mhurhangee/ep-ind-claims huggingface dataset:
A nonvolatile memory device comprising: multiple nonvolatile, NV, memory arrays (1-10; 232; 560) to collectively store a block of data, each array to store a portion of the block of data, and one of the NV memory arrays to store a write count for the block of data; and a command bus interface (242; 542) to receive a write command to write the block of data to the NV memory arrays, wherein the NV memory arrays are configured to perform an internal pre-write read of the block of data in the NV memory arrays in response to receipt of the write command, said internal pre-write read being performed without sending the write count to a controller (120; 220; 520) to be incremented, wherein the one NV memory array is configured to perform a pre-write read of the write count, increment the write count internal to the one NV memory array, and write the incremented write count to the one NV memory array, wherein the NV memory arrays are configured to perform the internal pre-write read of the block of data in the NV memory arrays, compare data in the NV memory arrays with data to be written, and only write bits having a different value due to the write command. multiple nonvolatile, NV, memory arrays (1-10; 232; 560) to collectively store a block of data, each array to store a portion of the block of data, and one of the NV memory arrays to store a write count for the block of data; and a command bus interface (242; 542) to receive a write command to write the block of data to the NV memory arrays, wherein the NV memory arrays are configured to perform an internal pre-write read of the block of data in the NV memory arrays in response to receipt of the write command, said internal pre-write read being performed without sending the write count to a controller (120; 220; 520) to be incremented, wherein the one NV memory array is configured to perform a pre-write read of the write count, increment the write count internal to the one NV memory array, and write the incremented write count to the one NV memory array, wherein the NV memory arrays are configured to perform the internal pre-write read of the block of data in the NV memory arrays, compare data in the NV memory arrays with data to be written, and only write bits having a different value due to the write command.
A drawing method using a servo press system comprising a servo press (100, 200) which transmits a drive force to a slide (23, 24, 26) from a servo motor (40, 364, 366) via a link mechanism, and a die cushion apparatus (300, 400) which supports a cushion pad, and generates a die cushion force in the cushion pad, the method characterized by comprising: a stopping step of stopping the slide (23, 24, 26) for a first period (S12-S22) in a course of a stroke for performing drawing; a keeping step of reducing the die cushion force to below a predetermined die cushion force and keeping the die cushion force for a second period within the first period (S12-S22) for which the slide (23, 24, 26) is stopped; and a restarting step of restarting (S20, S22) the slide (23, 24, 26) after keeping the die cushion force for the second period, wherein drawing (S10-S22) including the stopping step, the keeping step, and the restarting step is performed at least one time in the course of the stroke for performing drawing. a stopping step of stopping the slide (23, 24, 26) for a first period (S12-S22) in a course of a stroke for performing drawing; a keeping step of reducing the die cushion force to below a predetermined die cushion force and keeping the die cushion force for a second period within the first period (S12-S22) for which the slide (23, 24, 26) is stopped; and a restarting step of restarting (S20, S22) the slide (23, 24, 26) after keeping the die cushion force for the second period, wherein drawing (S10-S22) including the stopping step, the keeping step, and the restarting step is performed at least one time in the course of the stroke for performing drawing.
A method for producing a carboxylic acid anhydride represented by formula below, comprising: a step for reacting a carboxylic acid with a compound represented by formula below in the presence of a Group 2 metal compound having an ionic ligand containing an oxygen atom. [In formula, R 1 represents a C 1 ∼C 20 hydrocarbon group.] [In formula, R 2 represents a C 1 ∼C 20 hydrocarbon group.] a step for reacting a carboxylic acid with a compound represented by formula below in the presence of a Group 2 metal compound having an ionic ligand containing an oxygen atom. [In formula, R 1 represents a C 1 ∼C 20 hydrocarbon group.] [In formula, R 2 represents a C 1 ∼C 20 hydrocarbon group.]
A Customer Replaceable Unit Monitoring, CRUM, chip which is mounted on a consumable unit for an image forming apparatus and operable to communicate with the image forming apparatus, the CRUM chip characterized by comprising: an interface unit that is operable to receive first data and first integrity detection data generated using the first data from a main controller of the image forming apparatus; and a controller that is operable, when it is determined that the first data is integral, to generate second integrity detection data using both second data to be transmitted to the main controller of the image forming apparatus and the first integrity detection data and to transmit the second data and the second integrity detection data to the main controller of the image forming apparatus. an interface unit that is operable to receive first data and first integrity detection data generated using the first data from a main controller of the image forming apparatus; and a controller that is operable, when it is determined that the first data is integral, to generate second integrity detection data using both second data to be transmitted to the main controller of the image forming apparatus and the first integrity detection data and to transmit the second data and the second integrity detection data to the main controller of the image forming apparatus.
A blanket tensioning device for an intermediate transfer member cylinder, the device comprising: two elongated blanket holders, a longitudinal dimension of each blanket holder being substantially parallel to a longitudinal dimension of the other, at least a part of at least one of the blanket holders, being moveable toward or away from the other blanket holder; and at least one spring (16, 72) that is longitudinally arranged with respect to the longitudinal dimension; characterized in that the blanket tensioning device further comprises: a transmission for converting a longitudinal force that is exerted by the spring (16, 72) along the axis of the spring (16, 72) to a transverse force that is applied to the moveable part, such that when the device is installed in a longitudinal groove in an outer surface of the cylinder with the longitudinal dimension being oriented substantially parallel to an axis of the cylinder, and when a blanket is wrapped around the cylinder with each of opposite ends of the blanket being held by each of the blanket holders substantially parallel to the cylinder axis, the applied transverse force tensions the blanket. two elongated blanket holders, a longitudinal dimension of each blanket holder being substantially parallel to a longitudinal dimension of the other, at least a part of at least one of the blanket holders, being moveable toward or away from the other blanket holder; and at least one spring (16, 72) that is longitudinally arranged with respect to the longitudinal dimension; characterized in that the blanket tensioning device further comprises: a transmission for converting a longitudinal force that is exerted by the spring (16, 72) along the axis of the spring (16, 72) to a transverse force that is applied to the moveable part, such that when the device is installed in a longitudinal groove in an outer surface of the cylinder with the longitudinal dimension being oriented substantially parallel to an axis of the cylinder, and when a blanket is wrapped around the cylinder with each of opposite ends of the blanket being held by each of the blanket holders substantially parallel to the cylinder axis, the applied transverse force tensions the blanket. a transmission for converting a longitudinal force that is exerted by the spring (16, 72) along the axis of the spring (16, 72) to a transverse force that is applied to the moveable part, such that when the device is installed in a longitudinal groove in an outer surface of the cylinder with the longitudinal dimension being oriented substantially parallel to an axis of the cylinder, and when a blanket is wrapped around the cylinder with each of opposite ends of the blanket being held by each of the blanket holders substantially parallel to the cylinder axis, the applied transverse force tensions the blanket.
A method for formation of a siliceous film, comprising a first coating step, in which a polysilazane composition is applied on a substrate surface having concaved portions and convex portions to form a coating layer, a covering film-formation step, in which said coating layer only in the part adjacent to the substrate surface is hardened to form a covering film along the shape of said engraved substrate, and an unhardened layer-removal step, in which the polysilazane composition is removed that remains in said coating layer in the part not hardened in the above covering film-formation step, characterized in that said covering film-formation step is performed according to at least one procedure selected from the group consisting of heating said substrate at a temperature of 35 to 120°C, so as to harden said coating layer of polysilazane only in the part adjacent to said substrate, exposing said polysilazane composition applied substrate to light of such a wavelength that said substrate absorbs the light but said coating layer of polysilazane does not, so as to harden said coating layer only in the part adjacent to said substrate, and exposing said substrate to high-energy radiation before the first coating step so as to hydroxylate said substrate surface, and thereafter applying the polysilazane composition thereon, so that said coating layer is hardened only in the part adjacent to said substrate. a first coating step, in which a polysilazane composition is applied on a substrate surface having concaved portions and convex portions to form a coating layer, a covering film-formation step, in which said coating layer only in the part adjacent to the substrate surface is hardened to form a covering film along the shape of said engraved substrate, and an unhardened layer-removal step, in which the polysilazane composition is removed that remains in said coating layer in the part not hardened in the above covering film-formation step, heating said substrate at a temperature of 35 to 120°C, so as to harden said coating layer of polysilazane only in the part adjacent to said substrate, exposing said polysilazane composition applied substrate to light of such a wavelength that said substrate absorbs the light but said coating layer of polysilazane does not, so as to harden said coating layer only in the part adjacent to said substrate, and exposing said substrate to high-energy radiation before the first coating step so as to hydroxylate said substrate surface, and thereafter applying the polysilazane composition thereon, so that said coating layer is hardened only in the part adjacent to said substrate.
A server computing device configured to execute a coordination agent to automatically provide remote access to one or more serial port interfaces of one or more virtual machines of a cloud application, the server computing device comprising: a determination module for determining an Internet Protocol, IP, address of a Virtual Serial Port Concentrator, VSPC, module deployed with the one or more virtual machines within the cloud application and that is specific to the cloud application; a coupling module for causing a serial port interface of each of the one or more virtual machines to be communicatively coupled with the VSPC module; an acquisition module for acquiring, from the VSPC module, one or more port numbers of the VSPC module that are associated with the one or more virtual machines, wherein each of the one or more port numbers can be used to remotely access the serial port interface of the corresponding virtual machine through the VSPC module; and a providing module for causing the one or more port numbers and the IP address of the VSPC module to be provided to a client by transmission of an email message via a mail server to thereby enable the client to remotely access the one or more serial port interfaces. a determination module for determining an Internet Protocol, IP, address of a Virtual Serial Port Concentrator, VSPC, module deployed with the one or more virtual machines within the cloud application and that is specific to the cloud application; a coupling module for causing a serial port interface of each of the one or more virtual machines to be communicatively coupled with the VSPC module; an acquisition module for acquiring, from the VSPC module, one or more port numbers of the VSPC module that are associated with the one or more virtual machines, wherein each of the one or more port numbers can be used to remotely access the serial port interface of the corresponding virtual machine through the VSPC module; and a providing module for causing the one or more port numbers and the IP address of the VSPC module to be provided to a client by transmission of an email message via a mail server to thereby enable the client to remotely access the one or more serial port interfaces.
Water supply control system for a washing machine having a tub and a laundry drum, comprising the steps of - determining a load of laundry in the laundry drum; and - determining a drip saturation value, which defines a water binding capacity of the laundry, by calculating an average of stored drip saturation values which are assigned to a selected washing program. - determining a load of laundry in the laundry drum; and - determining a drip saturation value, which defines a water binding capacity of the laundry, by calculating an average of stored drip saturation values which are assigned to a selected washing program.
A dual lock flow gate (DLFG) (120; 300A-F; 400A-D) comprises: a body (302; 402) of a cylindrical flow gate and a cover (330; 404) at an end of the body; a shear pin (341; 405) interfering with the cover such that cover movement away from a body lip (325; 415) bounding a body through hole is inhibited; at a body end opposite the cover end, a bore (340; 419) in the body sidewall providing access to a part of the cover (330; 404); and, a plunger (344; 406) in the bore, a spring (341; 408) acting on the plunger, and a spring rest (342; 410) inserted in the bore; wherein an end (352; 423) of the plunger enters a plunger receiving hole (353; 421) of the cover when the shear pin fails and releases the cover such that the plunger and the receiving hole of the cover part are aligned. a body (302; 402) of a cylindrical flow gate and a cover (330; 404) at an end of the body; a shear pin (341; 405) interfering with the cover such that cover movement away from a body lip (325; 415) bounding a body through hole is inhibited; at a body end opposite the cover end, a bore (340; 419) in the body sidewall providing access to a part of the cover (330; 404); and, a plunger (344; 406) in the bore, a spring (341; 408) acting on the plunger, and a spring rest (342; 410) inserted in the bore; wherein an end (352; 423) of the plunger enters a plunger receiving hole (353; 421) of the cover when the shear pin fails and releases the cover such that the plunger and the receiving hole of the cover part are aligned.
A canopy assembly for a barrier defined by a first side and a second side, wherein the canopy assembly comprises: a cover assembly; and a bracket assembly (40, 40), coupled to the cover assembly, wherein the bracket assembly (40, 40) comprises: at least a first bracket for coupling the cover assembly to the first side of the barrier and at least a second bracket for coupling the cover assembly to the second side of the barrier, wherein each of the at least first and second brackets (40, 40) has a cavity dimensioned to receive, but not simultaneously, and laterally constrain a plurality of differently dimensioned barrier top rails or wall surfaces; characterized in that each cavity comprises at least three interior surfaces (S1, S2, S3), the first and second interior surfaces (S1, S2) meeting at a first angle (α 1) that is about 140°, the second and third interior surfaces (S2, S3) meeting at a second angle (α 2) that is less than 90°, and the first and third interior surfaces (S1, S3) forming an angle (α 3) that is between 30° - 80°. a cover assembly; and a bracket assembly (40, 40), coupled to the cover assembly, wherein the bracket assembly (40, 40) comprises: at least a first bracket for coupling the cover assembly to the first side of the barrier and at least a second bracket for coupling the cover assembly to the second side of the barrier, wherein each of the at least first and second brackets (40, 40) has a cavity dimensioned to receive, but not simultaneously, and laterally constrain a plurality of differently dimensioned barrier top rails or wall surfaces; characterized in that each cavity comprises at least three interior surfaces (S1, S2, S3), the first and second interior surfaces (S1, S2) meeting at a first angle (α 1) that is about 140°, the second and third interior surfaces (S2, S3) meeting at a second angle (α 2) that is less than 90°, and the first and third interior surfaces (S1, S3) forming an angle (α 3) that is between 30° - 80°. at least a first bracket for coupling the cover assembly to the first side of the barrier and at least a second bracket for coupling the cover assembly to the second side of the barrier, wherein each of the at least first and second brackets (40, 40) has a cavity dimensioned to receive, but not simultaneously, and laterally constrain a plurality of differently dimensioned barrier top rails or wall surfaces; characterized in that each cavity comprises at least three interior surfaces (S1, S2, S3), the first and second interior surfaces (S1, S2) meeting at a first angle (α 1) that is about 140°, the second and third interior surfaces (S2, S3) meeting at a second angle (α 2) that is less than 90°, and the first and third interior surfaces (S1, S3) forming an angle (α 3) that is between 30° - 80°.
Process for the synthesis of the compound of formula: wherein R 1 represents a linear or branched C 1 -C 6 alkyl, allyl or benzyl group, by enantioselective enzymatic acylation of the racemic amine of formula: using a lipase (EC 3.1.1.3 in the international classification of enzymes), with a carbonate of formula R 1 O- -OR 1, wherein R 1 is as defined hereinbefore, in an amount ranging from 1 to 15 molar equivalents relative to the amine of formula, in an organic or aqueous solvent, a mixture of organic solvents or a mixture of organic and aqueous solvents, at a concentration from 5 to 500 g/L of compound of formula per litre of solvent or mixture of solvents, at an E/S ratio of from 10/1 to 1/100, at a temperature from 25°C to 40°C.
Circuit comprising: an FPGA, which has an FLL circuit; a reference clock of a first frequency or a reference clock input to receive a reference clock of a first frequency; a programmable oscillator, which outputs a clock signal for the FPGA, wherein the FLL circuit is designed to record a first number of clock signals of the programmable oscillator during a second number of periods of the reference clock, wherein the first number is greater than the second number, and a feedback signal is output in order to control the ratio between the first number and the second number such that the feedback signal acts on the frequency of the programmable oscillator, characterized in that the frequency of the programmable oscillator is controlled via at least a resistance value on which the feedback signal acts, wherein the resistance value can be regulated via a series of individual resistances which, for the purpose of reducing the resistance, can be bridged at least partially in a selective manner in relation to the circuit ground, wherein the series of individual resistances that can be bridged comprises at least 10 individual resistances, wherein the series of individual resistances that can be bridged in a selective manner does not contribute more than 10 % to the total value of the resistance. an FPGA, which has an FLL circuit; a reference clock of a first frequency or a reference clock input to receive a reference clock of a first frequency; a programmable oscillator, which outputs a clock signal for the FPGA, wherein the FLL circuit is designed to record a first number of clock signals of the programmable oscillator during a second number of periods of the reference clock, wherein the first number is greater than the second number, and a feedback signal is output in order to control the ratio between the first number and the second number such that the feedback signal acts on the frequency of the programmable oscillator, characterized in that the frequency of the programmable oscillator is controlled via at least a resistance value on which the feedback signal acts, wherein the resistance value can be regulated via a series of individual resistances which, for the purpose of reducing the resistance, can be bridged at least partially in a selective manner in relation to the circuit ground, wherein the series of individual resistances that can be bridged comprises at least 10 individual resistances, wherein the series of individual resistances that can be bridged in a selective manner does not contribute more than 10 % to the total value of the resistance.
Rubber mixture used for making a vulcanized rubber sheet suitable for being manipulated and processed to produce a bag; said mixture comprising: - recycled rubber obtained from production processes of tires that has not yet been vulcanized; - a polymer base with cross-linked unsaturated chain comprising natural polyisoprene (natural rubber) and styrene butadiene (or synthetic rubber SBR); - reinforcing charges; - a vulcanization group that favors a vulcanization of the mixture; - protective substances improving aging, protecting the rubber mixture against weather agents and giving a good ozone resistance to the rubber mixture; wherein said recycled rubber is present in the mixture in a percentage comprised between 55% and 65%; said polymer base is present in the mixture in a percentage comprised between 20% and 30%. - recycled rubber obtained from production processes of tires that has not yet been vulcanized; - a polymer base with cross-linked unsaturated chain comprising natural polyisoprene (natural rubber) and styrene butadiene (or synthetic rubber SBR); - reinforcing charges; - a vulcanization group that favors a vulcanization of the mixture; - protective substances improving aging, protecting the rubber mixture against weather agents and giving a good ozone resistance to the rubber mixture; said recycled rubber is present in the mixture in a percentage comprised between 55% and 65%; said polymer base is present in the mixture in a percentage comprised between 20% and 30%.