mhurhangee/patent-ind-claim-en huggingface dataset:
A method for driving an electro-optic display having a plurality of display pixels comprising: updating the display with a first image; and identifying display pixels with edge artifacts after the first image update; the method being characterized by : creating a binary map indicating the locations of the identified display pixels with edge artifacts; storing the identified display pixels information in a memory; and updating the display with a second image, applying a special edge clearing waveform to each pixel flagged for edge artifacts in the binary map and undergoing a white-to-white or black-to-black transition during the updating with the second image, while other pixels undergo normal transition updates; wherein the creating the binary map occurs concurrently with a display image update cycle. updating the display with a first image; and identifying display pixels with edge artifacts after the first image update; the method being characterized by : creating a binary map indicating the locations of the identified display pixels with edge artifacts; storing the identified display pixels information in a memory; and updating the display with a second image, applying a special edge clearing waveform to each pixel flagged for edge artifacts in the binary map and undergoing a white-to-white or black-to-black transition during the updating with the second image, while other pixels undergo normal transition updates; wherein the creating the binary map occurs concurrently with a display image update cycle. creating a binary map indicating the locations of the identified display pixels with edge artifacts; storing the identified display pixels information in a memory; and updating the display with a second image, applying a special edge clearing waveform to each pixel flagged for edge artifacts in the binary map and undergoing a white-to-white or black-to-black transition during the updating with the second image, while other pixels undergo normal transition updates; wherein the creating the binary map occurs concurrently with a display image update cycle.
A method comprising: transforming a mode of a computer from an operating system mode to a kiosk mode, wherein the kiosk mode provides a user interface for a first web application, and wherein the kiosk mode prevents access to any other application or the operating system of the computer; automatically updating the first web application via a network while the computer is operating in the kiosk mode; automatically updating the operating system of the computer via the network while the computer is operating in the kiosk mode; monitoring, by the operating system, a state of the first web application while the computer is operating in the kiosk mode and, in response to detecting an interrupted status of the first web application, automatically re-launching, via the computer, the first web application using the operating system to automatically re-boot the computer and launch in the kiosk mode such that the first application is executing at the same point as that at which it was executing before the interrupted status was detected; and receiving, at the computer and from a management console device while the first application is running in the kiosk mode, an application identifier of a second web application to replace the first web application running in the kiosk mode; running, by the computer, only the second web application in the kiosk mode. transforming a mode of a computer from an operating system mode to a kiosk mode, wherein the kiosk mode provides a user interface for a first web application, and wherein the kiosk mode prevents access to any other application or the operating system of the computer; automatically updating the first web application via a network while the computer is operating in the kiosk mode; automatically updating the operating system of the computer via the network while the computer is operating in the kiosk mode; monitoring, by the operating system, a state of the first web application while the computer is operating in the kiosk mode and, in response to detecting an interrupted status of the first web application, automatically re-launching, via the computer, the first web application using the operating system to automatically re-boot the computer and launch in the kiosk mode such that the first application is executing at the same point as that at which it was executing before the interrupted status was detected; and receiving, at the computer and from a management console device while the first application is running in the kiosk mode, an application identifier of a second web application to replace the first web application running in the kiosk mode; running, by the computer, only the second web application in the kiosk mode.
A door latch assembly comprising: a housing that includes a housing interior , a switch member operatively associated with the housing that is rotatable between a first position and a second position, a locking bolt that is movable linearly between an unlocked position and a locked position, wherein rotation of the switch member from the first position to the second position moves the locking bolt from the unlocked position to the locked position, and an override assembly that includes a main body portion and characterised in that it further comprises a finger lid hingedly connected to the main body portion, wherein the finger lid is pivotable between a stowed position and a deployed position, wherein rotation of the finger lid from a first position to a second position moves the locking bolt from the unlocked position to the locked position. a housing that includes a housing interior , a switch member operatively associated with the housing that is rotatable between a first position and a second position, a locking bolt that is movable linearly between an unlocked position and a locked position, wherein rotation of the switch member from the first position to the second position moves the locking bolt from the unlocked position to the locked position, and an override assembly that includes a main body portion and characterised in that it further comprises a finger lid hingedly connected to the main body portion, wherein the finger lid is pivotable between a stowed position and a deployed position, wherein rotation of the finger lid from a first position to a second position moves the locking bolt from the unlocked position to the locked position.
A system for monitoring a patient, the system comprising: a base configured and arranged to be adhesively attached to skin of the patient, the base defining an opening through the base and comprising a flexible shell ; and a sensor unit comprising a housing and a plurality of sensors (370; 372) and configured and arranged to engage the base so that the sensor unit is worn by the patient, the plurality of sensors (370; 372) comprising a temperature sensor that extends out of the housing, wherein the system is configured and arranged so that, when the sensor unit engages the base , the temperature sensor of the sensor unit extends into the opening so that a portion of the temperature sensor is exposed to the skin of the patient, wherein the flexible shell defines a cavity and comprises sidewalls around the cavity and a rim around the sidewalls , wherein the flexible shell is configured and arranged to removably receive a portion of the sensor unit and grip a perimeter of the sensor unit to maintain engagement between the sensor unit and the base , wherein the sidewalls slope outwardly and downwardly from the rim to form an undercut region below the rim and the housing of the sensor unit is sloped to fit into the undercut region below the rim . a base configured and arranged to be adhesively attached to skin of the patient, the base defining an opening through the base and comprising a flexible shell ; and a sensor unit comprising a housing and a plurality of sensors (370; 372) and configured and arranged to engage the base so that the sensor unit is worn by the patient, the plurality of sensors (370; 372) comprising a temperature sensor that extends out of the housing, wherein the system is configured and arranged so that, when the sensor unit engages the base , the temperature sensor of the sensor unit extends into the opening so that a portion of the temperature sensor is exposed to the skin of the patient, wherein the flexible shell defines a cavity and comprises sidewalls around the cavity and a rim around the sidewalls , wherein the flexible shell is configured and arranged to removably receive a portion of the sensor unit and grip a perimeter of the sensor unit to maintain engagement between the sensor unit and the base , wherein the sidewalls slope outwardly and downwardly from the rim to form an undercut region below the rim and the housing of the sensor unit is sloped to fit into the undercut region below the rim .
A method for transformation of cultured plant cells comprising a) providing a plant cell package (PCP) of cultured plant cells to be transformed, b) contacting said PCP with a liquid comprising a transforming agent for an incubation period, c) removing said liquid comprising a transforming agent; and, thereby, d) transforming said cultured plant cells, wherein the liquid comprising the transforming agent is applied to the PCP in step b) by automated equipment, preferably at a rate of at most 50 μl/s, wherein said PCP is a compacted package of cultured plant cells, and wherein said providing a PCP in step a) and said removing said liquid comprising a transforming agent in step c) comprise centrifuging the PCP at of from 500 x g to 3500 x g. a) providing a plant cell package (PCP) of cultured plant cells to be transformed, b) contacting said PCP with a liquid comprising a transforming agent for an incubation period, c) removing said liquid comprising a transforming agent; and, thereby, d) transforming said cultured plant cells, wherein the liquid comprising the transforming agent is applied to the PCP in step b) by automated equipment, preferably at a rate of at most 50 μl/s, wherein said PCP is a compacted package of cultured plant cells, and wherein said providing a PCP in step a) and said removing said liquid comprising a transforming agent in step c) comprise centrifuging the PCP at of from 500 x g to 3500 x g. wherein the liquid comprising the transforming agent is applied to the PCP in step b) by automated equipment, preferably at a rate of at most 50 μl/s, wherein said PCP is a compacted package of cultured plant cells, and wherein said providing a PCP in step a) and said removing said liquid comprising a transforming agent in step c) comprise centrifuging the PCP at of from 500 x g to 3500 x g.
A method for transmitting in a digital broadcast network a plurality of data streams generated from a transport stream (TS), the TS including a plurality of TS packets that each correspond to a fixed-length TS data packet containing digital broadcast data or a NULL packet, at least one of the plurality of the data streams including a plurality of header compressed TS packets, the plurality of TS packets before header compression each having a header including a packet identifier with a predefined length of a plurality of bits, the packet identifier relating to the TS data packet before header compression being any one of a plurality of packet identifiers, the packet identifier relating to the NULL packet before header compression being a packet identifier that is different from the plurality of packet identifiers, the method comprising the step of identifying the header of each of the plurality of TS packets before header compression, characterized by mapping, with respect to at least one of the plurality of packet identifiers relating to the TS data packets before header compression, a plurality of TS packets to a single physical layer pipe with header compression, said plurality of TS packets consisting of a plurality of TS data packets having the same packet identifier and one or more NULL packets, generating header compressed TS packets by replacing the packet identifier in each of the headers of the plurality of TS packets which are mapped to the physical layer pipe with header compression with a one-bit indicator indicating whether said TS packet is a NULL packet, the one-bit indicator having a smaller number of bits than the packet identifier, and transmitting a physical layer frame onto which the physical layer pipe with header compression is mapped, the physical layer frame including (i) the packet identifier relating to the plurality of TS data packets mapped to the physical layer pipe with header compression and a plurality of header compressed TS data packets corresponding to the plurality of TS data packets mapped to the physical layer pipe with header compression, or (ii) the packet identifier relating to the plurality of TS data packets mapped to the physical layer pipe with header compression, a plurality of header compressed TS data packets corresponding to the plurality of TS data packets mapped to the physical layer pipe with header compression, and one or more header compressed NULL packets corresponding to at least part of the one or more NULL packets mapped to the physical layer pipe with header compression, wherein for each physical layer pipe, a header compression indicator is signaled, which indicates whether or not the header of the TS packets transmitted using the respective physical layer pipe is compressed, and the synchronization byte in the transport stream is not transmitted.
An eye examining system for examining a subject's eyes, the eye examining system having a display device by means of which eye examination symbols are made visible to at least one of the subject's eyes for a subjective refraction measurement, the display device comprising a camera device having a camera by means of which the subject's eyes can be recorded, the display device comprising an illumination device having a light source by means of which the subject's ocular fundus can be illuminated, a light distribution of the light source being able to be recorded in the pupil of the subject's eye by means of the camera device of the display device when illuminating the ocular fundus, the eye examining system comprising a control apparatus by means of which an objective refraction of the eye can be determined from the light distribution in the pupil, the display device comprising a monitor , the control apparatus being suitable for controlling the monitor in such a manner that the eye examination symbols can be made visible for the subjective refraction measurement directly after the objective refraction has been determined by the control apparatus.
An apparatus for spinal surgery, the apparatus comprising: a first bone anchor comprising a head , a tip and a first central column marker , wherein the first central column marker is configured to be located on or near a posterior middle column line of a first vertebra along the Y-axis of a spine, when the first bone anchor is installed in the first vertebra; a second bone anchor comprising a head , a tip and a second central column marker , wherein the second central marker is configured to be located on or near a posterior middle column line of a second vertebra along the Y-axis of the spine adjacent to the first vertebra, when the second bone anchor is installed in the second vertebra; and a distraction device engageable with the first bone anchor and the second bone anchor , wherein the distraction device comprises a detector configured to measure a distraction distance between the first central column marker and the second central column marker , when located on or near the middle column line of the respective vertebrae. a first bone anchor comprising a head , a tip and a first central column marker , wherein the first central column marker is configured to be located on or near a posterior middle column line of a first vertebra along the Y-axis of a spine, when the first bone anchor is installed in the first vertebra; a second bone anchor comprising a head , a tip and a second central column marker , wherein the second central marker is configured to be located on or near a posterior middle column line of a second vertebra along the Y-axis of the spine adjacent to the first vertebra, when the second bone anchor is installed in the second vertebra; and a distraction device engageable with the first bone anchor and the second bone anchor , wherein the distraction device comprises a detector configured to measure a distraction distance between the first central column marker and the second central column marker , when located on or near the middle column line of the respective vertebrae.
Electrical plug-in connection having at least one electrical line designed as a plug and having a plug socket for receiving an end face of the plug , wherein the electrical line and the plug socket have a common longitudinal central axis , wherein the electrical line has a cross-sectional area and a longitudinal extension perpendicular thereto and extending in the direction of the longitudinal central axis and in the line is formed a cutout which is closed-edged, viewed in cross-section, wherein when the plug is arranged in the plug socket an outer contact surface of the plug rests on an inner contact surface of the plug socket to create an electrical connection, characterised in that the cutout extends only over a part of the longitudinal extension of the line and is formed open-edged, viewed in longitudinal section in axial direction, and engages through the end face of the plug , which end face faces towards a base of a plug-in receptacle , receiving the plug , of the plug socket .
A control device for an internal combustion engine including a fuel injection valve for direct injection that injects fuel into a combustion chamber and a fuel injection valve for port injection that injects the fuel into an intake port , wherein the control device is configured to calculate a requested fuel injection amount according to an engine operation condition; control a fuel injection amount of the direct injection fuel injection valve on a basis of the requested fuel injection amount and a minimum fuel injection amount of the port injection fuel injection valve , while maintaining a fuel injection amount of the port injection fuel injection valve at the minimum fuel injection amount of the port injection fuel injection valve , in a predetermined first operation region (R1) which is determined from an engine load and an engine rotation speed and which is a large operation region that is a normal operation region; and prohibit the injection of the port injection fuel injection valve , and perform fuel injection by only the direct injection fuel injection valve according to the requested fuel injection amount, in a second operation region (R2) in which the requested fuel injection amount is smaller than a value obtained by adding the minimum fuel injection amount of the port injection fuel injection valve and a minimum fuel injection amount of the direct injection fuel injection valve , the second operation region (R2) which is a lower load side than the first operation region (R1).
Method for producing at least one moulded, filled and sealed container product having at least the following method steps: - Extruding a tube in a preform position in the vertical extrusion direction by means of an extrusion device using supporting gas; - Closing the tube at its lower end and cutting it off at its upper open end; - Transporting the parison , cut to length in this manner, from the preform position into an open moulding tool in the linear transport direction transverse to the extrusion direction by means of a gripper device ; - Transferring the parison into the open moulding tool in a main mould position by means of the gripper device ; - Closing the moulding tool for the purpose of further moulding the parison by means of a pressure gradient; - Filling and sealing the parison ; and - Transporting the gripper device back to the preform position for a new sequence of the above method steps. - Extruding a tube in a preform position in the vertical extrusion direction by means of an extrusion device using supporting gas; - Closing the tube at its lower end and cutting it off at its upper open end; - Transporting the parison , cut to length in this manner, from the preform position into an open moulding tool in the linear transport direction transverse to the extrusion direction by means of a gripper device ; - Transferring the parison into the open moulding tool in a main mould position by means of the gripper device ; - Closing the moulding tool for the purpose of further moulding the parison by means of a pressure gradient; - Filling and sealing the parison ; and - Transporting the gripper device back to the preform position for a new sequence of the above method steps.
A terminal device, comprising: a radio interface operative to receive a broadcast message from a cellular network , the broadcast message including at least one bit associated with coverage enhancement, CE, operation of the terminal device (11, 12; 20); and an electronic circuit operative to control, when the terminal device (11, 12; 20) is in CE operation, the radio interface to selectively delay, based on the at least one bit included in the broadcast message and after a first random access preamble transmission , a next CE level dependent repetition of the random access preamble transmission . a radio interface operative to receive a broadcast message from a cellular network , the broadcast message including at least one bit associated with coverage enhancement, CE, operation of the terminal device (11, 12; 20); and an electronic circuit operative to control, when the terminal device (11, 12; 20) is in CE operation, the radio interface to selectively delay, based on the at least one bit included in the broadcast message and after a first random access preamble transmission , a next CE level dependent repetition of the random access preamble transmission .