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How to Use the Finish Thompson Inc. Centrifugal Pump Selector ...

How to Use the Finish Thompson Inc. Centrifugal Pump Selector Finish Thompson’s centrifugal pump selector program has been designed to be easy to use. It allows our collection of centrifugal pumps to be quickly searched to find the ones that most closely meet your selection criteria. The information provided in this document is designed to provide additional information on how our selector operates. Terms of Use Information: Please review the important information found in the “Centrifugal Pump Selector: Terms of Use” section. This can be accessed by clicking on the link (the word “here”) in the following sentence found on the first page of the selector “The user bears primary responsibility for these factors, some of which should be reviewed here” Contact Finish Thompson for Help: If you have trouble using our selector or would like to receive a factory recommendation, please contact us at sales@finishthompson.com or click on the link on the first page. Again, it is the word “here” in the following sentence “If you have trouble using the selector or would like a factory recommendation, please click here” Input Selection Criteria This is the form where hydraulic and application criteria are entered. Following is additional information for each choice. “Unit System” – Chose either US or Metric. • If “US” is selected, units of measure will be in US gallons per minute, feet, degrees Fahrenheit and horsepower. • If “Metric” is selected, units of measure will be in m3/hr, meters, degrees Celsius and kW. “Frequency” – Chose either 50 Hz or 60 Hz. The “Nominal Speed” will automatically change based on the frequency selection. “Nominal speed” – At least one of the two speeds shown must be selected. Both speeds are automatically selected. To refine the selection results, deselect one of the speeds by clicking on the “checkmark”. Most customers choose to operate Finish Thompson centrifugal pumps at the higher speed (2900 or 3500 rpm). This typically allows a smaller, less expensive pump to be used for the application. • If 50 Hz is selected, the speeds shown will be 2900 rpm and 1450 rpm. • If 60 Hz is selected, the speeds shown will be 3500 rpm and 1750 rpm. “Flow” – Enter the required flow for the application. The flow must fall within the range displayed. • If “US” was selected for the unit system, enter the flow in gpm (gallons per minute). The selector will automatically round tenths of a gallon to the next higher or lower value (for example, 10.6 gpm will be automatically rounded up to 11 gpm).

Blue Shark Solution – A one stop destination for Wordpress development needs

Blue Shark Solution is one of the leading companies for word-press customization and development. We have a team of word-press designers, developers and programmers to work as dedicated for appropriate project as well as for client. Get more info about word-press Design and Development Services today! from http://www.bluesharksolution.com/

Descargar aquí el formato - Totalplay

Portabilidad Numérica ¿Qué es la Portabilidad Numérica? El trámite de portabilidad consiste en conservar el mismo número telefónico que tiene actualmente con su compañía, al contratar Totalplay. Requisitos para tramitarla 1. Formato de portabilidad (debe contener los datos del Titular de la Línea Telefónica que desea portar, incluyendo firma). 2. Factura telefónica del proveedor actual donde se encuentra el número que desea conservar (la fecha límite de pago de ésta no debe exceder los 10 días naturales). 3. Comprobante de pago de la factura telefónica mencionada en el punto 2 (en caso que el pago de su servicio este domiciliado a una TDC, es necesario enviar el estado de cuenta de la tarjeta a la que se carga el servicio). 4. Identificación oficial del titular de la línea telefónica a ser portada (misma persona que firma el formato de portabilidad. Puede ser IFE, Pasaporte ó Cédula Profesional).

Anexo único. Formato de solicitud de Portabilidad de número(s ...

NOTAS: 1. “El Suscriptor acepta que con la firma de la presente Solicitud de Portabilidad, manifiesta su consentimiento de terminar la relación contractual con el Proveedor Donador, únicamente de los servicios de telecomunicaciones cuya prestación requiere de los números telefónicos a ser portados, a partir de la fecha efectiva en que se realice la Portabilidad de los mismos”. 2. “El Suscriptor acepta que el portar su(s) número(s), no lo exime del cumplimiento de las obligaciones que haya contraído por la relación contractual con el Proveedor Donador y en su caso con su proveedor de larga distancia, por lo que de manera enunciativa, mas no limitativa, se compromete a pagar los adeudos pendientes, devolver los equipos de telecomunicaciones que sean propiedad del Proveedor Donador y pagar las penalizaciones por terminaciones anticipadas que, en su caso, se hubieren convenido.” 3. “El Suscriptor reconoce que la Portabilidad del(los) número(s) solicitada está sujeta al cumplimiento de todos los requisitos establecidos en las Reglas de Portabilidad y sus Especificaciones Operativas.” 4. “El firmante declara bajo protesta de decir verdad que los datos asentados en la presente solicitud y, en su caso, los documentos que la acompañan son verdaderos”.

ACTIVIDADES: NÚMEROS TELEFÓNICOS

El teléfono es un invento muy viejo. Data de 1871 y fue inventado por Antonio Meucci y no por Alexander Graham Bell, como se piensa usualmente. El teléfono ha pasado por muchas transformaciones, haciéndose cada vez más eficiente, fidedigno e inalámbrico. Sin embargo, algo que no ha cambiado es cómo asignar los códigos del emisor y el receptor de la señal. Nos referimos a los números telefónicos. ¿Ha notado que en ciudades pequeñas los números son más cortos que en las ciudades más grandes? Esto se debe a la cantidad de habitantes. Por ejemplo, supongamos que solo podemos tener números de teléfonos de dos dígitos (que van del 0 al 9). El primero dígito podría ser cualquiera de los 10 números entre el 0 y el 9. El segundo también. Entonces la cantidad total de números que podríamos formar sería solo de 10  10 = 100 números, que son muy pocos. Por eso, en ciudades grandes se usan números telefónicos de 7 o más dígitos.

Revit Structure and BIM - i-Theses
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BIM and Structural Engineering Using a Building Information Model for Structural Engineering The Revit Structure building information model combines a physical representation of the building fully associated with an analytical representation. This common, computable building model is used for structural design, drawing production, and coordination – and drives third-party structural analysis applications. Computable Building Model Digital data is not necessarily computable data – a distinction that at first glance may seem insignificant but in actuality wreaks havoc for the user of the data. For example, a word processor can be used to create rows and columns of financial data, but most of the numeric calculations and modifications must be done manually. The data is digital, but not very useful. In contrast, a spreadsheet version of the same financial data might look identical to the word processor version, but the spreadsheet model contains numerical values, relationships, and sophisticated calculations. When a number changes, the rest of the spreadsheet updates automatically. The spreadsheet model is computable whereas the word processor representation is not, even though both are digital. The building industry, for the most part, has adopted the word processor approach to documenting building designs over the past 20 years. CAD tools are primarily used to create electronic drawings of buildings. Even some 3D models are little more than 3D drawings. Although the output of these systems may resemble the output of a BIM solution – just as the financial table in the word processor looks the same as the spreadsheet table – it is not computable information. It's quite common to try to use this incomputable building design data for analysis and find...

Cisco Small Business RV110W Wireless-N VPN Firewall ...

ADMINISTRATION GUIDE Cisco Small Business RV110W Wireless-N VPN Firewall Revised March 2012 Cisco and the Cisco logo are trademarks or registered trademarks of Cisco and/or its affiliates in the U.S. and other countries. To view a list of Cisco trademarks, go to this URL: www.cisco.com/go/trademarks. Third-party trademarks mentioned are the property of their respective owners. The use of the word partner does not imply a partnership relationship between Cisco and any other company. (1110R) © 2011-2012 Cisco Systems, Inc. All rights reserved 78-20157-03 (formerly OL-21745-01) Contents Chapter 1: Introduction Product Overview Getting to Know the Cisco RV110W 8 8 10 Front Panel 10 Back Panel 12 Installing the Cisco RV110W Placement Tips 13 13 Connecting the Equipment 13 Using the Setup Wizard 15 Using the Getting Started Page 16 Navigating through the Pages 18 Saving Changes 19 Viewing the Help Files 19 Configuration Next Steps 20 Verifying the Hardware Installation 20 Connecting to Your Wireless Network 21 Chapter 2: Configuring Networking Configuring the WAN Settings 22 22 Configuring Automatic Configuration (DHCP) ...

Cisco Small Busines WRVS4400N Administration Guide

ADMINISTRATION GUIDE Cisco Small Business WRVS4400N Wireless-N Gigabit Security Router with VPN Cisco and the Cisco Logo are trademarks of Cisco Systems, Inc. and/or its affiliates in the U.S. and other countries. A listing of Cisco's trademarks can be found at www.cisco.com/go/trademarks. Third party trademarks mentioned are the property of their respective owners. The use of the word partner does not imply a partnership relationship between Cisco and any other company. (1005R) © 2009 Cisco Systems, Inc. All rights reserved. OL-20048-02 Contents Chapter 1: Introduction 6 Chapter 2: Networking and Security Basics 8 An Introduction to LANs 8 The Use of IP Addresses 9 The Intrusion Prevention System (IPS) 11 Chapter 3: Planning Your Virtual Private Network (VPN) 13 Why do I need a VPN? 13 What is a VPN? 15 Chapter 4: Getting Started with the WRVS4400N Router 18 Front Panel 19 Back Panel 20 WRVS4400N Antennas 20 Placement Options 21 Installing the Router...

Cisco WAP4410N Wireless-N Access Point with Power Over ...

Cisco Small Business WAP4410N Wireless-N Access Point with Power Over Ethernet Cisco and the Cisco logo are trademarks or registered trademarks of Cisco and/or its affiliates in the U.S. and other countries. To view a list of Cisco trademarks, go to this URL: www.cisco.com/go/trademarks. Third-party trademarks mentioned are the property of their respective owners. The use of the word partner does not imply a partnership relationship between Cisco and any other company. (1110R) © 2012 Cisco Systems, Inc. All rights reserved. Document Revision Number OL-19774-02 Contents Chapter 1: Introduction 6 Audience 6 Organization 7 Chapter 2: Planning Your Wireless Network 8 Network Topology 8 Roaming 8 Network Layout 9 Example of a Simple Wireless Network 10 Protecting Your Network 11 Chapter 3: Getting to Know the Wireless-N Access Point 13 Front Panel 13 Back Panel 14 Antennas and Positions 14 Chapter 4: Connecting the Cisco WAP4410N Access Point 15 Placement Options 15 Desktop Option 15 Wall-Mount Option 16 Stand Option 16 Connecting the Cisco WAP4410N Access Point to the Network 17 Using a PoE Switch or Router 17 Using a Standard Switch or Router 18 Chapter 5: Setting Up the Cisco WAP4410N Wireless-N Access Point 19 Launching the Web-Based Configuration Utility 19 Navigating the Utility 20 Setup 21 Wireless 21 AP Mode 21 WAP4410N Wireless-N Access Point with Power Over Internet Administration Guide 3 Contents Administration 21 Status 22 Chapter 6: Configuring the Cisco WAP4410N Wireless-N Access Point Setup 23 23 Basic Setup 24 Time 26 Advanced 27 Wireless 28 Basic Settings 28 Security 30 Connection Control 37 Wi-Fi Protected Setup 39 VLAN and QoS 39 Advanced Settings

Moto Guzzi Norge 1200 - Motorcycle Consumer News

Model Evaluation Judged on the drivability of their respective powertrains, we’d have to give the edge to the Moto Guzzi. Despite BMW’s improvements to its fuel injection, finally banishing the infamous “surging” problem to the history books, the new counterbalanced Hexhead engines still have significant driveline lash, which can be felt strongly with any throttle openings and closings at rpm below 4000 (most of the time). You quickly learn not to change the throttle in corners. By comparison, the Guzzi’s Marelli injection is not at all abrupt with throtby Dave Searle tle transitions, and its final drive has very effective shock dampers on both ends, which suppress lash. Except for some clashing in the driveline which can still be felt at very low rpm, the Guzzi is extraordinarily smooth running and feels completely devoid of lash. You adjust the throttle as you flow with the road, without negative effects, just as you do the steering and brakes. Building on the advantage, the Guzzi’s transmission is also exceptional, with very short shift lever travel and buttery smooth gear changes. Blipping downshifts on the Norge is so easy and intuitive partly because the engine’s throttle response is so perfectly matched to the job. And don’t underestimate how constantly satisfying such effortless shift quality can be, particularly on a winding road, where matching drive and engine braking to the road makes such a difference to performance and rider control, subtly transforming a good ride into to a great ride. The BMW uses a bore and stroke of 101mm x 73mm to make 1170cc, while the Guzzi’s bore/stroke measures 95mm x 81.2mm to displace 1151cc. Note that Guzzi’s 90° vee doesn’t put such a penalty on engine stroke as it doesn’t have to worry about cornering clearance to wide-set opposed cylinder heads like the BMW. And while the BMW’s shorter stroke and four-valve heads, vs. the Guzzi’s two-valve types, might be expected to have a rev-range advantage, the BMW has the lower redline instead, 7500 on the RT’s rev limiter vs. 7800 at the Guzzi’s indicated redline plus the ability to climb even higher—the dyno measured 8250. In addition, the Guzzi’s lower first gear pulls harder and makes it easier to launch. Both bikes also share automotive-style dry clutches which aren’t ideal for hot starts, and the BMW’s taller gearing means it has to work harder. Compared to its cousins the Breva and Griso, the Norge has shorter gearing overall, with a 1.45:1 primary drive ratio, to the Griso’s 1.38:1 or the Breva’s 1.31:1 (all other ratios being the same).

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