mhurhangee/ep-ind-claims huggingface dataset:
An optical compensation film which is made by uniaxially or biaxially stretching a multilayer film comprising: (a) a first polymer film having a refractive index profile satisfying the equations of (n x +n y)/2 ≥ n z and |n x -n y |< 0.005; wherein the first polymer film is a negative C-plate having a refractive index profile of n x =n y >n z and is based on a cellulose ester film having an out-of-plane retardation (R th) of -100 nm to -400 nm at the wavelength (λ) 550 nm, and a thickness of 20 μm to 100 μm; and (b) a second polymer film having a refractive index profile satisfying the equations of (n x +n y)/2 <n z and |n x -n y |< 0.005; wherein the second polymer film is a positive C-plate having a refractive index profile of n x =n y <n z; and wherein the second polymer has an out-of-plane birefringence (Δn th) satisfying the equation of Δn th >0.01 and is a homopolymer or a copolymer of monomers selected from the group comprising α,β,β-trifluorostyrene, α,β-difluorostyrene, β,β-difluorostyrene, α-fluorostyrene, and β-fluorostyrene, wherein n x and n y represent in-plane refractive indices and n z the thickness-direction refractive index of the films, and wherein said optical compensation film has a positive in-plane retardation and reversed in-plane wavelength dispersion characteristics that satisfy the relations of 0.7<R 450 /R 550 <1 and 1<R 650 /R 550 <1.25, wherein R 450, R 550, and R 650 are in-plane retardations at the light wavelengths of 450 nm, 550 nm, and 650 nm respectively, wherein the resulting optical compensation film has an out-of-plane retardation (R th) satisfying the equation of |R th |<100 nm throughout the wavelength range of about 400 nm to about 800 nm. (a) a first polymer film having a refractive index profile satisfying the equations of (n x +n y)/2 ≥ n z and |n x -n y |< 0.005; wherein the first polymer film is a negative C-plate having a refractive index profile of n x =n y >n z and is based on a cellulose ester film having an out-of-plane retardation (R th) of -100 nm to -400 nm at the wavelength (λ) 550 nm, and a thickness of 20 μm to 100 μm; and (b) a second polymer film having a refractive index profile satisfying the equations of (n x +n y)/2 <n z and |n x -n y |< 0.005; wherein the second polymer film is a positive C-plate having a refractive index profile of n x =n y <n z; and wherein the second polymer has an out-of-plane birefringence (Δn th) satisfying the equation of Δn th >0.01 and is a homopolymer or a copolymer of monomers selected from the group comprising α,β,β-trifluorostyrene, α,β-difluorostyrene, β,β-difluorostyrene, α-fluorostyrene, and β-fluorostyrene,
A system for simultaneously receiving on a mobile platform first RF signals having a circular polarization from a first satellite at an orbital location and second RF signals having a linear polarization from a second satellite that is substantially co-located at the orbital location with the first satellite, the system comprising: a single beam receive antenna aperture arranged to simultaneously receive the first RF signals having the circular polarization and the second RF signals having the linear polarization, the single beam receive antenna aperture outputting both the first and the second RF signals as circularly polarized output signals; a first RF converter arranged to down-convert the circularly polarized output signals to first down-converted signals having the circular polarization; and a second RF converter arranged to down-convert the circularly polarized output signals to second down-converted signals having the linear polarization. a single beam receive antenna aperture arranged to simultaneously receive the first RF signals having the circular polarization and the second RF signals having the linear polarization, the single beam receive antenna aperture outputting both the first and the second RF signals as circularly polarized output signals; a first RF converter arranged to down-convert the circularly polarized output signals to first down-converted signals having the circular polarization; and a second RF converter arranged to down-convert the circularly polarized output signals to second down-converted signals having the linear polarization.
A power transmission system, comprising: a high-frequency power source generates high-frequency power; a first coil having helical structure that receives the high-frequency power generated by the high-frequency power source; and a second coil having helical structure that receives, by being magnetically coupled to the first coil through magnetic field resonance, the high-frequency power from the first coil, wherein a frequency of the high-frequency power source and a parameter relating to the first and second coils are selected such that the first and second coils resonate in a state where currents in mutually opposite directions flow in the first and second coils when the high-frequency power is transmitted from the first coil to the second coil. a high-frequency power source generates high-frequency power; a first coil having helical structure that receives the high-frequency power generated by the high-frequency power source; and a second coil having helical structure that receives, by being magnetically coupled to the first coil through magnetic field resonance, the high-frequency power from the first coil, wherein a frequency of the high-frequency power source and a parameter relating to the first and second coils are selected such that the first and second coils resonate in a state where currents in mutually opposite directions flow in the first and second coils when the high-frequency power is transmitted from the first coil to the second coil.
A fluid dispenser assembly, comprising: · a nasal fluid dispenser device, said device comprising a reservoir containing fluid, a dispenser head being assembled on said reservoir, said dispenser head being provided with a dispenser orifice, · a remote mobile device, such as a smartphone, wherein said dispenser device includes at least one orientation sensor and communicates with said remote mobile device in order to assist and guide the user in real time, so as to obtain optimal orientation of the dispenser device when said device is actuated, wherein said orientation sensor, such as an accelerometer or a gyro, determines in real time the three-dimensional orientation of said device, in particular the angle (α) of said device relative to said remote mobile device, characterized in that said device includes a second sensor, such as an accelerometer, for detecting when the device is actuated by the user, and in that said remote mobile device includes an accelerometer that makes it possible to determine its position in three-dimensional space, in particular the angle (β) of said remote mobile device relative to the vertical. · a nasal fluid dispenser device, said device comprising a reservoir containing fluid, a dispenser head being assembled on said reservoir, said dispenser head being provided with a dispenser orifice, · a remote mobile device, such as a smartphone,
A kit useful for identifying a molecular subtype of a tumor in a cancer patient by means of reverse transcription quantitative PCR, said kit comprising: - a pair of HER2-specific primers and an HER2-specific probe; - a pair of ESR1-specific primers and an ESR1-specific probe; - a pair of Ki67-specific primers and a Ki67-specific probe; and - a pair of PGR-specific primers and a PGR-specific probe, wherein the ESR1-specific primers have the sequences of SEQ NOs: 1 and 2, wherein the HER2-specific primers have the sequences of SEQ ID Nos: 4 and 5, wherein the Ki67-specific primers have the sequences of SEQ ID NOs: 7 and 8, and wherein the PGR-specific primers have the sequences of SEQ ID NOs: 10 and 11. - a pair of HER2-specific primers and an HER2-specific probe; - a pair of ESR1-specific primers and an ESR1-specific probe; - a pair of Ki67-specific primers and a Ki67-specific probe; and - a pair of PGR-specific primers and a PGR-specific probe,
A high-strength screw, with a head with a tool engagement contour, a shank with a free end pointing away from the head, wherein a threaded section with a thread is arranged on the shank, wherein the thread is formed as a metric ISO thread or inch thread, wherein the head and the shank are formed as materially separate parts, wherein the head has a coupling recess arranged radially inside with an axial force transmission element and a torque transmission element, wherein the shank has a coupling element arranged radially outside on its outer circumference with an axial force transmission counter element and a torque transmission counter element, wherein the coupling element engages in the coupling recess, wherein the axial force transmission element and the axial force transmission counter element are designed and arranged to positively interlock in such a way that an axial translatory movement of the head relative to the shank in the direction away from the free end of the shank is prevented or will be prevented, in particular non-releasably, and in that the torque transmission element and the torque transmission counter element are designed and arranged to interlock in such a way that a rotational movement of the head relative to the shank in the tightening direction of the thread is or will be frictionally prevented. a head with a tool engagement contour, a shank with a free end pointing away from the head, wherein a threaded section with a thread is arranged on the shank, wherein the thread is formed as a metric ISO thread or inch thread, wherein the head and the shank are formed as materially separate parts, wherein the head has a coupling recess arranged radially inside with an axial force transmission element and a torque transmission element, wherein the shank has a coupling element arranged radially outside on its outer circumference with an axial force transmission counter element and a torque transmission counter element, wherein the coupling element engages in the coupling recess, wherein the axial force transmission element and the axial force transmission counter element are designed and arranged to positively interlock in such a way that an axial translatory movement of the head relative to the shank in the direction away from the free end of the shank is prevented or will be prevented, in particular non-releasably, and in that the torque transmission element and the torque transmission counter element are designed and arranged to interlock in such a way that a rotational movement of the head relative to the shank in the tightening direction of the thread is or will be frictionally prevented.
A scroll pump comprising a shaft supported for rotation by a bearing carried by a bearing carrier, said bearing carrier having a generally outer radial portion which is fixed relative to a pump housing and a generally inner radial portion which is fixed relative to the bearing, wherein the carrier is stiff in a radial direction between said inner and outer portions to restrain radial movement of the bearing to maintain radial alignment between an orbiting scroll and a fixed scroll of the pump and flexible in an axial direction to allow axial movement of the bearing.
Fire protection profile for sealing a structural joint, in particular a connection joint between a drywall and a ceiling, having a profile element (18; 118; 218; 318; 418) that has an inner face and an outer face arranged opposite the inner face, and comprises an inner portion, at least one arcuate portion (24; 424) and at least one wing portion, the wing portion is joined to the inner portion via the arcuate portion (24; 424), and having at least one intumescent element (20; 120; 420) of intumescent material, the arcuate portion (24; 424) having a wall thickness which optionally differs from that of the inner portion and/or the wing portion, characterized in that the arcuate portion is double-walled and has an inner arcuate portion and an outer arcuate portion (34, 32), the inner arcuate portion being formed as a strut having a first connecting portion and a second connecting portion, and forming a chamber together with the outer arcuate portion, and the intumescent element (20; 120; 420) being provided on the inner face of the profile element (18; 118; 218; 318; 418), the intumescent element (20; 420) being provided as a layer extending from the inner portion to the wing portion.
A method comprising: receiving, by a wireless device, at least one radio resource control message comprising a reference signal power value of a synchronization signals and physical broadcast channel, SS/PBCH, block; receiving a control order for transmission of a random access preamble; determining a transmission power for the random access preamble, wherein: in response to a determination that the wireless device is configured with a channel state information reference signal, CSI-RS, the determining the transmission power is based on the reference signal power value and a power offset value, wherein the power offset value is associated with the CSI-RS and is indicated in the at least one radio resource control message; and in response to a determination that the wireless device is not configured with the CSI-RS, the determining the transmission power is based on the reference signal power value and at least one first reference signal received power, RSRP, measurement of the SS/PBCH block; and transmitting the random access preamble based on the transmission power. receiving, by a wireless device, at least one radio resource control message comprising a reference signal power value of a synchronization signals and physical broadcast channel, SS/PBCH, block; receiving a control order for transmission of a random access preamble; determining a transmission power for the random access preamble, wherein: in response to a determination that the wireless device is configured with a channel state information reference signal, CSI-RS, the determining the transmission power is based on the reference signal power value and a power offset value, wherein the power offset value is associated with the CSI-RS and is indicated in the at least one radio resource control message; and in response to a determination that the wireless device is not configured with the CSI-RS, the determining the transmission power is based on the reference signal power value and at least one first reference signal received power, RSRP, measurement of the SS/PBCH block; and in response to a determination that the wireless device is configured with a channel state information reference signal, CSI-RS, the determining the transmission power is based on the reference signal power value and a power offset value, wherein the power offset value is associated with the CSI-RS and is indicated in the at least one radio resource control message; and in response to a determination that the wireless device is not configured with the CSI-RS, the determining the transmission power is based on the reference signal power value and at least one first reference signal received power, RSRP, measurement of the SS/PBCH block; and transmitting the random access preamble based on the transmission power.
A semiconductor package (100A, 100B, 100Ca, 100D, 100Ea, 100Fa) comprising: a substrate; an interposer on the substrate; and a first logic chip and a second logic chip on the interposer, the first logic chip and the second logic chip are side-by-side so as to be adjacent to each other; memory stacks (41a - 41d; 42a - 42d) including a plurality of stacked memory chips, each memory stack is adjacent to a corresponding one of the first logic chip and the second logic chip, the memory stacks on the interposer; and stiffening chips (51a, 51b) on the interposer, the stiffening chips between corresponding ones of the memory stacks (41a - 41d; 42a - 42d), the stiffening chips (51a, 51b) adjacent to a boundary area between the first logic chip and the second logic chip and aligned with an extension line of said boundary area, wherein each of the stiffening chips (51a, 51b) has a greater width than the boundary area, such that the stiffening chips are adjacent to a portion of the first logic chip and a portion of the second logic chip in a row direction. a substrate; an interposer on the substrate; and a first logic chip and a second logic chip on the interposer, the first logic chip and the second logic chip are side-by-side so as to be adjacent to each other; memory stacks (41a - 41d; 42a - 42d) including a plurality of stacked memory chips, each memory stack is adjacent to a corresponding one of the first logic chip and the second logic chip, the memory stacks on the interposer; and stiffening chips (51a, 51b) on the interposer, the stiffening chips between corresponding ones of the memory stacks (41a - 41d; 42a - 42d), the stiffening chips (51a, 51b) adjacent to a boundary area between the first logic chip and the second logic chip and aligned with an extension line of said boundary area, wherein each of the stiffening chips (51a, 51b) has a greater width than the boundary area, such that the stiffening chips are adjacent to a portion of the first logic chip and a portion of the second logic chip in a row direction.
Inhaler for administering a medicament in the form of inhalable substances, formulations or mixtures of substances, with a housing comprising an inner cavity for holding the medicament, which is coupled to a mouthpiece, the housing being rigidly connected to the mouthpiece, and the medicament being held in a capsule inserted in the inner cavity, and at least one pin being provided for piercing the capsule, characterised in that the inner cavity is filled with the capsule by the manufacturer, and the pin has already pierced the capsule in a process carried out by the manufacturer.
A method for removing dust from sheets fed from a paper feeding apparatus within a printer, including: providing a paper feeder module that includes at least one paper tray with sheets therein and a feed head; initiating feeding of sheets from said at least one paper tray into a predetermined paper path for a print job; and characterised in that it further includes: scraping upper and lower surfaces of each sheet fed from said at least one paper tray with scrapers (30, 35) positioned within said predetermined paper path and after an exit of said paper feeder module to remove dust therefrom; and providing flexible members as said scrapers; wherein said scrapers include at least two blades. providing a paper feeder module that includes at least one paper tray with sheets therein and a feed head; initiating feeding of sheets from said at least one paper tray into a predetermined paper path for a print job; and characterised in that it further includes: scraping upper and lower surfaces of each sheet fed from said at least one paper tray with scrapers (30, 35) positioned within said predetermined paper path and after an exit of said paper feeder module to remove dust therefrom; and providing flexible members as said scrapers; wherein said scrapers include at least two blades. scraping upper and lower surfaces of each sheet fed from said at least one paper tray with scrapers (30, 35) positioned within said predetermined paper path and after an exit of said paper feeder module to remove dust therefrom; and providing flexible members as said scrapers; wherein said scrapers include at least two blades.
An arrangement comprising a suspension of an axle, particularly of a heavy duty vehicle, and a stabilizer arrangement, characterized in that the axle is arranged in the aft half of the vehicle, the arrangement comprising at least two reaction stays (182, 184) for connecting the axle to the chassis and wherein the stabilizer arrangement comprises at least one stabilizer comprising a torsion bar between two stabilizer arms (102, 104), wherein the torsion bar and the two reaction stays (182, 184) are arranged at the same side of the axle, wherein the torsion bar and the two stabilizer arms (102, 104) are located predominantly between the reaction stays (182, 184), so that the length of the torsion bar is arranged inside a projection of an area encompassed by the two reaction stays (182, 184).
A Braille display system comprising: a plurality of Braille cells; and a touch sensitive surface (16, 18, 20) for providing input to the system adjacent to any of the plurality of Braille cells, wherein the touch sensitive surface (16, 18, 20) comprises a cursor routing touch strip for routing a cursor when reading characters on the Braille cells, a touch panel which is paired with a processor, and the touch panel/processor pair is programmed for input finger detection and receiving hand gesture input, and wherein the touch panel serves as a Braille keyboard, and wherein the Braille display system further comprises a top surface with a proximal user portion and a distal user portion, wherein the Braille cells are substantially located in the distal user portion, and wherein the touch sensitive surface (16, 18, 20) is substantially located in the proximal user portion, and at least one touch thumb panel located on a front surface of the Braille display system. a plurality of Braille cells; and a touch sensitive surface (16, 18, 20) for providing input to the system adjacent to any of the plurality of Braille cells, wherein the touch sensitive surface (16, 18, 20) comprises a cursor routing touch strip for routing a cursor when reading characters on the Braille cells, a touch panel which is paired with a processor, and the touch a cursor routing touch strip for routing a cursor when reading characters on the Braille cells, a touch panel which is paired with a processor, and the touch panel/processor pair is programmed for input finger detection and receiving hand gesture input, and wherein the touch panel serves as a Braille keyboard, and wherein the Braille display system further comprises a top surface with a proximal user portion and a distal user portion, wherein the Braille cells are substantially located in the distal user portion, and wherein the touch sensitive surface (16, 18, 20) is substantially located in the proximal user portion, and at least one touch thumb panel located on a front surface of the Braille display system.