mhurhangee/patent-ind-claim-en huggingface dataset:
A biological sample measuring apparatus comprising: a main body case including a sensor insertion section into which a biological sample measuring sensor is to be inserted, the biological sample measuring sensor includes a first detection electrode for detecting that a biological sample has been spotted and a second detection electrode for detecting inflow of the biological sample; a measurement section connected to the sensor insertion section ; a first acceleration sensor disposed in the sensor insertion section and configured to detect an impact applied to the sensor insertion section ; a second acceleration sensor provided on a substrate inside the main body case ; and a control section connected to the measurement section and the first acceleration sensor a display section connected to the control section , characterized in that the control section determines that additional spotting has been carried out on the biological sample measuring sensor , when the first acceleration sensor detects an impact exceeding a predetermined value within a certain time period after the first detection electrode detects spotting of the biological sample and the second detection electrode determines that a sufficient amount of the biological sample has not flowed in; wherein the control section sets a suspension time period, and causes a display section to display an error message or a sounder to output a warning sound if the time during which an operation is suspended until the additional spotting is received exceeds the suspension time period. a main body case including a sensor insertion section into which a biological sample measuring sensor is to be inserted, the biological sample measuring sensor includes a first detection electrode for detecting that a biological sample has been spotted and a second detection electrode for detecting inflow of the biological sample; a measurement section connected to the sensor insertion section ; a first acceleration sensor disposed in the sensor insertion section and configured to detect an impact applied to the sensor insertion section ; a second acceleration sensor provided on a substrate inside the main body case ; and a control section connected to the measurement section and the first acceleration sensor a display section connected to the control section , characterized in that the control section determines that additional spotting has been carried out on the biological sample measuring sensor , when the first acceleration sensor detects an impact exceeding a predetermined value within a certain time period after the first detection electrode detects spotting of the biological sample and the second detection electrode determines that a sufficient amount of the biological sample has not flowed in; wherein the control section sets a suspension time period, and causes a display section to display an error message or a sounder to output a warning sound if the time during which an operation is suspended until the additional spotting is received exceeds the suspension time period.
A gas turbine heat exchanger (20; 500; 600) for providing thermal energy transfer between a first flow along a first flowpath and a second flow along a second flowpath , the heat exchanger (20; 500; 600) comprising: at least one plate bank comprising a plurality of plates (50; 300; 350; 360), wherein the plates (50; 300; 350; 360) are optionally parallel to each other, each plate (50; 300; 350; 360) having: a first face and a second face opposite the first face ; a leading edge along the second flowpath and a trailing edge along the second flowpath ; a proximal edge having at least one inlet port along the first flowpath and at least one outlet port along the first flowpath ; and at least one passageway along the first flowpath ; an inlet manifold (82; 504) having at least one inlet port and at least one outlet port ; and an outlet manifold (84; 506) having at least one outlet port (24A, 24B; 24) and at least one inlet port , the first flowpath passing from the at least one inlet port of the inlet manifold (82; 504), through the at least one passageway of each of the plurality of plates (50; 300; 350; 360), and through the at least one outlet port (24A, 24B; 24) of the outlet manifold (84; 506), characterized in that : the inlet manifold (82; 504) and outlet manifold (84; 506) are portions of a single unit (80; 502); a buffer cavity (115; 550; 650) is located between the inlet manifold (82; 504) and the outlet manifold (84; 502); and the buffer cavity (115; 550; 650) has at least one inlet and at least one outlet . at least one plate bank comprising a plurality of plates (50; 300; 350; 360), wherein the plates (50; 300; 350; 360) are optionally parallel to each other, each plate (50; 300; 350; 360) having: a first face and a second face opposite the first face ; a leading edge along the second flowpath and a trailing edge along the second flowpath ; a proximal edge having at least one inlet port along the first flowpath and at least one outlet port along the first flowpath ; and at least one passageway along the first flowpath ; a first face and a second face opposite the first face ; a leading edge along the second flowpath and a trailing edge along the second flowpath ; a proximal edge having at least one inlet port along the first flowpath and at least one outlet port along the first flowpath ; and at least one passageway along the first flowpath ; an inlet manifold (82; 504) having at least one inlet port and at least one outlet port ; and an outlet manifold (84; 506) having at least one outlet port (24A, 24B; 24) and at least one inlet port , the first flowpath passing from the at least one inlet port of the inlet manifold (82; 504), through the at least one passageway of each of the plurality of plates (50; 300; 350; 360), and through the at least one outlet port (24A, 24B; 24) of the outlet manifold (84; 506), the inlet manifold (82; 504) and outlet manifold (84; 506) are portions of a single unit (80; 502); a buffer cavity (115; 550; 650) is located between the inlet manifold (82; 504) and the outlet manifold (84; 502); and the buffer cavity (115; 550; 650) has at least one inlet and at least one outlet .
A system for determining a non-viscosity correlation parameter for correcting a measured flow rate for viscosity effects of a fluid in a vibratory meter , the system comprising: a sensor assembly ; and a meter electronics communicatively coupled to the sensor assembly , the meter electronics being configured to: receive sensor signals from the sensor assembly ; determine a non-viscosity correlation parameter based on the sensor signals the system being characterised by the non-viscosity correlation parameter being comprised of a fluid velocity-to-mass flow rate ratio or a vibrating frequency ratio. a sensor assembly ; and a meter electronics communicatively coupled to the sensor assembly , the meter electronics being configured to: receive sensor signals from the sensor assembly ; determine a non-viscosity correlation parameter based on the sensor signals the system being characterised by the non-viscosity correlation parameter being comprised of a fluid velocity-to-mass flow rate ratio or a vibrating frequency ratio. receive sensor signals from the sensor assembly ; determine a non-viscosity correlation parameter based on the sensor signals the system being characterised by the non-viscosity correlation parameter being comprised of a fluid velocity-to-mass flow rate ratio or a vibrating frequency ratio.
A machine for forming "spaghetti" from vegetable products comprising: - a cutting unit rotatable about an operating axis (A) and having a face , perpendicular to said operating axis (A), from which protrude blades for forming "spaghetti" from a product , that is pushed against said face ; characterized by comprising a supply device comprising a thrust unit having: - two tape members mutually opposing each other and define passage between them for products ; said tape members being positioned and configured such that said passage extends along said operating axis (A) and has an outlet opening which faces the face of said cutting unit ; said tape members being spreadable in a way symmetrical with respect to said operating axis (A); - elastic means connected to said tape members and configured to resiliently counteract a mutual spreading of said tape members , wherein said blades comprise: - a first blade having a cutting edge substantially parallel to and spaced with respect to said face , - second blades being collectively aligned circumferentially to said first blade , in which said second blades protrude perpendicularly from said face and are positioned on said face on concentric circumferences to the operative axis (A); said second blades are divided into two groups (D, E), diametrically opposite to said operating axis (A). - a cutting unit rotatable about an operating axis (A) and having a face , perpendicular to said operating axis (A), from which protrude blades for forming "spaghetti" from a product , that is pushed against said face ; - two tape members mutually opposing each other and define passage between them for products ; said tape members being positioned and configured such that said passage extends along said operating axis (A) and has an outlet opening which faces the face of said cutting unit ; said tape members being spreadable in a way symmetrical with respect to said operating axis (A); - elastic means connected to said tape members and configured to resiliently counteract a mutual spreading of said tape members , - a first blade having a cutting edge substantially parallel to and spaced with respect to said face , - second blades being collectively aligned circumferentially to said first blade , in which said second blades protrude perpendicularly from said face and are positioned on said face on concentric circumferences to the operative axis (A); said second blades are divided into two groups (D, E), diametrically opposite to said operating axis (A).
Terlipressin for use in the treatment of hepatorenal syndrome type-1 (HRS-1) in a patient who does not have overt sepsis, septic shock, or uncontrolled infection despite antibiotic treatment and meeting at least two of the following criteria: (i) a white blood cell count either less than 4,000 cells/mm 3 or greater than 12,000 cells/mm 3 , (ii) a heart rate of greater than 90 beats per minute, and (iii) either HCO 3 <23 mmol/L or PaCO 2 <32 mmHg in the blood or >20 breaths per minute; wherein said treatment results in a reduction in patient serum creatinine level, and comprises measuring a baseline serum creatinine level in the blood of the patient within two days prior to treatment with terlipressin; treating the patient with terlipressin; measuring the patient's serum creatinine level after treatment has begun; and observing the serum creatinine level in the blood of the patient decreased upon treatment with terlipressin. (i) a white blood cell count either less than 4,000 cells/mm 3 or greater than 12,000 cells/mm 3 , (ii) a heart rate of greater than 90 beats per minute, and (iii) either HCO 3 <23 mmol/L or PaCO 2 <32 mmHg in the blood or >20 breaths per minute; wherein said treatment results in a reduction in patient serum creatinine level, and comprises measuring a baseline serum creatinine level in the blood of the patient within two days prior to treatment with terlipressin; treating the patient with terlipressin; measuring the patient's serum creatinine level after treatment has begun; and observing the serum creatinine level in the blood of the patient decreased upon treatment with terlipressin.
A rim lock comprising a casing which houses a bolt and a spring latch extractable through a flank of said casing , and an actuating cylinder of said bolt and said spring latch having a drive cog wheel , said casing housing a first support plate of the bolt translatable in the extraction direction of the bolt , a second support plate of the spring latch translatable in the extraction direction of the spring latch parallel to said first plate , at least a first driven cog wheel connected to said drive cog wheel and having a rotation axis fixed to said casing , a drawing pin of said first support plate supported by said first driven cog wheel , a return lever of the spring latch oscillating in opposition to and by action of an elastic element , a drawing member of said return lever supported by said first driven cog wheel , and, when said bolt being in a completely extracted position, said drawing pin and said rotation axis of said first driven wheel being aligned in the extraction direction of said bolt , characterised in that said first support plate , said second support plate , and said wall of said casing have passage openings compatible for mounting of various types of cylinder .
A fuel cell system comprising: an air supply line configured to supply air to a fuel cell stack ; a discharge line connected to the fuel cell stack and configured to guide an exhaust gas discharged from the fuel cell stack ; a discharge adapter connected to the discharge line and configured to discharge the exhaust gas to the outside of the fuel cell system ; and a bypass line having one end connected to the air supply line and the other end connected to the discharge adapter , the bypass line being configured to selectively allow the air to flow from the air supply line to the discharge adapter , wherein the discharge adapter comprises: an adapter body having a discharge flow path communicating with the discharge line ; an air inlet port provided in the adapter body and connected to the bypass line ; characterized by an adapter guide disposed on the adapter body and configured to define an air injection flow path separated from the discharge flow path and communicating with the air inlet port . an air supply line configured to supply air to a fuel cell stack ; a discharge line connected to the fuel cell stack and configured to guide an exhaust gas discharged from the fuel cell stack ; a discharge adapter connected to the discharge line and configured to discharge the exhaust gas to the outside of the fuel cell system ; and a bypass line having one end connected to the air supply line and the other end connected to the discharge adapter , the bypass line being configured to selectively allow the air to flow from the air supply line to the discharge adapter , an adapter body having a discharge flow path communicating with the discharge line ; an air inlet port provided in the adapter body and connected to the bypass line ; characterized by an adapter guide disposed on the adapter body and configured to define an air injection flow path separated from the discharge flow path and communicating with the air inlet port .
A component formed using an additive manufacturing system , said component comprising: an exterior surface ; an interior cavity ; at least one powder removal device disposed within said interior cavity and adjacent to said exterior surface, wherein said at least one powder removal device is configured to remove un-sintered and partially sintered powder from said component; and at least one exit port defined in said exterior surface to facilitate egress of the un-sintered and partially sintered powder out of said component; characterised in that said at least one powder removal device is tethered to an adjacent surface of said component , said at least one powder removal device configured to detach from said adjacent surface when vibrated. an exterior surface ; an interior cavity ; at least one powder removal device disposed within said interior cavity and adjacent to said exterior surface, wherein said at least one powder removal device is configured to remove un-sintered and partially sintered powder from said component; and at least one exit port defined in said exterior surface to facilitate egress of the un-sintered and partially sintered powder out of said component; characterised in that said at least one powder removal device is tethered to an adjacent surface of said component , said at least one powder removal device configured to detach from said adjacent surface when vibrated.
A maintenance method of a nozzle surface provided with a discharge port of a nozzle of a discharge head capable of discharging an inkjet ink containing a wax which reversibly undergoes a phase transition upon temperature change, a photopolymerizable compound, and a photopolymerization initiator, cured by irradiation with an active ray, the maintenance method characterized by a step of moving an ink absorber at a speed of 10 mm/s or more and 1000 mm/s or less while the ink absorber is in contact with the nozzle surface at a contact pressure of 1 mg/mm 2 or more and 1000 mg/mm 2 or less.
Permanent magnet comprising: - an antiferromagnetic layer (40; 94), - a ferromagnetic layer (42; 84; 96, 104; 122), the magnetization direction of the ferromagnetic layer being set by exchange coupling to the antiferromagnetic layer, this ferromagnetic layer comprising: • a first sublayer (44, 48; 86, 90; 108, 112) making contact with the antiferromagnetic layer or solely separated from the antiferromagnetic layer by an intermediate ferromagnetic sublayer the thickness of which is smaller than 2 nm, the thickness of this first sublayer being larger than 2 nm, this first sublayer being made of a first type of ferromagnetic material, the first type of ferromagnetic material being an alloy of iron and of cobalt that is at least partially crystallized, and • a second sublayer (46; 88; 110, 114) separated from the antiferromagnetic layer by the first sublayer, the thickness of this second sublayer being larger than 2 nm, this second sublayer being made of a second type of ferromagnetic material, characterized in that the second type of ferromagnetic material is also an alloy of iron and of cobalt in which the proportion of face-centered cubic crystals is lower than the proportion of face-centered cubic crystals in the first type of ferromagnetic material. - an antiferromagnetic layer (40; 94), - a ferromagnetic layer (42; 84; 96, 104; 122), the magnetization direction of the ferromagnetic layer being set by exchange coupling to the antiferromagnetic layer, this ferromagnetic layer comprising: • a first sublayer (44, 48; 86, 90; 108, 112) making contact with the antiferromagnetic layer or solely separated from the antiferromagnetic layer by an intermediate ferromagnetic sublayer the thickness of which is smaller than 2 nm, the thickness of this first sublayer being larger than 2 nm, this first sublayer being made of a first type of ferromagnetic material, the first type of ferromagnetic material being an alloy of iron and of cobalt that is at least partially crystallized, and • a second sublayer (46; 88; 110, 114) separated from the antiferromagnetic layer by the first sublayer, the thickness of this second sublayer being larger than 2 nm, this second sublayer being made of a second type of ferromagnetic material, • a first sublayer (44, 48; 86, 90; 108, 112) making contact with the antiferromagnetic layer or solely separated from the antiferromagnetic layer by an intermediate ferromagnetic sublayer the thickness of which is smaller than 2 nm, the thickness of this first sublayer being larger than 2 nm, this first sublayer being made of a first type of ferromagnetic material, the first type of ferromagnetic material being an alloy of iron and of cobalt that is at least partially crystallized, and • a second sublayer (46; 88; 110, 114) separated from the antiferromagnetic layer by the first sublayer, the thickness of this second sublayer being larger than 2 nm, this second sublayer being made of a second type of ferromagnetic material,
A method of associating service licenses with a wireless device , the method comprising: receiving a first device identifier identifying the wireless device and a Subscriber Identity Module (SIM) identifier identifying a SIM card currently inserted in the wireless device ; determining whether the SIM identifier is currently associated with the first device identifier; and if the SIM identifier is not currently associated with the first device identifier: aggregating a listing of service licenses associated with the SIM identifier with a listing of service licenses associated with the first device identifier to create an aggregate listing of service licenses, wherein the listing of service licenses associated with the first device identifier comprises service licenses that are associated with each SIM card that has been previously inserted in the wireless device while being provided service and not subsequently inserted into another device being provided service; and associating the first device identifier with the aggregate listing of service licenses. receiving a first device identifier identifying the wireless device and a Subscriber Identity Module (SIM) identifier identifying a SIM card currently inserted in the wireless device ; determining whether the SIM identifier is currently associated with the first device identifier; and if the SIM identifier is not currently associated with the first device identifier: aggregating a listing of service licenses associated with the SIM identifier with a listing of service licenses associated with the first device identifier to create an aggregate listing of service licenses, wherein the listing of service licenses associated with the first device identifier comprises service licenses that are associated with each SIM card that has been previously inserted in the wireless device while being provided service and not subsequently inserted into another device being provided service; and associating the first device identifier with the aggregate listing of service licenses. aggregating a listing of service licenses associated with the SIM identifier with a listing of service licenses associated with the first device identifier to create an aggregate listing of service licenses, wherein the listing of service licenses associated with the first device identifier comprises service licenses that are associated with each SIM card that has been previously inserted in the wireless device while being provided service and not subsequently inserted into another device being provided service; and associating the first device identifier with the aggregate listing of service licenses.