CS267091B1 - Finger tapping sensor - Google Patents
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- CS267091B1 CS267091B1 CS875083A CS508387A CS267091B1 CS 267091 B1 CS267091 B1 CS 267091B1 CS 875083 A CS875083 A CS 875083A CS 508387 A CS508387 A CS 508387A CS 267091 B1 CS267091 B1 CS 267091B1
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Abstract
Prstový snímač tappingu je určený pre zisťovanie stavu senzomotoriky. Pozostáva z obojručnej rukovati, na ktorej oboch koncoch sú prstové tlačítka. Obojručná rukovat móže byt alternativně nasunutá na vodiaoej tyči, ktorá je s ňou spojená pohyblivými klbmi. Klby umožňujú prispósobenie rukovati prirodzenému sklonu rúk skúmanej osoby. Prstový snímač tappingu sa dá využiť v neurologii, klinickéj psychologii a psychodiagnostike.The finger tapping sensor is designed to determine the state of sensorimotor skills. It consists of a two-handed handle, on both ends of which there are finger buttons. The two-handed handle can alternatively be slid onto a guide rod, which is connected to it by movable joints. The joints allow the handle to be adapted to the natural inclination of the hands of the examined person. The finger tapping sensor can be used in neurology, clinical psychology and psychodiagnostics.
Description
Vynález sa týká prstového snímača tappingu. Rieši problém fixovania rúk pri tappingovom teste. Vynález spadá do odboru neurologie.The invention relates to a finger tapping sensor. It solves the problem of hand fixing during tapping test. The invention falls within the field of neurology.
Tappingov test (test rýchlosti klepania) spočívá v úlohe čo najrýchlejšie klepat na podložku obyčajne ukazovákem jednej, alebo obidvoch rúk, alebo kovovými bodoami, ktoré drží skúmaná osoba v rukách. Počet úderov sa v danom časovom úseku mechanicky, alebo elektricky registruje na počítadle. Tappingov test sa považuje za objektivny ukazovatel stavu senzomotoriky. Rýchlosť klepania je ovplyvnená mnohými faktormi, například spomalenie klepania móže byt zapříčiněné únavou, oentrálnou inhibíoiou, intoxikáoiou, motiváciou, at3. V podstatě ide o zisťovanie týchto a podobných faktorov. Jestvujúoe zariadenia na snímanie tappingu sa vzájomne odlišujú tvarom podložky a spósobom registráoie počtu úderov ale majú spoločnú nevýhodu, že nemajú vyriešenú spolahlivú fixáciu rúk, čo v značnej miere ovplyvňuje výsledky merania.Tapping test (knock speed test) consists in the task of knocking on the mat as quickly as possible, usually with the index finger of one or both hands, or with metal spikes, which are held by the subject. The number of strokes is recorded mechanically or electrically on a counter within a given period of time. The Tapping test is considered to be an objective indicator of the state of sensorimotor. Knock rate is influenced by many factors, for example, knock retardation may be caused by fatigue, oentral inhibition, intoxication, motivation, and so on. Essentially, it is about identifying these and similar factors. Existing tapping sensing devices differ from each other in the shape of the pad and in the number of strokes, but have the common disadvantage that they do not have a reliable hand fixation, which greatly affects the measurement results.
Uvedený nedostatok odstraňuje prstový snímač tappingu podlá vynálezu, ktorého podstata spočívá v tom, že na obojručnej rukovati sú na oboch jej koncoch prstové tlačítka, pričom obojručná rukovať nasunutá na vodiacej tyči je spojená pohyblivými klbmi.This drawback is eliminated by the finger tapping sensor according to the invention, which is characterized in that the two-handed handle has finger buttons at both ends thereof, the two-handed handle slid on the guide rod being connected by movable joints.
Výhodou prstového snímača tappingu je, že jeho riešenie ako kompaktný celok umožňuje autofixáciu rúk, a to jednotným a prirodzeným spósobom, čo doterajším spósobom ohýbalo.The advantage of the finger tapping sensor is that its solution as a compact unit allows autofixation of the hands, in a uniform and natural way, which has bent hitherto.
Prstový snímač tappingu je znázorněný na pripojenom výkrese.The tapping finger sensor is shown in the attached drawing.
Snímač pozostáva z obojručnej rukovate 1 a 3, na ktorej koncoch sú umiestnené prstové tlačítka 2 a ý, ktoré sú spojené s počítadlami 9 a 10 a časomerným zariadením íi· Obojručná rukovať móže byť nasunutá na vodiacej tyči T. pomocou puzdrá 11 a stabilizujúcou skrutkou 12, na ktorom sú klby 5 a 6, Lavú časť obojručnej rukovate JL drží skúmaná osoba prstami lávej ruky tak, aby ukazovák zostal volný a mohol stláčať tlačítko 2. Obdobná situácia sa týká právej ruky a právej časti obojručnej rukovate 2 a tlačítka ý. lává a pravá časť spolu s klbmi 5 a J5,' ktoré umožňujú prispósobenie prirodzenému sklonu rúk tvoria kompaktný celok. Tento je posuvný do požadovanej výšky a snímatelne umiestnený na vodiacej tyči 2 pomocou puzdrá 11 a stabilizujúcej skrutky 12. Počet úderov sa v danom časovom úseku, ktorý určuje časomerné zariadenie J3i registruje na počítadlách 9 a 10.The sensor consists of a two-handed handle 1 and 3, at the ends of which the finger buttons 2 and 6 are located, which are connected to the counters 9 and 10 and the timing device 1i. on which the joints 5 and 6, the left part ambidextrous rukovate JL keeps investigated person finger of the left hand so that the finger remains free and able to press the button 2. a similar situation concerns the right arm and right of ambidextrous rukovate 2 and the Y button. The right-hand part together with the joints 5 and 15, which allow the adaptation to the natural inclination of the hands, forms a compact whole. It is slidable to the desired height and detachably placed on the guide rod 2 by means of the housing 11 and the stabilizing screw 12. The number of strokes is registered on the counters 9 and 10 in a given period of time, which is determined by the timer.
Prstový snímač tappingu možno využiť v neurologii, klinickéj psychologii a psychodiagnostike.Finger tapping sensor can be used in neurology, clinical psychology and psychodiagnostics.
Claims (2)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CS875083A CS267091B1 (en) | 1987-07-06 | 1987-07-06 | Finger tapping sensor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CS875083A CS267091B1 (en) | 1987-07-06 | 1987-07-06 | Finger tapping sensor |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CS508387A1 CS508387A1 (en) | 1989-05-12 |
| CS267091B1 true CS267091B1 (en) | 1990-02-12 |
Family
ID=5395002
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CS875083A CS267091B1 (en) | 1987-07-06 | 1987-07-06 | Finger tapping sensor |
Country Status (1)
| Country | Link |
|---|---|
| CS (1) | CS267091B1 (en) |
-
1987
- 1987-07-06 CS CS875083A patent/CS267091B1/en unknown
Also Published As
| Publication number | Publication date |
|---|---|
| CS508387A1 (en) | 1989-05-12 |
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