WO2018161945A1 - 单反智能手机 - Google Patents
单反智能手机 Download PDFInfo
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- WO2018161945A1 WO2018161945A1 PCT/CN2018/078487 CN2018078487W WO2018161945A1 WO 2018161945 A1 WO2018161945 A1 WO 2018161945A1 CN 2018078487 W CN2018078487 W CN 2018078487W WO 2018161945 A1 WO2018161945 A1 WO 2018161945A1
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- Prior art keywords
- mobile phone
- screen
- smartphone
- keyboard
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/02—Constructional features of telephone sets
- H04M1/0202—Portable telephone sets, e.g. cordless phones, mobile phones or bar type handsets
- H04M1/026—Details of the structure or mounting of specific components
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/02—Constructional features of telephone sets
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/02—Constructional features of telephone sets
- H04M1/0202—Portable telephone sets, e.g. cordless phones, mobile phones or bar type handsets
- H04M1/026—Details of the structure or mounting of specific components
- H04M1/0266—Details of the structure or mounting of specific components for a display module assembly
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/02—Constructional features of telephone sets
- H04M1/0202—Portable telephone sets, e.g. cordless phones, mobile phones or bar type handsets
- H04M1/0279—Improving the user comfort or ergonomics
- H04M1/0281—Improving the user comfort or ergonomics for providing single handed use or left/right hand conversion
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/02—Constructional features of telephone sets
- H04M1/23—Construction or mounting of dials or of equivalent devices; Means for facilitating the use thereof
Definitions
- the invention relates to the field of mobile communications.
- mobile communication devices that can be operated by hand, such as mobile phones, Bluetooth dialers for mobile phones.
- the first stage is only basic communication functions
- this stage of the mobile phone is mainly to call and send text messages
- the phone at this time Usually long strips, the height is generally greater than 12cm, the width is moderate, easy to hold by hand, the front panel is equipped with a display screen and keyboard, and the keyboard is set at the bottom of the display, and the button on the keyboard has a single set of heads toward the top of the mobile phone.
- the upper part of the palm holds the lower part of the phone, the thumb presses the keyboard, and the line of sight falls above the thumb to observe what is displayed on the screen, and the screen is outside the palm of the hand.
- the second stage is the intelligent machine stage, in addition to the basic communication functions, as well as the intelligent operating system and its application software (such as Android system, such as Apple's IOS system), both functions are equal, then the mobile phone
- the screen is large (the general screen diagonal is between 3 and 6 inches)
- the body is thin
- the front panel is provided with a touch display
- the display is provided with a virtual keyboard instead of the physical keyboard
- the virtual keyboard is located at the lower part of the display screen.
- some smartphones also have touch buttons below the touch display. In one-hand operation, the upper part of the palm holds the lower part of the mobile phone, the thumb touches the keyboard, and the line of sight falls above the thumb to observe the contents of the screen other than the virtual keyboard, and the screen is outside the palm of the hand.
- the third stage is the computerization stage.
- the operating system is computerized. People use it to use the computer much more time than using it to call, thus objectively requiring the screen. Larger (the screen develops diagonally greater than 6 inches). At this time: On the one hand, it is very inconvenient to hold an 8-inch or even 10-inch mobile terminal to make a call. On the other hand, the 10-inch mobile terminal is placed in the bag, which is not convenient to call out at any time. Answering, therefore, there is a small size Bluetooth headset in the pocket for Bluetooth connection with large-screen mobile phones.
- the Bluetooth dialer has a storage directory and dialing and answering features.
- the Bluetooth dialer is either a long strip or a card shape, which is developed in a small, thin direction for easy access in your pocket.
- the height is generally smaller than the height of the palm
- the front panel is provided with a display screen and a keyboard
- the keyboard is arranged under the display screen.
- the upper part of the palm holds the lower part of the mobile phone
- the keyboard is pressed by the thumb, and the line of sight falls above the thumb to observe
- the content displayed on the screen is outside the palm of your hand. Since the Bluetooth dialer is originally small in size, the palm can only hold the lower half, and the visible grip can be small and easily dropped.
- the common feature is that the physical keyboard or the touch button is disposed under the display screen (or the analog keyboard is set at Touch the lower part of the display).
- the upper part of the palm holds the lower part of the phone, the thumb presses the keyboard, and the line of sight falls above the thumb to observe what is displayed on the screen, and the screen is outside the palm of the hand.
- the first is in crowded strangers, such as when taking the bus and the subway, when waiting in line, people next to you can see you at random Privacy, you may have experienced this experience, in which you can inadvertently see the privacy of others;
- the second situation is that when friends and class reunions, everyone sits very close together to sing karaoke or drink You send a text message, basically sitting on the left and right side of the people and standing people, your content is unobstructed, you want to use another hand to cover and embarrassed, Bi Jing is surrounded by classmates Friends and relatives, your cross-screening action is undoubtedly a kind of hostility, it will arouse the resentment of others and even destroy the feelings, and it will be difficult to protect the privacy. It is really difficult to do it with one hand. "You have to shake hands again” "You have to use the thumb to press the dial button. plate”).
- the new structure (referred to as the on-screen mode) can solve the above problems, but there are also some shortcomings, such as when there is no need to protect privacy.
- the user wants to use the custom screen when the button is pressed down and down. For example, some users want to use the button on the screen while using the button on the screen, just like wearing clothes.
- the patent discloses a mobile phone that can be operated in two directions.
- the user can select the traditional operation on the lower screen of the button on the same mobile phone, or the mobile phone that is operated by the button in the opposite direction.
- Users only need to buy a mobile phone, just take this mobile phone, you can choose to operate according to the needs of different occasions or press the screen to hold the screen; users only need to buy a mobile phone
- This mobile phone can be operated according to the different moods of different moods in the traditional way or by pressing the screen on the screen; the manufacturer's mobile phone in the production of this patent scheme is not provided to the user.
- the exclusive choice is a dual-function mobile phone that is compatible, so the accuracy of the classification estimation is greatly reduced, and the waste of socialization is avoided.
- This patent also enriches the variety of the mobile phone market and provides people with diversification. s Choice.
- the patent In order to realize the function of the two-way mobile phone, the patent also needs to solve the problem of the line relationship and the logical relationship between the multiple sets of earpieces; in order to realize the function of the two-way mobile phone, the patent also needs to solve the problem between the multiple sets of microphones.
- the present invention discloses a two-way mobile phone, referred to as a SLR smart phone, including a mobile phone body and a panel, and a panel.
- the layout of each component is characterized in that the front panel is provided with a touch display screen, and the touch screen is provided with a touch virtual keyboard; the mobile phone screen has a gravity sensing function of the prior art, which can automatically sense whether the mobile phone is inverted or automatically adjusted.
- the up and down orientation of the screen in the screen is: 1.
- the patent uses a brand logo on the mobile phone case as a reference object.
- the upper end of the mobile phone refers to the end to which the identification head is directed, and the lower end of the mobile phone refers to the end to which the bottom of the logo faces;
- the upright position refers to the state in which the upper end of the mobile phone is at the upper and lower ends, and the reverse of the mobile phone refers to the state in which the upper end of the mobile phone is on the lower and lower ends;
- the content displayed on the screen refers to the state in which the head of the display content is upward, and the content displayed on the screen Inverted refers to the state in which the head of the display content is facing downward;
- the keyboard front means that the font on the button is head-up, and the keyboard inversion means that the font on the button is head-down, and the button includes a physical button.
- the two-way function of the two-way mobile phone described in the patent means that the mobile phone can be operated by the user to press the button on the upper screen, and the user can operate the mobile phone by pressing the button on the lower screen in the upper two holding modes;
- the mobile phone refers to a mobile phone for mobile operation, or a Bluetooth dialer for a mobile phone;
- the virtual keyboard is always located close to one end of the mobile phone.
- the prior art mobile phone is: the mobile phone is turned upside down, and the virtual keyboard is also located near the lower end of the mobile phone. In turn, it becomes close to the top of the phone, that is, double reverse, so it is called a SLR smartphone.
- each end of the mobile phone is provided with an earpiece assembly, and the two earpiece assemblies are connected in parallel and then connected to the signal source.
- the earpiece assembly refers to a component in which an earpiece and a switch are connected in series;
- the two switches are controlled by a gravity sensing signal to cause a higher-height switch to be closed and a lower-height switch to be disconnected;
- the signal source refers to a terminal in the prior art that supplies an electrical signal to the handset handset.
- the mobile phone according to 2 characterized in that: the microphone in the prior art mobile phone is moved to the middle of the mobile phone, but the line connection diagram of the microphone is unchanged.
- the mobile phone according to 3 characterized in that: the second and third microphones are added to the middle of the mobile phone, and all the microphones are connected in parallel with the microphone of claim 3.
- a microphone is arranged at each end of the mobile phone, and the two microphones are connected in parallel and then connected to the receiving end;
- a microphone assembly is disposed at each end of the mobile phone, and the two microphone assemblies are connected in parallel and then connected to the receiving end.
- the microphone assembly refers to a component in which a microphone and a switch are connected in series; The two switches are controlled by a gravity sensing signal to turn off a higher-height switch and a lower-height switch; the receiving end refers to an existing commercially available mobile phone for receiving power from a microphone The terminal of the signal.
- the on-screen holding mode of the phone it can improve the security performance of operations in public places. Because most of the size of the mobile phone is held in the palm of your hand, the screen is in a position where everything is blocked on the four sides.
- the left-handed one-handed operation is as follows: the upper part has the thumb and the left side has the left hand. The occlusion is blocked by the left finger on the right side, and the lower side can be blocked by the chest and abdomen. Therefore, when the mobile phone is operated in public, the security performance can be greatly increased. It can even make the screen of the mobile phone and the palm of the hand face each other and form a gap. It is convenient to observe the contents of the screen through this gap, and the people next to it can hardly see it.
- the first situation is: in a crowded stranger environment, such as when taking a bus and standing in the subway, when waiting in line, etc.
- This patent scheme can safely play your mobile phone without revealing privacy.
- the second situation is: When friends and classmates gather, everyone sits very close together to sing karaoke or drink and eat. You can use this patent scheme to play with you with confidence.
- the mobile phone is not easy to reveal privacy, and it is not necessary to use other hands to make exaggerated masking actions to arouse the resentment of others or even destroy the feelings, because this mobile phone design scheme is to prevent others from looking at the line of sight, and generously Decent.
- FIG. 1 is a schematic diagram of one-hand operation of an existing touch screen mobile phone.
- FIG. 2 is a schematic diagram of a touch screen type two-way mobile phone according to a first embodiment of the present invention.
- Figure 3 is a schematic diagram of an operational method that facilitates privacy protection in the disclosed embodiment.
- Fig. 4 is a schematic diagram showing the division of the palm portion and the lower portion.
- FIG. 5 is a schematic diagram of a circuit principle of a line relationship and a logical relationship between two sets of microphones.
- FIG. 6 is a schematic diagram of a circuit principle of a line relationship and a logical relationship between two earpieces.
- Fig. 7 is a schematic view showing the mobile phone of Fig. 2 inverted.
- FIG. 1 is a schematic diagram of a method for operating a large-screen touch screen mobile phone with one hand in the prior art.
- the mobile phone is a 5.5-inch display screen
- a virtual keyboard 6 is disposed in the display screen instead of the physical keyboard.
- the virtual keyboard is always located at the lower part of the screen of the touch screen 8.
- the upper part of the palm holds the lower part of the mobile phone
- the virtual keyboard 6 is touched by the thumb, and the line of sight falls above the thumb to observe the contents of the screen other than the virtual keyboard, and the screen is outside the palm of the hand.
- Figure 2 is a first embodiment of the present invention and is also an implementation of claim 8.
- the front panel of the mobile phone is provided with a touch display screen 8 provided with a touch virtual keyboard 6;
- the mobile phone screen has a gravity sensing function of the prior art, which can automatically sense whether the mobile phone is upside down and automatically adjust the vertical position of the screen in the screen.
- the virtual keyboard is fixed near the top of the phone, which only needs to set the position coordinates of the virtual keyboard to be fixed relative to the case.
- the coordinates of the virtual keyboard are set to two sets and the set position coordinates are controlled by the gravity sensing system: when the gravity sensing system senses that the mobile phone is upright, the virtual keyboard adopts a set of near The position coordinates of the lower end of the mobile phone; when the gravity sensing system senses that the mobile phone is inverted, the virtual keyboard adopts a set of position coordinates close to the upper end of the mobile phone.
- the virtual keyboard is always at the bottom of the screen.
- this patent scheme is more simplified and less troublesome than the prior art when manufacturing a mobile phone.
- it is only necessary to set the coordinates of a set of virtual keyboards, and the coordinates do not need to be associated with the gravity sensing system, and the mobile phone is located near the upper end of the mobile phone regardless of whether the mobile phone is up or down. But it brings more features to the user.
- Fig. 7 is a schematic view showing the mobile phone of Fig. 2 inverted. However, regardless of whether the mobile phone is upside down or reversed, it is also called reverse.
- the virtual keyboard is fixed at the upper end of the mobile phone; and, regardless of whether the mobile phone is upside down or reversed, it is also called reverse, and the virtual keyboard is head-up.
- the picture on the screen is also upright.
- the mobile phone can operate in the holding mode on the screen under the traditional holding habit key, or vice versa in the holding mode of the key up and down screen, that is, can be used in both directions.
- the handset is equipped with an earpiece and a microphone at both ends, whether it is used upside down or upside down. Therefore, the owner can select according to the needs of different occasions to operate in the traditional way or press the screen to operate under the screen; thus, the owner can choose to operate according to the mood or interest of different time periods in the traditional way or Operate in the mode of the key up and down.
- the virtual keyboard is always located close to one end of the mobile phone.
- the prior art mobile phone is: the mobile phone is turned upside down, and the virtual keyboard is also located near the lower end of the mobile phone. In turn, it becomes close to the top of the phone, that is, double reverse, so it is called a SLR smartphone.
- the phone in the picture is a 5.5-inch display.
- Figure 3 is a schematic diagram of an operational method that facilitates privacy protection in the disclosed embodiment.
- the screen 8 of the mobile phone and the palm of the hand are opposite to each other and form a slit.
- the gripper can easily observe the content of the screen 8 through the slit, and the person next to it can hardly see it. It is very conducive to confidentiality and privacy protection, especially in the two cases mentioned in the paragraph above.
- Fig. 4 is a schematic view showing the division of the palm portion and the lower portion, and the upper portion of the dotted line is the upper half of the palm.
- FIG. 5 is a schematic diagram of a circuit principle of a dual microphone in each embodiment.
- the dashed box indicates the vertically placed ABC mobile phone, and the terminals on both sides of the dotted circular frame indicate the receiving end of the electrical signal from the microphone.
- the lower end of the mobile phone is provided with a microphone M1 and a relay J1, and M1 is connected in series with the contact switch K1 of the relay to form a microphone assembly; similarly, the upper end of the mobile phone is provided with a microphone M2 and a relay J2, and M2 is connected in series with the contact switch K2 of the relay.
- the two microphone assemblies are connected in parallel and then connected to the microphone signal receiving end, and the two switches K1 and K2 are controlled by the gravity sensing signal.
- the gravity sensing device detects that the mobile phone is inverted.
- the control electric signal is sent to the relay J1 near the lower end of the mobile phone to disconnect K1; similarly, the gravity sensing device detects that the mobile phone is inverted, and sends a control signal to the relay J2 near the upper end of the mobile phone to close K2.
- M2 will work normally.
- a set of earpiece assemblies are provided at each end of the mobile phone.
- Fig. 6 is a schematic diagram showing the circuit principle of the dual earpieces in the respective embodiments.
- the dashed box indicates the vertically placed ABC mobile phone, and the terminals on both sides of the dotted circular frame indicate the signal source.
- the lower end of the mobile phone is provided with an earpiece B1 and a relay J1, and B1 is connected in series with the contact switch K1 of the relay to form an earpiece assembly; similarly, the upper end of the mobile phone is provided with an earpiece B2 and a relay J2, and the B2 is connected in series with the contact switch K2 of the relay.
- the earpiece assembly Into the earpiece assembly.
- the two earpiece assemblies are connected in parallel and then connected to the signal source, and the two switches K1 and K2 are controlled by the gravity sensing signal.
- the gravity sensing device detects that the mobile phone is inverted, and sends out The control signal is applied to the relay J1 near the lower end of the mobile phone to close K1.
- the gravity sensing device detects that the mobile phone is inverted, it sends an electrical signal to the relay J2 near the upper end of the mobile phone to disconnect K2.
- B1 will work normally.
- Figure 7 is a large number of raster stereoscopic images searched on the existing market. For the same painting, different angles can be seen by changing the angle of observation.
- the screen is in a position where everything is blocked on the four sides.
- the left-handed one-handed operation is as follows: the upper part has the thumb and the left side has the left hand. The occlusion is blocked by the left finger on the right side, and the lower side can be blocked by the chest and abdomen. Therefore, when the mobile phone is operated in public, the security performance can be greatly increased. It is very conducive to confidentiality and privacy protection, especially the two situations mentioned in point 4 of paragraph 7 above.
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Abstract
一种可双向使用手机,简称单反智能手机,,包括手机本体和面板,以及面板上各部件的布局,其特征是,前面板设置有触摸显示屏,显示屏中设置有触摸虚拟键盘;所述手机屏幕带有现有技术的重力感应功能,能自动感知手机是否倒置而自动调整屏幕中的画面的上下方位从而:1,保持显示屏的内容正置,包括虚拟键盘正置;2,保持虚拟键盘固定位于靠近手机的上端或保持虚拟键盘固定位于靠近手机的下端;只要将手机在正置和倒置两种状态中转换,就能给用户提供键上屏下或键下屏上两种握持模式来操作手机。由于不管手机正置,或反过来倒置着拿,虚拟键盘的位置始终固定位于靠近手机的某一端,(现有技术的手机是:手机反过来倒置着拿,虚拟键盘的位置也从靠近手机下端反过来变为靠近手机上端,即双反向),所以称为单反智能手机
Description
本发明涉及移动通讯领域。尤其是可手持操作的移动通信设备,如移动电话,移动电话的蓝牙拨号器。
在移动电话的发展,从其功能来分,可分为三个阶段,第一个阶段是只有基本通讯功能,这一阶段的移动电话主要是打电话和收发文字短信的功能,这时的手机多为长条形的,高度一般大于12cm,宽度适中,方便人手握持,其前面板设置有显示屏和键盘,且键盘设置于显示屏下方,且键盘上的按键标识有单套头朝手机上端的文字;的单手操作时,手掌的上部握住手机下部,由拇指按压键盘,而视线落在拇指上方来观察屏幕所显示的内容,屏幕处于手掌之外。
第二阶段是智能机阶段,这一阶段除了基本通讯功能,还有智能操作***及其应用软件,(如安卓***,如苹果手机的IOS***),两个功能并重,这时的移动电话的特点是屏幕大(一般屏幕对角线在3至6英寸之间),机身薄,前面板设置有触摸显示屏,显示屏中设置有虚拟键盘以代替实体键盘,虚拟键盘位于显示屏屏幕下部,此外,有的智能手机在触摸显示屏下方还设有触摸按键。单手操作时,手掌的上部握住手机下部,由拇指触摸键盘,而视线落在拇指上方来观察屏幕所显示的除虚拟键盘之外的内容,屏幕处于手掌之外。
第三阶段是电脑化阶段,这一阶段除了基本通讯功能之外,操作***向电脑化发展,人们用它来当电脑使用的时间大大多于用它来打电话的时间,从而客观上要求屏幕更大(屏幕向对角线大于6英寸方向发展)。这时:一方面,手握一个8英寸甚至10英寸的移动终端来打电话已经非常不方便非常滑稽了,另一方面,10英寸的移动终端放在挎包里,来电时也不方便随时拿出来接听,因而,市场上就有了体积细小方便放在口袋里的蓝牙拨号器,用来与大屏幕的移动电话进行蓝牙联接。蓝牙拨号器具有储存通讯名录和拨号和接听功能。蓝牙拨号器或为长条形或为卡片形,都向小而薄的方向发展,以方便放在口袋里随时取用。高度一般小于手掌高度,其前面板设置有显示屏和键盘,且键盘设置于显示屏下方,单手操作时,手掌的上部握住手机下部,由拇指按压键盘,而视线落在拇指上方来观察屏幕所显示的内容,屏暮处于手掌之外。由于蓝牙拨号器本来体积就很小,手掌还只能握下半部分,可见能握持的体积很小,极容易掉落。
上述第三阶段,以微软公司推出用于移动电话和平板电脑的WINDOW10***为标志,可以说,目前市场上刚刚进入这一阶段。
未来趋势,必将有很大一部分年轻人使用:“超大屏的平板电脑式的移动电话+体积很 小的蓝牙拨号器”这种模式,形成第二阶段和第三阶段的手机并重的局面。
可见,在现有技术中,不管是那一阶段的手机,(所述手机包括移动电话或蓝牙拨号器),其共同特点是,实体键盘或触摸按键设置于显示屏下方(或模拟键盘设在触摸显示屏的下部),单手操作时,手掌的上部握住手机下部,由拇指按压键盘,而视线落在拇指上方来观察屏幕所显示的内容,屏暮处于手掌之外。这样的特点导致了以下缺陷:
1)单手操作时,只能主要用手掌上半部分(主要是大鱼际肌和食指中指这两指)去握手机,无法充分利用整个手掌的握力,甚至,对于细条型的蓝牙拨号器,只能用食指中指去勾住它,极易掉落(参见图1图4)(所述操作是指仅用一只手来完成“又要握手机”“又要用大姆指按拨键盘”);
2)单手操作时,因为手掌上半部分的拇指还要兼顾来回上下移动按压键盘(包括实体键盘或虚拟键盘或触摸按键),影响大鱼际肌对手机的用力,更易致手机掉落。甚至,对于卡片型的蓝牙拨号器或大屏幕的触屏手机来说,手机只能架在食指和中指上,大鱼际肌没有对手机施加握力,更易掉落(参见图1图4)(所述操作是指仅用一只手来完成“又要握手机”“又要用大姆指按拨键盘”);
3)单手操作时,手机的上半部分体积处于手掌的上半部分之上,也就是是有大半部分的手机体积是悬空的,手机重心落在手掌之外,也是使手机极容易掉落的一个重要因素,连同上面第1和第2点的因素,构成不利于手机单手操作的三大因素(所述操作是指仅用一只手来完成“又要握手机”“又要用大姆指按拨键盘”)。
4)因为单手操作时,手机上半部悬空于手掌之外,即屏幕处于手掌之外。(视线落在拇指上方来观察屏幕所显示的内容),这时站在身边或坐在您左右的人,也能很方便的看到您手机屏幕上的内容,非常不利于保密和保护隐私,特别是以下两种情况,第一是在拥挤的有陌生人的环境中,如在坐公交和站地铁时,在排队等侯时,在您旁边的人随便扫上一眼就能看到您的隐私,可能您也有过这样的体验,就是在这种情况下您无意中就能看到别人的隐私;第二种情况是在朋友同学聚会时,大家坐得很近一起唱卡拉OK或喝酒吃饭,您发个短信,基本上坐在您左右边上的人和站着的人,对您的内容都是一览无余的,您想用另一个手去遮蔽又不好意思,毕竞周围都是同学亲友,您作出跨张的遮掩动作无疑是在宣示一种敌意,会惹来别人的反感甚至破坏感情,不遮掩又不能保护隐私,真是左右为难(所述操作是指仅用一只手来完成“又要握手机”“又要用大姆指按拨键盘”)。
如果将手机结构改进为显示屏在下,按键在上,的新型结构(简称键上屏下模式),虽然能解决上述问题,但也存在一些缺点,,比如当在不须要保护隐私的场合,手机用户想采用习惯上的 屏幕在上按键在下来操作时就无法实现;又例如,有的用户希望能时而采用键上屏下时而采用键下屏上的握持模式,就像穿衣服一样的随心所欲,多种选择(像今天的心情喜欢穿白裤深上衣,明天的心情又喜欢穿深色裤白上衣)而不是死板一块;又例如,对于厂家来说,每年市场有X万台的手机需求,但究竟多少比例的需要传统结构的手机,多少比例的人需要键盘在上屏幕在下的新结构手机也难以估算(本专利将之简称为分类估算),比起单独生产一种结构的手机,容易造成社会化的浪费。
因此,市场上急需要有一款能满足两种握持模式的手机。
为此,本专利公开了一种可双向操作的手机,用户可在同一部手机上选择按键下屏上的传统方式操作,或键上屏下反方向握持来操作的手机。用户只需买一部手机只需带这部手机,就可以根据不同场合的需要来选择按传统方式来操作或按键上屏下的握持模式来操作;用户只需买一部手机只需带这部手机,就可以根据不同心情不同时间的兴趣来选择按传统方式来操作或按键上屏下的模式来操作;厂家在生产本专利方案的手机,提供给用户的不是一种非此即彼的排它选择,而是一种兼得兼容的双功能手机,所以对于分类估算的精确度要求大大降低,避免社会化的浪费;本专利也丰富了手机市场的种类,为人们提供了多样化的选择。
为了实现双向手机的功能,本专利还需解决(了)多套听筒之间的线路关系和逻辑关系的问题;为了实现双向手机的功能,本专利还需解决(了)多套麦克风之间的线路关系和逻辑关系的问题;为了实现双向手机的功能,本专利还需解决(了)单套键盘当作两套来使用的技术问题。
发明内容
1,为给用户提供不同于现有技术的用机体验,丰富现有手机市场的产品类型,本发明公开了一种可双向使用手机,简称单反智能手机,,包括手机本体和面板,以及面板上各部件的布局,其特征是,前面板设置有触摸显示屏,显示屏中设置有触摸虚拟键盘;所述手机屏幕带有现有技术的重力感应功能,能自动感知手机是否倒置而自动调整屏幕中的画面的上下方位从而:1,保持显示屏的内容正置,包括虚拟键盘正置;2,保持虚拟键盘固定位于靠近手机的上端或保持虚拟键盘固定位于靠近手机的下端;只要将手机在正置和倒置两种状态中转换,就能给用户提供键上屏下或键下屏上两种握持模式来操作手机。
本专利为便于表述方位,以手机壳上一个品牌标识作为参照物,手机的上端是指所述标识头部所朝向的那一端,手机下端是指所述标识的底部所朝向的那一端;手机正置是指手机上端在上下端在下的状态,手机倒置是指手机上端在下下端在上的状态;屏幕显示的内容正置是指所述显示内容的头部朝上的状态,屏幕显示的内容倒置是指所述显示内容的头部朝下 的状态;键盘正置是指按键上的字体是头朝上的,键盘倒置是指按键上的字体是头朝下的,所述按键包括实体按键和虚拟按键;本专利所述双向手机的双向功能,是指手机能供用户以按键在上方屏幕在下方来操作,又能供用户以按键在下方屏幕在上方两种握持模式来操作手机;所述手机,是指供手提操作的移动电话,或移动电话的蓝牙拨号器;
由于不管手机正置,或反过来倒置着拿,虚拟键盘的位置始终固定位于靠近手机的某一端,(现有技术的手机是:手机反过来倒置着拿,虚拟键盘的位置也从靠近手机下端反过来变为靠近手机上端,即双反向),所以称为单反智能手机。
2,根据1所述的手机,其特征是:手机两端各设有一个听筒,两听筒以并联的方式连接后再连接于信号源;
或者,手机两端各设有一个听筒总成,两个听筒总成以并联的方式连接后再连接于信号源,所述听筒总成,是指一个听筒与一个开关串联而成的组件;而且,所述两个开关受控于重力感应信号,使高度较高的开关闭合而高度较低的开关断开;所述信号源,是指现有技术中供给手机听筒电信号的接线端。
3,根据2所述的手机,其特征是:将现有技术手机中的麦克风,其位置移到手机的中部,但这个麦克风的线路连接图不变。
根据3所述的手机,其特征是:手机的中部再加设有第2第3个麦克风,所有麦克风都与权利要求3所述的麦克风并联联接。
4,根据1所述的手机,其特征是:手机两端各设有一个麦克风,两麦克风以并联的方式连接后再连接于接收端;
或者,手机两端各设有一个麦克风总成,两个麦克风总成以并联的方式连接后再连接于接收端,所述麦克风总成,是指一个麦克风与一个开关串联而成的组件;而且,所述两个开关受控于重力感应信号,使高度较高的开关断开而高度较低的开关闭合;所述接收端,是指现有市售手机中,用于接收来自麦克风的电信号的接线端。
1:用户只需买一部手机,就可以根据不同场合的需要来选择按传统方式来操作或按键上屏下的模式来操作,这是本专利要解决的技术问题之一。
2:用户只需买一部手机,就可以根据不同心情不同时间的兴趣来选择按传统方式来操作或按键上屏下的模式来操作,这是本专利要解决的技术问题之一。
3:厂家在生产本专利方案的手机,提供给用户的不是一种非此即彼的排它选择,而是一种兼得兼容的双功能手机,所以对于分类估算的精确度要求大大降低,避免社会化的浪费,这是 本专利要解决的技术问题之一。
4:本专利也丰富了手机市场的手机种类,为人们提供了多样化的选择,这是本专利要解决的技术问题之一。
5:采用本手机的键上屏下握持模式,,单手操作时,手掌的大部分肌肉(包括大鱼际肌和小鱼际肌和食指和中指和无名指和小指)可参与对手机的夹持,使得单手操作时手机被牢固的握在手掌中(所述操作是指仅用一只手来完成“又要握手机”“又要用大姆指按拨键盘”,下文所有“操作”一词都是这种含义)。
6:采用本手机的键上屏下握持模式,由于拇指在手的上部,键盘也在手机的上部,符合人体工程学,操作起来更顺畅。当大鱼际肌操控拇指来回上下移动时,小鱼际肌还能与其它四个手指共同握紧手机。
7:采用本手机的键上屏下握持模式,单手操作时,手机大部分体积被握于整个手掌之中,手机重心基本落在手掌之中,因而不易掉落,大大减少手机损坏的概率。
8:采用本手机的键上屏下握持模式,,能提高公共场合中操作的保密性能。因为手机大部分体积被握于手掌之中,屏幕也就处于四面都有东西遮挡的位置,以左手单手握持操作为例:上方有大拇指的遮挡,左边有左手掌的大鱼际肌的遮挡,右边有左手指的遮挡,下边可通过靠近胸腹部来遮挡,因而,在公开场合操作手机时,可大大增加保密性能。甚至可以使手机屏幕和手掌心相对并形成一个夹缝,自己通过这个夹缝可以很方便的观察到屏幕的内容,而旁边的人就基本无法看到了。非常有利于保密和保护隐私,特别是以下两种情况,第一种情况是:在拥挤的有陌生人的环境中,如在坐公交车和站在地铁里时,在排队等侯时,采用本专利方案可以放心的玩您的手机而不易泄露隐私;第二种情况是:在朋友同学集会时,大家坐得很近一起唱卡拉OK或喝酒吃饭,您采用本专利方案可以放心的玩您的手机而不容易泄露隐私,更不必用另一只手作出夸张的遮掩动作惹来别人的反感甚至破坏感情,因为这种手机设计方案就是自自然然的操作就能阻挡别人的视线,大方而得体。
下面结合附图和实施例对本发明作进一步说明。
图1是单手操作现有触屏手机的示意图。
图2是本发明的第一个实施例触屏式双向手机的示意图。
图3是第一个实施例,在公开场合有利于保护隐私的操作方法示意图。
图4是手掌上部和下部区域的划分图示意图。
图5是双套麦克风之间的线路关系和逻辑关系的电路原理示意图。
[0048]图6是双听筒之间的线路关系和逻辑关系的的电路原理示意图。
图7是将图2手机倒置的示意图。
图中:1,手掌上半部分的高度;2,手掌小鱼际肌;3,手掌大鱼际肌;4,手机显示屏;5,手机键盘;6手机虚拟键盘;7轻触按键;8触控屏(也称为触摸屏);9听筒;10麦克风。
因为图1非发明内容,为了更客观真实地呈现出现有技术,所以采用照片。
图1是现有技术中单手操作大屏幕的触控屏手机的方法示意图。图中手机为5.5英寸显示屏,显示屏中设置有虚拟键盘6以代替实体键盘,虚拟键盘总是位于触控屏8的屏幕下部。单手操作时,手掌的上部握住手机下部,由拇指触摸虚拟键盘6,而视线落在拇指上方来观察屏幕所显示的除虚拟键盘之外的内容,屏幕处于手掌之外。从图中可看出当仅用一只手来完成“又要握手机”“又要用大姆指按拨键盘”时,在这种情况下,存在以下缺点:第一,主要用手掌上半部分(主要是大鱼际肌3和食指中指这两指)去握手机,无法充分利用整个手掌的握力;第二,因为手掌上半部分的拇指还要兼顾来回上下移动按压虚拟键盘,影响大鱼际肌3对手机的用力,更易致手机掉落;第三,手机的上半部分体积处于手掌的上半部分之上,也就是是有大半部分的手机体积是悬空的,手机重心落在手掌之外,也是使手机极容易掉落的一个重要因素;第四,手机上半部悬空于手掌之外,即屏幕处于手掌之外。(视线落在拇指上方来观察屏幕8所显示的内容),这时站在机主身边或坐在机主左右的人,也能很方便的看到机主手机屏幕8上的内容,非常不利于保密和保护隐私,特别是前文第7段第4点提到的两种情况更不利于保护隐私。
图2是本发明的第一个实施例,也是对权利要求8的实施。手机前面板设置有触摸显示屏8,显示屏中设置有触摸虚拟键盘6;所述手机屏幕带有现有技术的重力感应功能,能自动感知手机是否倒置而自动调整屏幕中的画面的上下方位从而:1,保持显示屏的内容正置(即图中站立的人体是头朝上的),包括虚拟键盘正置(即图中的虚拟键盘6的字体是头朝上的);2,保持虚拟键盘固定位于靠近手机的上端,这只需要将虚拟键盘的位置坐标设定为相对于机壳是固定的。
现有技术中,在手机软件中要将虚拟键盘的坐标设定为两套并且选用那一套位置坐标受控于重力感应***:当重力感应***感知手机正置时,虚拟键盘采用一套近手机下端的位置坐标;当重力感应***感知手机倒置时,虚拟键盘采用一套靠近手机上端的位置坐标。从而,不管手机正置还是倒置,虚拟键盘总是位于屏幕的下部。
可见在制造手机时本专利方案比现有技术更简化更省事。在本实施例中,只需设定一 套虚拟键盘的坐标,且该坐标不需与重力感应***发生联系,不管手机正置还是倒置,都位于靠近手机的上端。而却给用户带来更多功能。
图2中手机壳上的品牌标识为“ABC牌手机”,字符ABC头部朝上,所以图中的手机是处于正向放置的状态。图7是将图2手机倒置的示意图。但不管手机正置或反过来倒置,也称反置,虚拟键盘固定位于靠近手机上端的位置;而且,不管手机正置或反过来倒置,也称反置,虚拟键盘的字是头朝上的,屏幕里的画面人体也是正置的。
这样,这部手机既可以按传统的握持习惯键下屏上的握持模式操作,也可以反过来以键上屏下的握持模式操作,即可以双向使用。此外,这部手机两端都设有听筒和麦克风,不管是正置使用或倒置使用都可以。从而,机主可以根据不同场合的需要来选择按传统方式来操作或按键上屏下的模式来操作;从而,机主可以根据自己在不同时间段的心情或兴趣来选择按传统方式来操作或以键上屏下的模式来操作。
由于不管手机正置,或反过来倒置着拿,虚拟键盘的位置始终固定位于靠近手机的某一端,(现有技术的手机是:手机反过来倒置着拿,虚拟键盘的位置也从靠近手机下端反过来变为靠近手机上端,即双反向),所以称为单反智能手机。
图中手机为5.5英寸显示屏。
图3是第一个实施例,在公开场合有利于保护隐私的操作方法示意图。握机时使手机屏幕8和手掌心相对并形成一个狭缝,握机者自己通过这个夹缝可以很方便地观察到屏幕8的内容,而旁边的人就基本无法看到了。非常有利于保密和保护隐私,特别是上文第段提到的两种情况。
图4是手掌上部和下部区域的划分图示意图,虚线上方部分为手掌的上半部。
在本专利各实施例中,手机两端各设有一套麦克风总成。图5是各实施例中双麦克风的电路原理示意图。图中,虚线方框表示竖直摆放的ABC牌手机,虚线圆框两边的接线端表示对来自麦克风的电信号的接收端。手机下端设有一个麦克风M1和继电器J1,M1与该继电器的触点开关K1串联成麦克风总成;同理,手机上端设有一个麦克风M2和继电器J2,M2与该继电器的触点开关K2串联成麦克风总成。这两个麦克风总成以并联的方式连接后再连接于麦克风信号接收端,而且,所述两个开关K1和K2受控于重力感应信号,图中,重力感应装置检测到手机是倒置的,就发出控制电信号给靠近手机下端的继电器J1使K1断开;同理,重力感应装置检测到手机是倒置的,就发出控制信号给靠近手机上端的继电器J2使K2闭合。这时,M2就可正常工作。
在本专利各实施例中,手机两端各设有一套听筒总成。图6是各实施例中双听筒的电 路原理示意图。图中,虚线方框表示竖直摆放的ABC牌手机,虚线圆框两边的接线端表示信号源。手机下端设有一个听筒B1和继电器J1,B1与该继电器的触点开关K1串联成听筒总成;同理,手机上端设有一个听筒B2和继电器J2,B2与该继电器的触点开关K2串联成听筒总成。这两个听筒总成以并联的方式连接后再连接于信号源,而且,所述两个开关K1和K2受控于重力感应信号,图中,重力感应装置检测到手机是倒置的,就发出控制信号给靠近手机下端的继电器J1使K1闭合;同理,重力感应装置检测到手机是倒置的,就发出电信号给靠近手机上端的继电器J2使K2断开。这时,B1就可正常工作了。
图7是在现有市场上搜索到的大量光栅立体画,对同一张画,改变观察的角度就可看到不同的内容。
当仅用一只手来完成“又要握手机”“又要用大姆指按拨键盘”时,在这种情况下,键上屏下的手机大部分体积被握于手掌中,由拇指按压键盘,而视线落在拇指下方来观察屏幕所显示的内容。从以上各实施例可见,当以键上屏下握持模式单手操作本专利方案的手机时,手机的大部分体积被握于手掌中,由拇指按压键盘,而视线落在拇指下方来观察屏幕所显示的内容。从图中可看出存在以下有益效果:1,1,大姆指要够得到键盘区,虎口就要靠近手机上半部的键盘区,这样,食指和中指能捏握手机上半部,而且无名指和小指能扭握手机的下半部不会握空,也就是说:手掌的大部分肌肉(包括大鱼际肌和小鱼际肌和食指和中指和无名指和小指)可参与对手机的夹持,使得单手操作时手机被牢固的握在手掌中;2由于拇指在手掌的上部,键盘高度与拇指高度相当,符合人体工程学,操作起来更顺畅。当大鱼际肌操控拇指来回上下移动按拨键盘时,小鱼际肌还能与其它四个手指共同握紧手机;3,手机大部分体积被握于整个手掌之中,手机重心基本落在手掌之中,因而不易掉落,大大减少手机损坏的概率。连同上面第1和第2点的因素,构成非常有利于单手握持并按拨键盘的三大因素。4,能提高公共场合中操作的保密性能。因为手机大部分体积被握于手掌之中,屏幕也就处于四面都有东西遮挡的位置,以左手单手握持操作为例:上方有大拇指的遮挡,左边有左手掌的大鱼际肌的遮挡,右边有左手指的遮挡,下边可通过靠近胸腹部来遮挡,因而,在公开场合操作手机时,可大大增加保密性能。非常有利于保密和保护隐私,特别是上文第7段第4点中提到的两种情况。
综上所述,一部手机可以双向操作是很有必要的也能给用户带来新奇的用机体验和多样化的选择。
Claims (6)
- 一种可双向使用手机,简称单反智能手机,,包括手机本体和面板,以及面板上各部件的布局,其特征是,前面板设置有触摸显示屏,显示屏中设置有触摸虚拟键盘;所述手机屏幕带有现有技术的重力感应功能,能自动感知手机是否倒置而自动调整屏幕中的画面的上下方位从而:1,保持显示屏的内容正置,包括虚拟键盘正置;2,保持虚拟键盘固定位于靠近手机的上端或保持虚拟键盘固定位于靠近手机的下端;只要将手机在正置和倒置两种状态中转换,就能给用户提供键上屏下或键下屏上两种握持模式来操作手机。
- 本专利为便于表述方位,以手机壳上一个品牌标识作为参照物,手机的上端是指所述标识头部所朝向的那一端,手机下端是指所述标识的底部所朝向的那一端;手机正置是指手机上端在上下端在下的状态,手机倒置是指手机上端在下下端在上的状态;屏幕显示的内容正置是指所述显示内容的头部朝上的状态,屏幕显示的内容倒置是指所述显示内容的头部朝下的状态;键盘正置是指按键上的字体是头朝上的,键盘倒置是指按键上的字体是头朝下的,所述按键包括实体按键和虚拟按键;本专利所述双向手机的双向功能,是指手机能供用户以按键在上方屏幕在下方来操作,又能供用户以按键在下方屏幕在上方两种握持模式来操作手机;所述手机,是指供手提操作的移动电话,或移动电话的蓝牙拨号器;由于不管手机正置,或反过来倒置着拿,虚拟键盘的位置始终固定位于靠近手机的某一端,(现有技术的手机是:手机反过来倒置着拿,虚拟键盘的位置也从靠近手机下端反过来变为靠近手机上端,即双反向),所以称为单反智能手机。
- 根据权利要求1所述的手机,其特征是:手机两端各设有一个听筒,两听筒以并联的方式连接后再连接于信号源;或者,手机两端各设有一个听筒总成,两个听筒总成以并联的方式连接后再连接于信号源,所述听筒总成,是指一个听筒与一个开关串联而成的组件;而且,所述两个开关受控于重力感应信号,使高度较高的开关闭合而高度较低的开关断开;所述信号源,是指现有技术中供给手机听筒电信号的接线端。
- 根据权利要求2所述的手机,其特征是:将现有技术手机中的麦克风,其位置移到手机的中部,但这个麦克风的线路连接图不变。
- 根据权利要求3所述的手机,其特征是:手机的中部再加设有第2第3个麦克风,所有麦克风都与权利要求3所述的麦克风并联联接。
- 根据权利要求1所述的手机,其特征是:手机两端各设有一个麦克风,两麦克风以并联的方式连接后再连接于接收端;或者,手机两端各设有一个麦克风总成,两个麦克风总成以并联的方式连接后再连接于接收端, 所述麦克风总成,是指一个麦克风与一个开关串联而成的组件;而且,所述两个开关受控于重力感应信号,使高度较高的开关断开而高度较低的开关闭合;所述接收端,是指现有市售手机中,用于接收来自麦克风的电信号的接线端。
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