mhurhangee/patent-ind-claim-en huggingface dataset:
A blood flow measurement device comprising: a measurement unit configured to measure a blood flow rate in capillary vessels of a biological tissue more than once over time; a slope calculation unit configured to calculate a slope of change over time in the blood flow rate using the blood flow rate of the capillary vessels of the biological tissue measured by the measurement unit and measuring time; a display unit configured to display a value of the slope as an index value indicating a blood circulation state within a mass of tissue including an underlying portion beneath the capillary vessels of the biological tissue ; and a stimulus applying device configured to warm the biological tissue, wherein the measurement unit measures the blood flow rate after the biological tissue being warmed; and the slope calculation unit calculates the slope that is indicated by decrease in the blood flow rate of the superficial layer of the biological tissue after warming by the stimulus applying device being stopped. a measurement unit configured to measure a blood flow rate in capillary vessels of a biological tissue more than once over time; a slope calculation unit configured to calculate a slope of change over time in the blood flow rate using the blood flow rate of the capillary vessels of the biological tissue measured by the measurement unit and measuring time; a display unit configured to display a value of the slope as an index value indicating a blood circulation state within a mass of tissue including an underlying portion beneath the capillary vessels of the biological tissue ; and a stimulus applying device configured to warm the biological tissue, wherein the measurement unit measures the blood flow rate after the biological tissue being warmed; and the slope calculation unit calculates the slope that is indicated by decrease in the blood flow rate of the superficial layer of the biological tissue after warming by the stimulus applying device being stopped.
A preparation method for an aluminum alloy housing, wherein an external surface of the aluminum alloy housing has a convex portion and a concave portion, the method comprising the steps of: step a: performing a first anodic oxidation on the surface of an aluminum alloy housing substrate; step b: performing mechanical polishing on the surface of the aluminum alloy housing substrate on which the first anodic oxidation has been performed; step c: performing anti-etching protection on a surface of the aluminum alloy housing substrate on which the mechanical polishing has been performed, so as to form a protective film on the surface of the aluminum alloy housing substrate, wherein the anti-etching protection comprises: spraying an anti-etching photo-sensitive ink on the surface of the aluminum alloy housing substrate on which the mechanical polishing has been performed and curing; disposing a film in a region where a pattern needs to be formed, covering the protective film with a silicone membrane, and performing exposure; and washing away an unexposed part of the protective film; step d: forming, by using an etching method, a pattern layer having a convex-concave pattern on the surface of the aluminum alloy housing substrate on which the protective film is formed; step e: performing a second anodic oxidation on the surface of the aluminum alloy housing substrate having the pattern layer; and step f: removing the protective film from the surface of the aluminum alloy housing substrate on which the second anodic oxidation has been performed. step a: performing a first anodic oxidation on the surface of an aluminum alloy housing substrate; step b: performing mechanical polishing on the surface of the aluminum alloy housing substrate on which the first anodic oxidation has been performed; step c: performing anti-etching protection on a surface of the aluminum alloy housing substrate on which the mechanical polishing has been performed, so as to form a protective film on the surface of the aluminum alloy housing substrate, wherein the anti-etching protection comprises: spraying an anti-etching photo-sensitive ink on the surface of the aluminum alloy housing substrate on which the mechanical polishing has been performed and curing; disposing a film in a region where a pattern needs to be formed, covering the protective film with a silicone membrane, and performing exposure; and washing away an unexposed part of the protective film; step d: forming, by using an etching method, a pattern layer having a convex-concave pattern on the surface of the aluminum alloy housing substrate on which the protective film is formed; step e: performing a second anodic oxidation on the surface of the aluminum alloy housing substrate having the pattern layer; and step f: removing the protective film from the surface of the aluminum alloy housing substrate on which the second anodic oxidation has been performed.
A sublimation printing method on fabric containing at least 50% by weight of cotton and/or viscose, the method comprising the steps of: a) providing a piece of laminar substrate, b) applying a microencapsulated polymeric material comprising polyester, polyamide, polyurethane, polyethylene or a mixture thereof onto a side of said laminar substrate, wherein the polymeric material is microencapsulated in microcapsules having an outer shell made of cellulose, starch or a mixture thereof, d) providing cotton and/or viscose fabric, e) hot pressing said side of the laminar substrate onto said cotton and/or viscose fabric, and f) separating the laminar substrate from cotton and/or viscose fabric, wherein, a step c) of ink-jet printing with sublimation ink on said side of the laminar substrate is provided between step b) and step d), or alternatively a step g) of ink-jet printing with sublimation ink on cotton and/or viscose fabric is provided after step f). a) providing a piece of laminar substrate, b) applying a microencapsulated polymeric material comprising polyester, polyamide, polyurethane, polyethylene or a mixture thereof onto a side of said laminar substrate, wherein the polymeric material is microencapsulated in microcapsules having an outer shell made of cellulose, starch or a mixture thereof, d) providing cotton and/or viscose fabric, e) hot pressing said side of the laminar substrate onto said cotton and/or viscose fabric, and f) separating the laminar substrate from cotton and/or viscose fabric,
Electric cooker comprising a steamer basket which comprises: - a filling cylinder , said filling cylinder being provided with a filling chamber , and a bottom wall of said filling cylinder comprising a permeable area; the permeable area of the bottom wall being pierced with a plurality of water passage holes which extend through the bottom wall ; - a bottom cover installed beneath the filling cylinder , said bottom cover being connected to the filling cylinder by a hermetic device, the space between the bottom cover and the lower surface of the bottom wall enclosing a water passage cavity , the bottom cover being equipped with an opening mechanism , said opening mechanism being connected to the filling chamber by means of the water passage cavity and the water passage holes , characterised in that the electric cooker comprises an outer housing , an inner container positioned inside the outer housing , the steamer basket being installed inside the inner container , the upper part of the filling cylinder of this steamer basket being hermetically joined to the opening of the inner container . - a filling cylinder , said filling cylinder being provided with a filling chamber , and a bottom wall of said filling cylinder comprising a permeable area; the permeable area of the bottom wall being pierced with a plurality of water passage holes which extend through the bottom wall ; - a bottom cover installed beneath the filling cylinder , said bottom cover being connected to the filling cylinder by a hermetic device, the space between the bottom cover and the lower surface of the bottom wall enclosing a water passage cavity , the bottom cover being equipped with an opening mechanism , said opening mechanism being connected to the filling chamber by means of the water passage cavity and the water passage holes ,
A method for structural analysis of a test molecule with an X-ray or a neutron beam, the method comprising the steps of: (A) mixing together a sample containing the test molecule and a metal complex capable of including the test molecule to generate a test molecule-metal complex inclusion body, whereby a test molecule-metal complex inclusion body refers to a state in which a metal complex encapsulates a test molecule. (B) dispensing an inclusion solution containing the inclusion body to prepare a plurality of independent crystallization solutions at least including a first crystallization solution and a second crystallization solution; (C) generating a plurality of crystals in the plurality of independent crystallization solutions under similar or different crystallization conditions; (D) screening the plurality of crystals generated in the step (C) to select a targeted crystal; (E) irradiating the targeted crystal with an X-ray or a neutron beam to acquire diffraction data; and (F) analyzing the diffraction data to determine the structure of the test molecule. (A) mixing together a sample containing the test molecule and a metal complex capable of including the test molecule to generate a test molecule-metal complex inclusion body, whereby a test molecule-metal complex inclusion body refers to a state in which a metal complex encapsulates a test molecule. (B) dispensing an inclusion solution containing the inclusion body to prepare a plurality of independent crystallization solutions at least including a first crystallization solution and a second crystallization solution; (C) generating a plurality of crystals in the plurality of independent crystallization solutions under similar or different crystallization conditions; (D) screening the plurality of crystals generated in the step (C) to select a targeted crystal; (E) irradiating the targeted crystal with an X-ray or a neutron beam to acquire diffraction data; and (F) analyzing the diffraction data to determine the structure of the test molecule.
Elbow interface piece , intended to link a gripping handle to a cleaning tool , the piece comprising: - an upstream part , extending between a proximal end and an articulation , the upstream part comprising an upstream rectilinear portion , adjacent to the proximal end, and extending about an upstream axis (Δ 1 ), such that the gripping handle can be inserted, from the proximal end, into or around the upstream rectilinear portion; - a downstream part , extending between a distal end and the articulation ; - an elbow , formed between the proximal end and the articulation , the elbow forming an angle of between 100° and 170°; the piece being such that - the downstream part is linked to the upstream part , the downstream part being movable in rotation with respect to the upstream part, about an axis of rotation (Δ), at the articulation ; the piece being characterized in that : - the downstream part comprises a downstream rectilinear portion , adjacent to the distal end , and extending about a downstream axis (Δ 2 ), the downstream rectilinear portion being arranged so as to be able to be inserted into or around the cleaning tool ; - the downstream rectilinear portion comprises two diametrically opposite downstream holes on either side of the downstream axis, the downstream holes being configured to receive an elastic link element , extending between the downstream holes . - an upstream part , extending between a proximal end and an articulation , the upstream part comprising an upstream rectilinear portion , adjacent to the proximal end, and extending about an upstream axis (Δ 1 ), such that the gripping handle can be inserted, from the proximal end, into or around the upstream rectilinear portion; - a downstream part , extending between a distal end and the articulation ; - an elbow , formed between the proximal end and the articulation , the elbow forming an angle of between 100° and 170°; the piece being such that - the downstream part is linked to the upstream part , the downstream part being movable in rotation with respect to the upstream part, about an axis of rotation (Δ), at the articulation ; - the downstream part comprises a downstream rectilinear portion , adjacent to the distal end , and extending about a downstream axis (Δ 2 ), the downstream rectilinear portion being arranged so as to be able to be inserted into or around the cleaning tool ; - the downstream rectilinear portion comprises two diametrically opposite downstream holes on either side of the downstream axis, the downstream holes being configured to receive an elastic link element , extending between the downstream holes .
A cooling system for a gas turbine engine , the cooling system comprising: an electric motor ; a conduit ; a plurality of conductive cables extending from the electric motor , the plurality of conductive cables disposed at least partially in the conduit ; and a cooling source comprising an electric fan in fluid communication with the conduit , the electric fan configured to flow a fluid through the conduit to cool the plurality of conductive cables after shutdown of the gas turbine engine ; a processor ; and a non-transitory computer readable storage medium in electronic communication with the processor , the non-transitory computer readable storage medium having instructions stored thereon that, in response to execution by the processor cause the processor to perform operations comprising: detecting, by the processor , a shutdown of the gas turbine engine ; activating, by the processor , the electric fan to flow the fluid through the conduit , wherein in response to the engine shutdown, the processor commands a vent to open and commands the electric fan to activate and begin rotating. an electric motor ; a conduit ; a plurality of conductive cables extending from the electric motor , the plurality of conductive cables disposed at least partially in the conduit ; and a cooling source comprising an electric fan in fluid communication with the conduit , the electric fan configured to flow a fluid through the conduit to cool the plurality of conductive cables after shutdown of the gas turbine engine ; a processor ; and a non-transitory computer readable storage medium in electronic communication with the processor , the non-transitory computer readable storage medium having instructions stored thereon that, in response to execution by the processor cause the processor to perform operations comprising: detecting, by the processor , a shutdown of the gas turbine engine ; activating, by the processor , the electric fan to flow the fluid through the conduit , wherein in response to the engine shutdown, the processor commands a vent to open and commands the electric fan to activate and begin rotating. detecting, by the processor , a shutdown of the gas turbine engine ; activating, by the processor , the electric fan to flow the fluid through the conduit , wherein in response to the engine shutdown, the processor commands a vent to open and commands the electric fan to activate and begin rotating.
Crystallizable glass substantially containing neither As 2 O 3 nor Sb 2 O 3 and having a composition of, in percent by mass, 55.0 to 73.0% SiO 2 , 17.0 to 27.0% Al 2 O 3 , 2.0 to 5.0% Li 2 O, 0 to 1.5% MgO, 0 to 1.5% ZnO, 0 to 1.0% Na 2 O, 0 to 1.0% K 2 O, 0 to 2.5% ZrO 2 , 0 to 0.6% SnO 2 , 2.7 to 3.4% TiO 2 + ZrO 2 , 5.0% or less TiO 2 +ZrO 2 +P 2 O 5 , 2.0 to 5.0% Li 2 O+MgO+ZnO.
A transfer tank comprising a floating, water-borne tank structure for transferring oil or other hazardous material away from a collecting vessel, the tank structure comprising an opening structure (71 to 74) for filling and emptying said tank structure, wherein the tank structure comprises at least two adjacent tank parts , which comprise separate interiors having each an opening structure and a double wall furnished with thermal insulation and that the tank structure also comprises a connecting structure (91 to 96, 97), which is placed at the tank sides facing one another in order to achieve both volumetric capacity and stability, for interconnecting the adjacent tank parts , and characterized in that the outer wall and the inner wall of the double wall are interconnected with a honeycomb structure and wherein the material of the tank parts is polyethylene.
A system configured to provide an automatic software upgrade assistant , the system comprising: a processor; and a memory comprising computer-executable instructions that, when executed by the processor, cause the processor to perform operations, the operations comprising: receiving a request from a requestor to install a software upgrade on a controller of an elevator component, the software upgrade dependent on at least one software program being installed on the controller ; determining whether the at least one software program is installed on the controller ; and based at least in part on determining that the at least one software program is installed on the controller : predicting a time to complete the installation of the software upgrade on the controller ; and outputting, to the requestor, an indication that the software upgrade is permitted to be installed on the controller and the predicted time to complete the installation. a processor; and a memory comprising computer-executable instructions that, when executed by the processor, cause the processor to perform operations, the operations comprising: receiving a request from a requestor to install a software upgrade on a controller of an elevator component, the software upgrade dependent on at least one software program being installed on the controller ; determining whether the at least one software program is installed on the controller ; and based at least in part on determining that the at least one software program is installed on the controller : predicting a time to complete the installation of the software upgrade on the controller ; and outputting, to the requestor, an indication that the software upgrade is permitted to be installed on the controller and the predicted time to complete the installation. receiving a request from a requestor to install a software upgrade on a controller of an elevator component, the software upgrade dependent on at least one software program being installed on the controller ; determining whether the at least one software program is installed on the controller ; and based at least in part on determining that the at least one software program is installed on the controller : predicting a time to complete the installation of the software upgrade on the controller ; and outputting, to the requestor, an indication that the software upgrade is permitted to be installed on the controller and the predicted time to complete the installation. predicting a time to complete the installation of the software upgrade on the controller ; and outputting, to the requestor, an indication that the software upgrade is permitted to be installed on the controller and the predicted time to complete the installation.
Surface suction gripper for sucking and handling an object, with a gripper base part having a first vacuum chamber to be evacuated by means of a vacuum supply, and having a suction part facing the object and comprising a suction side , which can be connected with the gripper base part , wherein a quick exchange device is provided which is adapted for connecting the gripper base part and the suction part, characterized in that the quick exchange device is configured such that the suction part can be connected to the gripper base part unilaterally for reaching a pre-mounting position in such a way that the suction part can be folded into a final mounting position for a fluid-tight connection with the gripper base part , wherein the quick exchange device comprises a hook-up device which is configured in such a way that the suction part can be hooked unilaterally onto the gripper base part .
A stator assembly for a wind turbine , comprising: a segmented stator having stator portions (116; 200), wherein each stator portion (116; 200) comprises: end plates (126a,b; 210,212) arranged axially on opposing sides of the stator portion (116; 200); support plates (126; 236) arranged interior to the end plates (126a,b; 210,212); stator laminations (118; 234) arranged between the support plates (126; 236); and stabilizing elements coupling the end plates (126a,b; 210,212) and the support plates (126; 236) together, wherein each of the stabilizing elements comprises a dovetail portion comprising a dovetail bar coupled to a dovetail engaging with stator laminations ; and connectors to connect the stator portions (116; 200) of the segmented stator together, the stator assembly being characterized by comprising a number of stator slots per rotor pole per phase less than 1, forming a fractional slot winding. a segmented stator having stator portions (116; 200), wherein each stator portion (116; 200) comprises: end plates (126a,b; 210,212) arranged axially on opposing sides of the stator portion (116; 200); support plates (126; 236) arranged interior to the end plates (126a,b; 210,212); stator laminations (118; 234) arranged between the support plates (126; 236); and stabilizing elements coupling the end plates (126a,b; 210,212) and the support plates (126; 236) together, wherein each of the stabilizing elements comprises a dovetail portion comprising a dovetail bar coupled to a dovetail engaging with stator laminations ; and connectors to connect the stator portions (116; 200) of the segmented stator together, the stator assembly being characterized by comprising a number of stator slots per rotor pole per phase less than 1, forming a fractional slot winding.