mhurhangee/patent-ind-claim-en huggingface dataset:
A device for receiving and analysing a sample, wherein the analysing involves use of a solution, the device comprising: a sample receiving portion for receiving a sample to be analysed; a solution capsule containing a specific volume of solution, the solution capsule having a sealed configuration in which the solution capsule is sealed and a release configuration in which the solution contained in the solution capsule is released via a flow path that provides fluid communication between the solution capsule and the sample receiving portion ; and a bistable release mechanism comprising an actuator wherein the bistable release mechanism releases only in the event that a force applied to the actuator reaches a threshold force and wherein actuation of the actuator results in one-way conversion of the solution capsule from the sealed configuration into the release configuration such that all of the specific volume of solution is released. a sample receiving portion for receiving a sample to be analysed; a solution capsule containing a specific volume of solution, the solution capsule having a sealed configuration in which the solution capsule is sealed and a release configuration in which the solution contained in the solution capsule is released via a flow path that provides fluid communication between the solution capsule and the sample receiving portion ; and a bistable release mechanism comprising an actuator wherein the bistable release mechanism releases only in the event that a force applied to the actuator reaches a threshold force and wherein actuation of the actuator results in one-way conversion of the solution capsule from the sealed configuration into the release configuration such that all of the specific volume of solution is released.
A parathyroid sensing system for sensing parathyroid glands, wherein the parathyroid sensing system comprising; a modulator for generating a modulation signal having a predetermined frequency; a lock-in amplifier and a light source which receive information on the modulation signal; an excitation filter for transmitting, among light emitted from the light source , only excitation light that excites parathyroid glands; wherein an emission filter connected to a probe and selectively transmitting only fluorescence emitted from the parathyroid glands; a near-infrared sensor for sensing the autofluorescence that has passed through the emission filter , and converting the sensed autofluorescence into an electric signal; and a speaker for generating an alarm through the electric signal, wherein the parathyroid sensing system senses the parathyroid glands based on a wavelength filtering by the excitation filter and a frequency filtering by the emission filter . wherein the parathyroid sensing system comprising; a modulator for generating a modulation signal having a predetermined frequency; a lock-in amplifier and a light source which receive information on the modulation signal; an excitation filter for transmitting, among light emitted from the light source , only excitation light that excites parathyroid glands; wherein an emission filter connected to a probe and selectively transmitting only fluorescence emitted from the parathyroid glands; a near-infrared sensor for sensing the autofluorescence that has passed through the emission filter , and converting the sensed autofluorescence into an electric signal; and a speaker for generating an alarm through the electric signal, wherein the parathyroid sensing system senses the parathyroid glands based on a wavelength filtering by the excitation filter and a frequency filtering by the emission filter .
Automatic cyclic transmission, comprising a guiding base with a central bore for mounting to an axle, whereby a chainwheel with a central working opening is attached to the guiding base, characterized in, that the guiding base has four guiding slots and a pair of parallel spring windows , wherein the guiding slots are arranged symmetrically around the central bore so that the first of the guiding slots is shaped above the central bore and each subsequent one is positioned parallel to the direction of the previous one and is circumferentially shifted by 90° compared to the previous one, in which the spring windows of the guiding base are shaped on the both sides of the central bore , so that they are positioned parallel to the guiding slots , and the chainwheel also has a pair of parallel spring windows and multiple connection bores , wherein in the guiding slots are positioned movably guiding rollers , mounted by the fastening means to the connection bores of the chainwheel and in the spring windows , respectively of the chainwheel and of the guiding base by sliding bushings on guiding mandrels are mounted damper springs , wherein the guiding slots and the spring windows are having equal length.
Method for detecting fires in machines for producing hollow glass, a production process on a production machine being controlled by means of a process controller and the production machine being permanently monitored by means for detecting fires, characterized in that in a first step the means for detecting fires generate an alarm signal and transmit it to the process controller , in a second step the process controller terminates the request for material for the production process and further material is retained in a fireproof support, while the production machine processes or ejects material already inserted and is then stopped, and in a third step all machines supplying material and discharging products are stopped.
A chocolate having a fluid center enclosed therein, wherein a water content of the center is 15 wt% or more and 20 wt% or less, wherein the center contains 30 wt% or more and 40 wt% or less of sorbitol and glycerin in total, and wherein the ratio of the sorbitol to the glycerin is 4:1 to 1:4 on a weight basis. wherein the center contains 30 wt% or more and 40 wt% or less of sorbitol and glycerin in total, and wherein the ratio of the sorbitol to the glycerin is 4:1 to 1:4 on a weight basis.
A secondary battery, comprising: an electrode assembly having a long side portion and a short side portion ; a retainer sheet coupled to the short side portion of the electrode assembly ; an insulating sheet surrounding a periphery of the electrode assembly and the retainer ; a case accommodating the electrode assembly , the retainer sheet , and the insulating sheet ; characterized in that , the insulating sheet has a seating portion and wing portions on both sides of the seating portion , wherein one surface of the long side portion of the electrode assembly is attached to the seating portion of the insulating sheet , and wherein the wing portions are bent from the seating portion to cover the short side portion of the electrode assembly and the retainer sheet , and the wing portions are attached to an opposite surface of the one surface of the long side portion of the electrode assembly . an electrode assembly having a long side portion and a short side portion ; a retainer sheet coupled to the short side portion of the electrode assembly ; an insulating sheet surrounding a periphery of the electrode assembly and the retainer ; a case accommodating the electrode assembly , the retainer sheet , and the insulating sheet ; characterized in that , the insulating sheet has a seating portion and wing portions on both sides of the seating portion , wherein one surface of the long side portion of the electrode assembly is attached to the seating portion of the insulating sheet , and wherein the wing portions are bent from the seating portion to cover the short side portion of the electrode assembly and the retainer sheet , and the wing portions are attached to an opposite surface of the one surface of the long side portion of the electrode assembly .
A process for producing shaped bodies by selective laser sintering of a sinter powder (SP) comprising a polyamide (P) and 0.1% to 5% by weight of at least one additive (A), based on the total weight of the sinter powder (SP), wherein the at least one additive (A) is selected from the group consisting of compounds of the formula (I) in which R 1 and R 2 are independently selected from the group consisting of H, C 1 - to C 4 -alkyl and NR 5 R 6 , where R 5 and R 6 are independently selected from the group consisting of H and C 1 - to C 4 -alkyl, R 3 and R 4 are independently selected from the group consisting of H, C 1 - to C 4 -alkyl and NR 9 R 10 , where R 9 and R 10 are independently selected from the group consisting of H and C 1 - to C 4 -alkyl, X is N, S + or N + R 13 , where R 13 is selected from the group consisting of H and C 1 - to C 4 -alkyl, where the compounds of the formula (I) have a positive charge when X is S + or N + R 13 and the compounds of the formula (I) then comprise an anion Y - , where Y - is selected from the group consisting of hydroxide, chloride, bromide, iodide, sulfate, sulfite, phosphate and phosphite. where R 13 is selected from the group consisting of H and C 1 - to C 4 -alkyl, where the compounds of the formula (I) have a positive charge when X is S + or N + R 13 and the compounds of the formula (I) then comprise an anion Y - , where Y - is selected from the group consisting of hydroxide, chloride, bromide, iodide, sulfate, sulfite, phosphate and phosphite.
A hydraulic power generation system, comprising: a fluid machine (W) connected to a water channel through which a fluid flows; a generator (G) driven by the fluid machine (W); a power supply circuit (C) which supplies power generated by the generator (G) to a power system ; and a control unit which controls the power supply circuit (C) to perform a normal operation of supplying power from the power system to a predetermined electric device provided at the water channel and an autonomous operation of supplying the power generated by the electric generator (G) to the electric device via the power supply circuit (C), wherein the control unit executes the autonomous operation when the power system fails characterized in that the control unit reduces an output power of the generator (G) in the autonomous operation. a fluid machine (W) connected to a water channel through which a fluid flows; a generator (G) driven by the fluid machine (W); a power supply circuit (C) which supplies power generated by the generator (G) to a power system ; and a control unit which controls the power supply circuit (C) to perform a normal operation of supplying power from the power system to a predetermined electric device provided at the water channel and an autonomous operation of supplying the power generated by the electric generator (G) to the electric device via the power supply circuit (C), wherein the control unit executes the autonomous operation when the power system fails characterized in that the control unit reduces an output power of the generator (G) in the autonomous operation.
A set of instruments, comprising: a curved shaped tube (201;202); and an instrument (203; 204) for endoscopic applications or the like; wherein the instrument is configured to be guided through the curved shaped tube (201; 202) and comprises an intermediate cylindrical element having a handling end portion with a flexible portion and actuating means located at an actuating end portion, the intermediate cylindrical element comprising a first cylindrical part (31; 151) at the handling end portion, a second cylindrical part (35; 155) at the actuating end portion and a number of longitudinal elements (38; 60; 70; 80; 90; 100; 110; 130; 153) for transferring the movement of the actuating means to the handling end portion, the longitudinal elements being separated by longitudinal slits in said intermediate cylindrical element, the longitudinal elements only connecting the actuating means and the handling end portion; wherein the instrument has an intermediate rigid portion located between the actuating means and the handling end portion and which is provided with at least one intermediate flexible portion dividing said intermediate rigid portion in rigid portions of lesser length such as to allow bending of said intermediate rigid portion, wherein the curved shaped tube (201; 202) surrounds a part of the instrument located between the handling end portion and the actuating end portion and wherein the handling end portion and the actuating end portion are not surrounded by the curved shaped tube such that the handling end portion and the actuating end portion are free to move in any direction. a curved shaped tube (201;202); and an instrument (203; 204) for endoscopic applications or the like; wherein the instrument is configured to be guided through the curved shaped tube (201; 202) and comprises an intermediate cylindrical element having a handling end portion with a flexible portion and actuating means located at an actuating end portion, the intermediate cylindrical element comprising a first cylindrical part (31; 151) at the handling end portion, a second cylindrical part (35; 155) at the actuating end portion and a number of longitudinal elements (38; 60; 70; 80; 90; 100; 110; 130; 153) for transferring the movement of the actuating means to the handling end portion, the longitudinal elements being separated by longitudinal slits in said intermediate cylindrical element, the longitudinal elements only connecting the actuating means and the handling end portion; wherein the instrument has an intermediate rigid portion located between the actuating means and the handling end portion and which is provided with at least one intermediate flexible portion dividing said intermediate rigid portion in rigid portions of lesser length such as to allow bending of said intermediate rigid portion, wherein the curved shaped tube (201; 202) surrounds a part of the instrument located between the handling end portion and the actuating end portion and wherein the handling end portion and the actuating end portion are not surrounded by the curved shaped tube such that the handling end portion and the actuating end portion are free to move in any direction.
A nucleic acid molecule encoding a mutant C-RAF polypeptide having C-RAF activity or a mutant C-RAF polypeptide having C-RAF activity, wherein said activity comprises phosphorylation of an ERK1/2 substrate, wherein said C-RAF polypeptide comprises SEQ. ID. NO. 2 or a portion thereof having said activity, with at least one amino acid substitution selected from the group consisting of 104E>K, 356G>E, 427S>T, 447D>N, 469M>I and 554R>K as compared to a SEQ. ID. NO. 2, wherein the at least one amino acid substitution confers resistance to one or more RAF inhibitors on a cell expressing the mutant C-RAF polypeptide, the RAF inhibitor selected from PLX 4720, PLX4032, and (S)-methyl 1-(4-(3-(5-chloro-2-fluoro-3-(methylsulfonamido)phenyl)-1-isopropyl-1H-pyrazol-4-yl)pyrimidin-2-ylamino)propan-2-ylcarbamate.
A method for harvesting cultured cells from a three-dimensional porous scaffold, the method comprising the steps of: culturing cells in the three-dimensional porous scaffold sealed in a culture vessel; providing an enzyme treatment on the cultured cells in the culture vessel, the enzyme treatment performed by adding an enzyme solution containing trypsin-EDTA, collagenase, and caseinase into the culture vessel; and providing a vibration treatment on the cultured cells, the vibration treatment performed by bringing a bottom surface of the culture vessel, into which the enzyme solution has been added, into surface contact with a platform making a circular motion in a horizontal plane so that a vertical vibration is applied to the cultured cells subjected to the enzyme treatment, thereby releasing the cultured cells from the three-dimensional porous scaffold, wherein the enzyme solution in the step of providing the enzyme treatment has a mixing ratio expressed as trypsin-EDTA:collagenase:caseinase = 0.25 to 2.0:1 to 6:3.33 to 20, where each numeric value is expressed in units of mg/mL. culturing cells in the three-dimensional porous scaffold sealed in a culture vessel; providing an enzyme treatment on the cultured cells in the culture vessel, the enzyme treatment performed by adding an enzyme solution containing trypsin-EDTA, collagenase, and caseinase into the culture vessel; and providing a vibration treatment on the cultured cells, the vibration treatment performed by bringing a bottom surface of the culture vessel, into which the enzyme solution has been added, into surface contact with a platform making a circular motion in a horizontal plane so that a vertical vibration is applied to the cultured cells subjected to the enzyme treatment, thereby releasing the cultured cells from the three-dimensional porous scaffold, wherein the enzyme solution in the step of providing the enzyme treatment has a mixing ratio expressed as trypsin-EDTA:collagenase:caseinase = 0.25 to 2.0:1 to 6:3.33 to 20, where each numeric value is expressed in units of mg/mL.
A pharmaceutical formulation for use in a method of treating or preventing hyperparathyroidism, the composition comprising an effective amount of a CYP24 inhibitor, wherein the CYP24 inhibitor is - -25-nor-25-t-butylsulfonyl-9,10-seco-5,7,10 ,16,23-cholestapentaene-1,3-diol, wherein the method further comprises administration of a vitamin D prehormone selected from cholecalciferol and ergocalciferol or of a vitamin D prohormone selected from 25-hydroxyvitamin D 3 and 25-hydroxyvitamin D 2 and wherein the hyperparathyroidism is secondary to Chronic Kidney Disease.
Method of performing an assembling of an object , comprising assembling one or more object parts to a semi-manufactured object such as to manufacture the object , wherein the method is performed using an assembly system , the assembly system including a controller and a robotic manipulation tool , the method comprising a plurality of assembling steps including one or more machine performed steps to be performed by the robotic manipulation tool and one or more operator performed steps to be performed manually by the operator on a work surface , the method including the steps of: monitoring, by the controller using a camera directed onto the work surface , the performed steps carried out by the operator ; identifying using the camera, by the controller , at least one of the operator performed steps as an assembling step that precedes at least one of the machine performed steps; and being characterized in further including the steps of: determining, by the controller using the monitoring, a present state of completion of the at least one operator performed step; and controlling, by the controller , the robotic manipulation tool such as to synchronize performing of the at least one machine performed step dependent on the state of completion of the identified operator performed step, thereby carrying out the at least one machine performed step just-in-time to make the result thereof available to the operator in time to carry out the next operator performed step. monitoring, by the controller using a camera directed onto the work surface , the performed steps carried out by the operator ; identifying using the camera, by the controller , at least one of the operator performed steps as an assembling step that precedes at least one of the machine performed steps; and being characterized in further including the steps of: determining, by the controller using the monitoring, a present state of completion of the at least one operator performed step; and controlling, by the controller , the robotic manipulation tool such as to synchronize performing of the at least one machine performed step dependent on the state of completion of the identified operator performed step, thereby carrying out the at least one machine performed step just-in-time to make the result thereof available to the operator in time to carry out the next operator performed step. determining, by the controller using the monitoring, a present state of completion of the at least one operator performed step; and controlling, by the controller , the robotic manipulation tool such as to synchronize performing of the at least one machine performed step dependent on the state of completion of the identified operator performed step, thereby carrying out the at least one machine performed step just-in-time to make the result thereof available to the operator in time to carry out the next operator performed step.
A device for intra medullary antibiotics perfusion for perfusing an antibiotics to a patient's bone fracture surgical site, applied as an external skeletal fixator comprising; a fixation pin for externally fixing to a bone by piercing from one side of cortical bone penetrating through bone marrow to the other side of cortical bone; wherein the fixation pin includes a side face opening at the side of the shaft, which opening is located facing to the bone marrow; a base end opening at the base end part of the fixation pin ; a hollow structure from the base end opening to the side face opening; and a male screw portion including spiral screw head mounted on the outer circumferential surface of the tip part of the fixation pin ; and a transfusion tube connector installed to the base end opening of the fixation pin , which includes an attachment structure for connecting to a connector attached to the head of a transfusion tube for antibiotics , wherein a perfusion point of antibiotics is limited to the side face opening of the shaft, there is no perfusion point in the male screw portion of the tip part of the fixation pin , antibiotics is perfused only into the bone marrow via the side face opening of the shaft from the transfusion tube for antibiotics .
A rotor blade for a reaction jet helicopter , the rotor blade comprising a cavity and one or more nozzles for the expulsion of compressed air from the rotor blade cavity thereby resulting in rotation of the rotor blade , the rotor blade further comprises a pressure regulating arrangement , the pressure regulating arrangement being operable to release compressed air from the rotor blade cavity , wherein the rotor blade comprises one or more outlet apertures , wherein the pressure regulating arrangement comprises one or more fluid pathways , characterised in that each pathway comprises a plenum chamber , each plenum chamber being configured to equalize the air pressure supplied to an individual outlet aperture of the one or more outlet apertures along a rotor blade upper surface.
A method for manufacturing an optical device in which an optical member and a transparent panel are bonded together via a cured resin layer , comprising: a step of forming, on one of the optical member and the transparent panel , a wall surrounding a forming region for the cured resin layer and having at least one opening ; a step of laminating the optical member and the transparent panel to form a laminated body in which a resin filling space surrounded by the wall is formed between the optical member and the transparent panel ; a step of filling the resin filling space of the laminated body with a photocurable resin composition ; and a step of curing the photocurable resin composition to form the cured resin layer , characterized in that the opening of the wall is provided with a projecting portion extending outside the resin filling space and surrounded by the wall . a step of forming, on one of the optical member and the transparent panel , a wall surrounding a forming region for the cured resin layer and having at least one opening ; a step of laminating the optical member and the transparent panel to form a laminated body in which a resin filling space surrounded by the wall is formed between the optical member and the transparent panel ; a step of filling the resin filling space of the laminated body with a photocurable resin composition ; and a step of curing the photocurable resin composition to form the cured resin layer , characterized in that the opening of the wall is provided with a projecting portion extending outside the resin filling space and surrounded by the wall .