mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical kit for the treatment of respiratory allergies comprising: i) at least two compositions A) to be administered through the nasal or sublingual mucosa, each composition A) comprising an inactivated bacteria suspension; ii) at least two compositions B) to be administered through the oral or sublingual mucosa, each composition B) comprising a mixture of an allergen-specific extract and an inactivated bacteria suspension; and iii) a leaflet comprising instructions for the sequential use of compositions A) and compositions B) in the treatment of respiratory allergies; wherein said inactivated bacteria suspension comprises a combination of K. pneumoniae, H. influenzae, S. pneumoniae, and S. aureus, wherein each composition A) comprises an inactivated bacteria suspension having a titer of 10 to 350 million inactivated bacteria/ml, and each composition B) comprises a mixture of an allergen-specific extract having a titer of 300 to 15'000 RAST Units/ml and an inactivated bacteria suspension having a titer of 250 to 350 million inactivated bacteria/ml, wherein allergen is an airborne allergen, and wherein sequential use means that said at least two compositions A) are to be administered before said at least two compositions B). i) at least two compositions A) to be administered through the nasal or sublingual mucosa, each composition A) comprising an inactivated bacteria suspension; ii) at least two compositions B) to be administered through the oral or sublingual mucosa, each composition B) comprising a mixture of an allergen-specific extract and an inactivated bacteria suspension; and iii) a leaflet comprising instructions for the sequential use of compositions A) and compositions B) in the treatment of respiratory allergies;
A vehicle mounting structure for an electric motor unit comprising: a drive unit with a drive motor ; and a power generation unit with a power generation motor , wherein the drive unit and the power generation unit are individually mounted on a vehicle body, the drive unit is fixed to a suspension member of the vehicle body, and the power generation unit is fixed to a side member of the vehicle body, the drive unit is provided behind the power generation unit , characterized in that the drive unit and the power generation unit include an interference portion (C) lower than a rotation shaft center of the drive motor and a rotation shaft center of the power generation motor , and a clearance between the drive unit and the power generation unit is narrower in the interference portion than in a portion other than the interference portion (C). a drive unit with a drive motor ; and a power generation unit with a power generation motor , wherein the drive unit and the power generation unit are individually mounted on a vehicle body, the drive unit is fixed to a suspension member of the vehicle body, and the power generation unit is fixed to a side member of the vehicle body, the drive unit is provided behind the power generation unit , characterized in that the drive unit and the power generation unit include an interference portion (C) lower than a rotation shaft center of the drive motor and a rotation shaft center of the power generation motor , and a clearance between the drive unit and the power generation unit is narrower in the interference portion than in a portion other than the interference portion (C).
An endoscope comprising a printed circuit board , the printed circuit board comprising a base portion and one or more elongate extension portions ; characterized in that the base portion resides within a handle of the endoscope; wherein the one or more elongate extension portions of the printed circuit board are configured to extend from the base portion of the printed circuit board in the handle through a shaft of the endoscope, and terminating at a distal insertion end of the shaft; wherein the base portion is a composite of a flexible board mated to a rigid board, and a first extension portion of the one or more elongate extension portions comprises a rigid board extension, the first extension portion extends through a fluid-carrying lumen of the endoscope shaft; and wherein the base portion of the printed circuit board and the rigid board extension are coated with a water resistant coating or membrane. a base portion and one or more elongate extension portions ; characterized in that the base portion resides within a handle of the endoscope; wherein the one or more elongate extension portions of the printed circuit board are configured to extend from the base portion of the printed circuit board in the handle through a shaft of the endoscope, and terminating at a distal insertion end of the shaft; wherein the base portion is a composite of a flexible board mated to a rigid board, and a first extension portion of the one or more elongate extension portions comprises a rigid board extension, the first extension portion extends through a fluid-carrying lumen of the endoscope shaft; and wherein the base portion of the printed circuit board and the rigid board extension are coated with a water resistant coating or membrane.
A virus-like particle comprising a lipoprotein envelope including a viral fusogenic glycoprotein, wherein said virus-like particle contains cyclic dinucleotides packaged into said virus-like particle, for use for treating cancer.
Method for producing waveguides from a material from the KTP family, comprising the following method steps: b) treating the material such that periodic polarization of the material is achieved, c) treating the material in a molten salt bath containing rubidium ions, characterized in that the molten salt bath containing rubidium ions in step c) satisfies the following boundary conditions: - at the start of the treatment, the mole fraction of rubidium nitrate (RbNO 3 ) in the molten bath is in the range of from 86-90 mol.%, - at the start of the treatment, the mole fraction of potassium nitrate (KNO 3 ) in the molten bath is in the range of from 10-12 mol.%, - at the start of the treatment, the mole fraction of barium nitrate (Ba(NO 3 ) 2 ) in the molten bath is in the range of from 0.5-1 mol.%, - during the treatment, the temperature of the molten bath is in the range of from 357-363°C, and in that the method steps are carried out in the order b), c). b) treating the material such that periodic polarization of the material is achieved, c) treating the material in a molten salt bath containing rubidium ions, - at the start of the treatment, the mole fraction of rubidium nitrate (RbNO 3 ) in the molten bath is in the range of from 86-90 mol.%, - at the start of the treatment, the mole fraction of potassium nitrate (KNO 3 ) in the molten bath is in the range of from 10-12 mol.%, - at the start of the treatment, the mole fraction of barium nitrate (Ba(NO 3 ) 2 ) in the molten bath is in the range of from 0.5-1 mol.%, - during the treatment, the temperature of the molten bath is in the range of from 357-363°C, and
An organic light emitting display comprising: a plurality of red pixels , each of which comprises a respective red emission region; a plurality of green pixels , each of which comprises a respective green emission region; and a plurality of blue pixels , each of which comprises a respective blue emission region, wherein the pixels have an RGB stripe arrangement wherein the red, green and blue pixels are repeatedly arranged in horizontal lines and pixels that emit light of the same colour are arranged in vertical lines, wherein, in at least one of the plurality of red emission regions, and the plurality of the blue emission regions, the emission regions positioned in i-th horizontal lines, where i is a natural number, are arranged in upper portions of corresponding ones of the pixels and the emission regions positioned in (i+1)th horizontal lines are arranged in lower portions of corresponding ones of the pixels such that the emission regions are vertically spaced at non uniform intervals, wherein a distance between a first emission region and an adjacent second emission region situated above the first emission region is different from a distance between the first emission region and an adjacent third emission region situated below the first emission region; and wherein the green emission regions are arranged at uniform intervals in the vertical direction. a plurality of red pixels , each of which comprises a respective red emission region; a plurality of green pixels , each of which comprises a respective green emission region; and a plurality of blue pixels , each of which comprises a respective blue emission region, wherein the pixels have an RGB stripe arrangement wherein the red, green and blue pixels are repeatedly arranged in horizontal lines and pixels that emit light of the same colour are arranged in vertical lines, wherein, in at least one of the plurality of red emission regions, and the plurality of the blue emission regions, the emission regions positioned in i-th horizontal lines, where i is a natural number, are arranged in upper portions of corresponding ones of the pixels and the emission regions positioned in (i+1)th horizontal lines are arranged in lower portions of corresponding ones of the pixels such that the emission regions are vertically spaced at non uniform intervals, wherein a distance between a first emission region and an adjacent second emission region situated above the first emission region is different from a distance between the first emission region and an adjacent third emission region situated below the first emission region; and wherein the green emission regions are arranged at uniform intervals in the vertical direction.
Testing device for non-destructive detection of the gas concentration in foodstuffs (50.4) in packages , comprising: - a detection arrangement for detecting at least one parameter in a foodstuff (50.4) in a package , the parameter being specific to a property of the foodstuff (50.4) to be examined, wherein the detection arrangement comprises a transmitting unit for transmitting a measuring effect and a receiving unit for detecting the transmitted measuring effect , wherein the transmitting unit is designed as a laser source and the receiving unit is designed as an electromagnetic sensor and the measuring effect is designed as a laser radiation in order to detect a change in a spectrum of the radiation which is specific to the parameter, wherein the testing device is designed as a handheld device, wherein a positioning structure is provided to perform an external positioning of the detection arrangement on the package . - a detection arrangement for detecting at least one parameter in a foodstuff (50.4) in a package , the parameter being specific to a property of the foodstuff (50.4) to be examined, wherein the detection arrangement comprises a transmitting unit for transmitting a measuring effect and a receiving unit for detecting the transmitted measuring effect , wherein the transmitting unit is designed as a laser source and the receiving unit is designed as an electromagnetic sensor and the measuring effect is designed as a laser radiation in order to detect a change in a spectrum of the radiation which is specific to the parameter, wherein the testing device is designed as a handheld device, wherein a positioning structure is provided to perform an external positioning of the detection arrangement on the package . wherein the detection arrangement comprises a transmitting unit for transmitting a measuring effect and a receiving unit for detecting the transmitted measuring effect , wherein the transmitting unit is designed as a laser source and the receiving unit is designed as an electromagnetic sensor and the measuring effect is designed as a laser radiation in order to detect a change in a spectrum of the radiation which is specific to the parameter, wherein the testing device is designed as a handheld device, wherein a positioning structure is provided to perform an external positioning of the detection arrangement on the package .
A cleaning blade , comprising: an elastic member including a contact portion to contact a surface of a member to be cleaned and remove an extraneous matter adhering to the surface of the member, wherein the contact portion includes a modified portion including at least one of: an impregnated portion including a first cured material formed of a first curing composition in a thickness direction from a surface of the contact portion; and a surface layer formed of a second curing composition on the surface of the contact portion; wherein a surface of the modified portion has a tack maximum value not greater than 3.0 gf/mm 2 (29.4 x 10 3 N/m 2 ); and wherein the tack maximum value is obtained by: a tacking tester having an SUS probe with a diameter of 5 mm or 8 mm, configured to measure an undersurface of the blade of the elastic member under a load of 200 g, a pressing time of 2 secs, a drawing speed of 600 mm/min, and a temperature of 23°C; wherein an end of the SUS probe position is an edge ridgeline of the elastic member; repeating this measurement three times, and averaging the measured values. an elastic member including a contact portion to contact a surface of a member to be cleaned and remove an extraneous matter adhering to the surface of the member, wherein the contact portion includes a modified portion including at least one of: an impregnated portion including a first cured material formed of a first curing composition in a thickness direction from a surface of the contact portion; and a surface layer formed of a second curing composition on the surface of the contact portion; an impregnated portion including a first cured material formed of a first curing composition in a thickness direction from a surface of the contact portion; and a surface layer formed of a second curing composition on the surface of the contact portion; wherein a surface of the modified portion has a tack maximum value not greater than 3.0 gf/mm 2 (29.4 x 10 3 N/m 2 ); and wherein the tack maximum value is obtained by: a tacking tester having an SUS probe with a diameter of 5 mm or 8 mm, configured to measure an undersurface of the blade of the elastic member under a load of 200 g, a pressing time of 2 secs, a drawing speed of 600 mm/min, and a temperature of 23°C; wherein an end of the SUS probe position is an edge ridgeline of the elastic member; repeating this measurement three times, and averaging the measured values. a tacking tester having an SUS probe with a diameter of 5 mm or 8 mm, configured to measure an undersurface of the blade of the elastic member under a load of 200 g, a pressing time of 2 secs, a drawing speed of 600 mm/min, and a temperature of 23°C; wherein an end of the SUS probe position is an edge ridgeline of the elastic member; repeating this measurement three times, and averaging the measured values.
A liquid formulation for oral or nasogastric administration to a human patient to a location in a gastrointestinal (GI) tract upstream of where pancreatic proteases are introduced into the GI tract, the formulation comprising polyethylene glycol, a therapeutically effective dose of at least 2 grams of tranexamic acid, and an aqueous pharmaceutically acceptable carrier.
A method for transporting electric current over a meshed power network , in which electric current is discontinuously fed into the power network using a plurality of energy-generating devices wherein the power network is protected against failures using a first safety means, the first safety means comprising a respective circuit breaker (S) for disconnecting each one of the energy-generating devices from the power network , characterized in that a second safety means is provided which comprises a controller , a plurality of tripping devices for opening the circuit breakers (S) and a plurality of measuring and signal-generating devices used to monitor the power network for failures, the controller being connected for data exchange to the measuring and signal-generating devices , the tripping devices and a control station (L), where a load state of the power network is continuously monitored, wherein the controller is set to an active operating state by an activation signal generated by the control station (L) when the load state exceeds the load threshold value, wherein, in the active operating state of the controller , signaling paths between the measuring and signal-generating devices and the tripping devices are enabled, wherein, when failure is detected in the power network , a disabling signal is generated by a measuring and signal-generating device and is transmitted to the controller , wherein at least one of the tripping devices is selected using the controller , and wherein the disabling signal is forwarded to the at least one selected tripping device via at least one enabled signaling path, whereupon the circuit breaker (S) is opened using the tripping device , so that the corresponding energy-generating device is disconnected from the power network .
A dye-sensitized photoelectric conversion element comprising at least one dye-sensitized photoelectric conversion cell , wherein the dye-sensitized photoelectric conversion cell includes a conductive substrate having a transparent substrate and a transparent conductive layer provided on the transparent substrate ; a counter substrate which faces the conductive substrate and includes a metal substrate ; an oxide semiconductor layer provided on the conductive substrate or the counter substrate; an annular sealing portion bonding the conductive substrate and the counter substrate; at least one wiring material ; a first connecting portion connecting one end of the at least one wiring material and the metal substrate ; and a portion to be connected which is connected to the other end of the wiring material , wherein the first connecting portion contains first conductive particles, an inorganic filler, and a binder resin, the wiring material contains second conductive particles, a binder resin, and optionally an inorganic filler, the first conductive particles and the second conductive particles contain a common element, an average particle diameter of the first conductive particles is greater than an average particle diameter of the inorganic filler in the first connecting portion , and a content rate of the inorganic filler in the first connecting portion is greater than a content rate of the inorganic filler in the wiring material .
A double-row self-aligning roller bearing comprising: an inner ring; an outer ring having a spherical raceway surface; and a plurality of rollers arranged in two rows in a bearing width direction and interposed between the inner ring and the outer ring, each of the rollers in the two rows having an outer peripheral surface having a cross-sectional shape matching the raceway surface of the outer ring, wherein a ratio of a contact angle θ1 of the rollers in one of the rows to a contact angle θ2 of the rollers in the other of the rows falls within a range of 0.25 ≤ θ1/θ2 < 0.5, and characterized in that a ratio of a distance B1 in the bearing width direction from an end face of the bearing on a side of the one of the rows to an intersection of two lines of action defining the contact angles of the two rows, relative to a distance B2 in the bearing width direction from an end face of the bearing on a side of the other of the rows to the intersection falls within a range of 0.5 ≤ B1/B2 ≤ 0.6. an inner ring; an outer ring having a spherical raceway surface; and a plurality of rollers arranged in two rows in a bearing width direction and interposed between the inner ring and the outer ring, each of the rollers in the two rows having an outer peripheral surface having a cross-sectional shape matching the raceway surface of the outer ring, wherein a ratio of a contact angle θ1 of the rollers in one of the rows to a contact angle θ2 of the rollers in the other of the rows falls within a range of 0.25 ≤ θ1/θ2 < 0.5, and
An apparatus, comprising: a medical device; a camera ; one or more heat sinks configured to dissipate heat generated by the camera ; and a housing configured to maintain the camera in a fixed position when the housing is mounted on the medical device, the housing having a first portion configured to be inserted into a cavity within a panel of the medical device, the first portion of the housing being further configured to receive one or more fasteners for securing the apparatus to the medical device, the camera in the fixed position having a deterministic field of view that includes a first area in which a first interaction with the medical device occurs or is expected to occur, wherein a second portion of the housing is configured to remain outside of the cavity and wherein a first surface of the second portion is mounted flush against and conforms to a second surface formed as an exterior surface of the panel of the medical device. a medical device; a camera ; one or more heat sinks configured to dissipate heat generated by the camera ; and a housing configured to maintain the camera in a fixed position when the housing is mounted on the medical device, the housing having a first portion configured to be inserted into a cavity within a panel of the medical device, the first portion of the housing being further configured to receive one or more fasteners for securing the apparatus to the medical device, the camera in the fixed position having a deterministic field of view that includes a first area in which a first interaction with the medical device occurs or is expected to occur, wherein a second portion of the housing is configured to remain outside of the cavity and wherein a first surface of the second portion is mounted flush against and conforms to a second surface formed as an exterior surface of the panel of the medical device.
A device for separating interconnected transport boats movable in a first plane in an intended direction of motion , characterized in that the device comprises a substantially oval non-circular separation disk aligned parallel to the first plane and connected to a rotary drive and a lifting device via a drive shaft , wherein the separation disk is movable by means of the lifting device in the direction of the transport boats to be separated in order to engage with a corresponding total recess in the transport boats to be separated, and wherein the separation disk is rotatably movable in and/or parallel to the first plane by means of the rotary drive to separate the transport boats to be separated from each other by rotating the separation disk . wherein the separation disk is movable by means of the lifting device in the direction of the transport boats to be separated in order to engage with a corresponding total recess in the transport boats to be separated, and wherein the separation disk is rotatably movable in and/or parallel to the first plane by means of the rotary drive to separate the transport boats to be separated from each other by rotating the separation disk .