Found 2214 related files. Current in page 17
Treating a pediatric patient requires special attention to the following: • early childhood caries (ECC) and baby bottle tooth decay • behavior management principles • child abuse and neglect • restorative procedures • pulp therapy and trauma • managing the developing occlusion and space maintenance This chapter will cover the following topics: Section A B C Topic Etiology of Dental Caries in Children Baby Bottle Tooth Decay (BBTD) and Nursing Caries Rampant Decay Other Sources of Decay Prevention Behavior Management Communicative Management Nitrous Oxide--Oxygen Inhalation Sedation Physical Restraint Hand-Over-Mouth Technique Conscious Sedation General Anesthesia Practical Tips in the Behavior Management of Children Pediatric Diagnosis and Treatment Planning Examining the Infant Dental Radiographs Pediatric Treatment Planning Individual Prevention Treating Early Childhood Caries Child Abuse and Neglect (CAN)
Before operating this projector, read this manual thoroughly and operate the projector properly. This projector provides many convenient features and functions. Operating the projector properly enables you to manage those features and maintain it in better condition for a considerable time. Improper operation may result in not only shortening the product life, but also malfunctions, fire hazard, or other accidents. If your projector seems to operate improperly, read this manual again, check operations and cable connections and try the solutions in the “Troubleshooting” section in the end of this booklet. If the problem still persists, contact the dealer where you purchased the projector or the service center. – This projector produces intense light from the projection lens. Do not stare directly into the lens as much as possible. Eye damage could result. Be especially careful that children do not stare directly into the beam. – Install the projector in a proper position. If not, it may result in a fire hazard. – Provide appropriate space on the top, sides and rear of the projector cabinet for allowing air circulation and cooling the projector. Minimum clearances must be maintained. If the projector is to be built into a compartment or similarly enclosed, the minimum distances must be maintained. Do not cover the ventilation slots on the projector. Heat buildup can reduce the service life of your projector, and can also be dangerous. SIDE and TOP
Warning notices are used in this publication to emphasize that hazardous voltages, currents, temperatures, or other conditions that could cause personal injury exist in this equipment or may be associated with its use. In situations where inattention could cause either personal injury or damage to equipment, a Warning notice is used. Caution notices are used where equipment might be damaged if care is not taken. Notes merely call attention to information that is especially significant to understanding and operating the equipment. This document is based on information available at the time of its publication. While efforts have been made to be accurate, the information contained herein does not purport to cover all details or variations in hardware or software, nor to provide for every possible contingency in connection with installation, operation, or maintenance. Features may be described herein which are not present in all hardware and software systems. GE Fanuc Automation assumes no obligation of notice to holders of this document with respect to changes subsequently made. GE Fanuc Automation makes no representation or warranty, expressed, implied, or statutory with respect to, and assumes no responsibility for the accuracy, completeness, sufficiency, or usefulness of the information contained herein. No warranties of merchantability or fitness for purpose shall apply. The following are trademarks of GE Fanuc Automation North America, Inc.
Before operating this projector, read this manual thoroughly and operate the projector properly. This projector provides many convenient features and functions. Operating the projector properly enables you to manage those features and maintain it in better condition for a considerable time. Improper operation may result in not only shortening the product life, but also malfunctions, fire hazard, or other accidents. If your projector seems to operate improperly, read this manual again, check operations and cable connections and try the solutions in the “Troubleshooting” section in the end of this booklet. If the problem still persists, contact the dealer where you purchased the projector or the service center. – This projector produces intense light from the projection lens. Do not stare directly into the lens as much as possible. Eye damage could result. Be especially careful that children do not stare directly into the beam. – Install the projector in a proper position. If not, it may result in a fire hazard. – Provide appropriate space on the top, sides and rear of the projector cabinet for allowing air circulation and cooling the projector. Minimum clearances must be maintained. If the projector is to be built into a compartment or similarly enclosed, the minimum distances must be maintained. Do not cover the ventilation slot on the projector. Heat build-up can reduce the service life of your projector, and can also be dangerous. SIDE and TOP
Rubber Stable Mats in UK are a great option of stable flooring for your horse. Earlier, horses were considered as a great substitute among animals; whenever people were completely exhausted while walking on foot. Even today, this animal helps you to travel different places within a short period as compared to walking. As a stable owner, when you are looking for a comfortable riding on a horse to cover a long distance, you must also ensure that the stable in which your horse resides feels the same level of comfort. This can be done by installing rubber mats inside the stable.
Overview of the U.S. Patent Classification System (USPC) 1.1 The USPC The USPC is a system for organizing all U.S. patent documents and many other technical documents into relatively small collections based on common subject matter. Each subject matter division in the USPC includes a major component called a class and a minor component called a subclass. A class generally delineates one technology from another. Subclasses delineate processes, structural features, and functional features of the subject matter encompassed within the scope of a class. Every class has a unique alphanumeric identifier, as do most subclasses. A class/subclass pair of identifiers uniquely identifies a subclass within a class (for example, the identifier “2/456” represents Class 2, Apparel, subclass 456, Body cover). This unique identifier is called a classification symbol, or simply a classification, or USPC classification, to distinguish it from classifications of other patent classification schemes. A subclass represents the smallest division of subject matter in the USPC under which documents may be collected. A collection of documents is defined as a set of documents sharing a common classification. A classification assigned to a document associates the document to the class and subclass identified by the classification. Documents are “classified in a subclass” if a classification corresponding to the unique subclass has been assigned to it. A document may be a member of more than one collection, i.e., it may have more than one classification assigned to it. Classifications are assigned to documents based on disclosure in the document. The USPC includes the following: • The Manual of Classification (MOC). The MOC is an ordered listing of all the valid classifications in the USPC. Classifications are presented in the MOC as class schedules. A class schedule is a listing of all the subclasses in a class in top-tobottom order of classification precedence, with the most complex and comprehensive subject matter generally at the top of the schedule, and the least complex and comprehensive at the bottom. Class schedules are arranged in the MOC in numerical order; for example, the schedule for Class 2 appears before the schedule for Class 224. The MOC is published electronically in HTML and PDF versions, which are available from the internal and external USPTO Web sites, respectively.
Patents represent a vast source of information covering every field of technology. Using patent information to find technology from around the world is easy. uu How does the patent system work? The patent system aims to encourage innovation and economic growth by: • Protecting the creativity and rewarding investments made in developing a new invention; Patents protect inventions for a specific period of time – generally no more than 20 years – and only in a specific country or a group of countries. • Publishing and disclosing technical information related to new inventions. Patents are published after a specific time – usually 18 months after filing – disclosing all the technical details of the invention. It is important to differentiate between the two principal functions of the patent system: • Patent protection is granted on a territorial basis, i.e., protection is limited to a specific country or region; while • Patent information is disclosed globally, i.e., anyone, anywhere in the world can learn from this information. uu What does patent information cover? Patent information comprises all information which has either been published in a patent document or can be derived from analyzing patent statistics. It includes: • Technical information from the description and drawings of the invention; • Legal information from the patent claims defining the scope of the patent and from its legal or validity status in specific countries; • Business-relevant information from reference data identifying the inventor, date of filing, country of origin, etc.; • Public policy-relevant information from an analysis of filing trends which can be used by policymakers, e.g., in national industrial policy strategy.
This paper presents the description and operation of a simple structure, low cost solar-powered adsorption refrigeration module with the solid adsorption pair of local domestic type charcoal and methanol. The module consists of: a––modiﬁed glass tube having a generator (sorption bed) at one end and a combined evaporator and condenser at the other end and, b––simple arrangement of plane reﬂectors to heat the generator. The testing of the module is mainly focused on the sorption bed, therefore, four types (1–4) of bed techniques and four reﬂector arrangements (A–D) to heat the sorption bed had been proposed and tested under climatic condition of Cairo (30° latitude). The angles of inclination of the reﬂectors are varied every month to receive maximum solar energy at noon time. Glass shell is also used to cover the beds in winter. Test results show that, the module composed of the bed technique Type 4 and reﬂector’s arrangement Type C gives best performance. The time duration during which the bed temperature is above 100 °C was found to be 5 h, with a maximum temperature of 120 °C in winter. In summer, the corresponding values 6 h and 133 °C. During cooling, the minimum bed temperature recorded in either winter or summer time is very close to the ambient temperature due to the absence of bed insulation. The daily ice production is 6.9 and 9.4 kg/m2 and net solar COP is 0.136 and 0.159 for cold and hot climate respectively. Ó 2004 Elsevier Ltd. All rights reserved. Keywords: Charcoal–methanol pair; Glass tube module; Plane reﬂectors; Solar energy; Solid adsorption refrigeration * Fax: +20-2-337-09-31. E-mail address: email@example.com (N.M. Khattab). 1359-4311/$ - see front matter Ó 2004 Elsevier Ltd. All rights reserved. doi:10.1016/j.applthermaleng.2004.04.001
ACCESSORY AND OUTFIT ASSEMBLY AF FL steel ring nut - Passenger seat strap fastener SIDE STAND ASSEMBLY Finished side stand pivot - Side stand pivot pack fastener Finished centring rod pin - Rod reference dowel fastener for side stand spring Pin for spring centring rod hinge - Pin fastening for spring centring rod hinge Side stand magnet - Side stand magnet fastener CHAIN-SPROCKET ASSEMBLY TBEI screw M5x8 10.9 STSTR087 - Sprocket cover fastener TCEIF screw M10x1.25x30 10.9 STSTR110 - Sprocket fastener LIGHT ASSEMBLY AF screw 3.5x10 - Cover to conveyor fastener (only base version) AF screw 3.5x10 - Conveyor to headlight fastener (only S version) TBEIF screw M5x12 - Conveyor to headlight fastener (only base version) TEF screw M5x25 8.8 - Headlight to support fastener AF screw 4.5x12 UNI 9707 - Headlight to tail guard fastener TBEIF screw M5x16 10.9 - Special fastener to subframe TCEIF screw M5x12 8.8 - Turn indicator to number plate holder fastener INSTRUMENT ASSEMBLY AB FL M5 nut serpress - Silent block to headlight support fastener 2/17 Rev. 01 - 26/03/2012 Tightening torques 1199 Panigale_Rev01.doc TIGHTENING TORQUES - 1199 PANIGALE (all versions) Application description Thread pitch Torque: [Nm]±10% *[Nm]±5% Notes M37x1 M6x1 M6x1 40 8* 10 LOCTITE 128455 SHELL RETINAX HDX2 (Seq: 1-2-3 / 2-1-3) LOCTITE 243 M5x0,8 5 M6x1 M8x1,25 M8x1,25 M8x1,25 M35x1 M8x1,25 M6x1 M6x1 6* 19* 22* 22* 25* 10 10 10 SHELL RETINAX HDX2 (Seq: EST-INT-EST) SHELL RETINAX HDX2 SHELL RETINAX HDX2 SHELL RETINAX HDX2 SHELL RETINAX HDX2 LOCTITE 601 LOCTITE 222 LOCTITE 222 M5x0,8 M6x1 M5x0,8 M5 af M6x1 M5x0,8 M5x0,8 M5x0,8 M6x1 M5x0,8 5 10 5 2 4 6 4 5 8 3 LOCTITE 222 FRONT FORK ASSEMBLY Steering shaft to bottom yoke fastener TCEIF screw M6x22 8.8 - Base clamps on forks fastener Nut M6 UNI 5588 - Steering limit stop screw fastener TCEI special screw M5x9 collar 1.8x8.5 f/f - Bottom yoke to splashguard fastener (only base version) TCEI screw M6x25 8.8 - Marzocchi fork feet clamps to clevis pin fastener Ohlins fork feet clamps to clevis pin fastener (only S version) TCEIF screw M8x25 8.8 - Steering head clamps to fork fastener TCEIF screw M8x25 8.8 - Steering head clamps to steering shaft fastener Finished steering bearing ring nut - Steering shaft pack fastener Screw - Eyelet to Ohlins steering damper fastener (only S version) TBEIF screw M6x30 10.9 - Steering damper to frame fastener TCEIF screw M6x18 8.8 - Steering damper to handlebars fastener ELECTR.-ELECTRONIC ASSEMBLY TCEIF screw M5x22 8.8 - Electric system supports to frame fastener TEF screw M6x22 10.9 - Battery support to engine fastener TCEI screw M5x9 collar 8.5 - Cover to battery support fastener AF SCREW 5x16 - Fuse cable protection to battery support fastener TEIC screw - Cable eyelet to battery fastener TCEIF screw M6x10 8.8 - Cable eyelet to solenoid starter fastener Nut - Cable eyelet to starter motor fastener TBEIF M5x14 black large head screw - Wiring bracket to head fastener M5 self-locking nut serpress - Solenoid starter support to generator cover fastener TEF M6x25 screw - Voltage rectifier fastener TBEI screw M5x10 8.8 - ECU bracket fastener 3/17
This procedure applies to all Testastretta engines. Ducati motorcycles are beautiful expressions of form and function. Adhering to the maintenance intervals is important to ensure optimum performance. There is an urban legend that Ducati valve adjustment is mysterious and difficult. This guide will dispel that myth and help you understand the ease with which valve clearance measurement and adjustment can be accomplished. There are several methods for taking the measurements of the shims. In much of the written information and on the web forums the terms “Loaded” and “Unloaded” are frequently used. These terms evolved from working on 2-Valve and earlier Desmoquattro (4 Valve) valve trains where access was limited due to the cylinder head design. These methods will give valid results for the Testastretta engines, but are not required. Ducati has made measuring these clearances very easy. If this is your first time measuring and adjusting the desmodromic engines, take your time and enjoy working on your bike. Getting to the cylinder heads is the first step in the process. DISASSEMBLY Secure the bike to a stand or a lift. Take pictures of everything, especially electrical connections and routing of leads, hoses, etc. to aid in reassembly. Use a paint pen or other marking device to make alignment marks (i.e.-oil pressure sensor connection) for reassembly purposes. Remove the side fairings Disconnect the battery (the battery negative terminal is the first removed and the last installed) Remove enough interference to gain access to the cylinder heads. This may include the fuel tank/seat cowling assembly, the air-box, and radiator. Get a picture of cooling fan connections (both sides). Place a catch pan underneath the radiator hoses to catch the fluid during removal Remove coil Remove the spark plugs Remove the rocker cover Remove the timing belt covers: Undo the bolts securing the vertical timing belt cover and remove it from the vertical cylinder assembly. Some finesse may be required as this is a tight fit in the frame. Undo the bolts securing the timing belt cover and remove it from the horizontal cylinder unit. Remove the spark plugs. This is important: the engine will not rotate with the spark plugs installed. The engine will have to be rotated during valve adjustment/belt replacement and is made easier with the removal of the spark plugs.