CN223025760U

CN223025760U - Multi-body-supported deformable anthropomorphic animal modeling pillowcase

Info

Publication number: CN223025760U
Application number: CN202422141536.7U
Authority: CN
Inventors: 王雪琴; 何瑛; 陈千禧; 孔雅琪
Original assignee: Zhejiang Sci Tech University ZSTU
Current assignee: Zhejiang Sci Tech University ZSTU
Priority date: 2024-09-02
Filing date: 2024-09-02
Publication date: 2025-06-27
Anticipated expiration: 2034-09-02

Abstract

The utility model provides a deformable anthropomorphic animal-shaped pillowcase with multi-body support, including two detachable and combined pillowcases, one of which is an H-shaped main body component in the shape of an anthropomorphic animal body, and the other is a head shape component. The main body component is in the shape of an H-shape with a double-layer tubular feel. When placed horizontally, it is an I-shape with similar upper and lower widths, and has a four-wing structure with a sense of limbs; the head shape component and the main body component are connected by a belt-shaped textile device to achieve modular combination. The utility model designs a variety of anthropomorphic animal shapes, which enhances the decorativeness, fun and interactivity; through different combinations and fixing methods, it can be used as a sleeping pillow, and is also suitable for scenes such as sofa leisure, school and office tables and chairs; the modular design allows each component to be disassembled and cleaned separately, which is easy to maintain the cleanliness and hygiene of the components.

Description

Multi-body-supported deformable anthropomorphic animal modeling pillowcase

Technical Field

The utility model belongs to the field of household products, and particularly relates to a multi-body-supported deformable anthropomorphic animal modeling pillowcase.

Background

Most of the existing pillowcases are rectangular single bodies or other single fixed shapes, and the main function of the existing pillowcases is to protect or cover square pillow cores with single forms. Traditional pillowcases are usually only available in static square patterns, and cannot meet the diversified practical use requirements of modern people. For example, some electronic devices or reading are used when sleeping sideways, while lying prone in conditions that alleviate spinal fatigue, and some physical support needs that many modern people must face in schools or offices for noon break.

The current special-shaped pillowcases are mostly single composite streamline pillows in shape and form, and are single in design and structure assembly. Some pillowcases with decorative significance are only single printed decorations, and deep composite designs are not carried out on the aspects of modeling switchability, size proportion, module form change combination, human body size characteristics, cultural characteristics, emotion characteristics and interesting characteristics.

In particular, the multi-posture support requirement refers to the support requirement of the parts such as the head support, the waist and the hands in office or leisure time when meeting the various sleeping postures of the human body, such as the support of the neck at different heights in supine time, the support of the chin and the collarbone in prone position, the support of the skull side position in lateral position, the support of the waist and the back in sitting position, the support of the head and the face in nap lying on the side, and no blocking of breathing and the like. The multi-state support usually needs multiple pillow cushions with different sizes, and the multi-state support is to convert the support needs into a module combination with special shape, a pillowcase with special proportion size and switching of connection modes, so as to achieve corresponding change of the pillow cushion after filling the core material and perfect the combined use of the pillow cushions.

Therefore, there is a need for a way to integrate the health sustainability of comfort support, decoration, interactivity, natural environmental protection, etc. into the pillow case structure and connection way by the combination and design of the structure.

Disclosure of utility model

The utility model aims to provide a multi-body supported deformable anthropomorphic animal modeling pillowcase.

The utility model comprises two detachable combined pillowcases, one is an H-shaped main body component for simulating the body shaping of a human animal, and the other is a head shaping component.

The main body component is H-shaped with double-layer tubular sense, is in an I shape with an approximate upper and lower width when being transversely placed, and has a four-wing structure with four limbs sense;

the head styling assembly and the body assembly are combined in a modular manner by a ribbon textile connecting device.

Further, the main body component is formed by sewing or integrally weaving textile fabrics, and is provided with an upper layer and a lower layer and a side surface layer.

Preferably, the main body component and the head modeling component are combined by fabrics made of different materials so as to form a double-sided use purpose, and the length and the proportion of four wings of the main body component can be adjusted according to the needs.

Further, the main body component is provided with a buckle structure at four vertexes in the lower side of the H shape, so that the main body component is fixedly connected up and down in pairs or in pairs on four wings of the H shape.

Preferably, the head modeling component is a pillowcase with a certain anthropomorphic animal head modeling or simplified ellipse, square and cashew-shaped upper and lower layers.

Preferably, elastic adjusting elastic bands are arranged on the left side and the right side of the head modeling component and are used for being fixed on the back or the head of the seat when being used alone.

Further, the head modeling component is provided with a head band which is in a rectangular, wavy or triangular special-shaped long shape, the long head band forms the neck and tail of the anthropomorphic animal, and the short head band is the neck.

Further, the headband is provided with a buckle structure, so that the head and the tail ends of the headband are connected, or the total length of the headband is adjusted by mutually pressing the buckle structure.

Further, the strip textile connecting device is characterized in that a fixing belt is arranged on the long edge side of the lower layer H of the main body component, and a head modeling component and the main body component are combined by penetrating the fixing belt through a head belt.

Preferably, the side layers of the main body assembly are provided with lateral fixing belts, and the head bands of the head modeling assembly are worn on the side layers, so that the head modeling assembly after filling is in a supporting position perpendicular to the main body assembly, and the requirement of supporting the waist when the head modeling assembly is fixed on a seat is compounded.

The beneficial effects of the utility model are as follows:

The utility model can be used as a sleeping pillow through different combination and fixing modes, is also suitable for the scenes of sofa leisure, schools, office tables and chairs and the like, has comfortable support, decoration and interactivity, combines the current green environment-friendly textile fiber materials, and is a rich combination design with multiple functions and multiple series of changes.

The modular design of the utility model enables each component to be independently disassembled and cleaned, and the cleaning and sanitation of the components are easy to maintain. Meanwhile, high-quality materials can be used to ensure that the cleaning liquid still keeps a good state after multiple times of cleaning, and the service life is prolonged.

The utility model designs various anthropomorphic animal models and is provided with detailed decorations such as embroidery or printing, thereby improving the decoration of the pillowcase and increasing the interestingness and interactivity.

Drawings

Figure 1 is a block diagram of a transformable anthropomorphic animal modeling pillowcase of the present utility model.

Fig. 2 is a three-dimensional view of a body assembly in an embodiment of the utility model.

Fig. 3 is a detailed block diagram of the head styling assembly in an embodiment of the present utility model.

FIG. 4 is a plan view of various embodiments of one side of a head styling assembly in accordance with embodiments of the present utility model.

Fig. 5 is a schematic representation of various anthropomorphic animal models after filling in an embodiment of the present utility model.

Fig. 6 is a schematic diagram of various sleeping utility configurations after filling in an embodiment of the present utility model.

Detailed Description

The utility model is further illustrated in the following drawings and specific examples, which are not intended to limit the utility model in any way.

As shown in fig. 1, the embodiment of the application provides a multi-body supported deformable anthropomorphic animal modeling pillowcase, which comprises two removable combined pillowcases, wherein one is an H-shaped main body component 1 for anthropomorphic animal body modeling, and the other is a head modeling component 2.

As shown in fig. 2, the main body assembly is in a double-layer tubular H shape, and has a four-wing structure with four limbs when being placed transversely and having an approximate width in the vertical direction.

The head styling assembly 2 is modular in combination with the body assembly by a strap textile attachment means.

The main body component 1 is formed by sewing or integrally weaving textile fabrics, and is provided with an upper layer and a lower layer and side layers.

Furthermore, the main body component can be combined by fabrics made of different materials to form a double-sided use purpose.

In some preferred examples, the main body component and the head modeling component adopt a surface material and substrate material differentiation strategy, so as to meet the requirements of different people, for example, one face is a cool and smooth material suitable for being used in summer when the air temperature is high, and the other face is a soft and warm material suitable for being used in summer when the air temperature is low.

Further, the length and proportion of the four wings of the main body assembly can be prolonged as required.

In some preferred examples, the main body component is provided with at least two pairs of button structures 3 such as a word button, a four-way button, a snap button, a magic tape and the like at four vertexes in the lower side surface of the H shape, so that the main body component can be fixedly connected up and down on the H-shaped four wings in pairs or connected left and right in pairs.

Further, the head modeling component 2 is a pillowcase with upper and lower layers, such as ellipse, square, cashew, etc. which has a certain anthropomorphic animal head modeling or simplified.

Further, as shown in fig. 3, elastic adjusting bands 8 are mounted on the left and right sides of the independent head modeling assembly, and can be thick or thin, so that the independent head modeling assembly can be sleeved on the back of a seat, the head of an automobile seat and the like when being used alone.

Further, the head modeling assembly is provided with a head band 4, and the head band can be rectangular or other irregular long shapes such as waves, triangles and the like. The neck and tail of the anthropomorphic animal can be formed in a long and short way, and the neck 5 is formed in a short way.

In some preferred examples, the headband is provided with a button structure such as a word button, a four-way button, a snap button, or a magic tape, so that the headband can be connected end to end, and simultaneously, the headband can be mutually pressed in the middle to adjust the total length of the headband.

Further, a fixing band 6 is installed at the long edge side of the lower layer H of the main body assembly, and a head band passes through the fixing band to combine the head modeling assembly with the main body assembly.

In some preferred embodiments, the side layers of the body assembly are provided with lateral securing straps 7 on at least one or both sides of the recess, where the head straps of the head styling assembly can also be worn to place the filled headrest in a support position perpendicular to the body assembly to compound the need for lumbar support when secured to the seat.

In some preferred embodiments, the separate head styling assembly 2 also allows the user to change or combine as desired, changing the overall styling and function of the pillow case. For example, as shown in FIG. 4, the present application provides a plan view of various embodiments of one face of a head styling assembly, with the heads of different humanoid animals being freely combinable.

As shown in FIG. 5, in some preferred embodiments, the filling of the pillow case is made of a highly elastic, breathable material (e.g., natural latex, memory sponge, environmental protection fiber, TPEE, etc.), providing good support and comfort, and allowing the pillow case to be assembled to accommodate a variety of anthropomorphic animal models.

As shown in fig. 5, in some preferred examples, the filling material of the pillowcase adopts traditional Chinese herbal medicines and other filling particles, such as wood beads, red beans, cassia seeds and other excellent natural materials, and also can be artificial environment-friendly green materials, such as natural latex, high-quality PE (polyethylene) tubes and other particle materials, and the materials can be shifted, flowed, dispersed and molded by beating, so that the shape change is regulated, and good support and comfort are provided. Various anthropomorphic animal models are adjusted after the pillowcase is combined through the buttons and the belts, wherein a, b, c and d are prone standing postures, e, f, g, H is standing postures, i and j are flat postures, and k is a flat H-shaped front and rear claw fixed waistline posture.

As shown in fig. 6, the pillow case can be connected into different forms for sleeping (a, c, e, f in fig. 6), lying down for leisure (b and d in fig. 6), lying down for reading electronic products (h and i in fig. 6), or lying down for afternoon nap on sitting back and table top (g in fig. 6). In some preferred examples, an H-shaped foldable, stiffer, adjustable skeleton may be provided within the body assembly, enabling the pillowcase to adjust shape and stiffness to accommodate different types of furniture such as sofas and seats, depending on the use scenario.

Under the condition that the main body structure is unchanged, the whole length of the H-shaped whole set can be prolonged, so that the H-shaped whole set is suitable for double persons or sofa length and other conditions.

In some preferred examples, the outer layer material of the pillowcase is made of high-end natural materials, such as silk, organic cotton, or bamboo fiber, which are environment-friendly, and not only reduce the influence on the environment, but also are skin-friendly.

The above description of the embodiments of the utility model has been presented in connection with the drawings but these descriptions should not be construed as limiting the scope of the utility model, which is defined by the appended claims, and any changes based on the claims are intended to be covered by the utility model.

Claims

1. A multi-body-supported deformable anthropomorphic animal modeling pillowcase is characterized by comprising two detachable combined pillowcases, wherein one pillowcase is an H-shaped main body component for anthropomorphic animal body modeling, and the other pillowcase is a head modeling component;

2. The multi-modal supported transformable anthropomorphic animal modeling pillowcase of claim 1, wherein the main body component is made of textile fabric by sewing or integrally weaving, and has an upper layer and a lower layer and a side layer.

3. The multi-modal supported transformable anthropomorphic animal modeling pillowcase as set forth in claim 1, wherein said main body component and head modeling component are made of different materials to form a double-sided application, and

The length and the proportion of the four wings of the main body component are adjusted according to the requirement.

4. A multi-modal supported transformable anthropomorphic animal modeling pillow cover as defined in claim 3, wherein:

The main body component is provided with buckling structures at four vertexes in the lower side face of the H shape, so that the main body component is fixedly connected up and down in pairs or in pairs and left and right on the four H-shaped wings.

5. The multi-modal supported transformable anthropomorphic animal modeling pillow cover of claim 1, wherein:

The head modeling component is a pillowcase with upper and lower layers of ellipse, square and cashew with certain anthropomorphic animal head modeling or simplified.

6. The multi-modal supported, transformable anthropomorphic animal modeling pillowcase of claim 5, wherein the left and right sides of the head modeling component are provided with elastic adjustment elastic bands for being secured to the back or head of the seat when used alone.

7. The multi-modal supported transformable anthropomorphic animal modeling pillow cover of claim 6, wherein:

The head modeling component is provided with a head band which is in a rectangular, wavy or triangular special-shaped long shape, and

The long headband forms the neck and tail of the anthropomorphic animal, and the short headband is the neck.

8. The multi-modal supported, transformable anthropomorphic animal modeling pillow cover of claim 7, wherein the headband is provided with buckle structures which connect the ends of the headband end to end or which are engaged with each other to adjust the overall length of the headband.

9. The multi-modal supported transformable anthropomorphic animal modeling pillowcase of claim 1, wherein the band-like textile connecting device is specifically characterized in that the lower layer H long edge side of the main body component is provided with a fixing band through which the headband passes to combine the head modeling component with the main body component.

10. A multi-modal supported transformable anthropomorphic animal modeling pillow cover as in claim 2 wherein:

The lateral fixing bands are arranged on the side surface layer of the main body component, and the head bands of the head modeling component are worn on the lateral fixing bands, so that the head modeling component after filling is positioned at a supporting position perpendicular to the main body component, and the requirement of supporting the waist when the head modeling component is fixed on a seat in a compounding way is met.