114 results about "VEST" patented technology

A system and method for managing a plurality of stock option accounts each for a plurality of participants. The system invokes a particular option plan defined in the system that governs the transaction choices available to each participants The governing option plans are defined by the sponsoring company in terms of grant, vest and expiration date for the option contracts, and are defined in the system via a database of option holding information for each participant and an axiomatic rule system defining the criteria under which a given participant can exercise given options under the particular plan. The system implements the plans for multiple client companies providing several distinct modes for option exercise by the participant. The system preferably also allows for disbursement of proceeds in a currency different than that in which the underlying security for the option is traded, real time execution of the option transaction, and/or simulating the outcomes of different manners in which the participant may exercise vested options and the resulting economic outcome (disbursement, taxes, transaction fees).

There is provided a safety vest assembly including a vest having a vest outer layer defining a vest inner cavity. A pair of contact substrates is disposed within the vest inner cavity. Each contact substrate includes an input connection element. A data input is connected to a respective contact substrate. The data input is electrically connected to the respective input connection element and is configured to receive data from the wearer. A data output is connected to a respective contact substrates and is communicable with a remote transceiver. The data output is electrically connected to the respective input connection element and is configured to communicate data to the remote transceiver. An input flex circuit is engageable with the pair of input connection elements to facilitate communication between the data input and data output along the input flex circuit.

The present invention provides a life vest container for containing a life vest at an aircraft seat. The life vest container includes a housing that defines a storage volume that is dimensioned to receive the life vest. An opening is formed in the housing that is dimensioned to provide access to the storage volume. A cover is dimensioned to generally block the opening and is movable from a first position wherein the storage volume is not accessible through the opening. A tamper-evident sealing material is positioned between the cover and the housing for sealing the cover to the housing when the cover is in the first position. The sealing material is configured to be irreversibly changed in a distinct manner when the cover is moved from the first position.

The invention provides a method for identifying vest account numbers of forum users. The method comprises the steps of training a classification model depending on various user account numbers in a training set and characteristic vector of each text, determining the user account number of the training set to which each text in a test set is classified through a trained classification model, and identifying vest account numbers depending on the classification result. The method disclosed by the invention selects characteristics from speech text data of forum user account numbers, and judges relation between various account numbers of a same person through mining similarity of language styles of the account numbers, thus improving the probability of identifying vest account numbers. Aiming at the characteristics of network language which is less rigorous in grammar and has many cyber words, the method extracts and analyzes effective characteristics in the speech text, so as to avoid a problem that lexicon updating content and speed are unable to keep pace with trend of the network language, thus reducing complex operation of maintaining a segmentation dictionary and improving accuracy of identifying the vest account numbers.

One or more robots that make exploration and path planning decisions in a previously unknown or unmapped environment based on a map and localization data at least partially generated by human transported perception unit(s). One or more robots that make exploration and path planning decisions in a previously unknown or unmapped environment based on current and past position and velocity information of at least one human. Exploration and navigation recommendations presented to a human based on map and localization information at least partially generated by other humans or robots. A system of humans and robots that generates a map of an environment based data provided from at least one human transported sensor, and at least one robot transported sensor. One or more robots that make navigation, exploration and/or path planning decisions responsive to voice commands that are interpreted taking into consideration map and localization data at least partially generated by human transported perception unit A helmet (vest or other) mounted sensor used to generate map and localization data that is used by robots to make exploration and path planning decisions. A helmet (vest or other) mounted sensor used to generate map and localization data that is used by robots to map and localize themselves within the map.

A vest includes a vest body having a back portion, a first side portion connected to the back portion and a second side portion connected to the back portion. The first side portion has a first outer surface and the second side portion has a second inner surface. The first side portion has a first connector and the second side portion has a second connector so that when the first side portion overlaps the second side portion the first connector joins to the second connector connecting the first side portion and the second side portion in a closed position. A belt has a first end and a second end that are connectable so that the belt surrounds the back portion, the first side portion and second side portion of the vest body when the first end and the second end are connected in a connected position.

A multi-component device which is capable of delivering a non-lethal, high-voltage electric shock which can incapacitate a person or animal that is worn as an ordinary article of apparel (clothing) by a person for use as a defensive or offensive weapon that is not distinguishable or identifiable as a weapon. The types of apparel used as this device are regular clothing items such as pants, jackets, vests, shoes and gloves, all of which contain internal high voltage electrodes and wiring, a unique pressure sensitive activation switch, and a separate control unit that is attached to a belt or placed in a pocket which is connected to the clothing item by a separate multiconductor electrical wiring harness. The device is activated by physical contact with target subject.

The invention relates to cooling costume for distribution network hot-line work, which is characterized in that a phase-change material bag and a circular cooling water pipe are arranged in a mesh vest; the circular cooling water pipe is clamped between the phase-change material bag and the mesh vest; the circular cooling water pipe is provided with a cooling water pipe joint on the edge of the mesh vest; the cooling water pipe joint is connected to a circular cooling water joint on a cool storage tank through a connecting pipe; the cool storage tank comprises an ice storage box, a control module capable of controlling the circulation of cooling water, a water pump and a cell; the opening of the ice storage box is connected with the water pump; the water pump is connected to the circular cooling water joint; and the control end of the water pump is connected with the control module. According to the invention, the cooling costume is a device for reducing temperature in insulting costume when distribution network hot-line workers carry out maintenance operation at high-temperature/humidity weather; ice is used as cool storage material; circular cooling water is made as refrigeration source; the cold air of the circular cooling water and heat quantity in the insulating costume are absorbed by phase-change material; thus, heat comfort in the insulating costume is ensured.

A buoyancy compensator for scuba divers having an integrated system for controlling the functions of inflation and discharge, which comprises a single control (20) stably connected to the inflatable vest (1) in a fixed position readily accessible by the scuba diver, and designed to perform the functions of inflation, by means of a push-button valve (21, 22), and of remote discharge, by means of a purely mechanical remote control consisting of a manoeuvring lever (26) which acts on a sheathed flexible cable (11, 12) in such a way as to exert a tensile force on the obturator (9) of a discharge valve (5) located on the vest (1) in a hydrostatically advantageous position and, in any case, a position at a distance from the single control (20). The inflatable vest (1) may have a mixed one bag/two bags construction.

Radar reflective rescue and safety devices comprise radar permeable coverings around a plurality of reflectors. The radar reflective material may be incorporated into inflatable life vests or foam filled life vests. Additionally, inflatable life rafts with radar reflective cells are able to help personnel lost at sea to be found by radar. The radar reflective cells may also be incorporated into an inflatable cylindrical tube as radar cross-section enhancer separate from other flotation devices. The reflectors are flexible metallic material that forms reflective cavities once the shell is inflated. The reflective cavities may appear as flat surfaces, tilted surfaces, corner reflectors or some combination thereof depending upon the orientation of the cavities to an incident radar wave.

A ballistics vest pad cover (4) having at least one side that is transparent, thereby permitting a user to easily view the condition of the ballistics vest pad (3). In addition, because at least one side is transparent, a user will be able to readily determine which side should be facing towards the body. An optional label (9) may be placed on the body-face side of the cover (5) so as to provide an additional means of indicating the body-face side of the cover (5) and ballistics vest pad (7). Because the user will be able to easily view the ballistics vest pad (3), he or she will always be aware of the condition of the ballistics vest pad (3) and may replace the ballistics vest pad (3) and cover (4) as needed. As the user no longer needs to guess whether the ballistics vest pad (3) is still in good condition, lives will be saved. In addition, the number of injuries occurring from wearing the ballistics vest pad (3) incorrectly will be dramatically reduced.

A life vest with a rescue handle located on the back side thereof. The rescue handle has a flange located at the lower end thereof, the flange being attached to the back side of the life vest with the rescue handle extending substantially vertically upwards. The rescue handle is attached to the back side of the life vest in a manner adapted to support the weight of a user. The rescue handle has a non-loop shape that eliminates the potential for entanglement with objects in the water.

The invention discloses a method for monitoring an electrocardio intelligent control and data processing system using IoT smart cloud, and belongs to the field of smart medical. The method includes electrocardio vest hardware, an intelligent mobile terminal, and a cloud server. The electrocardiogram vest is used for measuring electrocardiogram data and sending the electrocardiogram data to the intelligent mobile terminal. The cloud server performs automatic monitoring and big data analysis according to an existing expert database and user historical pathography data based on the electrocardiogram condition data and the electrocardiogram index in the electrocardiogram data, and automatically give an alarm in the case of an abnormal result. The data generated by automatic monitoring and bigdata analysis in the cloud server is used by doctors. The doctors make decisions with reference with the data in order to provide remote diagnosis for patients. Treatment timeliness and success rate of heart diseases and cardiovascular diseases can be improved by using big data technology.

A front break away ballistics vest (1) having a front section (36) and a back section (11) that are securable to one another. The front section (36) has an upper front section (18) and a lower front (12) section. A first clip (38) is located on the upper front section (18) to release a first shoulder strap (4) from the first clip (38) and a second clip (39) is located on the upper front section (18) to release a second shoulder strap (5) from the second clip (39). The first and second clips (38 and 39) are secured to one another, preferably via a release strap (44). A third clip (40) is located on the lower front section (12) to release the first and second clips (38 and 39) from the third clip (40). The third clip (40) is also secured to the first and second clips (38 and 39), preferably via the release strap (44).

The invention provides a virtual reality based individual training system which comprises a force feedback combat vest module, a helmet displayer module, a simulated infantry weapon equipment module,a data glove module, a lower limb action recognizer, a wireless data terminal and a computer terminal. According to the virtual reality based individual training system, a real virtual training scenecan be provided for individual training in small indoor space, the specific climate and terrain environment can be simulated, and almost all actions such as running, slow walking, jumping, kneeling, lying down, leaning to one side, steering in all directions, gun holding, aiming, shooting and grenade throwing done by trainees are transmitted to a virtual system in real time through electric signals generated by corresponding sensors, wherein the actions are related in the real individual training scene; persons in a virtual scene are driven do the same actions, and the trainees are close to actual combat exercise to the largest extent; and the training cost is greatly saved, and the training efficiency is improved.