mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing poly-α-olefins (PAO), the process comprising the following steps a) providing a reactor system comprising at least one reactor having a reactor vessel and a system for recycling and cooling part of reactor vessel outlet stream , b) introducing to at least one reactor vessel of the reactor system at least α-olefin monomers , recycled reactor outlet stream , catalyst and co-catalyst , which co-catalyst together with the catalyst forms a catalyst complex, c) reacting in the reactor vessel the α-olefin monomers to form a mixture of poly-α-olefins (PAO) product, d) withdrawing from the reactor vessel an outlet stream comprising unreacted monomers, mixture of PAO product and catalyst complex, e) splitting the outlet stream to a first stream , which is cooled and introduced back to the reactor vessel as a recycled reactor outlet stream , and a product stream , wherein at least one reactor in the reactor system is a cone reactor, in which cone reactor the reactor vessel has a first cross sectional area in an upper part of the vessel and the cross sectional area decreases downwards to a second cross sectional area , which is smaller than the first cross sectional area, and wherein the splitting of the outlet stream to a first stream and a product stream is performed such that 50 - 99 % of the outlet stream forms the first stream and the rest forms the product stream . a) providing a reactor system comprising at least one reactor having a reactor vessel and a system for recycling and cooling part of reactor vessel outlet stream , b) introducing to at least one reactor vessel of the reactor system at least α-olefin monomers , recycled reactor outlet stream , catalyst and co-catalyst , which co-catalyst together with the catalyst forms a catalyst complex, c) reacting in the reactor vessel the α-olefin monomers to form a mixture of poly-α-olefins (PAO) product, d) withdrawing from the reactor vessel an outlet stream comprising unreacted monomers, mixture of PAO product and catalyst complex, e) splitting the outlet stream to a first stream , which is cooled and introduced back to the reactor vessel as a recycled reactor outlet stream , and a product stream , wherein at least one reactor in the reactor system is a cone reactor, in which cone reactor the reactor vessel has a first cross sectional area in an upper part of the vessel and the cross sectional area decreases downwards to a second cross sectional area , which is smaller than the first cross sectional area, and wherein the splitting of the outlet stream to a first stream and a product stream is performed such that 50 - 99 % of the outlet stream forms the first stream and the rest forms the product stream .
A dual compartment semiconductor package comprising: a conductive clip having first and second compartments; said first compartment electrically and mechanically connected to a top surface of a first die ; said second compartment electrically and mechanically connected to a top surface of a second die ; a groove formed between said first and second compartments, said groove preventing contact between said first and second dies; said dual compartment package electrically connecting said top surface of said first die to said top surface of said second die, wherein said first compartment is defined by a first wall and a second wall extending from opposing ends of a first web and said second compartment is defined by a third wall and a fourth wall extending from opposing ends of a second web ; a first extension portion connects and laterally separates a first contact portion and the first wall and a second extension portion connects and laterally separates a second contact portion and the fourth wall, and said groove comprises a trench defined by a third contact portion , a third extension portion that connects and laterally separates the second wall of the first compartment and the third contact portion and a fourth extension portion that connects and laterally separates the third wall of the second compartment and the third contact portion, the third contact portion being under said groove, wherein bottom surfaces of the first and second and third contact portions are coplanar with one another. a conductive clip having first and second compartments; said first compartment electrically and mechanically connected to a top surface of a first die ; said second compartment electrically and mechanically connected to a top surface of a second die ; a groove formed between said first and second compartments, said groove preventing contact between said first and second dies; said dual compartment package electrically connecting said top surface of said first die to said top surface of said second die, wherein said first compartment is defined by a first wall and a second wall extending from opposing ends of a first web and said second compartment is defined by a third wall and a fourth wall extending from opposing ends of a second web ; a first extension portion connects and laterally separates a first contact portion and the first wall and a second extension portion connects and laterally separates a second contact portion and the fourth wall, and said groove comprises a trench defined by a third contact portion , a third extension portion that connects and laterally separates the second wall of the first compartment and the third contact portion and a fourth extension portion that connects and laterally separates the third wall of the second compartment and the third contact portion, the third contact portion being under said groove, wherein bottom surfaces of the first and second and third contact portions are coplanar with one another.
A humidification device for use in CPAP, wherein the device comprises: a wick ,a wick chamber supporting the wick ; a gas inlet to the wick chamber ; and a diffusion system for directing or controlling gas flow through the device, characterised in that the diffusion system comprises a diffuser located at or in the gas inlet , to diffuse gas flowing from the gas inlet and into the wick chamber substantially evenly through or over the wick , and wherein the wick chamber comprises a foraminous structure for supporting the wick within the wick chamber and diffusing gas flow through or over the wick .
Method (M) for producing a sandwich panel with a reinforced foam core , comprising the following method steps: introducing (M1) a multiplicity of rod-shaped, thermoplastic reinforcing elements into a thermoplastic foam material in such a way that the reinforcing elements extend through the foam material from a first outer surface of the foam material to a second outer surface of the foam material , wherein end regions of the reinforcing elements protrude out of the first outer surface and the second outer surface ; thermoforming (M2) the foam material with the reinforcing elements to afford a reinforced foam core , wherein the end regions of the reinforcing elements are formed onto the outer surfaces of the foam material as a result of the application of temperature and pressure and connected in a materially bonded manner to the foam material in a fused connection; and laminating (M3) a respective thermoplastic outer layer onto both sides of the reinforced foam core on the outer surfaces of the foam material with the application of temperature and pressure to form the sandwich panel , wherein the outer layers are connected in a materially bonded manner to the reinforced foam core in a fused connection. introducing (M1) a multiplicity of rod-shaped, thermoplastic reinforcing elements into a thermoplastic foam material in such a way that the reinforcing elements extend through the foam material from a first outer surface of the foam material to a second outer surface of the foam material , wherein end regions of the reinforcing elements protrude out of the first outer surface and the second outer surface ; thermoforming (M2) the foam material with the reinforcing elements to afford a reinforced foam core , wherein the end regions of the reinforcing elements are formed onto the outer surfaces of the foam material as a result of the application of temperature and pressure and connected in a materially bonded manner to the foam material in a fused connection; and laminating (M3) a respective thermoplastic outer layer onto both sides of the reinforced foam core on the outer surfaces of the foam material with the application of temperature and pressure to form the sandwich panel , wherein the outer layers are connected in a materially bonded manner to the reinforced foam core in a fused connection.
An information processing device comprising: an acquisition unit that acquires a captured image ; a dividing unit that divides the captured image into a first region where a subject detection based on an image feature is performed and a second region other than the first region where the subject detection based on an image feature of the captured image is performed, the captured image having a circular shape, the second region having a circular shape, the first region having an annular shape and encompassing the second region; a detection unit that outputs a detection result on the first region, and a detection result on the second region by using a moving object detection which determines a region where a difference in a luminance value between the captured image and a background image exceeds a threshold as a moving object; and a display control unit for controlling a display device to display the detection result on the first region and the detection result on the second region on a screen displayed on the display device; wherein the detection unit corrects, in accordance with a first number of detected subjects which is a detection result of the subject detection based on the image feature for a first captured image captured at a first timing, a second number of detected subjects which is a detection result of the subject detection using the moving object detection for a second captured image captured at a second timing that is different from the first timing in case that the first number of detected subjects is greater than the second number of detected subjects. an acquisition unit that acquires a captured image ; a dividing unit that divides the captured image into a first region where a subject detection based on an image feature is performed and a second region other than the first region where the subject detection based on an image feature of the captured image is performed, the captured image having a circular shape, the second region having a circular shape, the first region having an annular shape and encompassing the second region; a detection unit that outputs a detection result on the first region, and a detection result on the second region by using a moving object detection which determines a region where a difference in a luminance value between the captured image and a background image exceeds a threshold as a moving object; and a display control unit for controlling a display device to display the detection result on the first region and the detection result on the second region on a screen displayed on the display device; wherein the detection unit corrects, in accordance with a first number of detected subjects which is a detection result of the subject detection based on the image feature for a first captured image captured at a first timing, a second number of detected subjects which is a detection result of the subject detection using the moving object detection for a second captured image captured at a second timing that is different from the first timing in case that the first number of detected subjects is greater than the second number of detected subjects.
A light field projector , comprising: a light source configured to emit light; and an optical arrangement comprising: a first light modulator , the first light modulator being controlled to reflect light incident on the first light modulator based, at least in part, on a first pattern, wherein the first light modulator is a first digital micromirror device, DMD ; a second light modulator , the second light modulator being controlled to reflect light that has been reflected by the first light modulator and is incident on the second light modulator based, at least in part, on a second pattern, wherein the second light modulator is a second DMD ; and a diffuser disposed between the first DMD and the second DMD , wherein the diffuser is configured to diffuse light reflected by mirrors in each row of the first DMD to interact with every mirror in a corresponding row of the second DMD . a light source configured to emit light; and an optical arrangement comprising: a first light modulator , the first light modulator being controlled to reflect light incident on the first light modulator based, at least in part, on a first pattern, wherein the first light modulator is a first digital micromirror device, DMD ; a second light modulator , the second light modulator being controlled to reflect light that has been reflected by the first light modulator and is incident on the second light modulator based, at least in part, on a second pattern, wherein the second light modulator is a second DMD ; and a diffuser disposed between the first DMD and the second DMD , wherein the diffuser is configured to diffuse light reflected by mirrors in each row of the first DMD to interact with every mirror in a corresponding row of the second DMD . a first light modulator , the first light modulator being controlled to reflect light incident on the first light modulator based, at least in part, on a first pattern, wherein the first light modulator is a first digital micromirror device, DMD ; a second light modulator , the second light modulator being controlled to reflect light that has been reflected by the first light modulator and is incident on the second light modulator based, at least in part, on a second pattern, wherein the second light modulator is a second DMD ; and a diffuser disposed between the first DMD and the second DMD , wherein the diffuser is configured to diffuse light reflected by mirrors in each row of the first DMD to interact with every mirror in a corresponding row of the second DMD .
Alighting device , comprising: a substrate ; a light emitting unit disposed on the substrate , the light emitting unit comprising a light output surface , the light output surface comprising a top surface , a side surface (130s2), and a bottom surface (130s3); and a light adjusting layer disposed on the light emitting unit , the light adjusting layer comprising a first portion and a second portion connected to the first portion ; wherein the first portion covers only a part of the light output surface , the second portion does not cover the light output surface , the first portion covers only a part of the top surface (130s1), and the first portion covers only a part of the side surface (130s2). a substrate ; a light emitting unit disposed on the substrate , the light emitting unit comprising a light output surface , the light output surface comprising a top surface , a side surface (130s2), and a bottom surface (130s3); and a light adjusting layer disposed on the light emitting unit , the light adjusting layer comprising a first portion and a second portion connected to the first portion ; wherein the first portion covers only a part of the light output surface , the second portion does not cover the light output surface , the first portion covers only a part of the top surface (130s1), and the first portion covers only a part of the side surface (130s2).
A baby carrier , comprising: a belt configured to wrap around a caregiver's waist; a baby support portion for receiving a baby and coupled to the belt ; characterized in that it comprises: a first loop of fabric configured to rest on a caregiver's first shoulder , the first loop of fabric defines a first loop end and a second loop end , wherein the first loop end and the second loop end couple to the baby support portion ; a first strap of fabric coupled to the first loop of fabric; a second loop of fabric configured to rest on a caregiver's second shoulder , the second loop of fabric defines a third loop end and a fourth loop end , wherein the third loop end and the fourth loop end couple to the baby support portion ; and a second strap of fabric coupled to the second loop of fabric; wherein the first strap of fabric and the second strap of fabric are configured to be tied together to secure the first and second loops to the caregiver . a belt configured to wrap around a caregiver's waist; a baby support portion for receiving a baby and coupled to the belt ; characterized in that it comprises: a first loop of fabric configured to rest on a caregiver's first shoulder , the first loop of fabric defines a first loop end and a second loop end , wherein the first loop end and the second loop end couple to the baby support portion ; a first strap of fabric coupled to the first loop of fabric; a second loop of fabric configured to rest on a caregiver's second shoulder , the second loop of fabric defines a third loop end and a fourth loop end , wherein the third loop end and the fourth loop end couple to the baby support portion ; and a second strap of fabric coupled to the second loop of fabric; wherein the first strap of fabric and the second strap of fabric are configured to be tied together to secure the first and second loops to the caregiver . a first loop of fabric configured to rest on a caregiver's first shoulder , the first loop of fabric defines a first loop end and a second loop end , wherein the first loop end and the second loop end couple to the baby support portion ; a first strap of fabric coupled to the first loop of fabric; a second loop of fabric configured to rest on a caregiver's second shoulder , the second loop of fabric defines a third loop end and a fourth loop end , wherein the third loop end and the fourth loop end couple to the baby support portion ; and a second strap of fabric coupled to the second loop of fabric; wherein the first strap of fabric and the second strap of fabric are configured to be tied together to secure the first and second loops to the caregiver .
A vapor cell for an atomic physics-based sensor system , wherein the vapor cell comprises: a cell wall arranged as a tubular vapor cell and formed from an approximately transparent material, the cell wall enclosing an alkali metal vapor and comprising an inner surface and an outer surface; characterized in that the vapor cell further comprises: at least one structural feature provided on at least one of the inner surface and the outer surface of the cell wall and formed as rings that circumscribe a respective one of the inner surface and the outer surface of the cell wall and are arranged parallel with respect to each other along a length of the tubular vapor cell .
A method for drilling a borehole in a subsurface formation , comprising: rotating a drill bit to remove formation material from the subsurface formation at an end of the borehole ; calculating a value of mechanical specific energy applied to remove the formation material; calculating a value of drilling efficiency for drilling the borehole ; calculating pore pressure of the subsurface formation in contact with the drill bit as a function of the value of drilling efficiency and the mechanical specific energy; and controlling the drilling based on the calculated pore pressure of the subsurface formation. rotating a drill bit to remove formation material from the subsurface formation at an end of the borehole ; calculating a value of mechanical specific energy applied to remove the formation material; calculating a value of drilling efficiency for drilling the borehole ; calculating pore pressure of the subsurface formation in contact with the drill bit as a function of the value of drilling efficiency and the mechanical specific energy; and controlling the drilling based on the calculated pore pressure of the subsurface formation.
A photonic integrated device for processing bands of wavelengths, comprising: • a star coupler and, • at least one optical input waveguide, connected to at least one input port of the star coupler , • at least one optical output waveguide connected to at least one output port of the star coupler , • a waveguide grouping connected to at least one output port of the star coupler , and • at least one phase shifter disposed in each of the waveguides of the waveguide grouping , characterised in that for each waveguide of the waveguide grouping , a respective optical reflector based on a Sagnac Loop Reflector, SLR, is disposed after the phase shifter and at an end opposite to an end connecting each waveguide of the waveguide grouping to the star coupler , wherein each SLR reflector comprises an optical coupler; the optical coupler comprising at least one input waveguide of the SLR reflector and two output waveguides of the SLR reflector where the two output waveguides of the SLR reflector are interconnected forming a loop, and in that consecutive waveguides of the waveguide grouping have respective different lengths. • a star coupler and, • at least one optical input waveguide, connected to at least one input port of the star coupler , • at least one optical output waveguide connected to at least one output port of the star coupler , • a waveguide grouping connected to at least one output port of the star coupler , and • at least one phase shifter disposed in each of the waveguides of the waveguide grouping , characterised in that for each waveguide of the waveguide grouping , a respective optical reflector based on a Sagnac Loop Reflector, SLR, is disposed after the phase shifter and at an end opposite to an end connecting each waveguide of the waveguide grouping to the star coupler , wherein each SLR reflector comprises an optical coupler; the optical coupler comprising at least one input waveguide of the SLR reflector and two output waveguides of the SLR reflector where the two output waveguides of the SLR reflector are interconnected forming a loop, and in that consecutive waveguides of the waveguide grouping have respective different lengths.
A compound having the structure of Formula I, a stereoisomer thereof, or a pharmaceutically acceptable salt of any of the foregoing; wherein L 1 is a C 0 to C 4 alkyl group optionally substituted with one or more F; R is a PEG having from 40 to 50 ethylene oxide units, wherein the PEG comprises a linker group, L 2 , wherein L 2 is a C 1-6 unsubstituted heteroalkylene having one or two nitrogen atoms. a stereoisomer thereof, or a pharmaceutically acceptable salt of any of the foregoing; wherein L 1 is a C 0 to C 4 alkyl group optionally substituted with one or more F; R is a PEG having from 40 to 50 ethylene oxide units, wherein the PEG comprises a linker group, L 2 , wherein L 2 is a C 1-6 unsubstituted heteroalkylene having one or two nitrogen atoms.
A solid electrolyte composition for a secondary battery comprising a polymer in which a monomer comprising an alkylene oxide group and a crosslinkable functional group is grafted on a fluorine-based polymer, wherein the grafted polymer comprises a structure of the following Chemical Formula 2: wherein q, n, p, m and o are each independently an integer of 0≤q≤20,000, 1≤n≤22,000, 2≤p≤230, 1≤m≤200 and 2≤o≤50.
An adenoviral VA RNA nucleic acid comprising in 5'- to 3'-direction - a human U6 RNA promoter, and - an adenoviral VA RNA coding sequence of SEQ ID NO: 38. - a human U6 RNA promoter, and - an adenoviral VA RNA coding sequence of SEQ ID NO: 38.