Abstract: A method and device for browsing web under weak light with a mobile terminal browser are disclosed by the present invention, which belongs to the field of computer. The method includes: receiving a web uniform resource locator (URL) input by a user, downloading a code of the said web based on said URL; embedding a preset code with a function of changing the color of the page element of the web into the codes of the web page; and executing the preset code to change the color of the page element of the web, thus causing the color contrast of the page element of the web reaching a preset contrast for browsing under the weak light source.

Abstract: The present disclosure provides a reagent for blood analysis which may include: (1) a compound having the general formula I as a fluorescent dye, wherein n, X, R1, R2, R3, R4, R5 and Y? are as defined in the specification; (2) a surfactant selected from cationic surfactants, zwitterionic surfactants and anionic surfactants. The present disclosure also provides a method to perform blood analysis including the following steps of: (a) mixing the blood sample with the reagent for blood analysis disclosed to form a cell suspension; (b) detecting the scattered light signals and fluorescence signals from the cells; and (c) differentiating and counting the cells in the blood in terms of the scattered light signals and fluorescence signals.

Abstract: The disclosure discloses a method and a system for reporting location information of mobile terminal. The method includes that: a service server sends page information to a connected mobile terminal, wherein the page information contains a label indicating reporting of location information is required; and after parsing out from the received page information the label indicating reporting of location information is required, the mobile terminal acquires the location information of the mobile terminal, and reports the obtained location information to the service server. With the present disclosure, reporting of the location information of a mobile terminal and the Location Based Service are implemented independent of the JavaScript.

Abstract: The disclosure provides a script processing method and system for a browser. The method includes: a client transmitting to a proxy server a Uniform Resource Locator (URL) requested by a user; the proxy server requesting a page from an Internet server corresponding to the URL, compiling a script code of the page returned from the Internet server into a binary bytecode, and transmitting the binary bytecode to the client; and the client executing the binary bytecode. The disclosure effectively reduces the overhead of script code compilation on a mobile terminal browser, thereby enabling the mobile terminal browser to support the execution of script code.

Abstract: A method for pre-accessing a conference telephone is disclosed in the present invention. The method includes that: a network side detects a received call whose target is a main control party after the main control party initiates an encryption conference telephone; the call is not accessed if the call is a non-encryption conversation; the call is allowed to be accessed if the call is an encryption conversation. A system for pre-accessing a conference telephone is also disclosed in the present invention, wherein, the system includes a pre-accessing processing unit and a call type detection unit of the network side. A network side device is also disclosed in the present invention. The present invention realizes the pre-accessing of the encryption conference telephone, thereby improving security of the encryption conversation as well as avoiding the problem that a user is frequently affected when performing the encryption conference telephone.

Abstract: The present disclosure provides a white blood cell differentiation reagent comprising a fluorescent dye compound of Formula I, wherein R1, R2, R3, R4, Y? and n are as defined in the specification. The present disclosure also provides a white blood cell detection kit comprising the white blood cell differentiation reagent, and a method of differentiating white blood cells using the white blood cell differentiation reagent.

Abstract: The present disclosure provides a reagent for blood analysis which may include: (1) a compound having the general formula I as a fluorescent dye, wherein n, X, R1, R2, R3, R4, R5 and Y? are as defined in the specification; (2) a surfactant selected from cationic surfactants, zwitterionic surfactants and anionic surfactants. The present disclosure also provides a method to perform blood analysis including the following steps of: (a) mixing the blood sample with the reagent for blood analysis disclosed to form a cell suspension; (b) detecting the scattered light signals and fluorescence signals from the cells; and (c) differentiating and counting the cells in the blood in terms of the scattered light signals and fluorescence signals.

Abstract: The invention relates to a lifting machinery of two reel differential type for two 40 feet container shore crane, comprising: a motor, a reductor and its high speed brake, reels and reel brakes; wherein at least one motor is provided; a planetary differential reductor is used as the reductor connected to the motor output end, the planetary differential reductor has a high speed input shaft, a low speed output shaft and a differential project shaft; the high speed input shaft connects to the motor output shaft, at least one high speed brake is provided on the high speed input shaft; two four project rope reels connect to two low speed output shaft; at least one reel brake is provided on each reel; and the lifting machinery comprises a differential shaft brake consisting of at least two differential shaft brakes provided on two differential project shaft; the revolution of the two differential project shaft of the planetary differential reductor is controlled by the two differential shaft brakes so that power o

Abstract: The invention relates to a lifting machinery of four reel differential type for two 40 feet container shore crane comprising: motors, reductors, high speed brakes, reels and reel brakes; wherein at least one motor is provided; the reductor connected at the motor output end is a planetary differential reductor having a plurality of high speed input shafts, low speed output shafts and the differential project shafts; the high speed input shaft connects to the motor output shaft, at least one high speed brake is provided on the high speed input shaft; four two-project rope reels are connected to the four low speed output shaft; at least one reel brake is provided to each reel; and a differential shaft brake consisting of at least two differential shaft brakes provided on two differential project shaft is also included; the revolution of the two differential project shaft of the planetary differential reductor is controlled by the two differential shaft brakes so that power of the planetary differential reductor

Abstract: The present disclosure provides a white blood cell differentiation reagent comprising a fluorescent dye compound of Formula I, wherein R1, R2, R3, R4, Y? and n are as defined in the specification. The present disclosure also provides a white blood cell detection kit comprising the white blood cell differentiation reagent, and a method of differentiating white blood cells using the white blood cell differentiation reagent.

Abstract: A twin lifting machinery for two 40 feet container shore crane is disclosed, comprising motors, high speed shaft brakes, two reductors, a plurality of multiple-project rope reels, and a plurality of reel brakes; wherein at least two motors and two reductors are provided; the input shafts of said two reductors connect to one of the output shafts of the motors respectively, and the output shafts of each reductor connect to the reels, the reel brakes are provided on each reel respectively. The synchronous operation or individual operation of two sets of lifting machineries under electrical control can be carried out, achieving the lifting and lowering operation of two hanger tools of sea side and land side The twin lifting machinery thus can carry out both the synchronous operation of two hanger tools and the individual operation of a single hanger tool, increasing the loading and unloading efficiency of the container crane by more than 60%.

Abstract: The present utility proclaims an automatic corneal epithelium separation device characterized in the following including: a dual-motor assembly comprising two motors, with a connecting key fixed below; a separator, with an inner-round via-hole connecting up and down, a separating piece on its one side and a check arm extending out on its upper surface; a suction ring assembly comprising a suction ring, with a suction ring stud on the upper plane, on the ring face of which a flat key slot is positioned, and a connecting tube is connected with the suction ring integrally through a stop ring fixed at its one end. The present invention can separate corneal epithelium from Bowman's membrane rapidly and easily without the use of alcohol and other chemicals. It prevents the epithelium from being loosened. It separates the epithelium continuously and protects the stroma bed and the epithelial flap after separation. It is a kind of epithelial microkeratome without using alcohol, that is automatic rotating EPI-LASIK.

Abstract: A twin lifting machinery for two 40 feet container shore crane is disclosed, comprising motors, high speed shaft brakes, two reductors, a plurality of multiple-project rope reels, and a plurality of reel brakes; wherein at least two motors and two reductors are provided; the input shafts of said two reductors connect to one of the output shafts of the motors respectively, and the output shafts of each reductor connect to the reels, the reel brakes are provided on each reel respectively. The synchronous operation or individual operation of two sets of lifting machineries under eletrical control can be carried out, achieving the lifting and lowering operation of two hanger tools of sea side and land side The twin lifting machinery thus can carry out both the synchronous operation of two hanger tools and the individual operation of a single hanger tool, increasing the loading and unloading efficiency of the container crane by more than 60%.

Abstract: The invention relates to a lifting machinery of two reel differential type for two 40 feet container shore crane, comprising: a motor, a reductor and its high speed brake, reels and reel brakes; wherein at least one motor is provided; a planetary differential reductor is used as the reductor connected to the motor output end, the planetary differential reductor has a high speed input shaft, a low speed output shaft and a differential project shaft; the high speed input shaft connects to the motor output shaft, at least one high speed brake is provided on the high speed input shaft; two four project rope reels connect to two low speed output shaft; at least one reel brake is provided on each reel; and the lifting machinery comprises a differential shaft brake consisting of at least two differential shaft brakes provided on two differential project shaft; the revolution of the two differential project shaft of the planetary differential reductor is controlled by the two differential shaft brakes so that power o

Abstract: The invention relates to a lifting machinery of four reel differential type for two 40 feet container shore crane comprising: motors, reductors, high speed brakes, reels and reel brakes; wherein at least one motor is provided; the reductor connected at the motor output end is a planetary differential reductor having a plurality of high speed input shafts, low speed output shafts and the differential project shafts; the high speed input shaft connects to the motor output shaft, at least one high speed brake is provided on the high speed input shaft; four two-project rope reels are connected to the four low speed output shaft; at least one reel brake is provided to each reel; and a differential shaft brake consisting of at least two differential shaft brakes provided on two differential project shaft is also included; the revolution of the two differential project shaft of the planetary differential reductor is controlled by the two differential shaft brakes so that power of the planetary differential reductor