43 results about "Feedback form" patented technology

Various embodiments of systems and methods for automatically sourcing and screening candidate profiles are described herein. The method involves receiving authorization from a participant to access the participant's account on a social networking system. Further, the profiles corresponding to the one or more candidates connected to the participant in the social networking system are extracted and scored according to a degree of match between the profile data associated with each extracted profile and a candidate search data. The candidate search data defines a set of criteria qualifying a candidate for a particular job position. In another aspect, the extracted profiles are ranked based on the scores assigned to each of the extracted profiles and a feedback form is sent to a participant in response to receiving a selection of a profile associated with the participant.

The present invention is directed to a system for gathering customer feedback or information via a portable data input and transfer device, such as a smart phone or tablet computer, capable of scanning a data representation or code associated with a survey or feedback form, presenting the user with said survey or feedback form, and transferring the feedback or information entered by the user to a server.

An AC direct drive lamp including a leakage current protection circuit includes an input stage configured to receive external power, a rectification circuit configured to rectify the external power received from the input stage, a control module electrically connected to the output stage of the rectification circuit and configured to sense and control the state of at least one of the rectification circuit, a switch module, and a light source, the switch module connected between the input stage and the control module in a feedback form and configured to switch on / off depending on a predetermined condition, and the light source electrically connected to the control module and configured to radiate light when power is applied.

The invention discloses a real-time winding forming device for a soft grain core mold explosive-carrying composite shell. The real-time winding forming device comprises a composite shell winding forming three-dimensional detection unit and a feedback forming control unit, the composite shell winding forming three-dimensional detection unit is used for obtaining an actual composite shell outer profile size, and comparing the actual composite shell outer profile size with the current fiber layer theoretical model size to obtain the deformation amount and the deformation position of the composite shell; the feedback forming control unit is used for comparing the deformation with a preset threshold value, partitioning the composite shell along the Z-axis direction, adding a fixed number of yarn width sizes to the left and the right of the axial position to form an axial range if the deformation is greater than or equal to the deformation position corresponding to the threshold value, listing the shell into an area to be adjusted along the area of the axial range, and listing the remaining areas into areas which do not need to be adjusted; the winding process parameters of the next layer is adjusted at the deformation position of the area to be adjusted so as to modify the thickness of the next winding layer to compensate the deformation; and machine tool motion parameters are outputted according to the adjusted winding process parameters of the next layer to control the winding process of the next winding layer.

A method and printing device print a feedback form in response to activation of a customer feedback option of the printing device. The printing device and the feedback form instruct the user to supply feedback comments on the feedback form and cause the feedback form to be scanned using the printing device. The method and printing device identifying the feedback form in response to the scanning of the feedback form and capture the feedback form as a feedback form image. The method and printing device transmit the feedback form image from the printing device to a feedback collection entity.

The invention provides an HARQ (hybrid automatic repeat request) method and system for a return link. The method comprises the following steps of: establishing an HARQ course for a TB transmitted in a supplement return link subframe by an RN (radio navigation) according to the configuration indication of a supplement return link subframe of eNB (evolved Node B); and carrying out ACK (acknowledgement character) / NACK (negative acknowledgement) feedback according of the HARQ course and a set feedback form. The invention also provides the HARQ system for the return link, and the system can be used for establishing the HARQ course for the supplement return link under the condition of configuring the supplement return link subframe, so that effective feedback of transmission of return link information can be realized, more flexible return link source configuration can be provided, and the compatibility of the system is guaranteed.

A deployment overview management system, method, and associated apparatus facilitate deployment of a computer system. Feedback is provided to the deployment overview management system by prior-deployed, and other, computer systems. The feedback forms metadata that is associated with active objects, processes, and systems. The metadata is utilized to facilitate deployment of a new system and management of an existing system.

In some examples, techniques are provided for rapid tactile feedback that is local to individual non-actuated keys (eg, thin keyboards or keypads) without the use of a controller. Haptic feedback may be in the form of simulated "key click" feedback for an individual key pressed by the user, so that the finger used to press the key feels a tactile sensation. Haptic feedback mimics the tactile feel of mechanical keys (eg, buckling springs, pop-up dome key switches) to give the user the perception that they have actuated a mechanically movable key.

The present invention provides a pedestrian recognition method and system for adaptive depth spatial features; the method includes the steps of: segmenting the pedestrian image according to the preset segmentation number n; establishing n groups of feature extraction models with the same number of blocks as the pedestrian image, And correspondingly extract feature information from n blocks of pedestrian image blocks; establish n groups of feature classifiers with the same number of feature information groups, and correspondingly classify n groups of feature information; calculate each The loss value generated in the group feature classification process; return n groups of loss values ​​to the corresponding feature extraction model and feature classifier to optimize the feature extraction model and feature classifier. The present invention can effectively extract more information of pedestrians, especially local information, and adopts the adaptive pedestrian feature classification in the form of loss value feedback, and finally tends to the optimal solution, which can guide the pedestrian feature extraction model to extract more depth spaces pedestrian feature information.