mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for transmitting media data in a broadcast network, the apparatus comprising: a transceiver; and a controller coupled to the transceiver, wherein the controller is configured to: generate a media processing unit , MPU, including media data part , MDAT , and information part , MMFU, the media data part including at least one fragment of the media data and the information part including information on the media processing unit and information on the at least one fragment of the media data; transmit data included in the media processing unit , wherein the information part includes first information indicating whether the media processing unit comprises all fragments corresponding to a fragment structure of the originally generated MPU and the initially generated fragment. a transceiver; and a controller coupled to the transceiver, wherein the controller is configured to: generate a media processing unit , MPU, including media data part , MDAT , and information part , MMFU, the media data part including at least one fragment of the media data and the information part including information on the media processing unit and information on the at least one fragment of the media data; transmit data included in the media processing unit , generate a media processing unit , MPU, including media data part , MDAT , and information part , MMFU, the media data part including at least one fragment of the media data and the information part including information on the media processing unit and information on the at least one fragment of the media data; transmit data included in the media processing unit , wherein the information part includes first information indicating whether the media processing unit comprises all fragments corresponding to a fragment structure of the originally generated MPU and the initially generated fragment.
An information processing apparatus that executes machine learning by a plurality of processing layers, the information processing apparatus, comprising: a processor ; and a memory , wherein the memory includes a normal region and an isolation region isolated from the normal region , the normal region holds a parameter of the machine learning, the isolation region holds input data to an i-th layer included in the plurality of processing layers and a parameter of the machine learning, and the processor executes semantic determination processing of determining whether there is a risk in executing processing of the i-th layer for the input data in the normal region on a basis of a content of secret information of the input data in the isolation region , when determining that there is the risk, executes the processing of the i-th layer for the input data on a basis of the parameter held by the isolation region in the isolation region , and when determining that there is no risk, outputs the input data to the normal region , and executes the processing of the i-th layer for the input data on a basis of the parameter held by the normal region in the normal region . a processor ; and a memory , wherein the memory includes a normal region and an isolation region isolated from the normal region , the normal region holds a parameter of the machine learning, the isolation region holds input data to an i-th layer included in the plurality of processing layers and a parameter of the machine learning, and the processor executes semantic determination processing of determining whether there is a risk in executing processing of the i-th layer for the input data in the normal region on a basis of a content of secret information of the input data in the isolation region , when determining that there is the risk, executes the processing of the i-th layer for the input data on a basis of the parameter held by the isolation region in the isolation region , and when determining that there is no risk, outputs the input data to the normal region , and executes the processing of the i-th layer for the input data on a basis of the parameter held by the normal region in the normal region . executes semantic determination processing of determining whether there is a risk in executing processing of the i-th layer for the input data in the normal region on a basis of a content of secret information of the input data in the isolation region , when determining that there is the risk, executes the processing of the i-th layer for the input data on a basis of the parameter held by the isolation region in the isolation region , and when determining that there is no risk, outputs the input data to the normal region , and executes the processing of the i-th layer for the input data on a basis of the parameter held by the normal region in the normal region .
A spinal plate assembly comprising: a spinal plate including an opening (104-114, 1104, 1116) through the spinal plate and an associated recess in the spinal plate that is eccentric with the opening (104-114, 1104, 1116); and a cap including an alignment opening , the cap configured to be rotationally engaged in the recess between a first rotational configuration and a second rotational configuration, wherein the first rotational configuration enables a threaded body of a screw to be threaded into a vertebra in a selected trajectory through the alignment opening and the opening (104-114, 1104, 1116) in the spinal plate and further enables a portion of the opening to engage a head of the screw in the selected trajectory, characterized in that: the second rotational configuration enables the cap to compress the head of the screw approximately through its center into the engaged portion of the opening (104-114, 1104, 1116). a spinal plate including an opening (104-114, 1104, 1116) through the spinal plate and an associated recess in the spinal plate that is eccentric with the opening (104-114, 1104, 1116); and a cap including an alignment opening , the cap configured to be rotationally engaged in the recess between a first rotational configuration and a second rotational configuration, wherein the first rotational configuration enables a threaded body of a screw to be threaded into a vertebra in a selected trajectory through the alignment opening and the opening (104-114, 1104, 1116) in the spinal plate and further enables a portion of the opening to engage a head of the screw in the selected trajectory, characterized in that: the second rotational configuration enables the cap to compress the head of the screw approximately through its center into the engaged portion of the opening (104-114, 1104, 1116).
A monitoring system to enable tyre monitoring of an auxiliary vehicle , the monitoring system comprising: a controller having a processor and a memory ; means to obtain information from tyre monitors of the monitored vehicle; and a human-machine interface to provide tyre monitoring values to a user and to receive user input of information relating to tyre pressure ranges and/or thresholds, for tyre pressures outside of which a user alarm is activated, and to receive user input information relating to the tyre pressure value of at least one tyre of the auxiliary vehicle; wherein the memory contains a computer program such that when the processor of a main vehicle is programmed by the computer program, the processor is adapted to control the monitoring system to monitor a tyre pressure and a tyre temperature for at least one tyre of the auxiliary vehicle ; and activate a user alarm if the tyre temperature of any monitored tyre of the monitored vehicle exceeds a predetermined temperature, regardless of the tyre pressure of the monitored tyre . a controller having a processor and a memory ; means to obtain information from tyre monitors of the monitored vehicle; and a human-machine interface to provide tyre monitoring values to a user and to receive user input of information relating to tyre pressure ranges and/or thresholds, for tyre pressures outside of which a user alarm is activated, and to receive user input information relating to the tyre pressure value of at least one tyre of the auxiliary vehicle; wherein the memory contains a computer program such that when the processor of a main vehicle is programmed by the computer program, the processor is adapted to control the monitoring system to monitor a tyre pressure and a tyre temperature for at least one tyre of the auxiliary vehicle ; and activate a user alarm if the tyre temperature of any monitored tyre of the monitored vehicle exceeds a predetermined temperature, regardless of the tyre pressure of the monitored tyre .
A fluorosilicon nitrile compound having a total of four substituents attached to a silicon atom, wherein one or two of the substituents are fluorine atoms, one or two of the substituents are cyanoalkyl groups containing two cyano groups per cyanoalkyl group, which are the same as or different from each other, and the remainder of the substituents, if any, are alkyl groups, which are the same as or different from each other.
A carbon brush for transferring high currents having a connective piece for connecting an electric conductor and a consumable contact piece having a contact surface configured for abutting against a commutator element , the contact piece having a silver content of approximately 40 % by weight to 100 % by weight characterized in that the connective piece has a silver content of approximately 5 % by weight to approximately 39 % by weight.
A pressure sensor comprising: a base , having a high-pressure contact portion ; a diaphragm positioned over the base and having an external top surface opposite the base , defined within a closed perimeter and external side surfaces extending down from an entirety of the closed perimeter toward the base , and a high-pressure contact portion aligned with and separated by a gap from the high-pressure contact portion of the base, the high-pressure contact portion of the diaphragm includes a central main boss and a secondary boss that is separated from the main boss by a channel; and a sensing element coupled to the diaphragm and providing an output based on changes to the diaphragm; wherein when a hydrostatic pressure load above a threshold value is applied to the entire external top surface and external side surfaces , the hydrostatic pressure load causes the high-pressure contact portion of the diaphragm to contact the high-pressure contact portion of the base, wherein an interior portion acts as a secondary deflectable region and continues to deflect with increases in the hydrostatic pressure load to provide a monotonic output of the sensing element with pressure changes of the fluid after the high-pressure contact portion of the diaphragm contacts the base, and wherein after the high-pressure contact portion of the diaphragm contacts the base, the lateral hydrostatic pressure load on the external side surfaces of the diaphragm causes lateral compression of the diaphragm. a base , having a high-pressure contact portion ; a diaphragm positioned over the base and having an external top surface opposite the base , defined within a closed perimeter and external side surfaces extending down from an entirety of the closed perimeter toward the base , and a high-pressure contact portion aligned with and separated by a gap from the high-pressure contact portion of the base, the high-pressure contact portion of the diaphragm includes a central main boss and a secondary boss that is separated from the main boss by a channel; and a sensing element coupled to the diaphragm and providing an output based on changes to the diaphragm; wherein when a hydrostatic pressure load above a threshold value is applied to the entire external top surface and external side surfaces , the hydrostatic pressure load causes the high-pressure contact portion of the diaphragm to contact the high-pressure contact portion of the base, wherein an interior portion acts as a secondary deflectable region and continues to deflect with increases in the hydrostatic pressure load to provide a monotonic output of the sensing element with pressure changes of the fluid after the high-pressure contact portion of the diaphragm contacts the base, and wherein after the high-pressure contact portion of the diaphragm contacts the base, the lateral hydrostatic pressure load on the external side surfaces of the diaphragm causes lateral compression of the diaphragm.
An information distribution apparatus comprising: a user information receiving unit configured to receive user information from user devices that respective users have, the user information including user-captured images captured by the respective user devices and positional information of the user devices measured by the respective user devices, and user IDs of the users; a user specifying unit configured to specify at least one user from a plurality of pieces of user information; an other user extraction unit configured to extract at least one other user who is present near the specified specific user based on the user-captured images that have been received; a related user group information generation unit configured to generate related user group information in which positional information of the user device of the specific user is associated with user-captured images captured by each of the user devices of the other users that have been extracted; and a distribution unit configured to externally distribute the related user group information, wherein the other user extraction unit further comprises a captured user determination unit configured to determine whether or not the specific user is being captured in each of the user-captured images, the other user extraction unit is configured to extract the other users based on whether or not the specific user is being captured in each of the user-captured images, and wherein the other user wears a user device capturing the specific user. a user information receiving unit configured to receive user information from user devices that respective users have, the user information including user-captured images captured by the respective user devices and positional information of the user devices measured by the respective user devices, and user IDs of the users; a user specifying unit configured to specify at least one user from a plurality of pieces of user information; an other user extraction unit configured to extract at least one other user who is present near the specified specific user based on the user-captured images that have been received; a related user group information generation unit configured to generate related user group information in which positional information of the user device of the specific user is associated with user-captured images captured by each of the user devices of the other users that have been extracted; and a distribution unit configured to externally distribute the related user group information, wherein the other user extraction unit further comprises a captured user determination unit configured to determine whether or not the specific user is being captured in each of the user-captured images, the other user extraction unit is configured to extract the other users based on whether or not the specific user is being captured in each of the user-captured images, and wherein the other user wears a user device capturing the specific user.
A serving tray comprising: a top surface ; a bottom surface disposed on an opposing side of the top surface ; a raised edge disposed about the top surface ; at least two elongated lips disposed within the raised edge ; a textured relief defined into the top surface , wherein the top surface and the bottom surface are comprised of at least one synthetic material; characterized in that it further comprises an inner support structure disposed circumferentially around the top surface ; wherein the textured relief is comprised of an insert integrally bonded with the at least one synthetic material, and the tray is comprised of a plurality of synthetic layers comprising at least two layers of randomly distributed and continuous glass fiber filament sheets, at least two layers of crisscrossed interlocking glass fiber sheets with a chemical binder, and an interstitial layer of polycarbonate resin.. a top surface ; a bottom surface disposed on an opposing side of the top surface ; a raised edge disposed about the top surface ; at least two elongated lips disposed within the raised edge ; a textured relief defined into the top surface , wherein the top surface and the bottom surface are comprised of at least one synthetic material; characterized in that it further comprises an inner support structure disposed circumferentially around the top surface ; wherein the textured relief is comprised of an insert integrally bonded with the at least one synthetic material, and the tray is comprised of a plurality of synthetic layers comprising at least two layers of randomly distributed and continuous glass fiber filament sheets, at least two layers of crisscrossed interlocking glass fiber sheets with a chemical binder, and an interstitial layer of polycarbonate resin..
A device for slidable installations such as sliding gates or sliding doors, wherein the device has a bottom-side supporting or retaining element , respectively, and a shorter running rail as well as a longer running rail , wherein rolling elements and/or sliding elements, via which the shorter running rail can be moved, are provided on the supporting or retaining element , respectively, wherein further rolling elements and/or sliding elements, via which the longer running rail can be moved, are provided on the shorter running rail and optionally on the supporting or retaining element , respectively, wherein the rolling elements and/or sliding elements, which are provided on the shorter running rail are attached to opposite ends (E1, E2) of the shorter running rail so as to be spaced apart from one another, characterized in that supports for the shorter running rail are provided on the supporting or retaining element , respectively, approximately in the area of the ends , and the rolling elements and/or sliding elements, which are provided on the supporting or retaining element , respectively, are mounted so be vertically spring-loaded with a spring force and/or consist of an elastic material, and the shorter running rail can bear against the supports of the supporting or retaining element , respectively, by overcoming the spring force.
A gas turbine engine comprising an engine central longitudinal axis (A) and a combustor section which comprises: a combustor having a combustor inlet ; a combustor bypass passage having a passage inlet disposed upstream of the combustor inlet, the combustor bypass passage configured to divert a selected bypass airflow around the combustor; and a combustor bypass valve disposed at the combustor bypass passage to control the selected bypass airflow along the combustor bypass passage, the combustor bypass valve including a valve element , characterized in that said valve element extends circumferentially about the engine central longitudinal axis (A) and is configured to rotate about said engine central longitudinal axis (A) to move one or more valve openings relative to one or more bypass passage openings . a combustor having a combustor inlet ; a combustor bypass passage having a passage inlet disposed upstream of the combustor inlet, the combustor bypass passage configured to divert a selected bypass airflow around the combustor; and a combustor bypass valve disposed at the combustor bypass passage to control the selected bypass airflow along the combustor bypass passage, the combustor bypass valve including a valve element , characterized in that said valve element extends circumferentially about the engine central longitudinal axis (A) and is configured to rotate about said engine central longitudinal axis (A) to move one or more valve openings relative to one or more bypass passage openings .
A method for treating nuts , in particular for producing nuts with improved shelling properties compared to untreated nuts , comprising the following step of treating the nuts : a) softening a shell of the nuts by applying an electric field, wherein the shell is non-thermally softened by means of short electric pulses in the range from microseconds to milliseconds of a high voltage in the kilovolt range. a) softening a shell of the nuts by applying an electric field, wherein the shell is non-thermally softened by means of short electric pulses in the range from microseconds to milliseconds of a high voltage in the kilovolt range.
An apparatus for handling take-up rolls (R) in a printing system for taking-up printed sheet (S), comprising: a holder device for holding a take-up roll (R) in a take-up position (P t ), wherein the take-up roll(R) is rotatable about a longitudinal axis (C) thereof in the take-up position (P t ) for taking-up printed sheet (S) output from the printing system, wherein the holder device comprises a circumferential surface whereupon a holding portion (6, 6', 6") is provided for supporting an outer surface of the take-up roll (R), wherein the holder device is movable to release or to discharge the take-up roll (R) from the holder device when the take-up roll (R) is full or when a print job is finished, and characterized in that a movement of the holder device to release or discharge a full take-up roll (R) also operates to load a new take-up roll (R) onto the holder device and into the take-up position (P t ), wherein the holder device is rotatable to release or discharge the take-up roll (R) from the holder device when the take-up roll (R) is full or when a print job is finished, and wherein a rotation of the holder device to release or discharge a full take-up roll (R) also operates to load a new take-up roll (R) onto the holder device into the take-up position (P t ). a holder device for holding a take-up roll (R) in a take-up position (P t ), wherein the take-up roll(R) is rotatable about a longitudinal axis (C) thereof in the take-up position (P t ) for taking-up printed sheet (S) output from the printing system, wherein the holder device comprises a circumferential surface whereupon a holding portion (6, 6', 6") is provided for supporting an outer surface of the take-up roll (R), wherein the holder device is movable to release or to discharge the take-up roll (R) from the holder device when the take-up roll (R) is full or when a print job is finished, and characterized in that a movement of the holder device to release or discharge a full take-up roll (R) also operates to load a new take-up roll (R) onto the holder device and into the take-up position (P t ), wherein the holder device is rotatable to release or discharge the take-up roll (R) from the holder device when the take-up roll (R) is full or when a print job is finished, and wherein a rotation of the holder device to release or discharge a full take-up roll (R) also operates to load a new take-up roll (R) onto the holder device into the take-up position (P t ).
A method for machining a flange face of an aluminum alloy hub, characterized in that it comprises the steps of: (I) pre-machining a hub flange; (II) machining two times with a 120° R3 boring tool , at a forward speed of 1200-1500 r/min of the hub and a rough turning feed rate of 0.40-0.50 mm/r and with a total turning amount of 2 mm, and then reserving a machining allowance of 2.4 mm on the flange face blank; (III) machining two times with the 120° R3 boring tool , at the forward speed of 1200-1500 r/min of the hub and the rough turning feed rate of 0.40-0.50 mm/r and with a total turning amount of 2 mm, and then reserving a machining allowance of 0.4 mm on the flange face blank; (IV) machining with a 95° R0.8 hook tool , at the forward speed of 1200-1500 r/min of the hub and a finish turning feed rate of 0.15-0.2 mm/r and with a turning amount of 0.35 mm, and then reserving a machining allowance of 0.05 mm on the flange face; and (V) machining with the 95° R0.8 hook tool , at the forward speed of 1200-1500 r/min of the hub and a finish turning feed rate of 0.1-0.12 mm/r and with a turning amount of 0.05 mm, and then machining the remaining flange allowance, thus completing the machining.