mhurhangee/ep-ind-claims huggingface dataset:
A laser device battery powered, which shows the cutting path to get equal portions of a cake, pizza or similar foods comprising - a small box-shaped support, provided with an interlocking hole in the lower part, for the insertion of a rod that holds it up when the other extremity of the rod is positioned in the central part of a cake, pizza or similar foods, to be divided in equal portions and, always in the lower part of the small box-shaped support, there are grooves from which it is emitted a light beam generated by a laser or a set of lasers; characterized in that the device further comprises - a laser or a set of lasers included in the small box-shaped support, having a beam of light towards the direction of the rod in the cake pizza or similar foods, which emit a laser light beam on the surface of the cake, pizza or similar foods, showing the cutting path to get equal portions of a cake, pizza or similar foods; - a circuit, connected to a laser or a set of lasers, programmed with an algorithm which allows to change the number of portions or the shape of the cutting path for division in equal parts of the cake, pizza or similar foods by means of one or more command buttons; - a display positionated on the small box-shaped support, on the side opposite to the rod insertion side, which displays the number of portions we want to get from the cutting path to get equal portions of a cake, pizza or similar foods; - a battery, included in the small box-shaped support, which supplies the circuit, the laser or the set of lasers and the display. - a small box-shaped support, provided with an interlocking hole in the lower part, for the insertion of a rod that holds it up when the other extremity of the rod is positioned in the central part of a cake, pizza or similar foods, to be divided in equal portions and, always in the lower part of the small box-shaped support, there are grooves from which it is emitted a light beam generated by a laser or a set of lasers; - a laser or a set of lasers included in the small box-shaped support, having a beam of light towards the direction of the rod in the cake pizza or similar foods, which emit a laser light beam on the surface of the cake, pizza or similar foods, showing the cutting path to get equal portions of a cake, pizza or similar foods; - a circuit, connected to a laser or a set of lasers, programmed with an algorithm which allows to change the number of portions or the shape of the cutting path for division in equal parts of the cake, pizza or similar foods by means of one or more command buttons; - a display positionated on the small box-shaped support, on the side opposite to the rod insertion side, which displays the number of portions we want to get from the cutting path to get equal portions of a cake, pizza or similar foods; - a battery, included in the small box-shaped support, which supplies the circuit, the laser or the set of lasers and the display.
A method for adjusting a loudness level of a Higher Order Ambisonics formatted 3D audio signal, the 3D audio signal having at least a coefficient channel with coefficients of 0 th order and one or more coefficient channels with coefficients of an order higher than zero, the method comprising steps of - measuring Ioudness of the coefficient channel with coefficients of 0 th order of the 3D audio signal; and - level adjusting a master gain for all coefficient channels of the 3D audio signal according to the measured loudness of the coefficient channel with coefficients of 0 th order, wherein a level adjusted HOA signal is obtained. - measuring Ioudness of the coefficient channel with coefficients of 0 th order of the 3D audio signal; and - level adjusting a master gain for all coefficient channels of the 3D audio signal according to the measured loudness of the coefficient channel with coefficients of 0 th order, wherein a level adjusted HOA signal is obtained.
An engine load management system comprising: an engine; a hydraulic device driven by the engine; a sensor associated with the hydraulic device to detect a load change of the hydraulic device; and a controller in communication with the engine, the hydraulic device, and the sensor, the controller being configured to: determine a change in engine operation required to accommodate the detected load change; determine a modification of an engine parameter required to produce the change in engine operation; determine a capacity for the modification; and implement the modification based on the capacity of the engine for the modification and relieve the load change from the hydraulic device before the load change is transmitted to the engine, only when the capacity of the engine for the modification is insufficient. an engine; a hydraulic device driven by the engine; a sensor associated with the hydraulic device to detect a load change of the hydraulic device; and a controller in communication with the engine, the hydraulic device, and the sensor, the controller being configured to: determine a change in engine operation required to accommodate the detected load change; determine a modification of an engine parameter required to produce the change in engine operation; determine a capacity for the modification; and implement the modification based on the capacity of the engine for the modification and relieve the load change from the hydraulic device before the load change is transmitted to the engine, only when the capacity of the engine for the modification is insufficient. determine a change in engine operation required to accommodate the detected load change; determine a modification of an engine parameter required to produce the change in engine operation; determine a capacity for the modification; and implement the modification based on the capacity of the engine for the modification and relieve the load change from the hydraulic device before the load change is transmitted to the engine, only when the capacity of the engine for the modification is insufficient.
A fuel assembly comprising: a channel nosepiece; a lower tie plate positioned above the channel nosepiece; and at least one retention clip (200A-D) connected to the channel nosepiece and the lower tie plate and configured to resist movement of the lower tie plate away from the channel nosepiece, the retention clip comprising: an engagement region, the engagement region including at least one spring member, the at least one spring member including a first protrusion extending outward from a central axis of the retention clip, the first protrusion including a first edge angled with respect to the central axis at a first angle (θ1) such that application of a force to the first angled edge, the force being parallel to the central axis, causes the spring member to contract, the central axis being defined as an axis extending down a center of the retention clip along a length of the retention clip; the fuel assembly being characterized in that the lower tie plate includes at least one slot, the engagement region of the retention clip configured to be inserted into the slot. a channel nosepiece; a lower tie plate positioned above the channel nosepiece; and at least one retention clip (200A-D) connected to the channel nosepiece and the lower tie plate and configured to resist movement of the lower tie plate away from the channel nosepiece, the retention clip comprising: an engagement region, the engagement region including at least one spring member, the at least one spring member including a first protrusion extending outward from a central axis of the retention clip, the first protrusion including a first edge angled with respect to the central axis at a first angle (θ1) such that application of a force to the first angled edge, the force being parallel to the central axis, causes the spring member to contract, the central axis being defined as an axis extending down a center of the retention clip along a length of the retention clip; the fuel assembly being characterized in that the lower tie plate includes at least one slot, the engagement region of the retention clip configured to be inserted into the slot. an engagement region, the engagement region including at least one spring member, the at least one spring member including a first protrusion extending outward from a central axis of the retention clip, the first protrusion including a first edge angled with respect to the central axis at a first angle (θ1) such that application of a force to the first angled edge, the force being parallel to the central axis, causes the spring member to contract, the central axis being defined as an axis extending down a center of the retention clip along a length of the retention clip; the fuel assembly being characterized in that the lower tie plate includes at least one slot, the engagement region of the retention clip configured to be inserted into the slot.
An image capture apparatus comprising: a first lens configured to receive a first image signal; a second lens configured to receive a second image signal; a first prism configured to reflect the first image signal; a second prism configured to reflect the second image signal; a third prism positioned between the first and second prisms, the third prism configured to receive the first and second image signals from the first and second prisms, respectively; and a single image sensor configured to receive the first and second image signals from the third prism, wherein the first image signal is projected onto the left side of the single image sensor and the second image signal is projected onto the right side of the single image sensor. a first lens configured to receive a first image signal; a second lens configured to receive a second image signal; a first prism configured to reflect the first image signal; a second prism configured to reflect the second image signal; a third prism positioned between the first and second prisms, the third prism configured to receive the first and second image signals from the first and second prisms, respectively; and a single image sensor configured to receive the first and second image signals from the third prism, wherein the first image signal is projected onto the left side of the single image sensor and the second image signal is projected onto the right side of the single image sensor.
An optical communications system comprising: at least one optical signal source providing a plurality of spaced optical carrier wavelengths forming a plurality of optical communication channels, each optical communications channel having at least two carrier wavelengths (115, 117) which can be modulated with data; and a respective optical modulator (170a-n) for each optical communications channel, each optical modulator comprising at least a first and second resonant modulator circuit (104, 104a, 108, 108a, 113, 113a), for selectively modulating the first and second carrier wavelengths (115, 117) associated with the optical communications channel with data respectively; the first resonant modulator circuit (104, 108, 113) having a resonant frequency at a first of the carrier wavelengths (115, 117) of the associated optical communications channel and the second resonant modulator circuit (104a, 108a, 113a) having a resonant frequency shifted from and out of resonance with a second of the carrier wavelengths of the associated optical communications channel; and wherein for each optical communications channel, the resonant frequency of the first and second resonant modulator circuits (104, 104a, 108, 108a, 113, 113a) can shift such that as the resonant frequency of the first resonant modulator circuit (104, 108, 113) shifts away from the first of the carrier wavelengths of the associated communications channel, the resonant frequency of the second resonant modulator circuit (104a, 108a, 113a) shifts towards the second of the carrier wavelengths of the associated optical communications channel. at least one optical signal source providing a plurality of spaced optical carrier wavelengths forming a plurality of optical communication channels, each optical communications channel having at least two carrier wavelengths (115, 117) which can be modulated with data; and a respective optical modulator (170a-n) for each optical communications channel, each optical modulator comprising at least a first and second resonant modulator circuit (104, 104a, 108, 108a, 113, 113a), for selectively modulating the first and second carrier wavelengths (115, 117) associated with the optical communications channel with data respectively; the first resonant modulator circuit (104, 108, 113) having a resonant frequency at a first of the carrier wavelengths (115, 117) of the associated optical communications channel and the second resonant modulator circuit (104a, 108a, 113a) having a resonant frequency shifted from and out of resonance with a second of the carrier wavelengths of the associated optical communications channel; and wherein for each optical communications channel, the resonant frequency of the first and second resonant modulator circuits (104, 104a, 108, 108a, 113, 113a) can shift such that as the resonant frequency of the first resonant modulator circuit (104, 108, 113) shifts away from the first of the carrier wavelengths of the associated communications channel, the resonant frequency of the second resonant modulator circuit (104a, 108a, 113a) shifts towards the second of the carrier wavelengths of the associated optical communications channel.
A traditional Chinese medicine composition, comprising, as active ingredient, an aqueous extract from the raw material mixture of: Dendrobium nobile, Viola tricolor, Ophiopogon japonicus, Tremella fuciformis, and an oat material; and the Dendrobium nobile, Viola tricolor, Ophiopogon japonicus, Tremella fuciformis and oat material have a weight ratio of 5-15:2-10:2-10:1-5:1-5; wherein the oat material is oat grains, oat flour, or oat bran. Dendrobium nobile, Viola tricolor, Ophiopogon japonicus, Tremella fuciformis, and an oat material; and the Dendrobium nobile, Viola tricolor, Ophiopogon japonicus, Tremella fuciformis and oat material have a weight ratio of 5-15:2-10:2-10:1-5:1-5; wherein the oat material is oat grains, oat flour, or oat bran.
An assembly for use with a gas turbine engine, said assembly comprising: a tie rod for extending radially outwardly from a latitudinal axis of said gas turbine engine said tie rod having; a length having a longitudinal axis, a base (90;200;300), in use, having a width parallel to said latitudinal axis, wherein said base(90;200;300) is wider than a width of said length, and a first connector (215;241;315) for attaching said base (90;200;300) of said tie rod to a bearing assembly of said gas turbine engine, characterised in that: said base (90;200;300) has a counterbore (205;310) disposed therein; and said connector (215;241;315) comprises a body having a shaft removably attaching, at a first end portion thereof, to said counterbore (205;310), wherein said shaft and said counterbore (205;310) are disposed in parallel with said longitudinal axis; wherein said counterbore is not coaxial with said longitudinal axis; and wherein the tie rod comprises a cooling passage which extends along the longitudinal axis. a tie rod for extending radially outwardly from a latitudinal axis of said gas turbine engine said tie rod having; a length having a longitudinal axis, a base (90;200;300), in use, having a width parallel to said latitudinal axis, wherein said base(90;200;300) is wider than a width of said length, and a length having a longitudinal axis, a base (90;200;300), in use, having a width parallel to said latitudinal axis, wherein said base(90;200;300) is wider than a width of said length, and a first connector (215;241;315) for attaching said base (90;200;300) of said tie rod to a bearing assembly of said gas turbine engine, characterised in that: said base (90;200;300) has a counterbore (205;310) disposed therein; and said connector (215;241;315) comprises said base (90;200;300) has a counterbore (205;310) disposed therein; and said connector (215;241;315) comprises a body having a shaft removably attaching, at a first end portion thereof, to said counterbore (205;310), wherein said shaft and said counterbore (205;310) are disposed in parallel with said longitudinal axis; wherein said counterbore is not coaxial with said longitudinal axis; and wherein the tie rod comprises a cooling passage which extends along the longitudinal axis.
Lighting and/or signalling device, in particular for a motor vehicle, comprising first and second light sources, able to emit respectively a first and a second light beam, and a light guide able to guide said light beams (F1, F2), said guide having an entry portion for conducting said second beam and a propagation portion for conducting both of said beams (F1, F2) to a common exit face, said entry portion comprising a first face for reflecting rays of the second beam, said first face also being configured to refract said first light beam in the light guide, characterised in that the light guide is in the form of a cord and in which said entry portion of said light guide comprises a second face parallel to said first reflection face, said first and second faces forming together a pair, said second face being configured so as to reflect said rays of the second beam emitted by the second light source towards said first face.
A system for inducible expression of a polynucleotide comprising: a) a first nucleic acid comprising a first promoter inducible by tamoxifen, a metabolite of tamoxifen, or an analog of tamoxifen, wherein the first promoter comprises the nucleotide sequence of SEQ ID NO: 41, and wherein the first promoter is operably linked to a polynucleotide encoding a chimeric antigen receptor, wherein the CAR comprises: a ligand binding domain specific for a ligand, wherein the ligand is a tumor specific molecule, a viral molecule, or a molecule expressed on a target cell population, wherein the ligand can elicit recognition, modulation, inhibition, and/or elimination by a lymphocyte when interacting with the ligand binding domain, a polypeptide spacer, a transmembrane domain, an intracellular signaling domain; b) a second nucleic acid comprising a constitutive second promoter, such as a EF1α promoter, wherein the second promoter is operably linked to a nucleic acid encoding a transcriptional activator for the first promoter and comprises the amino acid sequence of SEQ ID NO: 40; c) tamoxifen, a metabolite of tamoxifen, or an analog of tamoxifen; and d) an activating stimulator comprising an anti-CD3 and/or an anti-CD28. a) a first nucleic acid comprising a first promoter inducible by tamoxifen, a metabolite of tamoxifen, or an analog of tamoxifen, wherein the first promoter comprises the nucleotide sequence of SEQ ID NO: 41, and wherein the first promoter is operably linked to a polynucleotide encoding a chimeric antigen receptor, wherein the CAR comprises: a ligand binding domain specific for a ligand, wherein the ligand is a tumor specific molecule, a viral molecule, or a molecule expressed on a target cell population, wherein the ligand can elicit recognition, modulation, inhibition, and/or elimination by a lymphocyte when interacting with the ligand binding domain, a polypeptide spacer, a transmembrane domain, an intracellular signaling domain; a ligand binding domain specific for a ligand, wherein the ligand is a tumor specific molecule, a viral molecule, or a molecule expressed on a target cell population, wherein the ligand can elicit recognition, modulation, inhibition, and/or elimination by a lymphocyte when interacting with the ligand binding domain, a polypeptide spacer, a transmembrane domain, an intracellular signaling domain; b) a second nucleic acid comprising a constitutive second promoter, such as a EF1α promoter, wherein the second promoter is operably linked to a nucleic acid encoding a transcriptional activator for the first promoter and comprises the amino acid sequence of SEQ ID NO: 40; c) tamoxifen, a metabolite of tamoxifen, or an analog of tamoxifen; and d) an activating stimulator comprising an anti-CD3 and/or an anti-CD28.
An electromagnetic solenoid (100; 200) comprising: a coil (102; 202) for generating a magnetic force when energized with an electric current; a bobbin (106; 206) having a tubular center section and first and second end flanges (108, 110) between which the coil is wound; an armature (114; 214) having an armature flange (118; 218) at a first end, the armature disposed at least partially within an interior portion of the tubular center section and supported for axial displacement between a first position and a second position; a permanent ring magnet (134; 234) disposed at the first end flange with an inner radial face (138; 238) radially spaced apart from an outer radial face (136; 236) of the armature flange by a radial gap (144; 244), the ring magnet supported by a retainer (148; 248) adjacent to the first end flange and fixed against axial displacement with respect to the bobbin; an outer case (172; 272) having a closed bottom (174; 274) at a first end (176; 276) and an open top at a second end (175; 275), wherein a spring retainer (178; 278) is formed centrally in the closed bottom of the outer case; and a flux washer (166; 266) disposed in the open top adjacent to a second end of the armature. a coil (102; 202) for generating a magnetic force when energized with an electric current; a bobbin (106; 206) having a tubular center section and first and second end flanges (108, 110) between which the coil is wound; an armature (114; 214) having an armature flange (118; 218) at a first end, the armature disposed at least partially within an interior portion of the tubular center section and supported for axial displacement between a first position and a second position; a permanent ring magnet (134; 234) disposed at the first end flange with an inner radial face (138; 238) radially spaced apart from an outer radial face (136; 236) of the armature flange by a radial gap (144; 244), the ring magnet supported by a retainer (148; 248) adjacent to the first end flange and fixed against axial displacement with respect to the bobbin; an outer case (172; 272) having a closed bottom (174; 274) at a first end (176; 276) and an open top at a second end (175; 275), wherein a spring retainer (178; 278) is formed centrally in the closed bottom of the outer case; and a flux washer (166; 266) disposed in the open top adjacent to a second end of the armature.