DE112018000049B4 - Auxiliary installation tool and method of using it - Google Patents

Abstract

Auxiliary installation tool, characterized in that it comprises:
- A printing plate body (1) on which a cutting portion (2) is arranged;
- A pressure arrangement (3) which is arranged on a surface of the printing plate base body (1); the pressing assembly (3) and the cutting portion (2) assembling and forming a guide press-mounting portion (4), the guide pressing-mounting portion (4) being the angle between the pressing assembly (3) and the cutting portion (2), the cutting portion (2) is formed by at least one edge of the printing plate body (1) and comprises a horizontal cutting portion (5) and an arcuate cutting portion (6) connected in series.

Description

The present invention relates to the field of deployment, more particularly to an auxiliary installation tool and a method of using the same.

The exhibition work is a big part of the whole exhibition and does not only concern the construction in the days during the exhibition. A series of exhibition works include the rental of exhibition halls, the division of exhibition zones and the preparation of floor plans in the early period and the distribution of exhibition stands, coordination between exhibitors, construction of the exhibition hall, installation of exhibitors' stands, coordination on Location of the exhibition as well as the dismantling at the end. This work is cumbersome and the workload is very heavy.

Especially in the case of the hanging exhibition, the exhibition screens should be fixed in four corners; currently, the peripheries of the exhibition screens are manually embedded into the installation frame by pressing fingers; with a smaller installation frame, the operation is very fast; with a larger installation frame, there will be a problem of poor pressing effect and long time, especially after long pressing with fingers, the pain of the fingers will make the installation can not continue further, thereby greatly slowing down the installation.

US 2008 / 0 086 891 A1 shows a knife with a body having a blade head at one end and a detachable roller at the other end, the blade head having a planar first guide cheek and a planar second guide cheek which are at an angle to a blade are arranged, which is received between the first and the second guide rail; and means for biasing the blade between a retracted and an extended position. The knife further includes a device for attaching the roller to a roller end of the knife body, the roller further comprising a right wheel half and a left wheel half such that the roller consists of two halves which are in close contact with one another.

WO 2009/ 126 019 A1 shows a method for manually installing a window pane in a window frame, the window frame having a channel in which an edge of the window pane and a first elastic band are arranged, the method involving manual movement of an installation device with a housing, a front wheel and a rear wheel along the channel, and wherein during moving of the device a housing, a front wheel and a rear wheel are moved along the channel and during moving of the device: a second elastic strip in the record installation device; guide the second elastic strip in the housing toward the rear wheel; insert the front wheel into a longitudinal gap between the window frame and the window glass; the front wheel to press the window glass against the elastic action of the first elastic strip to widen the elongated gap; pushing the rear wheel the elastic second strip into the enlarged elongated gap; and removing the wheels from the channel such that the window pane is sandwiched within the window frame channel between the first and second resilient strips.

the U.S. 8,186,033 B1 shows a hand-held tool having a leading edge which is inserted into a prize channel and which has a label exit opening defined therein which is in the prize channel in use, and a trailing edge having a label entrance opening defined therein into which a flexible label is inserted. A bore connects the entry port to the exit port, and a flexible tag is forced through the entry port, through the bore, and out of the exit port to be positioned in the prize channel.

In view of the above problems, the present invention provides an auxiliary installation tool and a method of using the same, which can erect the exhibition screens quickly while realizing a good fastening effect and greatly increasing the erection efficiency.

• Ein Hilfsinstallationswerkzeug, umfassend Folgendes:
  • - einen Druckplattengrundkörper, an dem ein Schneideabschnitt angeordnet ist;
  • - eine Andruckanordnung, die an einer Oberfläche des Druckplattengrundkörpers angeordnet ist; wobei die Andruckanordnung und der Schneideabschnitt sich zusammensetzen und einen Führungspressmontierabschnitt ausbilden.
• Erfindungsgemäß ist der Schneideabschnitt durch mindestens einen Rand des Druckplattengrundkörpers ausgebildet und umfasst einen hintereinander verbundenen horizontalen Schneideabschnitt und bogenförmigen Schneideabschnitt. Bevorzugt umfasst die Andruckanordnung einen hintereinander verbundenen horizontalen Abschnitt und bogenförmigen Abschnitt, die jeweils dem horizontalen Schneideabschnitt und dem bogenförmigen Schneideabschnitt zugeordnet sind. Bevorzugt weist eine schneideabschnittseitige Oberfläche der Andruckanordnung einen Führungsabschnitt auf.
• Bevorzugt ist an beiden Oberflächen des Druckplattengrundkörpers jeweils eine Andruckanordnung angeordnet.
• Bevorzugt vergrößert sich die Dicke des Schneideabschnitts allmählich von der Schneide zur Verbindungsstelle zwischen dem Schneideabschnitt und der Andruckanordnung, wobei die Schneide eine Dicke von 0,18-0,35mm hat, und wobei die Verbindungsstelle zwischen dem Schneideabschnitt und der Andruckanordnung eine Dicke von 0,3-1,5mm hat.
• Bevorzugt ist an dem Druckplattengrundkörper ein Griffloch vorgesehen, wobei in dem Griffloch eine nach den Fingern geformte Vertiefung vorgesehen ist, und wobei in der nach den Fingern geformten Vertiefungen eine Handheld-Unterlegplatte angeordnet ist.
• Bevorzugt ist an einem in der Pressrichtung befindlichen Oberteil des Druckplattengrundkörpers weiterhin eine Pressunterlegplatte angeordnet, wobei an einer auf der Seite des bogenförmigen Schneideabschnitts befindlichen Oberfläche der Pressunterlegplatte eine Daumenandruckrille vorgesehen ist, in der ein rutschfestes Teil angeordnet ist.
• Bevorzugt schließen die Andruckanordnung und der Schneideabschnitt miteinander einen stumpfen Winkel ein.
• Ein Verfahren zum Verwenden des Hilfsinstallationswerkzeugs, das dazu verwendet wird, ein erstes Objekt in ein zweites Objekt hineinzupressen, wobei es sich bei dem ersten Objekt um eine Ausstellungsleinwand handelt, und wobei an der Peripherie der Ausstellungsleinwand Gummistreifen angeordnet sind, und wobei es sich bei dem zweiten Objekt um einen Ausstellungsrahmen handelt, an dem Andruckrillen vorgesehen sind, und wobei das Verfahren zum Verwenden die folgenden Schritte umfasst:
  • Schritt 1): Verbinden einer Seitenkante des Gummistreifens mit der Ausstellungsleinwand;
  • Schritt 2): Falten des Gummistreifens entlang der Rückseite der Ausstellungsleinwand, so dass die Ausstellungsleinwand einen Teil der Oberfläche des Gummistreifens hüllt, danach werden die in der Ausstellungsleinwand gehüllten Seitenkanten des Gummistreifens in die Andruckrille eingeführt;
  • Schritt 3): Einführen des Schneideabschnitts des Hilfsinstallationswerkzeugs in einen Spalt zwischen der Andruckrille und der Ausstellungsleinwand und kontinuierliches Pressen, so dass die Andruckanordnung berührend mit der Oberfläche der den Gummistreifen umfassenden Ausstellungsleinwand verbunden ist, wobei die Andruckanordnung sich entlang der Presspassrichtung bewegt, und wobei der Gummistreifen durch den aus der Andruckanordnung und den Schneideabschnitt zusammengesetzten Führungspressmontierabschnitt völlig in die Andruckrille hineingepresst wird.

In order to solve the above technical problems, the present invention uses the following technical solution:

• An auxiliary installation tool comprising the following:
  • - a printing plate body on which a cutting portion is arranged;
  • - A pressing arrangement, which is arranged on a surface of the pressure plate body; wherein the pressing assembly and the cutting portion are assembled and form a guide press-mounting portion.
• According to the present invention, the cutting portion is formed by at least one edge of the printing plate body, and comprises a horizontal cutting portion connected in series and arc-shaped cuttings section. Preferably, the pressing arrangement comprises a horizontal section and an arcuate section connected in series, which are associated with the horizontal cutting section and the arcuate cutting section, respectively. A surface of the pressing arrangement on the cutting section side preferably has a guide section.
• A pressure arrangement is preferably arranged on each of the two surfaces of the printing plate base body.
• Preferably, the thickness of the cutting portion increases gradually from the cutting edge to the junction between the cutting portion and the pressing assembly, the cutting edge having a thickness of 0.18-0.35 mm, and the junction between the cutting portion and the pressing assembly having a thickness of 0. 3-1.5mm.
• A grip hole is preferably provided on the pressure plate base body, with a finger-shaped depression being provided in the grip hole, and a handheld base plate being arranged in the finger-shaped depression.
• Preferably, at an upper part of the pressure plate main body in the pressing direction, a press pad is further arranged, and on a surface of the press pad on the arcuate cutting portion side, a thumb pressing groove is provided in which a non-slip piece is arranged.
• The pressing arrangement and the cutting section preferably enclose an obtuse angle with one another.
• A method of using the auxiliary installation tool used to press a first object into a second object, the first object being a display screen, and rubber strips being arranged at the periphery of the display screen, and the second object is a display frame on which pressure grooves are provided and the method of use comprises the following steps:
  • Step 1): Joining a side edge of the rubber strip to the display canvas;
  • Step 2): Folding the rubber strip along the back side of the display screen so that the display screen wraps a part of the surface of the rubber strip, after which the side edges of the rubber strip covered in the display screen are inserted into the pressing groove;
  • Step 3): Inserting the cutting portion of the auxiliary installation tool into a gap between the pressing groove and the display screen and continuously pressing so that the pressing assembly is touchingly connected to the surface of the display screen including the rubber strip, the pressing assembly moving along the press-fitting direction, and the rubber strip is fully pressed into the pressing groove by the guide press-mounting section composed of the pressing assembly and the cutting section.

• Der Schneideabschnitt kann in einen schmalen Raum hineinragen und sich bewegen, nach engem Pressen wird der Schneideabschnitt beim Ablösen das erste Objekt nicht zusammen herausführen; mit der Anordnung des Führungspressmontierabschnitts kann eine Führungs- und Presspasswirkung erreicht werden, im Bewegungsprozess des Installationswerkzeugs kann das erste Objekt reibungslos ins zweite Objekt gepresst werden, dabei ist die Bedienung einfach und schnell und hat eine gute Effizienz, während die Finger freigesetzt werden, um es zu vermeiden, dass ein Pressen mit den Fingern für eine lange Zeitdauer zum Schaden der Finger führt.
• Die obige Erläuterung stellt nur einen Übergriff der technischen Lösung der vorliegenden Erfindung dar. Im Zusammenhang mit den bevorzugten Ausführungsformen der vorliegenden Erfindung und Figuren wird die vorliegende Erfindung im Folgenden näher erläutert, damit die technischen Maßnahmen der vorliegenden Erfindung klarer verstanden und anhand des Inhalts der Beschreibung ausgeführt werden können. Die ausführlichen Ausführungsformen der vorliegenden Erfindung werden durch die folgenden Ausführungsbeispiele und Figuren näher erläutert.

The present invention has the following advantages:

• The cutting section can protrude into a narrow space and move, after tight pressing, when detaching, the cutting section will not lead out the first object together; with the arrangement of the guide press mounting section, guide and press-fitting effect can be achieved, in the process of moving the installation tool, the first object can be pressed into the second object smoothly, the operation is simple and fast, and has good efficiency while freeing fingers to handle it to avoid squeezing with fingers for a long period of time resulting in damage to fingers.
• The above explanation only represents an overlap of the technical solution of the present invention. In connection with the preferred embodiments of the present invention and figures, the present invention is explained in more detail below so that the technical measures of the present invention are understood more clearly and based on the content of the description can be executed. The detailed embodiments of the present invention are explained in more detail by the following exemplary embodiments and figures.

• 1 zeigt eine perspektivische Strukturansicht eines Werkzeugs gemäß der vorliegenden Erfindung.
• 2 zeigt eine schematische Vorderansicht der vorliegenden Erfindung gemäß 1.
• 3 zeigt eine strukturelle Seitenansicht eines Schneideabschnitts gemäß der vorliegenden Erfindung.
• 4 zeigt eine schematische Darstellung einer Teilstruktur einer Andruckanordnung gemäß der vorliegenden Erfindung.
• 5 zeigt eine schematische Strukturansicht einer anderen Ausführungsform der vorliegenden Erfindung.
• 6 zeigt eine schematische Strukturansicht der Andruckanordnung und des Schneideabschnitts der vorliegenden Erfindung gemäß 5.
• 7 zeigt eine schematische Strukturansicht der vorliegenden Erfindung beim pressenden Einpassen.

The figures explained here provide further understanding of the present invention and form a part of the present application. The exemplary embodiments of the present invention and the explanation thereof serve to explain the present invention and do not constitute an improper limitation of the present invention.

• 1 Fig. 12 shows a structural perspective view of a tool according to the present invention.
• 2 Figure 12 shows a schematic front view according to the present invention 1 .
• 3 Fig. 12 shows a structural side view of a cutting section according to the present invention.
• 4 12 shows a schematic representation of a partial structure of a pressing arrangement according to the present invention.
• 5 Fig. 12 shows a schematic structural view of another embodiment of the present invention.
• 6 Fig. 12 shows a schematic structural view of the pressing assembly and the cutting section according to the present invention 5 .
• 7 Fig. 12 shows a schematic structural view of the present invention when press-fitting.

Reference List

1

pressure plate body

2

cutting section

3

pressure arrangement

4

guide press mounting section

5

Horizontal cutting section

6

Arc-shaped cutting section

7

horizontal section

8th

Arched section

9

grip hole

10

Indentations shaped after the fingers

11

Handheld Shim

12

press pad

13

finger pressure groove

14

Non-slip part

15

exhibition canvas

16

rubber strips

17

exhibition frame

18

pressure groove

21

Front end of the cutting section

22

Rear end of the cutting section

23

preceding section

24

guide section

The present invention is explained in more detail below in connection with figures and embodiments.

As in 1 until 3 Illustrated is an embodiment of the auxiliary installation tool of the present invention comprising a pressure plate body 1, a cutting section 2 and a pressing assembly 3; the cutting portion 2 is arranged on the periphery of the printing plate body; and wherein the pressing arrangement is arranged on a surface of the pressure plate main body; and wherein the pressing assembly and the cutting portion are assembled and form a guide press-mounting portion 4 to perform press-fitting work.

In one embodiment of the present invention, the cutting portion is formed by gradually shrinking the thickness of at least one edge of the printing plate body, however, the cutting portion has no cutting function, moreover, the cutting portion comprises a horizontal cutting portion 5 and arcuate cutting portion 6 connected in series, with an end portion the arcuate cutting portion may be formed as a tip structure, and wherein the tip structure may perform an included angle gap filling operation; when the arcuate cutting portion moves down, it can achieve a guiding function;
The pressure arrangement has a horizontal section 7 and an arched section 8 connected one behind the other, when the printing plate body moves, the horizontal section presses the first object into the second object, an arched guide angle is formed between the horizontal section and the arched section, which does not go into the second object Pressed part of the first object can be guided well and enters a position below the horizontal section to realize press-fitting. The horizontal section 7 and the arcuate section 8 are respectively associated with the horizontal cutting section and the arcuate cutting section, thereby better stability can be realized in mobile press fitting.

The pressure arrangement can be designed as a strip-like structure, as in 1 and 2 shown; it can also be formed by lining up spaced-apart protruding portions 23, as in FIG 3 shown; thereby, the structure of the above portion is not limited.

The structure of the guide press-mounting section is as in FIG 4 As illustrated, the angle between the pressing arrangement and the cutting section, namely the angle at which the guide press-mounting section is located, may be an obtuse angle, the guide press-mounting section can press the first object into the second object, with the obtuse angle, the first object can be better pressed into the second object to reduce the clogging problem. In this case, a pressing assembly is arranged on both surfaces of the pressure plate body, when in use, a guide press-mounting portion is arranged on both surfaces of the pressure plate body, therefore, in an operation for different side edges, changing the position is not required, thereby facilitating the use.

In order to improve and ensure the use effect, a grip hole 9 is provided on the printing plate body to achieve a function of gripping the printing plate body, after gripping, the use becomes more effort-saving; further, a finger-shaped indentation 10 is provided in the grip hole, the finger-shaped indentations may be provided in a number of 4, each corresponding to four fingers other than the thumb, in handheld operation, the fingers will have no displacement , to improve comfort when holding with one hand; a handheld pad 11 is further arranged in the finger-shaped recesses to increase the contact area with the pressure plate body when holding with one hand, a large contact area does not cause a problem of finger pain.

On an upper part of the pressure plate body located in the pressing direction, a press pad plate 12 is further arranged, when holding with one hand, the palm part pressed at the upper part of the pressure plate body has a larger pressing contact area, there will be no problem with the pain when pressing; on a surface of the press pad located on the side of the arc-shaped cutting portion, a thumb pressing groove 13 is provided, in which a non-slip piece 14 is arranged, after pressing, displacement is needed, now the thumb can also have a pressing area to it ensure that in the case of ordinary exertion of the force of the palm of the hand for holding has good comfort.

As in 4 shown, to increase the strength of the cutting portion, the thickness of the cutting portion may gradually increase from the blade to the junction between the cutting portion and the puck assembly, the blade is located at the front end 21 of the cutting portion and the junction between the cutting portion and the puck assembly is located at the rear end 22 of the cutting section; when taking out the installation tool, the cutting portion, which has a shape similar to cone shape, will not take the first object outside; further, under the limitation of the structure, polishing can be performed for the cutting portion to improve the smoothness of the cutting portion; the thickness of the cutting edge is 0.18-0.35mm, the thickness of the joint between the cutting section and the pressing assembly is 0.3mm-1.5mm, the cutting section under this limitation of thickness has undergone at least 100 times of press-fitting tests when taking out the Installation tool, the first object is not taken outside; there is relatively little resistance when pushing the installation tool, and the operation is simple and effortless. The cutting section with a cutting edge with a thickness of 0.2-0.25mm and a joint between the cutting section and the pressing assembly with a thickness of 0.3mm-0.8mm can facilitate the use, at the same time it has a longer service life and is not prone to deformation.

As in 5 1, in another embodiment, the arcuate cutting sections may be provided in a number of 2, each arranged on both sides of the horizontal cutting section and connected in series, therefore, in use, pushing and pulling can be performed to improve the convenience of operation . The arcuate portions of the pressing assembly and the arcuate cutting portions may be provided in an equal number while being associated with each other.

As in 6 As shown, the thickness of the cutting portion may be equal in thickness at the front end of the cutting portion and the rear end of the cutting portion, namely, the cutting portion is formed into a plate shape as long as the cutting portion has sufficient strength. The pressing arrangement may be configured such that block-shaped protruding portions are lined up in a spaced-apart manner; thereby, the protruding portions can be formed such that a part of the materials of the pressure plate main body is punched and bent, thereby the manufacturing cost can be reduced effectively; since the protruding portions are spaced, the punching materials can be bent at two adjacent locations respectively toward both side faces of the printing plate body so that the both side faces have a pressing structure, respectively. To achieve better guidance and reduce friction, the edges of the obi be rounded gene block-shaped protruding portions.

In another embodiment, a guide section 24 can also be arranged on a cutting section-side surface of the pressing arrangement, as in FIG 6 shown, when the rubber strip is pressed, the rubber strip can be straightened by the guide portion, thereby the press-fitting can be performed more smoothly; the guide portion may be formed as both an arcuate structure and a structure provided with a hook portion.

As in 7 As shown, the first object is a display screen 15, with a rubber strip 16 placed at the periphery of the display screen; while the second object is a display frame 17 on which a pinch groove 18 is provided, and the rubber strip is pinched into the pinch groove by the guide press-mounting portion, namely, the display screen is fixed to the display frame, the rubber strip has a certain flexibility , this also makes it easier for the cutting portion to protrude into a space between the rubber strip and the groove wall of the pinch groove, while when the cutting portion moves, the rubber strip can press the display screen tightly into the pinch groove by its own flexibility.

• Schritt 1): Verbinden einer seitlichen Oberfläche des Gummistreifens mit der Ausstellungsleinwand, der Gummistreifen ist flexibel und kann ein Durchgehen durch ihn ermöglichen, um einen Näheffekt zu erreichen, darüber hinaus kann ein Nähen mittels der Fäden erfolgen, mit dem Verfahren wird es sichergestellt, dass der Gummistreifen und die Ausstellungsleinwand nicht leicht voneinander abgetrennt werden können, dadurch wird eine gute Robustheit realisiert;
• Schritt 2): Falten des Gummistreifens entlang der Rückseite der Ausstellungsleinwand, so dass die Ausstellungsleinwand einen Teil der Oberfläche des Gummistreifens hüllt, danach werden die in der Ausstellungsleinwand gehüllten Seitenkanten des Gummistreifens in die Andruckrille eingeführt werden, nämlich tritt ein Teil durch Pressen der Finger in die Andruckrille ein, jetzt wird der Gummistreifen durch die Ausstellungsleinwand umhüllt und ist von dem Ausstellungsbetrachtungswinkel nicht ersichtlich, und der Gummistreifen befindet sich zwischen der Andruckrille und der Ausstellungsleinwand, um ein gutes Aussehen nach der Presspassung zu gewährleisten;
• Schritt 3): Anschließendes Einführen des Schneideabschnitts des Hilfsinstallationswerkzeugs in einen Spalt zwischen der Andruckrille und der Ausstellungsleinwand, nämlich eine Stelle zwischen der Ausstellungsleinwand und einer an der Außenseite befindlichen Innenwand der Andruckrille gemäß 4, und kontinuierliches Pressen, so dass die Andruckanordnung berührend mit der Oberfläche der den Gummistreifen umfassenden Ausstellungsleinwand verbunden ist, um eine wirksame Vorfertigung zu bilden, dann bewegt sich die Andruckanordnung entlang der Pressmontierrichtung bewegt, und dadurch, dass die Andruckanordnung und der Schneideabschnitt sich zusammensetzen und einen Führungspressmontierabschnitt ausbilden, werden der nicht in die Vertiefungen gepresste Gummistreifen und die Ausstellungsleinwand völlig in die Andruckrille hineingepresst.

In the above structure, the use of the installation tool has the following operation steps:

• Step 1): Joining a side surface of the rubber strip to the display canvas, the rubber strip is flexible and can allow passing through it to achieve sewing effect, moreover, sewing can be done by the threads, the method ensures that the rubber strip and the display screen cannot be easily separated from each other, thereby realizing good robustness;
• Step 2): Folding the rubber strip along the back of the display canvas so that the display canvas wraps part of the surface of the rubber strip, after which the side edges of the rubber strip wrapped in the display canvas will be inserted into the pressure groove, namely, a part enters by pressing fingers the pinch groove, now the rubber strip is wrapped by the exhibition canvas and cannot be seen from the exhibition viewing angle, and the rubber strip is between the pinch groove and the exhibition canvas to ensure good appearance after press-fitting;
• Step 3): Then, inserting the cutting portion of the auxiliary installation tool into a gap between the pinch groove and the display screen, namely, a position between the display screen and an outside inner wall corresponding to the pinch groove 4 , and continuously pressing so that the pressing assembly is contactingly connected to the surface of the display canvas comprising the rubber strip to form an effective prefabrication, then the pressing assembly moves along the press-mounting direction, and thereby the pressing assembly and the cutting section compose and form a guide press-mounting portion, the rubber strip not pressed into the recesses and the display screen are fully pressed into the pressing groove.

This installation tool solves the problems caused by finger pressing with low efficiency and finger pain, moreover, the operation is simple and fast, which greatly improves the installation efficiency.

The above content is only preferred embodiment of the present invention and is not intended to limit the present invention. Various changes and modifications to the present invention can be made by those skilled in the art. All changes, equivalent substitutions, and improvements made within the spirit and principles of the present invention should be construed as included within the scope of the present invention.

Claims (9)

Auxiliary installation tool, characterized by comprising: - a pressure plate base (1) on which a cutting portion (2) is arranged; - A pressure arrangement (3) which is arranged on a surface of the printing plate base body (1); the pressing assembly (3) and the cutting portion (2) assembling and forming a guide press-mounting portion (4), the guide pressing-mounting portion (4) being the angle between the pressing assembly (3) and the cutting portion (2), the cutting portion (2) is formed by at least one edge of the printing plate body (1) and a horizontal cutting section (5) and arcuate cutting section (6) connected in series. auxiliary installation tool claim 1 , characterized in that the pressing arrangement (3) comprises a serially connected horizontal section (7) and arcuate section (8) associated respectively with the horizontal cutting section (5) and the arcuate cutting section (6). auxiliary installation tool claim 1 , characterized in that a surface of the pressing arrangement (3) on the cutting section side has a guide section (24). auxiliary installation tool claim 1 , characterized in that a pressure arrangement (3) is arranged on each of the two surfaces of the printing plate base body (1). auxiliary installation tool claim 1 , characterized in that the thickness of the cutting portion (2) increases gradually from the blade to a junction between the cutting portion (2) and the pressing assembly (3), the blade having a thickness of 0.18-0.35mm, and wherein the joint between the cutting section and the pressing arrangement (3) has a thickness of 0.3-1.5 mm. auxiliary installation tool claim 1 , characterized in that a grip hole (9) is provided on the pressure plate base body (1), depressions (10) shaped according to the fingers being provided in the grip hole (9), and wherein in the depressions (10) shaped according to the fingers a Handheld base plate (11) is arranged. auxiliary installation tool claim 1 , characterized in that on an upper part of the pressure plate main body (1) located in the pressing direction, a press shim (12) is further arranged, wherein on a surface of the press shim (12) located on the side of the arcuate cutting portion (6) has a thumb pressing groove (13) is provided, in which a non-slip part (14) is arranged. auxiliary installation tool claim 1 , characterized in that the pressing arrangement (3) and the cutting section (2) form an obtuse angle with one another. Method of using the auxiliary installation tool according to any one of Claims 1 until 8th wherein the auxiliary installation tool is used to press a first object into a second object, the first object being a display screen (15), and rubber strips (16) being arranged at the periphery of the display screen (15), and the second object being a display frame (17) on which pressure grooves (18) are provided, characterized in that the method of using comprises the following steps: Step 1): joining a side edge of the rubber strip (16) to the exhibition screen (15); Step 2): Folding the rubber strip (16) along the back of the display canvas (15) so that the display canvas (15) wraps part of the surface of the rubber strip (16), then the side edges of the rubber strip wrapped in the display canvas (15) become (16) inserted into the pressing groove (18); Step 3): Inserting the cutting portion (2) of the auxiliary installation tool into a gap between the pressing groove (18) and the display screen (15) and continuously pressing so that the pressing assembly (3) touches the surface of the display screen comprising the rubber strip (16). (15), wherein the pressing assembly (3) moves along a press-mounting direction, and wherein the rubber strip (16) is completely inserted into the pressing groove (18 ) is pressed in.

Images