34results about How to "Integrity is not compromised" patented technology

A device for clamping tissue includes a first jaw having a distal portion for communicating with tissue and a proximal portion having a first wing and a second wing. The device also includes a second jaw having a distal portion for communicating with tissue and a proximal portion having a first slot and a second slot, the first slot disposed between a middle structure and a first lateral structure, the second slot disposed between the middle structure and a second lateral structure. The first jaw is rotatably coupleable to the second jaw with the first wing extending into the first slot and the second wing extending into the second slot.

The invention provides a film bulk acoustic wave resonator prepared by employing ultrathin piezoelectric single crystals. The resonator comprises a high-resistance substrate with a ground chamber, and a sandwich active structure formed by clamping piezoelectrics through an upper metal electrode and a lower metal electrode. The sandwich active structure is arranged at the upper end of the high-resistance substrate. The piezoelectrics are ultrathin piezoelectric single crystals. A plurality of support posts are arranged in the ground chamber. The piezoelectric single crystals applied to the ultrathin piezoelectric single crystals are all practical piezoelectric single crystals, such as quartz, lithium tantalite, lithium tetraborate, bismuth germanate, bismuth silicate, lanthanum gallium silicate series, aluminium orthophosphate and potassium niobate. The high-resistance substrate is made of general substrate materials such as silicon, quartz, silicon carbide, aluminium oxide, sapphire and diamond in the microelectronic technology. The resonator has the advantages that the crystal completeness of the ultrathin piezoelectric single crystals is not damaged, and the ultrathin piezoelectric single crystals are perfect single crystals; the crystals and crystal orientation can be freely selected, and therefore the performance of the device is optimized; and the prospect of the production technology of the ultrathin piezoelectric single crystals is bright.

A sender creates a multi-part message having a recipient field including identifiers of recipients of the message and an identifier of the sender. The multi-part message comprises a main message having a content A. Further, the multi-part message comprises an auxiliary message, having a recipient field including identifiers of recipients of the auxiliary message, and a content B. The message is split into two messages: a main message having a header and a content A; and a first auxiliary message having a header and a content B. Association data for associating the main message to the first auxiliary message is created. The first and second messages are transmitted together with the association data. The messages are received and are dynamically re-combined according to the recipients. Recipient 1 is only privy to message content A. Therefore, a message received by recipient 1 corresponds to the main message. Recipient 2 is privy to message content A and message content B. Therefore the main message having content A is combined with the first auxiliary message, having content B, using the association data, to form a message received by recipient 2. Thus, recipient 2 can view both content A and content B.

The invention discloses a recorded waveform data processing method and a recorded waveform data processing device, wherein the recorded waveform data processing method comprises the steps of acquiring the number of periodical sampling points of recorded waveform data, wherein the recorded waveform data are electric energy quality monitoring data; and performing inter-cycle differential calculation on the sampling point data at the same position between the cycles for obtaining differential data, so that advantages of low subsequent processing data volume, high processing speed in compression or transmission, and the like are realized. The recorded waveform data processing method and the recorded waveform data processing device can reduce data volume of to-be-compressed data or to-be-transmitted data, thereby reducing compression calculation amount and data volume after compression, and improving compression rate. Furthermore the recorded waveform data processing method and the recorded waveform data processing device can relatively effectively reduce storage and/or transmission load of the mass recorded waveform data of an electric energy quality monitoring terminal.

The invention relates to the technology of database information storage and aims to provide a method for compressed storage of massive SQL (structured query language) by means of extracting SQL models. The method includes steps: firstly, using a database audit system to recognize constant parameters of the SQL, extracting the information and replacing the information by sequentially numbered contents with fixed prefixes, and forming strings of SQL behavior models with only variables but particular parameters; secondly, generating only identification codes, denoted by long integer, of the obtained SQL behavior models through hash algorithm and maintaining corresponding relationships of the identification codes and the SQL behavior models in the audit system; thirdly, storing relevant information in a database of the database audit system in practical storage, and replacing the SQL information in a SQL audit record with the only identification codes and the constant parameters. By the method, storage consumption of redundant portion is saved greatly, no harmful effect is brought to integrity of audit contents, and accordingly, fast and space-saving storage on the premise that the integrity of audit records is not damaged is achieved.

The invention relates to the field of data processing technology, in particular to a novel concurrent memory data organization and access method. The method is characterized in that the memory data organizational form provides two types of data access methods: Key-Value accurate index method and Key-ValueList clustered index method; any attribute of each entity can be accessed according to requirements; a multidimensional index is simultaneously supported and a single entity can be retrieved through different indexes; the entire memory data can be managed in a manner of block organization; management information of different levels and different types is stored respectively in each memory block; and data access is controlled in series based on the logic of each memory block. Compared with the prior art, the method has the advantages that the memory data structure is flexibly designed and organized on the premises of data integrity and high concurrent access efficiency, an efficient data retrieval model is provided, the WORM (write-once-read-many) concurrent data access is supported, the integrity of data read and write transaction is effectively ensured, the resource consumption is effectively reduced, and the concurrent access ability is improved.

The invention discloses a three-dimensional space imaging interaction method and a three-dimensional space imaging interaction based on ultrasonic wave. The three-dimensional space imaging interaction method is different from an existing holographic imaging technology. The method comprises the following steps: firstly establishing the three-dimensional coordinates of a space to generate a target three-dimensional space, and emitting ultrasound microbubbles capable of sensing with an ultrasonic wave field; then, forming the ultrasonic wave field in the target three-dimensional space through the ultrasonic wave, generating a potential well position in the target three-dimensional space, controlling the ultrasound microbubbles to move in the target three-dimensional space and to be stabilized at the position, simultaneously coloring the ultrasound microbubbles by adjusting laser, and thus forming a three-dimensional image in the target three-dimensional space. Furthermore, the three-dimensional images are converted into 3D pictures and the 3D pictures are shown for a user by continuously repeating the steps. Through the 3D pictures shown for the user in the method and the system, the user can be interactive with the 3D pictures, so that the user can feel the real touch of the 3D pictures in the interaction process, and the original structures of the three-dimensional images can also be maintained.

The invention aims at providing a technical scheme of producing a solidly mounted film bulk acoustic resonator by adopting a piezoelectric single crystal foil. The piezoelectric single crystal foil solidly mounted film bulk acoustic resonator is composed of a substrate with a Bragg acoustic reflection structural layer and a sandwich active structure which is formed by upper and lower metal electrodes and a piezoelectric body sandwiched between the upper and lower metal electrodes; and the piezoelectric body is the piezoelectric single crystal foil. The solidly mounted film bulk acoustic resonator adopting the piezoelectric single crystal foil and the preparation method thereof have the advantages that 1, the crystal perfection of the piezoelectric single crystal foil is not damaged, and the piezoelectric single crystal foil is a perfect single crystal; 2, the crystal and the crystal orientation can be selected freely, and the device performance can be optimized; and 3, the substrate material can be selected freely and the device performance can be optimized.

A wellhead connection for connecting and sealing to a casing, including an upper head housing accommodating the upper end of the casing in its central bore, a stop shoulder in the central bore to allow the upper head housing to rest on the upper end of the casing, and a seal profile section formed at the lower end of the central bore below the stop shoulder. The wellhead connection is configured such that, first connecting the slip housing and bottom ring with a bottom connector energizes slip connectors into gripping engagement with the casing and locks the slip housing and bottom ring around the casing, while thereafter connecting the upper head housing and the bottom ring with a top connector energizes the metal seal ring so as to radially compress the metal seal ring against the casing to form a metal seal.

A device for assembling and adjusting a balance spring, comprising a base joined to a balance bridge with an adjustable angular orientation, and comprising a bearing surface and a bearing plate adjacent to the bearing surface, both defining a service position of the end turn of the balance spring. A first arm extends from the base and bears a locking member for the end turn, said locking member being designed to keep the terminal coil in abutment against the bearing surface. The device comprises a second arm that extends from the base and bears a shoe that is able to be arranged at a predefined distance from the bearing surface so as to cooperate with the end turn. A movable control member is able to act on the second arm in order to deform it elastically and move the shoe with respect to the base in order to free the end turn.

The invention relates to a self-cleaning range hood. The self-cleaning range hood comprises an outer hood and a fan; the fan comprises a spiral case and an impeller which is arranged inside the spiralcase; a volute tongue is arranged on the spiral case; the self-cleaning range hood also comprises a self-cleaning component provided with a nozzle; an accommodating chamber is formed at the volute tongue; the nozzle is arranged inside the accommodating chamber; the sidewall, close to the impeller, of the volute tongue is provided with an opening for a washing medium to pass through; and the nozzle is provided with a spraying opening corresponding to the opening. According to the self-cleaning range hood provided by the invention, the nozzle of the self-cleaning component is arranged in the volute tongue; the pressure of a flow filed at the position of the volute tongue is minimum, and the volute tongue is nearest to blades of the impeller at a circumference of the overall spiral case, sothe journey of the washing medium after the washing medium is sprayed out is effectively shortened; meanwhile, a pipeline for conveying the washing medium can be conveniently shortened as well; the conveying journey before the washing medium is sprayed out is shortened; therefore heat energy loss of the washing medium is reduced; a self-cleaning effect is improved; and the spraying opening is formed inside the volute tongue, so the integrity of the structure of a fan system is guaranteed, and the problems such as noises and smoke suction efficiency reduction which are caused in a washing process can be prevented.

The invention relates to a microfluidic-technology-based CTC protein typing kit. The kit comprises: (1) capture antibody compounds aiming at different CTCs marker protein, each capture antibody compound being made from a capture antibody in specific binding to corresponding marker protein and an aptamer, wherein the capture antibody and aptamer are connected through a cuttable material which is deoxyribonucleotide double strands having a palindrome structure and two or more than two restriction enzyme sites; and (2) a microfluidic chip, the surface of which is coupled to a cell capture assembly. The cell capture assembly made from a microcolumn is fixed at the surface of the microfluidic chip, and a specific conjugate capable of bonding to the aptamer modifies one end of the microcolumn. Through the microfluidic technology, efficient and fast automatic detection and typing of CTCs is achieved, the kit is simple to operate, false-negative and false-positive results due to man-made operational factors are reduced, and the sensitivity and accuracy of detection are improved.

The invention discloses a method for measuring cotton and hemp blend fiber content. The method comprises the steps of (1) establishing an equation between the content of cotton in cotton and hemp blend samples and a plurality of spectral values corresponding to a plurality of all-cotton sample characteristic wavelengths; (2) collecting reflection intermediate infrared spectra of samples to be detected, finding a plurality of to-be-measured sample spectral values corresponding to the characteristic wavelengths of the plurality of the all-cotton samples from the reflection intermediate infrared spectra of the to-be-measured samples, and substituting the spectral values of the plurality of the to-be-measured samples into the equation to obtain the content of cotton fibers in the to-be-measured samples, wherein the content of hemp fibers in the to-be-measured samples is the difference between 1 and the content of the cotton fibers in the to-be-measured samples. The method has the advantages of being simple to operate and capable of improving the detection efficiency and the detection accuracy, reducing the detection worker work intensity and requirements for the detection workers, guaranteeing the detection sample completeness and meeting batch rapid detection requirements.

A combined tool for spraying paint protection for a main wheel of a plane is composed of an unthreaded hole protective plug, a protective sleeve, a protective cover, a protective conical sleeve, a threaded hole protective plug and a protective plate. The unthreaded hole protective plug is used for realizing spraying paint protection for a tensioning bolt hole. The protective sleeve is used for realizing spraying paint protection for a transmission block installation part of the main wheel of the plane. The protective cover is used for realizing spraying paint protection for a large end hole and a small end hole of a semi-wheel hub center hub part of the main wheel of the plane. The protective conical sleeve is used for realizing spraying paint protection for a semi-wheel hub bearing cup of the main wheel of the plane. The threaded hole protective plug is used for carrying out spraying paint protection on a pressure relief valve installation threaded hole and a valve rod installation threaded hole of the main wheel of the plane. The protective plate is used for carrying out spraying paint protection on a semi-wheel hub butt joint part of the main wheel of the plane. The combined tool for spraying paint protection for the main wheel of the plane does not damage the completeness of a paint layer and has the characteristics of being convenient to mount and dismount.

The invention provides a brand-new data exchange platform based on RESTful and JS object numbered musical notation, and designs working modes and function implementation of the data exchange platform in detail, including resource identification, control management, data conversion and data interaction functions. Aiming at the problems of increasingly large data exchange amount and increasingly complex exchange modes among heterogeneous systems at present, a JS object numbered musical notation is used for replacing XML as a data exchange format, a RESTful service architecture design is adopted to realize a data exchange platform, a specific platform model design is given, and an implementation mode of a platform module is designed. The design of the data exchange platform is divided into a data exchange user side DEB and a data exchange server side DES, the user side undertakes an interaction event for capturing an application system, the DES undertakes a request for responding to and processing data interaction, the whole model structure has very high low coupling and expansibility, and the data exchange efficiency can be effectively improved.

The invention relates to a visualization device for a water jet breaking behavior of an external flow field of a high-dispersion horizontal nozzle. The visualization device comprises a water tank, a pipeline and a nozzle which are connected in sequence, wherein a light source is arranged on one side of a jet water column sprayed out of the nozzle; a black curtain is arranged behind the light source; a calibration plate and a meter ruler are fixed on the curtain; a high-speed camera I is arranged on the other side of the jet water column sprayed out of the nozzle; a high-speed camera II is arranged above the jet water column sprayed out of the nozzle; the high-speed camera I and the high-speed camera II are connected to a computer through a synchronizer. According to the device, observationand shooting of an asymmetric jet flow field are realized, the rule that a nozzle outlet structure influences the development of a jet surface can be obtained, the defect that a conventional high-speed shooting method can only be used for two-dimensional plane shooting is overcome, and a new means is provided for research of a jet breaking mechanism.

The invention provides a broadband signal phase modulator and a modulation method applied to a polar coordinate transmitter, including two parts of a control information memory and a direct digital frequency synthesizer. The output end of the control information memory is connected to the control end of the direct digital frequency synthesizer, and the phase modulation is realized by controlling the frequency division parameters. The direct digital frequency synthesizer synthesizes the fractional frequency division signal based on the idea of ​​time averaging, and consists of a variable frequency divider and a quantization system. The output terminal of the quantization system is connected to the frequency division control terminal of the variable frequency divider to realize the adjustable frequency division value. The output end of the variable frequency divider is connected to the clock control end of the quantization system to ensure that the instantaneous frequency of the output signal of the quantization system will only change at the zero crossing point. The quantization system uses an efficient quantization method to reduce fractional spurs introduced by direct digital frequency synthesizers. Since the present invention is implemented using an open loop structure, the bandwidth of the phase modulation signal is not limited by the loop.

Disclosed in the invention is a simple water comprising a movement and watch hands arranged above the movement. In addition, the watch also includes ferro-magnetic balls; a non-transparent layer is arranged above the watch hands; and magnets are arranged on the watch hands. The non-transparent layer separates the ferro-magnetic balls from the magnets; and the ferro-magnetic balls and the magnets attract each other.

The invention discloses a trusted security starting method and system based on an Internet of Things gas meter, and the method comprises the steps that a security authentication platform obtains an initial Internet of Things gas meter MCU program, carries out the signature of the initial Internet of Things gas meter MCU program according to a pre-stored platform private key, and generates a signature value; before the MCU program of the Internet of Things gas meter runs each time, the MCU program of the Internet of Things gas meter sends the current MCU program of the Internet of Things gas meter to the security chip; and the security chip verifies the current Internet of Things gas meter MCU program according to the signature value and the platform public key, and authorizes the current Internet of Things gas meter MCU program to operate after the verification is passed. The signature value is generated according to the initial Internet of Things gas meter MCU program, the current Internet of Things gas meter MCU program is verified through the signature value, credible and safe starting of the Internet of Things gas meter MCU program is achieved, and it is guaranteed that the integrity of the MCU program in the Internet of Things gas meter is not damaged.