BSc1Year Mathematical Concepts

BSc 1st Year Mathematical Concepts

Mathematics For Chemist

Mathematics for chemist or general mathematics needed in chemistry include chapter of basic mathematics of upto class 10 and some chapters of higher classes like Vectors, Matrices and Linear Algebra, Differential Equations, Differenciation, Intigration, Group Theory.

maths for chemistry
Maths For Chemist

Vector

Vector is a quantity having magnitude and direction. example- Force, Weight etc.

Matrices

Its singular form is Matrix, It is a rectangular array of numbers or symbols and these numbers and symbols are arranged in rows and columns and one can perform operation on it as per defined rules to solve matrices.

Linear Algebra

Linear Algebra is a mathematical tool to define any thing in 2D ( Two Dimensional) but may be extended to 3D, 4D,5D….. so on as per requirement.

Differential Equations

Differential Equations is an mathematical equation which involvs derivatives of a function or functions.

Differenciation

Differenciation is process or action of differentiating.

Intigration

Intigration is process or action of intigrating.

Group Theory

Group Theory is a tool to analyse any thing or system which have symmetry and posseses symmetry element.

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    Sensor Code Sensor Name Functionality Sensor Make Model
    B5 Bottle minimum load sensor in bulk hopper To detect minimum bottles in bulk hopper
    B6 Bottle minimum load sensor in rotary hopper To detect minimum bottles in rotary hopper
    B1 Bottle present at inspection station To detect presence of bottle at inspection station
    B2 Fallen bottle check sensor To detect fallen bottle on conveyor Panasonic CX444P
    B8 Rejection confirmation sensor To detect reject bottle
    Bottle max load at outfeed To detect maximum bottles at outfeed conveyor
    Elevator
    Sensor Code Sensor Name Functionality Sensor Make Model
    Product Sensor Product detection in scoop Odatalogic – M1431
    Counter
    Sensor Code Sensor Name Functionality Sensor Make Model
    Low hopper level sensor To detect product in hopper OPE 27215 – sens 27215
    B1 Bottle present at infeed To detect presence of bottle at infeed conveyor belt
    B2 Fallen bottle sensor To detect fallen bottle on conveyor
    B3 Bottle present To detect presence of bottle under filling station
    B4 Rejection confirmation sensor To detect reject bottle
    B5 Bottle present at outfeed To detect presence of bottle at outfeed conveyor belt
    EFS sensor To count product
    Checkweigher
    Sensor Code Sensor Name Functionality Sensor Make Model
    Sensor 1 (2-sensors) Sensor 1 (2-sensors) To ensure only one bottle at weighing belt of checkweigher
    Sensor 2 (2-sensors) Sensor 2 (2-sensors)
    Rejection confirmation sensor To detect reject bottle not go to the outfeed conveyor
    Bottle max load at outfeed To detect maximum bottles at outfeed conveyor
    Desiccant Sachet Inserter
    Sensor Code Sensor Name Functionality Sensor Make Model
    B1 Bottle min load sensor at infeed To detect minimum bottles to run machine
    B3 Fallen bottle check sensor To detect fallen bottle on conveyor
    B4 Rejection confirmation check sensor To detect reject bottle
    B2 Bottle max load at outfeed To detect maximum bottles at outfeed conveyor
    Sachet roll finished sensor To detect sachet roll presence
    Spool motor ON proximity sensor To start rotation of spool motor
    Spool motor OFF proximity sensor To stop rotation of spool motor
    Cutting servo homing sensor For cutting servo homing
    Eye mark sensor to detect eye mark E3S-DCP21-IL2
    Cut confirmation sensor to detect cutting of sachet roll Pepperl + Fuchs GLV12-8-200/37/40B/92 Part No. 84946
    Cottoner
    Sensor Code Sensor Name Functionality Sensor Make Model
    B1 Cotton motor home sensor For cotton motor homing
    B3 Bottle min load sensor at infeed To detect minimum bottles to run machine
    B9 Fallen bottle check sensor To detect fallen bottle on conveyor
    B8 Cotton finished sensor To detect continue supply of cotton
    B7 Bottle present at inspection sensor To detect presence of bottle at inspection station
    B6 Cotton missing sensor To detect missing cotton in bottle
    B5 Cross scan sensor To detect over cotton
    B2 Rejection confirmation check sensor To detect reject bottle
    B4 Bottle max load at outfeed To detect maximum bottles at outfeed conveyor
    Capper Sealer
    Sensor Code Sensor Name Functionality Sensor Make Model
    Cap min level in bulk hopper To detect min number of caps in bulk hopper
    B10 Cap min level in inclined chute To detect min number of caps in inclined chute
    B5 Bottle min load sensor at infeed To detect minimum bottles at infeed conveyor belt
    B13 Fallen bottle check sensor To detect fallen bottle on conveyor
    B3 Cap min level in chute To detect min caps in chute
    B6 Cap transfer belt home sensor For homing of cap transfer belt Proximity
    B1 Tilted cap inspection sensor To detect tilted cap Wongior-YH08PCT8
    B11 Bottle presence at cap inspection To detect presence of bottle at cap inspection
    B12 No cap sensor To detect absense of cap
    Scroll home position sensor For homing of scroll proximity
    B14 Bottle present at temperature inspection To detect presence of bottle at temperature inspection
    B15 Temperature detector To detect temperature of cap
    B17 Bottle present at WAD inspection To detect presence of bottle at WAD inspection
    B16 No WAD sensor To detect no WAD in cap Proximity
    B9 Rejection confirmation sensor To detect reject bottle
    B4 Bottle max load at outfeed To detect maximum bottles at outfeed conveyor
    BI1 Horizontal axis home position sensor For horizontal motion
    Vertical (Up/Down) axis home sensor For vertical up down motion
    Retorquer
    Sensor Code Sensor Name Functionality Sensor Make Model
    B1 Fallen bottle check sensor To detect fallen bottle on conveyor
    B2 Bottle min load sensor at infeed To detect minimum bottles at infeed conveyor belt
    B3 Bottle max load at outfeed To detect maximum bottles at outfeed conveyor
    Vertical (Up/Down) axis home sensor For vertical up down motion
    Rejection confirmation sensor To detect reject bottle
    Scroll home position sensor For homing of scroll
    Labeller Machine
    Sensor Code Sensor Name Functionality Sensor Make Model
    B1 Bottle Min. Load Sensor At Infeed Bottle present in front of the infeed sensor machine will start
    B2 Label/Gap Sensor Label sensor that Detect a gap
    B3 Bottle Max. Load Sensor At outfeed Bottle present in front of the outfeed sensor machine will stop
    B4 Product Sensor Bottle Detect and Label Dispensed same delay
    B5 Label Present Sensor LHS Label Check on bottle
    B6 Label Present Sensor RHS Label Check on bottle
    B7 Bottle Present At Label Check Adhesive label present on bottle
    B8 Label Roll Finished Sensor If label are absent in front of the sensor machine will stop
    B9 Fallen Bottle Sensor Top Fallen Bottle Detect on Conveyor Belt
    B10 Fallen Bottle Sensor Bottom Fallen Bottle Detect on Conveyor Belt
    B11 Rejection Queue Exit Sensor Queue bottle detect and reject
    B12 Rejection Confirmation sensor The rejected bottle enter the rejection bin and confirmed by sensor
    Topserter machine
    Sensor Code Sensor Name Functionality Sensor Make Model
    B1 Bottle Present At Glue Jet Glue jet unit is ready and drop glue
    B2 Bottle Min. Load Sensor At Infeed Bottle present in front of the infeed sensor machine will start
    B3 Bottle Present At Barcode Inspection Bottle present in front of the sensor and Barcode/Pharmacode scan
    B4 Bottle Max. Load Sensor At outfeed Bottle present in front of the outfeed sensor machine will stop
    B5 Rejection Confirmation sensor The rejected bottle enter the rejection bin and confirmed by sensor
    B6 Booklet Min.Level Booklet/Leaflet And Outsert level on booklet magazine
    B7 Booklet Min.Level Booklet/Leaflet And Outsert level on booklet magazine
    B8 Booklet Min.Level Booklet/Leaflet And Outsert level on booklet magazine
    B9 Booklet Min.Level Booklet/Leaflet And Outsert level on booklet magazine
    B10 Fallen Bottle Check Sensor Fallen Bottle Detect on Conveyor Belt

    Product Number CX-444-P
    Part Number CX-444-P
    Product Compact Photoelectric Sensor
    Details Adjustable range reflective

    E3S-DCP21-IL2
    Diffuse-reflective (mark detection), Sensing distance: 7 to 13 mm, IO-Link, Transmission speed: COM2 (38.4 kbps), High when mark is detected, Push-pull, M12 connector models, Timer function

    Details about  Pepperl & Fuchs GLV12-8-200/37/40b/92 Part No 84946 Photoelectric Sensor & Cable

    YH08PCT8
    Fine light beam (0,6 mm) over entire width of fork
    Recognition of transparent objects
    Repetition accuracy: 5 µm
    Teach-in
    The transmitter and the receiver are integrated into a single housing as a light barrier. If the active light beam between the transmitter and the receiver is interrupted, the output is switched accordingly.Thanks to the use of visible laser light, the sensor is very easy to align to the object. The use of a fine light beam ensures a small diameter spot over the entire width of the fork. This allows for the recognition of extremly small parts, holes, slots and notches.

    Proximity sensor
    A proximity sensor is a sensor able to detect the presence of nearby objects without any physical contact.
    A proximity sensor often emits an electromagnetic field or a beam of electromagnetic radiation (infrared, for instance), and looks for changes in the field or return signal. The object being sensed is often referred to as the proximity sensor’s target. Different proximity sensor targets demand different sensors. For example, a capacitive proximity sensor or photoelectric sensor might be suitable for a plastic target; an inductive proximity sensor always requires a metal target.
    Proximity sensors can have a high reliability and long functional life because of the absence of mechanical parts and lack of physical contact between the sensor and the sensed object.
    Proximity sensors are also used in machine vibration monitoring to measure the variation in distance between a shaft and its support bearing. This is common in large steam turbines, compressors, and motors that use sleeve-type bearings.

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