mhurhangee/patent-ind-claim-en huggingface dataset:
Growing system with plants , for example vegetables and ornamental plants, comprising: - a series of container trays , and - a liquid reservoir for floatably holding said series of container trays ; the container trays : - configured to float on nutrient water in the liquid reservoir ; - comprising a series of openings arranged in a tray bottom of the container tray for bringing growth substrates which are arranged on the container tray into contact with the nutrient water , characterized in that the container trays : - are substantially flat container trays of which the tray bottoms are substantially flat tray bottoms comprising an upright tray edge extending at least 10 mm from the tray bottoms , and wherein the openings each comprise a conical upright opening edge which extend at least 10 mm from the tray bottoms ; - have a height which keeps said container trays with said plants in said openings floating with said tray bottoms resting in the nutrient water ; - situate the growth substrates above a water line of the nutrient water , with said opening edges holding said growth substrates with roots of said plants extending to or into said nutrient water and said plants extending above said container trays ; - comprise a series of containers for supporting the growth substrates , wherein said series of containers are removably arrangable on the conical upright opening edges . - a series of container trays , and - a liquid reservoir for floatably holding said series of container trays ; the container trays : - configured to float on nutrient water in the liquid reservoir ; - comprising a series of openings arranged in a tray bottom of the container tray for bringing growth substrates which are arranged on the container tray into contact with the nutrient water , - configured to float on nutrient water in the liquid reservoir ; - comprising a series of openings arranged in a tray bottom of the container tray for bringing growth substrates which are arranged on the container tray into contact with the nutrient water , - are substantially flat container trays of which the tray bottoms are substantially flat tray bottoms comprising an upright tray edge extending at least 10 mm from the tray bottoms , and wherein the openings each comprise a conical upright opening edge which extend at least 10 mm from the tray bottoms ; - have a height which keeps said container trays with said plants in said openings floating with said tray bottoms resting in the nutrient water ; - situate the growth substrates above a water line of the nutrient water , with said opening edges holding said growth substrates with roots of said plants extending to or into said nutrient water and said plants extending above said container trays ; - comprise a series of containers for supporting the growth substrates , wherein said series of containers are removably arrangable on the conical upright opening edges .
A control circuit for monitoring operation of an implantable blood pump , the control circuit comprising: a memory ; and a processor operative to: determine a plurality of flow rate data points over time, each data point indicative of a flow rate of blood through the pump ; calculate, based on the plurality of flow rate data points , a waveform index, the waveform index being based on a ratio between i) a difference between an average of the plurality of flow rate data points and a minimum of the plurality of flow rate data points , and ii) a flow rate waveform amplitude value ; and determine the presence or absence of a suction condition at the pump based at least in part on the waveform index. a memory ; and a processor operative to: determine a plurality of flow rate data points over time, each data point indicative of a flow rate of blood through the pump ; calculate, based on the plurality of flow rate data points , a waveform index, the waveform index being based on a ratio between i) a difference between an average of the plurality of flow rate data points and a minimum of the plurality of flow rate data points , and ii) a flow rate waveform amplitude value ; and determine the presence or absence of a suction condition at the pump based at least in part on the waveform index. determine a plurality of flow rate data points over time, each data point indicative of a flow rate of blood through the pump ; calculate, based on the plurality of flow rate data points , a waveform index, the waveform index being based on a ratio between i) a difference between an average of the plurality of flow rate data points and a minimum of the plurality of flow rate data points , and ii) a flow rate waveform amplitude value ; and determine the presence or absence of a suction condition at the pump based at least in part on the waveform index.
A medicament injection device comprising: a main body configured to receive a medicament cartridge sealed by a penetrable barrier ; a cap assembly having an inner needle part and an outer needle part , wherein the inner needle part is movable in a proximal direction with respect to the outer needle part , a needle carrier carrying a needle , the needle carrier being releasably coupled to the inner needle part , wherein, when the inner needle part is displaced in the proximal direction, the inner needle part causes the needle carrier to be displaced axially in the proximal direction; wherein, subsequent to the axial displacement of the inner needle part , the cap assembly is separable from the main body by movement of the cap assembly in a distal direction; and wherein the device further comprises a medicament cartridge holder for holding the medicament cartridge , the medicament cartridge holder having a needle carrier support part having a distal flange to support the needle carrier away from the medicament cartridge before displacement of the needle carrier and adapted to fix the needle carrier to the medicament cartridge subsequent to axial displacement of the needle carrier . a main body configured to receive a medicament cartridge sealed by a penetrable barrier ; a cap assembly having an inner needle part and an outer needle part , wherein the inner needle part is movable in a proximal direction with respect to the outer needle part , a needle carrier carrying a needle , the needle carrier being releasably coupled to the inner needle part , wherein, when the inner needle part is displaced in the proximal direction, the inner needle part causes the needle carrier to be displaced axially in the proximal direction; wherein, subsequent to the axial displacement of the inner needle part , the cap assembly is separable from the main body by movement of the cap assembly in a distal direction; and wherein the device further comprises a medicament cartridge holder for holding the medicament cartridge , the medicament cartridge holder having a needle carrier support part having a distal flange to support the needle carrier away from the medicament cartridge before displacement of the needle carrier and adapted to fix the needle carrier to the medicament cartridge subsequent to axial displacement of the needle carrier .
A folding bicycle comprising: a first frame section ; a second frame section movably mounted to the first frame section so that the first and second frame sections may be moved relative to each other from an unfolded position to a folded position; a front wheel mounted to the first frame section; a rear wheel mounted to the second frame section; a chain set mounted to the first frame section and defining an axis of rotation which constitutes a crank shaft axis; and a bottom bracket axle ; characterized in that the bottom bracket axle comprises first and second axle members extending orthogonally to the axis of rotation and a bridge portion connecting the first and second axle members, wherein the bridge portion of the bottom bracket axle is offset from the crank shaft axis, the bottom bracket axle defining a void between the first and second axle members, and wherein, when in the folded position, the front and rear wheels are positioned at least partially within the void defined between the first and second axle members. a first frame section ; a second frame section movably mounted to the first frame section so that the first and second frame sections may be moved relative to each other from an unfolded position to a folded position; a front wheel mounted to the first frame section; a rear wheel mounted to the second frame section; a chain set mounted to the first frame section and defining an axis of rotation which constitutes a crank shaft axis; and a bottom bracket axle ; characterized in that the bottom bracket axle comprises first and second axle members extending orthogonally to the axis of rotation and a bridge portion connecting the first and second axle members, wherein the bridge portion of the bottom bracket axle is offset from the crank shaft axis, the bottom bracket axle defining a void between the first and second axle members, and wherein, when in the folded position, the front and rear wheels are positioned at least partially within the void defined between the first and second axle members.
Device for adjusting the vibration frequency of at least one gong of a timepiece striking mechanism, the striking mechanism including at least one gong mounted by a first end on a gong-carrier , and at least one hammer for striking the gong at predetermined instants, the device comprising a mechanical arrangement with a first element intended to act on one part of the gong to produce mechanical stress on the gong so as to adjust a natural vibration frequency of the struck gong, characterised in that said first element is a contact element meshed with a second end of the gong.
A projection device comprising: a prism having an apex , a first surface , a second surface , and a third surface ; a light source emitting light to the first surface of the prism ; and a first diffusion plate disposed to face the second surface , characterized in that the projection device further comprises a second diffusion plate disposed to face the third surface , wherein when a direction in which light is emitted from the light source is X-axis direction, a direction orthogonal to the X-axis and parallel to the side including the apex of the prism is Z-axis direction, and a direction orthogonal to the X-axis and Z-axis is Y-axis, a cross section of the prism in a XY plane is triangular, a cross-sectional shape in the Z-axis direction is constant, and the first surface is parallel to the YZ plane, an apex angle formed between the second surface and the third surface of the prism is 5 degrees or greater and 90 degrees or smaller, the first diffusion plate is disposed substantially in parallel with the second surface at a predetermined distance from the second surface and the second diffusion plate is disposed substantially in parallel with the third surface at a predetermined distance from the third surface , the diffusion surface of each of the first and second diffusion plates has a groove portion in which a plurality of recesses and projections are alternately arranged, the diffusion surface faces the prism , and a surface of each of the first and second diffusion plates opposite to the diffusion surface is a planar shape. a prism having an apex , a first surface , a second surface , and a third surface ; a light source emitting light to the first surface of the prism ; and a first diffusion plate disposed to face the second surface , characterized in that the projection device further comprises a second diffusion plate disposed to face the third surface , wherein when a direction in which light is emitted from the light source is X-axis direction, a direction orthogonal to the X-axis and parallel to the side including the apex of the prism is Z-axis direction, and a direction orthogonal to the X-axis and Z-axis is Y-axis, a cross section of the prism in a XY plane is triangular, a cross-sectional shape in the Z-axis direction is constant, and the first surface is parallel to the YZ plane, an apex angle formed between the second surface and the third surface of the prism is 5 degrees or greater and 90 degrees or smaller, the first diffusion plate is disposed substantially in parallel with the second surface at a predetermined distance from the second surface and the second diffusion plate is disposed substantially in parallel with the third surface at a predetermined distance from the third surface , the diffusion surface of each of the first and second diffusion plates has a groove portion in which a plurality of recesses and projections are alternately arranged, the diffusion surface faces the prism , and a surface of each of the first and second diffusion plates opposite to the diffusion surface is a planar shape.
A molding mold for a composite body (A) for forming a composite body (A), in which a resin member (R) is integrally molded on one main surface of a metal panel (P1), the molding mold comprising: at least a fixed mold and a movable mold ; and a panel fixing mechanism configured to fix an edge portion of the metal panel (P1) to a mold on the resin member (R) side among the fixed mold and the movable mold , in a state in which the fixed mold and the movable mold are open, wherein an exposed metal portion (B) is formed on the edge portion of the metal panel (P1) on the resin member (R) side by the panel fixing mechanism . at least a fixed mold and a movable mold ; and a panel fixing mechanism configured to fix an edge portion of the metal panel (P1) to a mold on the resin member (R) side among the fixed mold and the movable mold , in a state in which the fixed mold and the movable mold are open, wherein an exposed metal portion (B) is formed on the edge portion of the metal panel (P1) on the resin member (R) side by the panel fixing mechanism .
Use of agar having an average molecular weight of 10,000 - 60,000 as a medium additive for promoting the proliferation of cells or tissues, wherein the content of the agar is 0.001(w/v)% - 5(w/v)% relative to the total amount of the medium additive. - 60,000 as a medium additive for promoting the proliferation of cells or tissues, wherein the content of the agar is 0.001(w/v)% - 5(w/v)% relative to the total amount of the medium additive.
A method of producing a genomically modified bioactive renal cell (BRC) comprising: genetically modifying at least one genomic immunogenicity gene in a BRC, wherein the at least one gene encodes a protein within: a major histocompatibility complex (MHC) class I molecule, a MHC class II molecule, or a both a MHC class I and MHC class II molecule; wherein genetically modifying the at least one gene reduces the amount of functional MHC class I, or MHC class II, or MHC class I and MHC class II on the surface of the cell; and wherein the BRC is of a BRC population, wherein the BRC population is prepared from a kidney tissue; is hypoxia-resistant; and comprises tubule cells, glomerular cells, vascular cells and cells of the corticomedullary junction. wherein the at least one gene encodes a protein within: a major histocompatibility complex (MHC) class I molecule, a MHC class II molecule, or a both a MHC class I and MHC class II molecule; wherein genetically modifying the at least one gene reduces the amount of functional MHC class I, or MHC class II, or MHC class I and MHC class II on the surface of the cell; and wherein the BRC is of a BRC population, wherein the BRC population is prepared from a kidney tissue; is hypoxia-resistant; and comprises tubule cells, glomerular cells, vascular cells and cells of the corticomedullary junction.
A delivery device for delivering an implantable leadless pacing device , the delivery device comprising: a proximal section , a distal holding section extending distally of a distal end of the proximal section , the distal holding section including a wall defining a cavity for receiving the implantable leadless pacing device , and one or more conductive pathways defined in the wall and spaced proximally from a distal end of the distal holding section , wherein the one or more conductive pathways include one or more sections defined in the wall that comprises a conductive material. a proximal section , a distal holding section extending distally of a distal end of the proximal section , the distal holding section including a wall defining a cavity for receiving the implantable leadless pacing device , and one or more conductive pathways defined in the wall and spaced proximally from a distal end of the distal holding section , wherein the one or more conductive pathways include one or more sections defined in the wall that comprises a conductive material.
A rotating equipment assembly, comprising: an integrally produced combination of at least a portion of a gearbox housing and at least a portion of a rotating equipment housing with openings at a predetermined distance for a driving shaft into the gearbox housing and a driven shaft from said gearbox housing into said rotating equipment housing; said rotating equipment housing further comprising a seal assembly through which the driven shaft enters, said driven shaft further comprising a first driven gear and an end element disposed on said driven shaft and located in said housing; said gear box housing further comprising a driving shaft and a driving gear engaged to said first driven gear; an inlet assembly further comprising an inlet opening for the end element, the inlet opening being located off center thereto, said assembly adapted to be mounted to said rotating equipment housing in a plurality of orientations to change the position of said inlet opening with respect to said rotating equipment housing. an integrally produced combination of at least a portion of a gearbox housing and at least a portion of a rotating equipment housing with openings at a predetermined distance for a driving shaft into the gearbox housing and a driven shaft from said gearbox housing into said rotating equipment housing; said rotating equipment housing further comprising a seal assembly through which the driven shaft enters, said driven shaft further comprising a first driven gear and an end element disposed on said driven shaft and located in said housing; said gear box housing further comprising a driving shaft and a driving gear engaged to said first driven gear; an inlet assembly further comprising an inlet opening for the end element, the inlet opening being located off center thereto, said assembly adapted to be mounted to said rotating equipment housing in a plurality of orientations to change the position of said inlet opening with respect to said rotating equipment housing.
Apparatus for operating a gas turbine using wet combustion, wherein an oxygen generator is arranged upstream of the gas turbine and a steam generator is arranged downstream of the gas turbine , wherein the gas turbine comprises a compressor , a combustion chamber and a power generating turbine , characterised in that the oxygen generator includes an MIEC ( M ixed I onic E lectronic C onductor) membrane module with a heat exchanger and a blower arranged upstream thereof, said steam generator including a superheater , an evaporator , a condensate collector and an air-cooled exhaust gas cooler , wherein - the compressor is connected to the membrane module via a liquid ring pump , - the superheater has a connection with the combustion chamber for introducing steam into the latter, wherein said introduction is performed in a controlled manner so as to maintain the usual operating temperature, and - heating of the membrane module is provided in order to compensate for thermal losses. - the compressor is connected to the membrane module via a liquid ring pump , - the superheater has a connection with the combustion chamber for introducing steam into the latter, wherein said introduction is performed in a controlled manner so as to maintain the usual operating temperature, and - heating of the membrane module is provided in order to compensate for thermal losses.
Flushing cistern arrangement for flushing a sanitary ceramic, comprising a water tank for receiving flush water, wherein the water tank has a bottom opening , a discharge valve having a valve closure part which, in a closed position, sits on a valve seat and closes the bottom opening in a watertight manner and, in an open position, is lifted from the valve seat and opens the bottom opening , wherein in the open position a defined amount of flush water flows out of the water tank through the bottom opening , and an adjusting device (8; 38) having an adjusting body (9; 39) for adjusting the flush flow of the defined quantity of flush water flowing out of the water tank , wherein the adjusting body (9; 39) is arranged movably within the water tank and relative to the water tank and is adjustable into a plurality of discharge positions, and wherein the adjusting body (9; 39) is held on the discharge valve in a hight-adjustable manner, wherein the flush flow of the defined quantity of flush water flowing out of the water tank is dependent on the discharge position of the vertically adjustable adjusting body (9; 39), characterized in that the adjusting device (8; 38) is arranged on the discharge valve , wherein the adjusting body (9; 39) is moved up together with the discharge valve , when the flushing is actuated, and is subsequently lowered again together with the discharge valve .
An arrangement comprising a volitant body comprising at least one actuator a control unit for controlling said actuator; a mechanical arrangement, which comprises a single tether for mechanically and operationally connecting said volitant body to a reference point remote from said volitant body, an evaluation unit which is configured to calculate the tension in the single tether using the acceleration of the volitant body, and to calculate the elevation angle of the volitant body relative to the reference point and the attitude of the volitant body, using said calculated tension in the single tether and the acceleration of the volitant body. a volitant body comprising at least one actuator a control unit for controlling said actuator; a mechanical arrangement, which comprises a single tether for mechanically and operationally connecting said volitant body to a reference point remote from said volitant body, an evaluation unit which is configured to calculate the tension in the single tether using the acceleration of the volitant body, and to calculate the elevation angle of the volitant body relative to the reference point and the attitude of the volitant body, using said calculated tension in the single tether and the acceleration of the volitant body.
A method for preparing a graft copolymer, comprising: preparing a reaction solution comprising a copolymer comprising a unit derived from a diene-based monomer and a unit derived from an alkene-based monomer, an aromatic vinyl-based monomer, a vinyl cyan-based monomer, and a reaction solvent; and adding the reaction solution to perform primary polymerization at 100 to 110 °C, wherein the copolymer comprises the unit derived from the diene-based monomer in an amount of 5 to 10 wt%, and the graft copolymer has an average rubber particle size of 2 to 5 μm as measured using a Coulter counter after 0.5 g of a graft copolymer was dissolved in 100 ml of methyl ethyl ketone, and wherein the primary polymerization is performed by primarily polymerizing the reaction solution at 100 to 110 °C while stirring at 50 to 90 rpm. preparing a reaction solution comprising a copolymer comprising a unit derived from a diene-based monomer and a unit derived from an alkene-based monomer, an aromatic vinyl-based monomer, a vinyl cyan-based monomer, and a reaction solvent; and adding the reaction solution to perform primary polymerization at 100 to 110 °C, wherein the copolymer comprises the unit derived from the diene-based monomer in an amount of 5 to 10 wt%, and the graft copolymer has an average rubber particle size of 2 to 5 μm as measured using a Coulter counter after 0.5 g of a graft copolymer was dissolved in 100 ml of methyl ethyl ketone, and wherein the primary polymerization is performed by primarily polymerizing the reaction solution at 100 to 110 °C while stirring at 50 to 90 rpm.