mhurhangee/patent-ind-claim-en huggingface dataset:
Airplane for civil transports comprising: - a fuselage element adapted to transport persons and/or merchandise; - gliding means associated with said fuselage element to assemble an aircraft body fit for flight and comprising a couple of wing groups placed on opposite positions with respect to said fuselage element ; - thrusting means associated with said aircraft body and adapted to give a flight thrust to said aircraft body ; wherein said thrusting means are adjustable with respect to said wing groups , and wherein the airplane comprises at least a stabilizing element associated with said aircraft body and adapted to stabilize said aircraft body in buoyancy; characterized in that said stabilizing element is movable with respect to said wing group between a closed configuration, in which said stabilizing element is adjacent to said wing group , and an open configuration in which said stabilizing element is wide apart from said wing group , wherein the fuselage element is provided with two sets of wheels adapted to enable the airplane to taxi when it is on the ground. - a fuselage element adapted to transport persons and/or merchandise; - gliding means associated with said fuselage element to assemble an aircraft body fit for flight and comprising a couple of wing groups placed on opposite positions with respect to said fuselage element ; - thrusting means associated with said aircraft body and adapted to give a flight thrust to said aircraft body ;
An elastic physiological patch (100, 100', 100", 100a, 100b, 100c) comprising a patch assembly and an implant assembly , characterized by : said patch assembly including an electronic device , and a soft patch body defining a chamber for receiving said electronic device , said patch body having a bottom wall configured to be adhered to the skin of a subject, and a top wall opposite to said bottom wall and cooperating with said bottom wall to define therebetween said chamber ; wherein said implant assembly is mountable to said electronic device and includes an implant ; werein said implant is configured for being driven to partially pass through said patch body and is adapted to be implanted in the skin of a subject; wherein said patch body is configured to tightly hold said implant when said implant is inserted therethrough, and said implant and said patch body are configured to cooperatively seal said chamber when said implant has been driven to partially pass through said patch body ; and wherein said bottom wall has a thickness ranging from 0.2 mm to 1 mm, and has an adhering surface for being adhered to the skin of the subject. said patch assembly including an electronic device , and a soft patch body defining a chamber for receiving said electronic device , said patch body having a bottom wall configured to be adhered to the skin of a subject, and a top wall opposite to said bottom wall and cooperating with said bottom wall to define therebetween said chamber ; wherein said implant assembly is mountable to said electronic device and includes an implant ; werein said implant is configured for being driven to partially pass through said patch body and is adapted to be implanted in the skin of a subject; wherein said patch body is configured to tightly hold said implant when said implant is inserted therethrough, and said implant and said patch body are configured to cooperatively seal said chamber when said implant has been driven to partially pass through said patch body ; and wherein said bottom wall has a thickness ranging from 0.2 mm to 1 mm, and has an adhering surface for being adhered to the skin of the subject.
Apparatus for filling tanks from a canister with a first adapter device which is suitable for intermittent fastening to the canister and which has a delivery device by means of which a flowable medium can be conveyed out of the canister into the tank , wherein the apparatus has a flushing agent connection in order to deliver a cleaning liquid to at least one component of the apparatus, wherein the apparatus has a further receiving container to temporarily receive the flowable medium to be introduced into the tank and a cleaning device for cleaning this receiving container , wherein the cleaning device has at least one flushing agent channel which enables cleaning liquid to be conveyed from the flushing agent connection to the receiving container , characterised in that the device has an air supply and/or venting arrangement for delivery air to and/or venting air from this receiving container and the cleaning device has at least one outlet element which is oriented in such a way that cleaning liquid exiting from this outlet element reaches an inner wall of the receiving container , wherein this outlet element is arranged in such a way that liquid exiting therefrom produces a vortex inside the receiving container. the apparatus has a further receiving container to temporarily receive the flowable medium to be introduced into the tank and a cleaning device for cleaning this receiving container , wherein the cleaning device has at least one flushing agent channel which enables cleaning liquid to be conveyed from the flushing agent connection to the receiving container , characterised in that the device has an air supply and/or venting arrangement for delivery air to and/or venting air from this receiving container and the cleaning device has at least one outlet element which is oriented in such a way that cleaning liquid exiting from this outlet element reaches an inner wall of the receiving container , wherein this outlet element is arranged in such a way that liquid exiting therefrom produces a vortex inside the receiving container.
An electrode assembly comprising an anode structure and a cathode structure , each of said anode structure and cathode structure comprising an outlet header for evolved gas and spent liquid, wherein i) the outlet header on the anode structure has an internal volume, V A cm 3 , an internal cross sectional area at the exit end of the header of A A cm 2 and an internal length L A cm, and ii) the outlet header on the cathode structure has an internal volume, Vc cm 3 , an internal cross sectional area at the exit end of the header of Ac cm 2 and an internal length Lc cm. and wherein one or both of the following apply: a) the outlet header on the anode structure is an external header and the ratio V A /(A A × L A ) is less than 1, and b) the outlet header on the cathode structure is an external header and the ratio V C /(A C × L C ) is less than 1, wherein the external outlet header is an outlet volume by which gases evolved during electrolysis exit the electrode structure and which is provided on the electrode structure outside of the electrolysis compartment. i) the outlet header on the anode structure has an internal volume, V A cm 3 , an internal cross sectional area at the exit end of the header of A A cm 2 and an internal length L A cm, and ii) the outlet header on the cathode structure has an internal volume, Vc cm 3 , an internal cross sectional area at the exit end of the header of Ac cm 2 and an internal length Lc cm. a) the outlet header on the anode structure is an external header and the ratio V A /(A A × L A ) is less than 1, and b) the outlet header on the cathode structure is an external header and the ratio V C /(A C × L C ) is less than 1,
Thermoplastic polyurethane polymer obtainable by the reaction of at least the following formation components: A) one or more aliphatic diisocyanates having a molecular weight of 140 g/mol to 170 g/mol and B) one or more aliphatic diols having a molecular weight of 62 g/mol to 120 g/mol, the formation components used to produce the thermoplastic polyurethane polymer consist to an extent of at least 95% by weight of one or more aliphatic diisocyanates A) and one or more aliphatic diols B), based on the total mass of the formation components used, where the one or more aliphatic diisocyanates A) and the one or more aliphatic diols B) are used in a molar ratio in the range from 1.0:0.95 to 0.95:1.0, characterized in that the M z / M peak ratio of the thermoplastic polyurethane is within a range from 3 to 15, where M z is the centrifuge-average molar mass and M peak is the molar mass of the maximum of the gel permeation chromatography curve, each determined by gel permeation chromatography in hexafluoroisopropanol against polymethylmethacrylate as standard. A) one or more aliphatic diisocyanates having a molecular weight of 140 g/mol to 170 g/mol and B) one or more aliphatic diols having a molecular weight of 62 g/mol to 120 g/mol,
A method comprising: in a single multiplex similarity search query reaction run comprising a plurality of DNA database elements implementing DNA data storage, matching a query strand to a DNA database element , wherein the matching comprises hybridizing a feature nucleotide sequence of the DNA database element to a complementary feature nucleotide sequence of the query strand , and the matching comprises arranging a DNA linking strand into a connection between a data strand of the DNA database element and the query strand , wherein the arranging produces a DNA result element comprising a result strand comprising the query strand and the data strand ; sequencing the result strand comprising the query strand and the data strand , wherein the sequencing yields a digital representation of an identifier region of the query strand and a digital representation of an identifier region of the data strand of the matched DNA database element , thereby indicating a digital query and a digital data item matching the digital query; wherein the single multiplex similarity search query reaction run comprises matching query strands having different complementary feature nucleotide sequences to different DNA database elements. in a single multiplex similarity search query reaction run comprising a plurality of DNA database elements implementing DNA data storage, matching a query strand to a DNA database element , wherein the matching comprises hybridizing a feature nucleotide sequence of the DNA database element to a complementary feature nucleotide sequence of the query strand , and the matching comprises arranging a DNA linking strand into a connection between a data strand of the DNA database element and the query strand , wherein the arranging produces a DNA result element comprising a result strand comprising the query strand and the data strand ; sequencing the result strand comprising the query strand and the data strand , wherein the sequencing yields a digital representation of an identifier region of the query strand and a digital representation of an identifier region of the data strand of the matched DNA database element , thereby indicating a digital query and a digital data item matching the digital query; wherein the single multiplex similarity search query reaction run comprises matching query strands having different complementary feature nucleotide sequences to different DNA database elements.
A cover panel for covering a display module, wherein the cover panel comprises a transparent region and a border region surrounding the transparent region , wherein the transparent region has a protection surface and a back surface opposite the protection surface, wherein the back surface is intended to face a display region of the display module; wherein the border region has an outer surface and an inner surface , wherein the inner surface has a first end connecting to the outer surface and a second end opposite the first end, wherein the outer surface is disposed oppositely to the inner surface , and wherein the outer surface is an arc-shaped surface extending away from the transparent region and bending; and characterized in that : the second end of the inner surface connects to the back surface of the transparent region ; the inner surface and the back surface of the transparent region lie in the same plane; a light scattering layer is disposed on the inner surface in the border region , whereby the light scattering layer scatters light incident into the border region that passes through the light scattering layer , and the scattered light exits from the outer surface , wherein the light scattering layer has an orthographic projection on the outer surface , and the orthographic projection coincides with the outer surface . the second end of the inner surface connects to the back surface of the transparent region ; the inner surface and the back surface of the transparent region lie in the same plane; a light scattering layer is disposed on the inner surface in the border region , whereby the light scattering layer scatters light incident into the border region that passes through the light scattering layer , and the scattered light exits from the outer surface , wherein the light scattering layer has an orthographic projection on the outer surface , and the orthographic projection coincides with the outer surface .
A refrigerator comprising: a main body having a storage chamber (S); a door for opening and closing the storage chamber (S); a thermoelectric module having a cooling sink for cooling the storage chamber (S) and a heat sink for radiating heat sucked by the cooling sink ; a storage chamber temperature sensor for detecting a storage chamber temperature; a cooling fan for circulating air to the cooling sink and the storage chamber (S); a heat-radiation fan for flowing outside air to the heat sink ; and a control unit for controlling the thermoelectric module , the cooling fan , and the heat-radiation fan , characterized in that the refrigerator further comprises an outside temperature sensor for detecting an outside temperature; and wherein, when the outside temperature exceeds a set temperature, the control unit is configured to drive the cooling fan and the heat-radiation fan at a first speed regardless of the current temperature of the storage chamber (S); wherein, when the outside temperature is equal to or lower than a set temperature and a storage chamber temperature is in an upper limit range, the control unit is configured to drive the cooling fan and the heat-radiation fan at a second speed lower than the first speed; and wherein, when the outside temperature is equal to or lower than the set temperature and the storage chamber temperature is lower than the upper limit range, the control unit is configured to drive the cooling fan and the heat-radiation fan at a third speed lower than the second speed. a main body having a storage chamber (S); a door for opening and closing the storage chamber (S); a thermoelectric module having a cooling sink for cooling the storage chamber (S) and a heat sink for radiating heat sucked by the cooling sink ; a storage chamber temperature sensor for detecting a storage chamber temperature; a cooling fan for circulating air to the cooling sink and the storage chamber (S); a heat-radiation fan for flowing outside air to the heat sink ; and a control unit for controlling the thermoelectric module , the cooling fan , and the heat-radiation fan , characterized in that the refrigerator further comprises an outside temperature sensor for detecting an outside temperature; and wherein, when the outside temperature exceeds a set temperature, the control unit is configured to drive the cooling fan and the heat-radiation fan at a first speed regardless of the current temperature of the storage chamber (S); wherein, when the outside temperature is equal to or lower than a set temperature and a storage chamber temperature is in an upper limit range, the control unit is configured to drive the cooling fan and the heat-radiation fan at a second speed lower than the first speed; and wherein, when the outside temperature is equal to or lower than the set temperature and the storage chamber temperature is lower than the upper limit range, the control unit is configured to drive the cooling fan and the heat-radiation fan at a third speed lower than the second speed.
A suture passer with a suture (S), the suture passer comprising: a hollow tube , said hollow tube comprising a distal end , a proximal end , and a lumen extending from said distal end to said proximal end ; and a suture manipulation rod slidably received in said lumen of said hollow tube and selectively projectable out said distal end of said hollow tube , said suture manipulation rod comprising a distal end and a proximal end , wherein said distal end of said suture manipulation rod comprises a hook comprising a proximally oriented hooking surface and a return extending proximally of said hooking surface; wherein said hollow tube and said suture manipulation rod are sized so that said suture manipulation rod may capture the suture (S) disposed adjacent to said distal end of said hollow tube and draw the suture (S) into a gap between an inner surface of said hollow tube and the distal end of the suture manipulation rod, wherein the gap is sized so that the suture is compressed when the suture is disposed in the gap between the inner surface of said hollow tube and the distal end of the suture manipulation rod, and said hook is configured to releasably bind the suture (S) to said suture manipulation rod , and characterized in that after the suture (S) has been drawn into said gap, distal movement of said suture manipulation rod causes the suture (S) to be carried distally with the hooking surface to be expelled from said hollow tube . a hollow tube , said hollow tube comprising a distal end , a proximal end , and a lumen extending from said distal end to said proximal end ; and a suture manipulation rod slidably received in said lumen of said hollow tube and selectively projectable out said distal end of said hollow tube , said suture manipulation rod comprising a distal end and a proximal end , wherein said distal end of said suture manipulation rod comprises a hook comprising a proximally oriented hooking surface and a return extending proximally of said hooking surface; wherein said hollow tube and said suture manipulation rod are sized so that said suture manipulation rod may capture the suture (S) disposed adjacent to said distal end of said hollow tube and draw the suture (S) into a gap between an inner surface of said hollow tube and the distal end of the suture manipulation rod, wherein the gap is sized so that the suture is compressed when the suture is disposed in the gap between the inner surface of said hollow tube and the distal end of the suture manipulation rod, and said hook is configured to releasably bind the suture (S) to said suture manipulation rod , and characterized in that after the suture (S) has been drawn into said gap, distal movement of said suture manipulation rod causes the suture (S) to be carried distally with the hooking surface to be expelled from said hollow tube .
A head-mounted display, comprising an image generator , a projection lens , and a waveguide , wherein: the image generator is configured to provide an image beam (IL); the projection lens is disposed on a path of the image beam (IL) and has an image side (A1) and an object side (A2), the image generator is configured at the image side (A1), and the projection lens comprises a first lens element and a lens element group , wherein: the first lens element has a first central axis (I1), the lens element group is disposed between the image generator and the first lens element , the lens element group has a second central axis (I2), wherein the first central axis (II) of the first lens element and the second central axis (I2) of the lens element group are not overlapped, characterized in that the waveguide is disposed on the path of the image beam (IL) and is located at the object side (A2) of the projection lens , wherein the waveguide has a first non-axisymmetric optical surface , a second non-axisymmetric optical surface and a third non-axisymmetric optical surface , and the image beam (IL) is reflected by the second non-axisymmetric optical surface and the third non-axisymmetric optical surface . the image generator is configured to provide an image beam (IL); the projection lens is disposed on a path of the image beam (IL) and has an image side (A1) and an object side (A2), the image generator is configured at the image side (A1), and the projection lens comprises a first lens element and a lens element group , wherein: the first lens element has a first central axis (I1), the lens element group is disposed between the image generator and the first lens element , the lens element group has a second central axis (I2), wherein the first central axis (II) of the first lens element and the second central axis (I2) of the lens element group are not overlapped, the first lens element has a first central axis (I1), the lens element group is disposed between the image generator and the first lens element , the lens element group has a second central axis (I2), wherein the first central axis (II) of the first lens element and the second central axis (I2) of the lens element group are not overlapped, characterized in that the waveguide is disposed on the path of the image beam (IL) and is located at the object side (A2) of the projection lens , wherein the waveguide has a first non-axisymmetric optical surface , a second non-axisymmetric optical surface and a third non-axisymmetric optical surface , and the image beam (IL) is reflected by the second non-axisymmetric optical surface and the third non-axisymmetric optical surface .
Device for cleaning a vehicle having at least one exterior surface inclined at an angle of inclination to the vertical, comprising: means for determining varying angles of inclination, if any, of said at least one exterior surface; a cleaning brush adapted to be guided along said at least one exterior surface; means for adjusting an angle of inclination of the cleaning brush to the vertical corresponding to the angle of inclination of the at least one outer surface; means for monitoring the angle of inclination of the cleaning brush during cleaning; and means for controlling the monitored angle of inclination of the cleaning brush during cleaning to match the varying angles of inclination, if any, of the at least one outer surface; wherein the means for monitoring the angle of inclination of the cleaning brush comprises an angle sensor comprising a magnet and a magnetic field sensor, wherein the angle sensor is disposed at least partially on an axis of inclination corresponding to the angle of inclination of the cleaning brush, and the magnet is disposed remotely from the magnetic field sensor on the axis of inclination; and wherein the angle sensor is configured to determine a change in orientation of the magnetic field of the magnet when monitoring the angle of inclination of the brush. means for determining varying angles of inclination, if any, of said at least one exterior surface; a cleaning brush adapted to be guided along said at least one exterior surface; means for adjusting an angle of inclination of the cleaning brush to the vertical corresponding to the angle of inclination of the at least one outer surface; means for monitoring the angle of inclination of the cleaning brush during cleaning; and means for controlling the monitored angle of inclination of the cleaning brush during cleaning to match the varying angles of inclination, if any, of the at least one outer surface; wherein the means for monitoring the angle of inclination of the cleaning brush comprises an angle sensor comprising a magnet and a magnetic field sensor, wherein the angle sensor is disposed at least partially on an axis of inclination corresponding to the angle of inclination of the cleaning brush, and the magnet is disposed remotely from the magnetic field sensor on the axis of inclination; and wherein the angle sensor is configured to determine a change in orientation of the magnetic field of the magnet when monitoring the angle of inclination of the brush.