38results about How to "Procedure is complicated" patented technology

The present invention provides an advertisement transmission and broadcast confirmation system via on-line for inserting a specific ID code invisibly and inaudibly to each advertisement, transmitting the advertisement to an broadcasting station, reading out the ID code released with the advertisement from the broadcasting station, and confirming broadcast results and storing in a server, the broadcast results being sent to an advertiser's computer so that the advertiser can check the broadcasting status of the advertisement in real time. The present method comprises the steps of: (a) linking advertisers' and broadcasters' computers and an ID code reading device to a server via wire and / or wireless Internet; (b) giving an ID code to each advertisement submitted by advertisers, inserting the ID code to the advertisement and transmitting it to the broadcasters' computer; (c) producing and transmitting a broadcast review code for the broadcast station to the server, the broadcast review code includes the ID code which is read out from wire or wireless electric wave of a broadcast station, a radio frequency of broadcast station, a broadcasting date / time and a broadcasting length (seconds); and (d) making broadcast review for an advertiser from comparing / analyzing the broadcast review code which is received from the ID code reading means and sending the review to advertisers' computer in real time.

A method of determining the base sequence of a nucleic acid characterized by involving: the step of amplifying a template nucleic acid in the presence of at least two primers each having a tag sequence, a primer specific to the template nucleic acid and a DNA polymerase, wherein the primers having tag sequences have each the tag sequence in the 5'-terminal side thereof and a specific base sequence consisting of three or more nucleotides in the 3'-terminal side; and the step of directly sequencing the amplified fragments obtained in the above step.

The present invention relates to a type of wood section material manufacturing method, especially with respect to soft wood section material and its manufacturing method. It belongs to wood processing field. This invention is achieved by the following technical plans: a type of wood section material manufacturing method includes the following steps: (1) wood preparation; (2) drying; (3) Polishing; (4) Hot pressing, which is to use two hot pressing boards with 140-200° C. to firmly press two surfaces of panel blank material; (5) Pre-carbonization, which pre-carbonize the panel blank material under 160° C. and 200° C.; (6) Carbonization, which carbonize the panel blank material between 200° C. and 225° C.; (7) Cooling; and (8) Moisture content control. This invention is particularly suitable to make wooden floor boards and office furniture.

A wind turbine blade (1) is formed of a fibre-reinforced composite material comprising a polymer matrix. The blade (1) further comprises a first region (11), a second region (12) and a transition region (13) between the first and the second region (11, 12). The first region (11) is reinforced predominantly with a first reinforcement fibre material (21). The second region (12) is reinforced predominantly with a second reinforcement fibre material (22). The first and the second reinforcement fibre material differ from each other and has differing E-modulus. The transition region (13) additionally comprises a third type of reinforcement fibre material (23) differing from both the first and the second reinforcement fibre material (21; 22) and having an E-modulus between that of the first reinforcement fibre material (21) and that of the second reinforcement fibre material (22).

A golf bag able to be disassembled and assembled freely comprises a head frame, a bag body portion, a supporting stick and a bottom frame, or a folding wall arranged on the bottom frame, a plurality of buckles are attached to the head frame and the bottom frame; when the golf bag is disassembled, just press a hook of an outer wall of the bottom frame, snap a buckle pin, take out a supporting stick, press a hook of an upper end and lower end of the bag body portion, and separate the head frame, the bag body portion and the bottom frame, such that the disassembly of the whole golf bag is completed.

A guided drill for osteotomy for a dental implant is provided. The guided drill comprises a shank configured to be releasably mechanically associated with a contra angle hand piece, a guide body having an outer surface geometrically confined to a cylinder having a radius R1 so that the outer surface coincides with the cylinder at least along an areal section thereof, a stopper arranged between the shank and the guide body and a blade portion configured for drilling at a diameter smaller than 2*R1. The shank, the stopper, the guide body and the blade portion are integrally formed together from a hard alloy, rendering the guided drill reusable. A surgical kit is provided, comprising series of guided drills each guided drill having a different combination of a drilling diameter and a drilling length, a container containing the series of guided drills in a form of an array, and a chart comprising a map of the array and graphical indications. The graphical indications are configured to indicate to a user of the surgical kit a suggested order of sequentially using series of guided drills from the array to perform a part of osteotomy procedure and obtain a hole, having a prescribed diameter and a prescribed length, for a dental implant.

The present invention relates to a gas combustor, which comprises a storage tank, a connect seat allowing an ignition device and a combustion device to be installed, and a housing. The rear of the connection seat is formed with an accommodation slot in sequence allowing a piezoelectric device of the ignition device and a pressable button member to be installed and positioned, the front of the button member is protruded with a push sheet. Two clamp arms at the front of the connection seat define an insertion slot allowing an insertion tenon fixed at the rear of a mixing tube of the combustion device to be inserted and positioned, such that the mixing tube and the piezoelectric device are in contact. The mixing tube is formed with at least an air inlet hole, and the front and the rear thereof are respectively installed with an ejection nozzle connected to one end of a gas conveying tube and a flame nozzle, and an electric conduction wire of the piezoelectric device is arranged at the periphery of the flame nozzle at intervals. Through pressing the button member, the gas discharge nozzle of the storage tank is enabled to supply combustion gas, and the electric conduction wire at the lateral side of the flame nozzle generates static electric sparks for igniting the mixed combustion gas ejected from the flame nozzle.

For accomplishing a circuit design, a first physical design is implemented according to a first netlist to obtain a first physical layout of a circuit. The first physical layout of the circuit is processed to obtain a first timing data. The first timing data is then inputted for timing verification of the first netlist. If the first netlist does not pass the verification, the first netlist is modified into a second netlist, while defining a modified portion of the netlist. Then, the modified portion of netlist is processed to obtain a second timing data, and the second timing data is used to overwrite a part of the first timing data. The first physical design is modified into a second physical design according to the second netlist only when the second netlist with the first timing data overwritten by the second timing data passes the timing verification, thereby improving time efficiency.

The present invention relates to a type of wood section material manufacturing method, especially with respect to soft wood section material and its manufacturing method. It belongs to wood processing field. This invention is achieved by the following technical plans: a type of wood section material manufacturing method includes the following steps: (1) wood preparation; (2) drying; (3) Polishing; (4) Hot pressing, which is to use two hot pressing boards with 140-200° C. to firmly press two surfaces of panel blank material; (5) Pre-carbonization, which pre-carbonize the panel blank material under 160° C. and 200° C.; (6) Carbonization, which carbonize the panel blank material between 200° C. and 225° C.; (7) Cooling; and (8) Moisture content control. This invention is particularly suitable to make wooden floor boards and office furniture.

In a method for the excitation of port groups of a multi-port device under test with coherent incident waves of the same frequency, which provide defined amplitude ratios and phase differences within each port group, the waves are generated respectively by one signal generator of a vectorial network analyzer per test port. The network analyzer has unbalanced test ports. A system-error correction of the unbalanced incident and reflected waves with reference to the ports of the device under test is implemented in order to obtain corrected waves. The amplitude and phase changes required in the signal generators to fulfill the desired amplitude and phase conditions are calculated from these corrected waves.

A multilayer wind spring for a display support and a lifting support thereof, the multilayer wind spring is formed by tightly attaching and winding multiple elastic metal sheets, each of the elastic metal sheets comprises: a stretching connection portion which is not involved in winding and unwinding and is always kept in an initial state, a movable sheet portion which is involved in winding and unwinding, and an unmovable wound portion which is not involved in stretching and is always kept in a wound state, the stretching connection portion, the movable sheet portion, and the unmovable wound portion are formed integrally and sequentially arranged in an unwinding direction, and the elastic metal sheets of the unmovable wound portions are arranged fixedly relative to one another.

A quantum dot optical function panel and its preparation method comprises a functional layer, a condensation layer and a diffusion layer which compose a multilayer structure. Said functional layer is located between condensation layer and diffusion layer. The functional layer comprises a main layer and quantum dots uniformly distributed in main layer. Said condensation layer comprises a condensation substrate layer and condensation bulges distributed over the upper surface of condensation substrate layer. Said diffusion layer comprises a diffusion substrate layer and diffusion bulges distributed over the lower surface of diffusion substrate layer. The condensation layer and diffusion layer of the quantum dot optical function panel of the present invention can resist oxygen and water vapor to a certain extent, protecting the quantum dots well.

A golf bag able to be disassembled and assembled freely comprises a head frame, a bag body portion, a supporting stick and a bottom frame, or a folding wall arranged on the bottom frame, a plurality of buckles are attached to the head frame and the bottom frame; when the golf bag is disassembled, just press a hook of an outer wall of the bottom frame, snap a buckle pin, take out a supporting stick, press a hook of an upper end and lower end of the bag body portion, and separate the head frame, the bag body portion and the bottom frame, such that the disassembly of the whole golf bag is completed.