mhurhangee/patent-ind-claim-en huggingface dataset:
A particle analysis apparatus comprising: a raw image storage section storing a raw image (RP) of particles; a recipe storage section storing a plurality of image processing recipes that are different in at least image processing algorithms; a test region setting section which is configured for setting, based on received input from a user, a test region (TR) in the raw image (RP) where the image processing algorithm is executed; a test image processing section configured to execute the plurality of image processing algorithms on a portion of the raw image (RP) where the test region (TR) is set based on the plurality of image processing recipes stored in the recipe storage section and to output respective test result images (TP); a test result display section configured to display a list of the test result images (TP) with the different image processing algorithms each outputted from and executed by the test image processing section ; an execution recipe reception section configured to receive, from a user, a selection of the image processing recipe to be executed on the entire raw image (RP) after each test result image (TP) of the list has been displayed by the test result display section ; a final image processing section configured to execute, based on the image processing recipe received at the execution recipe reception section , image processing on the entire raw image (RP) or entire another raw image of the particles and to output a final image (FP); and a final result display section configured to display the final image (FP). a raw image storage section storing a raw image (RP) of particles; a recipe storage section storing a plurality of image processing recipes that are different in at least image processing algorithms; a test region setting section which is configured for setting, based on received input from a user, a test region (TR) in the raw image (RP) where the image processing algorithm is executed; a test image processing section configured to execute the plurality of image processing algorithms on a portion of the raw image (RP) where the test region (TR) is set based on the plurality of image processing recipes stored in the recipe storage section and to output respective test result images (TP); a test result display section configured to display a list of the test result images (TP) with the different image processing algorithms each outputted from and executed by the test image processing section ; an execution recipe reception section configured to receive, from a user, a selection of the image processing recipe to be executed on the entire raw image (RP) after each test result image (TP) of the list has been displayed by the test result display section ; a final image processing section configured to execute, based on the image processing recipe received at the execution recipe reception section , image processing on the entire raw image (RP) or entire another raw image of the particles and to output a final image (FP); and a final result display section configured to display the final image (FP).
A method performed by a communications infrastructure, the method comprising: receiving , at a rich communication services, RCS, server of the communications infrastructure, a message session relay protocol, MSRP, request from a sending device, the MSRP request comprising a plurality of data packets and specifying a receiving device; locating , with the RCS server, the receiving device in a file type database comprised of one or more file type compatibilities associated with user devices; determining , with the RCS server, that the receiving device is a hypertext transfer protocol, HTTP, enabled device based at least in part on the file type database; compiling , with the RCS server or a file server, the plurality of data packets into a single HTTP file; and sending , with the RCS server, an HTTP message to the receiving device, the HTTP message comprising at least a link to the single HTTP file to enable the receiving device to download the single HTTP file. receiving , at a rich communication services, RCS, server of the communications infrastructure, a message session relay protocol, MSRP, request from a sending device, the MSRP request comprising a plurality of data packets and specifying a receiving device; locating , with the RCS server, the receiving device in a file type database comprised of one or more file type compatibilities associated with user devices; determining , with the RCS server, that the receiving device is a hypertext transfer protocol, HTTP, enabled device based at least in part on the file type database; compiling , with the RCS server or a file server, the plurality of data packets into a single HTTP file; and sending , with the RCS server, an HTTP message to the receiving device, the HTTP message comprising at least a link to the single HTTP file to enable the receiving device to download the single HTTP file.
System for realizing a lamp elongated in a longitudinal direction (X), the system comprising several support rails elongated in a longitudinal direction (X), several current conduction rails elongated in the longitudinal direction (X), several plug devices and at least one connector , wherein the support rails each have a cross section perpendicular to the longitudinal direction (X) which is open on one end along a vertical direction (Z) and which is bounded by two sidewalls along a transverse direction (Y), wherein in an operating position, a first and a second support rail are arranged side by side in the longitudinal direction (X) and a first current conduction rail is arranged within the cross section of the first support rail and a second current conduction rail is arranged within the cross section of the second support rail and the connector is arranged at the support rails and connects both support rails to each other and a first plug device is connected to the first current conduction rail and a second plug device corresponding to the first plug device is connected to the second current conduction rail and the plug devices are fitted into one another, characterized in that the first plug device has a plug body , wherein a holding projection is provided on at least one side of the plug body which bounds the plug body perpendicular to the longitudinal direction (X), which holding projection has an axis , via which it is connected to the plug body , and two holding portions which extend from the axis along the longitudinal direction (X) over at least 5 mm away from the axis , the connector or one of the support rails having a guide device , wherein in the operating position, both holding portions of the holding projection are arranged in the guide device .
Method of ensuring integrity of system broadcast messages in a cellular mobile network, the method comprising: receiving a master information block, MIB, by a user equipment, UE, from a base station over a physical broadcast channel, PBCH; receiving at least one system information Block, SIB, by the UE from the base station comprising configuration information, and receiving additional SIBs by the UE from the base station comprising cell selection information and/or cell reselection information and/or neighbouring cell information, wherein at least one of the additional SIBs is transmitted integrity proof by the base station by performing a cryptographic hash function on at least one of the additional SIBs or groups of the additional SIBs using a key; wherein the key is received at the UE from the base station during a establishment connection establishment between the UE and the base station; and wherein the method further comprises using the key for verifying integrity, by the UE, of the at least one of the additional SIBs that is transmitted integrity proof. receiving a master information block, MIB, by a user equipment, UE, from a base station over a physical broadcast channel, PBCH; receiving at least one system information Block, SIB, by the UE from the base station comprising configuration information, and receiving additional SIBs by the UE from the base station comprising cell selection information and/or cell reselection information and/or neighbouring cell information, wherein at least one of the additional SIBs is transmitted integrity proof by the base station by performing a cryptographic hash function on at least one of the additional SIBs or groups of the additional SIBs using a key; wherein the key is received at the UE from the base station during a establishment connection establishment between the UE and the base station; and wherein the method further comprises using the key for verifying integrity, by the UE, of the at least one of the additional SIBs that is transmitted integrity proof.
A pea protein composition comprising globulins and albumins, characterized in that the solids extract of the composition: - comprises at least 80% by weight, preferably from 80 to 99% by weight, more preferentially from 85 to 98% by weight, from 90 to 97% by weight, from 92 to 95% by weight of proteins relative to the weight of the solids extract; - has a mass ratio of globulins to albumins from 65/35 to 85/15, preferably from 70/30 to 82/18, more preferentially from 75/25 to 80/20, the albumins having an emulsifying activity greater than 600 ml of corn oil per gram of albumins, and the solids extract of the composition having a content of antitryptic factors of 1 to 5 TIU/mg. - comprises at least 80% by weight, preferably from 80 to 99% by weight, more preferentially from 85 to 98% by weight, from 90 to 97% by weight, from 92 to 95% by weight of proteins relative to the weight of the solids extract; - has a mass ratio of globulins to albumins from 65/35 to 85/15, preferably from 70/30 to 82/18, more preferentially from 75/25 to 80/20, the albumins having an emulsifying activity greater than 600 ml of corn oil per gram of albumins, and the solids extract of the composition having a content of antitryptic factors of 1 to 5 TIU/mg.
An electronic device, comprising a display screen assembly and a rear cover , the display screen assembly comprising: a bracket having a bottom wall and a side wall bending from the bottom wall ; a display screen having a top surface and a bottom surface , the bottom surface of the display screen being provided on the bottom wall of the bracket , and the display screen and the side wall of the bracket being arranged at two opposite sides of the bottom wall of the bracket respectively; a cover plate having a bottom surface joined with the top surface of the display screen ; and a decoration enclosure comprising a first joining part and a second joining part coupled to each other, a part of the first joining part being attached to the cover plate , the second joining part having a first side and a second side opposite to the first side; characterized in that the second joining part is joined to the side wall of the bracket at the first side and provided with a protrusion at the second side, the rear cover has a groove , and the protrusion is snapped into the groove to couple the rear cover with the decoration enclosure . a bracket having a bottom wall and a side wall bending from the bottom wall ; a display screen having a top surface and a bottom surface , the bottom surface of the display screen being provided on the bottom wall of the bracket , and the display screen and the side wall of the bracket being arranged at two opposite sides of the bottom wall of the bracket respectively; a cover plate having a bottom surface joined with the top surface of the display screen ; and a decoration enclosure comprising a first joining part and a second joining part coupled to each other, a part of the first joining part being attached to the cover plate , the second joining part having a first side and a second side opposite to the first side; characterized in that the second joining part is joined to the side wall of the bracket at the first side and provided with a protrusion at the second side, the rear cover has a groove , and the protrusion is snapped into the groove to couple the rear cover with the decoration enclosure .
A plaque treatment catheter assembly comprising: a first catheter tube having an inner and outer diameter and capable of being inserted within the vasculature; an expansion member; a second catheter tube having an inner and outer diameter, the outer diameter of the second catheter tube being smaller than the inner diameter of the first catheter tube and capable of moving within and out of the first catheter tube, the second catheter tube having a distal portion comprising one or more plaque treatment portion(s) on an outer surface of the second catheter tube, wherein all of the catheter tube or a portion of the second catheter tube including the one or more plaque treatment portion(s) is capable of outward expansion in response to force of an outer surface of said expansion member; characterised by said expansion member being movable within and out of the inner diameter of the second catheter tube when in a contracted state. a first catheter tube having an inner and outer diameter and capable of being inserted within the vasculature; an expansion member; a second catheter tube having an inner and outer diameter, the outer diameter of the second catheter tube being smaller than the inner diameter of the first catheter tube and capable of moving within and out of the first catheter tube, the second catheter tube having a distal portion comprising one or more plaque treatment portion(s) on an outer surface of the second catheter tube, wherein all of the catheter tube or a portion of the second catheter tube including the one or more plaque treatment portion(s) is capable of outward expansion in response to force of an outer surface of said expansion member; characterised by said expansion member being movable within and out of the inner diameter of the second catheter tube when in a contracted state.
An RFID device , comprising: an antenna ; and an RFID strap coupled to the antenna by a combination of magnetic and electric fields wherein the RFID strap comprises an RFID chip , and a strap conductor configured to couple the RFID chip to the antenna , wherein the strap conductor includes a loop section positioned generally adjacent to the antenna , and an extension section overlapping and crossing the antenna at two locations , J the strap conductor has a center line extending in a direction between the RFID chip and the antenna , and characterized in that the center line crosses a linear portion of the antenna extending through the two locations at a non-perpendicular angle. an antenna ; and an RFID strap coupled to the antenna by a combination of magnetic and electric fields wherein the RFID strap comprises an RFID chip , and a strap conductor configured to couple the RFID chip to the antenna , wherein the strap conductor includes a loop section positioned generally adjacent to the antenna , and an extension section overlapping and crossing the antenna at two locations , J the strap conductor has a center line extending in a direction between the RFID chip and the antenna , and characterized in that the center line crosses a linear portion of the antenna extending through the two locations at a non-perpendicular angle.
A position detecting apparatus comprising: a light-transmitting mirror with a mirror surface parallel to a pivot shaft , which is supported by the pivot shaft and reflects measuring light from a light source , the light-transmitting mirror pivoting around the pivot shaft in a resonant oscillatory manner by imparting a torque that varies periodically around the pivot shaft to the mirror; a light-receiving mirror with a mirror surface parallel to the pivot shaft , which is supported by the pivot shaft and reflects returning light from an object to a first direction, the light-receiving mirror pivoting around the pivot shaft in a resonant oscillatory manner by imparting a torque that varies periodically around the pivot shaft to the mirror; and a light-receiving element that receives the returning light from the light-receiving mirror , wherein the light source and the light-receiving element are disposed in the same angular direction perpendicular to and around the pivot shaft , and characterised in that , when the light-transmitting mirror and the light-receiving mirror are at rest, a first minor angle between the mirror surface of the light-receiving mirror and a second direction from the pivot shaft to the light-receiving element is larger than a second minor angle between a mirror surface of the light-transmitting mirror and the second direction. a light-transmitting mirror with a mirror surface parallel to a pivot shaft , which is supported by the pivot shaft and reflects measuring light from a light source , the light-transmitting mirror pivoting around the pivot shaft in a resonant oscillatory manner by imparting a torque that varies periodically around the pivot shaft to the mirror; a light-receiving mirror with a mirror surface parallel to the pivot shaft , which is supported by the pivot shaft and reflects returning light from an object to a first direction, the light-receiving mirror pivoting around the pivot shaft in a resonant oscillatory manner by imparting a torque that varies periodically around the pivot shaft to the mirror; and a light-receiving element that receives the returning light from the light-receiving mirror , wherein the light source and the light-receiving element are disposed in the same angular direction perpendicular to and around the pivot shaft , and characterised in that , when the light-transmitting mirror and the light-receiving mirror are at rest, a first minor angle between the mirror surface of the light-receiving mirror and a second direction from the pivot shaft to the light-receiving element is larger than a second minor angle between a mirror surface of the light-transmitting mirror and the second direction.
A foldable terminal, comprising a first housing , a second housing , and a foldable mechanism connected between the first housing and the second housing , wherein the foldable mechanism comprises a base , a first pressing plate swing arm , and a flexible support plate , wherein a rotating portion of the first pressing plate swing arm is rotatably connected to the base , the flexible support plate is mounted on the first pressing plate swing arm and is configured to bend under driving of the first pressing plate swing arm , and a bending direction of the flexible support plate is parallel to a rotation axis of the first pressing plate swing arm relative to the base .
An apparatus for neurovascular endoluminal intervention, in particular for the treatment of ischemic stroke, comprising : a catheter for being inserted, along of its longitudinal length, into the circulatory system (CS) of a human or an animal patient, the catheter having a proximal outer section with a first diameter (D1) and a distal outer section with a second diameter (D2), wherein the catheter is adapted to aspirate one or several clots (C) present in the circulatory system (CS), wherein the distal outer section of the catheter comprises an unexpanded state, in which the second diameter (D2) is smaller than the first diameter (D1), in order to facilitate navigation of the catheter through the circulatory system (CS), and a radially expanded state, in order to facilitate aspiration of the one or several clots (C) through the catheter , and wherein the apparatus further comprises an actuation element, characterized in that the actuation element extends through the proximal outer section and the distal outer section , the actuation element coupled to a distal end of the distal outer section and configured to be pushed to cause the distal outer section to stretch longitudinally and contract radially to the unexpanded state. a catheter for being inserted, along of its longitudinal length, into the circulatory system (CS) of a human or an animal patient, the catheter having a proximal outer section with a first diameter (D1) and a distal outer section with a second diameter (D2), wherein the catheter is adapted to aspirate one or several clots (C) present in the circulatory system (CS), wherein the distal outer section of the catheter comprises an unexpanded state, in which the second diameter (D2) is smaller than the first diameter (D1), in order to facilitate navigation of the catheter through the circulatory system (CS), and a radially expanded state, in order to facilitate aspiration of the one or several clots (C) through the catheter , and wherein the apparatus further comprises an actuation element, characterized in that the actuation element extends through the proximal outer section and the distal outer section , the actuation element coupled to a distal end of the distal outer section and configured to be pushed to cause the distal outer section to stretch longitudinally and contract radially to the unexpanded state.
An optical data circuit comprising: an optical-to-electrical conversion circuit configured to produce first and second differential electrical data signals, at respective first and second electrical nodes (P1, N1) , in response to an optical data signal; a first digital-to-analog converter , DAC, circuit coupled to the first electrical node (P1) and configured to generate a first adjustment signal; and a second DAC circuit coupled to the second electrical node (N1) and configured to generate a second adjustment signal; wherein the first and second DAC circuits are configured to adjust the first and second differential electrical data signals such that a zero-crossing point of a positive data signal is pulled up in response to the first adjustment signal and a zero-crossing point of a negative data signal is pulled down in response to the second adjustment signal. an optical-to-electrical conversion circuit configured to produce first and second differential electrical data signals, at respective first and second electrical nodes (P1, N1) , in response to an optical data signal; a first digital-to-analog converter , DAC, circuit coupled to the first electrical node (P1) and configured to generate a first adjustment signal; and a second DAC circuit coupled to the second electrical node (N1) and configured to generate a second adjustment signal; wherein the first and second DAC circuits are configured to adjust the first and second differential electrical data signals such that a zero-crossing point of a positive data signal is pulled up in response to the first adjustment signal and a zero-crossing point of a negative data signal is pulled down in response to the second adjustment signal.
Missile , in particular a guided missile, comprising a body and at least one flow-guiding element , in particular a fin, which is arranged on the body and is configured for stabilizing the missile in a flight state, wherein the missile has at least one actuating device which is configured to transfer the at least one flow-guiding element from a packed state, in which the at least one flow-guiding element is arranged at a first sweep angle in relation to a lateral surface of the body of the missile , in particular rests on the lateral surface , into the flight state, in which the at least one flow-guiding element is arranged at a second sweep angle in relation to the lateral surface of the body of the missile , in particular is set up in relation to the packed state, characterized in that the at least one flow-guiding element has at least two panelling elements which are connected in a pivotable manner to one another at a sweep-angle edge .