mhurhangee/ep-ind-claims huggingface dataset:
A urine sample analyzing method comprising: flowing a measurement specimen prepared by mixing a urine sample and reagent through a flow cell; irradiating particles in the measurement specimen flowing through the flow cell with linearly polarized light and thereby producing scattered light; detecting the scattered light having a polarization direction that differs from that of the irradiating light, the polarization direction of the scattered light being changed by the particles; and discriminating erythrocytes from crystals in the measurement specimen based on the detected scattered light, wherein the reagent contains a membrane staining dye, the method further comprises detecting fluorescent light produced by irradiating the particles in the measurement specimen, wherein the erythrocytes dyed by the membrane staining dye are discriminated from the crystals based on the scattered light and the fluorescent light. flowing a measurement specimen prepared by mixing a urine sample and reagent through a flow cell; irradiating particles in the measurement specimen flowing through the flow cell with linearly polarized light and thereby producing scattered light; detecting the scattered light having a polarization direction that differs from that of the irradiating light, the polarization direction of the scattered light being changed by the particles; and discriminating erythrocytes from crystals in the measurement specimen based on the detected scattered light, wherein the reagent contains a membrane staining dye, the method further comprises detecting fluorescent light produced by irradiating the particles in the measurement specimen, wherein the erythrocytes dyed by the membrane staining dye are discriminated from the crystals based on the scattered light and the fluorescent light.
A method of acquiring neighbor relation information, comprising: determining that an access terminal is operating in a first defined radio state that is one of a set of specified radio states; conducting a measurement for neighbor relation information as a result of the determination that the access terminal is in the first defined radio state; further characterized by determining that the neighbor relation information is not to be reported immediately to a network entity based on a determination that the access terminal is not in a second defined radio state for which neighbor relation information reporting is allowed; and sending a message to report the neighbor relation information to the network entity based on a determination that the access terminal is in the second defined radio state. determining that an access terminal is operating in a first defined radio state that is one of a set of specified radio states; conducting a measurement for neighbor relation information as a result of the determination that the access terminal is in the first defined radio state; further characterized by determining that the neighbor relation information is not to be reported immediately to a network entity based on a determination that the access terminal is not in a second defined radio state for which neighbor relation information reporting is allowed; and sending a message to report the neighbor relation information to the network entity based on a determination that the access terminal is in the second defined radio state.
A compressor (100; 200; 300; 400; 500; 600; 700), comprising: a screw-type compression mechanism (120; 220; 320; 420; 520; 620; 720), the screw-type compression mechanism (120; 220; 320; 420; 520; 620; 720) having a first pressure side (120a; 220a; 320a) and a second pressure side (120b; 220b; 320b); an external shell (110; 210; 310; 410; 510; 610; 710), the external shell (110; 210; 310; 410; 510; 610; 710) configured to enclose the screw-type compression mechanism (120; 220; 320; 420; 520; 620; 720) and the external shell (110; 210; 310; 410; 510; 610; 710) characterized by including a first compartment (141; 241; 341) and a second compartment (142; 242; 342), and the first compartment (141; 241; 341) is in fluid communication with the first pressure side (120a; 220a; 320a) and the second compartment (142; 242; 342) is in fluid communication with the second pressure side (120b; 220b; 320b); wherein the screw-type compression mechanism (120; 220; 320; 420; 520; 620; 720) is isolated from the external shell (110; 210; 310; 410; 510; 610; 710) by an isolator (130; 230; 330). a screw-type compression mechanism (120; 220; 320; 420; 520; 620; 720), the screw-type compression mechanism (120; 220; 320; 420; 520; 620; 720) having a first pressure side (120a; 220a; 320a) and a second pressure side (120b; 220b; 320b); an external shell (110; 210; 310; 410; 510; 610; 710), the external shell (110; 210; 310; 410; 510; 610; 710) configured to enclose the screw-type compression mechanism (120; 220; 320; 420; 520; 620; 720) and the external shell (110; 210; 310; 410; 510; 610; 710) characterized by including a first compartment (141; 241; 341) and a second compartment (142; 242; 342), and the first compartment (141; 241; 341) is in fluid communication with the first pressure side (120a; 220a; 320a) and the second compartment (142; 242; 342) is in fluid communication with the second pressure side (120b; 220b; 320b); wherein the screw-type compression mechanism (120; 220; 320; 420; 520; 620; 720) is isolated from the external shell (110; 210; 310; 410; 510; 610; 710) by an isolator (130; 230; 330).
A light emitting device having a longitudinal axis comprising: at least one LED light source (8, 9) adapted for, in operation, emitting first light, at least one LED filament (4, 5, 6, 7) adapted for, in operation, emitting second light, at least one translucent core element, the translucent core element comprising a circumferential wall, an inner space enclosed by the circumferential wall, and an outer bulb enclosing the at least one translucent core element and the at least one LED filament (4, 5, 6, 7), wherein the at least one LED filament (4, 5, 6, 7) being arranged outside of the at least one translucent core element, and wherein the at least one translucent core element is centrally arranged on the longitudinal axis, characterised by the at least one LED light source (8, 9) being arranged in the inner space enclosed by the circumferential wall of the translucent core element. at least one LED light source (8, 9) adapted for, in operation, emitting first light, at least one LED filament (4, 5, 6, 7) adapted for, in operation, emitting second light, at least one translucent core element, the translucent core element comprising a circumferential wall, an inner space enclosed by the circumferential wall, and an outer bulb enclosing the at least one translucent core element and the at least one LED filament (4, 5, 6, 7), wherein the at least one LED filament (4, 5, 6, 7) being arranged outside of the at least one translucent core element, and wherein the at least one translucent core element is centrally arranged on the longitudinal axis, characterised by the at least one LED light source (8, 9) being arranged in the inner space enclosed by the circumferential wall of the translucent core element.
A device (10, 200) for automatic suturing, comprising: a shaft (30, 230) having a longitudinal axis, the shaft (30, 230) having a joint rotatable about a joint axis which is at an angle > 0° to the longitudinal axis; a clamp (12, 212) at a distal end of the shaft (30, 230) and configured to be positioned over a length of tissue to be sutured; a driver (24, 224) configured to engage with a screw of the shaft (30, 230) so as to translate along a length of the shaft (30, 230) when rotated; a helical needle (20, 220) connected to the driver (24, 224) such that the helical needle (20, 220) is rotated while advancing or retracting over a length of the clamp (12, 212) and over the joint of the shaft (30, 230). a shaft (30, 230) having a longitudinal axis, the shaft (30, 230) having a joint rotatable about a joint axis which is at an angle > 0° to the longitudinal axis; a clamp (12, 212) at a distal end of the shaft (30, 230) and configured to be positioned over a length of tissue to be sutured; a driver (24, 224) configured to engage with a screw of the shaft (30, 230) so as to translate along a length of the shaft (30, 230) when rotated; a helical needle (20, 220) connected to the driver (24, 224) such that the helical needle (20, 220) is rotated while advancing or retracting over a length of the clamp (12, 212) and over the joint of the shaft (30, 230).
A snap-in crank mechanism comprising a crank housing mounted out of a column, and a crank having a crank rod with two ends, a crank head and a crank shaft; characterized in that, the crank housing comprises a crank inner housing sleeved outside the column, and a crank outer housing detachably sleeved outside the crank inner housing; the crank inner housing has a left inner housing, a right inner housing and a lower inner housing, the left inner housing and the right inner housing are connected with each other forming a sleeve which is sleeved outside the column and has a crank rod mounting hole at the periphery of the sleeve; the crank outer housing is slidable on the periphery of the sleeve formed by the left inner housing and the right inner housing; the lower inner housing is inserted from the bottom of the crank outer housing, and is located between the crank outer housing and the bottom of the left inner housing and the right inner housing clamping with the left inner housing and the right inner housing; one end of the crank rod is located inside the crank rod mounting hole and is connected to the crank shaft running through the column, while the other end of the crank rod is connected to the crank head. the crank housing comprises a crank inner housing sleeved outside the column, and a crank outer housing detachably sleeved outside the crank inner housing; the crank inner housing has a left inner housing, a right inner housing and a lower inner housing, the left inner housing and the right inner housing are connected with each other forming a sleeve which is sleeved outside the column and has a crank rod mounting hole at the periphery of the sleeve; the crank outer housing is slidable on the periphery of the sleeve formed by the left inner housing and the right inner housing; the lower inner housing is inserted from the bottom of the crank outer housing, and is located between the crank outer housing and the bottom of the left inner housing and the right inner housing clamping with the left inner housing and the right inner housing; one end of the crank rod is located inside the crank rod mounting hole and is connected to the crank shaft running through the column, while the other end of the crank rod is connected to the crank head.
A method for changing a control mode of an automated vehicle from an automated control to a manual control comprising: operating, by a controller, based on one or more control parameters, a vehicle under the automated control; determining, by the controller, while a control mode of the vehicle is under the automated control, a future time when a control mode of the vehicle is to change from the automated control to manual control; determining, by the controller, based on a readiness state of an operator of the vehicle determined by an operator detection device of the vehicle, a take over interval during which the control mode is to change from the automated control to the manual control; and outputting, during the take over interval, a notification that the control mode of the vehicle is to change from the automated control to the manual control; characterized by responsive to determining that the readiness state indicates that the operator is not ready for the manual control, modifying the one or more control parameters thereby increasing the take over interval, wherein the increased take over interval is realized by an increased following distance of the vehicle. operating, by a controller, based on one or more control parameters, a vehicle under the automated control; determining, by the controller, while a control mode of the vehicle is under the automated control, a future time when a control mode of the vehicle is to change from the automated control to manual control; determining, by the controller, based on a readiness state of an operator of the vehicle determined by an operator detection device of the vehicle, a take over interval during which the control mode is to change from the automated control to the manual control; and outputting, during the take over interval, a notification that the control mode of the vehicle is to change from the automated control to the manual control; characterized by responsive to determining that the readiness state indicates that the operator is not ready for the manual control, modifying the one or more control parameters thereby increasing the take over interval, wherein the increased take over interval is realized by an increased following distance of the vehicle.
Process for manufacturing cold mix asphalt, consisting of solid mineral fractions coated using an emulsion binder, said binder comprising a fluxing or fluidizing agent, said process comprising the following successive steps: a. coating in a mixer at room temperature the totality of solid mineral fractions with an emulsion binder, said emulsion comprising the totality of the binder but not containing the totality of the fluxing or fluidizing agent, for a time period T sufficient to observe coating of the mix; then b. adding, at the end of the time interval T, the remaining quantity of fluxing or fluidizing agent, and if need be an additive suited to the nature of the fluxing or fluidizing agent, in a mixer for a time interval t such that the T/t ratio is greater than 2, the other mixing conditions for steps a) and b) being moreover almost identical. a. coating in a mixer at room temperature the totality of solid mineral fractions with an emulsion binder, said emulsion comprising the totality of the binder but not containing the totality of the fluxing or fluidizing agent, for a time period T sufficient to observe coating of the mix; then b. adding, at the end of the time interval T, the remaining quantity of fluxing or fluidizing agent, and if need be an additive suited to the nature of the fluxing or fluidizing agent, in a mixer for a time interval t such that the T/t ratio is greater than 2, the other mixing conditions for steps a) and b) being moreover almost identical.
An electrically conductive material comprising: a base consisting of a silk fiber degummed with an enzyme; and poly(3,4-ethylene-dioxythiophene)-p-toluenesulfonate (PEDOT-pTS) applied to the base.
A coloured tyre portion comprising a highly impermeable barrier layer on the part of the tyre for colouring; and a dye on said barrier layer; said coloured portion being characterized in that said dye comprises an optical whitener.
A phosphor comprising a cerium-activated sialon crystal having a basic composition represented by the general formula: (Sr 1-x, Ce x) α Si β Al γ O δ N ω in which x is 0 < x < 1, α is 0 < α ≤ 3, and β, γ, δ and ω are numbers such that numerical values converted when α is 2 satisfy 5 ≤ β ≤ 9, 1 ≤ γ 5, 0 ≤ 8 ≤ 1.5, and 10 ≤ ω ≤ 20, wherein the phosphor includes particles having a Wadell's sphericity (Ψ) of 0.65 or more and emits yellow light by being excited by ultraviolet light, violet light or blue light, and wherein the Wadell's sphericity (Ψ) is defined by the formula: Ψ = (surface area of a sphere having the same volume as that of an actual particle) / (surface area of the actual particle).
A sheet manufacturing apparatus comprising: a defibrating portion that defibrates a raw material; a mixing portion that mixes a defibrated material defibrated by the defibrating portion with a binding material; a heating portion that heats a mixture mixed by the mixing portion; and a control portion that controls a temperature of the heating portion, characterised in that: the control portion sets a heating temperature of the heating portion to a temperature depending on a type of the raw material defibrated by the defibrating portion. a defibrating portion that defibrates a raw material; a mixing portion that mixes a defibrated material defibrated by the defibrating portion with a binding material; a heating portion that heats a mixture mixed by the mixing portion; and a control portion that controls a temperature of the heating portion, characterised in that: the control portion sets a heating temperature of the heating portion to a temperature depending on a type of the raw material defibrated by the defibrating portion.
Analysing array with at least one heatable electrode on the support for the chemical or biochemical analysis, the electrode surface of which is brought to a respective own temperature, wherein at least one elongated electrically conductive electrode with heating current contacts (5, 5') at each end of the electrode and with molecule sonde on the electrode surface, is applied on the carried, where a uniform temperature on the whole electrode surface is provided, by the cross-section area the elongated electrode is cross to the longitudinal axis of the electrodes, which stretched of one end the elongated electrode with the electrically heating current contact to the other end the elongated electrode with the electrically heating current contacts, varies or the end the electrode surface on the heating current contacts with a thermically and electrically insulating layer is covered.
Process for preparing fertilizer granules containing potassium, magnesium, calcium and sulfate, comprising press agglomeration of a finely divided pressing material which contains at least 10% by weight of calcined polyhalite, wherein 0.1% to 7% by weight of water is added to the finely divided pressing material supplied to the press agglomeration.
A catalyst composition for the oligomerization of ethylene to 1-octene, the catalyst composition comprising: a chromium species; and a ligand having the formula of where Ar 1 and Ar 2 are each independently an aromatic group or a substituted aromatic group, n is 0 or 1, and m = n +3. a chromium species; and a ligand having the formula of where Ar 1 and Ar 2 are each independently an aromatic group or a substituted aromatic group, n is 0 or 1, and m = n +3.
A combination of a first wired drill pipe joint and an adapter, the first wired drill pipe joint for being threadedly connected, in use, to a second wired drill pipe joint, the first and second wired drill pipe joints each having threads (54, 64) that can be threaded together to form a connection between the first and second wired drill pipe joints, the adapter comprising: an annular adapter having a first end and a second end; an annular recess extending partially into the first end of the adapter; and an element of a communication coupler disposed at least partially within the annular recess; wherein the second end of the adapter is configured to be coupled to an end portion of the first wired drill pipe joint; the annular adapter and the element of the communication coupler form a shoulder of the first wired drill pipe joint for engaging a corresponding shoulder of the second wired drill pipe joint to form a rotary shouldered threaded connection therebetween when the threads (54, 64) of the first and second wired drill pipe joints are threaded together to form a connection between the first and second wired drill pipe joints; wherein the annular adapter comprises a material having at least one of a greater compressive strength than the material of the first wired drill pipe joint, a lower ductility than the material of the first wired drill pipe joint, and a greater hardness than the material of the first wired drill pipe joint. an annular adapter having a first end and a second end; an annular recess extending partially into the first end of the adapter; and an element of a communication coupler disposed at least partially within the annular recess; wherein the second end of the adapter is configured to be coupled to an end portion of the first wired drill pipe joint; the annular adapter and the element of the communication coupler form a shoulder of the first wired drill pipe joint for engaging a corresponding shoulder of the second wired drill pipe joint to form a rotary shouldered threaded connection therebetween when the threads (54, 64) of the first and second wired drill pipe joints are threaded together to form a connection between the first and second wired drill pipe joints; wherein the annular adapter comprises a material having at least one of a greater compressive strength than the material of the first wired drill pipe joint, a lower ductility than the material of the first wired drill pipe joint, and a greater hardness than the material of the first wired drill pipe joint.
Training apparatus for stimulating the back muscles associated with a person's spine, with two rows of shaped bodies that run next to one another in a longitudinal direction, in particular are not offset relative to one another, which shaped bodies are connected to one another via connecting portions and project away from a base plane that runs through the connecting portions, wherein each of the shaped bodies has at least one bearing region that is designed as a bearing point or bearing surface for stimulating the back muscles, wherein the shaped bodies of one row along with the adjacent assigned shaped bodies of the other row that are perpendicular to the longitudinal direction form shaped-body pairs in each case, and wherein the shaped bodies of the shaped-body pairs form interspaces, in which portions of a spine can be accommodated in the longitudinal direction of the rows, and wherein the shaped bodies project away from the base plane on either side, in particular symmetrically, characterized in that the shaped bodies together with the connecting portions are formed monolithically, and in that the shaped bodies and the connecting portions are formed from an elastically deformable plastic.
A drug delivery system for administration of a pharmaceutically active substance that is a cationic amphiphile by itself and has a solubility perse in water of at least 4 mg/ml, characterized in that the drug delivery system comprises nanoparticles smaller than about 50 nm having a solubility in water below 0.1 mg/ml, said nanoparticles being formed by said substance in association with a sodium salt of the methyl ester of N-all-trans-retinoyl cysteic acid, a sodium salt of methyl ester of N-13-cis-retinoyl cysteic acid, or a combination thereof.