mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus comprising: a moveable light source ; at least one image-acquisition device configured to acquire a plurality of images of at least a portion of a face of a patient; and at least one computer processor configured to: identify a first eye of the patient within at least a first portion of the acquired images; in response thereto, drive the light source to direct light toward the patient's first eye; and measure a consensual pupillary response of a second eye of the patient to the light being directed toward the first eye, by identifying a pupil of the patient's second eye in images belonging to the acquired images that were acquired, respectively, prior to and subsequent to the light being directed toward the first eye. a moveable light source ; at least one image-acquisition device configured to acquire a plurality of images of at least a portion of a face of a patient; and at least one computer processor configured to: identify a first eye of the patient within at least a first portion of the acquired images; in response thereto, drive the light source to direct light toward the patient's first eye; and measure a consensual pupillary response of a second eye of the patient to the light being directed toward the first eye, by identifying a pupil of the patient's second eye in images belonging to the acquired images that were acquired, respectively, prior to and subsequent to the light being directed toward the first eye. identify a first eye of the patient within at least a first portion of the acquired images; in response thereto, drive the light source to direct light toward the patient's first eye; and measure a consensual pupillary response of a second eye of the patient to the light being directed toward the first eye, by identifying a pupil of the patient's second eye in images belonging to the acquired images that were acquired, respectively, prior to and subsequent to the light being directed toward the first eye.
A method of identifying marked hydrocarbon fluids that have been laundered, wherein unlaundered marked hydrocarbon fluids contain a gas chromatography marker and a spectroscopic marker, the gas chromatography marker including a pyrrolidinone, the method comprising: a) introducing a first portion of a hydrocarbon fluid sample that is suspecting of having been laundered into a gas chromatography system, thereby resulting in a gas chromatography report of the hydrocarbon fluid sample; b) spectroscopically analyzing a second portion of the hydrocarbon fluid sample, thereby resulting in a spectroscopic report of the hydrocarbon fluid sample; c) identifying the presence or absence of the gas chromatography marker using the gas chromatography report and identifying the presence or absence of the spectroscopic marker using the spectroscopic report; and d) based on the identifying of step c): if the gas chromatography marker and the spectroscopic marker are identified as present, then indicating that the hydrocarbon fluid sample is marked and unlaundered; if the gas chromatography marker is identified as present and the spectroscopic marker is identified as absent, then indicating that the hydrocarbon fluid sample is marked and laundered; and if the gas chromatography marker and the spectroscopic marker are identified as absent, then indicating the hydrocarbon fluid is unmarked. a) introducing a first portion of a hydrocarbon fluid sample that is suspecting of having been laundered into a gas chromatography system, thereby resulting in a gas chromatography report of the hydrocarbon fluid sample; b) spectroscopically analyzing a second portion of the hydrocarbon fluid sample, thereby resulting in a spectroscopic report of the hydrocarbon fluid sample; c) identifying the presence or absence of the gas chromatography marker using the gas chromatography report and identifying the presence or absence of the spectroscopic marker using the spectroscopic report; and d) based on the identifying of step c): if the gas chromatography marker and the spectroscopic marker are identified as present, then indicating that the hydrocarbon fluid sample is marked and unlaundered; if the gas chromatography marker is identified as present and the spectroscopic marker is identified as absent, then indicating that the hydrocarbon fluid sample is marked and laundered; and if the gas chromatography marker and the spectroscopic marker are identified as absent, then indicating the hydrocarbon fluid is unmarked. if the gas chromatography marker and the spectroscopic marker are identified as present, then indicating that the hydrocarbon fluid sample is marked and unlaundered; if the gas chromatography marker is identified as present and the spectroscopic marker is identified as absent, then indicating that the hydrocarbon fluid sample is marked and laundered; and if the gas chromatography marker and the spectroscopic marker are identified as absent, then indicating the hydrocarbon fluid is unmarked.
A data processing apparatus , comprising: a control information generation unit configured to generate control information for controlling a method of using data by a reception side, the data being wirelessly transmitted and received by the reception side; and a data generation unit configured to add the control information to data to generate data-with-control-information, characterized in that the control information is information related to acceptance or prohibition of insertion of data, acceptance or prohibition of discard of data, or acceptance or prohibition of insertion and discard of data on the reception side. a control information generation unit configured to generate control information for controlling a method of using data by a reception side, the data being wirelessly transmitted and received by the reception side; and a data generation unit configured to add the control information to data to generate data-with-control-information, characterized in that the control information is information related to acceptance or prohibition of insertion of data, acceptance or prohibition of discard of data, or acceptance or prohibition of insertion and discard of data on the reception side.
A round plug connector comprising - a cable cap for contacting a cable end ; - a plug head for establishing a plug connection with a complementary round plug connector and/or a complementary round plug connector socket; and - a movable shield contact which can move automatically into a shield position when the plug head is mounted on the cable cap , in which shield position the shield contact provides an electrical connection between a cable shield of the cable end and a plug head shield of the plug head ; wherein the shield contact is designed as a pivotable contact rocker comprising - a rocker wing assigned to the plug head for electrically contacting the plug head shield and - a rocker wing assigned to the cable end for electrically contacting the cable shield . - a cable cap for contacting a cable end ; - a plug head for establishing a plug connection with a complementary round plug connector and/or a complementary round plug connector socket; and - a movable shield contact which can move automatically into a shield position when the plug head is mounted on the cable cap , in which shield position the shield contact provides an electrical connection between a cable shield of the cable end and a plug head shield of the plug head ; - a rocker wing assigned to the plug head for electrically contacting the plug head shield and - a rocker wing assigned to the cable end for electrically contacting the cable shield .
Tilting motorcycle with at least three wheels comprising: a frame , - at least one front wheel , - a rear end comprising an engine group and a pair of rear wheels , wherein said rear end is hinged to the frame so as to allow a rolling of the frame around a rolling axis (R-R) and a pitching of the rear end around a pitching axis (B-B), wherein said rear end is further connected to the frame by means of a suspension system comprising: - a pair of uprights connected at the bottom by two first hinges to the engine group , - at least a first crosspiece , - the centre (C) of said first crosspiece being connected to the frame directly or indirectly by a transmission element , - said uprights or transmission element comprise a suspension to dampen the rear end with respect to the frame , characterized in that said at least first crosspiece is hinged at its distal ends to the uprights . a frame , - at least one front wheel , - a rear end comprising an engine group and a pair of rear wheels , wherein said rear end is hinged to the frame so as to allow a rolling of the frame around a rolling axis (R-R) and a pitching of the rear end around a pitching axis (B-B), - at least one front wheel , - a rear end comprising an engine group and a pair of rear wheels , wherein said rear end is hinged to the frame so as to allow a rolling of the frame around a rolling axis (R-R) and a pitching of the rear end around a pitching axis (B-B), wherein said rear end is further connected to the frame by means of a suspension system comprising: - a pair of uprights connected at the bottom by two first hinges to the engine group , - at least a first crosspiece , - the centre (C) of said first crosspiece being connected to the frame directly or indirectly by a transmission element , - said uprights or transmission element comprise a suspension to dampen the rear end with respect to the frame , characterized in that said at least first crosspiece is hinged at its distal ends to the uprights . - a pair of uprights connected at the bottom by two first hinges to the engine group , - at least a first crosspiece , - the centre (C) of said first crosspiece being connected to the frame directly or indirectly by a transmission element , - said uprights or transmission element comprise a suspension to dampen the rear end with respect to the frame , characterized in that said at least first crosspiece is hinged at its distal ends to the uprights .
A method of wireless communication , comprising: receiving a first indicator (1945, 1945-a) for a frame at a user equipment, UE, , wherein the first indicator (1945, 1945-a) identifies a minimum downlink transmission period (1905, 1905-a) for a contention-based carrier; receiving a downlink portion of the frame during the minimum downlink transmission period (1905, 1905-a); receiving , during the minimum downlink period (1905, 1905-a), a second indicator of an upcoming uplink transmission period , the second indicator indicates a number of uplink subframes associated with the upcoming uplink transmission period ; receiving , after having received the second indicator , an uplink grant at the UE for the contention-based carrier prior to an end of the minimum downlink transmission period (1905, 1905-a), wherein the uplink grant identifies at least one uplink resource assigned to the UE , the at least one uplink resource being in at least one uplink subframe of the uplink transmission period ; and transmitting on the at least one uplink resource in accordance to the uplink grant . receiving a first indicator (1945, 1945-a) for a frame at a user equipment, UE, , wherein the first indicator (1945, 1945-a) identifies a minimum downlink transmission period (1905, 1905-a) for a contention-based carrier; receiving a downlink portion of the frame during the minimum downlink transmission period (1905, 1905-a); receiving , during the minimum downlink period (1905, 1905-a), a second indicator of an upcoming uplink transmission period , the second indicator indicates a number of uplink subframes associated with the upcoming uplink transmission period ; receiving , after having received the second indicator , an uplink grant at the UE for the contention-based carrier prior to an end of the minimum downlink transmission period (1905, 1905-a), wherein the uplink grant identifies at least one uplink resource assigned to the UE , the at least one uplink resource being in at least one uplink subframe of the uplink transmission period ; and transmitting on the at least one uplink resource in accordance to the uplink grant .
Method for regulating a parameter (P), for example of the profile or the planarity, of a strip-shaped rolling material rolled with the help of a roll stand, comprising the following steps: measuring the actual parameter P Ist of the rolling material after a rolling process; comparing the actual parameter P Ist with a predetermined target parameter (P Soll ) for the rolling material and determining a difference (eP) between the actual parameter and the target parameter as a parameter regulating difference (eP); determining a setting signal (s) for activation of at least one setting element in dependence on the parameter regulating difference (eP), wherein the setting element is a cooling shell associated with a roll of the roll stand; characterised in that the cooling shell is constructed to be variable in the effective length (b) thereof in circumferential direction of the roll; and the effective length (b) of the cooling shell in circumferential direction (b) is suitably set in dependence on the parameter regulating difference (eP) with the help of the setting signal (s). measuring the actual parameter P Ist of the rolling material after a rolling process; comparing the actual parameter P Ist with a predetermined target parameter (P Soll ) for the rolling material and determining a difference (eP) between the actual parameter and the target parameter as a parameter regulating difference (eP); determining a setting signal (s) for activation of at least one setting element in dependence on the parameter regulating difference (eP), wherein the setting element is a cooling shell associated with a roll of the roll stand; characterised in that the cooling shell is constructed to be variable in the effective length (b) thereof in circumferential direction of the roll; and the effective length (b) of the cooling shell in circumferential direction (b) is suitably set in dependence on the parameter regulating difference (eP) with the help of the setting signal (s).
A composition comprising: a) a microbiome modifying component comprising a fructooligosaccharides (FOS) prebiotic; b) a satiety modifying component comprising glucomannan; and c) a metabolic modifying component comprising chromium; wherein the composition comprises 5g FOS, 1g of glucomannan and 130 μg of chromium. a) a microbiome modifying component comprising a fructooligosaccharides (FOS) prebiotic; b) a satiety modifying component comprising glucomannan; and c) a metabolic modifying component comprising chromium;
An image processing apparatus comprising: a communication interface configured to acquire a video image capturing a rear area behind a vehicle ; and a controller configured to synthesize a guide wall image that indicates a predicted path of the vehicle in a display region of the video image; and cause a display apparatus to display the guide wall image together with an obstacle image and a marker representing a detection object , superimposed on the video image; wherein the obstacle image includes an image representing the vehicle viewed from above and an image indicating that an obstacle is detected on the left rear side of the vehicle and/or the right rear side of the vehicle , based on a detection result, characterised by wherein the marker includes a band image , the controller is configured to repeatedly move the band image in a first direction when it is determined that the vehicle contributes more to a reduction of the distance between the vehicle and the detection object , and the controller is configured to repeatedly move the band image in a second direction, different from the first direction, when it is determined that the detection object contributes more to a reduction of the distance between the vehicle and the detection object , and wherein the moving speed of the band image is faster as a rate at which the distance between the vehicle and the detection object is decreasing is faster. a communication interface configured to acquire a video image capturing a rear area behind a vehicle ; and a controller configured to synthesize a guide wall image that indicates a predicted path of the vehicle in a display region of the video image; and cause a display apparatus to display the guide wall image together with an obstacle image and a marker representing a detection object , superimposed on the video image; synthesize a guide wall image that indicates a predicted path of the vehicle in a display region of the video image; and cause a display apparatus to display the guide wall image together with an obstacle image and a marker representing a detection object , superimposed on the video image; wherein the obstacle image includes an image representing the vehicle viewed from above and an image indicating that an obstacle is detected on the left rear side of the vehicle and/or the right rear side of the vehicle , based on a detection result, characterised by wherein the marker includes a band image , the controller is configured to repeatedly move the band image in a first direction when it is determined that the vehicle contributes more to a reduction of the distance between the vehicle and the detection object , and the controller is configured to repeatedly move the band image in a second direction, different from the first direction, when it is determined that the detection object contributes more to a reduction of the distance between the vehicle and the detection object , and wherein the moving speed of the band image is faster as a rate at which the distance between the vehicle and the detection object is decreasing is faster.
A media streaming apparatus for playing media on a web browser , comprising at least one processor to implement: a receiving unit configured to receive from a media service apparatus, a script which can be parsed by the web browser, and to receive media data through a WebSocket, the media data being generated by the media service apparatus in response to a request from the media streaming apparatus for a live streaming mode or a recorded streaming mode as indicated by a user of the media streaming apparatus ; a first media restoring unit configured to decode the media data by a first decoder received in the script which can be parsed by the web browser ; a second media restoring unit configured to decode the media data by a second decoder embedded in the web browser ; and an output unit configured to output the media data decoded by at least one of the first media restoring unit and the second media restoring unit , wherein, when the streaming mode is the live streaming mode the received media data is packetized with a packet for each frame and is decoded by the first media restoring unit, and when the streaming mode is the recorded streaming mode the received media data is either packetized with a packet for each frame and decoded by the first media restoring unit, or packetized in a container format, each container including a plurality of frames, and decoded by the second media restoring unit; and wherein the packetizing has been performed by the media service apparatus based on at least one of a profile element of the media data and a codec applied to the media data. a receiving unit configured to receive from a media service apparatus, a script which can be parsed by the web browser, and to receive media data through a WebSocket, the media data being generated by the media service apparatus in response to a request from the media streaming apparatus for a live streaming mode or a recorded streaming mode as indicated by a user of the media streaming apparatus ; a first media restoring unit configured to decode the media data by a first decoder received in the script which can be parsed by the web browser ; a second media restoring unit configured to decode the media data by a second decoder embedded in the web browser ; and an output unit configured to output the media data decoded by at least one of the first media restoring unit and the second media restoring unit , wherein, when the streaming mode is the live streaming mode the received media data is packetized with a packet for each frame and is decoded by the first media restoring unit, and when the streaming mode is the recorded streaming mode the received media data is either packetized with a packet for each frame and decoded by the first media restoring unit, or packetized in a container format, each container including a plurality of frames, and decoded by the second media restoring unit; and wherein the packetizing has been performed by the media service apparatus based on at least one of a profile element of the media data and a codec applied to the media data.
A multifunctional device , having a pillar , which can be moved between a horizontal park position provided below the ceiling of a room and a non-horizontal work position, it being possible to move the free end of the pillar having supply, media or data devices in a three-dimensional manner, characterized in that the pillar is constructed in the manner of a pivot arm, which can be pivoted back and forth about a horizontal axis, which pivot arm can be rotated about a vertical axis, outside of the park position, only if a certain angle of pivoting out of horizontal is exceeded, and in that the end of the pillar opposite the free end is assigned to a joint .
Magnetic rail brake device for a rail vehicle, at least comprising a) at least one pressure-medium actuated actuation cylinder with a cylinder housing and with an actuation piston that is movable relative to the cylinder housing , b) at least one magnet apparatus , which can be lowered into a low position on a rail by means of the at least one actuation cylinder , in order to generate a magnetic attraction force between the rail and the at least one magnet apparatus by means of a magnetic short circuit with the rail, and which can be placed in a high position raised from the rail, as well as in any intermediate positions between the low position and the high position, by means of the actuation cylinder , c) at least one high position detection apparatus , which generates a high position signal when the high position is assumed by the at least one magnet apparatus , characterized in that d) the high position detection apparatus comprises at least one electrical limit switch with at least two switching states arranged inside the actuation cylinder , which changes the switching state when the high position is assumed by the magnet apparatus . a) at least one pressure-medium actuated actuation cylinder with a cylinder housing and with an actuation piston that is movable relative to the cylinder housing , b) at least one magnet apparatus , which can be lowered into a low position on a rail by means of the at least one actuation cylinder , in order to generate a magnetic attraction force between the rail and the at least one magnet apparatus by means of a magnetic short circuit with the rail, and which can be placed in a high position raised from the rail, as well as in any intermediate positions between the low position and the high position, by means of the actuation cylinder , c) at least one high position detection apparatus , which generates a high position signal when the high position is assumed by the at least one magnet apparatus , characterized in that d) the high position detection apparatus comprises at least one electrical limit switch with at least two switching states arranged inside the actuation cylinder , which changes the switching state when the high position is assumed by the magnet apparatus .