CN1530508A

CN1530508A - Armset member

Info

Publication number: CN1530508A
Application number: CNA031194796A
Authority: CN
Inventors: 金泽悦夫; 一郎; 高山真一郎
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-03-12
Filing date: 2003-03-12
Publication date: 2004-09-22

Abstract

A handrail member is made up of synthetic resin, photocatalyst and the substance to be catalyzed and containing photocatalyst. It features that under the action of photocatalyst, its surface has the antibacterial, bactericiding, antifouling, antirusting and deodoring functions.

Description

Armset member

Technical field

The present invention is in order to ensure safety, around the stair of indoor and outdoors and corridor, sanitaryware, the positions such as metope in bathroom, and the member of the handrail of installation.

Background technology

For example, on the metope in the stair of indoor and outdoors and corridor, the accident of falling when preventing in stair activity and corridor walking can be provided with handrail.

In addition, around the sanitaryware and on the metope in bathroom etc., in order to prevent also to be provided with handrail making things convenient for and the accident of falling during bathing.

The handrail that is arranged at stair or corridor 1 shown in Figure 10, often adopt following two kinds of structures: by synthetic resin layer be overlying on that the surface of synthetic resin monomer or core forms, be section circle or the bar-shaped handrail 2 of oblong length, be fixed on the metope 4 by a plurality of carriages 3; Long hard core by extrudates such as aluminium form is fixed on the metope by a plurality of carriages,, scheduled on this core simultaneously by outer build-in by the synthetic resin of suitable hardness cylindric crowntree that constitute, that throw off the bottom, with this crowntree as holding part.

Shown in Figure 11 be arranged at around the sanitaryware 5 and being constructed as follows of the handrail 1 in bathroom: the metal tubes such as steel pipe that are covered with synthetic resin layer outside using, by the needed shape of handrail this metal tube is carried out complications processing, obtain Armset member 6, again it is installed on the metope 7.

But, above-mentioned this original handrail 1, majority directly grasp, so foul on hand, bacterium and fingerprint etc. also all attached to the outside of Armset member, though with the naked eye can't see, actual is a kind of very unclean state.

Around sanitaryware and in the bathroom, because humidity is higher, in case the back bacterial reproduction of making dirty is very fast, the outside of Armset member sometimes also can be mouldy in addition.

As mentioned above, original this Armset member always allows the people that a kind of strong unholiness sense is arranged, and does not just think firmly to hold it psychologically, so just can not reach the purpose of guaranteeing safety fully.

Summary of the invention

Therefore, purpose of the present invention is exactly the photocatalysis effect of utilizing photochemical catalyst and containing the catalytic materials of photochemical catalyst, make external surface have functions such as sterilization, antibiotic, antifouling, mildew-resistant, deodorizing, thereby make external surface often keep a kind of state of cleaning, the psychological opposing and the mood of hesitating when elimination is held finally provide a kind of and can reach the Armset member of guaranteeing the safety purpose fully.

In order to solve above-mentioned problem, the 1st Armset member provided by the invention adopted following formation: utilize the section configuration that synthetic resin forms to be needed, be mixed with photochemical catalyst in this synthetic resin.

The 2nd Armset member provided by the invention adopted following formation: utilize the section configuration that synthetic resin forms to be needed, mixed the catalytic materials that contains photochemical catalyst in this synthetic resin.

The 3rd Armset member provided by the invention adopted following formation: in the 1st Armset member provided by the invention, be mixed with the rough surface formed material in the synthetic resin of formation Armset member.

The 4th Armset member provided by the invention adopted following formation: ingredient comprises the covering layer that utilizes synthetic resin formation to need the base material layer of section configuration and cover this base material layer, and the synthetic resin that this covering layer utilization is mixed with photochemical catalyst forms.

The 5th Armset member provided by the invention adopted following formation: ingredient comprises the covering layer that utilizes synthetic resin formation to need the base material layer of section configuration and cover this base material layer, and the synthetic resin that this covering layer utilization is mixed with catalytic materials (containing photochemical catalyst) forms.

The 6th Armset member provided by the invention adopted following formation: ingredient comprises and utilizes synthetic resin to form to need the base material layer of section configuration, is overlying on the synthetic resin intermediate layer of this base material layer outside and covers the covering layer in this intermediate layer that the synthetic resin that this covering layer utilization is mixed with photochemical catalyst forms.

The 7th Armset member provided by the invention adopted following formation: ingredient comprises and utilizes synthetic resin to form to need the base material layer of section configuration, is overlying on the synthetic resin intermediate layer of this base material layer outside and covers the covering layer in this intermediate layer that the synthetic resin that this covering layer utilization is mixed with catalytic materials (containing photochemical catalyst) forms.

The 8th Armset member provided by the invention adopted following formation: in arbitrary Armset member of 4-7 item provided by the invention, form and be mixed with the rough surface formed material in the tectal synthetic resin.

The 9th Armset member provided by the invention adopted following formation: Armset member comprises the hard core and is embedded in the synthetic resin handrail on this core surface outward that this handrail is formed by the synthetic resin that is mixed with photochemical catalyst.

The 10th Armset member provided by the invention adopted following formation: Armset member comprises the hard core and is embedded in the synthetic resin handrail on this core surface outward that this handrail is formed by the synthetic resin that is mixed with catalytic materials (containing photochemical catalyst).

The 11st Armset member provided by the invention adopted following formation: in the provided by the invention the 9th or the 10th Armset member, be mixed with the rough surface formed material in the synthetic resin of formation handrail.

The 12nd Armset member provided by the invention adopted following formation: Armset member is formed by hard core and the synthetic resin handrail that is embedded in this core surface outward, this handrail comprises the base material layer of synthetic resin and is overlying on the covering layer of this base material layer outside that the synthetic resin that this covering layer utilization is mixed with photochemical catalyst forms.

The 13rd Armset member provided by the invention adopted following formation: Armset member is formed by hard core and the synthetic resin handrail that is embedded in this core surface outward, this handrail comprises the base material layer of synthetic resin and is overlying on the covering layer of this base material layer outside that the synthetic resin that this covering layer utilization is mixed with catalytic materials (containing photochemical catalyst) forms.

The 14th Armset member provided by the invention adopted following formation: Armset member is formed by hard core and the synthetic resin handrail that is embedded in this core surface outward, this handrail comprise synthetic resin base material layer, be overlying on the synthetic resin intermediate layer of this base material layer outside and cover the covering layer in this intermediate layer, the synthetic resin that this covering layer utilization is mixed with photochemical catalyst forms.

The 15th Armset member provided by the invention adopted following formation: Armset member is made of hard core and the synthetic resin handrail that is embedded in this core surface outward, this handrail comprise synthetic resin base material layer, be overlying on the synthetic resin intermediate layer of this base material layer outside and cover the covering layer in this intermediate layer, the synthetic resin that this covering layer utilization is mixed with catalytic materials (containing photochemical catalyst) forms.

The 16th Armset member provided by the invention adopted following formation: in each Armset member of 12-15 item provided by the invention, form and be mixed with the rough surface formed material in the tectal synthetic resin.

The 17th Armset member provided by the invention adopted following formation: ingredient comprises core and is overlying on the synthetic resin skin of this core outside that this skin is formed by the synthetic resin that is mixed with photochemical catalyst.

The 18th Armset member provided by the invention adopted following formation: ingredient comprises core and is overlying on the synthetic resin skin of this core outside that this skin is made of the synthetic resin that is mixed with catalytic materials (containing photochemical catalyst).

The 19th Armset member provided by the invention adopted following formation: in the provided by the invention the 17th or the 18th Armset member, form and be mixed with the rough surface formed material in the outer field synthetic resin.

The 20th Armset member provided by the invention adopted following formation: ingredient comprises core, be overlying on the synthetic resin matrix material layer of this core outside and be overlying on the covering layer of this base material layer outside, and this covering layer is formed by the synthetic resin that is mixed with photochemical catalyst.

The 21st Armset member provided by the invention adopted following formation: ingredient comprises core, be overlying on the synthetic resin matrix material layer of this core outside and be overlying on the covering layer of this base material layer outside, and this covering layer is formed by the synthetic resin that is mixed with catalytic materials (containing photochemical catalyst).

The 22nd Armset member provided by the invention adopted following formation: ingredient comprises core, be overlying on this core outside synthetic resin matrix material layer, be overlying on the synthetic resin intermediate layer of this base material layer outside and be overlying on the covering layer of this outside, intermediate layer, this covering layer is formed by the synthetic resin that is mixed with photochemical catalyst.

The 23rd Armset member provided by the invention adopted following formation: ingredient comprises core, be overlying on this core outside synthetic resin matrix material layer, be overlying on the synthetic resin intermediate layer of this base material layer outside and be overlying on the covering layer of this outside, intermediate layer, this covering layer is made of the synthetic resin that is mixed with catalytic materials (containing photochemical catalyst).

The 24th Armset member provided by the invention adopted following formation: in each Armset member in 20-23 item provided by the invention, form and be mixed with the rough surface formed material in the tectal synthetic resin.

The 25th Armset member provided by the invention adopted following formation: in each Armset member in the 2nd, 5,7,10,13,15,18,21,23 provided by the invention, the catalytic materials that contains photochemical catalyst is made up of tetravalent metal phosphate, divalent metal hydroxide and photochemical catalyst, and this photochemical catalyst is a titanium oxide.

In the invention of above each request, the synthetic resin that forms Armset member can be polyvinyl chloride, ABS resin, polypropylene, allyl resin, polyacetals etc., can select soft, semi-rigid or hard as required for use; Be mixed in the photochemical catalyst in the synthetic resin of molten condition, can utilize photosemiconductors such as sulfide semiconductor, oxide semiconductor, photooxide phototroph semiconductor, for example titanium oxide; This titanium oxide is the white powder powder, is raw material with the titanium iron ore.

The titanium oxide of above-mentioned white powder powder in doors fluorescent light and these energy of sunshine outside the electric light light, room under have activity, it is a kind of material that has strong photochemical catalyst effect, the Armset member that forms with the synthetic resin that is mixed with titanium oxide, can make the Armset member surface have functions such as sterilization, antibiotic, antifouling, mildew-resistant, deodorizing, corpse that can also decomposing bacteria keeps the cleaning on Armset member surface.

Be mixed in the photochemical catalyst in the catalytic materials, can be photosemiconductors such as sulfide semiconductor, oxide semiconductor, for example, use titanium oxide just more satisfactory; This catalytic materials is the mixture of tetravalent metal phosphate, divalent metal hydroxide, titanium oxide, has photocatalysis function and sorption stench sorption function very much, also is the deodorant with antibacterial functions simultaneously; Also can contain silica or silver-colored composition in this catalytic materials, or contain silica and silver-colored composition simultaneously.

Description of drawings

Fig. 1 represents the vertical disconnected front view of the 1st example of the Armset member of the 1st example;

Fig. 2 represents the vertical disconnected front view of the 2nd example of the Armset member of the 1st example;

Fig. 3 represents the vertical disconnected front view of the 3rd example of the Armset member of the 1st example;

Fig. 4 represents the vertical disconnected front view of the 1st example of the Armset member of the 2nd example;

Fig. 5 represents the vertical disconnected front view of the 2nd example of the Armset member of the 2nd example;

Fig. 6 represents the vertical disconnected front view of the 3rd example of the Armset member of the 2nd example;

Fig. 7 represents the vertical disconnected front view of the 1st example of the Armset member of the 3rd example;

Fig. 8 represents the vertical disconnected front view of the 2nd example of the Armset member of the 3rd example;

Fig. 9 represents the vertical disconnected front view of the 3rd example of the Armset member of the 3rd example;

Figure 10 represents to be located at the oblique view of the handrail in stair and corridor;

Figure 11 represents to be located at the oblique view of sanitaryware handrail on every side.

The specific embodiment

Below in conjunction with marginal data example of the present invention.

What Fig. 1～the 1st example shown in Figure 3 was represented is the example of a handrail, and this Armset member A is suitable for constituting shown in Figure 10, is arranged at the handrail of positions such as stair and corridor.

Handle 11 in the 1st example shown in Figure 1 is the circular shaft shape, hard, semi-rigid, soft thermoplastic synthetic resin that employing is mixed with photochemical catalyst or catalytic materials 12 (containing photochemical catalyst) form, as required, can bury underground into metal-cored 13, to gain in strength at the axle core.If use photochemical catalyst separately, but select a kind ofly among the photosemiconductor groups such as autovulcanization thing semiconductor, oxide semiconductor, photooxide phototroph semiconductor, for example can use titanium oxide.

The catalytic materials that contains photochemical catalyst that uses in the 1st example and each example described later, can be the phosphate of tetravalent metal, the hydroxide of divalent metal, the mixture of photochemical catalyst, tetravalent metal is selected a kind of at least in the group that titanium, zirconium, hafnium and tin are formed, divalent metal is a transition metal, selects a kind of at least in the group that copper, zinc, iron, cobalt and nickel are formed.

But photocatalysis thing autovulcanization thing semiconductor, oxide semiconductor, by illumination penetrate select among the group that the photosemiconductors such as photooxidation catalyst of performance energy of oxidation form a kind of, for example, can use titanium oxide, itself and the phosphate of tetravalent metal and the hydroxide of divalent metal keep certain proportion of composing in catalytic materials, adopt metallic atom than converting, divalent metal/tetravalent metal=0.1～10, if the gross weight of the hydroxide of the phosphate of tetravalent metal and divalent metal is 100, then the weight of photochemical catalyst is 1～1000.Also can contain silica or silver-colored composition in the catalytic materials, or contain silica and silver-colored composition simultaneously.

This catalytic materials that contains photochemical catalyst, can PARA FORMALDEHYDE PRILLS(91,95), the stench of the living environment of cigarette, garbage and washroom and so on, and other various odor pollutants carry out sorption, decomposition, eliminate stink, and utilize the light of natural light and fluorescent lamp, the sorption function can be regenerated, and keeps antibacterial action under light energy source, realize a kind of long-term deodorizing effect, also can bring into play the function of photochemical catalyst simultaneously." the セ Block Application ト-Le N-PC " of military field pharmaceutical industries, a kind of catalytic materials that contains photochemical catalyst comes to this.

Be used to form the synthetic resin of above-mentioned handle 11, can be polyvinyl chloride, ABS resin, polypropylene, allyl resin, polyacetals etc.; The titanium oxide that makes an addition in the synthetic resin is to be the pure white powder of raw material with original titanium iron ore, has activity under these energy of sunshine outside fluorescent light in doors and electric light light, the room, is a kind of powdered substance with strong photocatalysis; With sneaking into titanium oxide in the synthetic resin or containing the catalytic materials 12 of photochemical catalyst, form handle 11, can make the surface of handrail have functions such as sterilization, antibiotic, antifouling, mildew-resistant, deodorizing.

In order effectively to bring into play the function of photochemical catalyst or catalytic materials 12, when handle 11 is set, the catalytic materials 12 that preferably makes the photochemical catalyst in the synthetic resin or contain photochemical catalyst can be mapped to by fluorescent light, electric light light, solar irradiation, and form the synthetic resin of handle 11, use transparent, translucent or painted can.

In the synthetic resin that forms handle 11, can be mixed into the material that makes surface roughening, as short fibers such as wood powder, bamboo powder, stone flour, fiber crops, silk floss, knitting wool, mixed volume is advisable with the function that does not influence photochemical catalyst or contain the catalytic materials 11 of photochemical catalyst, so, be in one's hands when stopping handle 11 surperficial, a kind of sliding hand and warm sensation are just arranged.

Handle 11 in the 2nd example shown in Figure 2, comprise the circular shaft shape base material layer 14 that adopts the hard the same, semi-rigid, soft thermoplastic synthetic resin to form with the 1st example, with the covering layer 15 that is overlying on these base material layer 14 outsides, wherein covering layer 15 is formed by the catalytic materials 12 of sneaking into photochemical catalyst with the same thermoplastic synthetic resin of base material layer 14 or containing photochemical catalyst, as required, can bury underground into metal-cored 13, to gain in strength at the axle core of base material layer 14.

In the 2nd example, be mixed with photochemical catalyst or synthetic resin catalytic materials 12 (containing photochemical catalyst), that be used to form covering layer 15, adopt transparent, translucent or painted can, if but use transparent or semitransparent synthetic resin, just can carry out freely setting to the color and the decorative pattern apperance of the base material layer 14 used synthetic resin that can have an X-rayed, as required, can in the synthetic resin that forms covering layer 15, sneak into the rough surface formed material.

Handle 11 in the 3rd example shown in Figure 3, comprise the circular shaft shape base material layer 14 that adopts the hard the same, semi-rigid, soft thermoplastic synthetic resin to form with the 1st example, be overlying on the very thin synthetic resin intermediate layer 16 of these base material layer 14 outsides, with the covering layer 15 that is overlying on these 16 outsides, intermediate layer, wherein covering layer 15 is formed by the catalytic materials 12 of sneaking into photochemical catalyst with the same thermoplastic synthetic resin of base material layer 14 or containing photochemical catalyst, as required, can bury underground into metal-cored 13, to gain in strength at the axle core of base material layer 14.

The covering layer 15 of the 3rd example is the same with the 2nd example, when adopting transparent or semitransparent synthetic resin, can freely set the color and the decorative pattern apperance of intermediate layer 16 used synthetic resin, for example can be with heterochromatic synthetic resin while extrusion molding, present a kind of wood grain appearance, at this moment see through covering layer 15 and can see the wood grain appearance, become a kind of appearance and look and resemble wooden handle 11, as required, can in the synthetic resin that forms covering layer 15, sneak into the rough surface formed material.

Fig. 4～the 2nd example shown in Figure 6 is represented is to be arranged at the used member A of handrail that stair or corridor etc. are located, and is made up of hard core 17 and the synthetic resin handrail (crowntree) 18 that is embedded in these core 17 surfaces outward.

In the 2nd example, hard core 17 comprises that the outside is circular-arc upper wall 19 and a pair of sidewall 20 in opposite directions that hangs down from these upper wall 19 both sides, and below two side 20, is a kind of section configuration, outside and upper wall and is the same circular-arc wall 21 that combines; Adopt materials such as aluminium, be squeezed into strip.

Handrail 18 adopts the soft or semi-rigid thermoplastic synthetic resin identical with the handrail of the 1st example, in order to be embedded in core 17 outward, is cylindric that the bottom disconnects; On the both sides of the edge of bottom gap, corresponding in conjunction with the bonding pad 22 of wall 21 projection to the inside; In the both sides of inner peripheral surface, be provided with the prominent bar 23 that combines with the edge of upper wall 19, be section configuration.

The handrail 18 of the 1st example shown in Figure 4, thermoplastic synthetic resin by the soft and semi-rigid that is mixed with photochemical catalyst or catalytic materials 12 (containing photochemical catalyst) forms, the condition of this synthetic resin, make an addition to the photochemical catalyst of synthetic resin or contain the function of catalytic materials 12 and the sneaking into of rough surface formed material of photochemical catalyst, all described identical with the 1st example.

The handrail 18 of the 2nd example shown in Figure 5, comprise the base material layer 24 that adopts with the thermoplastic synthetic resin formation of the described identical hard of the 1st example, semi-rigid, with the covering layer 25 that is overlying on these base material layer 24 outsides, wherein covering layer 25 is formed by the catalytic materials 12 of sneaking into photochemical catalyst with the same thermoplastic synthetic resin of base material layer 24 or containing photochemical catalyst.

In the 2nd example, be mixed with photochemical catalyst or contain the covering layer 25 of the catalytic materials 12 of photochemical catalyst, have structure and the function same with the covering layer 15 of the 1st example.

The handrail 18 of the 3rd example shown in Figure 6, comprise the base material layer 24 that adopts with the thermoplastic synthetic resin formation of the described identical hard of the 1st example, semi-rigid, be overlying on the synthetic resin intermediate layer 26 of these base material layer 24 outsides, with the very thin covering layer 25 that is overlying on these 26 outsides, intermediate layer, wherein covering layer 25 is formed by the catalytic materials 12 of sneaking into photochemical catalyst with the same thermoplastic synthetic resin of base material layer 24 or containing photochemical catalyst.

The covering layer 25 of the 3rd example has covering layer 15 identical construction and the function with the 1st example.

What Fig. 7～the 3rd example shown in Figure 9 was represented is as shown in figure 11, be arranged at around the sanitaryware and the used member A of handrail of metope such as bathroom, mainly form by core 27 that adopts hard tubes such as steel pipe, stainless steel, aluminium, pottery and the circular synthetic resin layer that is overlying on this core outside.

The Armset member A of the 1st example shown in Figure 7 at the skin that the outside covered 28 of its pipe that uses as core 27, is formed by the thermoplastic synthetic resin of the soft and semi-rigid of having mixed photochemical catalyst or catalytic materials 12 (containing photochemical catalyst).

Form above-mentioned outer 28 used synthetic resin and be thermoplastic synthetic resin with the described same soft and semi-rigid of the 1st example, in this synthetic resin, sneak into the skin 28 that photochemical catalyst or catalytic materials 12 (containing photochemical catalyst) form, have covering layer 15 identical construction and function with the 1st example.

The Armset member A of the 2nd example shown in Figure 8, it is overlying on the synthetic resin layer of core 27 outsides, comprise the base material layer 29 that adopts with the thermoplastic synthetic resin formation of the described identical hard of the 1st example, semi-rigid, with the very thin covering layer 30 that is overlying on these base material layer 29 outsides, wherein covering layer 30 is formed by the catalytic materials 12 of sneaking into photochemical catalyst with the same thermoplastic synthetic resin of base material layer 29 or containing photochemical catalyst.

In the 2nd example, be mixed with photochemical catalyst or contain the covering layer 30 of the catalytic materials 12 of photochemical catalyst, have structure and the function same with the covering layer 15 of the 1st example.

The Armset member A of the 3rd example shown in Figure 9, it is overlying on the synthetic resin layer of core 27 outsides, comprise and the same base material layer 29 of the 2nd example, be overlying on the synthetic resin intermediate layer 31 of these base material layer 29 outsides, with the covering layer 30 that is overlying on outside, this intermediate layer, wherein covering layer 30 is formed by the catalytic materials 12 of sneaking into photochemical catalyst with the same thermoplastic synthetic resin of base material layer 29 or containing photochemical catalyst.

The covering layer 30 of the 3rd example has structure and the function same with the covering layer 15 of the 1st example.

In the 3rd example, also can form Armset member, can increase the used caliber of core 27 not according to shown in the legend, and in the core tube outside very thin being covered with the resin shown in each example is outer forms, or, be covered with the outer formation of very thin resin outside equally with wooden reel heel replacement core pipe.

In above-mentioned each example, the formation of the handle 11 of synthetic resin material, handrail 18, outer 28, intermediate layer 16, intermediate layer 26, intermediate layer 31, covering layer 15, covering layer 25 and covering layer 30, can utilize alone or in combination extrusion molding, injection molding, will metal-cored 13 and core 27 immerses the outer field infusion process of formation in the synthetic resin of fusions and with the semar technique of synthetic resin from beginning to smear of fusion; Photochemical catalyst or contain the catalytic materials 12 of photochemical catalyst preferably by in a certain amount of synthetic resin of sneaking into each molten condition, and stirs.

In each example, sneak into the photochemical catalyst of synthetic resin or contain the combined amount of the catalytic materials 12 of photochemical catalyst, be preferably in the scope of 3～30% (weight) of synthetic resin, combined amount is below 3%, the effect of photochemical catalyst is little, as surpassing 30%, compare cost with regard to some height with light-catalysed effect.

The formation of this Armset member as mentioned above, the Armset member A of the 1st～the 3rd example, can be as shown in figure 10, utilize known seating means such as carriage to be installed on the metope of stair and passage, form handrail, use metal tube to make the Armset member A of core 27 in other the 3rd example, adopt tortuously to be processed to form the shape that needs, and as shown in figure 11, utilize means such as the flange screw is fixing, be installed on around the sanitaryware 5 and on the metope in bathroom, as handrail.

In the Armset member A of above-mentioned each example, used whole synthetic resin or outermost synthetic resin layer, be mixed with photochemical catalyst or contain the catalytic materials 12 of photochemical catalyst, these separately or be blended in photochemical catalyst in the catalytic materials, fluorescent light in doors, have activity under the sunshine outside electric light light and the room, thereby produce strong photocatalysis, can make the surface of Armset member A have sterilization at pathogen, antibiotic and organic decomposition, antifouling, functions such as mildew-resistant, and owing to sneak in synthetic resin layer, photochemical catalyst can not reduce, thereby can these functions of long term maintenance.

Therefore, even foul on hand and bacterium, fingerprint etc. are attached to the outside of Armset member A, photocatalysis by photochemical catalyst, can when decomposing foul, also decompose by killing bacteria, thereby the total state that keeps a kind of cleaning in the outside that can make Armset member A, what make that the people can be free from all inhibitions holds it, realizes that fully Armset member A guarantees the purpose of safety.

By in forming used whole synthetic resin of Armset member A or outermost synthetic resin layer, sneaking into the catalytic materials that contains photochemical catalyst, make Armset member A can PARA FORMALDEHYDE PRILLS(91,95), the stench of cigarette, garbage and these living environments of washroom, and other various odor pollutants carry out sorption, decomposition, eliminate stink, and utilize the light of natural light and fluorescent lamp, the sorption function can be regenerated, under light energy source, keep antibacterial action, realize a kind of long-term deodorizing effect, also can bring into play the function of photochemical catalyst simultaneously.

In addition, the photocatalysis of photochemical catalyst, can decompose the particle composition that causes tobacco tar flavor and the bacterium of odor pollutant, can play the effect that purifies the air of a room by Armset member A is set, and photochemical catalyst, titanium oxide for example is even also bring into play antibacterial functions with water together in the same old way, so around the sanitaryware and in the bathroom Armset member A is set, generation with macula lutea can prevent to go mouldy.

The effect of invention

As mentioned above, according to the present invention, the synthetic resin of Zai formation Armset member or outermost layer Synthetic resin layer Zhong sneaks into photochemical catalyst or contains the catalytic materials of photochemical catalyst, You Yu photocatalysis With activity, produce strong under the sunshine outside agent fluorescent light, electric light light and the room in doors Photocatalysis, so that the surface of Armset member has sterilization, antibiotic, antifouling, anti-The functions such as mould, deodorizing can also be eliminated Zhi line and hand dirt by the corpse of decomposing bacteria, kill The bacterium of going out makes the total surface of Armset member keep a kind of Zhuan attitude of cleaning, and it is right psychologically to give up Hold the conflict of Armset member and the mood of hesitating, the free from all inhibitions Armset member of holding, thus can Guarantee the purpose of security to realize Armset member fully.

In addition, form the used synthetic resin of Armset member or the synthetic resin of outermost layer by Zai Layer Zhong sneaks into the catalytic materials that contains photochemical catalyst, so that Armset member A can be to living environment Stench, and other various odor pollutants carry out sorption, decomposition, eliminate stink, and sharp The light of Yong natural daylight and fluorescent lamp, the sorption function can be given birth to by Zai, keeps antibiotic Zuo under the Zai light energy source Yong realizes a kind of long-term deodorizing effect, also can continue to bring into play simultaneously the function of photochemical catalyst.

Claims

1, a kind of Armset member, it utilizes the section configuration that synthetic resin forms to be needed, and is characterized in, is mixed with photochemical catalyst in the synthetic resin of utilization.

2, a kind of Armset member, it utilizes the section configuration that synthetic resin forms to be needed, and is characterized in, has mixed the catalytic materials that contains photochemical catalyst in the synthetic resin of utilization.

3, Armset member as claimed in claim 1 or 2 is characterized in, is mixed with the rough surface formed material in the synthetic resin of formation Armset member.

4, a kind of Armset member comprises the covering layer that utilizes synthetic resin formation to need the base material layer of section configuration and cover this base material layer, is characterized in that the synthetic resin that the covering layer utilization is mixed with photochemical catalyst forms.

5, a kind of Armset member comprises the covering layer that utilizes synthetic resin formation to need the base material layer of section configuration and cover this base material layer, is characterized in that the synthetic resin that the covering layer utilization is mixed with the catalytic materials that contains photochemical catalyst forms.

6, a kind of Armset member, comprise and utilize synthetic resin to form to need the base material layer of section configuration, be overlying on the synthetic resin intermediate layer of this base material layer outside and cover the covering layer in this intermediate layer, be characterized in that the synthetic resin that the covering layer utilization is mixed with photochemical catalyst forms.

7, a kind of Armset member, comprise and utilize synthetic resin to form to need the base material layer of section configuration, be overlying on the synthetic resin intermediate layer of this base material layer outside and cover the covering layer in this intermediate layer, be characterized in that the synthetic resin that the covering layer utilization is mixed with the catalytic materials that contains photochemical catalyst forms.

8, as each described Armset member of claim 4～7, be characterized in, form and be mixed with the rough surface formed material in the tectal synthetic resin.

9, a kind of Armset member is made of hard core and the synthetic resin handrail that is embedded in this core surface outward, is characterized in that this handrail is formed by the synthetic resin that is mixed with photochemical catalyst.

10, a kind of Armset member is made of hard core and the synthetic resin handrail that is embedded in this core surface outward, is characterized in that this handrail is formed by the synthetic resin that is mixed with the catalytic materials that contains photochemical catalyst.

11, as claim 9 or 10 described Armset members, it is characterized in that, be mixed with the rough surface formed material in the synthetic resin of formation handrail.

12, a kind of Armset member, constitute by hard core and the synthetic resin handrail that is embedded in this core surface outward, this handrail comprises the base material layer of synthetic resin and is overlying on the covering layer of this base material layer outside that be characterized in, the synthetic resin that the covering layer utilization is mixed with photochemical catalyst forms.

13, a kind of Armset member, constitute by hard core and the synthetic resin handrail that is embedded in this core surface outward, this handrail comprises the base material layer of synthetic resin and is overlying on the covering layer of this base material layer outside, be characterized in that the synthetic resin that the covering layer utilization is mixed with the catalytic materials that contains photochemical catalyst forms.

14, a kind of Armset member, constitute by hard core and the synthetic resin handrail that is embedded in this core surface outward, this handrail comprise synthetic resin base material layer, be overlying on the synthetic resin intermediate layer of this base material layer outside and cover the covering layer in this intermediate layer, be characterized in that the synthetic resin that the covering layer utilization is mixed with photochemical catalyst forms.

15, a kind of Armset member, constitute by hard core and the synthetic resin handrail that is embedded in this core surface outward, this handrail comprise synthetic resin base material layer, be overlying on the synthetic resin intermediate layer of this base material layer outside and cover the covering layer in this intermediate layer, be characterized in that the synthetic resin that the covering layer utilization is mixed with the catalytic materials that contains photochemical catalyst forms.

16, as each described Armset member of claim 12～15, it is characterized in that, form and be mixed with the rough surface formed material in the tectal synthetic resin.

17, a kind of Armset member is made up of with the synthetic resin that is overlying on this core outside is outer core, is characterized in that this skin is made of the synthetic resin that is mixed with photochemical catalyst.

18, a kind of Armset member is made up of with the synthetic resin that is overlying on this core outside is outer core, is characterized in that this skin is made of the synthetic resin that is mixed with the catalytic materials that contains photochemical catalyst.

19, as claim 17 or 18 described Armset members, it is characterized in that, form and be mixed with the rough surface formed material in the outer field synthetic resin.

20, a kind of Armset member is made up of core, the covering layer that is overlying on the synthetic resin matrix material layer of this core outside and is overlying on this base material layer outside, is characterized in that this covering layer is made of the synthetic resin that is mixed with photochemical catalyst.

21, a kind of Armset member is made up of core, the covering layer that is overlying on the synthetic resin matrix material layer of this core outside and is overlying on this base material layer outside, is characterized in that this covering layer is made of the synthetic resin that is mixed with the catalytic materials that contains photochemical catalyst.

22, a kind of Armset member, form by core, the synthetic resin matrix material layer that is overlying on this core outside, the covering layer that is overlying on the synthetic resin intermediate layer of this base material layer outside and is overlying on this outside, intermediate layer, be characterized in that this covering layer is made of the synthetic resin that is mixed with photochemical catalyst.

23, a kind of Armset member, form by core, the synthetic resin matrix material layer that is overlying on this core outside, the covering layer that is overlying on the synthetic resin intermediate layer of this base material layer outside and is overlying on this outside, intermediate layer, be characterized in that this covering layer is made of the synthetic resin that is mixed with the catalytic materials that contains photochemical catalyst.

24, as each described Armset member of claim 20～23, it is characterized in that, form and be mixed with the rough surface formed material in the tectal synthetic resin.

25, as each the described Armset member in the claim 2,5,7,10,13,15,18,21,23, it is characterized in that, the catalytic materials that contains photochemical catalyst is made up of tetravalent metal phosphate, divalent metal hydroxide and photochemical catalyst, and this photochemical catalyst is a titanium oxide.