mhurhangee/patent-ind-claim-en huggingface dataset:
A method of cooling a boil off gas stream from a liquefied cargo in a floating transportation vessel, said liquefied cargo having a boiling point of greater than -110 °C at 1 atmosphere and comprising a plurality of components, said method comprising at least the steps of: - compressing a boil off gas stream from said liquefied cargo in two or more stages of compression comprising at least a first stage and a final stage to provide a compressed BOG discharge stream , wherein said first stage of compression has a first stage discharge pressure and said final stage of compression has a final stage suction pressure and one or more intermediate, optionally cooled, compressed BOG streams are provided between consecutive stages of compression; and - cooling and separating the compressed BOG discharge stream to provide a cooled vent stream as a gaseous stream comprising non-condensed components of the boil off gas and a cooled compressed BOG stream comprising condensed components of the boil off gas; - expanding, optionally after further cooling, a portion of the cooled compressed BOG stream ; characterised in that - during expanding said portion of the cooled compressed BOG stream expands to a pressure between that of the first stage discharge pressure and the final stage suction pressure to provide an expanded cooled BOG stream ; and in that the method further comprises the step of - heat exchanging the expanded cooled BOG stream against the cooled vent stream to provide a further cooled vent stream . - compressing a boil off gas stream from said liquefied cargo in two or more stages of compression comprising at least a first stage and a final stage to provide a compressed BOG discharge stream , wherein said first stage of compression has a first stage discharge pressure and said final stage of compression has a final stage suction pressure and one or more intermediate, optionally cooled, compressed BOG streams are provided between consecutive stages of compression; and - cooling and separating the compressed BOG discharge stream to provide a cooled vent stream as a gaseous stream comprising non-condensed components of the boil off gas and a cooled compressed BOG stream comprising condensed components of the boil off gas; - expanding, optionally after further cooling, a portion of the cooled compressed BOG stream ; - during expanding said portion of the cooled compressed BOG stream expands to a pressure between that of the first stage discharge pressure and the final stage suction pressure to provide an expanded cooled BOG stream ; and in that the method further comprises the step of - heat exchanging the expanded cooled BOG stream against the cooled vent stream to provide a further cooled vent stream .
A device for analyzing a single cell using a micropore, comprising: an inlet chamber configured to contain a solution including a target cell (C); an outlet chamber provided on an opposite side of the inlet chamber ; a pore membrane disposed between the inlet chamber and the outlet chamber and including a micropore thereon; a pressure generating means provided in the inlet chamber or the outlet chamber and configured to generate a pressure difference between the inlet chamber and the outlet chamber such that a solution in the inlet chamber flows toward the outlet chamber to pass through the micropore ; and a pair of electrodes respectively disposed in front and rear of the pore membrane and provided to be in electrical contact with the flowing solution to measure an ion conductivity change in front and rear of the pore membrane, wherein a diameter D of the micropore is 1.1 to 2 times larger than a diameter of the target cell (C), a thickness t of the pore membrane is 0.5 μm to 1mm, and a slenderness ratio (t/D) is 0.001 to 5, and wherein a cross-sectional shape of the micropore formed on the pore membrane is any one of an oval, a rectangle, and a rounded rectangle; characterised in that the inlet chamber comprises a flow channel for guiding flow of the target cell-containing solution toward the pore membrane and buffer channels joined from opposite sides of the flow channel and configured to guide flow of a buffer solution toward the pore membrane such that the buffer solution flows to opposite sides of the target cell-containing solution. an inlet chamber configured to contain a solution including a target cell (C); an outlet chamber provided on an opposite side of the inlet chamber ; a pore membrane disposed between the inlet chamber and the outlet chamber and including a micropore thereon; a pressure generating means provided in the inlet chamber or the outlet chamber and configured to generate a pressure difference between the inlet chamber and the outlet chamber such that a solution in the inlet chamber flows toward the outlet chamber to pass through the micropore ; and a pair of electrodes respectively disposed in front and rear of the pore membrane and provided to be in electrical contact with the flowing solution to measure an ion conductivity change in front and rear of the pore membrane, wherein a diameter D of the micropore is 1.1 to 2 times larger than a diameter of the target cell (C), a thickness t of the pore membrane is 0.5 μm to 1mm, and a slenderness ratio (t/D) is 0.001 to 5, and wherein a cross-sectional shape of the micropore formed on the pore membrane is any one of an oval, a rectangle, and a rounded rectangle; characterised in that the inlet chamber comprises a flow channel for guiding flow of the target cell-containing solution toward the pore membrane and buffer channels joined from opposite sides of the flow channel and configured to guide flow of a buffer solution toward the pore membrane such that the buffer solution flows to opposite sides of the target cell-containing solution.
A dielectric filter, comprising at least two dielectric resonators, wherein the dielectric filter has a first surface and a second surface that are respectively side surfaces on two sides of an arrangement direction of the at least two resonators; the dielectric filter further comprising a first through-hole disposed between the at least one pair of adj acent dielectric resonators, wherein one opening of the first through-hole is located on the first surface, and the other opening is located on the second surface to penetrate the dielectric filter; the first through-hole is connected to a through-hole group, and the through-hole group comprises one or more second through-holes connected to the first through-hole with openings of all second through-holes located on a side surface close to the top or the bottom of the at least two dielectric resonators in the dielectric filter such that the first through-hole and one or more second through-holes are configured to cut a magnetic field between the at least one pair of adjacent dielectric resonators; characterised in that at least one non-through hole is connected to the first through-hole, and the at least one non-through hole is in communication with one second through-hole. the dielectric filter further comprising a first through-hole disposed between the at least one pair of adj acent dielectric resonators, wherein one opening of the first through-hole is located on the first surface, and the other opening is located on the second surface to penetrate the dielectric filter; the first through-hole is connected to a through-hole group, and the through-hole group comprises one or more second through-holes connected to the first through-hole with openings of all second through-holes located on a side surface close to the top or the bottom of the at least two dielectric resonators in the dielectric filter such that the first through-hole and one or more second through-holes are configured to cut a magnetic field between the at least one pair of adjacent dielectric resonators; characterised in that at least one non-through hole is connected to the first through-hole, and the at least one non-through hole is in communication with one second through-hole.
A method for controlling a wind turbine system connected to a power grid, the method comprising: generating a wind turbine control signal based on a power control reference for controlling a power output of a wind turbine ; monitoring an electrical frequency of the power grid; in response to detecting a change in the frequency in the power grid, activating a fast frequency support method comprising the steps of; adjusting the power control reference to cause an overproduction of power by the wind turbine ; the overproduction of power causing a transfer of inertial kinetic energy from the wind turbine to electrical power; wherein the power control reference is determined by applying an adaptive gain function to a measurement of a difference in grid frequency from a nominal level; characterized in that the adaptive gain function is at least partially based on a wind power penetration level depending on the proportion of power generated by wind turbines in the power grid. generating a wind turbine control signal based on a power control reference for controlling a power output of a wind turbine ; monitoring an electrical frequency of the power grid; in response to detecting a change in the frequency in the power grid, activating a fast frequency support method comprising the steps of; adjusting the power control reference to cause an overproduction of power by the wind turbine ; the overproduction of power causing a transfer of inertial kinetic energy from the wind turbine to electrical power; wherein the power control reference is determined by applying an adaptive gain function to a measurement of a difference in grid frequency from a nominal level; characterized in that the adaptive gain function is at least partially based on a wind power penetration level depending on the proportion of power generated by wind turbines in the power grid.
A porous silica particle having the following properties: (i) an average circularity obtained from the image data of 100 to 200 particles selected randomly from the particle group photographed with the SEM of 0.1 to 0.5; (ii) a pore volume (Pv) obtained by the nitrogen adsorption method of 0.1 ≤ Pv < 1.0 ml/g; (iii) a specific surface area obtained by the BET method of 5 to 60 m 2 /cm 3 ; (iv) a median size (D50) obtained from the image data of 100 to 200 particles selected randomly from the particle group photographed with the SEM of 100 to 1000 μm; (v) a ratio of a maximum particle diameter (D100) to the median size (D50), (D100/D50) obtained from the image data of 100 to 200 particles selected randomly from the particle group photographed with the SEM, of 3.0 or less (vi) a median size (DR50) obtained from the image data of 100 to 200 particles selected randomly from the particle group after rubbing for 30 seconds with a load of 1.0 to 1.4 KPa photographed with the SEM of 5 to 40 μm. (i) an average circularity obtained from the image data of 100 to 200 particles selected randomly from the particle group photographed with the SEM of 0.1 to 0.5; (ii) a pore volume (Pv) obtained by the nitrogen adsorption method of 0.1 ≤ Pv < 1.0 ml/g; (iii) a specific surface area obtained by the BET method of 5 to 60 m 2 /cm 3 ; (iv) a median size (D50) obtained from the image data of 100 to 200 particles selected randomly from the particle group photographed with the SEM of 100 to 1000 μm; (v) a ratio of a maximum particle diameter (D100) to the median size (D50), (D100/D50) obtained from the image data of 100 to 200 particles selected randomly from the particle group photographed with the SEM, of 3.0 or less (vi) a median size (DR50) obtained from the image data of 100 to 200 particles selected randomly from the particle group after rubbing for 30 seconds with a load of 1.0 to 1.4 KPa photographed with the SEM of 5 to 40 μm.
Door drive for a door, having a drive mechanism which is able to be coupled to the door and has a displaceable piston element , wherein, in the assembled state of the door drive , a movement of the door and a displacement of the piston element are mutually associated, wherein the drive mechanism comprises a drive unit which has an electric motor unit and a traction mechanism that is able to be driven by the electric motor unit , wherein a rotational movement of the electric motor unit in an opening rotation direction is convertible into a translational movement of the piston element by the traction mechanism , wherein the traction mechanism comprises a transmission device which is able to be rotationally driven by the electric motor unit , a coupling element which is connected, in particular integrally, to the piston element , and a connecting part which is disposed between the transmission device and the coupling element , characterized in that the door drive has a closer spring which impinges the piston element in the closing direction of the door, in that a manual opening movement of the door displaces the piston element proceeding from an initial position, counter to a force of the closer spring , in a deflection direction and as a result stores mechanical energy in the closer spring for a closing movement of the door, wherein when activating the electric motor unit in the opening rotation direction, the traction mechanism pulls the piston element from the initial position counter to the force of the closer spring to a holding position in which the drive unit then holds the piston element while the closer spring is tensioned, as a result of which furthermore, in the assembled state of the door drive, the door is held in an open position, and in that the connecting part is co-rotationally coupled to the transmission device , in particular so as to be axially displaceable in a limited manner, and to the coupling element by way of a threaded connection, or vice-versa.
Glass sheet having a coating comprising enamel provided on at least part of its surface characterised in that the enamel comprising a powder made of a glass frit, pigments and a medium comprising acrylic resins, the enamel precursor being curable under infrared rays, the coating being dried at temperature between 100 and 300°C, and the contact angle between a demineralized water droplet and the dried coating at a portion of the glass sheet carrying the coating is greater than 80°.
A money handling apparatus comprising: a feeding unit configured to feed out money one by one, the money including plural denominations; a transport unit connected to the feeding unit , the transport unit being configured to transport the money; a recognition unit provided on the transport unit , the recognition unit being configured to recognize respective denominations of the money transported by the transport unit ; a collecting and storing unit provided in a housing of the money handling apparatus , the collecting and storing unit being removable from the housing and characterized by : the collecting and storing unit being configured to store the money transported by the transport unit , wherein a money collecting process for collecting money stored in the collecting and storing unit can be performed when the collecting and storing unit is removed from the housing ; a memory unit configured to store an amount-of-money data, which is a money amount of money stored in the collecting and storing unit , and a limit sum which is a money amount of money that can be stored in the collecting and storing unit ; and a control unit configured to perform a control for stopping the transport of the money to the collecting and storing unit such that the amount-of-money data does not exceed the limit sum, based on the amount-of-money data and the limit sum respectively stored in the memory unit , when there is performed a money collecting process in which the collecting and storing unit storing the money is removed from the housing of the money handling apparatus . a feeding unit configured to feed out money one by one, the money including plural denominations; a transport unit connected to the feeding unit , the transport unit being configured to transport the money; a recognition unit provided on the transport unit , the recognition unit being configured to recognize respective denominations of the money transported by the transport unit ; a collecting and storing unit provided in a housing of the money handling apparatus , the collecting and storing unit being removable from the housing and characterized by : the collecting and storing unit being configured to store the money transported by the transport unit , wherein a money collecting process for collecting money stored in the collecting and storing unit can be performed when the collecting and storing unit is removed from the housing ; a memory unit configured to store an amount-of-money data, which is a money amount of money stored in the collecting and storing unit , and a limit sum which is a money amount of money that can be stored in the collecting and storing unit ; and a control unit configured to perform a control for stopping the transport of the money to the collecting and storing unit such that the amount-of-money data does not exceed the limit sum, based on the amount-of-money data and the limit sum respectively stored in the memory unit , when there is performed a money collecting process in which the collecting and storing unit storing the money is removed from the housing of the money handling apparatus .
A pharmaceutical composition, comprising: planetary ball milled (PBM) nanoparticles comprising curcumin, wherein said PBM nanoparticles are coated with a cell targeting agent selected from the group consisting of folate, adenosine, purine, hormone, peptide ligand to a high affinity tumor receptor or a mixture thereof for use in a method of treating cancer in a subject in need thereof.
A holding element for a protective device with a frame to be attached to a blind frame of a building opening, comprising - a fastening portion for fastening the holding element to the frame of the protective device , - a spacer web which is configured, in a state of the protective device attached to the blind frame , to extend from the frame of the protective device into the building opening and to be arranged at right-angles to the plane spanned by the frame of the protective device , and - a holding limb which is angled-back by approximately 90 degrees from the spacer web and which is configured, in the state of the protective device attached to the window frame , to engage behind a region of the blind frame , wherein the spacer web and the holding limb define a holding plane, wherein the holding plane, in the attached state of the protective device, is oriented at right-angles to the plane spanned by the frame of the protective device , characterized in that the fastening portion is arranged offset to the holding plane such that the spacer web and the holding limb are offset relative to the fastening portion in the direction of a frame interior. - a fastening portion for fastening the holding element to the frame of the protective device , - a spacer web which is configured, in a state of the protective device attached to the blind frame , to extend from the frame of the protective device into the building opening and to be arranged at right-angles to the plane spanned by the frame of the protective device , and - a holding limb which is angled-back by approximately 90 degrees from the spacer web and which is configured, in the state of the protective device attached to the window frame , to engage behind a region of the blind frame , wherein the spacer web and the holding limb define a holding plane, wherein the holding plane, in the attached state of the protective device, is oriented at right-angles to the plane spanned by the frame of the protective device , characterized in that the fastening portion is arranged offset to the holding plane such that the spacer web and the holding limb are offset relative to the fastening portion in the direction of a frame interior.
Food and beverages for use in the treatment of abdominal discomfort, comprising a composition containing 1,4-dihydroxy-2-naphthoic acid (DHNA) as an active ingredient, said composition being obtainable by (i) a process for producing a composition containing DHNA consisting of initiating a culture of DHNA producing bacteria belonging to propionic acid bacteria under anaerobic conditions and culturing the bacteria under aeration into the medium when the concentration of a carbon source in the medium is 3.5% by mass or less and concentrating the culture or concentrating a supernatant obtained after separation of microbial cells from the culture for obtaining the composition containing DHNA, or (ii) a process for producing a composition containing DHNA consisting of initiating the culture of DHNA producing bacteria belonging to propionic acid bacteria under anaerobic conditions, culturing the bacteria under aeration into a medium when the concentration of a carbon source in the medium is 3.5% by mass or less, adding the carbon source to the obtained culture and preserving the culture at 3 to 20 °C under weak alkaline conditions and concentrating the culture or concentrating a supernatant obtained after separation of microbial cells from the culture for obtaining the composition containing DHNA and concentrating the culture or concentrating a supernatant obtained after separation of microbial cells from the culture for obtaining the composition containing DHNA. (i) a process for producing a composition containing DHNA consisting of initiating a culture of DHNA producing bacteria belonging to propionic acid bacteria under anaerobic conditions and culturing the bacteria under aeration into the medium when the concentration of a carbon source in the medium is 3.5% by mass or less and concentrating the culture or concentrating a supernatant obtained after separation of microbial cells from the culture for obtaining the composition containing DHNA, or (ii) a process for producing a composition containing DHNA consisting of initiating the culture of DHNA producing bacteria belonging to propionic acid bacteria under anaerobic conditions, culturing the bacteria under aeration into a medium when the concentration of a carbon source in the medium is 3.5% by mass or less, adding the carbon source to the obtained culture and preserving the culture at 3 to 20 °C under weak alkaline conditions and concentrating the culture or concentrating a supernatant obtained after separation of microbial cells from the culture for obtaining the composition containing DHNA and concentrating the culture or concentrating a supernatant obtained after separation of microbial cells from the culture for obtaining the composition containing DHNA.