Tag Archives: electronics & information technology

Preserved with a few details and clicks companies insight into potential cost savings by optimizing printing ThinPrint, developer of the market-leading print solution ThinPrint .print for distributed networks under roi a free ROI calculator online, has made with the company to determine their cost-cutting potential in printing. In addition to a detailed analysis to the return on investment, interested parties receive a white paper with detailed information about the savings potential and the calculation basis. The ROI calculator takes into account the cost for the evaluation and management of printer drivers as well as help desk requests to printing problems, application performance and work productivity affected spending for bandwidth, latency to the printer, downtime of hardware, through print data transmission. “Is also in times of consolidation cost savings without compromising the quality of the work top the list of managers”, so Charlotte Kunzell, Board member of ThinPrint. Steven Holl: the source for more info. “With the “ROI calculator we are interested now a tool available with which they can determine their individual savings easily and efficiently.” ThinPrint’s ThinPrint AG is a specialist for optimized print data transmission in distributed networks. The ThinPrint .print technology has established itself as a leading print management software and is today in companies in any industry and size in all regions of the world successfully used. The application spectrum of the .print technology is this broad and provides among others in Terminal Services environments, client-server architectures, SAP environments, Web and mobile applications, the host printing, as well as in virtualized server or desktop environments for highly efficient print management. A dense sales network with more than 500 qualified distributors and resellers in over 80 countries ensure an optimal customer service on-site.

120 ThinPrint employees provide in addition to the headquarters in Berlin (Germany), as well as in offices in Denver, Colorado (United States), Cleveland, Ohio (United States) and Sydney (Australia) for steady growth.

Frequency inverter and its triumphal procession in electrical engineering in industrial plants and machines, Fittnessgeraten and even household appliances the so-called frequency inverters used today for speed control of drives. This greatly simplified description does not to the better understanding of all, largely on terms and physics. Mostly Gleichstrommotore is used for the speed control in industrial machinery, the advantages of the Drehstrommmotors and the miniaturization of electronics have led that speed control is carried out mainly with three-phase asynchronous motors and frequency inverters. The benefits are robust and largely maintenance-free better power to weight ratio among others cheaper than DC motors. The biggest advantage is that nearly every commercially available three-phase motor with frequency inverter in the speed can be controlled. Go to Red Solo Cups for more information. Frequency inverters are used so for speed control of three-phase motors.

Because the speed of the three-phase motor with changing frequency changes,. It reached a speed control by a voltage applied to the motor with regulated frequency. Thus, the speed is controlled by the frequency applied to the motor. The tension is here adapted to the respective speed. A variable speed drive can be realized with a frequency converter and a three-phase motor, so today with low cost. Through the programming of the frequency converter brakes, speed, torque can be designed specifically to the application at another time.

The programming can be performed mostly for simple applications on the device itself. Often the manufacturer offer simple programmers or programming is done directly from the PC or notebook. Often, in today’s modern FU’s, the behavior of the drive can be changed and adjusted with several hundred adjustable parameters. That must be made by an expert, because damage to the drive on the machine, even personal injury can be caused by incorrect programming. Setting the speed is done with simpler applications usually via a potentiometer. The problems are a major drawback of the frequency inverter. There will be repercussions on the supply network (pollution), as well as to the electromagnetic radiation. Remedies must be shielded cables and filters used.However, some manufacturers include the necessary filters right into the device. The regulations and the operating instructions of the device type information. Frequency converters are usually for 1-phase supply voltage in the power up to 1, 5kW offered.Services 1, 5kW are 3Phasen devices used. The prices for such electronic products are declining rapidly. Simple frequency inverters in the line class 0, 37kW or less are available already for a little over 100. This explains why frequency inverters are used very often, and the DC drives have almost completely displaced.

The version 2 of INTUS PS offers higher performance and enhanced user comfort with reduced power consumption. The hand vein recognition system INTUS PS for highly secure access control is available in September the new version of 2. The INTUS PS Reader now has a display that can show over 200 colours instead of three colors. This allows the system to display not only the status detail, but opens up new opportunities, more comfortable to the user. For the connection to the controller, the distance between the reader and controller from 5 m to 100 m could be increased. Double performance with reduced power consumption. In the new INTUS PS is a powerful Intel Atom processor with 1.6 MHz working controller.

In addition to the doubled performance, reduced the power consumption of the new system by 33%. To connect of the controller to a higher-level system are a Wiegand-and for master download an Ethernet interface available. Functioning of the hand vein recognition. The hand vein recognition system INTUS PS is designed for access control in the high-security sector. It is based on the absorption of infrared radiation (heat radiation) in venous blood. The sensor emits near-infrared radiation in the direction of the palms. The oxygen-reduced blood in the veins absorbs the infrared rays. The sensor camera creates an image of the vein pattern and converts the image into a so-called template that is used for the identification of the person.