ES2251313B1 - MICROWAVE SIGNAL DETECTOR DEVICE. - Google Patents

Abstract

Microwave signal detector device which is made up of a double-sided printed circuit that it has a recess in its lower part in whose interior it is housed a battery being held the bottom of the battery by a  contact foil that partially covers the cavity. All the circuit allows the detection of microwave signals, especially in the range between 800 and 1900 MHz so that detected thanks to luminous means incorporated in the Printed circuit indicates the presence of such waves. Battery stays inside the cavity by contacting its upper part with the bottom of the cavity, while the bottom contacts with the metal sheet that partially covers the cavity. By a vinyl sheet can be arranged on top of the printed circuit covered by a drop of resin, and inferiorly it is covered by a double-sided adhesive that allows fixing to any surface.

Description

Signal Detector Device microwave.

Object of the invention

The object of the present invention is a microwave signal detector device that installed over the mobile phone case or any transmitter of microwave allows to detect the presence of microwave signals especially in the band between 800 and 1900 MHz.

Characterizes the present invention the special configuration design of the means used to house a battery of feeding to luminescent means indicators of the presence of microwave signals.

It is also possible to adapt the passive reflectors responsible for signal enhancement received and issued by mobile phones, so that also allow to house a battery inside in a way easy and safe without using additional means to accommodate the battery

Therefore the present invention is circumscribed within the field of media, designed circuits for microwave detection and more particularly among the means used to accommodate the battery power of the means indicating the presence of microwave signals.

Background of the invention

There are numerous indicating devices luminous especially used for mobile phones, which allow the easy location of the call phone when the device they have is illuminated, and which have a microwave signal detector circuit.

A solution provided is as described in the Spanish Utility model publication number ES1047083U in which shows a carrier body inside a sensor device for electromagnetic impulses created by the reception of the call, capable of being transformed into A light signal. Said carrier body is attached through a insulated conductor presenting an upper loop to the end of the antenna of the telephone set, in this way and before a call, the electromagnetic signals captured arrive at a module that has a pickup coil and a transducer for the transformation of the impulses received in a small electric current that feeds an electric lighting module. These devices in case of having to be supplemented in their diet by a battery would require a battery holder means that complicates the design, makes the product more expensive and facilitates its manufacture and subsequent use.

The Spanish Utility model of number of publication ES 1052908 shows a warning light for calls to mobile phones consists of a detector circuit of radio frequencies, an electromagnetic energy accumulator and conductive means and lighting means, not counting on means carrying any battery.

Finally in the Spanish Utility model ES1047084U describes an optical signaling device for mobile phones and the like, this device is housed on the end of the mobile antenna, with a superior light element, comprising a pickup coil, a connection bridge, a transducer and other electronic elements, as well as connections With the luminous means.

Any of the previous devices present as common inconveniences the complexity of your design so that they have to be attached to some part of it, being the relatively voluminous final set also lack any battery so the light media power It cannot be supplemented by any additional means. In case of wanting to use a battery should modify the design of these devices to accommodate a battery holder.

Therefore, the objective of this invention is to develop a signal detection device of microwave, which has some means to accommodate a battery, without need to use any battery holder, since the whole structurally and functionally it is designed so that It allows the coupling of a battery.

Description of the invention

The invention of signal detection device of microwaves, it presents a signal pickup circuit of microwave with a series of light media such as algae diodes and gaas (Gallium Arsenide) or any other type integrated in the own circuit

This device is capable of detecting waves of microwaves especially in the range between 800 and 1900 MHz, allowing if the home microwave is in perfect conditions or if the mobile terminal is receiving some certain signals

Structurally it is designed so that the double-sided printed circuit presents in its lower part a opening or hole that is partially covered by one part So it would act as a negative pole.

In that hole would be where the battery inserting it in said hole, then later move it so that it is held in its lower part by the sheet that makes negative contact of the circuit.

The battery makes contact at its top with the bottom of the hole while at the bottom it makes contact with the sheet that partially covers the opening of the orifice.

On the printed circuit in its upper part there is an advertising vinyl that is subsequently covered with a drop of resin

In the lower part the whole set is covered by a double-sided adhesive, which allows its adhesion on the device in which you want to detect the presence of waves of a certain frequency range, such as a terminal of a mobile phone, or a home microwave.

Thanks to the configuration adopted by the double-sided printed circuit, the location and fixing of the battery is done in an easy and simple way, being retained inside the printed circuit without using additional means such as a holder
batteries

Due to the flat configuration of the device signal detector is possible to adapt to any surface, and can also be customized for advertising purposes lighting up in different ways.

Description of the drawings

To complement the description that then it will be done and in order to help a better understanding of its characteristics, is accompanied by this descriptive memory, of a set of planes in whose figures, of illustrative and non-limiting, the details are represented significant of the invention.

Figure 1 shows a representation of a longitudinal section of the signal detecting device of double-sided microwave with battery.

Figure 2 shows a representation in perspective of the underside of the signal detector circuit where you can see how and where it is located and fixed the drums.

Preferred Embodiment of the Invention

In view of the aforementioned figures, describes below a preferred embodiment of the invention as well as the explanation of the drawings.

In figure 1, we see which device object of the invention is formed by a printed circuit of double sided (1) on which there is a hole or lower cavity (2) which is partially covered by a sheet (3) that makes negative contact functions of the set.

Inside this recess (2) the battery (4) is housed, for which it is first introduced and then moved to the space defined by the bottom of the cavity (2) and the negative contact (3), so that the battery in its upper part makes contact with the bottom of the recess and in its lower part it makes contact with the negative contact plate
(3).

On top of the printed circuit of double sided (1) there is an advertising vinyl (5) remaining The whole set covered by a drop of resin (6).

In the lower part the set has an adhesive double-sided (7), which allows the device to be fixed on any device on which you want to detect the presence of microwave.

In Figure 2, when the perspective is shown in underside of the detector device, you can see how the battery (4) is not placed centrally in relation to the opening free, being partially secured with the contact plate negative (3).

It is not considered necessary to extend this  description so that any subject matter expert understands the scope of the invention and the advantages thereof drift

The materials, shape size and layout of the elements will be subject to variation as long as they do not alter the essentiality of the invention.

The terms in which this report has been described they should always be taken in a broad and non-limiting sense.

Claims (5)

1. Microwave signal detector device characterized in that it consists of a double-sided printed circuit that incorporates luminous means and that structurally presents in its lower face a recess that is partially covered in its lower face by a sheet that performs the functions of one of the contacts, in the space defined between the bottom of the cavity and the lower contact sheet serves to house and fix a battery, so that its upper part contacts the bottom of the cavity, while its lower face contacts the bottom contact sheet. 2. Microwave signal detector device according to claim 1, characterized in that an advertising vinyl is arranged on the double-sided printed circuit, the entire assembly being covered by a drop of resin. 3. Microwave signal detecting device according to claim 2, characterized in that a double-sided adhesive is provided at the bottom of the assembly that allows fixing to all types of surfaces. 4. Microwave signal detector device according to any of the preceding claims, characterized in that the device detects the microwaves in the range of 800 MHz to 1900 MHz. 5. Microwave signal detector device according to any of the preceding claims, characterized in that the luminous means incorporated in the printed circuit are algae and gaa diodes (Gallium Arsenide) or any other type.