mhurhangee/patent-ind-claim-en huggingface dataset:
A method for blockchain-based smart contract invocation, the method comprising: receiving a target transaction used to initiate invocation of a smart contract, wherein the target transaction comprises invocation data, and wherein at least a part of the invocation data comprises a data digest of target data stored in a third-party storage system interconnected with a blockchain; querying , based on the data digest, the target data corresponding to the data digest from the third-party storage system; performing a verification of a content on the target data to determine whether an execution condition of the smart contract is satisfied; in response to determining that the verification on the target data succeeds, invoking , using the target data as input data, the smart contract to perform smart contract computation; and storing a computation result of the smart contract computation in a distributed database of the blockchain after the smart contract computation is completed. receiving a target transaction used to initiate invocation of a smart contract, wherein the target transaction comprises invocation data, and wherein at least a part of the invocation data comprises a data digest of target data stored in a third-party storage system interconnected with a blockchain; querying , based on the data digest, the target data corresponding to the data digest from the third-party storage system; performing a verification of a content on the target data to determine whether an execution condition of the smart contract is satisfied; in response to determining that the verification on the target data succeeds, invoking , using the target data as input data, the smart contract to perform smart contract computation; and storing a computation result of the smart contract computation in a distributed database of the blockchain after the smart contract computation is completed.
A method for producing a composition containing low molecular weight polytetrafluoroethylene (PTFE), comprising: (I) irradiating a composition containing high molecular weight PTFE having standard specific gravity (SSG), measured according to ASTM D 4894 when obtained by suspension polymerization, and measured according to ASTM D 4895 when obtained by emulsion polymerization, of 2.130-2.230 with ionizing radiation to obtain a composition containing low molecular weight PTFE having a melt viscosity at 380°C in the range of 1.0×10 2 to 7.0×10 5 Pa·s, measured in accordance with ASTM D 1238 using 2 g of a sample heated in advance at 380°C for 5 min. and using a flow tester (Shimadzu Corporation) and a die of 2φ-8L while maintaining the sample at 380°C under a load of 0.7 MPa; and (II) decomposing a low molecular weight fluorine-containing compound (PFC) contained in the composition obtained in step (I) using non-ionizing radiation which is UV-light of 10-400 nm wavelength. (I) irradiating a composition containing high molecular weight PTFE having standard specific gravity (SSG), measured according to ASTM D 4894 when obtained by suspension polymerization, and measured according to ASTM D 4895 when obtained by emulsion polymerization, of 2.130-2.230 with ionizing radiation to obtain a composition containing low molecular weight PTFE having a melt viscosity at 380°C in the range of 1.0×10 2 to 7.0×10 5 Pa·s, measured in accordance with ASTM D 1238 using 2 g of a sample heated in advance at 380°C for 5 min. and using a flow tester (Shimadzu Corporation) and a die of 2φ-8L while maintaining the sample at 380°C under a load of 0.7 MPa; and (II) decomposing a low molecular weight fluorine-containing compound (PFC) contained in the composition obtained in step (I) using non-ionizing radiation which is UV-light of 10-400 nm wavelength.
A method for producing polypeptide particles which are spherical in shape and have an average particle size of 1000 nm or less, comprising: a solution production step in which a polypeptide derived from spider silk proteins is dissolved in at least one dissolving solvent selected from the group consisting of (A) dimethyl sulfoxide; (B) dimethyl sulfoxide with an inorganic salt; and (C) N, N-dimethylformamide with an inorganic salt, so as to obtain a solution of the polypeptide; a step in which the solution of the polypeptide produced in the solution production step is placed in a dialysis membrane, the dialysis membrane is immersed in a water-soluble solvent, and the water-soluble solvent is renewed at least one time so that the solution of the polypeptide is substituted with a water-soluble solvent so as to obtain an aqueous solution of the polypeptide; and a step in which the aqueous solution of the polypeptide is dried. a solution production step in which a polypeptide derived from spider silk proteins is dissolved in at least one dissolving solvent selected from the group consisting of (A) dimethyl sulfoxide; (B) dimethyl sulfoxide with an inorganic salt; and (C) N, N-dimethylformamide with an inorganic salt, so as to obtain a solution of the polypeptide; a step in which the solution of the polypeptide produced in the solution production step is placed in a dialysis membrane, the dialysis membrane is immersed in a water-soluble solvent, and the water-soluble solvent is renewed at least one time so that the solution of the polypeptide is substituted with a water-soluble solvent so as to obtain an aqueous solution of the polypeptide; and a step in which the aqueous solution of the polypeptide is dried.
A steel sheet to be heated by radiant heat transfer, wherein part of a surface of the steel sheet that is to be heated by radiant heat transfer has a reflectance-reduced region where reflectance for a radiant ray is reduced to be lower than that of the original surface of the steel sheet and wherein the reflectance of the reflectance-reduced region is 40% or less.
A cleaning apparatus arranged to clean a detection surface of a detection element, the cleaning apparatus comprising: a first cleaning means including a first cleaning portion configured to perform cleaning, and configured to clean the detection surface by using the first cleaning portion; a second cleaning means including a second cleaning portion of a type different from the first cleaning portion, and configured to clean the detection surface by using the second cleaning portion; a drive means, to which the first cleaning means and the second cleaning means are attached, and which is configured to move to approach or recede from the detection surface in a state where the first cleaning means and the second cleaning means are attached to the drive means; and a control means configured to control each of the first cleaning means , the second cleaning means , and the drive means, wherein the control means is arranged to receive a setting for a combination of cleaning performed by the first cleaning means and cleaning performed by the second cleaning means , and to control, based on the received setting, a cleaning order and/or a number of cleaning operations of a cleaning process performed by the first cleaning means and by the second cleaning means , characterized in that the control means is arranged to display, on the display means , a captured image of the detection surface cleaned by one of the first cleaning means and the second cleaning means . a first cleaning means including a first cleaning portion configured to perform cleaning, and configured to clean the detection surface by using the first cleaning portion; a second cleaning means including a second cleaning portion of a type different from the first cleaning portion, and configured to clean the detection surface by using the second cleaning portion; a drive means, to which the first cleaning means and the second cleaning means are attached, and which is configured to move to approach or recede from the detection surface in a state where the first cleaning means and the second cleaning means are attached to the drive means; and a control means configured to control each of the first cleaning means , the second cleaning means , and the drive means, wherein the control means is arranged to receive a setting for a combination of cleaning performed by the first cleaning means and cleaning performed by the second cleaning means , and to control, based on the received setting, a cleaning order and/or a number of cleaning operations of a cleaning process performed by the first cleaning means and by the second cleaning means , characterized in that the control means is arranged to display, on the display means , a captured image of the detection surface cleaned by one of the first cleaning means and the second cleaning means .
Method for the additive manufacture of a component within a receiving unit using a powdery material comprising: introducing the powdery material into the receiving unit (12, S10) via a feed unit ; applying an oscillation to the powdery material (14, S20) introduced into the receiving unit ; applying the oscillation over a period of time to the powdery material introduced into the receiving unit until a predetermined distribution of the powdery material within the receiving unit (12, S30) is achieved; solidifying at least a part of the powdery material within the receiving unit after the predetermined distribution of the powdery material within the receiving unit (12, S40) has been achieved, the method being characterized in that it comprises applying the oscillation (S34) to the powdery material introduced into the receiving unit by means of an oscillation element introduced at least partially into the powdery material . introducing the powdery material into the receiving unit (12, S10) via a feed unit ; applying an oscillation to the powdery material (14, S20) introduced into the receiving unit ; applying the oscillation over a period of time to the powdery material introduced into the receiving unit until a predetermined distribution of the powdery material within the receiving unit (12, S30) is achieved; solidifying at least a part of the powdery material within the receiving unit after the predetermined distribution of the powdery material within the receiving unit (12, S40) has been achieved, the method being characterized in that it comprises applying the oscillation (S34) to the powdery material introduced into the receiving unit by means of an oscillation element introduced at least partially into the powdery material .
A method for manufacturing (S) a box for the transportation of one or several product(s) , said box comprising a bottom , at least one wafer and a cover , the method comprising the following steps: - providing (S1) a first plate , a second plate and a third plate , - forming (S2) at least one recess in the second plate , - placing (S3) one or several product(s) in the recess of the second plate , and - fixing (S4) the second plate between the first plate and the third plate so as to cover the recess , the method being characterized in that : the second plate is multilayered and in that it comprises at least two sheets , the method (S) further comprising a step during which the sheets forming the second plate are assembled together. - providing (S1) a first plate , a second plate and a third plate , - forming (S2) at least one recess in the second plate , - placing (S3) one or several product(s) in the recess of the second plate , and - fixing (S4) the second plate between the first plate and the third plate so as to cover the recess ,
An organic electroluminescent device comprising an anode layer , at least one electron transport layer comprising a first electron transport layer , an electron injection layer , a cathode layer, and an emission layer , wherein the emission layer is arranged between the anode layer and the cathode layer, wherein the first electron transport layer and the electron injection layer are arranged between the emission layer and the cathode layer, wherein the electron injection layer is arranged in direct contact to the first electron transport electron layer , wherein the first electron transport layer is arranged nearer to the anode layer and the electron injection layer is arranged nearer to the cathode layer, characterized in that the first electron transport layer comprises: - an organic phosphine matrix compound, and - a first zero-valent alkali metal; and the electron injection layer comprises: - a second zero-valent metal of an alkaline earth metal and/or rare earth metal, and - an alkali metal halide; wherein the first zero-valent alkali metal is selected from K or Rb. wherein the emission layer is arranged between the anode layer and the cathode layer, wherein the first electron transport layer and the electron injection layer are arranged between the emission layer and the cathode layer, wherein the electron injection layer is arranged in direct contact to the first electron transport electron layer , wherein the first electron transport layer is arranged nearer to the anode layer and the electron injection layer is arranged nearer to the cathode layer, characterized in that the first electron transport layer comprises: - an organic phosphine matrix compound, and - a first zero-valent alkali metal; and the electron injection layer comprises: - a second zero-valent metal of an alkaline earth metal and/or rare earth metal, and - an alkali metal halide; the first electron transport layer comprises: - an organic phosphine matrix compound, and - a first zero-valent alkali metal; and - an organic phosphine matrix compound, and - a first zero-valent alkali metal; and the electron injection layer comprises: - a second zero-valent metal of an alkaline earth metal and/or rare earth metal, and - an alkali metal halide; - a second zero-valent metal of an alkaline earth metal and/or rare earth metal, and - an alkali metal halide; wherein the first zero-valent alkali metal is selected from K or Rb.
Pipe heat exchanger for a baking oven , - with a plurality of heat exchanger pipe sections configured to guide a heat carrier fluid , the heat exchanger pipe sections being arranged adjacent to each other in an arrangement plane , - wherein a distance (A) of adjacent pipe sections is smaller than a pipe diameter (D) and greater than 1% of the pipe diameter (D), - wherein the pipe heat exchanger is configured as a pipe coil heat exchanger, which has: - a first coil line path , formed between a first coil line inlet and a first coil line outlet , and - a second coil line path , formed between a second coil line inlet and a second coil line outlet , - characterized in that 180° deflection sections between two pipe sections of the same coil line path are guided out of the arrangement plane for exactly one of the coil line paths . - with a plurality of heat exchanger pipe sections configured to guide a heat carrier fluid , the heat exchanger pipe sections being arranged adjacent to each other in an arrangement plane , - wherein a distance (A) of adjacent pipe sections is smaller than a pipe diameter (D) and greater than 1% of the pipe diameter (D), - wherein the pipe heat exchanger is configured as a pipe coil heat exchanger, which has: - a first coil line path , formed between a first coil line inlet and a first coil line outlet , and - a second coil line path , formed between a second coil line inlet and a second coil line outlet , - characterized in that 180° deflection sections between two pipe sections of the same coil line path are guided out of the arrangement plane for exactly one of the coil line paths .
An oral pharmaceutical tablet composition comprising sodium sulfate, wherein the composition is capable of administration by direct oral ingestion and by disintegration in water prior to oral ingestion, and wherein at least 95% by weight of sodium sulfate in the composition comprises sodium sulfate particles having a size of from 150 μm to 1000 μm.
A shaving razor handle comprising: a body defined by a top shell joined to a bottom shell ; and a forward assembly coupled to the body and comprising a shaft that is received in an open end of the body , wherein an inner surface of one of the top shell or the bottom shell comprises an extension that engages an aperture formed in an outer surface of the shaft , characterized in that the aperture comprises axial and circumferential dimensions and wherein engagement between the extension and circumferentially spaced apart edges (52C-1, 52C-2) of the aperture defines an amount of rotation of a portion of the forward assembly relative to the body . a body defined by a top shell joined to a bottom shell ; and a forward assembly coupled to the body and comprising a shaft that is received in an open end of the body , wherein an inner surface of one of the top shell or the bottom shell comprises an extension that engages an aperture formed in an outer surface of the shaft , characterized in that the aperture comprises axial and circumferential dimensions and wherein engagement between the extension and circumferentially spaced apart edges (52C-1, 52C-2) of the aperture defines an amount of rotation of a portion of the forward assembly relative to the body .
A human body cleaner comprises: 1 %wt ∼ 60 %wt of garlic extract; and 40 %wt ∼ 99 %wt of cleaning agent; wherein the cleaning agent includes 10 %wt ∼ 20 %wt of surfactant, 10 %wt ∼ 25 %wt of purified water, and 5 %wt ∼ 15 %wt of nutrient solution; wherein the nutrient solution is selected from a set consisting collagen, fibroin, vitamins and combinations thereof; wherein the human body cleaner is produced by the following steps: a) preparing a plurality of garlics; b) adding water in a predetermined ratio to a plurality of garlics to obtain a garlic mixture; c) performing preliminary distillation on the garlic mixture at 100∼200°C; d) adding yeast in a predetermined ratio to the garlic mixture, which is left to stand for fermentation to obtain a garlic fermentation broth; e) performing cryogenic distillation on the garlic fermentation broth at 200∼400°C to obtain a garlic extract; and f) adding a cleaning agent in a predetermined ratio to the garlic extract for mixture to obtain the human body cleaner. 1 %wt ∼ 60 %wt of garlic extract; and 40 %wt ∼ 99 %wt of cleaning agent; wherein the cleaning agent includes 10 %wt ∼ 20 %wt of surfactant, 10 %wt ∼ 25 %wt of purified water, and 5 %wt ∼ 15 %wt of nutrient solution; wherein the nutrient solution is selected from a set consisting collagen, fibroin, vitamins and combinations thereof; wherein the human body cleaner is produced by the following steps: a) preparing a plurality of garlics; b) adding water in a predetermined ratio to a plurality of garlics to obtain a garlic mixture; c) performing preliminary distillation on the garlic mixture at 100∼200°C; d) adding yeast in a predetermined ratio to the garlic mixture, which is left to stand for fermentation to obtain a garlic fermentation broth; e) performing cryogenic distillation on the garlic fermentation broth at 200∼400°C to obtain a garlic extract; and f) adding a cleaning agent in a predetermined ratio to the garlic extract for mixture to obtain the human body cleaner. a) preparing a plurality of garlics; b) adding water in a predetermined ratio to a plurality of garlics to obtain a garlic mixture; c) performing preliminary distillation on the garlic mixture at 100∼200°C; d) adding yeast in a predetermined ratio to the garlic mixture, which is left to stand for fermentation to obtain a garlic fermentation broth; e) performing cryogenic distillation on the garlic fermentation broth at 200∼400°C to obtain a garlic extract; and f) adding a cleaning agent in a predetermined ratio to the garlic extract for mixture to obtain the human body cleaner.
A tire comprising a rubber member and a round tire frame made of a resin material including a thermoplastic elastomer, the resin material having a deflection temperature under load of 150 °C or higher, the thermoplastic elastomer including a soft segment and a hard segment derived from a polyamide, a minimum number X of carbon atoms present between nitrogen atoms in a main chain of the polyamide in the hard segment and a number average molecular weight Y of the hard segment satisfying the following Formulae 1 to 3: Y = 250 X + A 6 ≤ X ≤ 12 − 1000 ≤ A ≤ 1500 .
An insertable device comprising: a tube comprising a connecting portion and a suction portion , the connecting portion configured for coupling to a vacuum source that when actuated generates a change in pressure, and the suction portion insertable into a uterus, the suction portion comprising: a first loop comprising a plurality of openings along a medial surface of the first loop such that the plurality of openings are oriented away from the interior wall of the uterus upon insertion of the suction portion into the uterus; and a seal comprising a disk, the seal positioned along a length of the connecting portion proximal to the suction portion, the seal abutting a vaginal canal upon insertion of the insertable device and forming a seal between a vaginal opening and the uterus; characterized in that : the connecting portion and the suction portion are integrally formed of the same piece of material with the tube at least partially split in half to create a first branch and a second branch of the suction portion , thereby exposing a channel of the tube on a medial side of each branch ; the first loop of the suction portion comprises the first branch and the second branch of the tube that are connected by a bridge attached to a distal end of each branch. a tube comprising a connecting portion and a suction portion , the connecting portion configured for coupling to a vacuum source that when actuated generates a change in pressure, and the suction portion insertable into a uterus, the suction portion comprising: a first loop comprising a plurality of openings along a medial surface of the first loop such that the plurality of openings are oriented away from the interior wall of the uterus upon insertion of the suction portion into the uterus; and a seal comprising a disk, the seal positioned along a length of the connecting portion proximal to the suction portion, the seal abutting a vaginal canal upon insertion of the insertable device and forming a seal between a vaginal opening and the uterus; characterized in that : the connecting portion and the suction portion are integrally formed of the same piece of material with the tube at least partially split in half to create a first branch and a second branch of the suction portion , thereby exposing a channel of the tube on a medial side of each branch ; the first loop of the suction portion comprises the first branch and the second branch of the tube that are connected by a bridge attached to a distal end of each branch. the connecting portion and the suction portion are integrally formed of the same piece of material with the tube at least partially split in half to create a first branch and a second branch of the suction portion , thereby exposing a channel of the tube on a medial side of each branch ; the first loop of the suction portion comprises the first branch and the second branch of the tube that are connected by a bridge attached to a distal end of each branch.