TWM552316U - Dual-purpose floor mat structure - Google Patents

Description

Dual-purpose floor mat structure

The present invention relates to a floor mat, and more particularly to a dual-purpose floor mat structure that can be laid on the ground according to seasonal changes and personal needs.

According to the continuous growth of technology and economy, people have always spared no effort in the pursuit of quality in life, in which people, in addition to laying tiles or wooden floors on the ground, in order to meet people's living environment. In addition to the demand, people have begun to use floor mats, such as common foam floor mats, cork mats and fluff floor mats, which are laid on tiles or wooden floors. In addition to protecting the floor, they also have a decorative effect. It brings people a softer, more comfortable and safe ground environment, so that the use of floor mats is increasing.

The traditional floor mat structure is usually composed of a plastic body or a plastic body with a carpet layer or a carpet layer with a bottom cloth; or the surface of the door mat body is provided with a scraping layer, which is covered with a mud layer. The main purpose of the whole surface is to scrape mud, scrape sand and scale, etc.; to remove the dirt of the sole; in addition, many kinds of door mats or floor mats for indoor use are made of cotton material, the main purpose is It is used to absorb water and vacuum.

However, as mentioned above, the traditional door mat or floor mat structure has been used for many years. In addition to the main functions mentioned above, it does not have other additional functions, and it is also a piece of body in appearance, so it lacks variability. Some floor mats are plated with some functional words in order to enhance the effect, but In practice, the effect is limited. Even some mats are made of the same material, so that the mat has only the characteristics or advantages of a single material, so that the mat made of a single material has different needs for the user. It is impossible to meet the customer's needs from the change of the floor mat material, which is a big drawback, and needs to be improved.

The present invention provides a dual-purpose floor mat structure comprising: a mat body comprising a substrate layer integrally formed in a sheet shape; and a first contact layer selected from the group consisting of carpets and having a sheet shape as a whole. The first contact layer is adhered to the top end surface of the substrate layer, wherein the first contact layer has a woven unit and a tuft unit, and the tuft unit is a plurality of fluff to be stably implanted on the top of the woven unit. The surface is formed in a protruding state, so that the first contact layer has a suitable tactile softness as a whole; and a second contact layer is integrally formed in a sheet shape, and the second contact layer is adhered to the bottom end surface of the substrate layer Wherein the second contact layer as a whole has suitable hardness and coolness; and a rigid frame body which is longitudinally stretched as a whole, the rigid frame system frame being located at the circumferential side of the pad body, wherein the rigid frame body The top end and the bottom end surface respectively have an appropriate distance from the top and bottom end faces of the pad body, and when the rigid frame body is extended upward, the height of the rigid frame body is greater than the pad body. The tuft of the first contact layer The height thereof; thereby, when the weather is cool or cold, the second contact layer of the mat of the mat is used as a base surface to be stabilized when laid on the ground, and the tufts passing through the surface of the first contact layer of the mat body Unit is Most of the fluff is in a protruding state, and the user can walk on the first contact layer of the pad body to obviously feel the comfort and soft feeling of the touch; on the contrary, when the weather is hot, the hard frame of the mat is first directed toward The upper frame is extended and positioned, and the floor mat is turned over, so that the surface of the rigid frame is a base surface and is stably placed on the ground. The height of the rigid frame is greater than that of the cushion body. The tuft unit of the first contact layer has a height such that the tuft unit of the first contact layer is not deformed by the ground, and the second contact layer has appropriate hardness and coolness for the user to walk. The second contact layer of the pad body will obviously feel the cool comfort effect.

Wherein the substrate layer of the mat is selected from any one of a thermosetting raw material or a thermoplastic raw material or a mixed formulation thereof; wherein the tuft unit of the first contact layer of the mat is long fluff or short Presented by any of the fluff; wherein the second contact layer of the mat is presented by any one of wood, plastic, rubber, brick or stone; wherein the hard frame system comprises a first frame having a top surface The second frame is disposed at the receiving groove of the first frame to be positioned, so that the second frame is longitudinally located at the receiving groove of the first frame. a telescopic state; and at least one positioning component for pivoting at the first frame and the second frame; wherein when the rigid frame is extended upward, the positioning component is released When the second frame is extended to the high point, and the positioning elements are locked, they are used to resist a bottom surface of the second frame is positioned to prevent retraction into the receiving groove of the first frame by an external force; wherein a periphery of the first frame of the rigid frame is further embedded with a plurality of a magnetic body, wherein the mat for the floor mat exhibits a magnetic state when laid on the ground, regardless of whether the first contact layer or the second contact layer is presented upward or in combination with each other Improving the stability and slip resistance of the mat placed on the ground; a dual-purpose floor structure comprising: a mat body comprising a substrate layer, the whole of which is in the form of a sheet; The first contact layer is selected from the group consisting of a carpet and is integrally formed in a sheet shape, and the first contact layer is disposed at a top end surface of the substrate layer, wherein the first contact layer has a weaving unit and a tuft unit, and the weaving unit The top surface is provided with a plurality of accommodating grooves, and the tufting unit is formed by forming a plurality of fluffs in a protruding state at a top end surface of the woven unit, so that the first contact layer has an appropriate touch. Softness; and a second contact layer The second contact layer is disposed at the bottom end surface of the substrate layer, wherein the second contact layer has appropriate hardness and coolness; and a plurality of fulcrum devices are integrally turned over. Each of the fulcrum devices is pivotally disposed in each of the accommodating grooves provided in the knitting unit of the first contact layer of the pad body, and each of the fulcrum devices is flipped over the woven unit of the first contact layer. When the accommodating grooves are provided, each of the fulcrum devices and the woven unit of the first contact layer are in a horizontal state; and each of the fulcrum devices is overturned at a top surface of the woven unit of the first contact layer, The height of the fulcrum device after its overturning is greater than the height of the tuft unit of the first contact layer of the mat; Therefore, when the weather is cool or cold, the second contact layer of the mat body is used as a base surface to be stabilized when laying on the ground, and the tuft unit on the surface of the first contact layer of the mat body is mostly fluff. In a protruding state, the user can walk on the first contact layer of the pad body to obviously feel the comfort and the soft feeling of touch; conversely, when the weather is hot, the fulcrum device is first turned over and protruded to be in a positioning state. And then reversing the pad body so that the surface of each of the fulcrum devices is inverted and the surface is stable when the ground surface is laid on the ground, and the height of the fulcrum device is greater than that of the pad body. The height of the tuft unit of the contact layer is such that the tuft unit of the first contact layer is not deformed by the ground, and the second contact layer has appropriate hardness and coolness for the user to walk on. The second contact layer of the mat body obviously senses a cool comfort effect; wherein the substrate layer of the mat body is selected from any one of a thermosetting raw material or a thermoplastic type raw material or a mixed blend thereof; pad The tuft unit of the first contact layer is represented by either a long pile or a short pile; wherein the second contact layer of the mat is presented by any one of wood, plastic, rubber, brick or stone Each of the fulcrum devices has a pedestal, one end face of which is presented in a planar shape, and the other end face is represented by a curved shape; the two pivots are disposed on both sides of the planar end of the pedestal The knitting unit of the first contact layer of the pad body is provided with a plurality of two pivot holes which are located on both sides of each of the accommodating grooves and are pivoted for the pivotal positions of the fulcrum devices to be connected. Each of the pivots The device is located in each of the accommodating grooves provided in the knitting unit of the first contact layer of the mat body and is in a flipped state; wherein the base of each fulcrum device is further provided with a tuft unit at a flat end thereof, the tuft The unit is formed by a plurality of fluffs which are stably implanted at a flat end of the base at a planar end thereof. When each of the fulcrum devices is inverted and protruded, the tuft unit is accommodated in the weaving of the first contact layer of the cushion body. Inside each accommodating slot provided by the unit.

1. The main purpose of this creation is to provide a dual-purpose floor structure (1) that can be laid on the ground according to seasonal changes and personal needs.

2. The secondary purpose of this creation is to provide a dual-purpose floor structure (2) that can be laid on the ground according to seasonal changes and personal needs.

3. Another object of the present invention is to provide a dual-purpose floor structure that is easy to lay and has a convenient cleaning and cleaning effect.

1. The dual purpose floor mat structure of the present invention has the main purpose of: the first contact layer adhered to the top end surface of the substrate layer passing through the mat body is selected from a carpet and is generally in the form of a sheet, the first contact The tufting unit of the layer is formed by forming a plurality of fluffs in a protruding state at a top end surface of the knitting unit, so that the first contact layer has an appropriate tactile softness; and the substrate layer is adhered at the bottom end surface thereof. The second contact layer is provided with appropriate hardness and coolness; and the rigid frame is generally longitudinally stretched and the frame is disposed at the peripheral side of the pad; thereby, when the weather is cool or cold, The second contact layer of the mat of the floor mat is stabilized when laid on the ground as a base surface, and the tuft unit passing through the surface of the first contact layer of the mat body is mostly fluffy In the protruding state, walking on the first contact layer of the pad body can obviously feel the comfort and the soft feeling of touch; on the contrary, when the weather is hot, the hard frame of the floor mat is first extended upward. Positioning state, and then flipping the mat to make the surface of the rigid frame as a base surface and being stable when laid on the ground, wherein the height of the rigid frame is greater than the first contact layer of the pad body The tuft unit has a height such that the tuft unit of the first contact layer is not deformed by the ground, and the second contact layer has a proper hardness and coolness for the user to walk on the mat. The second contact layer will obviously feel the cool comfort effect; and further provide a dual-purpose floor structure (1) which can be laid on the ground according to the seasons and personal needs.

2. The dual purpose floor mat structure of the present invention has the second purpose of: the first contact layer adhered to the top end surface of the substrate layer passing through the mat body is selected from a carpet and is generally in the form of a sheet, the first contact The tufting unit of the layer is formed by forming a plurality of fluffs in a protruding state at a top end surface of the knitting unit, so that the first contact layer has an appropriate tactile softness; and the substrate layer is adhered at the bottom end surface thereof. The second contact layer is provided with appropriate hardness and coolness; and each of the fulcrum devices is pivotally set in each of the accommodating grooves provided in the knitting unit of the first contact layer of the pad body to be in a flipped state. Therefore, when the weather is cool or cold, the second contact layer of the mat body is used as a base surface to be stabilized when laid on the ground, and the tuft unit on the surface of the first contact layer of the mat body is a majority The fluff is in a protruding state, and the user can walk on the first contact layer of the pad body to obviously feel the comfort and the soft feeling of the touch; on the contrary, when the weather is hot, the fulcrum device is first turned over and positioned to be positioned. status, Then flip the pad body to make each of the fulcrums The surface which is turned over and protruded is a base surface and is stabilized when laid on the ground, and the height of the fulcrum protruding by the fulcrum device is greater than the height of the tuft unit of the first contact layer of the cushion body, so that the The tuft unit of a contact layer is not deformed by the ground, and the second contact layer has appropriate hardness and coolness, and the user can walk on the second contact layer of the cushion body to feel cool. Comfortable effect; further providing a dual-purpose floor structure (2) that can be laid on the ground according to seasonal changes and personal needs.

3. The dual-purpose floor mat structure of the present invention has the additional purpose of: a plurality of mats can be laid on the magnetic body embedded in the periphery of the first frame of the rigid frame around the mat body. The ground is magnetically excited to improve the stability and slip resistance of the mat placed on the ground; and when the user needs to adjust the position of the mat or needs to be cleaned, the mat is only required to be carried out. The disengagement can be easily disassembled without causing damage and damage to the mat; further, a dual-purpose floor structure having a convenient laying and a disassembly and cleaning effect can be provided.

This creation:

1‧‧‧floor mat

11‧‧‧The body

111‧‧‧ substrate layer

112‧‧‧First contact layer

1121‧‧‧Weaving unit

11211‧‧‧ accommodating slots

11212‧‧‧Pivot hole

1122‧‧‧Flock unit

113‧‧‧Second contact layer

12‧‧‧hard frame

121‧‧‧ first frame

1211‧‧‧ accommodating trenches

122‧‧‧second framework

123‧‧‧ Positioning components

124‧‧‧Magnetic body

13‧‧‧ fulcrum device

131‧‧‧Base

1311‧‧‧Mao unit

132‧‧‧ pivot

D1‧‧‧ distance

D2‧‧‧ distance

G‧‧‧ Ground

Fig. 1 is a plan view (1) of the first embodiment of the present creation.

Fig. 2 is a partially enlarged schematic view of Fig. 1 of the present creation.

Fig. 3 is a schematic diagram showing the state of use of Fig. 1 of the present creation.

Figure 4 is a plan view (2) of the first embodiment of the present creation.

Fig. 5 is a schematic view showing the state of use of Fig. 4 of the present creation.

Figure 6 is a plan view (3) of the first embodiment of the present creation.

Figure 7 is a plan view (1) of the second embodiment of the present creation.

Figure 8 is a plan view (2) of the second embodiment of the present creation.

Figure 9 is a plan view (3) of the second embodiment of the present creation.

First, please refer to FIG. 1 to FIG. 2, which is a "dual-use floor mat structure" of the present invention. The mat 1 comprises: a mat 11 and a rigid frame 12; wherein: the mat The body 11 includes a substrate layer 111 which is formed in a sheet shape as a whole. A first contact layer 112 is selected from a carpet and has a sheet shape as a whole. The first contact layer 112 is adhered to the top surface of the substrate layer 111. The first contact layer 112 has a woven unit 1121 and a tuft unit 1122. The tuft unit 1122 is formed by forming a plurality of fluffs in a protruding state at a top end of the woven unit 1121. The first contact layer 112 has a suitable tactile softness as a whole; and a second contact layer 113 is integrally formed in a sheet shape, and the second contact layer 113 is adhered to the bottom end surface of the substrate layer 111, wherein the second contact layer The contact layer 113 has a suitable hard and cool sensibility as a whole; and the rigid frame 12 has a longitudinally stretchable shape as a whole, and the rigid frame 12 is disposed at a circumferential side of the pad body 11, wherein the rigid frame 12 is The top and bottom end faces and the top and bottom end faces of the pad body 11 respectively have a suitable The distance (D1, D2), when the rigid frame 12 is extended upward, the height of the rigid frame 12 after extension is greater than the tuft unit 1122 of the first contact layer 112 of the pad body 11 Height; as described in the above structure, it is further explained as follows: The substrate layer 111 of the pad body 11 is selected from any one of a thermosetting raw material or a thermoplastic type raw material or a mixture thereof; and the substrate layer 111 is entirely in a hard or soft state. The tuft unit 1122 of the first contact layer 112 of the pad body 11 is represented by any of a long pile or a short pile; the second contact layer 113 of the pad body 11 is wood, plastic, rubber, Any one of the brick or stone; the rigid frame 12 includes a first frame 121, and a receiving groove 1211 formed by extending a suitable distance downwardly at a top surface thereof; a second frame The second frame 122 is in a longitudinally stretched state at the receiving groove 1211 of the first frame 121; and at least one positioning is provided in the positioning groove of the first frame 121. The component 123 is configured to be pivotally disposed at the first frame 121 and the second frame 122 such that the first frame 121 and the second frame 122 are connected to each other; wherein the rigid frame 12 is extended upward When the positioning component 123 is released, the second frame is When the movable member extends to the high point, and each of the positioning members 123 is locked, the positioning of the bottom surface of the second frame 122 is resisted to prevent the external frame from being retracted to the first frame 121. The inside of the first frame 121 of the rigid frame 12 is further embedded with a plurality of magnetic bodies 124 for the pad body 11 of the floor mat 1 regardless of the first contact layer. 112 or When any one of the second contact layers 113 is present upwardly or in combination with each other, the magnetic state is exhibited when laying on the ground G, thereby improving stability and slippage between the mats 1 laid on the ground G. Sex.

Continuing to refer to Figures 3 to 6, the schematic diagram of the use state of the "dual-use floor mat structure" of the present invention, the mat 1 includes: a mat 11 and a rigid frame 12, wherein: the first contact layer 112 of the substrate layer 111 of the pad body 11 at the top end surface thereof is selected from a carpet and is generally in the form of a sheet, and the tuft unit 1122 of the first contact layer 112 is a plurality of fluff The first contact layer 112 has a suitable tactile softness as a whole, and the second contact layer 113 is adhered to the bottom end surface of the substrate layer 111. The whole body has appropriate hardness and coolness; the rigid frame body 12 is generally longitudinally stretched and the frame is set at the circumferential side of the pad body 11; thereby, the user or the constructor selects a plurality of pieces during use. The floor mat 1 can be laid on the ground G according to seasonal changes, so that the floor G of the home or office is more beautiful, as follows: First embodiment: when the weather is cool or cold, the mat 1 The second contact layer 113 of the pad body 11 is laid as a base surface When the ground G is in a stable state, the tuft unit 1122 passing through the surface of the first contact layer 112 of the pad body 11 is in a state in which most of the fluff is in a protruding state, and the user can walk on the first contact layer 112 of the pad body 11 to feel the feeling. To the comfort and softness of the touch; even for the user to walk on the ground G to increase the warmth of the foot; The magnetic bodies 124 embedded in the outer periphery of the first frame 121 of the rigid frame 12 around the pad body 11 enable a plurality of floor mats 1 to be placed on the ground G to exhibit a magnetic attraction state, thereby improving laying on the ground G. The stability and slip resistance of the floor mat 1 (as shown in FIG. 3); and when the user needs to adjust the position of the mat 1 or need to be cleaned, the mat 1 can be separated. It is easy to disassemble and does not cause damage and damage to the mat 1; thereby facilitating laying and having the effect of facilitating disassembly and cleaning; the second embodiment: when the weather is hot, the hard frame 12 of the mat 1 is firstly used. When the rigid frame body 12 is extended upward, the positioning member 123 is loosened to make the receiving groove 1211 of the first frame 121 of the rigid frame body 12 The second frame 122 disposed therein extends upwardly to a high point, and locks each of the positioning elements 123 to resist the positioning of the bottom surface of the second frame 122 to prevent external force application. Retracting into the receiving groove 1211 of the first frame 121, and then returning the ground 1 is reversed so that the surface of the second frame 122 of the rigid frame 12 is a base surface and is laid on the ground G, and the height of the second frame 122 of the rigid frame 12 is greater than the pad. The tuft unit 1122 of the first contact layer 112 of the body 11 has such a height that the tuft unit 1122 of the first contact layer 112 is not deformed by the ground G and is deformed by the second contact layer 113 as a whole. Hard and cool, the second contact layer 113 for the user to walk on the pad body 11 can obviously feel the cool comfort effect; and is buried through the periphery of the first frame 121 of the rigid frame 12 around the pad body 11. Each of the magnetic bodies 124 enables a plurality of floor mats 1 to be laid on the ground G to be rendered a magnetic state to improve the stability and slip resistance of the mat 1 placed on the ground G (as shown in FIGS. 4 and 5); and when the user needs to adjust the position of the mat 1 or needs cleaning, The detachment of the floor mat 1 can be easily disassembled without causing damage and damage to the mat 1 , thereby facilitating laying and facilitating disassembly and cleaning. The third embodiment: through the first implementation described above For example, as described in the second embodiment, when a plurality of floor mats 1 are laid on the floor G, the user may be selected from the first contact layer 112 of the plurality of floor mats 1 facing upward, and the plurality of floor mats 1 The second contact layer 113 faces upward; the first contact layer 112 that passes through the pad bodies 11 is laid in cooperation with the second contact layer 113 of the pad bodies 11 so that the user can feel the time when the user walks on the floor mat 1 The comfort and tactile softening effect of the first contact layer 112 of the pad body 11 and the hard and cool sensibility of the second contact layer 113 of the pad body 11 (as shown in FIG. 6).

Continuation, please refer to Figures 7 to 9 for another type of structure and embodiment of the "dual-use floor mat structure"; the mat 1 includes: a mat 11 and a plurality of fulcrums The device 13 includes a substrate layer 111 integrally formed in a sheet shape, and a first contact layer 112 selected from a carpet and integrally formed in a sheet shape. The first contact layer 112 is disposed on the device. The top surface of the substrate layer 111 has a woven unit 1121 and a tuft unit 1122. The top surface of the woven unit 1121 is provided with a plurality of accommodating grooves 11211. The tuft unit 1122 is provided. Forming a plurality of fluffs in a protruding state at a top end surface of the knitting unit 1121, so that the first contact layer 112 has a whole And a second contact layer 113 is integrally formed in a sheet shape, and the second contact layer 113 is adhered to the bottom end surface of the substrate layer 111, wherein the second contact layer 113 has an appropriate overall And the fulcrum device 13 and the fulcrum device 13 are integrally turned in a flipped state, and each of the fulcrum devices 13 is respectively configured to respectively set the woven unit 1121 of the first contact layer 112 of the pad body 11 When the fulcrum device 13 is flipped and received in each of the accommodating grooves 11211 of the woven unit 1121 of the first contact layer 112, each of the fulcrum devices 13 is in contact with the first contact. The woven unit 1121 of the layer 112 is in a horizontal state; and when the fulcrum device 13 is flipped over the top surface of the woven unit 1121 of the first contact layer 112, the height of each of the fulcrum devices 13 after being turned over is greater than the bolster The height of the tuft unit 1122 of the first contact layer 112 of the first contact layer 112; as described above, the substrate layer 111 of the pad body 11 is selected from the group consisting of a thermosetting material or a thermoplastic material. Either of them or a mixture thereof; The substrate layer 111 is entirely in a state of either hard or soft; the tuft unit 1122 of the first contact layer 112 of the pad body 11 is represented by either a long pile or a short pile; the pad is The second contact layer 113 of the body 11 is represented by any one of wood, plastic, rubber, brick or stone; each of the fulcrum devices 13 has a base 131, and one end surface thereof is in a planar shape. The other end face is represented by a curved shape; the two pivots 132 are disposed at both sides of the planar end of the base 131; and the knitting unit 1121 of the first contact layer 112 of the pad body 11 A plurality of pivot holes 11212 are disposed on the two sides of the accommodating slots 11211 and are pivotally connected to the two pivots 132 of the fulcrum devices 13 so that the fulcrum devices 13 are located in the bolster 11 The accommodating slots 11211 of the woven unit 1121 of the first contact layer 112 are in a flipped shape; the pedestal 131 of each of the fulcrum devices 13 further has a tuft unit 1311 at its flat end. The tuft unit 1311 is formed by a plurality of fluffs that are stably implanted at a planar end of the susceptor 131. When the fulcrum devices 13 are inverted and protruded, the tuft unit 1311 is received in the mat 11 The accommodating groove 11211 of the first contact layer 112 is disposed in the accommodating groove 11211; thereby, in use, the user or the constructor selects a plurality of floor mats 1 to be laid on the ground G according to seasonal changes. On the ground, let the ground G in the home or office and other places more beautiful, as explained below: An embodiment: when the weather is cool or cold, the second contact layer 113 of the mat 11 of the mat 1 is placed on the ground G as a base surface, and the first contact layer is penetrated through the mat 11 The tuft unit 1122 on the surface of the 112 is in a state in which most of the fluff is in a protruding state, and the user can walk on the first contact layer 112 of the cushion body 11 to obviously feel the comfort and the soft feeling of the touch, even for the user to walk on the ground. G to increase the warmth of the foot (as shown in Figure 7); The second embodiment: when the weather is hot, the fulcrum device 13 of the floor mat 1 is first turned over and protruded to be in a positioning state, and then the floor mat 1 is turned over, so that each of the fulcrum devices 13 is turned over and protruded. When the surface is a base surface and is laid on the ground G, the height is greater than the height of the tuft unit 1122 of the first contact layer 112 of the pad body 11 by the fulcrum device 13 so that the height is The tuft unit 1122 of a contact layer 112 is not deformed by the ground G, and the second contact layer 113 has a proper hardness and coolness for the user to walk on the second contact layer of the pad body 11. 113 will obviously feel the cool comfort effect (as shown in FIG. 8); the third embodiment: through the foregoing first embodiment and the second embodiment, when a plurality of floor mats 1 are laid on the ground G, use More preferably, the first contact layer 112 of the plurality of mats 1 faces upward, and the second contact layer 113 of the plurality of mats 1 faces upward; the first contact layer 112 that passes through the mats 11 and the The second contact layer 113 of the pad body 11 is laid together for the user to walk on the floor mat 1 At the same time, the comfort and tactile softening effect of the first contact layer 112 of the pad body 11 and the hard and cool sensibility of the second contact layer 113 of the pad body 11 can be felt (as shown in FIG. 9).

In summary, a dual-purpose floor mat structure has not been seen in various books or publicly used, and it is in line with the requirements of the new patent application, and it is requested to express the patent as soon as possible. To be clear, the above is the specific embodiment of the creation and the technical principles applied. If the changes made according to the concept of this creation, the functional role produced by it does not exceed the spirit of the manual and the drawings. At the time, it should be combined with Chen Ming within the scope of this creation.

1‧‧‧floor mat

11‧‧‧The body

111‧‧‧ substrate layer

112‧‧‧First contact layer

1121‧‧‧Weaving unit

1122‧‧‧Flock unit

113‧‧‧Second contact layer

12‧‧‧hard frame

G‧‧‧ Ground

Claims (13)

A dual-purpose floor mat structure comprising: a mat body comprising a substrate layer integrally formed in a sheet shape; a first contact layer selected from a carpet and integrally formed in a sheet shape, the first The contact layer is adhered to the top end surface of the substrate layer, wherein the first contact layer has a weaving unit and a tuft unit, and the tuft unit is a plurality of fluff to be stably implanted at the top surface of the weaving unit. Formed in a protruding state, the first contact layer has a suitable tactile softness as a whole; and a second contact layer which is integrally formed in a sheet shape, and the second contact layer is adhered to the bottom end surface of the substrate layer, wherein The second contact layer has a suitable hardness and coolness as a whole; and a rigid frame body having a longitudinally stretchable shape as a whole, the rigid frame system frame being disposed at a peripheral side of the pad body, wherein the hard frame body has a top, The bottom end surface and the top end and the bottom end surface of the pad body respectively have an appropriate distance, and when the rigid frame body is extended upward, the height of the rigid frame body after extension is greater than the first of the pad body The height of the tuft unit of the contact layer; Therefore, when the weather is cool or cold, the second contact layer of the mat of the mat is used as a base surface to be laid on the ground, and the tuft unit passing through the surface of the first contact layer of the mat is a majority of fluff. In a protruding state, the user can walk on the first contact layer of the pad body to obviously feel the comfort and the soft feeling of touch; on the contrary, when the weather is hot, the hard frame of the floor mat is first extended upward. And in a positioning state, the floor mat is turned over, so that the surface of the rigid frame is a base surface and is stabilized when laid on the ground, and the height of the rigid frame body after extension is greater than the first of the cushion body. The height of the tuft unit of the contact layer such that the first contact The tuft unit of the layer is not deformed by the ground, and the second contact layer has appropriate hardness and coolness, and the user can walk the second contact layer of the cushion body to feel cool comfort. effect. The dual-purpose floor structure according to claim 1, wherein the substrate layer of the mat is selected from any one of a thermosetting raw material or a thermoplastic raw material or a mixed blend thereof. The dual-purpose floor structure according to claim 1, wherein the tuft unit of the first contact layer of the mat is presented by either a long pile or a short pile. The dual-purpose floor structure according to claim 1, wherein the second contact layer of the mat is presented by any one of wood, plastic, rubber, brick or stone. The dual-purpose floor structure according to claim 1, wherein the rigid frame system comprises a first frame having a receiving groove at a top end surface thereof, and a second frame disposed on the first frame Positioning the groove to be in a longitudinally stretched state at the receiving groove of the first frame; and at least one positioning member for pivoting the first frame and the The second frame. The dual-purpose floor structure according to claim 5, wherein when the rigid frame is extended upward, the positioning member is released, and the second frame is extended to a high point. And locking each of the positioning elements to resist the positioning state of the bottom surface of the second frame to prevent retraction into the receiving groove of the first frame by external force application. The dual-purpose floor structure according to claim 5, wherein a plurality of magnetic bodies are further embedded in a periphery of the first frame of the rigid frame, and the pad body of the floor mat is first connected When the touch layer or the second contact layer is presented upwardly or in combination with each other, the magnetic state is exhibited when laying on the ground, thereby improving stability and slip resistance between the mats laid on the ground. . A dual-purpose floor mat structure comprising: a mat body comprising a substrate layer integrally formed in a sheet shape; a first contact layer selected from a carpet and integrally formed in a sheet shape, the first The contact layer is disposed at a top end surface of the substrate layer, wherein the first contact layer has a woven unit and a tuft unit, and the top surface of the woven unit is provided with a plurality of accommodating grooves, and the tuft unit is further Forming a plurality of fluffs in a protruding state at a top end surface of the weaving unit, so that the first contact layer has a proper tactile softness as a whole; and a second contact layer having a sheet shape as a whole, the first The second contact layer is disposed at the bottom end surface of the substrate layer, wherein the second contact layer has appropriate hardness and coolness as a whole; and a plurality of fulcrum devices are integrally turned in a flip type, and each of the fulcrum devices is respectively configured The fulcrums are disposed in the accommodating grooves provided in the woven unit of the first contact layer of the pad body, wherein each of the fulcrum devices is reversely received in each accommodating groove provided in the woven unit of the first contact layer Each of the fulcrums The woven unit of the first contact layer is horizontal; and when the fulcrum device is flipped over the top surface of the woven unit of the first contact layer, the height of each fulcrum device after being turned over is greater than the height of the bolster The height of the tuft unit of the first contact layer; thereby, when the weather is cool or cold, the second contact layer of the mat body is laid on the ground as a base, and the mat is stabilized by the mat The tuft unit on the surface of the contact layer is in a state in which most of the fluff is in a protruding state, and the user can walk on the first contact layer of the pad body to be clearly felt. Comfortable and tactile softening effect; conversely, when the weather is hot, the fulcrum device is first turned over and protruded to be in a positioning state, and then the pad body is turned over, so that the surface of each fulcrum device is inverted and protruded as a base. When the surface is laid on the ground, the height is greater than the height of the tuft unit of the first contact layer of the pad body, so that the tuft unit of the first contact layer is not It is deformed by the ground extrusion, and the second contact layer has appropriate hardness and coolness, and the user can walk on the second contact layer of the pad body to obviously feel the cool comfort effect. The dual-purpose floor structure according to claim 8, wherein the substrate layer of the mat is selected from any one of a thermosetting raw material or a thermoplastic raw material or a mixed blend thereof. The dual-purpose floor structure according to claim 8, wherein the tuft unit of the first contact layer of the mat is presented by either a long pile or a short pile. The dual-purpose floor structure according to claim 8, wherein the second contact layer of the pad body is represented by any one of wood, plastic, rubber, brick or stone. The dual-purpose floor structure according to claim 8, wherein each of the fulcrum devices has a base, one end face of which is represented by a planar shape, and the other end face is represented by a curved shape; a pivoting shaft is disposed at two sides of the planar end of the base; and the knitting unit of the first contact layer of the cushion body is provided with a plurality of two pivots on both sides of each of the receiving slots for each of the pivoting devices The two pivot holes are pivoted to be in a connected state, and each of the fulcrum devices is located in each of the accommodating grooves provided in the knitting unit of the first contact layer of the pad body to be in a flipped state. The dual-purpose floor structure according to claim 12, wherein the base of each of the fulcrum devices has a flat surface The tuft unit is further provided with a tuft unit, wherein the tuft unit is formed by being stably implanted at a flat end of the base at a plane end thereof, and when each of the fulcrum devices is inverted and protruded, the tuft unit is received. In each of the accommodating grooves provided in the knitting unit of the first contact layer of the pad body.