mhurhangee/ep-ind-claims huggingface dataset:
A lancet sheet providing multiple lancets for a lancet housing assembly for use in a portable handheld medical diagnostic device for sampling bodily fluids from a skin site of a patient, the lancet sheet comprising: a removable ledge (706, 708) formed of material forming the lancet sheet; a plurality of lancet structures formed of material forming the lancet sheet, the plurality of lancet structures comprising a skin penetrating end and a blood transport portion adjacent the skin penetrating end, wherein the skin penetrating end is shaped and sized to penetrate the patient's skin at the skin site to provide an amount of blood; and a plurality of spring components (710, 712) formed of material that forms the lancet sheet that releasably connect the plurality of lancet structures to the removable ledge. a removable ledge (706, 708) formed of material forming the lancet sheet; a plurality of lancet structures formed of material forming the lancet sheet, the plurality of lancet structures comprising a skin penetrating end and a blood transport portion adjacent the skin penetrating end, wherein the skin penetrating end is shaped and sized to penetrate the patient's skin at the skin site to provide an amount of blood; and a plurality of spring components (710, 712) formed of material that forms the lancet sheet that releasably connect the plurality of lancet structures to the removable ledge.
A lyophilised formulation obtainable by freeze drying a pharmaceutical aqueous solution formulation comprising 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea, or a lactate salt thereof, lactic acid and water, wherein 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea is present at a solution concentration of less than 6mg/ml and sufficient lactic acid is present to provide a clear solution; or 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea, or a phosphate salt thereof, orthophosphoric acid and water, wherein 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea is present at a solution concentration of less than 4mg/ml and sufficient orthophosphoric acid is present to provide a clear solution.
An extract derived from lemon myrtle, for use in a method for preventing or relieving a decline in a muscle mass and muscular strength caused by locomotive syndrome, frailty, or by an inaction due to insufficient exercise, long-term laid down condition and plaster cast, malnutrition, sarcopenia, a myopathy such as muscular dystrophy and congenital myopathy, and a neurogenic disease such as amyotrophic lateral sclerosis and spinal muscular atrophy, comprising the step of administering the extract derived from lemon myrtle as an active ingredient, wherein the extract is extracted from the leaf of lemon myrtle using water or a mixed solvent of water and a water-miscible solvent, wherein the ratio of water-miscible solvent in the mixed solvent is 95 v/v% or less.
A projection device, comprising: an illumination system providing an illumination beam; a light valve disposed on a transmission path of the illumination beam to modulate the illumination beam into an image beam; and a projection lens disposed on a transmission path of the image beam to project the image beam out of the projection device to form a portrait image, wherein a short side direction of the light valve is parallel to a short side direction of an effective region of the light valve, the central axis of the projection lens is perpendicular to a long side direction of the light valve and is parallel to the short side direction of the light valve, wherein an aspect ratio of the portrait image is the same as an aspect ratio of an effective region of the light valve or a difference between an aspect ratio of the portrait image and an aspect ratio of the effective region of the light valve is greater than 0% and less than or equal to 10%; wherein a center of the light valve has a first offset with respect to a reference plane in the long side direction of the light valve, wherein the reference plane comprises the central axis of the projection lens, and the reference plane is perpendicular to the long side direction of the light valve; and wherein a center of the portrait image has a second offset with respect to the reference plane in a long side direction of the portrait image. an illumination system providing an illumination beam; a light valve disposed on a transmission path of the illumination beam to modulate the illumination beam into an image beam; and a projection lens disposed on a transmission path of the image beam to project the image beam out of the projection device to form a portrait image, wherein a short side direction of the light valve is parallel to a short side direction of an effective region of the light valve, the central axis of the projection lens is perpendicular to a long side direction of the light valve and is parallel to the short side direction of the light valve, wherein an aspect ratio of the portrait image is the same as an aspect ratio of an effective region of the light valve or a difference between an aspect ratio of the portrait image and an aspect ratio of the effective region of the light valve is greater than 0% and less than or equal to 10%; wherein a center of the light valve has a first offset with respect to a reference plane in the long side direction of the light valve, wherein the reference plane comprises the central axis of the projection lens, and the reference plane is perpendicular to the long side direction of the light valve; and wherein a center of the portrait image has a second offset with respect to the reference plane in a long side direction of the portrait image.
A mini-gastrin analogue PP-F11 having the formula: PP-F11: X-DGlu-DGlu-DGlu-DGlu-DGlu-DGlu-Ala-Tyr-Gly-Trp-Y-Asp-Phe-NH 2, wherein Y stands for an amino acid replacing methionine and X stands for a chemical group attached to the peptide for the purpose of diagnostic and/or therapeutic intervention at CCK-2 receptor relevant diseases. PP-F11: X-DGlu-DGlu-DGlu-DGlu-DGlu-DGlu-Ala-Tyr-Gly-Trp-Y-Asp-Phe-NH 2, X-DGlu-DGlu-DGlu-DGlu-DGlu-DGlu-Ala-Tyr-Gly-Trp-Y-Asp-Phe-NH 2,
A method comprising: initiating a ground-based health test of a fuel pump of a fuel control system of a gas turbine engine; determining a starter speed of the gas turbine engine while the ground-based health test is in progress; initiating fuel flow from the fuel pump to an ignition system and a combustor of the gas turbine engine with the starter speed set below a nominal ground-based engine starting speed; monitoring a parameter of the gas turbine engine to verify light-off; and determining a health status of the fuel pump based on the starter speed at which light-off is achieved; wherein the starter speed of the gas turbine engine is adjusted during the ground-based health test to modulate a metering valve position of the fuel control system and open a minimum pressure shutoff valve of the fuel control system; and wherein the metering valve position is set to a position to establish fuel flow based on a capacity of the fuel pump without metering regulation. initiating a ground-based health test of a fuel pump of a fuel control system of a gas turbine engine; determining a starter speed of the gas turbine engine while the ground-based health test is in progress; initiating fuel flow from the fuel pump to an ignition system and a combustor of the gas turbine engine with the starter speed set below a nominal ground-based engine starting speed; monitoring a parameter of the gas turbine engine to verify light-off; and determining a health status of the fuel pump based on the starter speed at which light-off is achieved; wherein the starter speed of the gas turbine engine is adjusted during the ground-based health test to modulate a metering valve position of the fuel control system and open a minimum pressure shutoff valve of the fuel control system; and wherein the metering valve position is set to a position to establish fuel flow based on a capacity of the fuel pump without metering regulation.
A noise reducing device comprising: an acoustic-to-electric conversion section for collecting noise from a noise source and outputting the corresponding analog noise signal; an analog-to-digital conversion section for converting said analog noise signal into a digital noise signal; a digital processing section for generating a digital noise reducing signal by filtering said digital noise signal by a desired set of filter coefficients; a digital-to-analog conversion section for converting said digital noise reducing signal into an analog noise reducing signal; and an electric-to-acoustic conversion section for outputting noise reducing sound on a basis of said analog noise reducing signal, a retaining section for retaining a plurality of sets of filter coefficients, each set corresponding to a kind of noise characteristics; a setting section for setting one of said sets of filter coefficients as a desired set of filter coefficients for said digital processing section, wherein the digital processing section is suitable for generating a digital noise reducing signal on a basis of said digital noise signal and the desired set of filter coefficients; characterized in that the noise reducing device further comprises a noise characteristic analyzing section for analyzing a characteristic of the digital noise signal, wherein said setting section is suitable for setting one of said plurality of sets of filter coefficients as said desired set of filter coefficients on a basis of a result of analysis of said noise characteristic analyzing section. an acoustic-to-electric conversion section for collecting noise from a noise source and outputting the corresponding analog noise signal; an analog-to-digital conversion section for converting said analog noise signal into a digital noise signal; a digital processing section for generating a digital noise reducing signal by filtering said digital noise signal by a desired set of filter coefficients; a digital-to-analog conversion section for converting said digital noise reducing signal into an analog noise reducing signal; and an electric-to-acoustic conversion section for outputting noise reducing sound on a basis of said analog noise reducing signal, a retaining section for retaining a plurality of sets of filter coefficients, each set corresponding to a kind of noise characteristics; a setting section for setting one of said sets of filter coefficients as a desired set of filter coefficients for said digital processing section, wherein the digital processing section is suitable for generating a digital noise reducing signal on a basis of said digital noise signal and the desired set of filter coefficients; characterized in that the noise reducing device further comprises a noise characteristic analyzing section for analyzing a characteristic of the digital noise signal,
An image processing apparatus (100; 800; 1300) comprising: a medical image obtaining unit configured to obtain a medical image of an object in a first shape state, which is an unheld state, by using a first medical imaging apparatus; a deformation information obtaining unit (104; 804; 1304) configured to obtain deformation information indicating deformation of the object from the first shape state to a second shape state which is a held state in which the object is held in a state where it is pressurized; a deformation image generating unit (106; 1306) configured to generate a deformation image by deforming the medical image based on the deformation information and to generate a conversion image for setting an imaging region by converting the deformation image; an imaging region setting unit (108; 808) configured to set the imaging region of the object in the second shape state on a display image generated using the conversion image; a display image generation unit (110; 810) configured to cause a display unit to display the display image representing the conversion image on which the imaging region is superimposed; and the imaging region setting unit (108; 808) being configured to output information of the imaging region to a second medical imaging apparatus in order to image the imaging region of the object in the second shape state. a medical image obtaining unit configured to obtain a medical image of an object in a first shape state, which is an unheld state, by using a first medical imaging apparatus; a deformation information obtaining unit (104; 804; 1304) configured to obtain deformation information indicating deformation of the object from the first shape state to a second shape state which is a held state in which the object is held in a state where it is pressurized; a deformation image generating unit (106; 1306) configured to generate a deformation image by deforming the medical image based on the deformation information and to generate a conversion image for setting an imaging region by converting the deformation image; an imaging region setting unit (108; 808) configured to set the imaging region of the object in the second shape state on a display image generated using the conversion image; a display image generation unit (110; 810) configured to cause a display unit to display the display image representing the conversion image on which the imaging region is superimposed; and the imaging region setting unit (108; 808) being configured to output information of the imaging region to a second medical imaging apparatus in order to image the imaging region of the object in the second shape state.
A variable storage rack for storing and displaying elongate articles (5, 15), in particular essentially cylindrical beverage and/or wine bottles, consisting of a support element (1, 11, 21) and carriers (4, 14, 24) which can be connected thereto in order to accommodate the articles (5, 15), wherein the support element (1, 11, 21) consists of at least one essentially vertically disposed web (2, 12, 22) and at least one horizontally disposed cross-member (3, 13, 23) which is connected thereto, wherein the carriers (4, 14, 24) are horizontally displaceable on the cross-members (3, 13, 23) and, when loaded with the article (5, 15) to be accommodated, are lodged in an interlocking manner on the cross-member (3, 13, 23), characterized in that the carriers (4, 14, 24) are provided with a recess (7, 17) on their attachment region facing the support element (1, 11, 21) which is symmetrical with respect to the apex (6, 16) and which corresponds to the profile of the cross-members (3, 13, 23) and which is open towards the vertex (6, 16).
An eyewear comprising: a lens for the left eye; a lens for the right eye; and a frame configured to support the lenses for the left and right eyes, wherein the lens for the left eye and the lens for the right eye each comprise a transmittance-variable film, each transmittance-variable film comprising: - a first liquid crystal cell comprising a first guest-host liquid crystal layer; and - a second liquid crystal cell comprising a second guest-host liquid crystal layer, wherein the first and second liquid crystal cells (10, 20) are included to overlap each other, wherein each of the first and second liquid crystal cells (10, 20) is switchable between vertically aligned and horizontally aligned states, wherein the first liquid crystal cell is configured such that in the horizontally aligned state its optical axis ranges from 40° to 50° in a clockwise direction with respect to a width axis of the liquid crystal cell, wherein the second liquid crystal cell is configured such that in the horizontally aligned state its optical axis ranges from 130° to 140° in the same clockwise direction with respect to a width axis of the liquid crystal cell, wherein the optical axis of each liquid crystal cell is the direction of the slow axes of the liquid crystal molecules of the corresponding liquid crystal layer (13, 23), and wherein the width axis of each liquid crystal cell is a direction parallel with a line connecting both eyes of an observer who wears the eyewear. a lens for the left eye; a lens for the right eye; and a frame configured to support the lenses for the left and right eyes, wherein the lens for the left eye and the lens for the right eye each comprise a transmittance-variable film, each transmittance-variable film comprising: - a first liquid crystal cell comprising a first guest-host liquid crystal layer; and - a second liquid crystal cell comprising a second guest-host liquid crystal layer, - a first liquid crystal cell comprising a first guest-host liquid crystal layer; and - a second liquid crystal cell comprising a second guest-host liquid crystal layer, wherein the first and second liquid crystal cells (10, 20) are included to overlap each other, wherein each of the first and second liquid crystal cells (10, 20) is switchable between vertically aligned and horizontally aligned states, wherein the first liquid crystal cell is configured such that in the horizontally aligned state its optical axis ranges from 40° to 50° in a clockwise direction with respect to a width axis of the liquid crystal cell, wherein the second liquid crystal cell is configured such that in the horizontally aligned state its optical axis ranges from 130° to 140° in the same clockwise direction with respect to a width axis of the liquid crystal cell, wherein the optical axis of each liquid crystal cell is the direction of the slow axes of the liquid crystal molecules of the corresponding liquid crystal layer (13, 23), and wherein the width axis of each liquid crystal cell is a direction parallel with a line connecting both eyes of an observer who wears the eyewear.
An aircraft comprising: two wing members connected to a fuselage, each wing member comprising two inboard ribs (206, 208), a continuous aft spar, a flaperon closeout, an aft cove formed by the continuous aft spar and the flaperon closeout, a proprotor gearbox, and a rotor pylon; each wing member furthermore comprising a fixed engine and a cantilevered rotating spindle that rotates the proprotor gearbox and the rotor pylon between a hover and forward flight position, wherein the rotating spindle rotates about a rotation bearings on the two inboard ribs (206, 208) wherein the two inboard ribs are inboard with respect to the proprotor gearbox, the rotor pylon and the fixed engine and support the rotating spindle; and an interconnect drive shaft connected to the fixed engine and providing a mechanical connection to the fixed engine fixed of the opposite wing member, wherein the interconnect drive shaft passes through the aft cove of the wing member and connects to the fixed engine via a forward-aft drive shaft, wherein the forward-aft drive shaft is connected to the proprotor gearbox; and wherein a forward spar of the wing member comprises a U-shaped extension that is sized to allow space for and provides support of the rotor pylon in a forward position. two wing members connected to a fuselage, each wing member comprising two inboard ribs (206, 208), a continuous aft spar, a flaperon closeout, an aft cove formed by the continuous aft spar and the flaperon closeout, a proprotor gearbox, and a rotor pylon; each wing member furthermore comprising a fixed engine and a cantilevered rotating spindle that rotates the proprotor gearbox and the rotor pylon between a hover and forward flight position, wherein the rotating spindle rotates about a rotation bearings on the two inboard ribs (206, 208) wherein the two inboard ribs are inboard with respect to the proprotor gearbox, the rotor pylon and the fixed engine and support the rotating spindle; and an interconnect drive shaft connected to the fixed engine and providing a mechanical connection to the fixed engine fixed of the opposite wing member, wherein the interconnect drive shaft passes through the aft cove of the wing member and connects to the fixed engine via a forward-aft drive shaft, wherein the forward-aft drive shaft is connected to the proprotor gearbox; and wherein a forward spar of the wing member comprises a U-shaped extension that is sized to allow space for and provides support of the rotor pylon in a forward position.
Centrifugal pump comprising a pump housing, wherein: an impeller and a suction connector forming a suction opening and insertable into a base plate of the pump housing are arranged in the pump housing, the suction connector is thus mounted on the base plate of the pump housing axially displaceable in that the suction connector and the base plate each have at least one surface which is pivoted with respect to the base plate and which bear against one another, so that, by rotating the suction connector a distance between the impeller and the suction connector can be varied, characterized in that the surfaces are pivoted in such a way that, by rotating the suction connector in the direction of rotation of the impeller the distance is reduced. an impeller and a suction connector forming a suction opening and insertable into a base plate of the pump housing are arranged in the pump housing, the suction connector is thus mounted on the base plate of the pump housing axially displaceable in that the suction connector and the base plate each have at least one surface which is pivoted with respect to the base plate and which bear against one another, so that, by rotating the suction connector a distance between the impeller and the suction connector can be varied, characterized in that the surfaces are pivoted in such a way that, by rotating the suction connector in the direction of rotation of the impeller the distance is reduced.
System for remotely monitoring compressed gas cylinder arrangements, having a plurality of receiving units and a central control unit, wherein the compressed gas cylinder arrangements are each equipped with a manually adjustable display unit mounted on the compressed gas cylinder arrangement and with a detection and communication unit, interacting with the display unit, that comprises a sensor for detecting the setting of the display unit and also a transmitting unit for wirelessly transmitting a signal comprising the information detected by the sensor about the state display and a cylinder identifier to a receiving unit, wherein the receiving units are able to be connected to the central control unit for data transmission purposes and are equipped with evaluation software designed such that information about a change of the state display that is conveyed by the detection and communication unit of a compressed gas cylinder arrangement results in said evaluation software prompting a receiving unit connected to the detection and communication unit of this compressed gas cylinder arrangement for data transmission purposes to deliver a signal to the control unit that contains an indication of the changed state display, of a cylinder identifier and of an identifier of the receiving unit, wherein the display unit is intended to set a number of different state displays for the purpose of manual identification of a state of the compressed gas cylinder arrangement.