45results about How to "Reduce follow-up costs" patented technology

An IV catheter introducer having a retractable needle holder and a tubular plunger that are held by a detent structure in a preferred positional relationship prior to and during insertion of the catheter. Following insertion, the plunger is pushed past the detent structure, permitting a compressed spring to force the needle holder upwardly into the plunger. A vented end cap in the plunger permits rapid venting of air displaced during retraction of the needle holder. The needle holder includes a flash chamber that is easily viewable through a clear plastic housing. Wings are provided on the housing to facililate one-handed operation of the device. A method for assembling the subject catheter introducer is also disclosed.

An IV catheter introducer having an elastomeric grommet disposed between the housing and the IV catheter assembly that helps avoid unintentional separation of IV catheter assembly from the housing during shipping and handling prior to use, that acts as a needle guide, that helps align the housing and IV catheter assembly coaxially, that indicates that top side of the catheter introducer, that provides proper rotational alignment between the grommet and housing, that wipes blood off the needle during withdrawal of the needle from the catheter assembly and grommet, that impedes blood flow out of the catheter hub after needle withdrawal, and that assists the user in separating the housing from the IV catheter assembly following insertion of the catheter and withdrawal of the needle.

The invention relates to an intelligent cardiovascular disease follow-up system based on a network. The intelligent cardiovascular disease follow-up system is characterized by comprising a patient client side, a doctor client side, a centre data management client side and a centre data platform; the patient client side and the doctor client side are connected together with the centre data platform through the network; the follow-up relationship between the patient client side and the doctor client side is established through the centre data platform; furthermore, a follow-up function is implemented; and the centre data management client side and the centre data platform are connected, so that a follow-up management function is realized. By means of the intelligent cardiovascular disease follow-up system disclosed by the invention, the patient client side and the doctor client side are connected together with the centre data platform through the network; therefore, the follow-up relationship can be established rapidly; functions, such as rapid and automatic input of all kinds of patient data, targeted transmission of the patient data between a patient and a doctor, which the patient belongs to, and generation of an automatic message template replied to the patient by the doctor, can be realized; therefore, the follow-up efficiency and the accuracy are increased; the follow-up cost is reduced; and the follow-up application scene is enlarged.

The invention relates to a device for measuring a material surface by using a blast furnace based on an MIMO radar. The device is a set of system composed of an MIMO radar, antenna arrays, an antenna protection casing, a cooling blowing unit and the like. Three-dimensional information of a whole bacterial surface in the blast furnace is obtained by using sparse array high resolution characteristics of the MIMO radar and a near field high resolution imaging algorithm, costs of electronic control scanning array imaging radars are decreased greatly simultaneously, and on-line dynamic monitoring capacity of three-dimensional material surfaces under bad conditions of industrial sites is provided by a dust and high temperature resistance technology.

The invention discloses a machining method of a complex casting with a non-circular cross section. In the casting machining surface, through setting and machining of process margin and removal of the machining margin, the size and shape relationship between complex surfaces is established; through the measurement of wall thickness, a machined outer surface is used as a standard, layout inspection is conducted on the casting, and whether the size accuracy of a non-machined surface of the casting meets the requirements of subsequent machining or not is judged; a special tool is used for reducing heat treatment deformation of the casting; a rough machining standard of the casting is determined according to heat treatment detection data, and subsequent machining is conducted; analysis is conducted on the deformation trend and the deformation amount of all processes for casting manufacturing, anti-deformation design is conducted on the casting in advance, and the pass percent of the sizes of castings is improved. The machining method belongs to the field of casting, is high in universality and suitable for complex castings manufactured through various materials and various methods; the casting accuracy of the machining method is improved by one to three levels on the basis of an original casting method, the machining finished product rate is increased, energy consumption and the part manufacturing cost are lowered, and the manufacturing cycle is shortened.

The invention relates to the field of electric digital data processing equipment for interconnection or transmission of information or other signals among memories, input/output equipment or central processors, in particular to a house intelligent control device based on a European installation bus. The house intelligent control device based on the European installation bus comprises an illuminating lamp (11), a curtain (21), a common antenna control module (72) and the like, and is characterized in that the device additionally comprises the European installation bus (1), a bus control panel (2), a common antenna distribution sensor (73) and the like. The house intelligent control device based on the European installation bus has the advantages of high real-time performance, high automation level, flexible control method, wide application scope and low cost.

The invention relates to a device and a method for preparing ethylbenzene from ethylene recovered from refinery dry gas by pressure swing adsorption. The refinery dry gas and non-condensable gas at the top of a catalytic reaction rectification tower enter an adsorption tower loaded with an adsorbent, adsorbed residual gas is directly discharged from the device, pressure relief gas is directly discharged from the system when adsorption saturation is reached, and medium-concentration dry gas is obtained through desorption operation and enters the lower part of the catalytic reaction rectification tower after being pressurized through a compressor. Raw material benzene enters the upper part of the catalytic reaction rectification tower, the non-condensable gas at the top of the catalytic reaction rectification tower after a gas phase is condensed through a condenser part returns to the adsorption tower, a condensed liquid phase enters a benzene return tank, one part of the liquid phase is returned, the other part of the liquid phase serves as benzene feed liquid of a transalkylation reactor, and liquid obtained through an extraction pump of a tower kettle at the bottom of the catalytic reaction rectification tower enters a toluene tower for subsequent separation. The size of the alkylation reactor can be greatly reduced; benzene and a generated product are separated while a reaction is produced, so that conventional benzene tower and crude separation tower devices are reduced and the equipment investment is reduced.

The invention relates to a black fungus liquid fermentation quick-producing high-yield melanin culture medium. The formula of the culture medium comprises the following raw materials: 17.27 g/L of a yeast extract, 1.92 g/L of tyrosine, 3.84 g/L of lactose, 1 g/L of NaCl, 2 g/L of MgSO4, 0.5 mg/L of biotin, and 1 g/L of KH2PO4, wherein the pH value is 6. According to the invention, the melanin is produced by black fungus liquid fermentation; with optimization of the fermentation conditions, the melanin production by fermentation can be ahead of time, and the yield of melanin can be increased. Under the optimized conditions, the yield of melanin can be up to 2.97 g/L, which is 2.14 times more than that of the existing culture medium; melanin can be produced on the third day during the culture process. The formula of the culture medium provided by the invention aims to shorten the melanin production time; the mycelial growth amount is less, and the melanin yield is high; the culture medium is more favorable to separate out and extract melanin, so as to reduce the follow-up working cost.

The invention relates to a bumper system for a motor vehicle with at least one crashbox, which is arranged by means of a bracket on a bumper cross member, wherein the bracket is provided with a first bracket plate and a second bracket plate, while the first bracket plate bears at least partly against a first limiting element and the second bracket plate against a second limiting element of the bumper cross member, wherein the bumper cross member is taken up in the bracket such that the first bracket plate and/or the second bracket plate extends in the direction of the vehicle longitudinal axis over at least 3 4 preferably over 9/10 of the bumper cross member in the direction of a bumper cross member front wall, especially preferably entirely up to the bumper cross member front wall.

The invention relates to a method for rolling a metal product (1), wherein the metal product is subjected to a rolling operation at a first station (2), which rolling operation is controlled by a control device (3), wherein the product (1) is subjected to a measurement at a second station (4), wherein the product (1) is subjected to a further processing operation at a third station (6), and wherein the product (1) is in a specified quality at a fourth station (7). In order to increase the quality of the produced strip, the invention provides that the method has the following steps: a) measuring the value of a material property (IW) at the second station (4); b) feeding the value measured at the second station (4) to the control device (3), comparing the measured value with a value (SW) stored in the control device (3), and adjusting a parameter (PP1) if the measured value deviates from the stored value (SW), c) measuring a value of a quality material property (Q) at the fourth station(7); d) comparing the measured value with a stored value, and initiating a measure to influence the quality material property (Q) if the measured value deviates from the stored value beyond a permissible tolerance.

The invention relates to an automatic duckweed fishing device. The automatic duckweed fishing device comprises a floating body, a speed measurement assembly, a control assembly and a fishing assembly,wherein the speed measurement assembly, the control assembly and the fishing assembly are arranged on the floating body, the floating body is provided with a first impeller assembly for pushing the floating body to move frontwards and backwards in water, the floating body is provided with a second impeller assembly for pushing the floating body to move leftwards and rightwards in the water, and the speed measurement assembly, the first impeller assembly and the second impeller assembly are electrically connected with the fishing assembly correspondingly. The automatic duckweed fishing devicehas the beneficial effects that after the automatic duckweed fishing device encounters a large obstruction or is in contact with the bank side, the automatic duckweed fishing device can perform translation in the direction perpendicular to the current fishing direction automatically, then line-feed fishing is carried out, non-repetitive fishing is ensured, the duckweed fishing efficiency is improved, and the automatic and intelligent fishing is realized.

The invention discloses an electrostatic discharge device. The electrostatic discharge device comprises an electrostatic pile and a power supply and is characterized in that an electrostatic pile headat the top of the electrostatic pile is made of a subconductor material, a single-chip microcomputer is mounted inside the electrostatic pile, the input end of the single-chip microcomputer is electrically connected with the output end of a human body sensor, a resistance detecting circuit is electrically connected to the single-chip microcomputer, the resistance detecting circuit is connected tovoltage of 3.3V and the 2-way ADC of the single-chip microcomputer to perform detection, the resistance detecting circuit performs resistance calculation by using a voltage dividing manner, the single-chip microcomputer and a network module adopt SPI communication, and the network module is electrically connected with PDS through a switch. The electrostatic discharge device has the advantages that the device supports online upgrading, ground resistance detecting and touch alarm on whether the electrostatic discharge is completed or not, each electrostatic pile has an independent IP address, the electrostatic pile can be directly controlled through PDS to modify the internal IP address, cost caused by follow-up equipment upgrading can be reduced, and follow-up cost can be reduced greatly.

The invention relates to a measuring system for determining the wear of a brake lining (6) of a friction brake, wherein a wear element (11) is integrated into the brake lining (6), the wear of which wear element is determined to represent the brake lining (6) or by means of which wear of the brake lining (6) is detected. The wear element (11) is ferromagnetic and the measuring system has a permanent magnet (13) and a magnetic field sensor which are arranged such that the wear element (11) lies in the field of the permanent magnet (13), and the magnetic field sensor detects a magnetic field intensity influenced by the wear of the wear element (11) or the brake lining (6).

The invention discloses packaging equipment for a cable sheath material. A forming mechanism located below a hopper comprises two first forming plates, two second forming plates and a guide rail. Thefirst forming plates and the second forming plates are mounted on the guide rail through a connecting seat, the second forming plates are located between the two first forming plates, the first forming plates and the second forming plates encircle a forming cavity where a packaging bag is formed, two ends of a rotating plate are separately connected to a driving assembly and the first forming plates, a rotating hole where the guide rail penetrates through is formed in the rotating plate, second rotating rods are mounted on two sides of the first forming plates, the second forming plates are mounted on a second rotating rod, and the second forming plates are mounted on a second connecting plate through a first extrusion air cylinder. The packaging equipment not only can prevent a material from being accumulated irregularly at a corner to affect the regularity of a packaging structure, but also is convenient for staff to adjust and replace the first and second forming plates and adjust the thickness and width of the forming cavity so as to fit packaging demands of different specifications.

The invention discloses an Android automatic data point burying method, which comprises the following steps of: defining a point burying rule, and weaving a statistical data point burying code into afunction meeting the rule or a user interaction event; developing a Gradle plug-in, wherein the Gradle plug-in is used for weaving a data burying point code in a compiling period; uploading the burying point data to a cloud server; full-automatic point burying is achieved on the premise that app running period performance is not affected, development resources consumed by data point burying are saved, burying missing caused by manual factors is avoided, data reporting errors caused by manual point burying due to manual factors in the development process are avoided, more comprehensive data isprovided for data analysis of the cloud. The buried point code and the service code of the program are separated and do not influence each other, so that the stability of the program is improved, andthe subsequent cost of the program is reduced.

The invention relates to a greenhouse. The technical problems that indoor temperature of an existing mushroom planting greenhouse is high and hard to control, the ventilating effect is poor, and maintenance cost is high are solved. The greenhouse comprises a house body and a greenhouse arch center. The house body comprises four reinforced concrete stand columns, a brick wall is arranged between every two adjacent reinforced concrete stand columns, and three brick walls are arranged totally. A floor slab is arranged at the top of the house body and connected with a heat preservation layer. The greenhouse arch center is connected with the house body, and space below the greenhouse arch center is communicated with space in the house body. The greenhouse arch center is covered and connected with plastic paper, the greenhouse arch center is connected with a curtain winder, and the curtain winder is connected with a grass curtain. A glass window is arranged on one brick wall of the house body, and provided with an exhaust fan. The greenhouse is widely applied to the technical field of planting of edible mushrooms and other crops.

The invention relates to the technical field of building houses, and discloses a novel building house structure and an installation and construction technology. The novel building house structure comprises a base and a ground platform, the ground platform is arranged on the base, two side plates are arranged on the upper wall surface of the ground platform, a back plate is arranged between the two side plates, a front plate is arranged on the front sides of the two side plates, a rectangular opening is formed in the middle of the front plate, two movable doors are hinged into the rectangular opening through hinges, a stand column is fixedly arranged at the top of the back plate, a check block is fixedly arranged at the top of the front plate, the cross section of the check block is trapezoidal, a cross beam is arranged between the check block and the stand column, roof tiles connected with the side plates on the two sides are arranged above the cross beam, the number of the roof tiles is set according to the length and size of the house, the roof tiles are in a V shape, and glass is installed in the gaps between the stand columns and the roof tiles on the two sides. The house is of an assembled structure, so that the purposes of convenient installation and convenient transportation are effectively achieved.