mhurhangee/ep-ind-claims huggingface dataset:
A holder (5, 5', 80, 90, 100) configured to be mounted on a user and to be attached to a frame (10, 20), the holder (5, 5', 80, 90, 100) comprising: a link assembly including a plurality of interconnected links (82, 92) with an inner surface configured to transmit pressure to the user's body, wherein the links (82, 92) are connected perpendicular to a frame (10, 20) configured to extend in a length direction of the user's leg and are configured to wrap around a leg of the user; a cable configured to traverse the links in the link assembly, and to adjust an angle formed by inner side surfaces of adjacent links (82a, 82b, 82c) in response to tension applied thereto, wherein the curvature of the link assembly is adjusted by tension applied to the cable; a holder main body (81, 91) configured to have a first side of the cable mounted thereto, and; wherein the link assembly includes a first and second group of interconnected links that are connected to respective opposite sides of the holder main body. a link assembly including a plurality of interconnected links (82, 92) with an inner surface configured to transmit pressure to the user's body, wherein the links (82, 92) are connected perpendicular to a frame (10, 20) configured to extend in a length direction of the user's leg and are configured to wrap around a leg of the user; a cable configured to traverse the links in the link assembly, and to adjust an angle formed by inner side surfaces of adjacent links (82a, 82b, 82c) in response to tension applied thereto, wherein the curvature of the link assembly is adjusted by tension applied to the cable; a holder main body (81, 91) configured to have a first side of the cable mounted thereto, and; wherein the link assembly includes a first and second group of interconnected links that are connected to respective opposite sides of the holder main body.
Vehicle comprising a steering wheel for the vehicle, comprising a steering-wheel ring, wherein the steering-wheel ring is designed such that the geometry of the steering-wheel ring can be changed, in particular switched over, from a full-ring steering wheel to a partial-ring steering wheel, wherein the steering-wheel ring is composed of elements (2, 3) that can be nested one inside the other, specifically elements (2, 3) that can be moved one inside the other, specifically of at least one outer element and at least one inner element, characterized in that, during the operation of the vehicle, in the event of an accident of the vehicle, at least one steering-wheel element (2, 3) arranged at the top is automatically moved away.
A test device for measurement of a permeability and/or homogeneity of a gas- and/or liquid-permeable filter or catalyst, installed in an exhaust tract of a motor vehicle, in which only an end lying downstream is accessible, characterized in that an optionally flexible housing with a first gas- and/or liquid-permeable end, which is constructed so as to be open and is surrounded circumferentially by a seal, and with a second end and with at least one pressure sensor arranged within the housing, and at least one regulating device, to which compressed air can be fed via a compressed air line, are provided with a throttle and/or a valve, wherein with the regulating device air with a predetermined, variably adjustable volume- or mass flow rate is able to be transported under an excess pressure of 0.1 bar to 0.6 bar to the first end of the housing, wherein the housing is substantially closed in the region of the second end of the housing and wherein a line at the second end opens into the housing, which line is connected to the regulating device.
A blow molding machine assembly configured to be mounted to a blow molding machine to move a mold base configured to form a container base, the blow molding machine assembly comprising: an over-stroke cylinder (50, 512) configured to move the mold base along a longitudinal axis of the assembly between an extended base position and a retracted base position; and a counter-stretch device movable along the longitudinal axis between a retracted counter-stretch position in which the counter-stretch device does not extend out from within the mold base, and an extended counter-stretch position in which the counter-stretch device extends out from within the mold base; characterized in that the mold base defines a main passageway extending therethrough from the hollow center of the overstroke-cylinder and into the mold base, wherein a plurality of secondary passageways extend from the main passageway to an upper and outer surface at the mold base, the main and the secondary passageways (170, 172) being configured to permit airflow to pass out from within the over-stroke cylinder (50, 512) to an outer surface of the mold base to facilitate removal of a bottle off of the base, wherein preferably the blow-molding machine is a two-step blow molding machine. an over-stroke cylinder (50, 512) configured to move the mold base along a longitudinal axis of the assembly between an extended base position and a retracted base position; and a counter-stretch device movable along the longitudinal axis between a retracted counter-stretch position in which the counter-stretch device does not extend out from within the mold base, and an extended counter-stretch position in which the counter-stretch device extends out from within the mold base; characterized in that the mold base defines a main passageway extending therethrough from the hollow center of the overstroke-cylinder and into the mold base, wherein a plurality of secondary passageways extend from the main passageway to an upper and outer surface at the mold base, the main and the secondary passageways (170, 172) being configured to permit airflow to pass out from within the over-stroke cylinder (50, 512) to an outer surface of the mold base to facilitate removal of a bottle off of the base, wherein preferably the blow-molding machine is a two-step blow molding machine.
A composition comprising baclofen or terbinafine, or a salt or sustained release formulation thereof, for use in the treatment of Alzheimer's disease.
A lighting system, characterised in that it comprises: a plurality of LED nodes (120A, 120B, 120C, 120N), each of the LED nodes including an LED node controller (122A, 122B, 122C, 122N) and at least one LED (124A, 124B, 124C, 124N) controlled by the LED node controller, each said LED node controller being configured for: selectively enabling the at least one controlled LED to be in an active light emitting state and selectively preventing the at least one controlled LED from being in the active light emitting state; controlling the at least one controlled LED based on one or more control parameters, the one or more control parameters including an LED activation probability and the controlling including determining whether the at least one LED is to be in the active light emitting state based on the LED activation probability, the LED activation probability indicative of a probability the at least one LED of the LED node will be in a light-emitting state; each said LED node controller being further configured to receive an external light level input providing an indication of a desired level of light output; and to determine at least one of the control parameters based on the external light level input. a plurality of LED nodes (120A, 120B, 120C, 120N), each of the LED nodes including an LED node controller (122A, 122B, 122C, 122N) and at least one LED (124A, 124B, 124C, 124N) controlled by the LED node controller, each said LED node controller being configured for: selectively enabling the at least one controlled LED to be in an active light emitting state and selectively preventing the at least one controlled LED from being in the active light emitting state; controlling the at least one controlled LED based on one or more control parameters, the one or more control parameters including an LED activation probability and the controlling including determining whether the at least one LED is to be in the active light emitting state based on the LED activation probability, selectively enabling the at least one controlled LED to be in an active light emitting state and selectively preventing the at least one controlled LED from being in the active light emitting state; controlling the at least one controlled LED based on one or more control parameters, the one or more control parameters including an LED activation probability and the controlling including determining whether the at least one LED is to be in the active light emitting state based on the LED activation probability, the LED activation probability indicative of a probability the at least one LED of the LED node will be in a light-emitting state; each said LED node controller being further configured to receive an external light level input providing an indication of a desired level of light output; and to determine at least one of the control parameters based on the external light level input.
A nucleic acid aptamer capable of binding programmed death-ligand protein 1, wherein the aptamer comprises a nucleic acid motif having the nucleotide sequence of 5'-CGGGCCACAT-3' (SEQ ID NO:1).
A method for auto-generating GOOSE signal connection topology from substation level, comprising: importing substation configuration language file; searching all GOOSE input and output signals under each access point; matching said GOOSE output signals to said GOOSE input signals; generating GOOSE signal connection topology based on the result of said matching. importing substation configuration language file; searching all GOOSE input and output signals under each access point; matching said GOOSE output signals to said GOOSE input signals; generating GOOSE signal connection topology based on the result of said matching.
Method for preserving plant products, comprising the storage in a closed chamber of the products in an atmosphere whose relative humidity is equal to or greater than 99%, and implementing a set to treat the atmosphere, wherein the set comprises: - a device for bringing the atmosphere into contact with an aqueous stream, comprising a packing; - a device for injecting an aqueous stream into the contacting device; - a device for circulating the storage atmosphere in the contacting device; wherein the contacting device is so shaped that the atmosphere is brought into contact with the aqueous stream by circulation in the packing, and in that the atmosphere has a relative humidity greater than 99%; and wherein the method comprises: - a step of collecting the aqueous stream resulting from the contacting step; - a step of regeneration of the aqueous stream resulting from the contacting step, during which the aqueous stream is brought into contact with a flow of air outside the circulation storage in an external packing, wherein the aqueous stream is then reused in the contacting step; - a step of measuring the concentration of CO 2 and/or O 2 in the storage atmosphere and/or the temperature of the storage atmosphere, wherein the flow rate of the aqueous stream at the contacting step and/or of the air flow outside the regeneration step is set at least according to the measured parameter; Characterized in that the atmosphere is moistened with water vapor at room temperature until saturation of air. - a device for bringing the atmosphere into contact with an aqueous stream, comprising a packing; - a device for injecting an aqueous stream into the contacting device; - a device for circulating the storage atmosphere in the contacting device; - a step of collecting the aqueous stream resulting from the contacting step; - a step of regeneration of the aqueous stream resulting from the contacting step, during which the aqueous stream is brought into contact with a flow of air outside the circulation storage in an external packing, wherein the aqueous stream is then reused in the contacting step; - a step of measuring the concentration of CO 2 and/or O 2 in the storage atmosphere and/or the temperature of the storage atmosphere, wherein the flow rate of the aqueous stream at the contacting step and/or of the air flow outside the regeneration step is set at least according to the measured parameter;
Container for removing resin residues from a model created through three-dimensional 3D printing and adapted to be moved by means of repeated linear movements, the container including: - a tank adapted to contain a solvent; - a cover adapted to close the tank, the cover including or being a base of three-dimensional 3D printer, the base including one or more anchoring elements for a three-dimensional model; - means for sealing the cover to the tank; characterized in that the container further includes: - at least two handles, at least one of the handles comprising a duct having an inlet or an outlet outside of said tank and an outlet or an inlet inside of said tank, for introducing a solvent or removing it from the tank respectively. - a tank adapted to contain a solvent; - a cover adapted to close the tank, the cover including or being a base of three-dimensional 3D printer, the base including one or more anchoring elements for a three-dimensional model; - means for sealing the cover to the tank; characterized in that the container further includes: - at least two handles, at least one of the handles comprising a duct having an inlet or an outlet outside of said tank and an outlet or an inlet inside of said tank, for introducing a solvent or removing it from the tank respectively. - at least two handles, at least one of the handles comprising a duct having an inlet or an outlet outside of said tank and an outlet or an inlet inside of said tank, for introducing a solvent or removing it from the tank respectively.
A computer implemented method comprising: identifying a real-world object in a scene viewed by a camera of a user device; matching the real-world object with a tagged object from a plurality of tagged objects based at least in part on image recognition and a sharing setting stored for the tagged object, the tagged object having been tagged with a content item, wherein the plurality of tagged objects, the content item and the sharing setting are stored on a server, wherein the sharing setting comprises whether the tagged object will be matched either with only an image of the tagged object or with an image of any object sharing one or more common attributes with the tagged object, wherein the one or more common attributes are identified using the image recognition and comprising at least one of object type and object color; once a matching tagged object is found in the matching step, providing a notification to a user of the user device that the content item is associated with the real-world object; receiving a request from the user for the content item; and providing the content item to the user. identifying a real-world object in a scene viewed by a camera of a user device; matching the real-world object with a tagged object from a plurality of tagged objects based at least in part on image recognition and a sharing setting stored for the tagged object, the tagged object having been tagged with a content item, wherein the plurality of tagged objects, the content item and the sharing setting are stored on a server, wherein the sharing setting comprises whether the tagged object will be matched either with only an image of the tagged object or with an image of any object sharing one or more common attributes with the tagged object, wherein the one or more common attributes are identified using the image recognition and comprising at least one of object type and object color; once a matching tagged object is found in the matching step, providing a notification to a user of the user device that the content item is associated with the real-world object; receiving a request from the user for the content item; and providing the content item to the user.
An image forming apparatus comprising: a roll body in which a print medium is rolled in a roll, a conveyance unit configured to convey the print medium, a load applying unit configured to apply a load to the roll body in a direction opposite to a medium conveyance direction, the load applying unit including a motor and a rotation transmission mechanism placed between the motor and the roll body, a unit configured to cause the motor to be in a state where the motor creates counter-electromotive force when rotational force from the roll body is received, by causing the motor to be in an electrically shorted state or by applying a voltage less than a minimum driving voltage to the motor, a detecting unit configured to detect print medium information of the roll body, and a conveyance speed changing unit configured to change a conveyance speed with which the conveyance unit conveys the print medium, wherein the image forming apparatus is configured such that, while a portion of the print medium that is pulled out from the roll body is set in a state where image forming thereon can be started, the motor is caused to be in the state where the motor creates the counter-electromotive force, and the conveyance unit conveys the print medium while controlling the conveyance speed of the print medium in accordance with the print medium information detected by the detecting unit; characterized in that the print medium information includes a diameter of the roll body, a remaining amount of the rolled print medium, or a size of the roll body. a roll body in which a print medium is rolled in a roll, a conveyance unit configured to convey the print medium, a load applying unit configured to apply a load to the roll body in a direction opposite to a medium conveyance direction, the load applying unit including a motor and a rotation transmission mechanism placed between the motor and the roll body, a unit configured to cause the motor to be in a state where the motor creates counter-electromotive force when rotational force from the roll body is received, by causing the motor to be in an electrically shorted state or by applying a voltage less than a minimum driving voltage to the motor, a detecting unit configured to detect print medium information of the roll body, and a conveyance speed changing unit configured to change a conveyance speed with which the conveyance unit conveys the print medium, wherein the image forming apparatus is configured such that, while a portion of the print medium that is pulled out from the roll body is set in a state where image forming thereon can be started, the motor is caused to be in the state where the motor creates the counter-electromotive force, and the conveyance unit conveys the print medium while controlling the conveyance speed of the print medium in accordance with the print medium information detected by the detecting unit; characterized in that the print medium information includes a diameter of the roll body, a remaining amount of the rolled print medium, or a size of the roll body.
A method for increasing a ratio of perfluoropolyether having a hydroxyl group at one terminal, relative to a total amount of the perfluoropolyether having a hydroxyl group at one terminal, perfluoropolyether having hydroxyl groups at both terminals and perfluoropolyether having no hydroxyl group at any terminal, hereinafter referred to as a non-functionalized perfluoropolyether, in a composition comprising these perfluoropolyethers, wherein the method comprises a step of subjecting the composition to chromatography in which a moving phase is a supercritical or subcritical state carbon dioxide and a stationary phase is silica gel and the chromatography comprises the following step (i') or (ii'): (i') the moving phase is at a constant temperature, T 0, of 25 degrees C or higher to 150 degrees C or lower and a constant pressure, P 1, of 7 MPa or higher to lower than 30 MPa to thereby collect a fraction containing the non-functionalized perfluoropolyether at a higher ratio and, subsequently, the pressure of the moving phase is increased to a constant pressure, P 2, which is higher than 7 MPa to 30 MPa or lower and is higher than the aforesaid pressure P 1 to thereby collect a fraction containing the perfluoropolyether having a hydroxyl group at one terminal at a higher ratio; (ii') the moving phase is at a constant temperature, T 1, of higher than 25 degrees C to 150 degrees C or lower and a constant pressure, P 0, of 7 MPa or higher to 30 MPa or lower to thereby collect a fraction containing the non-functionalized perfluoropolyether at a higher ratio and, subsequently, the temperature of the moving phase is decreased to a constant temperature, T 2, which is 25 degrees C or higher to lower than 150 degrees C and is lower than the aforesaid temperature T 1 to thereby collect a fraction containing the perfluoropolyether having a hydroxyl group at one terminal at a higher ratio. (i') the moving phase is at a constant temperature, T 0, of 25 degrees C or higher to 150 degrees C or lower and a constant pressure, P 1, of 7 MPa or higher to lower than 30 MPa to thereby collect a fraction containing the non-functionalized perfluoropolyether at a higher ratio and, subsequently, the pressure of the moving phase is increased to a constant pressure, P 2, which is higher than 7 MPa to 30 MPa or lower and is higher than the aforesaid pressure P 1 to thereby collect a fraction containing the perfluoropolyether having a hydroxyl group at one terminal at a higher ratio; (ii') the moving phase is at a constant temperature, T 1, of higher than 25 degrees C to 150 degrees C or lower and a constant pressure, P 0, of 7 MPa or higher to 30 MPa or lower to thereby collect a fraction containing the non-functionalized perfluoropolyether at a higher ratio and, subsequently, the temperature of the moving phase is decreased to a constant temperature, T 2, which is 25 degrees C or higher to lower than 150 degrees C and is lower than the aforesaid temperature T 1 to thereby collect a fraction containing the perfluoropolyether having a hydroxyl group at one terminal at a higher ratio.