ROBERT M LOVE
Electrician in Tyler, TX
License number
Texas 29677
Expiration Date
May 27, 2017
Category
Master Electrician
Address
Address
PO Box 130728, Tyler, TX 75713
Phone
(903) 592-7561
Organization information
See more information about ROBERT M LOVE at bizstanding.comLOVE ELECTRIC, INCORPORATED
PO Box 130728, Tyler, TX 75713
Doing business as:
Love Electric, Incorporated<br>Robert M Love, Inc<br>Robert M. Love, Inc
Registration:
May 8, 1985
State ID:
0006557806
Business type:
DBA ROBERT M. LOVE, INC.
Entity State:
OK
PRESIDENT, President, Director:
Robert M Love (PRESIDENT, President, Director), PO Box 130728, Tyler, TX 75713
TIN:
17311568574
Love Electric Inc
Tyler, TX
Status:
Inactive
Industry:
Automotive Repair
Doing business as:
Robert M Love<br>Love Electric, Incorporated<br>Robert M Love, Inc<br>Robert M. Love, Inc
Registration:
May 8, 1985
Addresses:
PO Box 130728, Tyler, TX 75713
Tyler, TX 75713
Tyler, TX 75713
State ID:
6557806
Business type:
Foreign For-Profit Corporation
President, Director:
Robert M. Love (President, Director)
Professional information
Apparatus And Method For Termination Of A Wire Rope Used For Mining Equipment
US Patent:
2005025, Nov 17, 2005
Filed:
Apr 14, 2005
Appl. No.:
11/107636
Inventors:
George Gregory - Flint TX, US
Robert Love - Tyler TX, US
Robert Love - Tyler TX, US
International Classification:
A44B001/04
US Classification:
02413600R
Abstract:
The invention provides a termination for a wire rope made by a process of inserting one end of a wire rope into a mold and placing a crucible with a crucible opening over the mold. The mold opening is in fluid communication with the crucible opening. Exothermic metallic material is added to the crucible. The exothermic metallic material is ignited forming a molten material. The molten material flows into the mold around the wire rope forming a termination capable of sustaining a higher break force than the wire rope. The invention also provides a termination for a wire rope made by a process with an adhesive. The termination provides a socket for connecting wire rope to various types of equipment. The socket can include one or more frustroconical wedges for securely holding the wire rope and the termination in the connector. The socket body can also include a protection sled and various ways to connect to the equipment.
Method For Making A Termination For A Wire Rope For Mining Equipment
US Patent:
2005023, Oct 20, 2005
Filed:
Apr 14, 2004
Appl. No.:
10/825658
Inventors:
George Gregory - Flint TX, US
Robert Love - Tyler TX, US
Robert Love - Tyler TX, US
International Classification:
B23K023/00, B22D019/00
US Classification:
164054000, 249086000
Abstract:
The method for making a termination for a wire rope entails inserting a first end of the wire rope end into a mold, wherein the mold comprises a mold opening; placing a crucible on the mold, adding a separator to the crucible over an opening in the crucible, adding an exothermic metallic material to a crucible, igniting the exothermic metallic material to form a molten material that liquefies the separator; flowing the liquefied separator onto the end of the wire rope forming a termination capable of sustaining a higher break force than the wire rope. Other embodiments of the method entail using a liquid adhesive to form the termination.
System And Method For Termination Of A Wire Rope
US Patent:
2005023, Oct 20, 2005
Filed:
Dec 2, 2004
Appl. No.:
11/016940
Inventors:
George Gregory - Flint TX, US
Robert Love - Tyler TX, US
Robert Love - Tyler TX, US
International Classification:
B23K023/00, B22D019/00
US Classification:
164054000, 249086000
Abstract:
The invention provides a termination for a wire rope made by a process of inserting one end of a wire rope into a mold and placing a crucible with a crucible opening over the mold. The mold opening is in fluid communication with the crucible opening. Exothermic metallic material is added to the crucible. The exothermic metallic material is ignited forming a molten material. The molten material flows into the mold around the wire rope forming a termination capable of sustaining a higher break force than the wire rope. The invention also provides a termination for a wire rope made by a process with an adhesive. The termination provides a socket for connecting wire rope to various types of equipment. The socket can include one or more frustroconical wedges for securely holding the wire rope and the termination in the connector. The socket body can also include a protection sled and various ways to connect to the equipment.