mhurhangee/ep-ind-claims huggingface dataset:
A multifunctional device for remote monitoring of a patient's condition, in particular the patient's heart electrical activity and the level of hydration of the patient's chest cavity, having a form of a harness adapted to be worn on the patient's body at the patient's torso area, comprising electrocardiograph electrodes (211, 212, 221, 222, 231, 232), bioimpedance electrodes (223, 233, 241, 242), a central unit processing signals originating from said electrodes and a communication module for a wireless transmission of the signals processed by said central unit to a remote monitoring system, characterized in that, said bioimpedance electrodes (223, 241; 233, 242) comprise front electrodes (223, 233) disposed at the front of the patient's body and rear electrodes (241, 242) corresponding to the front electrodes (223, 233) and disposed at the back of the patient's body, arranged in pairs, wherein it comprises many pairs of said bioimpedance electrodes (223, 241) defining lines crossing through the left part of the patient's chest and many pairs of said bioimpedance electrodes (233, 242) defining lines crossing through the right part of the patient's chest, wherein said harness comprises a horizontal belt, embracing the patient's torso in the epigastric region and above the pelvis, connected in the breastbone area and the back of the patient with a first vertical belt and a second vertical belt, that extend over the patient's right and left shoulder girdles, wherein said horizontal belt is connected at the area of the patient's back with said first and said second vertical belt (22, 23) by means of a coupler and said right and left front bioimpedance electrodes (223, 233) are disposed at the front section of said first and second vertical belt (22, 23) and at the front section of said horizontal belt, while right and left rear bioimpedance electrodes (241, 242) are disposed in the coupler.
An ejection device comprising a tile made of a material having a first coefficient of thermal expansion, the tile carrying a chip that forms a plurality of ejection units and is in thermal contact with the tile, the chip being mainly made of a material having a second CTE different from the first CTE, wherein each ejection unit is capable of ejecting droplets of a liquid and comprises a pressure chamber and a flexible wall delimiting the pressure chamber, the flexible wall having a deformation compliancy that depends upon at least one mechanical design parameter of the chip, and wherein, in operation at a temperature different from room temperature, the ejection units have uniform ejection properties, characterized in that the compliancies of the flexible walls of at least two of the ejection units are different from one another at room temperature.
Method for the wet treatment of items of laundry, combined to form a batch of laundry, in a continuous washing machine having separate treatment zones, wherein the wet treatment of the batches of laundry is performed in a rotationally driveable drum of the washing machine in successive treatment steps in the separate treatment zones in a treatment liquid, characterized in that, for each treatment step and for each batch of laundry, the temperature of the treatment liquid, the duration of the treatment step and movement sequences of the drum are determined and compared in each case with a reference value and, if the temperature of the treatment liquid, the duration of the treatment step and the movement sequences of the drum agree with the reference values, said batch of laundry for which the agreement has been established is released for a next treatment step and, if at least one value deviates from the corresponding reference value, the batch of laundry is not released for the next treatment step.
An adapter (108, 118) for a handheld wound and stoma imaging device (100, 200) for capturing and digitally storing images of a site selected among a wound area at a body portion of a patient, a skin area surrounding a stoma projecting from a body portion of a patient, a fistula at a patient's skin, and a worn wafer of an ostomy system; the handheld device (100, 200) comprising a portable unit; the adapter (108, 118) comprising: a wall structure for supporting the portable unit; a fixation structure for releasably securing the portable unit to the wall structure, at least a portion of a back face of the wall structure is permanently inclined relative to a front face of the wall structure characterised in that an outer portion of the wall structure defines a hand-grip structure shaped and sized to fit a hand of a human being. a wall structure for supporting the portable unit; a fixation structure for releasably securing the portable unit to the wall structure, at least a portion of a back face of the wall structure is permanently inclined relative to a front face of the wall structure characterised in that an outer portion of the wall structure defines a hand-grip structure shaped and sized to fit a hand of a human being.
An aqueous composition for bleaching and colouring hair characterized in that it comprises at least one direct dye selected from cationic, anionic and nonionic dyes, wherein the anionic direct dye is selected from Acid Black 1, Acid Blue 1, Acid Blue 3, Food Blue 5, Acid Blue 7, Acid Blue 9, Acid Blue 74, Acid Orange 3, Acid Orange 6, Acid Orange 7, Acid Orange 10, Acid Red 1, Acid Red 14, Acid Red 18, Acid Red 27, Acid Red 50, Acid Red 52, Acid Red 73, Acid Red 87, Acid Red 88, Acid Red 92, Acid Red 155, Acid Red 180, Acid Violet 9, Acid Violet 43, Acid Violet 49, Acid Yellow 1, Acid Yellow 23, Acid Yellow 3, Food Yellow No. 8, D&C Brown No. 1, D&C Green No. 5, D&C Green No. 8, D&C Orange No. 4, D&C Orange No. 10, D&C Orange No. 11, D&C Red No. 21, D&C Red No. 27, D&C Red No. 33, D&C Violet 2, D&C Yellow No. 7, D&C Yellow No. 8, D&C Yellow No. 10, FD&C Red 2, FD&C Red 40, FD&C Red No. 4, FD&C Yellow No. 6, FD&C Blue 1, Food Black 1, Food Black 2, Disperse Black 9 and Disperse Violet 1 and their alkali metal salts, at least one compound with hair bleaching effect, at least one oxidizing agent, at least one alkalizing agent and at least one oxidizable solvent selected from 2-phenoxyethanol, benzyl alcohol, 2-phenylethanol and 2-benzyloxyethanol, isopropanol, propanol, n-butanol, isobutanol, t-butanol and 1-pentanol.
An alkaline aqueous zinc-iron alloy plating bath comprising - 4 to 6 g/l zinc ions - 1 to 3 g/l iron ions - 25 to 35 g/l hydroxyl ions, - 0.5 to 2.5 g/l of a quaternary ammonium polymer and - at least one complexing agent selected from the group consisting of hydroxyl carboxylic acids and salts thereof. - 4 to 6 g/l zinc ions - 1 to 3 g/l iron ions - 25 to 35 g/l hydroxyl ions, - 0.5 to 2.5 g/l of a quaternary ammonium polymer and - at least one complexing agent selected from the group consisting of hydroxyl carboxylic acids and salts thereof.
Treatment system for the exhaust gases emitted by an internal combustion engine, comprising: - a catalytic particulate filter that can catalyze the reduction of nitrogen oxides, mounted in the exhaust line of the engine, - a selective catalytic reduction device for nitrogen oxides, mounted downstream of the catalytic particulate filter, - an injection device for a reducing agent in the exhaust line, mounted upstream of the catalytic particulate filter, - a means of determining the temperature of the catalytic particulate filter and - an electronic control unit that can order the injection of the reducing agent into the exhaust line, characterized in that the electronic control unit comprises a first control means that can order the injection of the reducing agent into the exhaust line to give a specified quantity of reducing agent stored in the catalytic particulate filter corresponding to a temperature of the catalytic particulate filter less than a threshold, and a second control means that can order the injection of the reducing agent into the exhaust line to give a specified quantity of reducing agent stored in the selective catalytic reduction device for nitrogen oxides corresponding to a temperature of the catalytic particulate filter greater than said threshold. - a catalytic particulate filter that can catalyze the reduction of nitrogen oxides, mounted in the exhaust line of the engine, - a selective catalytic reduction device for nitrogen oxides, mounted downstream of the catalytic particulate filter, - an injection device for a reducing agent in the exhaust line, mounted upstream of the catalytic particulate filter, - a means of determining the temperature of the catalytic particulate filter and - an electronic control unit that can order the injection of the reducing agent into the exhaust line,
A method of simultaneous application of three different diffusion aluminide coatings to a metal part with an external surface and internal passageways, the method comprising: placing the part in a retort; applying an aluminum containing source slurry for a first diffusion aluminide coating to a first area of the external surface of the part; coating the interior walls of the retort with a vapor phase coating source slurry for a second vapor phase diffusion aluminide coating on a second surface of the part; masking areas not requiring diffusion aluminide coating with masking material; and attaching a closed chamber inside the retort containing source material for a third vapor phase diffusion aluminide coating to the internal passageways of the part; wherein the retort is placed in a furnace under a protective atmosphere and a diffusion heat treat is performed to coat the external surface and internal passageways of the part with the three diffusion aluminide coatings; wherein the diffusion heat treat is between about 1255 K (1800 °F) and about 1422 K (2100 °F); wherein the diffusion heat treat is for a period of between about 2 hours and about 10 hours; wherein the first diffusion aluminide coating is an inward type coating; wherein the second vapor phase diffusion aluminide coating is an outward type coating; wherein the third vapor phase diffusion aluminide coating is an outward type coating. placing the part in a retort; applying an aluminum containing source slurry for a first diffusion aluminide coating to a first area of the external surface of the part; coating the interior walls of the retort with a vapor phase coating source slurry for a second vapor phase diffusion aluminide coating on a second surface of the part; masking areas not requiring diffusion aluminide coating with masking material; and attaching a closed chamber inside the retort containing source material for a third vapor phase diffusion aluminide coating to the internal passageways of the part;
A manufacturing method for a secondary battery comprising a battery case including a cover plate provided with an electrolyte solution injection hole, and a sealing member sealing the electrolyte solution injection hole, the electrolyte solution injection hole having a tapered plane that expands in diameter toward an external surface of the battery case in the cover plate, the manufacturing method for a secondary battery comprising: a preparing step of preparing a cell in which, after an electrolyte solution is injected to the battery case through the electrolyte solution injection hole, the sealing member is disposed on the electrolyte solution injection hole; and a press-fitting step of press-fitting the sealing member into the electrolyte solution injection hole while applying press-fitting load and ultrasonic vibration with a frequency of 20 kHz or more in parallel to a press-fitting direction from a hone in contact with the sealing member. a preparing step of preparing a cell in which, after an electrolyte solution is injected to the battery case through the electrolyte solution injection hole, the sealing member is disposed on the electrolyte solution injection hole; and a press-fitting step of press-fitting the sealing member into the electrolyte solution injection hole while applying press-fitting load and ultrasonic vibration with a frequency of 20 kHz or more in parallel to a press-fitting direction from a hone in contact with the sealing member.
A composition for biotransplantation comprising an intestinal organoid and fibrin glue, wherein the fibrin glue is comprised in an amount of 10 to 15% (v/v) based on the total weight of the composition.
A secure boot method comprising the steps of: shutting down an application being processed by a controller; setting, by the application at shut down, a boot mode to a first setting to indicate to a bootloader that, upon a next boot, the bootloader should authenticate the application; rebooting the bootloader prior to the controller entering a low power state; authenticating the application; setting an authentication code; storing the authentication code in persistent memory; setting, at the bootloader, the boot mode to a second setting to indicate to the bootloader that, upon the next boot, the bootloader should boot the application; and entering the low power state. shutting down an application being processed by a controller; setting, by the application at shut down, a boot mode to a first setting to indicate to a bootloader that, upon a next boot, the bootloader should authenticate the application; rebooting the bootloader prior to the controller entering a low power state; authenticating the application; setting an authentication code; storing the authentication code in persistent memory; setting, at the bootloader, the boot mode to a second setting to indicate to the bootloader that, upon the next boot, the bootloader should boot the application; and entering the low power state.
A feeding device comprising at least: • two mutually complementary feeding connectors (5, 6); and • a breakable connection member connecting together said two feeding connectors (5, 6) and presenting a breakable section; and • a force transmission member connected to said breakable section of the connection member, the feeding device being characterized in that the force transmission member is connected to said breakable section of the connection member so as to transmit a twisting breaking load thereto in order to unlock the connection between the two feeding connectors (5, 6). • two mutually complementary feeding connectors (5, 6); and • a breakable connection member connecting together said two feeding connectors (5, 6) and presenting a breakable section; and • a force transmission member connected to said breakable section of the connection member, the feeding device being characterized in that the force transmission member is connected to said breakable section of the connection member so as to transmit a twisting breaking load thereto in order to unlock the connection between the two feeding connectors (5, 6).
A separating concave (10, 40) of a crop material separating apparatus (2, 6) of a combine harvester, comprising mutually spaced arcuate frame components, between which there are stationarily arranged pivot axes or bars which extend transversely relative to the frame components (21, 41) and which form a separating surface having through openings, characterised in that finger-shaped elements (24, 45, 52) can be introduced into the through openings between the bars or pivot axes, which elements (24, 45, 52) which extend uniformly in the peripheral direction and which can be mounted releasably to the separating concave (10, 40) and which are arranged in mutually spaced relationship at an average axis spacing in the axial direction of the separating concave (10, 40), and that each element (24, 45, 52) viewed over its longitudinal extent is of an average width, wherein the ratio of the average width of an element (24, 45, 52) to the average axis spacing of mutually adjacent elements (24, 45) is at least 1:3.5, that a plurality of finger-shaped elements (24, 45, 52) are arranged on a frame element (27, 32, 44), wherein the frame element has a first limb and a second limb inclined through an angle relative thereto, wherein arranged on the frame elements (27, 32) on the side remote from the respective element is at least one respective strip member (34, 35) which projects in the radial direction beyond the first limb of the element so that the strip member (34, 35) projects into the crop material flow which circulates in the crop material separating apparatus (2, 6).
A method for performing linear or stepped gradient elution on a glatiramer acetate with a high-performance liquid chromatography and determining whether the content of each component of the glatiramer acetate is qualified, comprising the following steps: step: preparing a solution of the glatiramer acetate to be tested; step: performing gradient elution on a sample to be tested with an anion exchange liquid chromatography; step: determining a peak area corresponding to each component of the glatiramer acetate, comparing the peak area with a peak area of a reference substance to determine whether the content of each component of the sample to be tested is in a qualified range. step: preparing a solution of the glatiramer acetate to be tested; step: performing gradient elution on a sample to be tested with an anion exchange liquid chromatography; step: determining a peak area corresponding to each component of the glatiramer acetate, comparing the peak area with a peak area of a reference substance to determine whether the content of each component of the sample to be tested is in a qualified range.
A polyacrylic acid (salt)-based water absorbent resin comprising formic acid in an amount of 1 to 500 ppm, wherein when the water absorbent resin has a cationic polymer content of 0.01 to 5 parts by mass, in 100 parts by mass of a polymer, the water absorbent resin has an iron content of not higher than 2 ppm and a formic acid content of 1 to 50,000 ppm.
Device for providing a sterile environment for the incubation of cell cultures comprising: a sealed warming chamber; wherein the warming chamber comprises at least one heating element; wherein the warming chamber comprises sensors for temperature and/or humidity and/or CO2; wherein the warming chamber has at least one connection for a gas supply on the outside, wherein the connection is connected to a line that provides a gas connection (130; 240) in the interior of the warming chamber; a sealed cultivation container for holding the cell cultures; wherein the cultivation container is located in the warming chamber; wherein the cultivation container has a sealable passage (130; 310) in communication with the atmosphere in the cultivation container for each of said sensors of the warming chamber; wherein the cultivation container comprises at least one sealable gas inlet and/or outlet (130; 330) that is couplable to the at least one gas port (130; 240) in the interior of the warming chamber; wherein the sensors of the warming chamber are arranged to be introduced into the respective sealable passages (130; 310) of the warming chamber upon insertion of the cultivation container into the warming chamber; and a water reservoir; wherein the water reservoir is arranged in the cultivation container. a sealed warming chamber; wherein the warming chamber comprises at least one heating element; wherein the warming chamber comprises sensors for temperature and/or humidity and/or CO2; wherein the warming chamber has at least one connection for a gas supply on the outside, wherein the connection is connected to a line that provides a gas connection (130; 240) in the interior of the warming chamber; a sealed cultivation container for holding the cell cultures; wherein the cultivation container is located in the warming chamber; wherein the cultivation container has a sealable passage (130; 310) in communication with the atmosphere in the cultivation container for each of said sensors of the warming chamber; wherein the cultivation container comprises at least one sealable gas inlet and/or outlet (130; 330) that is couplable to the at least one gas port (130; 240) in the interior of the warming chamber; wherein the sensors of the warming chamber are arranged to be introduced into the respective sealable passages (130; 310) of the warming chamber upon insertion of the cultivation container into the warming chamber; and a water reservoir; wherein the water reservoir is arranged in the cultivation container.
An endovascular introducer comprising in combination, a handle assembly, a stent graft deployment device and a stent graft retained on the stent graft deployment device; the handle assembly including a substantially cylindrical fixed handle (34, 36) and a tubular release handle able to slide within the fixed handle, the release handle to be moved relative to the fixed handle, the fixed handle comprising a fixed portion to be gripped and held by a user and rotating portion to be rotated, the rotating portion of the fixed handle and the release handle comprising co-acting first screw threads (31, 37) whereby rotation of the rotating portion of the fixed handle causes relative longitudinal motion between the fixed handle and the release handle; the deployment device including a pusher assembly, the stent graft being mounted onto the pusher assembly and a sheath to cover the stent graft on the pusher assembly and to retain the stent graft in a compressed condition on the pusher assembly, the sheath being relatively movable with respect to the pusher assembly, the pusher assembly being connected to the fixed handle and the sheath being connected to the release handle; whereby retraction of the release handle with respect to the fixed handle by rotation of the rotating portion of the fixed handle causes the sheath to be retracted at least partially from the stent graft on the pusher assembly; the device further including a stepped shoulder inside the release handle; wherein the fixed portion of the fixed handle engages the pusher assembly and the rotating portion of the fixed handle engages a release clamp on the pusher assembly, the release clamp being movable longitudinally with respect to the pusher assembly, the stepped shoulder arranged to engage the release clamp on the pusher assembly after a selected amount of movement of the release handle has occurred by the relative rotation of the rotating portion of the fixed handle, the release clamp on the pusher assembly having attached thereto trigger wires for the release of the stent graft from the pusher assembly, whereby, after engagement of the release clamp by the stepped shoulder, rotation of the rotating portion of the fixed handle moves the release clamp on the pusher assembly and thereby pulls the trigger wires to release the stent graft from the pusher assembly.