mhurhangee/ep-ind-claims huggingface dataset:
A resin for ink obtained by obtaining a lignin-containing resol-type phenolic resin by reaction of: a lignin, phenols and aldehydes; and allowing the obtained lignin-containing resol-type phenolic resin to react with a rosin-based resin, and polyhydric alcohol. obtaining a lignin-containing resol-type phenolic resin by reaction of: a lignin, phenols and aldehydes; and a lignin, phenols and aldehydes; and allowing the obtained lignin-containing resol-type phenolic resin to react with a rosin-based resin, and polyhydric alcohol. a rosin-based resin, and polyhydric alcohol.
A flexible instrument comprising an elongated metallic element formed of a nickel / titanium alloy wherein said nickel / titanium alloy is Nitinol that is subject to lateral and torsional stress as used and in which the instrument is stabilized by training under deformation in an induced martensitic phase that persists under pre-determined working temperatures, in which the instrument is stabilized by being subjected to thermal cycling a plurality of times between cold and hot baths while under deformation.
A method to control a power override function for a solar powered device, said method comprising the steps of: receiving an override function signal, where the override function signal requests a change related to an energy consumption of a load of the solar powered device; determining if a current available stored energy amount in the solar powered device can provide enough energy for the change in the energy consumption of the load; estimating if an amount of energy depleted due to the change in the energy consumption can be recovered by solar generation in one subsequent day after the amount is depleted; and changing the energy consumption of the load if the current available stored energy can provide enough energy and the amount of energy depleted can be recovered. receiving an override function signal, where the override function signal requests a change related to an energy consumption of a load of the solar powered device; determining if a current available stored energy amount in the solar powered device can provide enough energy for the change in the energy consumption of the load; estimating if an amount of energy depleted due to the change in the energy consumption can be recovered by solar generation in one subsequent day after the amount is depleted; and changing the energy consumption of the load if the current available stored energy can provide enough energy and the amount of energy depleted can be recovered.
System comprising an inlet arrangement for a floor drain of a sanitary installation, wherein the inlet arrangement comprises a supporting unit installed in fixed manner in the room, an inlet housing supported by the supporting unit and having a wall which defines an inner chamber, an inlet opening and an outlet opening, and a drain pipe which is attached to the outlet opening of the inlet housing, and through which drain pipe the inlet housing can be connected to a drainage system, wherein the inlet arrangement stands on a floor via the supporting unit and wherein the supporting structure is covered by a wall, wherein a plane spanned by the edges of the inlet opening is substantially parallel to the front of the wall and wherein the lower edge of the inlet opening is flush with or underneath a floor lying in front of the wall, wherein the inlet housing can be displaced and aligned relative to the fixed supporting unit, characterised in that the drain pipe has a flexible section through which the displacement arising from the alignment can be compensated, that the supporting unit has an installation frame and flange parts which are or can be fixedly connected to the installation frame, wherein the inlet housing is mounted on the installation frame via the flange parts and can be displaced relative to the flange parts, and that the flange parts are provided by a housing in which the inlet housing is displaceably mounted wherein the inlet housing is accessible through an access opening in the housing.
An imaging system for an ophthalmic laser system, the ophthalmic laser system comprising a focusing objective lens, the imaging system comprising: a prism cone made of a transparent optical material and disposed downstream of the focusing objective lens, the prism cone having an upper surface, a lower surface parallel to the upper surface, a tapered side surface between the upper and lower surfaces; a camera, wherein the imaging system is characterised in that: the prism cone further comprises a beveled surface formed at an upper edge of the prism cone and intersecting the upper surface and the side surface; and the camera is disposed adjacent to the prism cone, the camera having an image detector that faces the beveled surface of the prism cone, wherein the camera is disposed to directly receive light that enters the lower surface of the prism cone and exits the beveled surface without having been reflected by any surface. a prism cone made of a transparent optical material and disposed downstream of the focusing objective lens, the prism cone having an upper surface, a lower surface parallel to the upper surface, a tapered side surface between the upper and lower surfaces; a camera, wherein the imaging system is characterised in that: the prism cone further comprises a beveled surface formed at an upper edge of the prism cone and intersecting the upper surface and the side surface; and the camera is disposed adjacent to the prism cone, the camera having an image detector that faces the beveled surface of the prism cone, wherein the camera is disposed to directly receive light that enters the lower surface of the prism cone and exits the beveled surface without having been reflected by any surface. the prism cone further comprises a beveled surface formed at an upper edge of the prism cone and intersecting the upper surface and the side surface; and the camera is disposed adjacent to the prism cone, the camera having an image detector that faces the beveled surface of the prism cone, wherein the camera is disposed to directly receive light that enters the lower surface of the prism cone and exits the beveled surface without having been reflected by any surface.
An electrolytic solution for an electrochemical device including a negative electrode including a magnesium-based material, wherein a 2,2,6,6-tetramethylpiperidine-1-oxyl free radical or one of substances having the following structural formulas is added; and wherein the electrolytic solution comprises a sulfone and a magnesium salt dissolved in the sulfone.
- Tyre with a radial carcass reinforcement for a vehicle of heavy-duty type, comprising a crown reinforcement having three working crown layers of reinforcing elements 41, 42, 43), itself capped radially by a tread, said tread being connected to two beads via two sidewalls, the reinforcing elements of the two radially outermost working layers (42, 43) being crossed from one layer to the other, making angles of between 20 and 45° with the circumferential direction, said angles being oriented on either side of the circumferential direction, the angles, formed with the circumferential direction, of the reinforcing elements of the radially innermost working layer being between 15 and 20°, the reinforcing elements of the two radially innermost working layers (41, 42) being oriented in the same direction with respect to the circumferential direction, the widths (L 42, L 43) of the two radially outermost working layers (42, 43) being greater than 0.7 times the width (L 5) of the tread, the width (L 41) of the radially innermost working layer being strictly less than 0.7 times the width (L 5) of the tread, characterized in that the ratio of the difference between the angles, formed with the circumferential direction, of the reinforcing elements of the two radially innermost working layers (41, 42) to the angle, formed with the circumferential direction, of the reinforcing elements of the radially innermost working layer is strictly less than 0.65, and in that the mean value between the mean angle in terms of absolute value, formed with the circumferential direction, of the reinforcing elements of the two radially innermost working layers (41, 42) and the angle in terms of absolute value, formed with the circumferential direction, of the reinforcing elements of the radially outermost working layer is less than or equal to 22°.
A phosphate-free pharmaceutical composition, containing at least one a) FP-prostanoid receptor agonist selected from the group consisting of prostaglandin F 2alpha, and the prostaglandin F 2alpha analogues latanoprost, tafluprost, travoprost, unoprostone, the 15-keto analogue of latanoprost, the 15-keto analogue of travoprost and mixtures thereof and also their acceptable salts and esters, and/or b) prostamide receptor agonists, selected from the group consisting of prostamide, prostaglandin F 2alpha amide, 15-keto-prostaglandin F 2alpha amide analogue or a pharmaceutically acceptable salt thereof or a pharmaceutically acceptable ester thereof, and also citrate salts and/or citric acid for use in a method for a) prevention or prophylaxis of the deposition or inclusion of poorly soluble calcium compounds on or in the cornea and/or the conjunctiva of the eye, b) prophylaxis of the calcification and/or calcinosis of the cornea and/or the conjunctiva of the eye, in the treatment of glaucoma. a) FP-prostanoid receptor agonist selected from the group consisting of prostaglandin F 2alpha, and the prostaglandin F 2alpha analogues latanoprost, tafluprost, travoprost, unoprostone, the 15-keto analogue of latanoprost, the 15-keto analogue of travoprost and mixtures thereof and also their acceptable salts and esters, and/or b) prostamide receptor agonists, selected from the group consisting of prostamide, prostaglandin F 2alpha amide, 15-keto-prostaglandin F 2alpha amide analogue or a pharmaceutically acceptable salt thereof or a pharmaceutically acceptable ester thereof, a) prevention or prophylaxis of the deposition or inclusion of poorly soluble calcium compounds on or in the cornea and/or the conjunctiva of the eye, b) prophylaxis of the calcification and/or calcinosis of the cornea and/or the conjunctiva of the eye,
An electrode wound element for a non-aqueous electrolyte rechargeable battery, comprising: a belt-shaped positive electrode; a belt-shaped negative electrode; a belt-shaped porous layer between the belt-shaped positive electrode and the belt-shaped negative electrode; and an adhesive layer formed on a surface of the belt-shaped porous layer, wherein the adhesive layer comprises a fluorine resin-containing particulate (20b-1); a binder (20b-2) supporting the fluorine resin-containing particulate (20b-1) and having a total volume which is less than that of the fluorine resin-containing particulate (20b-1); and a heat-resistance filler particle having a filling ratio of 40% or greater when compressed with 1 MPa, the filling ratio at 1 MPa compression being measured by filling the heat-resistance filler particle in a cylinder, compressing the heat-resistance filler particle in the cylinder with a piston, measuring the volume of the cylinder when the piston pressure reaches 1 MPa, calculating the volume of the heat-resistance filler particle in the cylinder based on the weight of the heat-resistance filler particle in the cylinder and the true density of the heat-resistance filler particle, and dividing the volume of the heat-resistance filler particle by the volume of the cylinder when the piston pressure is 1 MPa. a belt-shaped positive electrode; a belt-shaped negative electrode; a belt-shaped porous layer between the belt-shaped positive electrode and the belt-shaped negative electrode; and an adhesive layer formed on a surface of the belt-shaped porous layer, wherein the adhesive layer comprises a fluorine resin-containing particulate (20b-1); a binder (20b-2) supporting the fluorine resin-containing particulate (20b-1) and having a total volume which is less than that of the fluorine resin-containing particulate (20b-1); and a heat-resistance filler particle having a filling ratio of 40% or greater when compressed with 1 MPa, the filling ratio at 1 MPa compression being measured by filling the heat-resistance filler particle in a cylinder, compressing the heat-resistance filler particle in the cylinder with a piston, measuring the volume of the cylinder when the piston pressure reaches 1 MPa, calculating the volume of the heat-resistance filler particle in the cylinder based on the weight of the heat-resistance filler particle in the cylinder and the true density of the heat-resistance filler particle, and dividing the volume of the heat-resistance filler particle by the volume of the cylinder when the piston pressure is 1 MPa.
Exhaust gas turbine, comprising: - a turbine rotor with a multiplicity of turbine rotor blades with a turbine rotor blade height H, and - a diffuser arrangement with a transverse diffuser and an exhaust gas collecting space, the transverse diffuser being arranged downstream of the turbine rotor blades, the transverse diffuser having a curved diffuser channel which opens at a diffuser channel outlet into the exhaust gas collecting space, characterized in that a ratio M/H between an axial extent M of the exhaust gas collecting space and the turbine rotor blade height H has a value of 1.0 ≤ M/H ≤ 4.6, a ratio P/H between radial extent P of the diffuser arrangement and the turbine rotor blade height H has a value of 2.7 ≤ P/H ≤ 4.9, a ratio D/H between radial extent D of the diffuser channel and the turbine rotor blade height H has a value of 2.5 ≤ D/H ≤ 3.0, and a ratio R/H between a turbine hub radius R of the turbine rotor and the turbine rotor blade height H has a value of 1.1 ≤ R/H ≤ 1.5. - a turbine rotor with a multiplicity of turbine rotor blades with a turbine rotor blade height H, and - a diffuser arrangement with a transverse diffuser and an exhaust gas collecting space, the transverse diffuser being arranged downstream of the turbine rotor blades, the transverse diffuser having a curved diffuser channel which opens at a diffuser channel outlet into the exhaust gas collecting space, characterized in that a ratio M/H between an axial extent M of the exhaust gas collecting space and the turbine rotor blade height H has a value of 1.0 ≤ M/H ≤ 4.6, a ratio P/H between radial extent P of the diffuser arrangement and the turbine rotor blade height H has a value of 2.7 ≤ P/H ≤ 4.9, a ratio D/H between radial extent D of the diffuser channel and the turbine rotor blade height H has a value of 2.5 ≤ D/H ≤ 3.0, and a ratio R/H between a turbine hub radius R of the turbine rotor and the turbine rotor blade height H has a value of 1.1 ≤ R/H ≤ 1.5.
An apparatus for wireless communication, comprising: a memory; and at least one processor coupled to the memory and configured to: transmit (702; 802), to a first device (502; 602), capability information (510; 610) indicating that the apparatus is capable of operating as a precision time protocol, PTP, grand master clock; receive (704; 804), from the first device (502; 602), one or more PTP parameters (520; 620) based on the capability information (510; 610) indicating that the apparatus is capable of operating as a PTP grand master clock; generate (540; 640; 706; 808), based on the one or more PTP parameters (520; 620) received from the first device (502; 602), a first PTP message (550; 650) including time information; and transmit (708; 810) the first PTP message (550; 650) including the time information to one or more downstream devices (508; 608) in communication with the apparatus. a memory; and at least one processor coupled to the memory and configured to: transmit (702; 802), to a first device (502; 602), capability information (510; 610) indicating that the apparatus is capable of operating as a precision time protocol, PTP, grand master clock; receive (704; 804), from the first device (502; 602), one or more PTP parameters (520; 620) based on the capability information (510; 610) indicating that the apparatus is capable of operating as a PTP grand master clock; generate (540; 640; 706; 808), based on the one or more PTP parameters (520; 620) received from the first device (502; 602), a first PTP message (550; 650) including time information; and transmit (708; 810) the first PTP message (550; 650) including the time information to one or more downstream devices (508; 608) in communication with the apparatus. transmit (702; 802), to a first device (502; 602), capability information (510; 610) indicating that the apparatus is capable of operating as a precision time protocol, PTP, grand master clock; receive (704; 804), from the first device (502; 602), one or more PTP parameters (520; 620) based on the capability information (510; 610) indicating that the apparatus is capable of operating as a PTP grand master clock; generate (540; 640; 706; 808), based on the one or more PTP parameters (520; 620) received from the first device (502; 602), a first PTP message (550; 650) including time information; and transmit (708; 810) the first PTP message (550; 650) including the time information to one or more downstream devices (508; 608) in communication with the apparatus.
A user equipment for a mobile telecommunications system, the user equipment comprising circuitry configured to communicate with a new radio base station and a LTE base station, wherein the circuitry is further configured to: perform simultaneous uplink communication with the LTE base station and the new radio base station; detect an overheating situation due to the simultaneous uplink communication using a predefined combination of a new radio uplink band and a LTE uplink band; and transmit capability information in response to detecting the overheating situation, wherein the capability information includes an indication of the predefined combination of a new radio uplink band and a LTE uplink band and includes a temporal reduced capability of the user equipment; wherein the temporal reduced capability is indicative for an adjustment of an uplink communication, the adjustment including at least one of the following: separate LTE and NR uplink band; time division multiplexing uplink sharing of a same frequency band for LTE and NR; no NR support for uplink and downlink; simultaneous uplink including LTE band and NR band. perform simultaneous uplink communication with the LTE base station and the new radio base station; detect an overheating situation due to the simultaneous uplink communication using a predefined combination of a new radio uplink band and a LTE uplink band; and transmit capability information in response to detecting the overheating situation, wherein the capability information includes an indication of the predefined combination of a new radio uplink band and a LTE uplink band and includes a temporal reduced capability of the user equipment; wherein the temporal reduced capability is indicative for an adjustment of an uplink communication, the adjustment including at least one of the following: separate LTE and NR uplink band; time division multiplexing uplink sharing of a same frequency band for LTE and NR; no NR support for uplink and downlink; simultaneous uplink including LTE band and NR band.
A chip device including an iterator, the iterator comprising: a handler for accessing objects of a persistent object collection; a state indicator for indicating one of a persistent and a transient state of the iterator; an initializer for initialising the handler after a reset operation into a position held with regard to the persistent object collection before the reset operation, if the state indicator indicates the persistent state, and for initialising the handler after the reset operation into an initial position with regard to the persistent object collection, if the state indicator indicates the transient state. a handler for accessing objects of a persistent object collection; a state indicator for indicating one of a persistent and a transient state of the iterator; an initializer for initialising the handler after a reset operation into a position held with regard to the persistent object collection before the reset operation, if the state indicator indicates the persistent state, and for initialising the handler after the reset operation into an initial position with regard to the persistent object collection, if the state indicator indicates the transient state.
A filter element which comprises a filtration media and an end fitting through which a sealing connection is made between the filter element and a housing so that, when the sealing connection is made, the end fitting defines in part a flow path for fluid between the housing and the filter element, in which the end fitting includes: a) an annular seal (36,36') made from a compressible material which extends around the periphery of the filter element, and b) a support (30,32) for the annular seal which can be expanded outwardly to cause the transverse dimension of the seal to increase so that the seal is urged into contact with an inner wall of a housing in which the filter element is located, characterised in that the support has a plurality of slits formed in it which facilitate outward expansion of the support, the plurality of slits being arranged around the periphery of the support so that the support comprises a plurality of segments which can flex to allow the transverse dimension of the support to increase. a) an annular seal (36,36') made from a compressible material which extends around the periphery of the filter element, and b) a support (30,32) for the annular seal which can be expanded outwardly to cause the transverse dimension of the seal to increase so that the seal is urged into contact with an inner wall of a housing in which the filter element is located,