Burglary is one of the most
commonly reported crimes investigated by police. Because its nature varies it
is difficult to set down specific guidelines for its investigation. Many of the
techniques and procedures pertinent to the burglary investigation. The first officer to arrive at the burglary
scene must be concerned with the suspect’s location. In cases in which the
burglary is in progress and the officer was called, the first consideration must
be to apprehend the suspect. Once the suspect has been located, the location
must be secured. Witnesses should be separated for interviewing at a later
time.
The officer conducting the crime
scene investigation of a burglary should understand that most experienced
burglars attempt to leave only a minimum amount of evidence at the location and
it is impossible for the suspect not to change the crime scene in some small
way by leaving traces behind or by picking up small items of evidence when
leaving the scene. Therefore, it is the police officer who collects evidence
left behind by the suspect, e.g., fingerprints, shoe prints, tool marks, etc.,
and evidence from the suspect that may have been removed from the scene, e.g.,
glass fragments, paint chips, wooden splinters, etc. The investigator should
also be aware of the modus
operandi, or M.O., of the burglar. Frequently,
a suspect may be responsible for a large number of burglaries in an area. Thus,
in some instances it may be useful to examine tool marks left at different
crime scenes in order to determine whether the same tool was used.
Window entry is usually
accomplished by breaking a hole through a pane and removing the broken glass to
reach the latch. In order to minimize the noise from falling glass, the burglar
may press a rag against the window; sometimes adhesive tape may be used.
Where a screen covers a window, a
careful examination of the edges for any cuts may show fibers from the sleeve
where the suspect’s arm was inserted to open or break the window. Glass is one
type of evidence often found on the suspect when a window was broken, it is
almost unavoidable that some pieces of the flying glass will adhere to the
suspect’s clothing. The investigator should collect specimens of the broken
window for possible comparison with glass found on the burglar’s clothes and
also search for any fingerprints present on the windowpane, as well as prints
present in the window putty.
A burglar usually opens a door by
using a pry bar to attack the door and jamb around the lock until the bolt can
be pushed back or is actually freed from the striker plate. A door jamb is
sometimes so weak that it may be spread apart far enough to free the bolt. This
can be done by mere pressure from the body or by inserting a jack horizontally
across the doorframe. The lock might also be made accessible through a hole
that is drilled, sawed, or broken in a door panel. Far too many doors are
fitted with glass that is simply broken so that the lock may be reached. Other
weak points are mail slots, the frame of which may be removed, and transoms
that may have been left open. A common method of entry is to push back
spring-loaded bolts by means of a knife. The knife is inserted between the door
and the jamb and the bolt is gradually worked back. The bolt is kept from
springing back by outward pressure on the door. This method is easily detected
by the series of scratches that run lengthwise along the bolt. Burglary by this
method is prevented by safety catches and deadbolt locks. Snap-lock bolts can
also be opened by inserting a knife, spatula, or credit card pressed against
the beveled face of the bolt and pushing it back. The instrument can be
inserted between the door and the jamb or behind the molding on the jamb.
The investigator should attempt
to form a picture of the whole crime scene in order to estimate whether or not
the burglar was familiar with the premises, moreover, he or she should try to
make a determination about the type of person being sought. Was the burglary
the work of a professional burglar? Was the crime simply a case of vandalism
involving juveniles? Was anything unusual left at the scene such as feces, which might point to a suspect with
a history of sex-related crimes?
Safes may be classified into two
basic types: fire-resistant and burglar-resistant. Safes can be opened by a number of methods
such as:
-
manipulation,
-
punching,
-
peeling, prying,
-
ripping,
-
chopping,
-
drilling,
-
burning,
-
by means of explosives.
Burglary tools
Manipulation
is essentially a lost art that
involves opening a safe by means of listening to and feeling the combination
lock mechanism. The punching
method involves knocking off the
dial and punching the dial spindle into the safe. Peeling involves prying or peeling
the faceplate from the safe door
in such a way as to expose the locking mechanism. Entry by ripping or chopping is achieved by tearing a hole through a part of the safe other than the
door such as the top, side, or bottom. Drilling is usually effective but it is a time-consuming method and therefore
only rarely used in safe burglaries. Burning is another method used by safe burglars using the so-called “burning
bar.” The bar, a metal pipe, is packed with a mixture of powdered aluminum and
iron oxide. The mixture is known as thermite and when ignited gives off a very intense heat that can be directed to
the safe. Burning is usually started around the dial hole.
Any type of burglary is a serious
criminal offence. To protect Your home, the Police advice to ask someone to
have a look at your premises from time to time, just to be on the safe side, better
safe than sorry. Leave lights on, make sure your home looks inhabitable. One
does not leave home for more than an hour or so. It is important. The importance
of being safe is a priority.
The
Police Department;
https://www.politie.nl/mijnbuurt/politiebureaus/05/burgwallen.html and
a Chief Inspector – Mr. Erik Akerboom
©
Bibliography:
1. Criminal
Investigations – Crime Scene Investigation.2000
2. Forensic
Science.2006
3. Techniques of
Crime Scene Investigation.2012
4. Forensics
Pathology.2001
5. Pathology.2005
6. Forensic DNA
Technology (Lewis Publishers,New York, 1991).
7. The Examination
and Typing of Bloodstains in the Crime Laboratory (U.S. Department of
Justice, Washington, D.C., 1971).
8. „A Short History
of the Polymerase Chain Reaction". PCR
Protocols. Methods in Molecular Biology.
9. Molecular
Cloning: A Laboratory Manual (3rd
ed.). Cold Spring Harbor ,N.Y. : Cold Spring Harbor Laboratory
Press.2001
10. "Antibodies as Thermolabile
Switches: High Temperature Triggering for the Polymerase Chain Reaction". Bio/Technology.1994
11. Forensic Science Handbook, vol. III
(Regents/Prentice Hall, Englewood Cliffs, NJ, 1993).
12. "Thermostable DNA Polymerases for
a Wide Spectrum of Applications: Comparison of a Robust Hybrid TopoTaq to other
enzymes". In Kieleczawa J. DNA
Sequencing II: Optimizing Preparation and Cleanup. Jones and Bartlett. 2006
13. "Microscale chaotic advection
enables robust convective DNA replication.". Analytical Chemistry. 2013
14. Sourcebook in Forensic Serology,
Immunology, and Biochemistry (U.S. Department of Justice, National
Institute of Justice, Washington, D.C.,1983).
15. C. A. Villee et al., Biology (Saunders
College Publishing, Philadelphia, 2nd ed.,1989).
16. Molecular Biology of the
Gene (Benjamin/Cummings Publishing Company, Menlo Park, CA, 4th ed.,
1987).
17. Molecular Evolutionary
Genetics (Plenum Press, New York,1985).
18. Human Physiology. An Integrate. 2016
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