47results about How to "Easy quantity" patented technology

The invention discloses implementation method and system for dynamically generating report pages. The method includes: setting a functional frame of a dynamic report as required; establishing a data model of the dynamic report based on the functional frame; generating a report query page according to report configuration data, and selecting a report display form according to query conditions; querying the report data; selecting the form containing header and index data according to the query conditions; and generating a two-dimensional table of report display result according to the user-selected form, filling with report result data, and generating a final report form. Same data can be displayed through similar report forms by the method and system, so that report number is decreased and management is facilitated. The data are displayed according to the customized report form in the query stage. Therefore, the requirement for counting same data of similar table forms at different levels is met, the number of reports is decreased greatly, and the reports are easy to manage, maintain nd use.

The invention relates to a method for determining an analyte by means of binding reactions, which method comprises: i) applying the sample to an application zone for sample (ASZ) on a flow matrix in which transport of components present in the sample can take place (transport flow), the flow matrix further exhibiting: a) optionally an application zone (AR*Z) for a binding reactant (Reactant*=R*) which is analytically detectable; b) a detection zone (DZ), which is located downstream of ASZ and exhibits an additional binding reactant (Capturer) firmly anchored to the matrix, and in which a complex (signal complex) containing the Capturer and the analyte and / or Reactant* is formed during the reaction, and ii) detecting the signal complex in the detection zone, the measured signal being used for determining the analyte. According to the invention, the flow matrix comprises at least one separation zone (SZ) between ASZ and DZ, which zone exhibits a structure (ligand) having binding capability for a component that is transported in the matrix and which would affect the measurable signal if the component is transported into DZ. The invention also relates to a test kit comprising the flow matrix.

Brightness of optical equipment can be adjusted as required. An illumination optical system includes a light source, a lens array composed of a plurality of lenses for splitting light emitted from the light source into a plurality of sub-beams, and a polarization conversion element for adjusting the light polarization directions. The illumination optical system further includes a light shielding member between the lens array and the polarization conversion element to adjust the quantity of incident light on polarization splitting films provided in the polarization conversion element.

A snow removal apparatus in the form of a shovel in which a leveraged arrangement is used to lift snow gathered on the shovel blade by lateral movement of such blade while supported by a handle adjustably secured upon the blade and the shovel handle is rested upon an underlying surface while snow is being lifted and moved to a dumping area by leveraged foot movement upon a pivot arm pivoted upon the handle and attached to the blade thus avoiding strain on a shovelers arms and spine while shoveling.

A slot impingement cooler is formed of a plurality of sets of foils in a stacked and registered array. In each set of foils, a first foil has supply slots that direct a flow of coolant, a second foil has a plurality of effective light-trap cavities, a third foil has return slots that return the flow of coolant, and an optional fourth foil has a plurality of effective light-trap cavities. The foils have registered supply manifold openings and registered return manifold openings therethrough.

A sheet supply cassette includes a main frame body and an auxiliary frame body slidable with respect to the main frame body. In the main frame body, there is disposed a sheet placement plate which moves up and down according to the residual quantity of sheets placed, and there is disposed a sheet residual quantity display mechanism which displays the sheet residual quantity according to the upward and downward movements of the sheet placement plate. The display mechanism includes a sheet residual quantity detect portion for detecting the residual quantity of sheets, a sheet residual quantity display portion disposed on the front surface cover portion of the auxiliary frame body, and a connecting portion for connecting together the sheet residual quantity detect portion and sheet residual quantity display portion, while the connecting portion can be expanded and contracted according to the expansion and contraction of the sheet supply cassette.

A process for the production of an oligomer oil by the polymerization of a feedstock containing one or more C3 to C20 1-olefins in the presence of a solid unsupported metallocene- and activator-containing catalyst system which is formed by removing the solvent from a solution of the soluble metallocene- and activator-containing catalyst system.

A slot impingement cooler is formed of a plurality of sets of foils in a stacked and registered array. In each set of foils, a first foil has supply slots that direct a flow of coolant, a second foil has a plurality of effective light-trap cavities, a third foil has return slots that return the flow of coolant, and an optional fourth foil has a plurality of effective light-trap cavities. The foils have registered supply manifold openings and registered return manifold openings therethrough.

An apparatus and method for deboning a poultry wing including multiple stations. The poultry wing is cut and then placed with bones extending through a plate for engagement by a subsequent rotary disboner. The mechanism includes a convey or with the plates secured thereto and motor and controls for moving the conveyor and plates and rotary deboner.

A display device includes: a plurality of first pixel electrodes which are arranged in a first direction and a second direction intersecting the first direction; a plurality of second pixel electrodes which are arranged in the first and second directions; a counter electrode which is formed to be opposed to the plurality of first pixel electrodes and the plurality of second pixel electrodes; a first power supply line which electrically connects the plurality of first pixel electrodes; and a second power supply line which electrically connects the plurality of second pixel electrodes. One or more pixels are formed to correspond to the respective pixel electrodes of the plurality of first pixel electrodes and the plurality of second pixel electrodes. A light-emitting layer made of an organic light-emitting material or an insulating layer made of an organic compound is disposed between a first electrode which is one of the plurality of first pixel electrodes and the counter electrode and between a second electrode which is one of the plurality of second pixel electrodes and the counter electrode. Power is supplied to the plurality of first pixel electrodes via the first power supply line upon displaying a first image and power is supplied to the plurality of second pixel electrodes via the second power supply line upon displaying a second image.

A physical quantity sensor includes: a fixing part; an elastic deforming part; a movable weight part coupled to the fixing part via the elastic deforming part; a fixed arm part extended from the fixing part; and a movable arm part extended from the movable weight part and provided to face the fixed arm part via a gap, wherein the fixed arm part and the movable arm part are laminated structures containing insulating layers and conductor layers, the fixed arm part has a first side surface conductor film provided on a side surface of the fixed arm part and a first connecting electrode part using the conductor layer and electrically connected to the first side surface conductor film, and the movable arm part has a second side surface conductor film provided on aside surface opposed to the first side surface conductor film and a second connecting electrode part using the conductor layer and electrically connected to the second side surface conductor film.

A raw material vaporizing and supplying apparatus includes a carrier gas supply source, a source tank storing raw material, a flow passage supplying carrier gas to an internal upper space portion of the source tank, an automatic pressure regulating device installed on the flow passage, controlling pressure in the internal upper space portion to a set pressure, another flow passage supplying mixed gas (a mixture of raw material steam and carrier gas) from the internal upper space portion to a process chamber, a flow control system installed on this other flow passage, and automatically regulates a flow rate of the mixed gas supplied to the process chamber to a set flow rate, and a constant temperature heating unit that heats the source tank, a portion of the automatic pressure regulating device, a portion of the flow control system, the pipe passage, and the other pipe passage, to a set temperature.

A treatment system passes feed water containing a contaminant such as perchlorate through a bed of strong base anion exchange resin that has been placed in a form (e.g., in sulfate form) to selectively capture the contaminant while passing other ions (e.g., nitrate) that may also be present in the water. The bed may include a carousel, and the exhausted upstream portion of the resin may efficiently be disposed of by incineration, or may be rotated out for regeneration.

A roll feeder reliably produces sheets obtained by cutting a web, as a pack of sheets arranged in a partially overlapping fashion with a quantity of overlap margin of the sheet suitable for use with a printing press and capable of easily controlling overlap. A roll feeder includes a rotary cutter for cutting a web to obtain cut sheets, a lower suction and conveyance belt element for sucking and conveying the sheets cut by the rotary cutter, a lift member for raising upwardly the tail edge of the cut sheet sucked and conveyed by the lower suction and conveyance belt element, and an upper suction and conveyance belt element for sucking the tail edge of the cut sheet raised by the lift member from above and conveying the cut sheet at a speed lower than the speed at which the lower suction and conveyance belt element conveys the cut sheet.

A treatment system passes feed water containing a contaminant such as perchlorate through a bed of strong base anion exchange resin that has been placed in a form (e.g., in sulfate form) to selectively capture the contaminant while passing other ions (e.g., nitrate) that may also be present in the water. The bed selectively removes the perchlorate with high efficiency, for example on a stoichiometric basis, until exhaustion. The bed operates robustly without spiking or displacement of more weakly-held or lower affinity ions as composition of the feed varies. The water may be further treated, if necessary, to produce a purified or potable product, in which case downstream processes may remove remaining contaminants and co-ions. Alternatively, the treated stream may be returned to or blended with the source to effect contaminant remediation, e.g., site clean-up. Contaminants such as uranium species, perchlorate or pertechnate may be treated by this method using ordinary (non-specialty) exchange resins. The bed may include a carousel, and the exhausted upstream portion of the resin may efficiently be disposed of by incineration, or may be rotated out for regeneration. Alternatively, the bed or the spent portion thereof may be periodically regenerated transferring perchlorate to a regeneration fluid waste. The concentrated waste may be disposed of by incineration, bioreaction or other suitable disposal process. The concentrated regen waste may also be passed through a smaller, sacrificial bed of ion exchange resin to capture its perchlorate, allowing re-use of the regen fluid and forming a lower-volume solid waste output. This second-bed re-transfer process operates efficiently at the high concentration present in spent regen fluid, and requires only a small fraction of the original bed volume.

A protective packaging system (1) which includes a strip of protective material (2) adapted to form a plurality of internal activities (6). Preferably, a single adhesive strip bandage (5) is packaged within each of these internal cavities which provides a sterile, airtight and waterproof environment.

A method of determining ventilation inhomogeneity in the lungs is provided. During the first step of the method, a lung volume series is calculated from a series of measured lung inert gas concentrations and lung inert gas volumetric change measured data series. As a second step, the series of lung volumes is completed with a series of value representing the total gas exchange efficiency in the lungs. A global inert gas dilution ratio may be used for this purpose. The gas exchange efficiency values are such that less ventilation is represented by lower numbers. As the third step, the gas exchange efficiency series is plotted as an ordinate and lung volume series as an abscissa to form a graph. From this graph both the lung volume and homogeneity of ventilation become directly apparent.

A method of determining ventilation inhomogeneity in the lungs is provided. During the first step of the method, a lung volume series is calculated from a series of measured lung inert gas concentrations and lung inert gas volumetric change measured data series. As a second step, the series of lung volumes is completed with a series of value representing the total gas exchange efficiency in the lungs. A global inert gas dilution ratio may be used for this purpose. The gas exchange efficiency values are such that less ventilation is represented by lower numbers. As the third step, the gas exchange efficiency series is plotted as an ordinate and lung volume series as an abscissa to form a graph. From this graph both the lung volume and homogeneity of ventilation become directly apparent.

A manipulation lever connection structure for a vehicle eliminates a striking sound without losing an adjusting function of an adjustment nut. The manipulation lever connection structure for a vehicle includes an arm for operating a driving changeover device and for connecting a wire which extends from a manipulation lever to the arm. An adjustment bolt is mounted on a distal end of the wire with a joint slidably mounted on the adjustment bolt on an axis thereof. An adjustment nut for supporting the joint is fastened to the adjustment bolt. A pair of side plate portions, respectively, forming elongated holes which allow the joint to pass therethrough is mounted on the arm. The adjustment nut is inserted between the pair of side plate portions with a buffer cover being mounted on the adjustment nut with a clearance formed between the adjustment nut and the respective side plate portions.

In one embodiment of the present application, a polypeptide capable of binding to a sugar chain is disclosed, particularly a high-mannose-type sugar chain bound to an antibody, more preferably a sugar chain bound to a chicken antibody. Also disclosed is a method for the purification of an antibody (specifically a chicken antibody) as a representative application of the polypeptide. Further disclosed is means for the purification. The polypeptide, BML-17, is a novel lectin made of 168 amino acid residues isolated from Bryopsis maxima. By using BML-17, it becomes possible to purify an antibody (e.g., a chicken antibody) readily and with high efficiency.

A manipulation lever connection structure for a vehicle eliminates a striking sound without losing an adjusting function of an adjustment nut. The manipulation lever connection structure for a vehicle includes an arm for operating a driving changeover device and for connecting a wire which extends from a manipulation lever to the arm. An adjustment bolt is mounted on a distal end of the wire with a joint slidably mounted on the adjustment bolt on an axis thereof. An adjustment nut for supporting the joint is fastened to the adjustment bolt. A pair of side plate portions, respectively, forming elongated holes which allow the joint to pass therethrough is mounted on the arm. The adjustment nut is inserted between the pair of side plate portions with a buffer cover being mounted on the adjustment nut with a clearance formed between the adjustment nut and the respective side plate portions.

The invention discloses a medium integrated suspended line circuit structure based on 3D printing, and the circuit structure comprises a circuit part which is used for designing a required circuit; a circuit fixing part which is used for connecting the circuit part and a cavity wall; a cavity part which is located between the circuit part and the cavity wall and is used for transmitting energy; and the cavity wall which is used for packaging the whole suspended line circuit. The structure solves technical problems that a conventional medium integrated suspended line is not high in space utilization rate and is complex in processing, achieves the high utilization rate of the space of the medium integrated suspended line, and is simple in processing.

The invention relates to: a process for the desulphurization of feed streams comprising: supplying a hot process stream to a lead catalyst bed (8) comprising a first sulphur-removing catalyst and a second sulphur-removing catalyst under conditions whereby sulphur is removed from the process stream by the first sulphur-removing catalyst and said second sulphur-removing catalyst does not effectively remove sulphur from the stream at the operating temperature of the lead catalyst bed for the duration of the bed's life; collecting a hot partially sulphur-depleted stream from the lead catalyst bed and cooling said stream; passing said cooled stream through a lag catalyst bed (11) comprising the first sulphur-removing catalyst and the second sulphur-removing catalyst under conditions whereby sulphur is removed from the process stream by the second sulphur-removing catalyst and said first sulphur-removing catalyst removes sulphur less efficiently from the stream at the operating temperature of the lag catalyst bed; and recovering said sulphur-depleted stream from the second catalyst bed. In addition it relates to, apparatus for the desulphurization of feed streams which comprises: a lead catalyst bed (8) comprising a first sulphur-removing catalyst and a second sulphur-removing catalyst capable of operating under conditions whereby sulphur is removed from the process stream by the first sulphur-removing catalyst and said second sulphur-removing catalyst does not effectively remove sulphur from the stream at the operating temperature of the lead catalyst bed (8) throughout the lead bed's operating life; means (9) for collecting a hot partially sulphur-depleted stream from the lead catalyst bed (8) and cooling said stream; a lag catalyst bed (11) comprising the first sulphur-removing catalyst and the second sulphur-removing catalyst capable of operating under conditions whereby sulphur is removed from the process stream by the second sulphur-removing catalyst and said first sulphur-removing catalyst does not efficiently remove sulphur from the stream at the operating temperature of the lag catalyst bed(11).

A linear light source device illuminates a document properly, and an image reading device includes such a light source device. The light source device includes a light source and a light-guiding member. The light-guiding member introduces the light emitted from the light source from one end portion in x-direction, cause the light to travel in x-direction, and emits the light from a light exit portion at one end in z-direction, which is orthogonal to x-direction. The light-guiding member includes, at the other end in z-direction, a light-reflecting portion that reflects light to the light exit portion. One end face of the light-guiding member in y-direction, which is orthogonal to x- and z-directions, is inclined so as to become closer to the other end face in y-direction with decreasing distance from the light exit portion in z-direction. This allows light to easily travel to the light-reflecting portion.

Brightness of optical equipment can be adjusted as required. An illumination optical system comprises a light source, a lens array composed of a plurality of lenses for splitting light emitted from the light source into a plurality of sub-beams and a polarization conversion element for adjusting the light polarization directions. The illumination optical system further comprises a light shielding member between the lens array and the polarization conversion element to adjust the quantity of incident light on polarization splitting films provided in the polarization conversion element.

A device is disclosed for helping a smoker to quit smoking. The device includes a shaft with a mass of nicotine chewing gum cooperative with one end. A smoker controls the timing and quantity of nicotine delivered by controlling the amount of gum chewed and the duration of chewing. In some embodiments partially depleted gum can be replaced on the shaft for later use. A cover can be included to protect the gum when not in use. The cover can be a simple paper wrapper or a rigid cover with a mechanism to attach it to the shaft. Portion indicators can divide the gum into separately chewable portions. The shaft can be a simple stick, or a hollow tube containing a supply of gum for delivery as needed. Some hollow tube embodiments expel gum from the tube using a sliding mechanism or a twisting mechanism that functions like a lipstick.