10 results about "Video tape" patented technology

The utility model provides a trigger type wireless infrared alarm device, which belongs to the monitoring field and comprises a power supply, a peripheral monitoring assembly is arranged on the power supply, a data storage assembly is arranged on the peripheral monitoring assembly, and an internal monitoring assembly is arranged on the peripheral monitoring assembly. According to the utility model, through the arrangement of the peripheral monitoring assembly and the data storage assembly, the power supply provides electric power during use, the infrared correlation sensor is arranged at a factory fence or other areas needing to be placed, and a plurality of areas can be monitored through the single-defense-area module, the eight-defense-area module and the output module; when the infrared correlation sensor senses, a signal is transmitted to the console, the console controls the first loudspeaker in the corresponding area to give an alarm, the first camera shoots, the main control display displays, and monitoring data can be preserved and stored for a long time through a hard disk video tape. And the video can be conveniently taken out for analysis when the past video needs to be watched.

A tape can include a polyethylene layer and an adhesive layer. In illustrative embodiments, the tape can include one or more of dual-edge slitting or microfractures in one or more edges thereof to promote tearability.

A system is provided.SOLUTION: A system comprising: means for receiving digitized video from an old videotape; means for enhancing the video of the digitized video using a generative AI model; means for enhancing the audio of the digitized video using a generative AI model; means for reformatting the enhanced video; and means for providing the reformatted video to a user.SELECTED DRAWING: Figure 1

To generate audibly natural reproduced voice in voice quality conversion of voice signals set in multiple tracks.SOLUTION: A voice processing system consists of: an allocation unit that allocates to each of a plurality of tracks in music production software a voice processing plug-in including voice quality conversion of voice signals set to the track; an adjustment unit 43 that differs a first music parameter related to a first voice signal after processing by the voice processing plug-in allocated to a first track among the plurality of tracks, and a second music parameter related to a second voice signal after processing by the voice processing plug-in allocated to a second track that is different from the first track.SELECTED DRAWING: Figure 6

A waste conveyor transport device (41) used in an assembly device (15) comprising a component supply section (23) configured to provide a component (P) from a belt element (T) that receives multiple components (P), and an assembly section (30) configured to receive the provided component (P), wherein the waste conveyor transport device (41) comprises: a waste conveyor transport section (42) configured to transport a waste conveyor element (D) that has been cut after the component (P) has been picked up, by placing the waste conveyor element (D) onto a transport surface (49) and sending the waste conveyor element (D) to a waste conveyor transport device (41) or waste conveyor collection section (16) adjacent in a transport direction (C) of the waste conveyor element (D); and a blowing section (42) configured to blow gas in one direction along the transport direction (C) onto a transport surface (49) on a bottom surface side of the waste conveyor transport section (42) characterized by: a removal plate (45) arranged on an underside of a transport surface (49) of an end section on a downstream side in the transport direction (C) of the waste conveyor transport section (42) and contacting the transport surface (49) to remove the waste conveyor element (D); and a prevention plate (46) which is arranged on a surface side of a transport surface (49) of an end section on an upstream side in the transport direction (C) of an adjacent waste conveyor transport section (42) and which contacts the transport surface (49) to prevent the waste conveyor element (D) from entering, wherein the blowing section (42) is arranged between the distance plate (45) and the prevention plate (46).

Fastening of a fitting part, in particular a hinge part (12) of a hinge (1) for doors, windows and the like, to a frame consisting of profile bars (2, 27), wherein each profile bar (2, 27) has on the rebate (13) a profile groove (3, 42) in cross-section, open outwards, comprising mutually directed edge lips (15, 16) limiting the opening of the C-shaped profile groove (3, 42), and wherein the fitting part comprises a hinge part (12) engaging the profile bars (2, 27) and is associated with a fastening part (20), wherein the fastening part (20) can be tightened against the hinge part (12) by means of at least one screw (46) passing through the opening of the profile groove (3, 40) such that the edge lips (15, 16) of the profile groove (3) are clamped between the hinge part (12) and the fastening part (20) and the hinge part (12) is thereby fixed in the longitudinal direction of the profile bar (2), wherein the band part (12) rests on the outer edge lip (16) of the profile groove (3), engages in the opening of the profile groove (3) and rests on the opposite second edge lip (15) from the inside and the fastening part (20) rests on the second edge lip (15) of the profile groove (3) from the inside and rests on the opposite first edge lip (15), characterized in that that the fastening part (20) is angled and that the angled leg (34) engages in the profile groove (42) of an adjacent profile bar (27) which runs orthogonally to the profile groove (3).

A vehicle-mounted iron powder hydrogen production device comprises an iron powder box, iron powder, an electrically operated valve, an electrical bar, a reaction tube, a rack, a recovery tank, a purifier, purification liquid, a pressure-stabilizing hydrogen storage tank, a cooler, a recovery valve, vaporizing liquid and the like, and is characterized in that the iron powder is filled in the iron powder box, the electrical bar is arranged in the reaction tube, the reaction tube is fixed on the rack, and the recovery tank is fixed on the rack. And the cooler, the purifier, the recovery tank and the pressure-stabilizing hydrogen storage tank are communicated through pipelines. The working process comprises the following steps: firstly, supplying power, feeding iron powder into the reaction tube by the electric valve, heating the iron powder by the electric heating rod, meeting the heated iron powder with steam of vaporized liquid in the reaction tube, and carrying out chemical reaction to generate H2 and Fe3O4; h2 is cooled by the cooler, enters the purifier for purification and then is stored by the pressure-stabilizing hydrogen storage tank for later use. Fe3O4 enters a recovery tank for later use. Fe2O4 is an important chemical raw material for pigment, antirust paint, recording tape, video tape, radiation protection and the like. The invention discloses a vehicle-mounted device for producing hydrogen by using iron powder made of scrap iron as a raw material, and belongs to a new technology in the field of hydrogen production. Hydrogen which is produced and used at any time can replace diesel oil and gasoline to drive vehicles, ships and the like. And the hydrogen production device is simple, easy to manufacture, low in cost and convenient to use, the power cost of the hydrogen production device is about one third of that of diesel oil, and zero emission is realized. The market is very large and long-lasting, and commercialized operation can be realized.

A diagnostic device for a motor according to the present invention comprises: a storage unit (51E) for storing a monitorable frequency band [F], a monitoring characteristic frequency sequence [G], and a signal strength thereof; and a determination unit (51F) that determines an abnormality of the motor (3) and / or an abnormality of the power transmission mechanism (60) by comparing the monitorable frequency band [F] and the monitoring characteristic frequency sequence [G] stored in the storage unit (51E) with a current spectrum newly acquired from the current detector (4).

Sorbent material sheets are attached to an inner surface of an article having an enclosed volume, such as a cadaver pouch, an ammunition storage container, or a film or video tape storage box. The sorbent material sheets adsorb vapors which are released by the contents of the enclosed volumes, while providing flexibility and without releasing particles which could contaminate the contents of the enclosed volume.