Patents
Literature
Patsnap Copilot is an intelligent assistant for R&D personnel, combined with Patent DNA, to facilitate innovative research.
Patsnap Copilot

278results about How to "Improve cooperation" patented technology

Vaginal probe; in particular for treating incontinence

InactiveUS20050228316A1Improve forceEnhance cooperationElectromyographyGymnastic exercisingUrinary incontinenceCentral plane
The invention relates to a vaginal probe, in particular for treating incontinence and comprising an external part (20), an internal part (22), a bridge (24) connecting said parts and processing electronics (28). The external part (20) is configured as a handle and has a cavity (26) and the internal part (22) is a body that is rounded on all sides. Said body: a) has sensors (44-51) on its surface, which are connected to the processing electronics (28); b) is symmetrical about a longitudinal central plane (32), which runs between the legs of a patient using said probe; c) has cross-sections that are perpendicular to said longitudinal central plane (32) and to the bridge (24), in which the measured height dimension H of said body, which runs parallel to the longitudinal central plane (32), is at maximum half its measured width B, which runs perpendicular to the longitudinal central plane (32); and d) has a front sub-section (36) that is at a distance from the external part (20), a central section (38) and a rear sub-section (40). Said central section (38) is curved, the rear sub-section (40) is connected to the bridge (24) and the front sub-section (36) and the rear sub-section (40) are interconnected in one piece by means of the central section (38) and are at an angle of between 170 DEG-100 DEG in relation to one another.
Owner:MORGENSTERN JURGEN

Configuration management system and method for use in an RFID system including a multiplicity of RFID readers

A system and method that facilitates the configuration and control of components of an RFID system, taking into account how the RFID system components are associated with one or more physical locations within an environment in which the RFID system is deployed. A user provides information specifying associations between the system components and the physical locations within the environment to obtain visual representations of configuration data generated therefrom with reference to a facility view, an RF coverage view, and a location view of the data. The facility view serves as a reference plane for placement and orientation of antennas associated with RFID readers, location benchmark tags, and the physical locations of interest. After each antenna is placed and oriented on the facility view, an estimate of the size and shape of the RF interrogation zone of each antenna is computed, and representations of the RF interrogation zones are provided on the facility view to obtain the RF coverage view of the data. Next, the user provides information specifying the physical locations of interest to obtain the location view of the data. A composite of the facility view, the coverage view, and the location view is then generated to obtain an enhanced visual understanding of how the system components and the physical locations exist within the system environment, and how the components and locations are associated with one another.
Owner:TELEFON AB LM ERICSSON (PUBL) +2

Fingerprint-based technique for surveying an audience

A fingerprint reading mechanism is utilized so as to determine which audience members are present during various stages of an audio, visual, or audiovisual program. The fingerprint reading mechanism is associated with a processing mechanism, an “enter” button, an “exit” button, a clock, memory, an output indicator, and a code receiver. As an audience member enters or exits the program performance area, the audience member places a hand, or portion thereof, in proximity to the fingerprint reading mechanism, and also presses the “enter” or “exit” button as appropriate. Optionally, the functionalities of the “enter” button and the fingerprint reading mechanism may be combined into a single automatically activated enter/fingerprint reading mechanism, and the functionalities of the “exit” button and the fingerprint reading mechanism may be combined into a single automatically activated exit/fingerprint reading mechanism. The fingerprint reading mechanism generates a fingerprint data record in response to a human hand, or portion thereof, held in proximity thereto. The processing mechanism compares the generated fingerprint data record with each of a plurality of stored fingerprint data records accessed from memory so as to permit retrieval of an audience member identifier corresponding to the generated fingerprint data record. An audience log entry associates the retrieved audience member identifier with a corresponding clock time parameter and a corresponding enter/exit parameter. In response to retrieving an audience member identifier from a generated set of fingerprint data, the processing mechanism creates and stores an audience log entry by loading the current value of the clock as the clock time parameter.
Owner:WEINBLATT LEE S

Configuration management system and method for use in an RFID system including a multiplicity of RFID readers

A system and method that facilitates the configuration and control of components of an RFID system, taking into account how the RFID system components are associated with one or more physical locations within an environment in which the RFID system is deployed. A user provides information specifying associations between the system components and the physical locations within the environment to obtain visual representations of configuration data generated therefrom with reference to a facility view, an RF coverage view, and a location view of the data. The facility view serves as a reference plane for placement and orientation of antennas associated with RFID readers, location benchmark tags, and the physical locations of interest. After each antenna is placed and oriented on the facility view, an estimate of the size and shape of the RF interrogation zone of each antenna is computed, and representations of the RF interrogation zones are provided on the facility view to obtain the RF coverage view of the data. Next, the user provides information specifying the physical locations of interest to obtain the location view of the data. A composite of the facility view, the coverage view, and the location view is then generated to obtain an enhanced visual understanding of how the system components and the physical locations exist within the system environment, and how the components and locations are associated with one another.
Owner:TELEFON AB LM ERICSSON (PUBL) +2

System and method for generating and using systems of cooperating and encapsulated shaders and shader dags for use in a computer graphics system

A computer graphics system is described in which a new type of entity, referred to as a “phenomenon,” can be created, instantiated and used in rendering an image of a scene. A phenomenon is an encapsulated shader DAG comprising one or more nodes each comprising a shader, or an encapsulated set of such DAGs which are interconnected so as to cooperate, which are instantiated and attached to entities in the scene which are created during the scene definition process to define diverse types of features of a scene, including color and textural features of surfaces of objects in the scene, characteristics of volumes and geometries in the scene, features of light sources illuminating the scene, features of simulated cameras will be simulated during rendering, and numerous other features which are useful in rendering. Phenomena selected for use by an operator in connection with a scene may be predefined, or they may be constructed from base shader nodes by an operator using a phenomenon creator. The phenomenon creator ensures that phenomena are constructed so that the shaders in the DAG or cooperating DAGs can correctly cooperate during rendering of an image of the scene. Prior to being attached to a scene, a phenomenon is instantiated by providing values, or functions which are used to define the values, for each of the phenomenon's parameters, using a phenomenon editor. The phenomenon editor allows the operator to view the effects produced by various settings for the parameter values which are selected. During scene image generation, a scene image generator operates in a series of phases, including a including a preprocessing phase, a rendering phase and a post-processing phase. During a pre-processing phase, the scene image generator can perform pre-processing operations, such as shadow and photon mapping, multiple inheritance resolution, and the like. The scene image generator may perform pre-processing operations if, for example, a phenomenon attached to the scene includes a geometry shader to generate geometry defined thereby for the scene. During the rendering phase, the scene image generator renders the image. During the post-processing phase, the scene image generator may perform post-processing operations if, for example, a phenomenon attached to the scene includes a shader that defines post-processing operations.
Owner:MENTAL IMAGES

Full-automatic ramie decorticator

The invention relates to a full-automatic ramie decorticator which comprises a rack, a power mechanism, a ramie skin and ramie bone separating device and a ramie skin output mechanism. The ramie skin and ramie bone separating device comprises a speed difference separating device and an intermittent stirring tooth separating device, the power mechanism is placed beside the rack, the ramie skin output mechanism is positioned below the rack, the speed difference separating device is mounted on the upper portion of the rack, and the intermittent stirring tooth separating device is mounted in the middle of the rack. The speed difference separating device and the intermittent stirring tooth separating device are adopted, so that separation of ramie skin and ramie bone is realized in the process of separating. The full-automatic ramie decorticator is reasonable and compact in structure, higher in stability and convenient to operate, the problem that the ramie skin and the ramie bone at the tail ends of ramie stems are difficult to separate is solved effectively, the stems and straw of ramie are separated thoroughly, the decorticating rate is increased greatly, production labor intensity of working personnel is lowered effectively, production efficiency is improved, convenience is brought to automated control on production, and the full-automatic ramie decorticator has a good using effect and high practicability.
Owner:WUHAN TEXTILE UNIV

Image pickup lens group and electronic device

The invention discloses an image pickup lens group. The image pickup lens group is of a seven-piece lens structure. The first lens and the seventh lens both have negative refractive power; the secondlens and the sixth lens both have positive refractive power; the object side surface of the first lens is a convex surface near the optical axis of the image pickup lens group; the image side surfaceof the fourth lens is a concave surface the near optical axis; the object side surface of the fifth lens is a concave surface near the optical axis; and the image side surface of the seventh lens is aconcave surface near the optical axis. The ratio of a distance between the first lens and the second lens on the optical axis and a distance between the fifth lens and the sixth lens on the optical axis is reasonably defined, so that the spatial arrangement of each lens can be balanced, and therefore, the degree of matching between the object side end lenses of the image pickup lens group can beimproved, and sufficient intervals are left between the image side end lenses of the image pickup lens group so as to reconcile aberrations. The image pickup lens group has the advantages of large aperture, high pixel, high resolution, and excellent field angle, and the like. The image pickup lens group can realize good imaging quality and meet application requirements. The invention also discloses an electronic device.
Owner:GUANGDONG XUYE OPTOELECTRONICS TECH
Who we serve
  • R&D Engineer
  • R&D Manager
  • IP Professional
Why Eureka
  • Industry Leading Data Capabilities
  • Powerful AI technology
  • Patent DNA Extraction
Social media
Try Eureka
PatSnap group products