58 results about "Great Relative" patented technology

A disposable package for consumable contents includes a container having a surrounding wall of upstanding, generally flexible material extending from a container bottom to a wide mouth defined by a rim formation of greater relative thickness than said surrounding wall, said mouth being of greater than two inch minimum horizontal dimension and being about as wide as the horizontal cross-section of a top of the container. The disposable package further includes a removable lid at least partially closing the mouth, the lid having a rim portion extending over and removably engaged with the rim formation to form at least part of an attachment of the lid to the container, the attachment being constructed to support the container and its contents when suspended by the lid, and a flexible suspending element extending from the lid and arranged to be engaged by a thin support element, the suspending element being sized and arranged, with a length less than about 5 inches, such that when engaged by said support element, the suspending element suspends the container by its lid in a position below the support, for at least one of display and transport. In some embodiments, a single suspending element extends from a rim region of the container, the element being located to suspend the package at a tilted orientation, such that the lid of the container, so suspended, extends at a greater angle to horizontal than does the lid of the container when rested upon said bottom. Also, a display rack is provided for displaying such disposable packages.

A silicon carbide-based porous structure material maintaining the shape of a cardboard or sponge-like porous structure, with a great relative surface area, and a process for producing the same, is provided. To this end, a cardboard or sponge-like shaped framework of silicon carbide-based porous structure material is impregnated with a slurry comprising a resin, as a carbon source, and silicon powder, and subjected to reactive sintering in a vacuum or inert atmosphere, or in a nitrogen gas atmosphere, generating silicon carbide. At the same time pores are generated due to volume reduction reaction, thereby allows obtaining a silicon carbide-based porous structure material with a great relative surface area. Furthermore, excess carbon is removed from the fabricated silicon carbide-based porous structure material, and impregnated with a solution which becomes an oxide ceramic coating upon firing, whereby oxidization resistance is excellent and relative surface area is markedly improved.

A valve for downhole use has the ability to throttle between fully open and closed and is fully variable in positions in between. The valve is preferably responsive to flowing fluid viscosity and uses a three dimensional flow through restrictor in combination with a relatively movable cover. At a given flow, a higher viscosity fluid will create a greater relative movement and make it possible for flowing fluid to bypass more of the flow through member. In a particular application involving production from a zone, an array of such valves can allow more production where the viscosity is higher and less production where the viscosity drops due to, for example, water production.

The invention relates to a wireless communication system, which discloses a multi-antenna system and a data transmitting method. In the invention, the plural phase sequence in the MIMO precoding system of CDD is improved, to cause the phase shift in the whole system bandwidth equal to CDD, meanwhile the variable step of the plural phase sequence is set to be equal to the corresponding sub-carrier of the precoding feedback bandwidth, thereby keeping higher precoding performance when the feedback bandwidth is greater relative to the whole frequency band ratio. The virtual cycle time delay can be changed along the time, thereby obtaining the diversity effect on the time. When the channel frequency has small selectivity, the virtual cycle time delay makes the minimum to obtain the dispatching gain.

A stay rod connects a power end to a fluid end of a high pressure well service pump where the pump has a pump motor face on a power end which is spaced apart from a joining face of a fluid end by the stay rods. The stay rods each have an elongated unitary body having first threaded end which is sized to be received in a mating threaded opening provided in the motor face of the power end of the pump and a second opposing threaded end which is sized to be received in a mating opening provided on the joining face of the fluid end of the pump. The intermediate portion is of a greater relative diameter than either of its first and second threaded ends and is provided with a series of elongated flats which begin at the approximate juncture between a shoulder joining the second threaded end and extending in the direction of a shoulder joining the first threaded end. Each flat forms a torque surface for engagement by a torque wrench for torquing and installing the stay rod.

The invention discloses an efficient space-use type damper of an end portion straight brace secondary displacement amplification device. The efficient space-use type damper of the end portion straightbrace secondary displacement amplification device comprises a vertical type moving displacement support, a T-shaped overhanging positioning bracket, a T-shaped connecting plate, a displacement amplification rod, an input rod with a rack, a duplicate gear, an output rod with a rack, a damper connecting piece, an input end guide gear, a damper device, a damper fixing support and the like. The efficient space-use type damper of the end portion straight brace secondary displacement amplification device performs first amplification on the relative displacement between layers of a building throughthe displacement amplification rod when the deformation of the building structure is small or slow, then the displacement of the first amplification is subjected to second amplification through the duplicate gear, two-time amplification is performed, so that the damper generates greater relative displacement, the damper generates greater damping force, and the better shock absorption effect is achieved. At the same time, the efficient space-use type damper has the characteristics of simple structure, considerable cost, convenient installation, convenient operation, flexible layout, firm and durable and the like, and has broad prospects of development and application.

Embodiments of the present invention relate to a flexible coupling for connecting a driving rotatable shaft to a driven rotatable shaft, where the flexible coupling allows greater relative misalignment and/or offset of the shafts compared to known couplings. The coupling may further enable control of torsional and axial stiffness.

Structures and methods of making a flip chip package that employ polyimide pads of varying heights at a radial distance from a center of an integrated circuit (IC) chip for a flip chip package. The polyimide pads may be formed under electrical connectors, which connect the IC chip to a chip carrier of the flip chip package, so that electrical connectors formed on polyimide pads of greater height are disposed at a greater radial distance from the center of the IC chip, while electrical connectors formed on polyimide pads of a lesser height are disposed more proximately to the center of the IC chip. Electrical connectors of a greater relative height to the IC chip's surface may compensate for a gap, produced by heat-induced warpage during the making of the flip chip package, that separates the electrical connectors on the IC chip from flip chip attaches on the chip carrier.

A propeller system combines innovative strategies to create a new methodology to reduce propeller or rotor noise. The propeller is specifically aimed for ultra-quiet electrically powered aircraft for use in high proximity aviation, but its low-noise advantages will extend to other purposes. The propeller blade includes geometries, along with size and operational limitations that minimize rotational and vortex noise, vibration and span-wise air flow on the blade. To further reduce noise, the propeller provides greater relative thrust on the inboard portions of the blade than do conventional propellers and provides less than conventional relative thrust including negative thrust at the outermost portions of the blade. The propeller blade includes stepped changes in shape at calculated intervals that can reduce resonant blade vibrations and their resultant noise. This ultra-quiet propeller design can also be used for quieting hovercraft, drones, surveillance aircraft, indoor fans, wind tunnels and other applications.

The invention provides a copper/indium/gallium rotating target and a preparation method thereof. The preparation method comprises such steps as ultrasonic cleaning, drying and sand spraying of a basal body stainless steel pipe; preparation of the basal body stainless steel pipe including a nickel/aluminum base layer; preparation of the basal body stainless steel pipe including a copper/indium or copper/gallium translation layer; and preparation of a copper/indium/gallium target on the treated basal body pipe. The preparation method uses D50 copper/indium/gallium powder of 100 microns as a raw material, and performs the ball grinding, the screening and the protective atmosphere cold spraying to prepare the copper/indium/gallium rotating target. The method is simple in process, convenient to operate and suitable for large-scale industrial production; the prepared target has high purity (not lower than 99.99%), great relative density (not lower than 97%), unlimited size, the thickness of 3-15 mm, the length of 4000 mm and the oxygen content not higher than 200 ppm.

The invention relates to a structure for strengthening anti-seismic performance of a steel frame, in particular to an anti-seismic structure of an energy-consumption angle brace. The anti-seismic structure of an energy-consumption angle brace comprises a frame beam and a frame column, wherein the node position of the frame beam and the frame column is provided with an energy-consumption angle brace plate; and the contact surface between the energy-consumption angle brace plate and the frame beam as well as the contact surface between the energy-consumption angle brace plate and the frame column are respectively fixedly connected by a connecting plate. The anti-seismic structure of an energy-consumption angle brace is favorable for flexible arrangement of frame structure space and is favorable for the arrangement and construction of a filler wall. Under the condition of no seism or under the condition of quaking frequently, the energy-consumption angle brace can perform the action of acommon angle brace to protect the node; under the action of seldom-occurred seism, when the beam and the column have great relative rotation, the energy-consumption plate of the energy-consumption angle brace can yield, energy can be continuously adsorbed and consumed by being continuously pulled and stressed to yield, and on the effects of supporting the beam and the column and protecting the node can be kept so as to protect the safety of the node, avoid node damage and reduce seismic damage.

Provided are a butter cream having excellent foaming properties and a high meltability in mouth and an oil or fat composition suitable for the production of the butter cream. The oil or fat composition according to the present invention is characterized by satisfying the following requirements (a) to (d): (a) the content of C44-48 triacylglycerols being 14 mass% or greater relative to the total mass of triacylglycerols; (b) the sum of the content of SU2 triacylglycerols and the content of U3 triacylglycerols being 40 mass% or smaller relative to the total mass of triacylglycerols; (c) the sum of the content of M2L triacylglycerols and the content of ML2 triacylglycerols being 40 mass% or smaller relative to the total mass of triacylglycerols; and (d) the content of PPO triacylglycerols being 8.5 mass% or smaller relative to the total mass of triacylglycerols.

Attributes of a data set to be employed in generating a predictive model are analyzed based on entropy, chi-square, or similar statistical measure. A target group of samples exhibiting one or more desired attributes is identified, then remaining attribute values for the target group are compared to corresponding attribute values for the whole sample population. A subset of all available attributes is then selected from those attributes which exhibit, when comparing attribute values of target group samples to attribute values for the whole sample population, the greatest relative difference or divergence. This subset is employed to generate the predictive model. Efficiency in generating the predictive model and the accuracy of the resulting predictive model is improved, since fewer attributes are employed and less computational resources are required.

Provided is an active energy ray-curable composition, including: reactive compounds including two or more kinds of multifunctional monomers, wherein one of the two or more kinds of multifunctional monomers is glycerin tri(meth)acrylate, and a content of the multifunctional monomers is 90% by mass or greater relative to a total mass of the reactive compounds.

A gusset connection that allows greater relative movement between connected structural members and simplifies erection in the field. The gusset connection can be a first gusset portion moveably or fixedly connected to a vertical column and a second gusset connection moveably or fixedly connected to a horizontal beam. A diagonal brace is moveably or fixedly connected to the gusset connection. The first and second gusset portions are not directly connected to each other to allow relative movement between the column, beam, and diagonal brace.

A method and system for automatically updating a neighbor list associated with a serving base station is disclosed. The method involves receiving a measurement report from a User Equipment (UE) associated with the serving base station, wherein the measurement report comprises at least one relative signal strength measurement between the UE and each of a plurality of neighboring base stations; comparing the at least one relative signal strength measurement between the UE and the plurality of neighboring base stations with a current signal strength between the UE and the serving base station; identifying at least one of the plurality of neighboring base stations having a greater relative signal strength with respect to the UE than the serving base station a predefined number of times based on the comparison; and updating the neighbor list associated with the serving base station with the identified at least one neighboring base stations.

This invention provides a polishing pad-fastening pressure-sensitive adhesive sheet capable of tightly fastening a polishing pad. The polishing pad-fastening pressure-sensitive adhesive sheet comprises a pressure-sensitive adhesive layer constituting an adhesive face of the pressure-sensitive adhesive sheet. The adhesive face exhibits a 180° peel strength of 30 N/20 mm or greater relative to a stainless steel plate.

Provided are methods, kits and arrays for carrying out relative measurement of an analyte of interest in a biological sample. As specifically exemplified, there is an array of stabilized, desiccated cDNA preparations, each at a defined location within the array, where those cDNAs were prepared from cells treated with a particular condition believed to modulate at least one gene of interest. Detection can be via Real Time Polymerase Chain Reaction using an appropriate reaction mixture and primers specific for a coding sequence of interest, and a greater relative amount of a RT PCR product from a control preparation reflects greater gene expression in response to the test condition whereas a lower amount of RT PCR product reflects an inhibitory effect on expression of the coding sequence of interest as a result of the application of the test condition.