mhurhangee/ep-ind-claims huggingface dataset:
A compressor comprising a compression mechanism, a motor coupled with the compression mechanism via a driving shaft, and a casing for accommodating the compression mechanism and the motor, wherein an accumulator is connected to the casing via a connection pipe, the motor includes a motor stator, and a motor rotor disposed inside the motor stator and coupled to the driving shaft, and the motor stator is spot-joined to the casing via a plurality of spot-joined portions (6a,6b) formed by spot welding provided at different positions in a circumferential direction of the driving shaft, characterized in that a straight line between any two of the plurality of spot-joined portions (6a,6b) formed by spot welding crosses a vibration direction of a natural vibration mode of the accumulator as viewed in a plan view.
A residential roof window comprising a blind frame, which has a lower transverse leg, having an upper edge, and comprising a sash frame, which has side legs, which are each covered with a cover plate, wherein the respective cover plate is held on the corresponding side leg by means of a holding device, wherein the sash frame has at least one moisture guiding means, which bridges the upper edge of the lower transverse leg, characterised in that the moisture guiding means is arranged below a marginal strip, which is fastened below the cover plate on the side leg and has a water-bearing discharge channel.
A method of wireless communication, comprising: determining, at a mobile device, an ending resource block, RB, index and a length of a contiguous RB allocation in plurality of RBs allocated to the mobile device; and identifying, based on the ending RB index and the length of the contiguous RB allocation, a power relaxation allowance for uplink transmissions of the mobile device, wherein the ending resource block index indicates the highest RB index of transmitted RBs. determining, at a mobile device, an ending resource block, RB, index and a length of a contiguous RB allocation in plurality of RBs allocated to the mobile device; and identifying, based on the ending RB index and the length of the contiguous RB allocation, a power relaxation allowance for uplink transmissions of the mobile device, wherein the ending resource block index indicates the highest RB index of transmitted RBs.
A liquid storage container comprising: a liquid storage section (65; 181) configured to store a liquid; a liquid injection section connected to the liquid storage section (65; 181) and configured to inject the liquid into the liquid storage section (65; 181); an air chamber communicated with air; an air introduction section communicated to the air chamber and configured to introduce the air to the air chamber; a communicating passage through which the liquid storage section (65; 181) and the air chamber are communicated to each other; and a liquid injection port defined as an intersection at which the liquid injection section and the liquid storage section (65; 181) intersect each other; and a connecting port defined between the liquid storage section (65; 181) and the communicating passage and located above the liquid injection port in a posture where the liquid injection port is oriented upward in a direction intersecting with a horizontal direction, the liquid storage container characterized by a side wall surrounding the liquid injection port and projecting out toward the outside of the liquid storage section (65; 181), and a cap configured to block off the liquid injection port, the liquid storage section (65; 181) including an upper region that is located above the liquid injection port in the posture, the connecting port being provided to the upper region, and a volume of the upper region being greater than a volume of the cap that is fitted to the side wall. a liquid storage section (65; 181) configured to store a liquid; a liquid injection section connected to the liquid storage section (65; 181) and configured to inject the liquid into the liquid storage section (65; 181); an air chamber communicated with air; an air introduction section communicated to the air chamber and configured to introduce the air to the air chamber; a communicating passage through which the liquid storage section (65; 181) and the air chamber are communicated to each other; and a liquid injection port defined as an intersection at which the liquid injection section and the liquid storage section (65; 181) intersect each other; and a connecting port defined between the liquid storage section (65; 181) and the communicating passage and located above the liquid injection port in a posture where the liquid injection port is oriented upward in a direction intersecting with a horizontal direction, the liquid storage container characterized by a side wall surrounding the liquid injection port and projecting out toward the outside of the liquid storage section (65; 181), and a cap configured to block off the liquid injection port, the liquid storage section (65; 181) including an upper region that is located above the liquid injection port in the posture, the connecting port being provided to the upper region, and a volume of the upper region being greater than a volume of the cap that is fitted to the side wall.
A metal-to-metal seal, comprising: a tubular body comprising a plurality of segments that form a continuous loop, a first portion of the plurality of segments being linear and a second portion of the plurality of segments being curved, the tubular body having a plurality of projections comprising a plurality of inner projections extending from opposite sides of a first end thereof and a plurality of outer projections extending from opposite sides of a second end thereof, each of the plurality of projections tapering away from the tubular body; characterized in that the outer projections have an inner taper surface at an inner angle tapering away from the inner projections and an outer taper surface at an outer angle tapering towards the inner projections; wherein a cross-sectional area of the tubular body at a location along the first portion of the plurality of segments is different from a cross-sectional area of the tubular body at another location along the second portion of the plurality of segments whereby the plurality of segments are selectively reinforced. a tubular body comprising a plurality of segments that form a continuous loop, a first portion of the plurality of segments being linear and a second portion of the plurality of segments being curved, the tubular body having a plurality of projections comprising a plurality of inner projections extending from opposite sides of a first end thereof and a plurality of outer projections extending from opposite sides of a second end thereof, each of the plurality of projections tapering away from the tubular body; characterized in that the outer projections have an inner taper surface at an inner angle tapering away from the inner projections and an outer taper surface at an outer angle tapering towards the inner projections; wherein a cross-sectional area of the tubular body at a location along the first portion of the plurality of segments is different from a cross-sectional area of the tubular body at another location along the second portion of the plurality of segments whereby the plurality of segments are selectively reinforced.
An apparatus for arranging at least one load in a desired position of a room, with at least two sliders (4, 5, 6, 7) which are movable along at least one horizontally extending support rail (2, 3) and from which at least one respective flexible support strand (8, 9, 10, 11) carrying the load is extendable in an adjustable length, with a controller by means of which corresponding positions of the sliders (4, 5, 6, 7) on the support rail (2, 3) can be calculated for any desired room position of the load and/or corresponding extension lengths of the support strands (8, 9, 10, 11) can be adjusted for this room position of the load, characterized in that it comprises at least two support rails (2, 3) which intersect in a vertical projection at an angle (α) which is between 45° and 90°.
An intraocular lens (10,100) formed from a soft, foldable material, comprising: an optic having an optical surface with a base curvature corresponding to an optical power of the optic, the optic having an edge thickness at an outer boundary of the optical surface; a peripheral rim formed as a circle surrounding the optic, the peripheral rim having a maximum thickness, the peripheral rim having a continuously curving outer edge extending between the anterior and posterior surfaces (104,106) of the IOL and intersecting each surface (104, 106) at a respective corner; and a reduced thickness region outside the optical surface of the optic between the peripheral rim and the optic, the reduced thickness region integrally formed with the peripheral rim and the optic and having a reduced thickness relative to the maximum thickness of the peripheral rim and the edge thickness of the optic; characterised in that the continuously curving outer edge having a constant radius of curvature and not including any tangents parallel to the optical axis of the optic. an optic having an optical surface with a base curvature corresponding to an optical power of the optic, the optic having an edge thickness at an outer boundary of the optical surface; a peripheral rim formed as a circle surrounding the optic, the peripheral rim having a maximum thickness, the peripheral rim having a continuously curving outer edge extending between the anterior and posterior surfaces (104,106) of the IOL and intersecting each surface (104, 106) at a respective corner; and a reduced thickness region outside the optical surface of the optic between the peripheral rim and the optic, the reduced thickness region integrally formed with the peripheral rim and the optic and having a reduced thickness relative to the maximum thickness of the peripheral rim and the edge thickness of the optic; characterised in that the continuously curving outer edge having a constant radius of curvature and not including any tangents parallel to the optical axis of the optic.
Cannabidiol for use in the treatment of Aicardi Syndrome, characterised in that the seizures to be treated are focal seizures evolving to secondary generalised seizures; tonic seizures; and / or tonic-clonic seizures and wherein the CBD is a synthetic compound or is present as a highly purified extract of cannabis which comprises at least 95% (w/w) CBD and less than 0.15% THC.
A pouched product for oral use comprising a liquid permeable cover material and a portion sized amount of a filling material comprising nicotine, the filling material comprising a particulate material consisting of water insoluble particles of microcrystalline cellulose, water insoluble starch, silica or a mixture thereof, and one or more water soluble components in addition to the particulate material, the filling material being enclosed by the liquid permeable cover material, the particles of the particulate material having a particle density and a bulk density, characterized in that the particles of the particulate material have a particle density in the range of from 0.9 g/cm 3 to 2.0 g/cm 3, the particle density being at least 1.4 times greater than the bulk density of the particles of the particulate material, and the filling material has a pre-use moisture content of from 1% by weight of the filling material to 35% by weight of the filling material, wherein nicotine is present on a surface of at least some of the particles of the particulate material.
A compression bandage comprising two nonwovens of crimped fibers obtained from short conjugate fibers, in which: - the two nonwovens are assembled together and have, independently of one another, a grammage of between 70 g/m 2 and 300 g/m 2, - the crimped fibers are uniformly crimped in the thickness direction of the nonwovens, and exhibit a mean curvature radius of between 10 and 200 micrometers, and - the number of crimped fibers at the surface of each of the nonwovens is greater than 10 crimped fibers/cm 2. - the two nonwovens are assembled together and have, independently of one another, a grammage of between 70 g/m 2 and 300 g/m 2, - the crimped fibers are uniformly crimped in the thickness direction of the nonwovens, and exhibit a mean curvature radius of between 10 and 200 micrometers, and - the number of crimped fibers at the surface of each of the nonwovens is greater than 10 crimped fibers/cm 2.
Wall-hung toilet, comprising: a seat lid, a toilet seat, a smart device, a rear box, a toilet main body; wherein the smart device comprises a smart system and a housing covering the smart system; wherein the housing comprises a first housing part and a second housing part; the second housing part is mounted in the rear box, and the rear box is arranged behind the toilet main body and connected to the rear part of the toilet main body; wherein in the rear box there also is a support frame with which the toilet main body and the second housing part are supported; wherein the first housing part is mounted on the toilet main body, and the seat lid is pivotally mounted on the first housing part coaxially with the toilet seat. wherein the smart device comprises a smart system and a housing covering the smart system; wherein the housing comprises a first housing part and a second housing part; the second housing part is mounted in the rear box, and the rear box is arranged behind the toilet main body and connected to the rear part of the toilet main body; wherein in the rear box there also is a support frame with which the toilet main body and the second housing part are supported; wherein the first housing part is mounted on the toilet main body, and the seat lid is pivotally mounted on the first housing part coaxially with the toilet seat.
A lighting apparatus comprising a light source and a phosphor material that is radiationally coupled to the light source, the phosphor material comprising a blend of: an oxyfluoride phosphor having a peak emission in a wavelength range from 530 nanometers to 580 nanometers and an additional red-emitting phosphor; characterized in that the oxyfluoride phosphor comprises a composition of general formula I: R 3-z Ce z T 5-y N y O 12-y F y; where 0<y<5.0; 0<z≤0.30; R is Y, Tb, Gd, La, Lu or a combination thereof; T is Al, Sc, Ga, In or combinations thereof; N is Mg, and in that the additional red-emitting phosphor has a peak emission in a wavelength range from 590 nanometers to 650 nanometers and comprises a manganese doped complex fluoride.
A plastic optical fiber cable comprising: a plastic optical fiber having a core/clad structure, wherein the outermost layer of the core/clad structure is made of a fluorine-containing olefin polymer containing at least a tetrafluoroethylene unit, the crystal melting heat of the fluorine-containing olefin polymer being 59 mJ/mg or lower; characterized in that the plastic optical fiber cable comprises a light blocking coating layer provided around the plastic optical fiber, wherein the light blocking coating layer is made of a resin primarily containing a polyamide resin, the total content of polyamide resin-derived monomer compounds and oligomer compounds contained in the resin being 1.5% by weight or lower; and the plastic optical fiber cable further comprises a protective coating layer provided between the outermost layer of the core/clad structure and the light blocking coating layer. a plastic optical fiber having a core/clad structure, wherein the outermost layer of the core/clad structure is made of a fluorine-containing olefin polymer containing at least a tetrafluoroethylene unit, the crystal melting heat of the fluorine-containing olefin polymer being 59 mJ/mg or lower; characterized in that the plastic optical fiber cable comprises a light blocking coating layer provided around the plastic optical fiber, wherein the light blocking coating layer is made of a resin primarily containing a polyamide resin, the total content of polyamide resin-derived monomer compounds and oligomer compounds contained in the resin being 1.5% by weight or lower; and the plastic optical fiber cable further comprises a protective coating layer provided between the outermost layer of the core/clad structure and the light blocking coating layer.
Communication arrangement for energy-efficient exchange of data frames between a control unit and LED control units (CTRL) coupled thereto in series, wherein the command unit and the LED control units (CTRL) being set up to generate data frames as a function of a scope of a supported command set, the number of LED control units (CTRL) and the used parameters of minimum length, and to synchronise the communication using control commands coded unambiguously in the data frame, and further being set up to transmit no signals during ongoing operation between sending of data frames, wherein the data frames are of minimum length if, for a dynamic data frame length, each bit to be transmitted codes payload data or, for a static data frame length, all possible bit occupancies of the communication arrangement can be coded without an overhang.
A mobile communication apparatus comprising: a storage unit that stores therein a first set of correspondence information that correlates a different transmission resource with each area that is adjacent to a common area, and a second set of correspondence information that correlates a different transmission resource with each area that is adjacent to a common area, wherein the arrangement of each area is shifted in a particular direction in one of the two sets of correspondence information compared with the arrangement of each area in the other of the two sets of correspondence information; an area deducing unit that deduces in which area the mobile communication apparatus is located; a selecting unit that alternately selects the first and second sets of correspondence information, and selects the transmission resource correlated, in the selected set of correspondence information, with the area deduced by the area deducing unit; and a transmitter that using the transmission resource selected by the selecting unit, transmits data to a second mobile communication apparatus (100. a storage unit that stores therein a first set of correspondence information that correlates a different transmission resource with each area that is adjacent to a common area, and a second set of correspondence information that correlates a different transmission resource with each area that is adjacent to a common area, wherein the arrangement of each area is shifted in a particular direction in one of the two sets of correspondence information compared with the arrangement of each area in the other of the two sets of correspondence information; an area deducing unit that deduces in which area the mobile communication apparatus is located; a selecting unit that alternately selects the first and second sets of correspondence information, and selects the transmission resource correlated, in the selected set of correspondence information, with the area deduced by the area deducing unit; and a transmitter that using the transmission resource selected by the selecting unit, transmits data to a second mobile communication apparatus (100.
A method for producing a composition containing low molecular weight polytetrafluoroethylene (PTFE), comprising: irradiating a composition containing high molecular weight PTFE having standard specific gravity, measured as defined in the description, of 2.130-2.230 with ionizing radiation selected from electron ray, γ-ray, X-ray, neutron beam and high energy ion to obtain a composition containing low molecular weight PTFE having a melt viscosity at 380°C in the range of 1.0×10 2 to 7.0×10 5 Pa·s, measured in accordance with ASTM D 1238 using 2 g of a sample heated in advance at 380°C for 5 min. and using a flow tester (Shimadzu Corporation) and a die of 2φ-8L while maintaining the sample at 380°C under a load of 0.7 MPa; and carrying out a steam treatment using water, an alkaline aqueous solution or a polar solvent as a treatment solution in the form of steam at a temperature of 90-160°C on the composition obtained in step. irradiating a composition containing high molecular weight PTFE having standard specific gravity, measured as defined in the description, of 2.130-2.230 with ionizing radiation selected from electron ray, γ-ray, X-ray, neutron beam and high energy ion to obtain a composition containing low molecular weight PTFE having a melt viscosity at 380°C in the range of 1.0×10 2 to 7.0×10 5 Pa·s, measured in accordance with ASTM D 1238 using 2 g of a sample heated in advance at 380°C for 5 min. and using a flow tester (Shimadzu Corporation) and a die of 2φ-8L while maintaining the sample at 380°C under a load of 0.7 MPa; and carrying out a steam treatment using water, an alkaline aqueous solution or a polar solvent as a treatment solution in the form of steam at a temperature of 90-160°C on the composition obtained in step.
Valve piston having a central axis along which mutually spaced control geometries (32, 36, 32', 36') are provided, in particular for controlling a hydraulic fluid connection, which are bypassed by a passage (4, 4') which extends through the valve piston (2; 102; 202), which is at least in portions additively manufactured and through which hydraulic fluid is able to flow, wherein the passage (4, 4') is delimited towards the central axis, characterized in that the valve piston has an outer circumferential surface in which orifices (40, 42, 40', 42'; 140, 142, 140', 142') of the passage (4, 4') are provided on the one side of a first (32, 32') and on the other side of a second (36, 36') of the control geometries (32, 36, 32', 36').
A surgical tool comprising: an elongated first assembly comprising an articulation region; and an elongated second assembly comprising: an elongated support element; an elongated activation element moveable relative to the support element; and a functional mechanism coupled to the activation element, a movement of the functional mechanism being in response to a movement of the activation element, wherein a force imparted by the movement of the activation element is isolated from the first assembly by the support element, characterised in that the second assembly further comprises a clevis coupled to the support element, and wherein the surgical tool further comprises a longitudinal clearance (1238, 1239) between the clevis and a distal end of the first assembly, wherein the second assembly is in communication with the first assembly so that the support element can be moveable relative to the first assembly. an elongated first assembly comprising an articulation region; and an elongated second assembly comprising: an elongated support element; an elongated activation element moveable relative to the support element; and an elongated support element; an elongated activation element moveable relative to the support element; and a functional mechanism coupled to the activation element, a movement of the functional mechanism being in response to a movement of the activation element, wherein a force imparted by the movement of the activation element is isolated from the first assembly by the support element, characterised in that the second assembly further comprises a clevis coupled to the support element, and wherein the surgical tool further comprises a longitudinal clearance (1238, 1239) between the clevis and a distal end of the first assembly, wherein the second assembly is in communication with the first assembly so that the support element can be moveable relative to the first assembly.