mhurhangee/patent-ind-claim-en huggingface dataset:
A microfluidic culture system capable of providing an environment for biologic growth and/or analysis and/or manipulation comprising: a plurality of micro-culture area units, at least some of said units comprising: a culture area, said area having a fluidic flow inlet allowing loading of cells or other culture objects; a fluidic cross-section medium/reagent channel, said channel providing a desired flow of a culture medium and/or reagent and/or providing access to culture products; and a micro fluidic passage structure, said structure separating said culture area and said channel while providing fluidic connection between said culture area and said channel without disturbing cells or other culture objects; wherein the medium/reagent channel is arranged such that said culture medium and/or reagent in the medium/reagent channel flows around the micro-culture area units without being forced to flow through the micro-culture area units. a culture area, said area having a fluidic flow inlet allowing loading of cells or other culture objects; a fluidic cross-section medium/reagent channel, said channel providing a desired flow of a culture medium and/or reagent and/or providing access to culture products; and a micro fluidic passage structure, said structure separating said culture area and said channel while providing fluidic connection between said culture area and said channel without disturbing cells or other culture objects; wherein the medium/reagent channel is arranged such that said culture medium and/or reagent in the medium/reagent channel flows around the micro-culture area units without being forced to flow through the micro-culture area units.
A test strip for testing the content of mycophenolic acid, comprising a bottom plate and a sample pad, a glassfiber membrane, a nitrocellulose membrane and an absorbent paper which are successively lapped on a surface of the bottom plate, wherein the sample pad is treated by a sample pad treatment fluid, and the sample pad treatment fluid comprises a buffer solution, an active protein and a surfactant; the active protein is selected from one or more of bovine serum albumin, casein and ovalbumin; the glassfiber membrane is treated by a glassfiber membrane treatment fluid, and the glassfiber membrane is coated by a mycophenolic acid specific-antibody conjugate; and the mass concentration of the mycophenolic acid specific-antibody conjugate is 0.1-0.3%, and the coating concentration of the mycophenolic acid specific-antibody conjugate is 0.5-1 mg/mL; the nitrocellulose membrane is provided with a detection line and quality control line, a mycophenolic acid protein conjugate is sprayed on the detection line, the concentration of the mycophenolic acid protein conjugate is 1-3 mg/ml, and the spraying amount is 1-3 μL/cm.
A 3D printer, comprising: two tanks (100/100a), a tank opening (101/101a) being defined on a top of each tank (100/100a), and an elevating mechanism (110/110a) being arranged in each tank (100/100a) and movable between the tank opening (101/101a) and a bottom of the corresponding tank (100/100a); a powder spreading mechanism arranged corresponding to the tank openings (101/101a) and being movable across an area defined by the tank openings (101/101a), one of the tanks contains powders for supplying the powders , and the powder spreading mechanism pushes the powders into the tank opening of the other tank for a modeling process; and a transport assembly comprising a carrying plate , characterized in that the transport assembly further comprises a covering case , the carrying plate being detachably arranged on the elevating mechanism in the tank for supplying the powder, a plurality of insertion holes being defined at an edge of the carrying plate , a case opening being defined at bottom of the covering case , the covering case covering on the corresponding tank opening and the tank opening being communicated with the corresponding case opening , the case opening being of a shape corresponding to the carrying plate , a plurality of movable latches for being correspondingly inserted in the respective insertion holes being arranged at an edge of the case opening , and the powders being allowed to be contained in the covering case when the case opening is closed by the carrying plate . two tanks (100/100a), a tank opening (101/101a) being defined on a top of each tank (100/100a), and an elevating mechanism (110/110a) being arranged in each tank (100/100a) and movable between the tank opening (101/101a) and a bottom of the corresponding tank (100/100a); a powder spreading mechanism arranged corresponding to the tank openings (101/101a) and being movable across an area defined by the tank openings (101/101a), one of the tanks contains powders for supplying the powders , and the powder spreading mechanism pushes the powders into the tank opening of the other tank for a modeling process; and a transport assembly comprising a carrying plate , characterized in that the transport assembly further comprises a covering case , the carrying plate being detachably arranged on the elevating mechanism in the tank for supplying the powder, a plurality of insertion holes being defined at an edge of the carrying plate , a case opening being defined at bottom of the covering case , the covering case covering on the corresponding tank opening and the tank opening being communicated with the corresponding case opening , the case opening being of a shape corresponding to the carrying plate , a plurality of movable latches for being correspondingly inserted in the respective insertion holes being arranged at an edge of the case opening , and the powders being allowed to be contained in the covering case when the case opening is closed by the carrying plate .
A FET type biosensor comprising a semiconductor element comprising an organic film , a first electrode , a second electrode , and a semiconductor layer , in which the first electrode , the second electrode and the semiconductor layer are formed on the organic film , and the semiconductor layer is arranged between the first electrode and the second electrode , wherein the semiconductor layer comprises at least one kind selected from organic semiconductors, carbon nanotubes and graphenes, and the organic film has a water contact angle of 15° or more and 50° or less, characterized in that the organic film comprises a compound having a nonionic functional group or a zwitterionic functional group and wherein the nonionic functional group or the zwitterionic functional group is at least one structure selected from a polyethylene glycol chain, a phosphorylcholine group, a 1,2-dihydroxyethyl group, a 1,2-dihydroxyethylene group, and a hydroxyethyloxy group. wherein the semiconductor layer comprises at least one kind selected from organic semiconductors, carbon nanotubes and graphenes, and the organic film has a water contact angle of 15° or more and 50° or less, characterized in that the organic film comprises a compound having a nonionic functional group or a zwitterionic functional group and wherein the nonionic functional group or the zwitterionic functional group is at least one structure selected from a polyethylene glycol chain, a phosphorylcholine group, a 1,2-dihydroxyethyl group, a 1,2-dihydroxyethylene group, and a hydroxyethyloxy group.
A non-occlusive device for treating a vascular malformation, the device configured to be delivered through a microcatheter and positioned within the vascular malformation in its entirety, the device comprising: a wire comprising a coilable section configured to be coiled into a coil positionable within the vascular malformation; wherein said coil comprises a sequence of concentric loops; and wherein said coil is configured to line/bridge a neck of the vascular malformation so as to at least partially cover an orifice of the vascular malformation, when in use, characterised in that : said wire further comprises a docking section configured to be positioned within the vascular malformation and an intermediate section comprising a swivel; said docking section is configured to anchor and/or stabilize and/or assist the positioning of said device within the vascular malformation and/or to intertwine detachable coils delivered to the vascular malformation, when in use; said intermediate section interconnects said coilable section and said docking section ; and said swivel is configured to enable said coilable section to revolve without turning said docking section . a wire comprising a coilable section configured to be coiled into a coil positionable within the vascular malformation; wherein said coil comprises a sequence of concentric loops; and wherein said coil is configured to line/bridge a neck of the vascular malformation so as to at least partially cover an orifice of the vascular malformation, when in use, characterised in that : said wire further comprises a docking section configured to be positioned within the vascular malformation and an intermediate section comprising a swivel; said docking section is configured to anchor and/or stabilize and/or assist the positioning of said device within the vascular malformation and/or to intertwine detachable coils delivered to the vascular malformation, when in use; said intermediate section interconnects said coilable section and said docking section ; and said swivel is configured to enable said coilable section to revolve without turning said docking section . said wire further comprises a docking section configured to be positioned within the vascular malformation and an intermediate section comprising a swivel; said docking section is configured to anchor and/or stabilize and/or assist the positioning of said device within the vascular malformation and/or to intertwine detachable coils delivered to the vascular malformation, when in use; said intermediate section interconnects said coilable section and said docking section ; and said swivel is configured to enable said coilable section to revolve without turning said docking section .
Apparatus for assessing a quality of a communication session between at least one first party and at least one second party (2a, 2b... 2N), over a telecommunication network , comprising means for: - monitoring (S1) said communication session by continuously receiving an audio stream associated with said communication session; - converting (S2) language of said audio stream into text data; - determining (S3), from said text data, at least first understandability quality features (UQF A , UQF G ) and an information quality feature (IQF), said first understandability quality feature being representative of at least word articulation and grammar correctness within said language, and said information quality feature being representative of a comparison of the semantic content of said audio stream with a set of contents related to said audio stream; - assessing (S4) said quality from said quality features. - monitoring (S1) said communication session by continuously receiving an audio stream associated with said communication session; - converting (S2) language of said audio stream into text data; - determining (S3), from said text data, at least first understandability quality features (UQF A , UQF G ) and an information quality feature (IQF), said first understandability quality feature being representative of at least word articulation and grammar correctness within said language, and said information quality feature being representative of a comparison of the semantic content of said audio stream with a set of contents related to said audio stream; - assessing (S4) said quality from said quality features.
A method for establishing a wireless connection by a smart device comprising: acquiring a current wireless working frequency band of the smart device, wherein the current wireless working frequency band is a frequency band shared by a plurality of Wireless Fidelity, WiFi, services on the smart device; establishing a Peer to Peer, P2P, group at the current wireless working frequency band based on the current wireless working frequency band, and determining the smart device as a group owner of the P2P group; and periodically broadcasting a P2P data packet through the current wireless working frequency band, wherein the P2P data packet at least comprises device information of the smart device, such that a smart terminal establishes a wireless connection with the smart device at the current wireless working frequency band according to the device information after receiving the P2P data packet, and wherein the P2P data packet further comprises identification information of the P2P group, such that the smart terminal joins the P2P group according to the received device information and the identification information of the P2P group after detecting an operation to connect to the smart device. acquiring a current wireless working frequency band of the smart device, wherein the current wireless working frequency band is a frequency band shared by a plurality of Wireless Fidelity, WiFi, services on the smart device; establishing a Peer to Peer, P2P, group at the current wireless working frequency band based on the current wireless working frequency band, and determining the smart device as a group owner of the P2P group; and periodically broadcasting a P2P data packet through the current wireless working frequency band, wherein the P2P data packet at least comprises device information of the smart device, such that a smart terminal establishes a wireless connection with the smart device at the current wireless working frequency band according to the device information after receiving the P2P data packet, and wherein the P2P data packet further comprises identification information of the P2P group, such that the smart terminal joins the P2P group according to the received device information and the identification information of the P2P group after detecting an operation to connect to the smart device.
A cleaner comprising: at least one cyclone configured to separate dust from suctioned air and defining a flow space in which air rotates about an axis (A1) of the cyclone: a dust container that stores dust separated by the cyclone and comprising a dust storage area that communicates with the flow space; and a dust compressor configured to reciprocate between the flow space and the dust storage area, wherein the dust compressor comprises a base ring that defines a closed loop perpendicular to an axis of the dust container, characterized in that the base ring is composed of a plurality of sections , , divided along a circumferential direction about the airflow axis, and wherein at least one of the plurality of sections is inclined downward along a circumferential direction. at least one cyclone configured to separate dust from suctioned air and defining a flow space in which air rotates about an axis (A1) of the cyclone: a dust container that stores dust separated by the cyclone and comprising a dust storage area that communicates with the flow space; and a dust compressor configured to reciprocate between the flow space and the dust storage area, wherein the dust compressor comprises a base ring that defines a closed loop perpendicular to an axis of the dust container, characterized in that the base ring is composed of a plurality of sections , , divided along a circumferential direction about the airflow axis, and wherein at least one of the plurality of sections is inclined downward along a circumferential direction.
Medicament delivery device comprising a housing , which housing is arranged to accommodate a medicament container provided with an injection needle , - a drive unit comprising a drive spring and being operably arranged to act on the medicament container upon activation, - a mechanical activation mechanism operably arranged to be operated by a user for activating said drive unit, - a mechanical activation preventing mechanism operably arranged in a first physically blocking position of said mechanical activation mechanism and thereby prevent said activation mechanism to be activated, - an usage management module designed as an attachable unit of the medicament delivery device and being arranged to be operated by a user, - first keying elements (120, 122, 98, 124; 126, 130, 132, 134) arranged on said usage management module and on other portion of said medicament delivery device designed to interact with each other when attaching said usage management module, wherein said mechanical activation preventing mechanism is moved from said first position to a second physically unblocking position and thereby cause a deactivation of the activation preventing mechanism to allow operation of the activation mechanism for dispensing a dose of medicament through said injection needle, and - that said usage management module comprises an electronic monitoring circuit arranged to monitor the use of the medicament delivery device. - a drive unit comprising a drive spring and being operably arranged to act on the medicament container upon activation, - a mechanical activation mechanism operably arranged to be operated by a user for activating said drive unit, - a mechanical activation preventing mechanism operably arranged in a first physically blocking position of said mechanical activation mechanism and thereby prevent said activation mechanism to be activated, - an usage management module designed as an attachable unit of the medicament delivery device and being arranged to be operated by a user, - first keying elements (120, 122, 98, 124; 126, 130, 132, 134) arranged on said usage management module and on other portion of said medicament delivery device designed to interact with each other when attaching said usage management module, wherein said mechanical activation preventing mechanism is moved from said first position to a second physically unblocking position and thereby cause a deactivation of the activation preventing mechanism to allow operation of the activation mechanism for dispensing a dose of medicament through said injection needle, and - that said usage management module comprises an electronic monitoring circuit arranged to monitor the use of the medicament delivery device.
Interior load support assembly arranged in the upper interior part of a vehicle, comprising at least a first and a second load support gallery , these being provided with a device for securing inside the vehicle and mounted so as to be reversibly moved by pivoting from a position of use to a position of non-use, said galleries being secured to one another by coupling means such that the movement of one of the galleries causes the other gallery to move when reversibly passing from a position of use to a position of non-use, characterized in that the coupling means between said galleries comprise a first link rod and a second link rod that are articulated to one another at one of their respective ends, said first link rod being articulated at its other end to said first gallery and said second link rod being connected at its other end in a fixed manner to said second gallery.
A mask plate, comprising: a covering bar ; a support bar ; and at least one mask sheet , characterized in that the at least one mask sheet comprises one mask area , a mask pattern is distributed in an entire area of the mask area ; the covering bar and the support bar are intersected with each other to divide the mask area into a plurality of mask units ; the mask pattern comprises a plurality of square slits or a plurality of strip slits, for deposition or evaporation materials to go through the mask sheet ; and the orthographic projection of the support bar on the mask sheet and the mask area have an overlapping region, and the mask pattern is distributed in the overlapping region, and the mask pattern in the overlapping region and the mask pattern in the plurality of mask units have a same structure. the at least one mask sheet comprises one mask area , a mask pattern is distributed in an entire area of the mask area ; the covering bar and the support bar are intersected with each other to divide the mask area into a plurality of mask units ; the mask pattern comprises a plurality of square slits or a plurality of strip slits, for deposition or evaporation materials to go through the mask sheet ; and the orthographic projection of the support bar on the mask sheet and the mask area have an overlapping region, and the mask pattern is distributed in the overlapping region, and the mask pattern in the overlapping region and the mask pattern in the plurality of mask units have a same structure.
An ophthalmic composition comprising hyaluronic acid and arabinogalactan in synergistic amounts for use in the treatment of dry-eye syndrome.
Process for enhancing the melt strength of polypropylene by heat treating said polypropylene at a temperature between 150°C and 300°C in the presence of 0.3-3 wt%, based on the weight of the polypropylene, of a dialkyl peroxydicarbonate having alkyl groups with 12-20 carbon atoms, wherein a hydrophilic silica with a silanol group concentration of at least 1.0 mmol Si-OH groups/g, as measured by LiAlH 4 titration, is added to said polypropylene before, during, or after said heat treatment, in a mole ratio Si-OH/dialkyl peroxydicarbonate of more than 0.9; wherein the process is conducted in the absence of water and in the absence of hydroxyethyl acrylate and hydroxyethyl methacrylate.
A system for treating a respiratory disorder in a patient, the system comprising a patient interface , a pressure generator configured to generate, for treating the respiratory disorder, a downstream air flow having a flow rate and a pressure, and an air path in fluid communication with an air outlet of the pressure generator and an air inlet of the patient interface , the system further comprising an acoustic generator located adjacent to or in said patient interface , said acoustic generator comprising a whistle with an inlet in fluid communication with said downstream air flow and with an outlet in fluid communication with air at ambient pressure; wherein said whistle is adapted to generate an inaudible acoustic signal having an acoustic frequency dependent on: the flow rate of the downstream air flow delivered to the patient interface ; or the pressure in the patient interface . wherein said whistle is adapted to generate an inaudible acoustic signal having an acoustic frequency dependent on: the flow rate of the downstream air flow delivered to the patient interface ; or the pressure in the patient interface .