89 results about "Helmet worn" patented technology

A compressible liner for impact protection, which may be installed in a helmet worn by a person. The compressible liner may also be applied to other impact protection situations, for example to baby capsules and child safety seats, as well as offering customized zones of impact protection. The compressible liner may have a relatively low density foam inner layer fused to a relatively high density foam outer layer. The inner layer may have many cone shaped protuberances which project into matching recesses of the outer layer. The compressible liner provides an initial low resistance to the impact for a desired part of the human body. As the impact progresses the level of resistance provided by the compressible liner increases in a controlled manner so that controlled deceleration of the part of the body is occurring throughout the impact for a desired impact protection zone of the compressible liner.

A compressible liner for impact protection, which may be installed in a helmet worn by a person. The compressible liner may also be applied to other impact protection situations, for example to baby capsules and child safety seats, as well as offering customised zones of impact protection. The compressible liner may have a relatively low density foam inner layer fused to a relatively high density foam outer layer. The inner layer may have many cone shaped protuberances which project into matching recesses of the outer layer. The compressible liner provides an initial low resistance to the impact for a desired part of the human body. As the impact progresses the level of resistance provided by the compressible liner increases in a controlled manner so that controlled deceleration of the part of the body is occurring throughout the impact for a desired impact protection zone of the compressible liner.

The helmet dryer described includes an electric fan mounted in a base having a stanchion for supporting a helmet. The dryer provides convenience in removing moisture from a helmet worn during strenuous activities. The electric fan delivers air through perforations in the stanchion which circulates along the inside of the helmet for drying purposes. The helmet is separated from the stanchion by spacers affixed to a dome to insure a proper, complete air flow along the inside of the helmet.

The present invention may comprise a helmet worn by a person, with additional elements to dampen, restrain or totally block rotational movement upon the sensing of severe rotational movement of the head. This device prevents serious brain and cervical spine injury by restraining or totally blocking rotational movement of the head in response to severe acceleration / deceleration.

BIM-based VR virtual experience system. A BIM-based VR virtual experience method, using BIM technology to generate a BIM architectural model in the computer that is consistent with the planning and design; on the basis of the BIM architectural model, establish a building component characteristic module; transmit the BIM architectural model model through the wireless transmission module To the display helmet worn by the observer; use the positioning system to obtain the observation information of the observer, and at the same time transmit the observation information of the user back to the BIM building model in the computer, and the BIM building model receives the observation information of the observer and updates the building model data ; The observer uses the selection handle to output the conversion information of the selected component characteristic module, and transmits the image or parameter information with the selected component characteristic to the user. The advantage of the present invention is: the material and component material library is established on the basis of the BIM model, and the user can interact with the virtual reality based on the handle while viewing the scene personally, and replace the relevant materials and components for viewing.

The invention provides a BIM based virtual reality displaying method and system. The BIM based virtual reality displaying method comprises the steps of 1 generating a BIM building model; 2 transmitting the BIM building model to a display helmet worn by an observer; 3 utilizing a sensor installed on the display helmet to obtain observation information of a user and transmitting the observation information of the user to the BIM building model and enabling the BIM building model to receive the observation information of the user; 4 updating BIM building model data according to the observation information of the observer and repeating the step 2 to continue to execute the steps. By means of the BIM based virtual reality displaying method, required building information can be only locally displayed at the viewing angle of the observer, the burden of an image processing device is reduced, the field requirement is low, and the method is not limited by environment and enables the observer to have strong immersion and to be personally on the scene.

The invention discloses a safety helmet real-time detection method based on a convolutional neural network. The method comprises the following steps: decoding a video in a multi-thread I frame extraction mode; realizing end-to-end safety helmet and face real-time detection through a YOLOv3 convolutional neural network algorithm. Provided is a method for judging whether to wear the safety helmet ornot based on the safety helmet and human face real-time detection result. For a person who does not wear the safety helmet, face recognition is realized through a FaceNet algorithm so as to carry outintelligent voice reminding on the person. And a channel pruning and quantifying method is adopted to compress the model, so that the integration of the model on the SoC system is more facilitated. According to the method, the respective advantages of YOLOv3 and FaceNet are combined, the problem of accurate end-to-end detection of the safety helmet worn in real time in the video stream is solved,real-time detection of wearing of the safety helmet in the video stream is realized, and whether a worker wears the safety helmet according to regulations or not can be monitored in real time to reduce the safety risk.

The invention discloses an intelligent construction worker management system and method integrating BIM (building information modeling) and RFID (radio frequency identification). The system comprises a helmet with an RFID tag, an RFID reader, a computer, an LED display and a sound and light alarm. The system can read information in the RFID tag in the helmet worn by a construction worker through the RFID reader and summarize the information into the background for analysis and processing, so that functions of identification, regional access right management, labor hour measurement, intelligent positioning and security warning of the construction worker are realized, and data can also be summarized and displayed visually in a BIM module. The system integrates a variety of functions, is lower in cost and convenient to use, can effectively improve management efficiency and effect of the construction worker and has a very good marketing value.

A rotational engagement component to engage a lens for facial protection, to headwear such as a helmet worn on the head of a user. The device features one or a plurality of mounts engageable to the helmet. A pivot engaged with the mount and with the lens, allow rotation of the lens from an as-used position in front of the user, to a horizontal stowed position. The pivot is translatable in its engagement to the mount allowing for translation of the lens in the stowed position to adjust its center of gravity on the user's head.

The present invention may comprise a helmet worn by a person, with additional elements to dampen, restrain or totally block rotational movement upon the sensing of severe rotational movement of the head This device prevents serious brain and cervical spine injury by restraining or totally blocking rotational movement of the head in response to severe acceleration / deceleration.

The present invention is a mouth guard which is worn to protect a person's teeth when the person is engaged in a sports activity such as football. A strap which has a quick release mating member at each end interconnects the mouth guard with a bar on a helmet worn by the person. One quick release mating member is removably connected to a bar on the helmet and the other quick release mating member is removably connected to a receiving member in the mouth guard. In the event of a collision between participants in the sport which results in the helmet flying off the person's head, one or both of the quick release members will disengage the strap from either the bar on the helmet, the mouth guard, or both to thereby avoid damage to the person's teeth.

Head and neck restraint apparatus for an occupant of a vehicle comprises a stiff yoke shaped to engage the upper torso and shoulders of the occupant. The yoke is generally U-shaped, with a base and upwardly extending limbs, and has a frontal portion shaped to extend over the chest of the occupant which corresponds to the base of the U. An intermediate portion of the yoke is shaped to fit over the shoulders of the occupant, and an upper portion of the yoke, corresponding to the upper ends of the limbs, extends beyond the intermediate portion to constrain movement of a helmet worn by the occupant. A set of first guides on the yoke are arranged to engage harness members of a safety harness worn by the occupant. Each guide is shaped to engage a respective harness strap or buckle and responds to longitudinal movement of the harness strap or buckle. Tensioning members connected between the respective guides and the helmet apply a tensioning force to the helmet when movement of the occupant causes displacement of the harness relative to the yoke. A set of second guides that respond to lateral movement of the harness is also provided.

The “HeadLyte” Safety Device is intended to be attached or embedded within a helmet worn by a bicyclist, or, worn around the head of a walker or jogger. The “HeadLyte” is comprised of a band that is populated with light emitting devices providing 360 degrees of illumination. The purpose of this illumination is to alert other individuals and / or vehicles as to the presence and direction of travel of the person wearing the “HeadLyte”, The light emitting devices are connected to a power source and a microcontroller that enables them to flash in a variety of patterns. The light emitting devices may also utilize color to indicate direction of color. The increased visibility provided by the light emitting devices, combined with the location of the “HeadLyte” as it is worn at the highest possible point on the walker, jogger or bicyclist will further enhance the visibility of the wearer to others.

The present invention is a mouth guard which is worn to protect a person's teeth when the person is engaged in a sports activity such as football. A strap which has a quick release mating member at each end interconnects the mouth guard with a bar on a helmet worn by the person. One quick release mating member is removably connected to a bar on the helmet and the other quick release mating member is removably connected to a receiving member in the mouth guard. In the event of a collision between participants in the sport which results in the helmet flying off the person's head, one or both of the quick release members will disengage the strap from either the bar on the helmet, the mouth guard, or both to thereby avoid damage to the person's teeth.

The invention belongs to the field of field construction safety control and particularly relates to the technical field of a field production safety monitoring system for building construction and an application method thereof. The field production safety monitoring system comprises a field induction system arranged in a safety helmet worn by a field constructer and a central control room, wherein the field induction system comprises a sensing chip, a positioning marking chip and a speech chip; and signal transmission is realized between the field induction system and the central control room through a Zigbee wireless network. According to the field production safety monitoring system for building construction, which adopts the technical scheme, the safety helmet is connected into a whole with the sensing chip, the positioning marking chip and the speech chip, so that the constructer can conveniently carry the field production safety monitoring system; as the construction building sites are relatively centralized, data acquisition or monitoring branches are more, the Zigbee network can be conveniently built; the equipment cost is low; the reliability in data transmission is high; the safety is high; the safety monitoring fund is saved; and a favorable tool is provided for construction safety of building enterprises.

A vehicular communication apparatus including a helmet worn by a passenger of a vehicle, the helmet having a speaker, a microphone, and a helmet side infrared transmitter / receiver connected to the speaker and the microphone. The vehicle body side or helmet side is provided with a transmitter / receiver for carrying out infrared communication with the helmet side infrared transmitter / receiver. A wireless communication means is connected to the vehicle body side infrared ray transmitter / receiver and arranged with communication operating means separately from the wireless communication means at a location providing simple operation by an operator of the vehicle.

The S.A.T. (Spring Absorption Technology) helmet is designed to more effectively absorb the impact from an object that comes in contact with the helmet worn by an individual. The S.A.T. helmet is designed with 2 shells separated by 1 or more springs. The springs act as a repelling feature that will help absorb the force from an object that comes in contact with the helmet with S.A.T. to help protect against potential head injuries.

The “HeadLyte” Safety Device is intended to be attached or embedded within a helmet worn by a bicyclist, or, worn around the head of a walker or jogger. The “HeadLyte” is comprised of a band that is populated with light emitting devices providing 360 degrees of illumination. The purpose of this illumination is to alert other individuals and / or vehicles as to the presence and direction of travel of the person wearing the “HeadLyte”, The light emitting devices are connected to a power source and a microcontroller that enables them to flash in a variety of patterns. The light emitting devices may also utilize color to indicate direction of color. The increased visibility provided by the light emitting devices, combined with the location of the “HeadLyte” as it is worn at the highest possible point on the walker, jogger or bicyclist will further enhance the visibility of the wearer to others.

An illuminating device in combination with a microphone boom attached to a helmet worn by an operator. The illumination device is actuated by either lip action or push button. The brightness of the selected illumination is changeable by means of a potentiometer thumbwheel. The illumination device provides one spot and three flood light emitting diodes which may individually or as a group switched on or off. The illumination device has a universal clamping system permitting attachment to single or double boom microphone.

A communications assembly is adapted for use with a helmet worn by a person riding a vehicle with a light indication system. The communication assembly includes a control circuit fixedly secured to the helmet. An illumination display is operatively connected to the control circuit and fixedly secured to a back surface of the helmet. The illumination display emits light rearward of the helmet. A transmitter is electrically connected to the light indication system of the vehicle for transmitting signals as a function of a status of the light indication system. A receiver is electrically connected to the control circuit for receiving the signals transmitted by the transmitter. The receiver forwards the signals onto the control circuit such that the control circuit operates the illumination display in concert with the light indication system of the vehicle. The communication assembly also includes an indicator electrically connected to the control circuit to indicate to the person of the operation of the illumination display.

An air-filtration system is provided for use in a vehicle for delivering air to a helmet worn by a vehicle operator. The air-filtration system comprises an air intake in the form of a window scoop for drawing exterior air, an air duct assembly for delivering air from the air intake to the helmet worn by the vehicle operator, and an air filter assembly disposed in-line with the air duct assembly between the air intake and the helmet. The air filter assembly includes a catalyst member for converting carbon monoxide to carbon dioxide, and a particulate filter member.

A vehicle recognition system to enable a two-wheeled vehicle without a navigation system to recognize the position of a traffic intersection and to cause itself to be noticed by other vehicles. The system includes a communication distance measurement modem which receives positional information of a traffic intersection and the current position of a four wheeled vehicle from the four-wheeled vehicle. The vehicle information interface (I / F) collects vehicle velocities, acceleration and deceleration, and mileages and provides them to an electronic control unit (ECU). A differential global positioning system (DGPS) measures the current position based on an electric wave received by a GPS antenna and correction information received by a FM antenna. The ECU determines the presence of another vehicle that the two-wheeled vehicle may intersect, and outputs visual and audio signals to the helmet worn by the driver of the two-wheel vehicle.

A rotational engagement component to engage a lens for facial protection, to headwear such as a helmet worn on the head of a user. The device features one or a plurality of mounts engageable to the helmet. A pivot engaged with the mount and with the lens, allow rotation of the lens from an as-used position in front of the user, to a horizontal stowed position. The pivot is translatable in its engagement to the mount allowing for translation of the lens in the stowed position to adjust its center of gravity on the user's head.

A communications assembly is adapted for use with a helmet worn by a person riding a vehicle with a light indication system. The communication assembly includes a control circuit fixedly secured to the helmet. An illumination display is operatively connected to the control circuit and fixedly secured to a back surface of the helmet. The illumination display emits light rearward of the helmet. A transmitter is electrically connected to the light indication system of the vehicle for transmitting signals as a function of a status of the light indication system. A receiver is electrically connected to the control circuit for receiving the signals transmitted by the transmitter. The receiver forwards the signals onto the control circuit such that the control circuit operates the illumination display in concert with the light indication system of the vehicle. The communication assembly also includes an indicator electrically connected to the control circuit to indicate to the person of the operation of the illumination display.

The invention discloses an NB-IOT (narrow-band internet of things)-based intelligent safety helmet and a positioning method thereof. The intelligent safety comprises a safety helmet worn on the head of a user, a controller, an NB-IOT terminal module, a data acquisition sensor module, an SOS positioning module, an alarm module, an NB-IOT base station, and a monitoring server; the controller and theNB-IOT terminal module are mounted on the safety helmet; the data acquisition sensor module, the SOS positioning module and the alarm module are arranged at an operation site; the NB-IOT base stationis arranged at the ground; and the monitoring server is arranged on the cloud. According to the NB-IOT (narrow-band internet of things)-based intelligent safety helmet and the positioning method thereof of the invention, the NB-IOT is adopted to wirelessly transmit the environmental data and location information of workers on the site to the monitoring server, so that the real-time warning and monitoring of the working conditions of all the workers on the site can be realized. With the NB-IOT (narrow-band internet of things)-based intelligent safety helmet and the positioning method thereof provided by the technical schemes of the invention adopted, the workers can be located in real time, a problem of difficult rescue in the event of an accident can be solved, major safety accidents canbe effectively reduced or avoided, and management efficiency can be improved.

A helmet is used to detachably secure a TMS coil to the head of a patient. The helmet has a flexible sack containing a multiplicity of beads and also has a valve that permits air to enter and to be withdrawn from the interior volume of the sack. The handle of the TMS coil is inserted into the helmet, and the helmet is placed upon the head of a patient. Withdrawing air from the interior volume of the sack through the valve causes the sack to shrink and compresses the beads into a compact mass that conforms to the shape of the patient's head. Maintaining the vacuum causes the sack to retain its shape, making it possible to hold the helmet and TMS coil in proper position during a TMS study.

The invention discloses a helmet worn for laser therapy. The helmet worn for laser therapy comprises a helmet main body, a laser pen support, two laser holders, an adjustable pupil distance device andadjustable supporting devices, wherein strip-shaped through holes and a pupil distance value are arranged on the laser pen support, and the pupil distance value is arranged above the through holes; the laser pen support is fixed to the front end of the helmet main body via the adjustable supporting devices which are symmetrically arranged at two sides of the helmet main body; a mounting hole, which is adaptive to the shape of a laser pen, is kept in each laser pen holder; the laser pen holders are arranged in the through holes; one end of each laser pen holder is flushed with the end face ofthe laser pen support and the other end is connected to the adjustable pupil distance device; the laser pen holders can do translation in the through holes via the adjustable pupil distance device; and the adjustable pupil distance device is arranged on the laser pen support. The helmet provided by the invention is simple in structure and convenient and safe to use, and the helmet can replace a manual hand-held laser pen in therapy.

Provided is a helmet suspension system which is configured to mitigate rapid movements, i.e., acceleration and deceleration, of a user's head. The helmet suspension system connects to a base and a helmet worn by a wearer and allows for slow, safe movements of the helmet relative to the base, but restricts rapid and generally unsafe movements of the helmet relative to the base.

Provided is a helmet suspension system which is configured to mitigate rapid movements, i.e., acceleration and deceleration, of a user's head. The helmet suspension system connects to a base and a helmet worn by a wearer and allows for slow, safe movements of the helmet relative to the base, but restricts rapid and generally unsafe movements of the helmet relative to the base.

The invention discloses a situation simulation training / game system which comprises a vision identifying device, an accelerated speed and angular speed sensing device, a left view display device, a right view display device and a first wireless network transmission device that are arranged on a full-covering helmet worn by an experiencer, as well as an image collecting device, a situation analysis device and a feedback output device that are arranged on a designated position on the site. According to the situation simulation training / game system, the image collecting device is used for collecting the position information of the experiencer, the accelerated speed and angular speed sensing device is used for collecting the motion state information of the experiencer, the situation analysis device is adopted for obtaining the relative physical location and the motion state information of the experiencer, and the feedback output device is used for generating the information of the experiencer into a preset scene, and driving a corresponding executing mechanism to carry out layout of a new scene and match with the effect generated by the scene. The situation simulation training / game system has the characteristics that the occupied space is small, the scene can be modified at any time, the scene change is rapid, the cost is low, and the scene which is close to the reality can be reproduced.