Sunday, May 24, 2009
sOmEbOdY sAvE mE.....~
Thursday, May 21, 2009
WeNt 2 SaGiL!!!
Hehehe....Last week I went to sagil with my housemates!!! hahahah...well I'm so excited coz I can see 'Gunung Ledang' hahaha...dreaming...want to be a 'Puteri Gunung Ledang' for a little while....hm...we need to pay around RM8...RM2 for car park and RM2 for each person....hahaha.. 'Sangat Cekit Darah'........
Wednesday, May 6, 2009
KeBeSARAN SOLAT 2 RakAaT
Monday, May 4, 2009
StRaWbErRy IcE cReAm pUdDiNgS.....
♫ 1 x 440g plain pound cake (we used Sara Lee)
♫ ¼ cup strawberry liqueur or strawberry jam
♫ 1 liter good quality vanilla ice cream
♫ Strawberries, sliced
♫ 60g dark chocolate, melted to decorate
♫ Extra halve strawberries to decorate.
♫ Line 6 metal moulds (3/4 cup capacity) with plastic wrap. Slice cake lengthwise into three pieces. Using a large cookie cutter, cut two rounds from each piece of cake, large enough to cover top of each mould. Brush one side of each cake round with 2 tablespoon strawberry liqueur or jam.
♫ Slightly soften ice cream in a large bowl. Stir in remaining liqueur or jam.
♫ Position strawberries around the side of each mould. Spoon ice cream into moulds, pressing down gently with a spatula. Top with cake rounds, liqueur or jam side down. Cover then freeze overnight or until firm.
♫ Remove puddings from moulds. Decorate with melted chocolate (see tips) and halved strawberries.
TIPS: place melted chocolate in a sealable plastic bag. Squeeze chocolate to one corner, twist bag and snip off the end. Drizzle chocolate over puddings.
~aN AdViCe 4 mUsLiMs.. @)---
AiRiStUdIo...
bIoMeDiCaL EnGiNeErInG - vEnTiLaToR
The ventilator is a microprocessor-controlled, positive pressure ventilatory assist system; the system’s integral air intake filter draws in ambient air which is then pressurized by the system’s centrifugal blower assembly. The In-Line Flow Restrictor (ILFR) valve and Pressure Regulation Valve (PRV), Which are both located in the blower discharge airway, regulate total flow and pressure at the blower discharge system. An Oxygen module can be installed to add a controlled source of supplemental oxygen, up to 100% to the patient.
The Pressure Control (PC) board continuously monitors the readings from the Airflow Module (AFM) of total gas flow, temperature, generated pressure, and patient circuit pressure to ensure prescribed therapy to the patient. The PC bard transmits process data to the Main Control (MC) board which then provides overall control of the ventilator including conveying instructions to the PC board regarding required valve stem position and blower speed.
A liquids crystal display (LCD) screen is mounted on the front enclosure of the ventilator. The LCD and the Display Control (DC) boards provide the primary user interface with the ventilator, including the visual presentation of data, control features, and visual and audible presentation of alarm conditions. The user interacts with the ventilator through the touch pad and rotation of the rotary encoder while observing the result of this input on the display. The information provided on the display varies depending on the state of the ventilator and/or the operations being performed.
The ventilator incorporates a number of safety features and self-diagnostic system. System internal functions are checked automatically at start-up and periodically throughout normal operation. An audible and visual alarm announces failures of principal subsystems. Integrated patient alarms are also provided and are announced on a visual message display area as well as with an audible tone.
bIoMeDiCaL EnGiNeErInG - PaTiEnT MoNiToR
Patient Monitor or “Multiparameter monitor” or also referred to as “Physiological Monitor” is a clinical use electronic machine designed to display and minimally interpret, a person’s vital signs. Some monitors can warn of pending fatal cardiac conditions before visible signs are noticeable to clinical staff ( PVC , the premature contraction of the heart ventricle).
The parameters (or measurements) usually consist of pulse oximetry (measurement of the saturated percentage of oxygen in the blood referred to as SpO2), ECG (electro-cardiograph of the p-QRS-t wave of the heart w/wo pacemaker), blood pressure (either invasively through an inserted blood pressure-to-transducer assembly or non-invasively with an inflatable blood pressure cuff) ,and temperature (usually skin temperature through an adhesive pad. There are more parameters such as Cardiac output, CO2 measurement (referred to as EtCO2 or end-tidal carbon dioxide), respiration (through ECG channel or via EtCO2, when it is called AWRR or airway respiratory rate), anaesthetic gas measurement, etc.
Patient monitors can be broadly categorized as standalone or multiparameter. Standalone monitors continue to be used in developing countries like
Companies are working to integrate the physiological data from the isolated patient monitoring networks into the emerging hospital digital charting systems using HL7. This newer method of charting patient data reduces the likelihood of human documentation error and will eventually reduce overall paper consumption.
