mhurhangee/patent-ind-claim-en huggingface dataset:
A compression garment (200, 200', 200", 300, 300', 300") comprising: a tubular body having an axis, wherein the tubular body is made of a knitted quilt fabric having an outer layer and an inner layer and a filler material between the outer layer and inner layer comprising a plurality of lay-in fibers , each of the plurality of lay-in fibers comprising an elastic polyether-polyurea copolymer yarn, wherein the outer layer and inner layer are joined in a plurality of locations using knits which form at least one linear quilt line which is formed around at least one of the plurality of lay-in fibers , characterised in that the at least one linear quilt line is in a spiral fashion around the axis, and the outer layer is of a first knit material, the inner layer is of a second knit material and wherein the at least one linear quilt line is formed by knitting a first fiber of the first material to the second material and returning to the first material and knitting a second fiber of the second material to the first material and returning to the second material. a tubular body having an axis, wherein the tubular body is made of a knitted quilt fabric having an outer layer and an inner layer and a filler material between the outer layer and inner layer comprising a plurality of lay-in fibers , each of the plurality of lay-in fibers comprising an elastic polyether-polyurea copolymer yarn, wherein the outer layer and inner layer are joined in a plurality of locations using knits which form at least one linear quilt line which is formed around at least one of the plurality of lay-in fibers , characterised in that the at least one linear quilt line is in a spiral fashion around the axis, and the outer layer is of a first knit material, the inner layer is of a second knit material and wherein the at least one linear quilt line is formed by knitting a first fiber of the first material to the second material and returning to the first material and knitting a second fiber of the second material to the first material and returning to the second material.
A method of measuring waveshaping properties of a corrective lens across at least a portion of the corrective lens , when said corrective lens is worn by a user, the method comprising: directing a beam through said corrective lens ; into the eye and measuring the return from the eye that again passes through the corrective lens, wherein said beam , having passed through said corrective lens , is propagated through at least one two-dimensional modulation pattern thereby producing a near field diffraction pattern at a Talbot plane; imaging said near field diffraction pattern at said Talbot plane; and determining a measure of said waveshaping properties of said corrective lens based at least in part on said near field diffraction pattern, further comprising removing said corrective lens from the path of the beam and measuring an eye having a cornea, pupil, and lens, wherein the optical path further includes null optics.
A rubber composition, comprising: a cyclic polyol compound having a hydrocarbyl group and a hydroxy group and having two or more and ten or less cyclic structures; carbon black; and a rubber component, wherein the rubber component contains a diene-based rubber and the diene-based rubber contains a natural rubber.
A vehicle engine automatic control device, comprising: a brake operation amount detecting means configured to detect an amount of brake operation by a driver; an engine stopping/re-starting means configured to stop an engine when the amount of brake operation that is detected exceeds at least a first threshold (BRKOUT, BRKOUTL, BRKOUTH) during coast drive, and re-start the engine when at least the amount of brake operation that is detected becomes equal to or lower than the first threshold after the engine stops; characterized in that it further comprises: a threshold setting means configured to set the first threshold (BRKOUT, BRKOUTL, BRKOUTH) smaller as a deceleration (DVSP) lowers. a brake operation amount detecting means configured to detect an amount of brake operation by a driver; an engine stopping/re-starting means configured to stop an engine when the amount of brake operation that is detected exceeds at least a first threshold (BRKOUT, BRKOUTL, BRKOUTH) during coast drive, and re-start the engine when at least the amount of brake operation that is detected becomes equal to or lower than the first threshold after the engine stops; characterized in that it further comprises: a threshold setting means configured to set the first threshold (BRKOUT, BRKOUTL, BRKOUTH) smaller as a deceleration (DVSP) lowers.
A flexible display device comprising: a flexible display panel ; an integrated circuit chip ; a flexible printed circuit board extending from the display panel , the integrated circuit chip mounted on a first surface of the flexible printed circuit board and is configured to drive the display panel ; a bracket having a flat surface facing and attached to a rear surface of the display panel and configured to enclose the rear surface and the periphery of the display panel , wherein the flexible printed circuit board encloses a periphery of the bracket ; an adhesive layer formed between the flexible display panel and the bracket and configured to adhere the flexible display panel to the bracket ; an accommodation recess formed on an opposite surface of the bracket to the flat surface facing and attached to the rear surface of the display panel , wherein the integrated circuit chip is accommodated in the accommodation recess , wherein, a part of flexible printed circuit board and the integrated circuit chip are positioned to face the opposite surface of the bracket , and wherein the flexible printed circuit board includes a circuit pattern formed on the first surface and the integrated circuit chip is connected to the display panel through the circuit pattern. a flexible display panel ; an integrated circuit chip ; a flexible printed circuit board extending from the display panel , the integrated circuit chip mounted on a first surface of the flexible printed circuit board and is configured to drive the display panel ; a bracket having a flat surface facing and attached to a rear surface of the display panel and configured to enclose the rear surface and the periphery of the display panel , wherein the flexible printed circuit board encloses a periphery of the bracket ; an adhesive layer formed between the flexible display panel and the bracket and configured to adhere the flexible display panel to the bracket ; an accommodation recess formed on an opposite surface of the bracket to the flat surface facing and attached to the rear surface of the display panel , wherein the integrated circuit chip is accommodated in the accommodation recess , wherein, a part of flexible printed circuit board and the integrated circuit chip are positioned to face the opposite surface of the bracket , and wherein the flexible printed circuit board includes a circuit pattern formed on the first surface and the integrated circuit chip is connected to the display panel through the circuit pattern.
A method of transmitting a random access channel, RACH, by a user equipment, UE, in a wireless communication system, the method comprising: receiving information related to actually transmitted synchronization signal blocks, SSBs, and RACH configuration information related to RACH resources for transmitting a RACH preamble; mapping repeatedly the actually transmitted SSBs by a positive integer number to the RACH resources within a RACH configuration window based on the information related to actually transmitted SSBs and the RACH configuration information, wherein remaining RACH resources within the RACH configuration window which are not mapped to the actually transmitted SSBs are not used as RACH resources; and transmitting the RACH preamble in a RACH resource corresponding to one of the actually transmitted SSBs among the RACH resources. receiving information related to actually transmitted synchronization signal blocks, SSBs, and RACH configuration information related to RACH resources for transmitting a RACH preamble; mapping repeatedly the actually transmitted SSBs by a positive integer number to the RACH resources within a RACH configuration window based on the information related to actually transmitted SSBs and the RACH configuration information, wherein remaining RACH resources within the RACH configuration window which are not mapped to the actually transmitted SSBs are not used as RACH resources; and transmitting the RACH preamble in a RACH resource corresponding to one of the actually transmitted SSBs among the RACH resources.
A carton for holding a plurality of containers (C), the carton comprising: a plurality of panels that extends at least partially around an interior of the carton , the plurality of panels comprising a top panel , a bottom panel , a first side panel , a second side panel ; at least two end flaps respectively foldably connected to a respective panel of the plurality of panels, the at least two end flaps are overlapped with respect to one another to at least partially form a closed end of the carton ; a curved corner extending from at least one of the first side panel and the second side panel to the at least partially closed end of the carton , the curved corner of the carton comprises a corner portion of at least one of the plurality of panels, the curved corner comprises a first curved edge of the top panel and a second curved edge of the bottom panel , the corner portion conforms to the first curved edge and the second curved edge at the curved corner , and the top panel comprises an access flap , the access flap comprises the first curved edge ; and a dispenser at the curved corner for allowing removal of at least one container (C) of the plurality of containers (C) from the carton , the dispenser comprising a dispenser panel that is at least partially defined by a first tear line and a second tear line in the carton and is for being at least partially removed for at least further opening a dispenser opening, the dispenser panel comprises at least a portion of the curved corner , the access flap is foldably connected to the top panel for accessing the dispenser panel . a plurality of panels that extends at least partially around an interior of the carton , the plurality of panels comprising a top panel , a bottom panel , a first side panel , a second side panel ; at least two end flaps respectively foldably connected to a respective panel of the plurality of panels, the at least two end flaps are overlapped with respect to one another to at least partially form a closed end of the carton ; a curved corner extending from at least one of the first side panel and the second side panel to the at least partially closed end of the carton , the curved corner of the carton comprises a corner portion of at least one of the plurality of panels, the curved corner comprises a first curved edge of the top panel and a second curved edge of the bottom panel , the corner portion conforms to the first curved edge and the second curved edge at the curved corner , and the top panel comprises an access flap , the access flap comprises the first curved edge ; and a dispenser at the curved corner for allowing removal of at least one container (C) of the plurality of containers (C) from the carton , the dispenser comprising a dispenser panel that is at least partially defined by a first tear line and a second tear line in the carton and is for being at least partially removed for at least further opening a dispenser opening, the dispenser panel comprises at least a portion of the curved corner , the access flap is foldably connected to the top panel for accessing the dispenser panel .
A nanostructure comprising manganese ions incorporated in a polymeric framework comprising at least five geminal bisphosphonate groups, wherein the geminal bisphosphonate groups independently of each other are incorporated as -R 3 R 4 C(P=O(OR 1 )(OR 2 )) 2 wherein: R 1 and R 2 are independently selected from the group consisting of a negative charge, H, alkyl and aryl, and at least one of R 3 and R 4 is a group connected to the polymeric framework, or forming part of the polymeric framework, with the proviso that when only one of R 3 and R 4 is such a connected group, the other of R 3 and R 4 is either a group being able to connect to the polymeric framework, or the residue of such a group, or selected from the group consisting of H, OH, OR 5 and R 5 , wherein R 5 is an alkyl having 1-8 carbon atoms, wherein the polymeric framework comprises monomer residues containing a geminal bisphosphonate group and two organo-oxysilane groups, or wherein the polymeric framework is derived from polyethyleneimine. R 1 and R 2 are independently selected from the group consisting of a negative charge, H, alkyl and aryl, and at least one of R 3 and R 4 is a group connected to the polymeric framework, or forming part of the polymeric framework, with the proviso that when only one of R 3 and R 4 is such a connected group, the other of R 3 and R 4 is either a group being able to connect to the polymeric framework, or the residue of such a group, or selected from the group consisting of H, OH, OR 5 and R 5 , wherein R 5 is an alkyl having 1-8 carbon atoms, wherein the polymeric framework comprises monomer residues containing a geminal bisphosphonate group and two organo-oxysilane groups, or wherein the polymeric framework is derived from polyethyleneimine.
An operation method of an electronic device , comprising: determining whether the electronic device is in a landscape mode; when the electronic device is in the landscape mode, detecting a grip direction; and according to the detected grip direction: when a first direction grip is detected, changing a sound pressure reference value for a speaker ; when a second direction grip is detected, changing a reference value for an illuminance sensor ; and when a two-direction grip is detected, changing both the sound pressure reference value for the speaker and the reference value for the illuminance sensor ; wherein the first direction grip is indicative of a state where a user grips a region of the speaker in a first end of the electronic device , the second direction grip is indicative of a state where a user grips a region of the illuminance sensor in a second end of the electronic device , and the two-direction grip is indicative of a state where a user grips both a region of the speaker in the first end of the electronic device and a region of the illuminance sensor in the second end of the electronic device . determining whether the electronic device is in a landscape mode; when the electronic device is in the landscape mode, detecting a grip direction; and according to the detected grip direction: when a first direction grip is detected, changing a sound pressure reference value for a speaker ; when a second direction grip is detected, changing a reference value for an illuminance sensor ; and when a two-direction grip is detected, changing both the sound pressure reference value for the speaker and the reference value for the illuminance sensor ; wherein the first direction grip is indicative of a state where a user grips a region of the speaker in a first end of the electronic device , the second direction grip is indicative of a state where a user grips a region of the illuminance sensor in a second end of the electronic device , and the two-direction grip is indicative of a state where a user grips both a region of the speaker in the first end of the electronic device and a region of the illuminance sensor in the second end of the electronic device . when a first direction grip is detected, changing a sound pressure reference value for a speaker ; when a second direction grip is detected, changing a reference value for an illuminance sensor ; and when a two-direction grip is detected, changing both the sound pressure reference value for the speaker and the reference value for the illuminance sensor ; wherein the first direction grip is indicative of a state where a user grips a region of the speaker in a first end of the electronic device , the second direction grip is indicative of a state where a user grips a region of the illuminance sensor in a second end of the electronic device , and the two-direction grip is indicative of a state where a user grips both a region of the speaker in the first end of the electronic device and a region of the illuminance sensor in the second end of the electronic device .
Method of threading a workpiece by means of a threading machine comprising a cutting tool , wherein the workpiece and the cutting tool have a relative movement between them which comprises a rotation component in the spin direction or spindle direction (W), a feeding linear component and an oscillatory component in the feed direction (Z); a cutting linear component and an oscillatory component in the cutting direction (X), such that chip produced has a length lower than a predetermined value, wherein in the threading operation the cutting tool produces a thread in the workpiece , the thread comprising a leading angle (α) and a trailing angle (β); and the cutting tool works at a radial depth of cut; charaterised in that the oscillatory component in the cutting direction comprises an initially programmed movement Pos init X ( t ) , which corresponds to the cutting linear component; and an oscillation component IncX ( t ) , with a programmed radial depth of cut a pr , a safety factor k , an oscillation frequency f , and a phase shift φ given by the expression: IncX t = a pr 2 ⋅ k ⋅ sin 2 ∗ π ∗ f ∗ t + φ wherein α pr , is comprised between 0 and 2mm and preferably comprised between 0 and 1mm; k is comprised between 0.5 and 1.5; and f is set depending on the chip length predetermined value; wherein the oscillatory movement in the feed direction comprises an initially programmed movement Pos init Z ( t ) , which corresponds to the feeding linear component; and an oscillation component IncZ ( t ), which corresponds to the oscillation component in the cutting direction, given by IncZ t = tan β prog ⋅ IncX t wherein β prog is the programmed thread angle, and it is comprised between 0 and the sum of the leading angle (α) and the trailing angle (β). a rotation component in the spin direction or spindle direction (W), a feeding linear component and an oscillatory component in the feed direction (Z); a cutting linear component and an oscillatory component in the cutting direction (X), such that chip produced has a length lower than a predetermined value, wherein in the threading operation the cutting tool produces a thread in the workpiece , the thread comprising a leading angle (α) and a trailing angle (β); and the cutting tool works at a radial depth of cut; the oscillatory component in the cutting direction comprises an initially programmed movement Pos init X ( t ) , which corresponds to the cutting linear component; and an oscillation component IncX ( t ) , with a programmed radial depth of cut a pr , a safety factor k , an oscillation frequency f , and a phase shift φ given by the expression: IncX t = a pr 2 ⋅ k ⋅ sin 2 ∗ π ∗ f ∗ t + φ α pr , is comprised between 0 and 2mm and preferably comprised between 0 and 1mm; k is comprised between 0.5 and 1.5; and f is set depending on the chip length predetermined value; wherein the oscillatory movement in the feed direction comprises an initially programmed movement Pos init Z ( t ) , which corresponds to the feeding linear component; and an oscillation component IncZ ( t ), which corresponds to the oscillation component in the cutting direction, given by IncZ t = tan β prog ⋅ IncX t
A substrate processing apparatus comprising: a chamber providing a space for processing a substrate (S); a first nozzle unit (NU1) disposed inside the chamber ; a second nozzle unit (NU2) disposed inside the chamber and adjacent to the first nozzle unit (NU1); a remote plasma generator disposed outside the chamber and which is configured to convert a cleaning gas (CG) into a plasma state; a common pipe disposed outside the chamber and connected to the remote plasma generator through which the cleaning gas in the plasma state (CGr) is able to flow from the remote plasma generator ; a first connection pipe connecting the common pipe and the first nozzle unit (NU1), and in which a first common valve is installed; a second connection pipe connecting the common pipe and the second nozzle unit (NU2), and in which a second common valve is installed; a source gas supply pipe connected to the first connection pipe in an outside of the chamber , and which is configured to supply a source gas (SG) to the first connection pipe , wherein a first supply valve is installed in the source gas supply pipe ; and a reaction gas supply pipe connected to the second connecting pipe in the outside of the chamber , and which is configured to supply a reaction gas (RG) to the second connection pipe , wherein a second supply valve is installed in the reaction gas supply pipe . a chamber providing a space for processing a substrate (S); a first nozzle unit (NU1) disposed inside the chamber ; a second nozzle unit (NU2) disposed inside the chamber and adjacent to the first nozzle unit (NU1); a remote plasma generator disposed outside the chamber and which is configured to convert a cleaning gas (CG) into a plasma state; a common pipe disposed outside the chamber and connected to the remote plasma generator through which the cleaning gas in the plasma state (CGr) is able to flow from the remote plasma generator ; a first connection pipe connecting the common pipe and the first nozzle unit (NU1), and in which a first common valve is installed; a second connection pipe connecting the common pipe and the second nozzle unit (NU2), and in which a second common valve is installed; a source gas supply pipe connected to the first connection pipe in an outside of the chamber , and which is configured to supply a source gas (SG) to the first connection pipe , wherein a first supply valve is installed in the source gas supply pipe ; and a reaction gas supply pipe connected to the second connecting pipe in the outside of the chamber , and which is configured to supply a reaction gas (RG) to the second connection pipe , wherein a second supply valve is installed in the reaction gas supply pipe .