mhurhangee/patent-ind-claim-en huggingface dataset:
A derivative of a GLP-1 analogue, wherein the GLP-1 analogue comprises a first K residue at a position corresponding to position 37 of GLP-1 (7-37) (SEQ ID NO: 1), a second K residue at a position corresponding to position 26 of GLP-1(7-37), and a maximum of ten amino acid modifications as compared to GLP-1(7-37), wherein the first K residue is designated K 37 , and the second K residue is designated K 26 , which derivative comprises two albumin binding moieties attached to K 26 and K 37 , respectively, wherein the albumin binding moiety comprises i) a protracting moiety of formula Chem. 1: Chem. 1: HOOC-(CH 2 ) x -CO-* in which x is an integer in the range of 6-18; and ii) a linker of formula Chem. 5: wherein k is an integer in the range of 1-5, and n is an integer in the range of 1-5; or a pharmaceutically acceptable salt, amide, or ester thereof. i) a protracting moiety of formula Chem. 1: Chem. 1: HOOC-(CH 2 ) x -CO-* in which x is an integer in the range of 6-18; and ii) a linker of formula Chem. 5: wherein k is an integer in the range of 1-5, and n is an integer in the range of 1-5; or a pharmaceutically acceptable salt, amide, or ester thereof.
An electronic device, comprising: a display ; a display driver integrated circuit, IC, including an image processing module and a memory and configured to drive the display ; and a processor configured to generate a first frame image and provide the first frame image to the display driver integrated circuit, IC; wherein the display driver IC is configured to: obtain the first frame image from the processor, generate, by the image processing module, a second frame image by applying a specified effect for privacy to one or more edge portions of the frame image, wherein the specified effect comprises a gradation effect, and control the display to display the second frame image, wherein the specified effect is not applied to a central portion of the first frame image, wherein the second frame image allows a user in front of a front surface of the electronic device to view the second frame image whilst restricting viewing of the second frame image by a person not in front of the front surface of the electronic device. a display ; a display driver integrated circuit, IC, including an image processing module and a memory and configured to drive the display ; and a processor configured to generate a first frame image and provide the first frame image to the display driver integrated circuit, IC; wherein the display driver IC is configured to: obtain the first frame image from the processor, generate, by the image processing module, a second frame image by applying a specified effect for privacy to one or more edge portions of the frame image, wherein the specified effect comprises a gradation effect, and control the display to display the second frame image, wherein the specified effect is not applied to a central portion of the first frame image, wherein the second frame image allows a user in front of a front surface of the electronic device to view the second frame image whilst restricting viewing of the second frame image by a person not in front of the front surface of the electronic device. obtain the first frame image from the processor, generate, by the image processing module, a second frame image by applying a specified effect for privacy to one or more edge portions of the frame image, wherein the specified effect comprises a gradation effect, and control the display to display the second frame image, wherein the specified effect is not applied to a central portion of the first frame image, wherein the second frame image allows a user in front of a front surface of the electronic device to view the second frame image whilst restricting viewing of the second frame image by a person not in front of the front surface of the electronic device.
A network device (104;204;304) to be communicatively coupled to a client device (102; 202; 302) configured to connect to a network, the network device configured to: determine that the client device (102;202;302) has been authenticated to the network (100;200;300) via a captive portal page; create a ticket (212;312) comprising information identifying the client device (102;202;302), wherein possessing the ticket (212;312) by the client device (102;202;302) indicates authentication of the client device (102;202;302) to the network (100;200;300); encrypt the ticket (212;312) corresponding to the client device (102;202;302) using a secret key; transmit the encrypted ticket (212;312) to the client device (102;202;302) for storage on the client device (102;202;302); subsequently receive the encrypted ticket (212;312) from the client device (202;302); determine the secret key used to encrypt the ticket (212;214) and decrypt the encrypted ticket (212;214) using the secret key; and authenticate the client device (202;302) in response to a determination by the network device (104;204;304) that the decrypted ticket (212;312) corresponds to a prior authentication to the network (200;300), wherein authentication of the client device (202;302) occurs without the client device (202;302) inputting identifying and authenticating information at the captive portal page. determine that the client device (102;202;302) has been authenticated to the network (100;200;300) via a captive portal page; create a ticket (212;312) comprising information identifying the client device (102;202;302), wherein possessing the ticket (212;312) by the client device (102;202;302) indicates authentication of the client device (102;202;302) to the network (100;200;300); encrypt the ticket (212;312) corresponding to the client device (102;202;302) using a secret key; transmit the encrypted ticket (212;312) to the client device (102;202;302) for storage on the client device (102;202;302); subsequently receive the encrypted ticket (212;312) from the client device (202;302); determine the secret key used to encrypt the ticket (212;214) and decrypt the encrypted ticket (212;214) using the secret key; and authenticate the client device (202;302) in response to a determination by the network device (104;204;304) that the decrypted ticket (212;312) corresponds to a prior authentication to the network (200;300), wherein authentication of the client device (202;302) occurs without the client device (202;302) inputting identifying and authenticating information at the captive portal page.
A method of controlling a motor of a rotating shaft apparatus configured to rotate about a horizontal or inclined rotational axis, characterized by the steps of: positioning the rotating shaft apparatus at at least two rotational positions; measuring a stopping load torque acting on the rotating shaft apparatus at each of the rotational positions; calculating an unbalance torque based on the measured stopping load torques; and controlling the motor of the rotating shaft apparatus based on the unbalance torque. positioning the rotating shaft apparatus at at least two rotational positions; measuring a stopping load torque acting on the rotating shaft apparatus at each of the rotational positions; calculating an unbalance torque based on the measured stopping load torques; and controlling the motor of the rotating shaft apparatus based on the unbalance torque.
A method for crimping a polymer scaffold to a balloon, comprising: placing a scaffold having a first diameter on a support balloon; inflating the support balloon to a pressure for supporting and stabilizing the scaffold at the first diameter while the scaffold is being crimped; crimping the scaffold from the first diameter to a second diameter while the scaffold is supported by the support balloon; replacing the support balloon with a balloon of a balloon catheter after the scaffold is reduced to the second diameter; and crimping the scaffold to a third diameter, less than the second diameter, while the scaffold is supported by the balloon catheter. placing a scaffold having a first diameter on a support balloon; inflating the support balloon to a pressure for supporting and stabilizing the scaffold at the first diameter while the scaffold is being crimped; crimping the scaffold from the first diameter to a second diameter while the scaffold is supported by the support balloon; replacing the support balloon with a balloon of a balloon catheter after the scaffold is reduced to the second diameter; and crimping the scaffold to a third diameter, less than the second diameter, while the scaffold is supported by the balloon catheter.
A method for producing on a physical media a first image in a first image area and a second image in a second image area , where the first image is a colored image under exposure to visible light and the second image is a gray image under exposure to visible light and a colored image under exposure to UV light, comprising: - printing a first print-pixel pattern and a second print-pixel pattern on a substrate surface wherein the first print-pixel pattern comprises a plurality of visible print-pixels and the second print-pixel pattern comprises a plurality of fluorescent print-pixels, each visible print-pixel composed of a plurality of differently colored sub-pixels that absorb and/or reflect light in a predetermined wavelength range when exposed to visible light; each fluorescent print-pixel composed of a plurality of differently- colored fluorescent sub-pixels that emit in a predetermined wavelength range when exposed to UV light; - covering the first and the second print-pixel pattern with at least one photon-sensitive layer wherein each photon-sensitive layer is in one of a plurality of states wherein each photon-sensitive layer is alterable at selected locations from one of two states to another state of two states; altering the state of at least one of the at least one photon-sensitive layers in a selected pattern across the physical media thereby selectively revealing a selected subset of sub-pixels and portions of photon- sensitive layers corresponding to other sub-pixels thereby producing an image composed of the revealed sub-pixels and photon-sensitive layer portions corresponding to other sub-pixels. - printing a first print-pixel pattern and a second print-pixel pattern on a substrate surface wherein the first print-pixel pattern comprises a plurality of visible print-pixels and the second print-pixel pattern comprises a plurality of fluorescent print-pixels, each visible print-pixel composed of a plurality of differently colored sub-pixels that absorb and/or reflect light in a predetermined wavelength range when exposed to visible light; each fluorescent print-pixel composed of a plurality of differently- colored fluorescent sub-pixels that emit in a predetermined wavelength range when exposed to UV light; - covering the first and the second print-pixel pattern with at least one photon-sensitive layer wherein each photon-sensitive layer is in one of a plurality of states wherein each photon-sensitive layer is alterable at selected locations from one of two states to another state of two states; altering the state of at least one of the at least one photon-sensitive layers in a selected pattern across the physical media thereby selectively revealing a selected subset of sub-pixels and portions of photon- sensitive layers corresponding to other sub-pixels thereby producing an image composed of the revealed sub-pixels and photon-sensitive layer portions corresponding to other sub-pixels.
A production method for a fiber-reinforced plastic, in which a preform made of a reinforcing fiber substrate and having a three-dimensional shape and an inner mold operable in a lateral direction different from an up-down direction are disposed in a mold cavity formed by an upper mold and a lower mold , and a state in which a plate thickness of the preform has been made greater than a thickness of a molded article to be obtained is brought about, wherein a thermally expansive body is disposed in a gap between the inner mold and the upper mold or the lower mold , and the inner mold is operated by thermally expanding the thermally expansive body by heating, wherein the thermally expansive body includes an extended portion , and the extended portion is disposed in a gap between the inner mold and the upper mold or the lower mold , and the gap between the inner mold and the upper mold or the lower mold is sealed with the extended portion by thermally expanding the thermally expansive body by heating, and a matrix resin is injected and impregnated into the preform , and, after that, at least one of the upper mold and the lower mold is operated toward the other and the inner mold is operated in the lateral direction to pressurize the preform so that the thickness of the preform is controlled so as to be equal to the thickness of the molded article to be obtained, and subsequently the matrix resin is hardened by heating to obtain the molded article.
A groundwater remediation method for treating acidic or alkaline groundwater containing divalent or trivalent metal cations, the method including the step of injecting a slurry or suspension of solid alkaline material into the ground, characterized in that said slurry or suspension is injected into one or more regions such that the groundwater contacts the solid alkaline material and the divalent and trivalent metal cations react to form a layered double hydroxide material comprising hydrotalcite, and that an overdose of the slurry or suspension in excess of that required for formation of the hydrotalcite is used and/or or that periodic or repeated injections of the slurry or suspension take place and wherein the solid alkaline material is selected from magnesia, magnesium hydroxide or a mixture thereof.
A power providing device , comprising: a charger comprising charging circuitry configured to provide a power to an electronic device external to the power providing device ; characterized by a processor configured to: receive, from the electronic device , at least one of information on a variation in a voltage of a battery of the electronic device per unit time and information on a variation in a capacity of the battery of the electronic device per unit time, and control the charger to adjust at least one of a voltage or a current of the power based on the at least one of said information on the variation in the voltage per unit time and said information on the variation in the capacity per unit time. a charger comprising charging circuitry configured to provide a power to an electronic device external to the power providing device ; characterized by a processor configured to: receive, from the electronic device , at least one of information on a variation in a voltage of a battery of the electronic device per unit time and information on a variation in a capacity of the battery of the electronic device per unit time, and control the charger to adjust at least one of a voltage or a current of the power based on the at least one of said information on the variation in the voltage per unit time and said information on the variation in the capacity per unit time. receive, from the electronic device , at least one of information on a variation in a voltage of a battery of the electronic device per unit time and information on a variation in a capacity of the battery of the electronic device per unit time, and control the charger to adjust at least one of a voltage or a current of the power based on the at least one of said information on the variation in the voltage per unit time and said information on the variation in the capacity per unit time.
An effective amount of the insulin growth factor receptor (IGFR) inducer IGF-1 for use in a method for treating migraines in a patient, wherein IGF-1 is either administered to the patient as a monotherapy or in combination with a second active compound selected from a second IGFR inducer which is insulin, IL-11, interferon γ, an analgesic and/or an anti-migraine drug.
A shading arrangement of a transparent roof section of a motorcar, the shading arrangement comprising an areal shading element which is displaceable between a shading position and an uncovering position and comprises a lower side facing towards a vehicle interior and an upper side facing towards a vehicle environment, an indirect illuminating device being provided, the indirect illuminating device illuminating the shading element from the upper side and/or the lower side, characterized in that the shading element comprises a lighting effect material which interacts with the illuminating device , the lighting effect material being made of a phosphorescent and/or fluorescent material which is arranged at the lower side and/or the upper side of the shading element, or being made of phosphorescent and/or fluorescent threads or of a reflective material, which is made of reflective threads, the reflective threads being woven in or knitted in, or comprising a diffuser material, which converts a spot illumination to an areal lighting effect.
A microcapsule slurry comprising at least one microcapsule having an oil-based core and a polymeric shell, characterized in that the oil-based core comprises: - 25-98wt% of a perfume oil comprising at least 15wt% of high impact perfume raw materials having a Log T<-4, and - 2-75wt% of a density balancing material having a density greater than 1.07 g/cm 3 . - 25-98wt% of a perfume oil comprising at least 15wt% of high impact perfume raw materials having a Log T<-4, and - 2-75wt% of a density balancing material having a density greater than 1.07 g/cm 3 .
A light guide plate, comprising: a glass sheet with a front face having a width and a height, a back face opposite the front face, and a thickness between the front face and back face between 0.2 mm and 8 mm, forming four edges around the front and back faces, wherein the glass sheet comprises: between 65.79 mol % to 78.17 mol% SiO 2 , between 2.94 mol% to 12.12 mol% Al 2 O 3 , between 0 mol% to 11.16 mol% B 2 O 3 , between 0 mol% to 2.06 mol% Li 2 O, between 3.52 mol% to 13.25 mol% Na 2 O, between 0 mol% to 4.83 mol% K 2 O, between 0 mol% to 3.01 mol% ZnO, between 0 mol% to 8.72 mol% MgO, between 0 mol% to 4.24 mol% CaO, between 0 mol% to 6.17 mol% SrO, between 0 mol% to 4.3 mol% BaO, between 0.07 mol% to 0.11 mol% SnO 2 , and wherein the concentration of Fe is < 20 ppm. a glass sheet with a front face having a width and a height, a back face opposite the front face, and a thickness between the front face and back face between 0.2 mm and 8 mm, forming four edges around the front and back faces, wherein the glass sheet comprises: between 65.79 mol % to 78.17 mol% SiO 2 , between 2.94 mol% to 12.12 mol% Al 2 O 3 , between 0 mol% to 11.16 mol% B 2 O 3 , between 0 mol% to 2.06 mol% Li 2 O, between 3.52 mol% to 13.25 mol% Na 2 O, between 0 mol% to 4.83 mol% K 2 O, between 0 mol% to 3.01 mol% ZnO, between 0 mol% to 8.72 mol% MgO, between 0 mol% to 4.24 mol% CaO, between 0 mol% to 6.17 mol% SrO, between 0 mol% to 4.3 mol% BaO, between 0.07 mol% to 0.11 mol% SnO 2 , and wherein the concentration of Fe is < 20 ppm. between 65.79 mol % to 78.17 mol% SiO 2 , between 2.94 mol% to 12.12 mol% Al 2 O 3 , between 0 mol% to 11.16 mol% B 2 O 3 , between 0 mol% to 2.06 mol% Li 2 O, between 3.52 mol% to 13.25 mol% Na 2 O, between 0 mol% to 4.83 mol% K 2 O, between 0 mol% to 3.01 mol% ZnO, between 0 mol% to 8.72 mol% MgO, between 0 mol% to 4.24 mol% CaO, between 0 mol% to 6.17 mol% SrO, between 0 mol% to 4.3 mol% BaO, between 0.07 mol% to 0.11 mol% SnO 2 , and wherein the concentration of Fe is < 20 ppm.
A resonant coupling power transmission system comprising: a resonance type power transmission device having a resonance type power supply configured to supply power, and a resonance type transmission antenna configured to transmit the power supplied by said resonance type power supply; and a resonance type power reception device having a resonance type reception antenna configured to receive the power transmitted by said resonance type transmission antenna , and a reception circuit configured to supply the power received by said resonance type reception antenna to a load, characterized in that the resonant coupling power transmission system is set in such a way that, when a resonance characteristic value of said resonance type power supply is denoted by Qo, a resonance characteristic value of said resonance type transmission antenna is denoted by Qt, and a resonance characteristic value of said resonance type power reception device is denoted by Qr, 0.5Qr≤√(Qo·Qt)≤1.5Qr is satisfied. a resonance type power transmission device having a resonance type power supply configured to supply power, and a resonance type transmission antenna configured to transmit the power supplied by said resonance type power supply; and a resonance type power reception device having a resonance type reception antenna configured to receive the power transmitted by said resonance type transmission antenna , and a reception circuit configured to supply the power received by said resonance type reception antenna to a load, characterized in that the resonant coupling power transmission system is set in such a way that, when a resonance characteristic value of said resonance type power supply is denoted by Qo, a resonance characteristic value of said resonance type transmission antenna is denoted by Qt, and a resonance characteristic value of said resonance type power reception device is denoted by Qr, 0.5Qr≤√(Qo·Qt)≤1.5Qr is satisfied.
Method for producing a veneer part comprising a braid or web consisting of at least two substantially strip-like bands , at least one of the strip-like bands being made of veneer wood and being obtained by cutting a corresponding veneer wood blank, one of the sides of the at least one strip-like band made of veneer wood or the veneer wood blank thereof being provided with an adhesion promoter layer , the strip-like bands being arranged to form the braid or web and the braid or web being compressed to obtain the veneer part having a substantially flat surface, characterized in that the adhesion promoter layer is immobilized on a textile and/or paper layer, in that the wood fibers of the at least one strip-like band made of veneer wood or the veneer wood blank thereof are broken up, and in that at least the at least one strip-like band made of veneer wood having a thickness of at most 0.75 mm is used such that the total thickness of the veneer part obtained is at most 1.5 mm and the veneer part has a bending strength which allows the veneer part to be bent by an angle (α) of 90° with a bending radius (R) of less than 10 mm.