64results about How to "Not enough space to solve" patented technology

An electronic device comprising: a display that is controllable to display at least a portion of an arrangement of items; and a user input that is usable to select a first subset of the arrangement of items and is usable to scroll the selected first subset within the displayed portion of the arrangement of items relative to a second subset of the arrangement of items.

A replaceable lamp assembly includes a lamp adapter and a lamp holder. The lamp adapter is detachably connected to the lamp holder. The lamp adapter has a top provided with a connecting member and a bottom formed with a sliding trough. The lamp holder has a top provided with a sliding block which corresponds to the sliding trough. The sliding trough and the sliding block are either a T-shaped trough and a T-shaped block or a swallow-tailed trough and a swallow-tailed block, which have a flat configuration without taking a lot of space. Accordingly, the lamp adapter has enough space to accommodate a circuit board, a lamp ballast, and so on. It is not necessary to increase the size of the lamp adapter. The lamp assembly of the present invention is compact and changeable in shape.

To correct at least one extraneous or missing space in a document, weights are assigned to tokens contained in a dictionary. Each token is defined by an ordered sequence of non-space symbols. The weights are assigned based on at least one of a token length and frequency of occurrence of the token in the document. Corrected text is generated from text of the document by applying an ordered sequence of symbol-level transformations selected from a group of symbol-level transformations including at least (i) deleting a space, (ii) inserting a space, and (iii) copying a symbol. The ordered sequence of symbol-level transformations is optimized respective to an objective function dependent upon the weights of tokens of the corrected text.

The laser marking device of the present invention utilizes a networked distributed scalable architecture for high-speed simultaneous or sequential marking on a plurality of stationary or moving objects. A plurality of marking units and a controller are connected with one another through a network interface. The controller generates commands and data for the entire marking process and performs general flow control.

The present invention is to be utilized as a safety device for a passenger riding a vehicle in tandem with the vehicle's operator. The invention is a safety belt device that allows for the passenger to securely grasp one or two handgrips attached to a belt worn around the operator's waist. This invention allow for the passenger to better maintain and stabilize their balance, preventing possible accidents or injury.

In a liquid crystal display one pixel is divided into two subpixels, the two subpixels are connected to two subdata lines extending from one data line, and a desired data voltage is applied by using a data driving switching element connected to the subdata line, thereby reducing the number of data lines needed to reduce the cost of the driver and preventing a lack of space to mount the data driver while dividing one pixel into two subpixels and differently applying voltages of the two subpixels.

A method and system for writing data which includes the steps of: receiving a write command, storing associated data in a buffer memory, determining whether or not enough free space exists in the buffer memory to store a subsequent unit of write data, and sending a “command complete” signal to the external device, if it is determined that there exists enough free space to store a subsequent unit of write data. The disk drive unit includes: a random access recording medium, a command memory, a buffer memory, and a logic circuit for determining whether or not enough free space exists in the buffer memory to store a subsequent unit of write data, with a predetermined reference value representing the amount of free space occupied by a typical unit of write data.

A support component structure is removably installed on an electronic device, and is used to mount or dismount a printed circuit board in a frame of the electronic device. The support component structure includes a tray and at least one auxiliary support element. The tray is mounted on the frame in a combination manner, and is used to load the printed circuit board, so that the printed circuit board is mounted or dismounted in the frame. The auxiliary support element is mounted on the tray, and presses against the frame, so as to increase the weight that can be born by the tray.

A method for transmitting data is described that includes the steps of: Producing a data frame for transmission, the data frame including a sequence number and user data, saving a copy of the data frame in a retransmission buffer, and if said step of saving a copy requires that data already present in the retransmission buffer is overwritten, selecting the one or more oldest data frames in the retransmission buffer to be overwritten, in case an error is determined in the received data frame, communicating an error message to the transmitter of the data frame, which error message at least comprises an indication of the sequence number of the last correctly received data frame—upon receipt of such message and if available, retransmitting one or more data frames from the retransmission buffer having a sequence number higher than the sequence number communicated in the message.

The disclosure relates to field of aesthetic dental technology, more particularly relates to a C / S architecture-based dental beautification AR smart assistance method and apparatus. Specifically, an auxiliary method for dental beautification may include obtaining information; processing the information and obtaining the results of information processing; and generating and displaying the beautification schemes according to the results of information processing. A terminal device for dental beautification, including a memory for storing computer program code and a processor for executing computer program code stored in the memory, is also disclosed. The dental beautification method and apparatus can provide the teeth reference effect after beautification in advance, such as providing reference pictures and videos. Patients can participate in the process of designing the plans, and can also provide different beautification plans for selection, which effectively improves the enthusiasm of patients for dental beautification.

A display panel includes a substrate that comprises a display area and a non-display area. In the display area, a plurality of first signal lines are arranged along a first direction, and extend along a second direction. The non-display area includes a fan-out wiring area and a binding area, and the fan-out wiring area is located between the display area and the binding area. A plurality of fan-out lines are located in the fan-out wiring area, and a plurality of conductive connection portions are located in the binding area. The fan-out lines include a first fan-out line, a second fan-out line, and a third fan-out line, and a first end of the first fan-out line, a first end of the second fan-out line, and a first end of the third fan-out line are electrically connected to the first signal lines respectively. The first fan-out line, the second fan-out line, and the third fan-out line are located at different layers respectively. The plurality of conductive connection portions are electrically connected to a second end of the first fan-out line, a second end of the second fan-out line, and a second end of the third fan-out line in one-to-one correspondence.

A volume-adjustable unit comprising a first layer, a second layer, and multiple inner paper layers subsequently disposed between the first and second layers, each inner paper layer has two opposing sides, and each of the two opposing sides is adhered to an adjacent layer of the each inner paper layer through an adhesive layer, the adhesive layer comprises multiple adhesive strips, the multiple adhesive strips are formed subsequently and substantially in parallel spaced apart from each other and are arranged in such a way that each section of the each inner paper layer adheres to at most one adjacent layer on one of the two opposing sides through an adhesive strip, whereby multiple hexagonal columns are formed by the inner paper layers as the unit is stretched-out. The unit can be used to prepare a volume-adjustable frame of a piece of furniture that is relatively light and can be transported from one place to another without taking up a lot of space.

An alarm method for insufficient storage space of a network storage system is provided. The method includes the following steps. Preset a time alarm threshold value according to a current operation state of the system when allocating storage spaces to users. Estimate a time that written data fully occupy a current remaining space according to a data writing speed to the storage space, a current idle memory of the system, total dirty data in a cache of the system, and the current remaining space in the storage space. Compare the estimated time value and the time alarm threshold value. And, send alarm information when the estimated time value is smaller than the time alarm threshold value. By setting the alarm threshold value of a time concept, a timely alarm of insufficient storage space is realized, which enhances the effective management of the storage space.

The invention discloses a method for combining a cable-stayed bridge deck cable unreeling manner and an air cable unreeling manner under the condition of a limited space. The method comprises the following steps: arranging a cable releasing tray under a cable tower, enabling a stay cable to be hoisted and placed on the cable releasing tray, and ensuring a beam-end anchor cup of the stay cable to be placed in a manner that one surface of the beam-end anchor cup faces upwards; pulling out the beam-end anchor cup and placing the pulled-out beam-end anchor cup on an anchor head cart, pulling the anchor head cart towards the front end of a main beam away from the direction of the cable tower for cable unreeling, and stopping pulling when the anchor head cart is pulled to the front end of the main beam; hoisting the reeled stay cable on the cable releasing tray, turning over the hoisted stay cable in the air, and then placing the turned-over stay cable back to the cable releasing tray, so that the tower-end anchor cup of the stay cable is placed in a manner that one surface of the tower-end anchor cup faces upwards; and performing air cable unreeling construction, wherein during the air cable unreeling, the tower-end anchor cup of the stay cable is pulled to slowly move upwards in conjunction with the rotation of the cable releasing tray simultaneously until the remaining stay cables on the cable releasing tray are completely hoisted, and a stay cable unreeling process is completed. According to the cable unreeling method disclosed by the invention, a bridge deck cable unreeling manner and an air cable unreeling manner are combined, so that the problem that the deck cable unreeling space is not enough is solved, the situation that the cable body is scratched is avoided, and construction safety is guaranteed.

A lidar system can be provided for measuring a clearance of overhead infrastructure, such as a bridge or overpass. The lidar system can alert a vehicle driver or automatically brake the vehicle if the available clearance is smaller than a height of the vehicle. The lidar system can emit rays of light over a range of angles towards a target region where the rays of light can have a vertical span. The lidar system can then receive rays of light reflected or scattered from the target region and can determine a distance traveled by the rays of light by determining a round trip travel time of the rays. A clearance of the overhead infrastructure can then be determined using geometric relationships.

The invention relates to a textile heat accumulator consisting of a textile carrier material to which a plurality of thin capillaries for water transportation are attached and which is coated with an elastomeric compound comprising finely divided phase change materials such as salt hydrates or crystalline alkyl hydrocarbons. The textile heat accumulator arranged in a roofing structure of a building facilitates the control of the heat flux into the building and the utilization of the latent heat stored within phase change material for hot water generation.

A method of time shifting in a digital television (TV) includes recording a digital TV program; detecting a condition under which the recording is to be suspended; and changing a size of a disk space occupied by the recorded digital TV program according to the condition of suspension.

The present invention provides a complementary metal oxide semiconductor, and it is made up by using a first type film transistor and a second type film transistor, and the first type film transistor includes a grid, a channel zone, a first type doped zone and a source doped zone, in which the channel zone, first type doped zone and source doped zone are arranged along a first direction, and the second type film transistor includes a grid, a channel zone, a second type doped zone and a drain doped zone, in which the channel zone, second type doped zone and drain doped zone are also arranged along first direction, and the second type doped zone and first type doped zone are arranged along a second direction, and the second direction is perpendicular to first direction, and the doped zones of all the film transistors are electrically connected by means of a conducting wire, in which the extensive direction of above-mentioned conducting wire is second direction.

An evaluation chip is disclosed whose interrupt priority order can be changed freely. A plurality of interrupt priority order determining circuits 20-1 to 2-4 perform a logical operation on a plurality of signals S11 to S14 used for interrupt priority order modifying control that are applied from outside and a plurality of interrupt signals S31-1 to S31-4, and output interrupt modifying signals S24-1 to S24-4. A plurality of interrupt modules 30-1 to 30-4 perform a logical AND operation on the plurality of signals S24-1 to S24-4 and a plurality of interrupt request signals S15-1 to S15-4 that are applied from outside, and output the signals S31-1 to S31-4. An address generating circuit 40 encodes the plurality of signals S31-1 to S31-4 and generates interrupt vector addresses 40. A microcomputer core 50 executes interrupt instructions that have been fetched from an external program memory 100, based on the addresses S40.

A image forming apparatus capable of performing reservation printing, even when incapable of storing print data in a memory unit due to an insufficient free space, by securing a memory area which is not used by other users. Print data is input from a PC to an MFP so as to be reserved in a memory area of an auxiliary memory of the MFP, and is printed out by the MFP in response to an instruction from a user who has logged in the MFP. The auxiliary memory has a reservation printing area and a reservation printing emergency area for storing print data. If print data of the logged-in user cannot be stored in the reservation printing area due to an insufficient free space, the print data is stored in the reservation printing emergency area in response to an instruction from the logged-in user.

A power delivery apparatus (100) for a vehicle includes an upstream delivering portion (10) and a downstream delivering portion (20). The upstream delivering portion (10) includes: an internal input terminal (11); an external input terminal (12); and a connecting terminal (13). The internal input terminal (11), the external input terminal (12) and the connecting terminal (13) are different terminals from one another. The downstream delivering portion (20) includes: a connected terminal (23); a fuse portion (22a-22e) connected to the connected terminal (23); and a downstream output terminal (21a-21e) outputting the electric power via the fuse portion (22a-22e). The upstream delivering portion (10) and the downstream delivering portion (20) are independent members each other and are assembled to be integrated with each other to allow connecting the connecting terminal (13) and the connected terminal (23).