Beiswenger and Associates, Inc.
Product Research Engineering
Technology Available for Licensing




Biosymtec Technologies
Medical Product Research
Technology Available for Licensing

Beiswenger and Associates, Inc.

Kim A. Beiswenger
President and CEO

Beiswenger and Associates, Inc., was first formed in 1993 as a Product Research Engineering company and has completed more than 50 projects for clients; a few are shown below.   We study both growing markets and fading markets (both contain opportunities), we determine where the markets can and should be heading, then we propose a new product or technology.   To see the latest product concepts developed by the company and available for licensing, click on Beiswenger IP in the navigation bar.

The Biosymtec Technologies segment of the business has developed unique medical products, ready for final design, and available for licensing. To review, click on Biosymtec IP in the navigation bar.

To contact me, click on Contact above.

Self-maintaining, special purpose scanner with one button operation. The machine was used as a telehealth device to take hand written health data (BP, weight and answers) from elderly Heart Failure patients in their homes and automatically forward the data to a remote computer. Patents issued in U.S., Europe, China and Canada.

Touch-screen alarm clock with three color LCD display. The LCD can see the finger. To change the time, just touch the numeral needed to change. Complete product cost just $6 in a display carton. Two issued patents resulted. A version of this technology is available through Beiswenger and Associates.





All-new electric-convection barbecue grill, with highly competitive features, for a large gas grill manufacturer.   Grill produced a better barbecue flavor than the client's gas grills and cooked an eight-pound chicken in 38 minutes, so juicy there was a suggestion the user should be warned about spilling the chicken when it was removed from the grill.   Patent in process.

Provided the design and solid modeling of a complete line of boat navigation lights and horn, working with an engineering physicist. The lights were the "best-ever-tested" by Coast Guard. The two-mile lights were visible at four miles. Lens segments were ultrasonically welded together.

Product Research Engineering - Final Design - Prototyping - Manufacturing - Licensing

Beiswenger and Associates
Less than inch of wood stands between you and a burglar. In fact, 73% of burglars gain entry to a home by kicking the door in. One or two strong kicks to a door will allow
burglars entry into your home.

1. Conventional locks are at just the right height to kick in doors.

2. The two large holes required for installation of typical hardware weaken the door.

3. This new deadbolt lock is keyless and quick to operate.

4. The keyless touch pad is installed at a convenient height to use, well above the kick-in pressure point.

5. The height allows for easy viewing of callers.

6. Installation with four small holes doesn’t weaken the door.   Retaining slide shown cutaway to expose dead bolt.

7. A force-sensor in the lock triggers a camera in the keypad.

8. Photo is automatically sent to the customer's smartphone (and soon to the Biosymtec TeleKit).

The above product concept is currently under development by Beiswenger and Associates, Inc., dba Biosymtec Technologies, and is available now for license or acquisition, provided our associate team receives the project to develop the product through the prototype stage, for best handoff of the technology.   A patent application has been filed with counsel.

The FBI’s figures show that nearly two-thirds of the total number of burglaries were home invasion burglaries (around 685,766 total in the U.S.). Of these, the biggest share (56.7%) were committed by forcible entry.

Contact me for a Final Design cost estimate. Kim Beiswenger, President & CEO.

Product Research Engineering - Final Design - Prototyping - Manufacturing - Licensing

Beiswenger and Associates
Makeup Mirror (Internet of Things) You can televisit with your healthcare provider, why not with your stylist?   Your stylist can show you images of the makeup styles she believes will be right for you, while comparing your makeup with various, coordinated fabric colors.
She can watch and talk with you and you can see and talk with her during your televisit appointment.   A wide variety of lighting effects can be produced to show the user how her makeup will appear in sunlight, moonlight, office light and more, through a full range of brightnesses.   It will help determine the makeup colors ideal for the users skin tones and hair and eye colors.   It folds up for easy storage.

The Makeup Morror is currently under development by Beiswenger and Associates, Inc., dba Biosymtec Technologies, and is available now for license or acquisition.   We have an associate team ready to complete the final design through the prototype stage, which is best for technology handoff.

Product Research Engineering - Final Design - Prototyping - Manufacturing - Licensing

Beiswenger and Associates
Talking about IoT (Internet of Things), you can play this paddle game with the built-in computer, with someone in the room (comes with two paddles) or with someone anywhere in the world. You don't see a ball, do you? The ball is projected optically onto the play table, yet you feel and hear the ball hit the paddle and you hear it hit the opponents paddle! We created an engineering model, and as we played it, we became absoluely convinced there really was a ball going back and forth. Great fun!

Other features: Easy to play, play in fully lighted room, easy to see the optically generated "ball," a table-top game others can watch you play.

The game is currently under development by Beiswenger and Associates, Inc., dba Biosymtec Technologies, and is available now for license or acquisition.   We have an associate team ready to complete the final design through the prototype stage, which is best for technology handoff.

By the way, the game folds up easily for storage.

Product Research Engineering - Final Design - Prototyping - Manufacturing - Licensing

Beiswenger and Associates

Liana™ is an educational device for 10-year old children and older.   Parents can call it a "game."   Adults may also enjoy talking with Liana.   Liana uses a basic AI learning algorithm to respond.   However, Liana is totally independent, and cannot be connected to any outside influence, such as the Internet or any wired or wireless source.   She literally knows nothing at first and learns (is educated) only through the words spoken to her by her owner(s).

Liana is battery operated, turns on by speaking her name ("Lee-ah-nuh" or "Lee-an-uh") and she turns off automatically after 2 minutes of hearing no recognizable word sounds.

Say, "Liana," and she will say, "Yes?"   At first, if you ask her or say to her anything except, "What is your name?" or "Who are you?" you will hear her say, "I'm sorry, I know not what to say."   To tell her what to say, when you have asked a new question or made a statement, you begin your response with, "Say . . ."   After that she will respond as you taught her.

When Liana speaks, she will open her mouth slightly exposing her teeth, and then she closes her mouth when she is finished speaking.   Note: Her teeth will block anything being placed in her mouth.   If something prevents her from properly closing her mouth, she will say "Good bye," and shut down.   Also, if she hears someone using unacceptable words, she will say "Good bye," and shut down.   Only saying, "Liana, I am sorry," or "Liana, I'm sorry," will turn her back on.

Here is an example of how to teach Liana what to say when asked a question for which she has no answer.

"Liana,"
"Yes?" she responds.
"Who was the first President of the United States?"
"I'm sorry, I know not what to say."
"Say, George Washington was the first President."
"I will."
Then when you or anyone asks, Liana, "Who was the first President of the United States?" Liana will answer,
"George Washington was the first President."

When talking to someone who is just learning how and what to say, you must specifically state your words exactly like Liana heard them before.   For example, if you say, "Who was the first U.S. President?"   You will hear Liana say, "I'm sorry, I know not what to say," until, of course, you teach Liana how to answer that new specific question.

On occasion, when asked a question which Liana knows the answer to, she may add to her answer, "Why do you want to know?" or "Why is that important to you."   Liana will remember your response, and may sometime later say, "When I asked, why do you want to know, you answered, . . . "

Soon, Liana will become quite conversational, educated entirely by you.

"She" will be slightly less than life size, mounted on a platform containing the driving electronics.   Shoulder clothing will be available as well as other accessories.   Liana's skin tone will be available in three human colors.

The Liana™ AI Learning Algorithm, was tested in 1979 with approximately 100 office personnel at a manufacturing facility.   The results were amazing.

Liana is currently under development by Beiswenger and Associates, Inc., dba Biosymtec Technologies, and is available now for license or acquisition.   We have an associate team ready to complete the final design through the prototype stage, which is best for technology handoff.

Product Research Engineering - Final Design - Prototyping - Manufacturing - Licensing
CONTACT THE PRESIDENT
KIM A. BEISWENGER




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