mhurhangee/patent-ind-claim-en huggingface dataset:
A non-transitory storage device storing instructions to cause one or more processors to perform operations comprising: determining , for a wireless accessory by an owner device, a share recipient and a set of capabilities to delegate to the share recipient , wherein the owner device is associated with an owner of the wireless accessory ; creating a storage record including fields to store an identifier of the share recipient , an identifier of the wireless accessory , and the set of capabilities to be shared with the share recipient ; sending a share request comprising the storage record to a share recipient device that is associated with the share recipient ; in response to receipt of an accept message from the share recipient device, marking , by the owner device, the storage record as accepted; and sharing , by the owner device, a set of periodically generated cryptographic keys to the share recipient device via a shared key storage record to enable the share recipient device to perform the set of capabilities on the wireless accessory , wherein the shared key storage record is synchronized between the owner device and the share recipient device. determining , for a wireless accessory by an owner device, a share recipient and a set of capabilities to delegate to the share recipient , wherein the owner device is associated with an owner of the wireless accessory ; creating a storage record including fields to store an identifier of the share recipient , an identifier of the wireless accessory , and the set of capabilities to be shared with the share recipient ; sending a share request comprising the storage record to a share recipient device that is associated with the share recipient ; in response to receipt of an accept message from the share recipient device, marking , by the owner device, the storage record as accepted; and sharing , by the owner device, a set of periodically generated cryptographic keys to the share recipient device via a shared key storage record to enable the share recipient device to perform the set of capabilities on the wireless accessory , wherein the shared key storage record is synchronized between the owner device and the share recipient device.
A blood sugar model generation apparatus comprising: a data obtainer configured to calculate blood sugar profile data of a user based on a first type spectrum-blood sugar profile relationship model and a first type spectrum data for a skin of the user; a second type spectrum measurer configured to measure training second type spectrum data for the skin of the user; a processor configured to generate an individualized blood sugar model based on the calculated blood sugar profile data and the measured training second type spectrum data; and an outputter configured to output the generated individualized blood sugar model. a data obtainer configured to calculate blood sugar profile data of a user based on a first type spectrum-blood sugar profile relationship model and a first type spectrum data for a skin of the user; a second type spectrum measurer configured to measure training second type spectrum data for the skin of the user; a processor configured to generate an individualized blood sugar model based on the calculated blood sugar profile data and the measured training second type spectrum data; and an outputter configured to output the generated individualized blood sugar model.
An immune checkpoint inhibitor and an antagonist of collagen or a fragment thereof for use in a method of treating melanoma in a subject, wherein the immune checkpoint inhibitor comprises a PDL-1 antibody and wherein antagonist of collagen or a fragment thereof is an XL313 monoclonal antibody, wherein the XL313 monoclonal antibody binds a cryptic RGDKGE (SEQ ID NO. 1) containing collagen epitope.
A child toilet seat assembly comprising: a base member configured to be coupled to an adult toilet seat assembly having an adult toilet seat and a lid pivotably coupled to a hinge post about a first pivot axis ; and a child toilet seat coupled to the base member via a hinge joint , the hinge joint enables the child toilet seat to pivot about a second pivot axis between an operating position and a storage position, wherein the hinge joint is configured to enable the child toilet seat to be lifted away from the base member in a direction along a translational axis for the second pivot axis to move away from the first pivot axis from a locked state inhibiting movement of the child toilet seat relative to the base member to an unlocked state allowing movement of the child toilet seat into the operating position relative to the base member . a base member configured to be coupled to an adult toilet seat assembly having an adult toilet seat and a lid pivotably coupled to a hinge post about a first pivot axis ; and a child toilet seat coupled to the base member via a hinge joint , the hinge joint enables the child toilet seat to pivot about a second pivot axis between an operating position and a storage position, wherein the hinge joint is configured to enable the child toilet seat to be lifted away from the base member in a direction along a translational axis for the second pivot axis to move away from the first pivot axis from a locked state inhibiting movement of the child toilet seat relative to the base member to an unlocked state allowing movement of the child toilet seat into the operating position relative to the base member .
Use of a lubricant composition comprising a base oil of lubricating viscosity and a metal overbased detergent, for reducing low speed pre-ignition events in a spark-ignited direct injection internal combustion engine comprising supplying the lubricant composition to a spark-ignited direct injection internal combustion engine equipped with a turbocharger wherein the engine is operated under a load with a brake mean effective pressure (BMEP) of greater than or equal to 10 bars, wherein the engine is operated at speeds less than or equal to 3,000 rpm; and wherein the metal overbased detergent comprises a magnesium sulfonate detergent, and wherein the metal overbased detergent is present an amount from 0.2 to 8 weight percent of the lubricant composition.
A system for supporting a concurrent priority queue, comprising: one or more microprocessors; a priority queue that allows a plurality of threads to interact with the priority queue; wherein the priority queue comprises a calendar ring which operates to store a first subset of said plurality of requests having a target response time within a pre-configured time limit; wherein the priority queue comprises an outlier list which operates to store a second subset of said plurality of requests having a target service time greater than the pre-configured time limit; wherein the priority queue comprises a sequencer , running on the one or more microprocessors, wherein the sequencer uses a ticketing mechanism that can order the plurality of threads, wherein the sequencer operates to detect a plurality of threads that contend for one or more requests in the priority queue by keeping a reader count that is increased every time each of the plurality of threads tries to access the priority queue, wherein the sequencer operates to issue a ticket to a thread, wherein the ticket allows the thread to access the priority queue and wherein the sequencer operates to preserve a first-in-first-out, "FIFO", order of said second subset of said plurality of requests stored in the outlier list using the ticketing mechanism; and wherein the priority queue operates to reduce the contention among the plurality of threads. one or more microprocessors; a priority queue that allows a plurality of threads to interact with the priority queue; wherein the priority queue comprises a calendar ring which operates to store a first subset of said plurality of requests having a target response time within a pre-configured time limit; wherein the priority queue comprises an outlier list which operates to store a second subset of said plurality of requests having a target service time greater than the pre-configured time limit; wherein the priority queue comprises a sequencer , running on the one or more microprocessors, wherein the sequencer uses a ticketing mechanism that can order the plurality of threads, wherein the sequencer operates to detect a plurality of threads that contend for one or more requests in the priority queue by keeping a reader count that is increased every time each of the plurality of threads tries to access the priority queue, wherein the sequencer operates to issue a ticket to a thread, wherein the ticket allows the thread to access the priority queue and wherein the sequencer operates to preserve a first-in-first-out, "FIFO", order of said second subset of said plurality of requests stored in the outlier list using the ticketing mechanism; and wherein the priority queue operates to reduce the contention among the plurality of threads.
A packet of cigarettes or other smokable articles, each having a first and a second end , elongate in shape and extending along a longitudinal direction, comprising: - a group of cigarettes having a first zone , facing towards the first end of the cigarettes , and a second zone , longitudinally spaced from the first zone and facing towards the second end of the cigarettes ; - a sealed wrapper enclosing the group of cigarettes; - a reinforcing element , made of thin cardboard, located inside the sealed wrapper in contact with the group of cigarettes to surround it at least partly, and having a front wall , two side walls and a bottom wall in contact with the first end of the cigarettes , wherein the reinforcing element defines side openings , characterized in that the sealed wrapper is made from a film of thermoplastic material and having an extraction opening though which the cigarettes can be taken out; the packet comprises a sealing panel applied to the opening of the sealed wrapper ; the reinforcing element has a rear wall and, in the second zone of the group of cigarettes, annularly surrounds the group of cigarettes and defines said side openings in the first zone of the group of cigarettes, ,wherein the bottom wall of the reinforcing element is joined only to the front wall and to the rear wall of the reinforcing element itself. - a group of cigarettes having a first zone , facing towards the first end of the cigarettes , and a second zone , longitudinally spaced from the first zone and facing towards the second end of the cigarettes ; - a sealed wrapper enclosing the group of cigarettes; - a reinforcing element , made of thin cardboard, located inside the sealed wrapper in contact with the group of cigarettes to surround it at least partly, and having a front wall , two side walls and a bottom wall in contact with the first end of the cigarettes , wherein the reinforcing element defines side openings , characterized in that the sealed wrapper is made from a film of thermoplastic material and having an extraction opening though which the cigarettes can be taken out; the packet comprises a sealing panel applied to the opening of the sealed wrapper ; the reinforcing element has a rear wall and, in the second zone of the group of cigarettes, annularly surrounds the group of cigarettes and defines said side openings in the first zone of the group of cigarettes, ,wherein the bottom wall of the reinforcing element is joined only to the front wall and to the rear wall of the reinforcing element itself. the sealed wrapper is made from a film of thermoplastic material and having an extraction opening though which the cigarettes can be taken out; the packet comprises a sealing panel applied to the opening of the sealed wrapper ; the reinforcing element has a rear wall and, in the second zone of the group of cigarettes, annularly surrounds the group of cigarettes and defines said side openings in the first zone of the group of cigarettes, ,wherein the bottom wall of the reinforcing element is joined only to the front wall and to the rear wall of the reinforcing element itself.
A system for supporting a movement exercise with an object, wherein the object is a ball or a puck, comprising: a detection device for detecting an actual position of the object, wherein the detection device is configured to determine a plurality of further actual positions from a plurality of further objects, wherein the detection device is designed as a radio-based localization system, wherein the detection device comprises a receiver and wherein the object and each further object comprises a respective transmitter; a determination device for determining a set point position of the object; and a display device for displaying an indication on the set point position when the actual position differs from the set point position, wherein the determination device is configured to determine a center of gravity of a plurality of further actual positions and to determine the set point position depending on the actual position of the object and the center of gravity, in particular relative to the center of gravity. a detection device for detecting an actual position of the object, wherein the detection device is configured to determine a plurality of further actual positions from a plurality of further objects, wherein the detection device is designed as a radio-based localization system, wherein the detection device comprises a receiver and wherein the object and each further object comprises a respective transmitter; a determination device for determining a set point position of the object; and a display device for displaying an indication on the set point position when the actual position differs from the set point position, wherein the determination device is configured to determine a center of gravity of a plurality of further actual positions and to determine the set point position depending on the actual position of the object and the center of gravity, in particular relative to the center of gravity.
Plastic component with at least one electrical contact element , wherein the plastic component has a plastic body and at least one electrical strip conductor , by means of which the electrical contact element can be electrically connected, wherein the plastic component is manufactured according to a combined injection molding and metal casting method, in which the plastic body is manufactured by means of an injection molding method and the least one electrical strip conductor is manufactured by means of a metal casting or metal injection molding method one after another, wherein the component formed last is molded onto the component formed first, wherein the electrical contact element is a spring bracket contact , which encloses a spring bracket of the plastic body , at which a section of the strip conductor is arranged, wherein the spring bracket has a freely projecting configuration and is connected to the plastic body only on one side, characterized in that the spring bracket is surrounded by a recess in the plastic body on all other sides.
A lock , having a lock case , a lock cylinder , a latch and a lock follower rotatably mounted in the lock case , wherein the lock follower has two follower parts , of which one follower part can be operated from one side of the lock and the other follower part can be operated from the other side of the lock , wherein the follower parts are rotatable relative to one another and can be non-rotatably coupled to one another by means of a coupling element , wherein a coupling slide is arranged between the lock follower and the lock cylinder , which coupling slide is displaceably mounted in the lock case along a displacement direction and can be displaced between a lowered position relative to the lock cylinder and a raised position, wherein the coupling slide is displaceable into the raised position by actuation of the lock cylinder , as a result of which the coupling element is brought into an engaged position in which the two follower parts are non-rotatably coupled to one another, wherein a bolt is provided which is displaceably mounted in the lock case and can be actuated by the lock cylinder , wherein the bolt can be displaced into a retracted position and into an advanced position or into two advanced positions, characterized in that the coupling slide is designed and/or arranged on the bolt in such a manner that an actuating projection of the coupling slide can be actuated by a closing bit of the closing cylinder when the bolt is in the retracted position.
Series of electrolysis cells for the production of aluminum by igneous electrolysis according to the Hall-Heroult process, comprising: - at least one first and one second row (F, F'), rectilinear and parallel to each other, of the electrolysis cells electrically connected in series, - a connecting conductor between a first end cell of the first row (F) and a corresponding first end cell of the second row (F'), characterized in that the series comprises at least one magnetic-balancing circuit of the end cells having a magnetic-balancing first electric conductor of the end cells extending along the first row (F) of cells solely with regard to an end portion (P) of the first row (F) of cells . - at least one first and one second row (F, F'), rectilinear and parallel to each other, of the electrolysis cells electrically connected in series, - a connecting conductor between a first end cell of the first row (F) and a corresponding first end cell of the second row (F'), characterized in that the series comprises at least one magnetic-balancing circuit of the end cells having a magnetic-balancing first electric conductor of the end cells extending along the first row (F) of cells solely with regard to an end portion (P) of the first row (F) of cells .
A control circuit, wherein the circuit comprises a switch unit, a trigger unit, and a control unit, wherein the trigger unit is connected to the control unit, and the control unit is connected to the switch unit; the trigger unit is configured to: after obtaining an abrupt change of an electric signal (A) output by a power source when the power source starts supplying power, output a first binary signal (B) lasting for a preset time to the control unit; the switch unit is configured to establish continuity in a path between the power source and a load device under action of a switch control signal (C), so that the power source supplies power (D) to the load device, and the load device continuously outputs a second binary signal (E) to the control unit after being energized, wherein a starting moment at which the load device outputs the second binary signal (E) is earlier than an end moment at which the trigger unit stops outputting the first binary signal (B); and the control unit is configured to output a switch control signal (C) to the switch unit to establish continuity in the path between the power source and the load device, when receiving either or both of the first binary signal (B) and the second binary signal (E).
A system comprising: a memory to store data for the system; a memory controller comprising a locking mechanism , the memory controller being configured to: after receiving a first read access cycle of memory, use the locking mechanism to activate a corresponding memory lock; while the corresponding memory lock is active, prevent responses to subsequent read access cycles; and after the corresponding memory lock deactivates, respond to a second read access cycle with access to the memory; characterized in that the corresponding memory lock is active for a preconfigured lock duration that restricts access to a maximum number of read access cycles per second. a memory to store data for the system; a memory controller comprising a locking mechanism , the memory controller being configured to: after receiving a first read access cycle of memory, use the locking mechanism to activate a corresponding memory lock; while the corresponding memory lock is active, prevent responses to subsequent read access cycles; and after the corresponding memory lock deactivates, respond to a second read access cycle with access to the memory; after receiving a first read access cycle of memory, use the locking mechanism to activate a corresponding memory lock; while the corresponding memory lock is active, prevent responses to subsequent read access cycles; and after the corresponding memory lock deactivates, respond to a second read access cycle with access to the memory; characterized in that the corresponding memory lock is active for a preconfigured lock duration that restricts access to a maximum number of read access cycles per second.
A microcontroller device comprising: a plurality of external pins (190, 290; 420); a first microcontroller comprising a first central processing unit, CPU, , a first system bus coupled with the first CPU , first memory coupled with the first system bus , and a first plurality of peripheral devices (130a..n) coupled with the first system bus , a second microcontroller comprising a second central processing unit (CPU) , a second system bus coupled with the second CPU , second memory coupled with the second system bus , and a second plurality of peripheral devices (230a..n) coupled with the second system bus , wherein the first and second microcontroller are separate from each other and communicate only via a dedicated interface , wherein the dedicated interface comprises a bidirectional mailbox interface configured to transfer a command or short data to the respective other microcontroller, a unidirectional master-slave interface and a unidirectional slave-master interface , wherein each unidirectional interface (320; 330) comprises FIFO memory that is configured to perform a larger data transfer between the microcontrollers without a size limitation of the bidirectional mailbox interface , wherein when a data or command has been written into the bidirectional mailbox interface by one of the microcontrollers, a respective interrupt is generated within the respective other microcontroller. a plurality of external pins (190, 290; 420); a first microcontroller comprising a first central processing unit, CPU, , a first system bus coupled with the first CPU , first memory coupled with the first system bus , and a first plurality of peripheral devices (130a..n) coupled with the first system bus , a second microcontroller comprising a second central processing unit (CPU) , a second system bus coupled with the second CPU , second memory coupled with the second system bus , and a second plurality of peripheral devices (230a..n) coupled with the second system bus , wherein the first and second microcontroller are separate from each other and communicate only via a dedicated interface , wherein the dedicated interface comprises a bidirectional mailbox interface configured to transfer a command or short data to the respective other microcontroller, a unidirectional master-slave interface and a unidirectional slave-master interface , wherein each unidirectional interface (320; 330) comprises FIFO memory that is configured to perform a larger data transfer between the microcontrollers without a size limitation of the bidirectional mailbox interface , wherein when a data or command has been written into the bidirectional mailbox interface by one of the microcontrollers, a respective interrupt is generated within the respective other microcontroller.