mhurhangee/ep-ind-claims huggingface dataset:
Hydrogen leak detector, having: a sensor sensitive to the concentration of hydrogen in the air, the said sensor comprising a sensitive unit exposed directly to the in situ concentration of hydrogen, and a microcontroller comprising: - means for generating and transmitting analogue concentration information on the basis of the concentration measurement, and - means for generating and transmitting an analogue signal of correct operation of the detector, and - a single analogue output, characterised in that the microcontroller comprises means for verifying the integrity of one or more components of the microcontroller and in that the single analog output is able to represent two separate items of information: the analog signal of correct operation of sensor and the analog information of the gas concentration measured by sensor. a sensor sensitive to the concentration of hydrogen in the air, the said sensor comprising a sensitive unit exposed directly to the in situ concentration of hydrogen, and a microcontroller comprising: - means for generating and transmitting analogue concentration information on the basis of the concentration measurement, and - means for generating and transmitting an analogue signal of correct operation of the detector, and - a single analogue output, - means for generating and transmitting analogue concentration information on the basis of the concentration measurement, and - means for generating and transmitting an analogue signal of correct operation of the detector, and - a single analogue output, characterised in that the microcontroller comprises means for verifying the integrity of one or more components of the microcontroller and in that the single analog output is able to represent two separate items of information: the analog signal of correct operation of sensor and the analog information of the gas concentration measured by sensor.
A method for preparing mammalian mesenchymal stem cells (MSCs) comprising the steps of: a) placing a microbiopsy from mammalian skeletal muscle tissue in suitable culture medium, b) collecting cells emerging from said microbiopsy during culturing, c) growing the cells obtained in step b) to near confluency, d) dissociating the cells from step c), e) separating mesenchymal stem cells (MSCs) from the other cells by density gradient fractionation, thereby obtaining mesenchymal stem cells (MSCs). a) placing a microbiopsy from mammalian skeletal muscle tissue in suitable culture medium, b) collecting cells emerging from said microbiopsy during culturing, c) growing the cells obtained in step b) to near confluency, d) dissociating the cells from step c), e) separating mesenchymal stem cells (MSCs) from the other cells by density gradient fractionation, thereby obtaining mesenchymal stem cells (MSCs).
An arrangement in a planetary gearing where the arrangement includes: - a planet gear including at least three planet wheels each of the planet wheels having an inner race, a bearing assembly having at least one bearing supporting the inner race of the planet wheel, and further a shaft supporting the bearing assembly, - a carrier for the planet gear including a first flange connected to an input shaft and a second flange on the opposite side, and each shaft of the planet wheel has - a first end having a first fastening end non-rotatably adapted to said first flange over a first support length (f), the first fastening end having a diameter D 1, - a second end having a second fastening end non-rotatably adapted to said second flange over a second support length (g), - a center area having a diameter D over a length (h), the diameter D being thicker than the diameter D 1, the center area supporting the bearing assembly, and the arrangement further includes a flexing interval (a) with a first gentle rounding in the vicinity of the first end of the shaft and a second flexing interval (b) with a second gentle rounding in the vicinity of the second end of the shaft allowing flexing in each shaft for dynamically adapting the mesh geometry of several planet wheels to the elasticity of a construction, characterized in that the first flexing interval (a) with the first gentle rounding is formed continuously between the first support length (f) and the length (h) of the thicker center area; and the second flexing interval (b) with the second gentle rounding is formed continuously between the second support length (g) and the length (h) of the thicker center area. - a planet gear including at least three planet wheels each of the planet wheels having an inner race, a bearing assembly having at least one bearing supporting the inner race of the planet wheel, and further a shaft supporting the bearing assembly, - a carrier for the planet gear including a first flange connected to an input shaft and a second flange on the opposite side, and - a first end having a first fastening end non-rotatably adapted to said first flange over a first support length (f), the first fastening end having a diameter D 1, - a second end having a second fastening end non-rotatably adapted to said second flange over a second support length (g), - a center area having a diameter D over a length (h), the diameter D being thicker than the diameter D 1, the center area supporting the bearing assembly,
A separating plate comprising a plurality of channels extending in elongated shapes along a first direction, respectively; and a plurality of riblet elements provided to connect side walls of two adjacent channels along a second direction orthogonal to the first direction, wherein the plurality of riblet elements connecting side walls of two adjacent channels are spaced apart at a predetermined interval along the first direction and first openings are provided between two adjacent riblet elements along the first direction, the riblet elements are provided to have a parallelogram shape so that each of a pair of long opposite sides is inclined with respect to the first direction and the second direction, and the two adjacent riblet elements along the second direction are provided to have a symmetric or antisymmetric shape on the basis of the channel.
A method for regulating the temperature of a pyrolysis cleaning program in a gas-powered domestic cooking oven comprising a cavity whose front surface is closed by a door, and comprising an upper wall, side walls, a back wall, and a lower wall, as well as at least one gas burner arranged under the lower wall of said cavity supplied with gas in on-or-off mode, an electric heating element supplied in on-or-off mode arranged under the upper wall of said cavity, and said upper wall of the cavity comprising an opening equipped with a catalytic cell, characterized in that the method for regulating the temperature of a pyrolysis cleaning program comprises the following steps: - a first step of raising the temperature of the air contained in the cavity by the sequential operation of an electric heating element to a set point temperature for a duration (P1a); - a second step of sequentially turning on at least one gas burner and at least partly sequentially turning on the electric heating element for a duration; - a third step of continuously turning on at least one gas burner and sequentially turning on the electric heating element for a duration; and - a fourth step of turning off said electric heating element and at least one gas burner. - a first step of raising the temperature of the air contained in the cavity by the sequential operation of an electric heating element to a set point temperature for a duration (P1a); - a second step of sequentially turning on at least one gas burner and at least partly sequentially turning on the electric heating element for a duration; - a third step of continuously turning on at least one gas burner and sequentially turning on the electric heating element for a duration; and - a fourth step of turning off said electric heating element and at least one gas burner.
An apparatus (10;60) for moving elevator equipment disposed within a shaft comprising: height adjustable means (20;66) configured for interconnecting a suspension point within the shaft and the elevator equipment CHARACTERISED IN THAT the suspension point comprises a length adjustable means (40;62,72) configured for engagement with opposing walls of the shaft or opposing guide rails within the shaft. height adjustable means (20;66) configured for interconnecting a suspension point within the shaft and the elevator equipment CHARACTERISED IN THAT the suspension point comprises a length adjustable means (40;62,72) configured for engagement with opposing walls of the shaft or opposing guide rails within the shaft.
A connector for connecting a frame to a stringer, extending transversely thereto, of a fuselage structure of an aircraft, comprising: a base beam extending in a connector longitudinal direction; a first connecting portion connected to the base beam and extending in a first connector transverse direction, which first connecting portion has, in an end region facing away from the base beam, a coupling structure for engaging around an end region of a cross section of the stringer; and a second connecting portion connected to the base beam, which second connecting portion is designed for connection to the frame; wherein the second connecting portion is oriented in a second connector transverse direction; and wherein the second connecting portion is arranged in a second end region of the base beam with respect to the connector longitudinal direction and extends in the second connector transverse direction, and wherein the second connecting portion has, in an end region facing away from the base beam, a coupling structure for engaging around an end region of a cross section of the frame. a base beam extending in a connector longitudinal direction; a first connecting portion connected to the base beam and extending in a first connector transverse direction, which first connecting portion has, in an end region facing away from the base beam, a coupling structure for engaging around an end region of a cross section of the stringer; and a second connecting portion connected to the base beam, which second connecting portion is designed for connection to the frame; wherein the second connecting portion is oriented in a second connector transverse direction; and wherein the second connecting portion is arranged in a second end region of the base beam with respect to the connector longitudinal direction and extends in the second connector transverse direction, and wherein the second connecting portion has, in an end region facing away from the base beam, a coupling structure for engaging around an end region of a cross section of the frame.
A compressible cannula valve comprising: a housing having a housing wall around a cavity, a housing tip, and a housing port through the housing tip; a cannula formed on a base, a cannula tip extending within the cavity from the base toward the housing port, and a lumen extending from the base to a radially oriented opening; and a resiliently compressible valve having a valve tip, a shoulder and a protrusion, wherein in a sealed position, the resiliently compressible valve surrounds the cannula with the shoulder and the protrusion axially aligned with the radially oriented opening, the shoulder extending radially toward the housing wall and the protrusion extending radially into the radially oriented opening, characterised in that in a sealed position, the cannula tip, the valve tip and the housing tip form a flat co-planar surface. a housing having a housing wall around a cavity, a housing tip, and a housing port through the housing tip; a cannula formed on a base, a cannula tip extending within the cavity from the base toward the housing port, and a lumen extending from the base to a radially oriented opening; and a resiliently compressible valve having a valve tip, a shoulder and a protrusion, wherein in a sealed position, the resiliently compressible valve surrounds the cannula with the shoulder and the protrusion axially aligned with the radially oriented opening, the shoulder extending radially toward the housing wall and the protrusion extending radially into the radially oriented opening, characterised in that in a sealed position, the cannula tip, the valve tip and the housing tip form a flat co-planar surface.
Device for barrel-side sealing of the bearing of a roll pin with a pin bush which is drawn onto the roll pin and with which a guide ring is associated, a bearing bush mounted in a chock, radial shaft seals, which are associated with the chock by way of a retainer, with radial lips (13, 13') which co-operate with the guide ring, and a sealing arrangement arranged upstream of the radial shaft seals with respect to the barrel of the roll, wherein the retainer and the radial lips (13, 13') are formed integrally as a sealing element and form together with a sealing lip (15, 15') of the sealing arrangement a unit which is sealingly and detachably connected with the chock, and wherein the retainer has a prolongation, at the end of which the radial lips (13, 13') are arranged, the radial lips being in sealing connection with the guide ring, and the retainer and the prolongation have a first connection by way of which small quantities of oil for the purpose of minimal quantity lubrication of the radial lip remote from the bearing can be conducted from an oil collecting pocket in the region of the bearing into the region between the two radial lips (13, 13'), and that at least the prolongation has a second connection by way of which excess oil can be conducted away from the region between the radial lips (13, 13'), and wherein the quantity of collected oil particles is settable by way of the size of the opening of the oil collecting pocket, and the quantity of oil able to be stored in the oil collecting pocket is fixable by the inclined position and the depth of the oil collecting pocket.
A composition for use in treating a patient having Mycobacterium avium subspecies paratuberculosis causing one or more autoimmune diseases, comprising: an effective amount of one or more antibiotics; and an effective amount of ultraviolet blood irradiation (UVBI) treated blood of the patient, wherein the blood is blood which has been removed from the patient; wherein the one or more antibiotics comprise one or more of clarithromycin, azithromycin, rifampicin, rifabutin, clofazimine, ciprofloxacin, and metronidazole; wherein the one or more autoimmune diseases are Crohn's disease or complex regional pain syndrome. an effective amount of one or more antibiotics; and an effective amount of ultraviolet blood irradiation (UVBI) treated blood of the patient, wherein the blood is blood which has been removed from the patient; wherein the one or more antibiotics comprise one or more of clarithromycin, azithromycin, rifampicin, rifabutin, clofazimine, ciprofloxacin, and metronidazole; wherein the one or more autoimmune diseases are Crohn's disease or complex regional pain syndrome.
An optically variable security element for securing objects of value, which upon viewing of the security element from opposing sides shows respectively a different optical appearance, having - a reflective layer with opposing first and second principal faces, which is equipped with a microstructure in a first partial region and has no microstructure in a second partial region, - a first absorber layer present on the side of the first principal face in both partial regions and a vapor-deposited dielectric spacer layer arranged between the first absorber layer and the reflective layer in both partial regions, wherein the first absorber layer, the vapor-deposited dielectric spacer layer and the reflective layer form a first interference-layer element, which upon viewing from the side of the first principal face shows a color-shift effect in the first as well as in the second partial region, and - a second absorber layer present on the side of the second principal face in both partial regions and an imprinted spacer layer arranged between the second absorber layer and the reflective layer in both partial regions, wherein the second absorber layer, the imprinted dielectric spacer layer and the reflective layer form a second interference-layer element, which upon viewing from the side of the second principal face shows a metallic appearance without color-shift effect in the first partial region and a color-shift effect in the second partial region. - a reflective layer with opposing first and second principal faces, which is equipped with a microstructure in a first partial region and has no microstructure in a second partial region, - a first absorber layer present on the side of the first principal face in both partial regions and a vapor-deposited dielectric spacer layer arranged between the first absorber layer and the reflective layer in both partial regions, wherein the first absorber layer, the vapor-deposited dielectric spacer layer and the reflective layer form a first interference-layer element, which upon viewing from the side of the first principal face shows a color-shift effect in the first as well as in the second partial region, and - a second absorber layer present on the side of the second principal face in both partial regions and an imprinted spacer layer arranged between the second absorber layer and the reflective layer in both partial regions, wherein the second absorber layer, the imprinted dielectric spacer layer and the reflective layer form a second interference-layer element, which upon viewing from the side of the second principal face shows a metallic appearance without color-shift effect in the first partial region and a color-shift effect in the second partial region.
A system for stabilizing a core meltdown in a nuclear power plant, comprising: - a reactor pressure vessel that contains a reactor core, - a containment vessel that defines a chamber that is located underneath the reactor pressure vessel, - a coolant supply device that is configured to bring coolant into the chamber if a core meltdown is detected, - an absorbent material that is adapted to absorb the coolant brought into the chamber, characterized in that the absorbent material is adapted to expand upon absorption of coolant. - a reactor pressure vessel that contains a reactor core, - a containment vessel that defines a chamber that is located underneath the reactor pressure vessel, - a coolant supply device that is configured to bring coolant into the chamber if a core meltdown is detected, - an absorbent material that is adapted to absorb the coolant brought into the chamber,
A pharmaceutical composition comprising glutathione disulfide or pharmaceutically acceptable organic or inorganic salt thereof and glutathione disulfide S-oxide of the following structure: or pharmaceutically acceptable organic or inorganic salt thereof, for use as a medicament.
A process for producing allyl alcohol, comprising (a) reacting a feed comprising propylene, acetic acid, and oxygen to produce a reaction mixture; (b) distilling the reaction mixture to produce a vapor stream comprising propylene and a liquid stream comprising allyl acetate, acetic acid, acrolein, and allyl diacetate; (c) distilling the liquid stream to produce a lights stream comprising acrolein; a side draw comprising allyl acetate, acetic acid, and water; and a bottoms stream comprising acetic acid and allyl diacetate; (d) vaporizing the bottoms stream in an acetic acid vaporizer to remove a heavies stream comprising allyl diacetate; and (e) hydrolyzing the side draw to produce allyl alcohol.
A device for producing three-dimensional models by means of 3D printing methods, wherein construction material is applied in layers onto a construction platform and the construction platform is displaceable in a Z direction, and one or more drive elements and one or more guide elements are provided for displacement of the construction platform, characterised in that the one or more drive elements engage with the construction platform via a balancing platform and the drive and guide elements are thereby arranged such that a movement of the drive elements is disconnected from a movement of the one or more guide elements in a horizontal direction.
A semiconductor light emitting element comprising a semiconductor layer including a light emitting layer, wherein a surface of the semiconductor light emitting element includes a light extraction surface, and at least one of the light extraction surface and an interface between two layers having different refractive indexes in the semiconductor light emitting element is provided with a periodic recessed and projecting structure having a period that exceeds a wavelength of light emitted from the light emitting layer, and a minute recessed and projecting structure located on a surface of the periodic recessed and projecting structure and having an average diameter that is not more than 0.5 times as great as the wavelength of the emitted light, and the wavelength being equal to or shorter than 350 nm, wherein the average diameter is an average value of a diameter of the minute recessed and projecting structure, and wherein a height of the periodic recessed and projecting structure is not less than 1/3 times and not more than 5 times as great as the period of the periodic recessed and projecting structure, and wherein an average diameter of the minute recessed and projecting structure is not less than 1/30 times and not more than 2/5 times as great as the wavelength of the emitted light.
A method for controlling activity indicators for indicating activity of interface drivers corresponding to activity of an electronic appliance, wherein the electronic appliance comprises a memory with a file system, wherein each interface driver has associated a corresponding directory in the file system for storing files representative of an activity of the interface driver, the method being characterized in that it comprises periodically performing a background process comprising: - calculating a current message digest for the file corresponding to the interface driver activity; - comparing the message digest with the last stored message digest; - upon detecting a change of the message digest (419, 422), generating (420, 423) a state message for the activity indicator corresponding to the interface driver; - sending the state message to the activity indicator. - calculating a current message digest for the file corresponding to the interface driver activity; - comparing the message digest with the last stored message digest; - upon detecting a change of the message digest (419, 422), generating (420, 423) a state message for the activity indicator corresponding to the interface driver; - sending the state message to the activity indicator.
An internet protocol telephony system comprising a voice switching device providing a plurality of call-related functions, an IP voice gateway coupled to the voice switching device, an IP network (32; 52; 92), and an IP telephone, characterized in that: the IP telephone comprises an input for allowing a user selection of a particular call-related function provided by the voice switching device; a microprocessor coupled to the input, the microprocessor including logic for receiving the user selection of the particular call-related function and translating the selected function into a first command; and an output for transmitting the first command onto the IP network (32; 52; 92); the IP telephony system comprises a server coupled to the IP network (32; 52; 92) for accessing the plurality of call-related functions; the server comprises means for receiving the first command or a further command produced from the first command by a network device coupled between the IP telephone and the server; the server comprises means for translating the received command into a second command and means for transmitting the second command to the voice switching device; the voice switching device comprises means for initiating the selected call-related function for the IP telephone in response to the second command.