mhurhangee/patent-ind-claim-en huggingface dataset:
A two-segment electromagnet semi-solid die-casting apparatus comprising: a mold member comprising a movable mold and a fixed mold ; an injection member comprising a sleeve and a plunger and configured to inject molten metal (A) into the mold member ; and a two-segment electromagnet stirring member comprising a first electromagnetic stirring part and a second electromagnetic stirring part , the first electromagnetic stirring part being located at one end of the movable mold and being configured to be moved in conjunction with the movable mold and the second electromagnetic stirring part being located at one end of the fixed mold , wherein the first electromagnetic stirring part is configured to be moved with movement of the movable mold to be coupled to the second electromagnetic stirring part to surround an outer circumferential surface of the sleeve , and the two-segment electromagnet stirring member is configured to perform electromagnetic stirring to the molten metal (A) located in the sleeve . a mold member comprising a movable mold and a fixed mold ; an injection member comprising a sleeve and a plunger and configured to inject molten metal (A) into the mold member ; and a two-segment electromagnet stirring member comprising a first electromagnetic stirring part and a second electromagnetic stirring part , the first electromagnetic stirring part being located at one end of the movable mold and being configured to be moved in conjunction with the movable mold and the second electromagnetic stirring part being located at one end of the fixed mold , wherein the first electromagnetic stirring part is configured to be moved with movement of the movable mold to be coupled to the second electromagnetic stirring part to surround an outer circumferential surface of the sleeve , and the two-segment electromagnet stirring member is configured to perform electromagnetic stirring to the molten metal (A) located in the sleeve .
Method for producing and transmitting driver information, wherein at least part of the driver information is produced in the form of haptic driver information on a control means of a vehicle , in particular on a manual control means , comprising: - ascertaining a measure of a haptic contact between the driver of the vehicle and the control means for controlling the vehicle; and - producing the driver information on the basis of the ascertained measure of the haptic contact between the driver and said control means on the control means as haptic driver information and/or producing auxiliary driver information that corresponds to the driver information and is perceptible by the driver via another perception channel, characterized in that at least one vibration parameter in the vehicle is ascertained as a measure of vibrations prevailing in the vehicle at present or in the near future and said vibration parameter(s) is/are taken as a basis for - adjusting the amplitude and/or frequency of the haptic driver information, and/or - adjusting a time interval or a starting time for output of the haptic driver information, and/or - moving the production of at least part of the haptic driver information to other parts of the vehicle. - ascertaining a measure of a haptic contact between the driver of the vehicle and the control means for controlling the vehicle; and - producing the driver information on the basis of the ascertained measure of the haptic contact between the driver and said control means on the control means as haptic driver information and/or producing auxiliary driver information that corresponds to the driver information and is perceptible by the driver via another perception channel, - adjusting the amplitude and/or frequency of the haptic driver information, and/or - adjusting a time interval or a starting time for output of the haptic driver information, and/or - moving the production of at least part of the haptic driver information to other parts of the vehicle.
An attachment system for a chain with links , the attachment system comprising: - a main body having a groove able to receive a link of a chain ; and - a locking mechanism , comprising an element , called a lock post, movable between an inactive position in which the passage inside the groove is freed to allow introduction or removal of the link relative to the groove , and an active position in which the lock post reduces or closes the passage inside the groove to make it possible to capture the link relative to the groove ; the attachment system also comprising a trigger system comprising a trigger which is coupled to the lock post , the trigger being able to be actuated manually to drive the post to the inactive position, characterized in that the end of the lock post situated on the side of the groove has an inclined face relative to the movement axis of the post so as to form a ramp, such that bearing of the link on the ramp when it is introduced into the groove , from the opening of the groove toward the bottom of the groove , makes it possible to move the post to the inactive position, by sliding of the post inside a through passage arranged in the main body , to free the passage inside the groove . - a main body having a groove able to receive a link of a chain ; and - a locking mechanism , comprising an element , called a lock post, movable between an inactive position in which the passage inside the groove is freed to allow introduction or removal of the link relative to the groove , and an active position in which the lock post reduces or closes the passage inside the groove to make it possible to capture the link relative to the groove ; the attachment system also comprising a trigger system comprising a trigger which is coupled to the lock post , the trigger being able to be actuated manually to drive the post to the inactive position, characterized in that the end of the lock post situated on the side of the groove has an inclined face relative to the movement axis of the post so as to form a ramp, such that bearing of the link on the ramp when it is introduced into the groove , from the opening of the groove toward the bottom of the groove , makes it possible to move the post to the inactive position, by sliding of the post inside a through passage arranged in the main body , to free the passage inside the groove .
A turbine assembly comprising a basically hollow aerofoil , an impingement tube , and an impingement tube sleeve , the impingement tube sleeve comprising at least one impingement tube sleeve segment , the hollow aerofoil having at its interior surface longitudinal ribs extending from a leading edge towards a trailing edge of the hollow aerofoil , wherein the impingement tube is inserted into the hollow aerofoil such that the at least one impingement tube sleeve segment is arranged between the interior surface of the hollow aerofoil and an exterior surface of the impingement tube , characterised in that a first impingement tube sleeve segment of the at least one impingement tube sleeve segment provides a slotted flow blocker at a surface of the first impingement tube sleeve segment , the first impingement tube sleeve segment being inserted into the hollow aerofoil such that the ribs of the hollow aerofoil engage with corresponding slots of the slotted flow blocker and such that the surface of the first impingement tube sleeve segment rests on the ribs . a basically hollow aerofoil , an impingement tube , and an impingement tube sleeve , the impingement tube sleeve comprising at least one impingement tube sleeve segment , the hollow aerofoil having at its interior surface longitudinal ribs extending from a leading edge towards a trailing edge of the hollow aerofoil , wherein the impingement tube is inserted into the hollow aerofoil such that the at least one impingement tube sleeve segment is arranged between the interior surface of the hollow aerofoil and an exterior surface of the impingement tube , characterised in that a first impingement tube sleeve segment of the at least one impingement tube sleeve segment provides a slotted flow blocker at a surface of the first impingement tube sleeve segment , the first impingement tube sleeve segment being inserted into the hollow aerofoil such that the ribs of the hollow aerofoil engage with corresponding slots of the slotted flow blocker and such that the surface of the first impingement tube sleeve segment rests on the ribs .
A model parameter training method based on federation learning, wherein the model parameter training is carried out without a trusted third party by a first terminal and a second terminal, thereby only using data from the first terminal and the second terminal, the method comprising the following operations: when the first terminal receives encrypted second data sent by the second terminal, obtaining a loss encryption value and a first gradient encryption value according to the encrypted second data; randomly generating a random vector with same dimension as the first gradient encryption value, blurring the first gradient encryption value based on the random vector, and sending the blurred first gradient encryption value and the loss encryption value to the second terminal; when receiving a decrypted first gradient value and a decrypted loss value returned by the second terminal based on the blurred first gradient encryption value and the loss encryption value, detecting whether a model to be trained is in a convergent state according to the decrypted loss value; and if the model to be trained is in the convergent state, obtaining a second gradient value according to the random vector and the decrypted first gradient value and determining a sample parameter corresponding to the second gradient value as a model parameter of the model to be trained. when the first terminal receives encrypted second data sent by the second terminal, obtaining a loss encryption value and a first gradient encryption value according to the encrypted second data; randomly generating a random vector with same dimension as the first gradient encryption value, blurring the first gradient encryption value based on the random vector, and sending the blurred first gradient encryption value and the loss encryption value to the second terminal; when receiving a decrypted first gradient value and a decrypted loss value returned by the second terminal based on the blurred first gradient encryption value and the loss encryption value, detecting whether a model to be trained is in a convergent state according to the decrypted loss value; and if the model to be trained is in the convergent state, obtaining a second gradient value according to the random vector and the decrypted first gradient value and determining a sample parameter corresponding to the second gradient value as a model parameter of the model to be trained.
A flexible secondary battery comprising: a first electrode comprising a first electrode current collector extended longitudinally, a first electrode active material layer formed on an outside of the first electrode current collector, and a first insulation coating layer formed on an outside of the first electrode active material layer; and a second electrode comprising a second electrode current collector extended longitudinally, a second electrode active material layer formed on an outside of the second electrode current collector, and a second insulation coating layer formed on an outside of the second electrode active material layer, wherein each of the first and second insulation coating layer functions as an electrical insulation layer which prevents a short-circuit between the first electrode and the second electrode and functions to form a channel through which lithium ions can be transported between both electrodes; wherein the first electrode and the second electrode are helically wound in contact with each other such that they are disposed alternately in parallel with each other on the same circumference; wherein the flexible secondary battery further comprises a third insulation coating layer surrounding both the first electrode and the second electrode; and wherein the third insulation coating layer is a helically wound structure in contact with the first electrode and the second electrode. a first electrode comprising a first electrode current collector extended longitudinally, a first electrode active material layer formed on an outside of the first electrode current collector, and a first insulation coating layer formed on an outside of the first electrode active material layer; and a second electrode comprising a second electrode current collector extended longitudinally, a second electrode active material layer formed on an outside of the second electrode current collector, and a second insulation coating layer formed on an outside of the second electrode active material layer, wherein each of the first and second insulation coating layer functions as an electrical insulation layer which prevents a short-circuit between the first electrode and the second electrode and functions to form a channel through which lithium ions can be transported between both electrodes; wherein the first electrode and the second electrode are helically wound in contact with each other such that they are disposed alternately in parallel with each other on the same circumference; wherein the flexible secondary battery further comprises a third insulation coating layer surrounding both the first electrode and the second electrode; and wherein the third insulation coating layer is a helically wound structure in contact with the first electrode and the second electrode.
Fluid system having a main distribution circuit with a preflow a return flow , in which a fluid is arranged for heat exchange, wherein the main distribution circuit is arranged to an unit for providing an adjustable temperature for the fluid, and with at least two, secondary circuits (50; 80; 100; 120;140) arranged to the main distribution circuit , wherein the secondary circuits (50; 80; 100; 120; 140) each comprise at least one load (70; 90; 110; 130; 150) and a hydraulic strand diverter (52; 82; 102; 122; 142), via which the secondary circuits (50; 80; 100; 120; 140) are arranged to the main distribution circuit , further comprising, arranged in the return flow (58; 88; 108; 128; 148) of the secondary circuits (50; 80; 100; 120; 140), a first conveying unit, which is arranged downstream in direction of fluid flow of the hydraulic strand diverter (52; 82; 102; 122; 142).
Folding machine having at least one folding unit , in which a large number of folding rollers are mounted, and having an additional apparatus arranged downstream of the folding unit , in which additional apparatus at least one pair of knife rollers (15, 16; 17, 18) is arranged, with no knife rollers (15 to 18) being arranged in the folding unit , characterized in that the additional apparatus is arranged such that it can be pivoted about a horizontal axis , the horizontal axis being arranged beneath and downstream of an outlet region of the folding unit , the additional apparatus being arranged so as to be pivotable between a working position, which is approximately vertical, and a rest position, which is approximately horizontal.
A computing system executing an operating system, a user-mode application, and a storage driver, the computing system to: receive (S210), at the storage driver, a request from the user-mode application to perform an I/O operation associated with a storage device; provide (S220) the request to the storage device, wherein providing the request to the storage device comprises storing an entry associated with the request in a submission queue of the storage device; when no previous deferred procedure call is scheduled with respect to a completion queue corresponding to the submission queue, transmit, from the storage driver, a request to the operating system to schedule (S230) a deferred procedure call to determine whether the I/O operation is complete; determine, by the operating system, to execute the scheduled deferred procedure call; execute (S240), by the operating system, the scheduled deferred procedure call to determine that the I/O operation is complete; transmit (S260) a return corresponding to the completed I/O operation to the user-mode application; determine, after the determination that the I/O operation is complete, whether the submission queue of the storage driver contains an outstanding request for performing a further I/O operation; and if it is determined that the submission queue of the storage driver contains an outstanding request for performing the further I/O operation, transmit, from the storage driver, a request to the operating system to re-schedule the deferred procedure call to determine whether the further I/O operation is complete. receive (S210), at the storage driver, a request from the user-mode application to perform an I/O operation associated with a storage device; provide (S220) the request to the storage device, wherein providing the request to the storage device comprises storing an entry associated with the request in a submission queue of the storage device; when no previous deferred procedure call is scheduled with respect to a completion queue corresponding to the submission queue, transmit, from the storage driver, a request to the operating system to schedule (S230) a deferred procedure call to determine whether the I/O operation is complete; determine, by the operating system, to execute the scheduled deferred procedure call; execute (S240), by the operating system, the scheduled deferred procedure call to determine that the I/O operation is complete; transmit (S260) a return corresponding to the completed I/O operation to the user-mode application; determine, after the determination that the I/O operation is complete, whether the submission queue of the storage driver contains an outstanding request for performing a further I/O operation; and if it is determined that the submission queue of the storage driver contains an outstanding request for performing the further I/O operation, transmit, from the storage driver, a request to the operating system to re-schedule the deferred procedure call to determine whether the further I/O operation is complete.
Connector for a wiper , comprising at least a main body and a rotary cover , the main body comprising at least a bottom wall and two lateral walls that contribute to delimiting an internal volume that is at least partially closed by the rotary cover , the rotary cover comprising at least a covering wall , a reinforcing wall , an articulation and an attachment device for securing the rotary cover relative to the bottom wall of the main body , the covering wall extending longitudinally between two longitudinal ends , the articulation being formed at one of the longitudinal ends of the covering wall and allowing the rotary cover to rotate about an axis (R), the reinforcing wall extending from the covering wall toward the bottom wall of the main body , characterized in that the rotary cover comprises a bearing device via which the rotary cover bears against the bottom wall of the main body , characterized in that the attachment device comprises a support wall and a fixing lug , the support wall extending from the covering wall toward the bottom wall of the main body and having a free end , the fixing lug being formed at a free end of the support wall so as to attach the rotary cover to the bottom wall of the main body .
A time-temperature indication (TTI) device , comprising: a first element comprising a substrate film carrying a first reactant layer ; a second element comprising a carrier film having at least one pressable section , said pressable section carrying a second reactant layer on at least a portion thereof, the second reactant layer configured to adhere to the first reactant layer ; a spacer configured to separate between the first element and the second element , and having a hollow activation zone substantially aligned with said at least one pressable section ; the device having a non-activated state, in which the first reactant layer and the second reactant layer are non-contacted, and an activated state, in which said second reactant layer is adhered to at least a portion of said first reactant layer to enable a reaction therebetween that causes at least one substantially irreversible change in physical property of the device , said reaction being indicative to time-temperature history of the device, the device being switchable from the non-activated state to the activated state by displacing the pressable section into the hollow activation zone towards said first element to cause adhering of the second reactant layer to the first reactant layer . a first element comprising a substrate film carrying a first reactant layer ; a second element comprising a carrier film having at least one pressable section , said pressable section carrying a second reactant layer on at least a portion thereof, the second reactant layer configured to adhere to the first reactant layer ; a spacer configured to separate between the first element and the second element , and having a hollow activation zone substantially aligned with said at least one pressable section ; the device having a non-activated state, in which the first reactant layer and the second reactant layer are non-contacted, and an activated state, in which said second reactant layer is adhered to at least a portion of said first reactant layer to enable a reaction therebetween that causes at least one substantially irreversible change in physical property of the device , said reaction being indicative to time-temperature history of the device, the device being switchable from the non-activated state to the activated state by displacing the pressable section into the hollow activation zone towards said first element to cause adhering of the second reactant layer to the first reactant layer .
A method for communication via a radio frequency channel between a wireless access point and a set of wireless stations which are in communication with the wireless access point, in the presence of interference from wireless stations that are not in communication with the access point, the method comprising, at the access point : identifying a first subset of wireless stations (102-1, 102-3, 102-5) from the set of wireless stations, wherein each of the set of wireless stations is associated with a respective RSSI Receive Signal Strength Intensity value at a receiver at the access point and wherein the respective RSSI value associated with each of the wireless stations comprising the first subset exceeds an RSSI threshold; assigning the first subset of wireless stations to a first reception window for reception at the wireless access point; and causing a transmission of an identifier of each of the subset of wireless stations and an identifier of the reception window wherein the transmission occurs during a first transmission window via the radio frequency channel, wherein the RSSI threshold is determined from detected RSSI values of signals received at the access point from wireless stations (104-1, 104-2) that are not in communication with the access point . identifying a first subset of wireless stations (102-1, 102-3, 102-5) from the set of wireless stations, wherein each of the set of wireless stations is associated with a respective RSSI Receive Signal Strength Intensity value at a receiver at the access point and wherein the respective RSSI value associated with each of the wireless stations comprising the first subset exceeds an RSSI threshold; assigning the first subset of wireless stations to a first reception window for reception at the wireless access point; and causing a transmission of an identifier of each of the subset of wireless stations and an identifier of the reception window wherein the transmission occurs during a first transmission window via the radio frequency channel, wherein the RSSI threshold is determined from detected RSSI values of signals received at the access point from wireless stations (104-1, 104-2) that are not in communication with the access point .