has a first major surface and a second major surface and a thickness between the first and second major surfaces, at least one of the first and second sheets has one or more flow channels formed therein, the one or more flow channels are formed in the at least one sheet in manner such that the area of the sheet where the flow channels are formed extend away from the first major surface of the sheet and beyond the normal plane of the second major surface of the sheet, and the first and second sheets are liquid tightly sealed to each other at their adjoining first major surfaces and further comprising one or more flexible pieces of tubing contained in the one or more flow channels between the two sheets and one or more fittings secured in the one or more flexible pieces of tubing in the one or more flow channels at an edge of the two liquid tightly sealed sheets.
Method for cooling a porous paving surface, comprising the following steps: - providing a multi-layered paving bed of material having capillary properties which is intended and configured both to support the paving surface and to absorb the water which has permeated the paving surface, in particular precipitation; wherein the multi-layered paving bed of material comprises, starting from the bottom: a film layer a layer of filling sand a first layer of crushed rock 16/31.5 mm a second layer of crushed rock - providing a water buffer reservoir and communicatively connecting the latter to the paving bed characterised, in that the crushed rock is lava rock, and in that the second layer of crushed rock is crushed lava rock 0/3 mm, and in that between the first layer of crushed lava rock and the second layer of crushed lava rock a third layer of crushed lava rock 0/16 mm as infill layer is provided. - providing a multi-layered paving bed of material having capillary properties which is intended and configured both to support the paving surface and to absorb the water which has permeated the paving surface, in particular precipitation; wherein the multi-layered paving bed of material comprises, starting from the bottom: a film layer a layer of filling sand a first layer of crushed rock 16/31.5 mm a second layer of crushed rock a film layer a layer of filling sand a first layer of crushed rock 16/31.5 mm a second layer of crushed rock - providing a water buffer reservoir and communicatively connecting the latter to the paving bed the crushed rock is lava rock, and in that the second layer of crushed rock is crushed lava rock 0/3 mm, and in that between the first layer of crushed lava rock and the second layer of crushed lava rock a third layer of crushed lava rock 0/16 mm as infill layer is provided.
A plaster composition comprising plaster, water, and a plasticizer composition; said plasticizer composition comprising a mixture of one or more polycarboxylate ethers and one or more lignosulfonates, wherein said lignosulfonates represent 1.0 to 20 wt% of the total polycarboxylate ether and lignosulfonate weight.
A refrigerator lubricating oil comprising: a base oil containing, as a major component, a polyol ester (A) of a fatty acid (a1) that is a fatty acid having a number of carbon atoms of from 3 to 18 and a polyol (a2) that is selected from neopentyl glycol, trimethylolethane, trimethylolpropane, trimethylolbutane, pentaerythritol, and dipentaerythritol; and a disulfide compound and trisulfide compound (B), the disulfide compound and trisulfide compound (B) being blended in an amount of from 30 to 10,000 ppm by mass in terms of sulfur equivalent based on the total amount of the refrigerator lubricating oil.
Device for adjusting the elevation of a part , the device comprising: - a body intended to be rigidly connected to a support, the body defining a central cylinder provided with an internal thread and having a first opening ; - a pin having an external thread, a first end for supporting the part and a second end ; the pin and the body being assembled with each other by means of their respective threads and the pin being able, when it is rotated, to move in a longitudinal direction for adjusting the elevation of its first end , the adjusting device being characterized in that : - the pin is provided with at least two longitudinal slots emerging on its second end to define at least two flexible tabs ; - the body has, on its internal surface, two bosses arranged, respectively, on longitudinal arms of a handle , which arms are configured to bend the flexible tabs and to be housed in the slots during the rotational movement of the pin and thus index the elevation position of the part . - a body intended to be rigidly connected to a support, the body defining a central cylinder provided with an internal thread and having a first opening ; - a pin having an external thread, a first end for supporting the part and a second end ; - the pin is provided with at least two longitudinal slots emerging on its second end to define at least two flexible tabs ; - the body has, on its internal surface, two bosses arranged, respectively, on longitudinal arms of a handle , which arms are configured to bend the flexible tabs and to be housed in the slots during the rotational movement of the pin and thus index the elevation position of the part .
An air data probe adapted to be installed at different locations and orientations on an aircraft comprising: a pitot probe having a mounting base or flange , support strut , and tube with a forward facing inlet that is configured to capture a total pressure of the surrounding air; at least three dams (218/220/222, 418/420/422/423) placed within the tube of the pitot probe for blocking the ballistic trajectory of water droplets or ice crystals from passing directly through the tube to a downstream pressure sensing element; and a heater element integrated into the tube of the pitot probe on the outside of the dams (218/220/222, 418/420/422/423), wherein the dams (218/220/222, 418/420/422/423) are oriented within the tube of the pitot probe such that a first pair (220/222, 420/422) of the dams (218/220/222, 418/420/422/423) includes a first dam located in front of and above a second dam in a first orientation of the pitot probe, and a second pair (218/220, 418/423) of the dams (218/220/222, 418/420/422/423) includes a first dam located in front of and above a second dam in a second orientation of the pitot probe, and, in each orientation, a drain hole is located in front of the second dam. a pitot probe having a mounting base or flange , support strut , and tube with a forward facing inlet that is configured to capture a total pressure of the surrounding air; at least three dams (218/220/222, 418/420/422/423) placed within the tube of the pitot probe for blocking the ballistic trajectory of water droplets or ice crystals from passing directly through the tube to a downstream pressure sensing element; and a heater element integrated into the tube of the pitot probe on the outside of the dams (218/220/222, 418/420/422/423), wherein the dams (218/220/222, 418/420/422/423) are oriented within the tube of the pitot probe such that a first pair (220/222, 420/422) of the dams (218/220/222, 418/420/422/423) includes a first dam located in front of and above a second dam in a first orientation of the pitot probe, and a second pair (218/220, 418/423) of the dams (218/220/222, 418/420/422/423) includes a first dam located in front of and above a second dam in a second orientation of the pitot probe, and, in each orientation, a drain hole is located in front of the second dam.
A method of selective spray application of an scented printing material onto a moving printing substrate, consisting in the use of hydrodynamic or pneumatic spraying for the application of the scented printing material on any chosen field or fields of the moving printing substrate and is implemented by means of hydrodynamic spray nozzles as hydrodynamic spraying or by means of pneumatic spray nozzles as pneumatic spraying, wherein the scented printing material selectively applied in the form of hydrodynamic spraying, onto the moving printing substrate is applied by a brief, ranging from 1 ms to 200 ms, opening of an electromagnetically- or pneumatically-controlled valve which supplies the scented printing material under pressure to a hydrodynamic spray nozzle , in which the pressure introducing the scented printing material is in the range of 1.0 MPa to 50.0 MPa, and the diameter of the outlet opening of the hydrodynamic spray nozzle is preferably about 20 μm to 500 μm, wherein the hydrodynamic spray nozzle is mounted at a distance of 0.02 m to 0.20 m from the moving printing substrate , the speed of which depends on the type of printing machine or other polygraph machine and usually ranges from 0.5 m/s to 20.0 m/s, which allows for spraying the scented printing material onto the moving printing substrate in the form of a trace having a rectangular shape and with the use of the scented printing material in an amount of 1.0 g/m 2 to 10.0 g/m 2 , whereas the spray application of the scented printing material is implemented by means of a pneumatic spray nozzle onto the moving printing substrate , wherein the pneumatic spray nozzle is supplied with the scented printing material having a low pressure, and preferably with the use of a vacuum ranging from (-)0.05 MPa to (+)1.00 MPa, wherein compressed air having a pressure of 0.1 MPa to 3.0 MPa is introduced to the pneumatic spray nozzle , and spraying of the scented varnish onto the moving printing substrate occurs as a result of entrainment of particles of the scented printing material by a jet of compressed air, wherein enabling and disabling the spraying of the scented printing material is implemented through closing and opening of compressed air supply to the pneumatic nozzle .
A method of forming a tobacco pouch , comprising: providing a film tube having a length extending along a machine direction and a width extending along a transverse direction; sealing a bottom edge of the film tube with a first transverse heat seal and forming a first tobacco compartment with a first open end; filling the first tobacco compartment with an amount of tobacco; sealing the first open end with a second transverse heat seal to enclose the first tobacco compartment and form a second tobacco accessory compartment with a second open end; and sealing the second open end with a third transverse heat seal to enclose the second tobacco accessory compartment and form a second tobacco accessory compartment being free of tobacco. providing a film tube having a length extending along a machine direction and a width extending along a transverse direction; sealing a bottom edge of the film tube with a first transverse heat seal and forming a first tobacco compartment with a first open end; filling the first tobacco compartment with an amount of tobacco; sealing the first open end with a second transverse heat seal to enclose the first tobacco compartment and form a second tobacco accessory compartment with a second open end; and sealing the second open end with a third transverse heat seal to enclose the second tobacco accessory compartment and form a second tobacco accessory compartment being free of tobacco.
A lubricating connecting device comprising: - a grease nipple having a fixing portion extending along a fixing axis (A1), a grease inlet interface extending along a lubricating axis (A2), and a flange positioned between the grease inlet interface and the fixing portion , the flange having a lower face facing axially toward the fixing portion , the lower face extending in a reference plane (P) of the grease nipple perpendicular to the fixing axis (A1), the grease inlet interface being configured to be connected to an external source for supplying grease, for example a grease gun, - an encoder holder holding a radiofrequency encoder configured to be read by a corresponding exterior reading element, the connecting device being characterized in that the encoder holder is passed through by a hole extending axially with respect to the fixing axis (A1) and having a bearing surface against which the lower face of the flange of the grease nipple comes to bear, the encoder holder having an impression in which the flange of the grease nipple becomes housed. - a grease nipple having a fixing portion extending along a fixing axis (A1), a grease inlet interface extending along a lubricating axis (A2), and a flange positioned between the grease inlet interface and the fixing portion , the flange having a lower face facing axially toward the fixing portion , the lower face extending in a reference plane (P) of the grease nipple perpendicular to the fixing axis (A1), the grease inlet interface being configured to be connected to an external source for supplying grease, for example a grease gun, - an encoder holder holding a radiofrequency encoder configured to be read by a corresponding exterior reading element,
Transmitter , wherein the transmitter is configured to transmit at least one signal with a pilot sequence comprising several pilot symbols, wherein the transmitter comprises a signal generator providing the pilot sequence, wherein the signal generator provides the pilot sequence having a length of at least eight or twelve pilot symbols such that the pilot sequence has one of the following forms or such that a portion of the pilot sequence which is one or more times part of the pilot sequence has one of the following forms: , , , , , , , , , , , , , , , , , , , , , , , , , , , , or , wherein the zeros and ones are each pilot sequence bits prior to a modulation. , , , , , , , , , , , , , , , , , , , , , , , , , , , , or ,
Use of a gardenia pigment preparation comprising gardenia blue pigment and an enzymatically decomposed lecithin for maintaining a stable dissolved state of the gardenia blue pigment in an acidic condition of pH 2.0 to 5.0.
A method for lubricating a strain wave gearing comprising a rigid internally toothed gear , a flexible externally toothed gear arranged coaxially inside the internally toothed gear , and a wave generator mounted coaxially inside the externally toothed gear for flexing the externally toothed gear into a non-circular shape to mesh with the internally toothed gear and for moving meshing positions between the two gears in a circumferential direction, wherein an inorganic lubricating powder having a lamellar crystal structure is used to lubricate each of contact parts of the strain wave gearing other than teeth of an externally toothed gear and an internally toothed gear , the lubricating powder having a prescribed particle diameter and a prescribed hardness, wherein a Mohs hardness of the lubricating powder is equal to or less than 1.5, and wherein a flaky powder is formed by spreading the lubricating powder by pressure to crush into a flaky shape, and the flaky powder is filled inside the externally toothed gear and into an inner part of the wave generator and is used for lubrication.
A utility vehicle comprising a rear section and a front section arranged in front of the rear section in a lengthwise direction, the front section forming a seat , at least one front wheel rotatable about a wheel axis , and a steering handle operatively connected to the front wheel, the rear section forming at least two rear wheels , a powered drive comprising a motor , and a utility bed , wherein the front section is joined to the rear section in a bearing structure providing a combined radial and axial bearing suspension allowing rotation of the front section relative to the rear section about a rotation axis and allowing transfer of axial force between the front section and the rear section , wherein the bearing structure is releasably attached both to the front section and to the rear section, characterized in that the bearing structure is a permanently sealed and pre-lubricated unit which is dust and water tight.