mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a hydrogen generating apparatus, comprising: (a) removing sulfur compounds present in a raw material supplied to a reformer for generating a hydrogen-containing gas, using a desulfurizer; (b) measuring an amount of the sulfur compounds removed in (a), which amount is hereinafter referred to as an amount of removal of sulfur compounds, using a meter device; (c) shutting down an operation of the hydrogen generating apparatus when an integrated value of the amount of removal of sulfur compounds measured in (b) is greater than or equal to a first threshold value; and (d) inhibiting next start-up of said hydrogen generating apparatus if, after a shut-down process of the hydrogen generating apparatus is started when the integrated value of the amount of removal of sulfur compounds measured in (b) is less than the first threshold value, the integrated value of the amount of removal of sulfur compounds measured in (b) becomes greater than or equal to a second threshold value which is smaller than the first threshold value. (a) removing sulfur compounds present in a raw material supplied to a reformer for generating a hydrogen-containing gas, using a desulfurizer; (b) measuring an amount of the sulfur compounds removed in (a), which amount is hereinafter referred to as an amount of removal of sulfur compounds, using a meter device; (c) shutting down an operation of the hydrogen generating apparatus when an integrated value of the amount of removal of sulfur compounds measured in (b) is greater than or equal to a first threshold value; and (d) inhibiting next start-up of said hydrogen generating apparatus if, after a shut-down process of the hydrogen generating apparatus is started when the integrated value of the amount of removal of sulfur compounds measured in (b) is less than the first threshold value, the integrated value of the amount of removal of sulfur compounds measured in (b) becomes greater than or equal to a second threshold value which is smaller than the first threshold value.
A device for operating an integrated machine system with ring-spinning machine and cross-winding machine, wherein a first part of a tube and spinning cop transport system is arranged in the region of the ring-spinning machine and a second part of the tube and spinning cop transport system is arranged in the region of the cross-winding machine, and a device is present which monitors the completeness of the peg trays which revolve in the tube and spinning cop transport system and carry fresh spinning cops or empty tubes, characterized in that in a region between the second part and the first part of the tube and spinning cop transport system, a writing device is provided which ensures a sequential marking of the peg trays which enter the first part of the tube and spinning cop transport system from the second part and which are equipped with empty tubes, and that a reading and writing station is installed in a region between the first part and the second part of the tube and spinning cop transport system, detects the marking of the peg trays leaving the first part of the tube and spinning cop transport system and being equipped with fresh spinning cops, and when it determines the absence of at least on peg tray due to a non-sequential marking of the peg trays, immediately initiates a correction of a current spinning station number of the ring-spinning machine associated with the peg tray. in a region between the second part and the first part of the tube and spinning cop transport system, a writing device is provided which ensures a sequential marking of the peg trays which enter the first part of the tube and spinning cop transport system from the second part and which are equipped with empty tubes, and that a reading and writing station is installed in a region between the first part and the second part of the tube and spinning cop transport system, detects the marking of the peg trays leaving the first part of the tube and spinning cop transport system and being equipped with fresh spinning cops, and when it determines the absence of at least on peg tray due to a non-sequential marking of the peg trays, immediately initiates a correction of a current spinning station number of the ring-spinning machine associated with the peg tray.
A method of agglomerating a nickel laterite ore comprising the steps of: i) adjusting the moisture content of nickel laterite ore material to be agglomerated to between 5% and 30% wt/wt; ii) feeding the nickel laterite ore material to be agglomerated into an agglomeration circuit; and iii) adding a sulfuric acid containing agglomerating solution to the ore material in the agglomeration circuit to provide an agglomerated ore material, wherein the acid concentration of the agglomerating solution is between 140 to 280 g/L. i) adjusting the moisture content of nickel laterite ore material to be agglomerated to between 5% and 30% wt/wt; ii) feeding the nickel laterite ore material to be agglomerated into an agglomeration circuit; and iii) adding a sulfuric acid containing agglomerating solution to the ore material in the agglomeration circuit to provide an agglomerated ore material, wherein the acid concentration of the agglomerating solution is between 140 to 280 g/L.
A signal cable for transmitting signals between a transmitter and a receiver of an audio system, wherein electrical connection is provided by at least one connecting part comprising a graphene layer disposed on a polymer layer, characterised in that it comprises exactly two parallel insulated conductors, each insulated conductor including a single connecting part arranged in a protective insulating layer, whereby the connecting part is in a tape form having a two-dimensional graphene layer disposed between two polymer layers, and wherein the two insulated conductors are connected together along an edge of the protective insulating layer.
Method for producing biogas in a biogas plant comprising the following steps: a) Fermentation of a biomass in at least one first fermentation tank during a first fermentation stage to form a fermentation residue and a raw biogas; b) Discharge of the fermentation residue from the first fermentation tank and introduction of the fermentation residue into at least one further fermentation tank (2, 3) for post-fermentation of the fermentation residue in a second and/or further fermentation stage; c) Introduction of hydrogen, which is produced by electrolysis from water and electricity, and a CO 2 -containing gas, with the CO 2 -containing gas used being raw biogas, into the fermentation residue by means of at least one feed, which is connected on the inlet side to a hydrogen line and a line for CO 2 -containing gas, during the second and/or further fermentation stage and biological conversion of the hydrogen by means of CO 2 to methane. a) Fermentation of a biomass in at least one first fermentation tank during a first fermentation stage to form a fermentation residue and a raw biogas; b) Discharge of the fermentation residue from the first fermentation tank and introduction of the fermentation residue into at least one further fermentation tank (2, 3) for post-fermentation of the fermentation residue in a second and/or further fermentation stage; c) Introduction of hydrogen, which is produced by electrolysis from water and electricity, and a CO 2 -containing gas, with the CO 2 -containing gas used being raw biogas, into the fermentation residue by means of at least one feed, which is connected on the inlet side to a hydrogen line and a line for CO 2 -containing gas, during the second and/or further fermentation stage and biological conversion of the hydrogen by means of CO 2 to methane.
Disc brake, in particular for trucks, with a brake pad (10, 20), a retaining spring (12, 22) and a retaining bracket (14, 24), wherein the retaining bracket pretensions the retaining spring radially inwardly relative to a rotation axis of the brake against the brake pad, characterized in that the smallest radial distance of the retaining spring (12, 22) from the brake pad (10, 20) in the region in which the retaining bracket (14, 24) overlaps the retaining spring in the radial direction, is greater than the smallest radial distance (d) of the retaining bracket from the brake pad in the region in which the retaining bracket overlaps the brake pad in the radial direction.
An image forming apparatus comprising: a memory to store data including apparatus use information of a first user a user interface unit; a determination unit to determine whether the first user is changed to a second user, and a controller to delete the apparatus use information on the first user if the determination unit determines that the first user is changed to the second user, wherein, if apparatus use information of the second user is input through the user interface unit, the controller stores the apparatus use information of the second user in the memory, characterised in that the determination unit is configured to compare the apparatus use information of the first user and the apparatus use information of the second user, and, if at least one of an IP, an apparatus name, an identification number, an account ID, and an account password of the image forming apparatus is changed, the determination unit determines that the first user is changed to the second user. a memory to store data including apparatus use information of a first user a user interface unit; a determination unit to determine whether the first user is changed to a second user, and a controller to delete the apparatus use information on the first user if the determination unit determines that the first user is changed to the second user, wherein, if apparatus use information of the second user is input through the user interface unit, the controller stores the apparatus use information of the second user in the memory, characterised in that the determination unit is configured to compare the apparatus use information of the first user and the apparatus use information of the second user, and, if at least one of an IP, an apparatus name, an identification number, an account ID, and an account password of the image forming apparatus is changed, the determination unit determines that the first user is changed to the second user.
A proximity detection system, comprising: a generator that generates a magnetic field, said generator being capable of receiving a response signal from an alarm device; and an alarm device that responds to sensing said magnetic field by generating and sending a response signal to the generator; characterized in that said alarm device generates a response signal after a first length of time when the alarm device detects the magnetic field at a first strength, wherein said alarm device generates a response signal after a second length of time when the alarm device detects the magnetic field at a second strength, and wherein the first strength is different from the second strength and the first length of time is different from the second length of time. a generator that generates a magnetic field, said generator being capable of receiving a response signal from an alarm device; and an alarm device that responds to sensing said magnetic field by generating and sending a response signal to the generator; characterized in that said alarm device generates a response signal after a first length of time when the alarm device detects the magnetic field at a first strength, wherein said alarm device generates a response signal after a second length of time when the alarm device detects the magnetic field at a second strength, and
A method to de-obfuscate data, the method comprising: receiving, by a data processing, DP, accelerator, an obfuscation kernel algorithm and obfuscated data generated by obfuscating one or more artificial intelligence, AI, models, wherein the obfuscation kernel algorithm is used to obfuscate and de-obfuscate data in communication with a host over a link; de-obfuscating, by the DP accelerator, using the obfuscation kernel algorithm, the obfuscated data received from the host for a prediction request to obtain the one or more AI, models; generating, by the DP accelerator, prediction results by applying the one or more AI models to a prediction input; obfuscating, by the DP accelerator, using the obfuscation kernel algorithm, the prediction results; and sending, by the DP accelerator, the obfuscated prediction results to the host over the link, for the host to retrieve the prediction results by de-obfuscating the obfuscated prediction results. receiving, by a data processing, DP, accelerator, an obfuscation kernel algorithm and obfuscated data generated by obfuscating one or more artificial intelligence, AI, models, wherein the obfuscation kernel algorithm is used to obfuscate and de-obfuscate data in communication with a host over a link; de-obfuscating, by the DP accelerator, using the obfuscation kernel algorithm, the obfuscated data received from the host for a prediction request to obtain the one or more AI, models; generating, by the DP accelerator, prediction results by applying the one or more AI models to a prediction input; obfuscating, by the DP accelerator, using the obfuscation kernel algorithm, the prediction results; and sending, by the DP accelerator, the obfuscated prediction results to the host over the link, for the host to retrieve the prediction results by de-obfuscating the obfuscated prediction results.
A method of making an oligomeric modified vegetable oil-based polyol which comprises at least 40% oligomers, and has a viscosity at 25°C of less than 8 Pa.s, wherein the term "oligomeric modified vegetable oil-based polyol" refers to a polyol that has at least two triglyceride-based monomer units, wherein the method comprises the step of reacting a mixture comprising an epoxidized vegetable oil and a ring opener comprising hydroxyl groups to form the oligomeric modified vegetable oil-based polyol, wherein the ratio of the moles of hydroxyl groups present in the ring opener to the moles of epoxy groups present in the epoxidized vegetable oil is from 0.1 to 1.0.
A dehydrochlorination process comprising contacting R f CHClCH 2 Cl with a catalyst in a reaction zone to produce a product mixture comprising R f CCl=CH 2, wherein said catalyst comprises MY supported on carbon, and wherein R f is a perfluorinated alkyl group, M = K, Na or Cs, and Y = F, Cl or Br.
Method for shaping a continuous web material into a rod, the method comprising: - providing a continuous web material having a glass transition temperature below 150 degree Celsius; - gathering the continuous web material from a flat shape into a rod-shape by means of a shaping device; characterized by - providing a cooling means providing a temperature below four degree Celsius and cooling a material contact surface of the shaping device to a surface temperature below four degree Celsius; and by - cooling the continuous gathered web material by the cooled material contact surface in contact with the continuous gathered web material. - providing a continuous web material having a glass transition temperature below 150 degree Celsius; - gathering the continuous web material from a flat shape into a rod-shape by means of a shaping device; characterized by - providing a cooling means providing a temperature below four degree Celsius and cooling a material contact surface of the shaping device to a surface temperature below four degree Celsius; and by - cooling the continuous gathered web material by the cooled material contact surface in contact with the continuous gathered web material.
A composite printed wiring board comprising: a first printed wiring board having a wiring layer which is formed on a front surface of the first printed wiring board and on which an electronic component (9a, 9b) is to be soldered; an intermediate member stacked on the back surface of the first printed wiring board and having a cavity; a second printed wiring board stacked on a second surface of the intermediate member which is on an opposite side of the intermediate member from a first surface of the intermediate member that is opposed to the first printed wiring board in the intermediate member; and a bonding layer (5,6) being a mutual diffusion layer and containing high melting point metal and low melting point metal, the bonding layer (5,6) being arranged at a bonding section between the first printed wiring board and the intermediate member and at a bonding section between the second printed wiring board and the intermediate member, wherein a melting point of the bonding layer (5,6) is higher than a melting point of the low melting point metal, and the melting point of the bonding layer (5, 6) is higher than solder reflowing temperatures for mounting electronic components on the composite printed wiring board, wherein the intermediate member is a third printed wiring board. a first printed wiring board having a wiring layer which is formed on a front surface of the first printed wiring board and on which an electronic component (9a, 9b) is to be soldered; an intermediate member stacked on the back surface of the first printed wiring board and having a cavity; a second printed wiring board stacked on a second surface of the intermediate member which is on an opposite side of the intermediate member from a first surface of the intermediate member that is opposed to the first printed wiring board in the intermediate member; and a bonding layer (5,6) being a mutual diffusion layer and containing high melting point metal and low melting point metal, the bonding layer (5,6) being arranged at a bonding section between the first printed wiring board and the intermediate member and at a bonding section between the second printed wiring board and the intermediate member, wherein a melting point of the bonding layer (5,6) is higher than a melting point of the low melting point metal, and the melting point of the bonding layer (5, 6) is higher than solder reflowing temperatures for mounting electronic components on the composite printed wiring board, wherein the intermediate member is a third printed wiring board.
A tire comprising a tread portion bound with an intended rotational direction, wherein the tread portion is provided with at least one block, each block includes a ground contacting surface and side surfaces, the ground contacting surface being defined by edges (7, 10, 20, 21, 22), and the side surfaces being positioned radially inside the ground contacting surface, the edges (7, 10, 20, 21, 22) include a heel-side edge located on a heel side in the rotational direction and a toe-side side edge (20, 21, 22) extending toward a toe side in the rotational direction from the heel-side edge, the heel-side edge is connected to one of the side surfaces without having a chamfer portion therebetween, characterized in that at least a toe-side region, which is a region positioned on the toe side in the rotational direction of a virtual linear line extending parallel to a tire axial direction passing through a centroid of the ground contacting surface of each of the blocks, of the toe-side side edge (20, 21, 22) is connected to the side surfaces each with the chamfer portion therebetween, whereas the ground contacting surfaces and the side surfaces, which are connected by ridges having a width of 0.5 mm or less, are non-chamfered portions. the tread portion is provided with at least one block, each block includes a ground contacting surface and side surfaces, the ground contacting surface being defined by edges (7, 10, 20, 21, 22), and the side surfaces being positioned radially inside the ground contacting surface, the edges (7, 10, 20, 21, 22) include a heel-side edge located on a heel side in the rotational direction and a toe-side side edge (20, 21, 22) extending toward a toe side in the rotational direction from the heel-side edge, the heel-side edge is connected to one of the side surfaces without having a chamfer portion therebetween, characterized in that at least a toe-side region, which is a region positioned on the toe side in the rotational direction of a virtual linear line extending parallel to a tire axial direction passing through a centroid of the ground contacting surface of each of the blocks, of the toe-side side edge (20, 21, 22) is connected to the side surfaces each with the chamfer portion therebetween, whereas the ground contacting surfaces and the side surfaces, which are connected by ridges having a width of 0.5 mm or less, are non-chamfered portions.
A composition comprising cysteamine bitartrate and cystamine, or a pharmaceutically acceptable salt thereof, and one or more enteric coating materials that provide delivery of the cysteamine bitartrate and cystamine, or pharmaceutically acceptable salt thereof, to a region of the small intestine in which the pH is between 4.5 and 6.5.
An automatic clutch system for clutching between a combustion engine and a transmission of a work machine, the automatic clutching system comprising: two brake indicators, each brake indicator being associated with a respective brake pedal and providing an output signal corresponding to a state of a corresponding brake pedal, each said brake indicator configured to sense when the respective brake pedal is actuated; an electrically controllable clutch; at least one electrical processing circuit (26, 28, 30) coupled to the two brake indicators for receiving the brake indicator output signals an engine load indicator providing an output signal corresponding to a load state of said engine; said at least one electrical processing circuit (26, 28, 30) being adapted for receiving the engine load indicator output signal and controlling the electrically controllable clutch, dependent on the load indicator output signal and the brake indicator output signals, and characterized by said at least one electrical processing circuit (26, 28, 30) being adapted for opening the clutch when both brake pedals are simultaneously actuated. two brake indicators, each brake indicator being associated with a respective brake pedal and providing an output signal corresponding to a state of a corresponding brake pedal, each said brake indicator configured to sense when the respective brake pedal is actuated; an electrically controllable clutch; at least one electrical processing circuit (26, 28, 30) coupled to the two brake indicators for receiving the brake indicator output signals an engine load indicator providing an output signal corresponding to a load state of said engine; said at least one electrical processing circuit (26, 28, 30) being adapted for receiving the engine load indicator output signal and controlling the electrically controllable clutch, dependent on the load indicator output signal and the brake indicator output signals, and characterized by said at least one electrical processing circuit (26, 28, 30) being adapted for opening the clutch when both brake pedals are simultaneously actuated.