Stress relaxation based US heated pumping and compressed clamping routine
After some time on experimental rounds and some hints of a progression with gains the basis for the protocol has been found. With this routine the principles found productive with length can be duplicated with girth. All the major aspects are covered with stress relaxation conditioning both longitudinally and circumferential.
Heated stretch is produced in compression device while clamped. Cool down stretch is produced with cyclical pumping procedure.
Pumping and clamping times are selected by trial to be the most effective with maximal girth expansion with minimal as possible side effects.
Every form of water retention ,skin darkening and bruising being at tolerable level.
So this is the routine I am running for the next few weeks with 2 days on 2 days off or 3 days on and 2 off, depending on feelings and my schedule.
1. Conditioning Stress relaxation stretch 2kg 30min. Or ADS 60-90 minutes with 1-2 kg
. With the girth protocol a prefer to use ADS so it does not involve that much because the actual girth routine demands a lot of attention and involvement.
2. Conditioning Heated Pump 48mm, Length ~ 200 to 205 mm, 7 inHG 10min
- Length is restricted by rolling a sock into to a 10” deep cylinder.
- Heated with rice socks
- This is a cylinder size filled in just minutes
- Looking for a stress relaxation effect
3. Heated pump 54 mm, 180 mm 7 inHG 10 min
- Length is restricted by piling items and rolling a sock into to a 12” deep cylinder.
- Heated with rice socks
- Looking for a stress relaxation effect
- This is a cylinder size filled up to 60% at the time. Ideal size would have been be between these two tubes.
- Once filled to 80% then restricted length should be increased to 190 mm.
4. Clamp Squisher compression 10min US heat compression.
- Adding compression 3-5 times during the heat builds up.
- Stress relaxation is obvious as the expansion emerges compression subsides.
- Tightly double clamped at the base putting compression length wise pushing against the Glans.
5. Vacuum Cyclic Pumping Cooldown
- Vacuum pressure ramp 0-25 inHG , 15-20 sec up , 10-15 sec hold, pressure off 15sec for 10minutes.
Using high(low) vacuum and to be noticed that pressure is ramping up gently not in any circumstances rushed to the max in just seconds.
Going up to 15 inHG in 0- 5 seconds and using rest 10- 15 seconds to build up to the max.
I am having three way connector in the tubing one input with open flow and it is used as an emergency valve and a valve for the pressure build up with using my thumb as a regulator as well.
I am using electric vacuum pump found from some industrial left overs inventory. It is having relatively low pumping capacity and maximal vacuum is 25inHG.
I don´t see any reason why this routine could not be produced with a decent hand pump altogether.
- Free length
6. Cool down pump 10 InHG 5minutes
- Free length
START 18/13.15 cm Jul 24th 18 (7.09/5.18") NOW 22.5/15.2 cm Fer 12th 20 (8.86/5.98") GOAL 8.5"/ 6"
When connective tissue is stretched within therapeutic temperatures ranging 102 to 110 F (38.9- 43.3 C), the amount of structural weakening produced by a given amount of tissue elongation varies inversely with the temperature. This is apparently related to the progressive increase in the viscous flow properties of the collagenous tissue when it is heated. (Warren et al (1971,1976)