mhurhangee/patent-ind-claim-en huggingface dataset:
Method for updating a program for a control unit in a motor vehicle in a multi-block flash EEPROM memory having multi-level cells, comprising the following features: - a first image of the program is executed , while an address space of the program is mapped to the blocks and the blocks are operated in a single-level mode, - upon request of a second image, a portion of the first image is copied from an address range within the address space that is mapped to a specific block out of the blocks to a backup block of the memory, - the block is put into a multi-level mode and, in addition to the portion of the first image, programmed with a portion of the second image of the program corresponding to the block size, while the address range is temporarily mapped to the backup block so that the functionality of the first image is not impaired, - the address range is switched back to the block , while the block remains in multi-level mode, - as long as the second image is incomplete (15, N), the copying , programming and switching are repeated with further portions of the images and - as soon as the second image is complete (15, Y), it is able to be executed instead of the first image . - a first image of the program is executed , while an address space of the program is mapped to the blocks and the blocks are operated in a single-level mode, - upon request of a second image, a portion of the first image is copied from an address range within the address space that is mapped to a specific block out of the blocks to a backup block of the memory, - the block is put into a multi-level mode and, in addition to the portion of the first image, programmed with a portion of the second image of the program corresponding to the block size, while the address range is temporarily mapped to the backup block so that the functionality of the first image is not impaired, - the address range is switched back to the block , while the block remains in multi-level mode, - as long as the second image is incomplete (15, N), the copying , programming and switching are repeated with further portions of the images and - as soon as the second image is complete (15, Y), it is able to be executed instead of the first image .
A method in a vehicle for verifying an estimated position of the vehicle , the method comprising establishing (Sa1) a wireless link to a radio base station, RBS, 150, obtaining (Sa2) data for estimating the vehicle position, estimating (Sa3) the vehicle position based on the data, and transmitting (Sa4) a request for position verification to the RBS , characterized in that the method further comprises receiving (Sa6) a response from the RBS to the transmitted request comprising a verification position estimate based at least partly on data obtained from an uplink transmission on the wireless link to the RBS from the vehicle and being at least partly uncorrelated with the estimated vehicle position, and verifying (Sa7) the estimated position of the vehicle by comparing the estimated vehicle position to the verification position estimate. establishing (Sa1) a wireless link to a radio base station, RBS, 150, obtaining (Sa2) data for estimating the vehicle position, estimating (Sa3) the vehicle position based on the data, and transmitting (Sa4) a request for position verification to the RBS , characterized in that the method further comprises receiving (Sa6) a response from the RBS to the transmitted request comprising a verification position estimate based at least partly on data obtained from an uplink transmission on the wireless link to the RBS from the vehicle and being at least partly uncorrelated with the estimated vehicle position, and verifying (Sa7) the estimated position of the vehicle by comparing the estimated vehicle position to the verification position estimate.
A method of analyzing performance of engines in a test cell , the method comprising, automatically: electronically accessing engine operational data in a stored database of the test cell; responsive to at least one new test being detected in the stored database for an engine, electronically retrieving operational data corresponding to the new test; before electronically analyzing the operational data corresponding to the new test, performing one or more integrity tests to the operational data corresponding to the new test to ensure the operational data is reliable; inputting the operational data corresponding to the new test into a performance model specific to an engine type for the engine; electronically analyzing an output of the performance model, the analyzing including comparing the output of the performance model with historical data, the historical data comprising data from previously tested baseline engines of the same type that were tested in the test cell at a corresponding testing rating and a corresponding power rating; electronically generating at least one summary report of engine health of the engine based on the analyzed output, and providing the at least one summary report as electronic output to a user. electronically accessing engine operational data in a stored database of the test cell; responsive to at least one new test being detected in the stored database for an engine, electronically retrieving operational data corresponding to the new test; before electronically analyzing the operational data corresponding to the new test, performing one or more integrity tests to the operational data corresponding to the new test to ensure the operational data is reliable; inputting the operational data corresponding to the new test into a performance model specific to an engine type for the engine; electronically analyzing an output of the performance model, the analyzing including comparing the output of the performance model with historical data, the historical data comprising data from previously tested baseline engines of the same type that were tested in the test cell at a corresponding testing rating and a corresponding power rating; electronically generating at least one summary report of engine health of the engine based on the analyzed output, and providing the at least one summary report as electronic output to a user.
A sealer composition for root canal filling, wherein, the sealer composition for root canal filling consisting of; a liquid material containing a polymer (a) of an acid group-containing polymerizable monomer in which a portion or the entirety of the acidic group in a molecule forms a salt with an alkaline metal and water (b), wherein the pH of the liquid material is in the range from 3.5 to 5.5, and a powder material containing an acid reactive inorganic powder (c), wherein, a cured product of a kneaded material of the liquid material and the powder material comprises 3 to 20 part by weight of the polymer (a) of an acid group-containing polymerizable monomer in which a portion or the entirety of the acidic group in a molecule forms a salt with an alkaline metal, 10 to 60 part by weight of the water (b), and 30 to 85 part by weight of the acid reactive inorganic powder (c).
Motorcycle front suspension comprising: - a fork having a steering member mechanically connected or adapted to be connected to a handlebar of a motorcycle ; - an oscillating arm having a first end and a second end; - a rod having a first end, pivotally joined to said steering member , and having a second end pivotally joined to the first end of the oscillating arm ; - a shock absorber group , comprising a spring and a damper , said group extending from an attachment head , mechanically connected to the steering member , to an attachment foot , pivotally joined to the second end of the oscillating arm ; wherein said oscillating arm carries a rotation pin of an associable front wheel , the rotation pin defining a rotation axis (X-X) for the front wheel , characterized in that said shock absorber group at said attachment foot is rotatably and slidingly coupled to said rotation pin . - a fork having a steering member mechanically connected or adapted to be connected to a handlebar of a motorcycle ; - an oscillating arm having a first end and a second end; - a rod having a first end, pivotally joined to said steering member , and having a second end pivotally joined to the first end of the oscillating arm ; - a shock absorber group , comprising a spring and a damper , said group extending from an attachment head , mechanically connected to the steering member , to an attachment foot , pivotally joined to the second end of the oscillating arm ; wherein said oscillating arm carries a rotation pin of an associable front wheel , the rotation pin defining a rotation axis (X-X) for the front wheel , characterized in that said shock absorber group at said attachment foot is rotatably and slidingly coupled to said rotation pin .
A non-pneumatic wheel defining axial, radial, and circumferential directions, the non-pneumatic wheel comprising: an annular shear layer constructed from at least one elastomeric material;and a plurality of discrete, annular reinforcing elements positioned along a plurality of axially-oriented rows within the annular shear layer , the reinforcing elements separated from one another by a predetermined distance S R along the radial direction and a predetermined distance S A along the axial direction, characterized in that the reinforcing elements have a substantially rectangular cross-section, and the reinforcing elements each have a length r L , aligned along the axial direction. an annular shear layer constructed from at least one elastomeric material;and a plurality of discrete, annular reinforcing elements positioned along a plurality of axially-oriented rows within the annular shear layer , the reinforcing elements separated from one another by a predetermined distance S R along the radial direction and a predetermined distance S A along the axial direction, characterized in that the reinforcing elements have a substantially rectangular cross-section, and the reinforcing elements each have a length r L , aligned along the axial direction.
A computer program product comprising one or more tangible computer readable non-transitory storage media comprising computer-executable instructions operable to, when executed by at least one logic, enable the at least one logic to: determine a present location of a mobile device ; determine one or more contextual factors related to the present location of the mobile device , wherein the one or more contextual factors related to the present location of the mobile device include that a mode of travel of a user of the mobile device is a motor vehicle travel; present on a display of the mobile device one or more links selected based on the present location and the one or more contextual factors related to the present location of the mobile device ; and enable the user of the mobile device to use a link of the one or more links to install an application, wherein the link is generated independent of a manual search. determine a present location of a mobile device ; determine one or more contextual factors related to the present location of the mobile device , wherein the one or more contextual factors related to the present location of the mobile device include that a mode of travel of a user of the mobile device is a motor vehicle travel; present on a display of the mobile device one or more links selected based on the present location and the one or more contextual factors related to the present location of the mobile device ; and enable the user of the mobile device to use a link of the one or more links to install an application, wherein the link is generated independent of a manual search.
A refrigerator comprising: a cabinet defining a first storage area to store food; a door connected to the cabinet by first hinge members , so as to be rotatable about a first rotary shaft located at the front portion of the cabinet thereby opening or closing the first storage area ; a gasket provided on the door; and a container defining a second storage area received in the first storage area , being rotatable by a second hinge member installed on the cabinet; a latch configured to combine the container with the door when both the door and the container are opened, and to release combination between the container and the door when the door alone is opened, wherein the second hinge member includes: a first link and a second link rotatably installed on the container ; and a third link and a fourth link rotatably installed on the cabinet , wherein each of the first link and the second link is rotatably connected to at least one of the third link and the fourth link , wherein the gasket is in a rectangular shape corresponding to the rectangular shape of the door , and wherein the gasket is arranged to contact a front surface of the cabinet when the door closes the first storage area , so that the gasket prevents leakage of cool air from the first storage area . a cabinet defining a first storage area to store food; a door connected to the cabinet by first hinge members , so as to be rotatable about a first rotary shaft located at the front portion of the cabinet thereby opening or closing the first storage area ; a gasket provided on the door; and a container defining a second storage area received in the first storage area , being rotatable by a second hinge member installed on the cabinet; a latch configured to combine the container with the door when both the door and the container are opened, and to release combination between the container and the door when the door alone is opened, wherein the second hinge member includes: a first link and a second link rotatably installed on the container ; and a third link and a fourth link rotatably installed on the cabinet , wherein each of the first link and the second link is rotatably connected to at least one of the third link and the fourth link , wherein the gasket is in a rectangular shape corresponding to the rectangular shape of the door , and wherein the gasket is arranged to contact a front surface of the cabinet when the door closes the first storage area , so that the gasket prevents leakage of cool air from the first storage area . a first link and a second link rotatably installed on the container ; and a third link and a fourth link rotatably installed on the cabinet , wherein each of the first link and the second link is rotatably connected to at least one of the third link and the fourth link , wherein the gasket is in a rectangular shape corresponding to the rectangular shape of the door , and wherein the gasket is arranged to contact a front surface of the cabinet when the door closes the first storage area , so that the gasket prevents leakage of cool air from the first storage area .
An electromagnetic (EM) telemetry device comprising: an EM telemetry circuit having a maximum operating temperature of at least 150 degrees C and capable of transmitting a pulsed high power EM telemetry signal with a peak or average pulse power of about 300 W to about 2000 W; and an energy storage supplying energy to the EM telemetry circuit and comprising a high temperature rechargeable energy storage device (HTRESD) comprising at least one ultracapacitor configured to operate at maximum temperatures of at least 150 degrees C; characterized in that the EM telemetry circuit comprises an amplifier for amplifying a signal from an EM telemetry tool , the amplifier comprising an output circuit comprising transistor switches controlled to continuously modulate the current or voltage of an output signal from the EM telemetry tool by way of pulse-width modulation, wherein the transistors are switched at a frequency higher than a fundamental frequency of the output signal of the EM telemetry tool . an EM telemetry circuit having a maximum operating temperature of at least 150 degrees C and capable of transmitting a pulsed high power EM telemetry signal with a peak or average pulse power of about 300 W to about 2000 W; and an energy storage supplying energy to the EM telemetry circuit and comprising a high temperature rechargeable energy storage device (HTRESD) comprising at least one ultracapacitor configured to operate at maximum temperatures of at least 150 degrees C; characterized in that the EM telemetry circuit comprises an amplifier for amplifying a signal from an EM telemetry tool , the amplifier comprising an output circuit comprising transistor switches controlled to continuously modulate the current or voltage of an output signal from the EM telemetry tool by way of pulse-width modulation, wherein the transistors are switched at a frequency higher than a fundamental frequency of the output signal of the EM telemetry tool .
Honing tool for machining an inner face of a bore in a workpiece with the aid of at least one honing operation, in particular for honing cylinder surfaces in the production of cylinder blocks or cylinder liners for reciprocating piston engines, comprising: a tool body that defines a tool axis ; a first cutting group (160-1), attached to the tool body, having a plurality of radially feedable first carriers (150-1) that are feedable radially with respect to the tool axis by means of an associated first cutting group feeding system (170-1), and a second cutting group (160-2), attached to the tool body, having a plurality of radially feedable second carriers (150-2) that are feedable radially with respect to the tool axis , independently of the first carriers (150-1), by means of an associated second cutting group feeding system (170-2), wherein each second carrier carries, on its radial outer side , a single narrow second cutting material body (140-2), characterized in that each first carrier covers, on its radial outer side, a circumferential angle range of at least 20° and carries, on the outer side , a single first cutting material body that is wide in the circumferential direction or a plurality of narrow first cutting material bodies (140-1) that are arranged in a manner spaced apart from one another; and all the cutting material bodies (140-1, 140-2) of the first and the second cutting group are arranged in an axially short cutting region that has a length, measured in the axial direction, which is much less than an effective outside diameter (AD) of the cutting groups with the cutting material bodies fully retracted. a tool body that defines a tool axis ; a first cutting group (160-1), attached to the tool body, having a plurality of radially feedable first carriers (150-1) that are feedable radially with respect to the tool axis by means of an associated first cutting group feeding system (170-1), and a second cutting group (160-2), attached to the tool body, having a plurality of radially feedable second carriers (150-2) that are feedable radially with respect to the tool axis , independently of the first carriers (150-1), by means of an associated second cutting group feeding system (170-2), wherein each second carrier carries, on its radial outer side , a single narrow second cutting material body (140-2), characterized in that each first carrier covers, on its radial outer side, a circumferential angle range of at least 20° and carries, on the outer side , a single first cutting material body that is wide in the circumferential direction or a plurality of narrow first cutting material bodies (140-1) that are arranged in a manner spaced apart from one another; and all the cutting material bodies (140-1, 140-2) of the first and the second cutting group are arranged in an axially short cutting region that has a length, measured in the axial direction, which is much less than an effective outside diameter (AD) of the cutting groups with the cutting material bodies fully retracted.
A method at a User Equipment, UE, the method comprising: performing a Listen-Before-Talk, LBT, procedure prior to a first occasion of configured-grant, CG, resources; performing uplink, UL, transmission of a first transport block, TB, during the first occasion and using a first beam in response to successful LBT; said method characterised by : starting a timer in response to the UL transmission; determining failure of the UL transmission if no HARQ-ACK feedback is received within the duration of timer; and switching to a second beam for subsequent UL transmission of the first TB in response to determining failure of the UL transmission. performing a Listen-Before-Talk, LBT, procedure prior to a first occasion of configured-grant, CG, resources; performing uplink, UL, transmission of a first transport block, TB, during the first occasion and using a first beam in response to successful LBT; said method characterised by : starting a timer in response to the UL transmission; determining failure of the UL transmission if no HARQ-ACK feedback is received within the duration of timer; and switching to a second beam for subsequent UL transmission of the first TB in response to determining failure of the UL transmission. starting a timer in response to the UL transmission; determining failure of the UL transmission if no HARQ-ACK feedback is received within the duration of timer; and switching to a second beam for subsequent UL transmission of the first TB in response to determining failure of the UL transmission.
A sampling system for collecting a fluid sample from an enclosed container comprising a sample-directing manifold and an aseptic sampling valve, wherein the sample-directing manifold comprises: (a) a plurality of sample inlets, wherein each sample inlet is in fluid communication with a respective sample outlet valve and a respective waste outlet valve; (b) a sample outlet path in fluid communication with each said respective sample outlet valve; and (c) a waste outlet path in fluid communication with each said respective waste outlet valve wherein each said respective waste outlet valve and each said respective sample outlet valves may be configured independently so that only one of said plurality of sample inlets may be in fluid communication with said sample outlet path. (a) a plurality of sample inlets, wherein each sample inlet is in fluid communication with a respective sample outlet valve and a respective waste outlet valve; (b) a sample outlet path in fluid communication with each said respective sample outlet valve; and (c) a waste outlet path in fluid communication with each said respective waste outlet valve
A positive electrode active material for lithium secondary batteries, comprising: a lithium composite metal compound containing secondary particles formed by aggregation of primary particles; and a lithium-containing tungsten oxide, wherein the lithium-containing tungsten oxide is present at least in interparticle spaces of the primary particles, and in a pore distribution of the positive electrode active material for lithium secondary batteries measured by a mercury intrusion method, a pore surface area of pores having a pore diameter in a range of 10 nm or more to 200 nm or less is 0.6 m 2 /g or more and 2.5 m 2 /g or less. a lithium composite metal compound containing secondary particles formed by aggregation of primary particles; and a lithium-containing tungsten oxide, wherein the lithium-containing tungsten oxide is present at least in interparticle spaces of the primary particles, and in a pore distribution of the positive electrode active material for lithium secondary batteries measured by a mercury intrusion method, a pore surface area of pores having a pore diameter in a range of 10 nm or more to 200 nm or less is 0.6 m 2 /g or more and 2.5 m 2 /g or less.