mhurhangee/patent-ind-claim-en huggingface dataset:
Method for obtaining an extract of a vegetable matrix, particularly plant matrix, characterized in that the vegetable matrix is subjected to mechanical treatment consisting of extruding the vegetable matrix in an extruder, associated or not with heat treatment, in the presence of an aqueous solution containing at least one hydrotropic agent, at a concentration at least equal to the minimum hydrotropic concentration, followed by an operation to recover the extract, characterized in that the hydrotropic agent is an alkyl-(poly)glycoside of general formula Alk-O-Zp, wherein: • Alk denotes a saturated or unsaturated, linear or branched hydrophobic aliphatic hydrocarbon fragment having 3 to 7 carbon atoms, and • Z is a hydrophilic glycoside group such as glucose, xylose and arabinose, and • 1<p<5 • Alk denotes a saturated or unsaturated, linear or branched hydrophobic aliphatic hydrocarbon fragment having 3 to 7 carbon atoms, and • Z is a hydrophilic glycoside group such as glucose, xylose and arabinose, and • 1<p<5
A method of sterilizing a blow-molding machine, opening a molding die , retracting an extension rod from inside the molding die into a housing box , flowing a mist or gas of hydrogen peroxide or a mixture thereof (M) into the molding die from a valve block disposed adjacent to the molding die , further flowing the gas mixture (M) to an interior and exterior of the molding die and sterilizing the interior and exterior of the molding die , flowing the gas mixture (M) into the housing box and sterilizing a whole of the extension rod in the housing box , flowing the gas mixture (M) through a ventilation part from the housing box to a chamber which covers a heating part which heat a preform and a molding part which molds the preform to a container , sterilizing an interior of the chamber by the gas mixture (M) flowed from the housing box to the chamber through the ventilation part , supplying an aseptic air into the chamber from an aseptic air supplying apparatus after sterilizing the chamber , and stopping supply of the gas mixture (M) to the valve block . opening a molding die , retracting an extension rod from inside the molding die into a housing box , flowing a mist or gas of hydrogen peroxide or a mixture thereof (M) into the molding die from a valve block disposed adjacent to the molding die , further flowing the gas mixture (M) to an interior and exterior of the molding die and sterilizing the interior and exterior of the molding die , flowing the gas mixture (M) into the housing box and sterilizing a whole of the extension rod in the housing box , flowing the gas mixture (M) through a ventilation part from the housing box to a chamber which covers a heating part which heat a preform and a molding part which molds the preform to a container , sterilizing an interior of the chamber by the gas mixture (M) flowed from the housing box to the chamber through the ventilation part , supplying an aseptic air into the chamber from an aseptic air supplying apparatus after sterilizing the chamber , and stopping supply of the gas mixture (M) to the valve block .
Method for opening and/or closing a roll stand with two work rolls forming a rolling gap (S) in which a rolled product transported in a conveying direction (R) cam be reshaped, wherein the adjustment of at least one work roll in a plane perpendicular to the conveying direction (R) is variable and the method comprises: conveying the rolled product (B) through the rolling gap (S) along the conveying direction (R) and meanwhile opening or closing the roll stand in that the rolling gap (S) is correspondingly enlarged or reduced; characterised in that the method comprises the following further steps: detection of a position of the rolled product (B) in front or and/or behind the rolling gap (S) in a direction transverse to the conveying direction (R) during opening or closing of the roll stand ; and changing the adjustment of the corresponding work roll in dependence on the detected position so that the rolled product (B) is stabilised at a target position during the opening or closing of the roll stand . conveying the rolled product (B) through the rolling gap (S) along the conveying direction (R) and meanwhile opening or closing the roll stand in that the rolling gap (S) is correspondingly enlarged or reduced; characterised in that the method comprises the following further steps: detection of a position of the rolled product (B) in front or and/or behind the rolling gap (S) in a direction transverse to the conveying direction (R) during opening or closing of the roll stand ; and changing the adjustment of the corresponding work roll in dependence on the detected position so that the rolled product (B) is stabilised at a target position during the opening or closing of the roll stand . detection of a position of the rolled product (B) in front or and/or behind the rolling gap (S) in a direction transverse to the conveying direction (R) during opening or closing of the roll stand ; and changing the adjustment of the corresponding work roll in dependence on the detected position so that the rolled product (B) is stabilised at a target position during the opening or closing of the roll stand .
A liquid coloring composition comprising: a) a carotenoid; b) water; c) a phospholipid emulsifier comprising less than 50% phosphatidylcholine; and d) a second emulsifier; wherein the amounts of carotenoids in the liquid coloring composition are at least 7 %; wherein the carotenoid is in crystalline form; wherein the phospholipid emulsifier is lecithin; wherein the second emulsifier is polysorbate or quillaia; wherein the amount of phospholipid emulsifier is between 1 and 15%; wherein the amount of the second emulsifier is between 1 and 20%; and wherein the particle size is below 180 nm, measured with a Zetasizer as set out in the examples. a) a carotenoid; b) water; c) a phospholipid emulsifier comprising less than 50% phosphatidylcholine; and d) a second emulsifier; wherein the amounts of carotenoids in the liquid coloring composition are at least 7 %; wherein the carotenoid is in crystalline form; wherein the phospholipid emulsifier is lecithin; wherein the second emulsifier is polysorbate or quillaia; wherein the amount of phospholipid emulsifier is between 1 and 15%; wherein the amount of the second emulsifier is between 1 and 20%; and wherein the particle size is below 180 nm, measured with a Zetasizer as set out in the examples.
A device for spreading flaps of a packaging container , the container being empty and comprising flaps (R1a, R1b) extending vertically in an open top part, the device being adapted for integration into a packaging container filler station and comprising at least one flap spreading head , the flap spreading head being vertically movable for insertion thereof into the container and comprising first and second flap spreading blades (121 2 , 121 2 ) mounted on a pivot and an actuator (122 1 , 122 2 ) adapted to actuate rotation of the first and second blades (121 2 , 121 2 ), the first and second blades coming into contact during rotation with the first and second flaps (R1a, R1b) and causing spreading thereof by folds towards the outside of the container , characterised in that it comprises two flap spreading heads mounted on a horizontal transverse spar , with the distance between the two flap spreading heads being adjustable and the spar is adjustable in height (H) between vertical pillars of the device , so as to allow appropriate positioning of the two flap spreading heads for different container sizes.
Housing of a fan with an outer casing , wherein the housing comprises a housing body for housing fan components, and a radial outer side of the housing body is surrounded planarly by the outer casing in the peripheral direction, such that a radially outer surface of the housing is formed by an outer surface of the outer casing , and the outer casing is detachably attached to the housing body , wherein the outer casing has in the circumferential direction extending and axially spaced stiffening ribs , wherein the housing body has webs extending in the circumferential direction which, together with the stiffening ribs of the outer casing , form a channel extending in the circumferential direction at least in sections, and wherein at least one of the webs extends in a radial direction up to an inner surface of the outer casing and forms a radial support and/or a guide for the outer casing into an assembly position, characterized in that at least one other of the webs is formed radially shorter, but cooperates with at least one of the stiffening ribs formed on the outer casing to form the channel extending in the circumferential direction.
Pipeline apparatus (400; 425) comprising a housing including a riser and a pipeline connector and a device including an instrument housing , and at least one instrument housed by the instrument housing , the at least one instrument configured to interact with fluid flowing through the pipeline connector , a mounting means for releasably mounting the device in the riser and seal means situated between an inner surface of the riser and an outer surface of the mounting means , the seal means configured to seal against egress of fluid from the apparatus, the mounting means and the riser each including a part of a locking means (414; 401d) for releasably locking the device in the riser , the device being situated in the pipeline connector; wherein the apparatus further comprises a signal processor mounted within the mounting means and electrically connected to the at least one instrument to receive an electrical signal from said at least one instrument, and wherein when the device is mounted in the riser said at least one instrument is situated in the pipeline connector for interaction with the fluid flowing through said pipeline connector .
An image decoding device , comprising: a filter unit configured to use, as an input, a decoded signal prior to a filtering process and output a filtered decoded signal, wherein the filter unit is configured to perform clipping processing on the decoded signal prior to the filtering process such that an absolute value of a differential value between a reference pixel value and a pixel value of the decoded signal prior to the filtering process is less than or equal to a predefined threshold value, and to generate the filtered decoded signal through the linear weighted addition of the value after the clipping processing is performed and the pixel value of the decoded signal prior to the filtering process; and the threshold value for a luma signal is set to be greater than or equal to the threshold value for a chroma signal regardless of an internal bit depth. a filter unit configured to use, as an input, a decoded signal prior to a filtering process and output a filtered decoded signal, wherein the filter unit is configured to perform clipping processing on the decoded signal prior to the filtering process such that an absolute value of a differential value between a reference pixel value and a pixel value of the decoded signal prior to the filtering process is less than or equal to a predefined threshold value, and to generate the filtered decoded signal through the linear weighted addition of the value after the clipping processing is performed and the pixel value of the decoded signal prior to the filtering process; and the threshold value for a luma signal is set to be greater than or equal to the threshold value for a chroma signal regardless of an internal bit depth.
Control device for a cabin of an aircraft or spacecraft, having a first control means which is set up to provide at least one first control signal (S1) for controlling at least one camera (21-23) in the cabin for the purpose of setting a scanning rate of the at least one camera (21-23), and a second control means which is set up to provide at least one second control signal (S2) for controlling at least one lighting device (31-33) in the cabin for the purpose of setting pulse width modulation of the at least one lighting device (31-33), characterized in that the first control means is set up to provide the first control signal (S1) on the basis of the at least one second control signal (S2) in such a manner that the scanning rate of the at least one camera (21-23) and the pulse width modulation of the at least one lighting device (31-33) are synchronized.
A method comprising: receiving , by an electronic device, data defining an augmented reality, AR, environment; receiving an indication from a user to place an AR object on a reference surface in the AR environment; in response to the indication, displaying the AR object on the reference surface in the AR environment; performing a first gesture on an input device of the electronic device; in response to the first gesture, elevating the AR object a distance above the reference surface in the AR environment; performing a second gesture on the input device of the electronic device; in response to the second gesture, moving the AR object in the AR environment, wherein the reference surface is a first reference surface and the moving the AR object in the AR environment includes moving the AR object over a second reference surface in the AR environment; and in response to the moving the AR object over the second reference surface, displaying the AR object, in the AR environment, as being placed or elevated above the second reference surface at a same distance as the distance of the original elevation from the first reference surface, and displaying, in the AR environment, a tether line between the AR object and the second reference surface, the tether line indicating that the AR object is at the distance above the second reference surface. receiving , by an electronic device, data defining an augmented reality, AR, environment; receiving an indication from a user to place an AR object on a reference surface in the AR environment; in response to the indication, displaying the AR object on the reference surface in the AR environment; performing a first gesture on an input device of the electronic device; in response to the first gesture, elevating the AR object a distance above the reference surface in the AR environment; performing a second gesture on the input device of the electronic device; in response to the second gesture, moving the AR object in the AR environment, wherein the reference surface is a first reference surface and the moving the AR object in the AR environment includes moving the AR object over a second reference surface in the AR environment; and in response to the moving the AR object over the second reference surface, displaying the AR object, in the AR environment, as being placed or elevated above the second reference surface at a same distance as the distance of the original elevation from the first reference surface, and displaying, in the AR environment, a tether line between the AR object and the second reference surface, the tether line indicating that the AR object is at the distance above the second reference surface.
An active debridement wound dressing comprising: a wound interface layer comprising an abrasive surface configured to contact a wound and mechanically debride the wound when the wound interface layer moves relative to the wound; and an active layer coupled to the wound interface layer and comprising a pneumatic structure configured to expand and collapse responsive to a pneumatic pressure applied to the active layer , thereby causing the wound interface layer to move relative to the wound and mechanically debride the wound; characterised in that the pneumatic structure comprises: a central pneumatic hub ; and a plurality of radial segments extending radially outward from the central hub . a wound interface layer comprising an abrasive surface configured to contact a wound and mechanically debride the wound when the wound interface layer moves relative to the wound; and an active layer coupled to the wound interface layer and comprising a pneumatic structure configured to expand and collapse responsive to a pneumatic pressure applied to the active layer , thereby causing the wound interface layer to move relative to the wound and mechanically debride the wound; characterised in that the pneumatic structure comprises: a central pneumatic hub ; and a plurality of radial segments extending radially outward from the central hub . a central pneumatic hub ; and a plurality of radial segments extending radially outward from the central hub .
Compression aid for compressing a puncture site of a patient, wherein the compression aid comprises a peripheral band whose circumference can be adjusted, wherein a constant force spring is arranged in the peripheral band and an indicator is located on the constant force spring , preferably on the outer side of the constant force spring , and is configured to indicate the deflection of the constant force spring and to indicate the range of the constant force to the user.
A method of treating a group of acellular tissue matrices, comprising: providing a group of dermal acellular tissue matrices (ATMs), wherein when an equal amount of tensile force is applied to each of the ATMs in the group, at least some of the ATMs in the group have a different percent extension than other ATMs in the group; and exposing one or more of the ATMs of the group to a solution containing elastase for a period of time, the exposure resulting in a modified ATM (mATM); and controlling the exposure time and concentration of elastase in the solution to obtain a desired percent extension of the mATM when placed under an amount of tensile force, wherein the percent extension of the one or more mATMs in the toe region of the stress-strain curve for the mATM resulting from an amount of tensile force is less than or equal to the percent extension of the corresponding ATMs resulting from the amount of tensile force, and wherein variations in the percent extension across the mATMs is less than variations in the percent extension across the ATMs. providing a group of dermal acellular tissue matrices (ATMs), wherein when an equal amount of tensile force is applied to each of the ATMs in the group, at least some of the ATMs in the group have a different percent extension than other ATMs in the group; and exposing one or more of the ATMs of the group to a solution containing elastase for a period of time, the exposure resulting in a modified ATM (mATM); and controlling the exposure time and concentration of elastase in the solution to obtain a desired percent extension of the mATM when placed under an amount of tensile force, wherein the percent extension of the one or more mATMs in the toe region of the stress-strain curve for the mATM resulting from an amount of tensile force is less than or equal to the percent extension of the corresponding ATMs resulting from the amount of tensile force, and wherein variations in the percent extension across the mATMs is less than variations in the percent extension across the ATMs.
Method of operating a plurality of cooking devices which each contain at least one electrical consumer , comprising the following steps: - before it switches on its consumer , each device asks an allocation module whether a consumer of the device can be put into operation, - on the basis of parameters of a requested process of the device, of parameters of currently running and/or planned processes of the consumers of other devices and of a predefined maximum power value, the allocation module decides whether the requested process is enabled, modified or at least temporarily disabled, - wherein a communications link between the controller of the devices and the allocation module is provided and wherein the devices are networked with each other so that, based on different parameters suitable for the respective intended purpose, it is coordinated which process takes precedence over other processes and, conversely, which process is modified or deferred, - characterized in that when making the decision, the allocation module accesses a database in which power data and power profiles for different processes are stored, the power data being the typical energy consumption of the consumers over the course of the day. - before it switches on its consumer , each device asks an allocation module whether a consumer of the device can be put into operation, - on the basis of parameters of a requested process of the device, of parameters of currently running and/or planned processes of the consumers of other devices and of a predefined maximum power value, the allocation module decides whether the requested process is enabled, modified or at least temporarily disabled, - wherein a communications link between the controller of the devices and the allocation module is provided and wherein the devices are networked with each other so that, based on different parameters suitable for the respective intended purpose, it is coordinated which process takes precedence over other processes and, conversely, which process is modified or deferred, - characterized in that when making the decision, the allocation module accesses a database in which power data and power profiles for different processes are stored, the power data being the typical energy consumption of the consumers over the course of the day.
Method for operating an inhaler comprising a housing with a mouth end , at least one air inlet opening and an air channel extending in the housing between the at least one air inlet opening and the mouth end , a fluid reservoir storing a component mixture, a receiving area for the fluid reservoir , an electrical energy storage , a supply device which generates vapor and/or aerosol from the component mixture extracted from the fluid reservoir , and adds the vapor and/or the aerosol to an air flow flowing in the air channel , wherein the supply device comprises a controllable evaporator , and a control device (15; 29) for controlling the supply device , wherein the control device (15; 29) is connected to a data store (53; 59) in which at least one set of predefined evaporating parameters is stored and can be called upon for evaporating the component mixture in the evaporator , wherein the at least one set of predefined evaporating parameters is deduced from the liquid phase-gas phase equilibrium diagram of the component mixture, wherein a heating power retrieved at any time during the evaporation is used to control the evaporation of the component mixture, characterized in that an instantaneous vapor composition is specifically adjusted by controlling the evaporation of the component mixture by means of the stored set of evaporation parameters.
A connector installation tool comprising: an elongated body including a first end , a second end , and an axis extending therebetween; a handle having a switch and positioned proximate the first end , the switch moveable between a first position and a second position; a battery supported on the body configured to provide power to an actuator when the switch is in the first position; characterized by further comprising a c-shaped tool head and a conduit to provide pressurized fluid to drive the c-shaped tool head , the c-shaped tool head being positioned proximate the second end , the c-shaped tool head including a stop surface and a ram , the ram being extendable toward the stop surface; wherein the pressurized fluid configured to flow towards the c-shaped tool head when the switch is in the first position. an elongated body including a first end , a second end , and an axis extending therebetween; a handle having a switch and positioned proximate the first end , the switch moveable between a first position and a second position; a battery supported on the body configured to provide power to an actuator when the switch is in the first position; characterized by further comprising a c-shaped tool head and a conduit to provide pressurized fluid to drive the c-shaped tool head , the c-shaped tool head being positioned proximate the second end , the c-shaped tool head including a stop surface and a ram , the ram being extendable toward the stop surface; wherein the pressurized fluid configured to flow towards the c-shaped tool head when the switch is in the first position.