mhurhangee/ep-ind-claims huggingface dataset:
A frame of a sunroof arrangement and/or of a vehicle shading system, comprising, on both sides with respect to a vertical longitudinal median plane of the frame, a respective guide rail (12, 12A, 12B) extending in the longitudinal direction and at least one cross member (14, 16, 18) connecting the two guide rails (12, 12A, 12B), the guide rails (12, 12A, 12B) each being formed by an injection-molded plastic part, and each having a guide track wherein at least one coupling element (20, 20A, 20B) is integrally formed on each of the guide rails (12, 12A, 12B) and that cross member (14, 16, 18) is fixed to the guide rails (12, 12A, 12B) via the coupling elements (20, 20A, 20B), characterized in that a mounting device for a roller blind arrangement is integrally formed on each of the guide rails, wherein the guide tracks of the guide rails are respectively limited by a bottom rail part and by a separate upper rail part that is connected to the bottom rail part and wherein the guide tracks serve to laterally guide a roller blind.
A monitoring system for a harvester, the monitoring system configured to determine one or more parameters associated with harvested items, the system comprising: a camera module having a field of view and configured to generate image data associated with the harvested items; a mounting bracket configured to secure the camera module to the harvester such that a conveyor of the harvester is within the field of view of the camera module; a location sub-system configured to determine and output location data representative of a geographical location of the harvester monitoring system; and a processing unit configured to receive the image data and the location data, to determine the one or more parameters associated with the harvested items and to record the one or more parameters in association with the location data on a computer readable medium, wherein the camera module is configured to determine depth data for the harvested items, wherein: the one or more parameters include size information including a dimension of a first harvested item of the harvested items, and characterised in that: the processing unit is further configured to categorise the first harvested item by determining whether the first harvested item would pass through a sizing aperture of a virtual sieve based on the size information, and wherein the processing unit is configured to identify and track the first harvested item across the field of view. a camera module having a field of view and configured to generate image data associated with the harvested items; a mounting bracket configured to secure the camera module to the harvester such that a conveyor of the harvester is within the field of view of the camera module; a location sub-system configured to determine and output location data representative of a geographical location of the harvester monitoring system; and a processing unit configured to receive the image data and the location data, to determine the one or more parameters associated with the harvested items and to record the one or more parameters in association with the location data on a computer readable medium, the processing unit is further configured to categorise the first harvested item by determining whether the first harvested item would pass through a sizing aperture of a virtual sieve based on the size information, and wherein the processing unit is configured to identify and track the first harvested item across the field of view.
A composite material comprising: coated particles, each of which includes a carbon-based particle made of a carbon-based substance and a carbide layer that covers at least a part of the surface of the carbon-based particle; and a copper phase that binds the coated particles to each other, the carbide layer being made of a carbide containing at least one element selected from the group consisting of Si, Ti, Zr and Hf, the average particle size of the carbon-based particles being 1 μm or more and 100 μm or less, the average particle size being measured using the method described in the description, the carbon-based substance being one or more materials selected from the group consisting of diamond, graphite, carbon nanotubes, and carbon fibers, the coated particles including particles, at least a part of which encapsulates a copper component in a part of the carbide layer, the ratio of the total cross sectional area of the particles that encapsulate the copper component relative to the total cross sectional area of the coated particles in the cross section being 30% or more, the ratio being measured using the method described in the description, and the total content of the copper component in the carbide layer of the particles that encapsulate the copper component being 1% by volume or more and 70% by volume or less. coated particles, each of which includes a carbon-based particle made of a carbon-based substance and a carbide layer that covers at least a part of the surface of the carbon-based particle; and a copper phase that binds the coated particles to each other, the carbide layer being made of a carbide containing at least one element selected from the group consisting of Si, Ti, Zr and Hf, the average particle size of the carbon-based particles being 1 μm or more and 100 μm or less, the average particle size being measured using the method described in the description, the carbon-based substance being one or more materials selected from the group consisting of diamond, graphite, carbon nanotubes, and carbon fibers, the coated particles including particles, at least a part of which encapsulates a copper component in a part of the carbide layer, the ratio of the total cross sectional area of the particles that encapsulate the copper component relative to the total cross sectional area of the coated particles in the cross section being 30% or more, the ratio being measured using the method described in the description, and the total content of the copper component in the carbide layer of the particles that encapsulate the copper component being 1% by volume or more and 70% by volume or less.
A molded article characterized in that: said molded article is made from a resin composition obtained by compounding a functional filler into a resin made from a poly-L-lactic acid; the functional filler is yielded by a copolymerization of a compound having 2-4 hydroxyl groups with 1-100 molecules of D-lactic acid and a polymer having a molecular weight of 10,000 or less and selected from glycols, aliphatic polyesters and aromatic polyesters; the amount of the functional filler compounded is 5-20% by weight per poly-L-lactic acid; a stereo-complex is formed between the D-lactic acid included in the functional filler and the L -lactic acid in the resin; and units of said polymer having a molecular weight of 10,000 or less, are copolymerised in units of poly D-lactic acid in the functional filler. said molded article is made from a resin composition obtained by compounding a functional filler into a resin made from a poly-L-lactic acid; the functional filler is yielded by a copolymerization of a compound having 2-4 hydroxyl groups with 1-100 molecules of D-lactic acid and a polymer having a molecular weight of 10,000 or less and selected from glycols, aliphatic polyesters and aromatic polyesters; the amount of the functional filler compounded is 5-20% by weight per poly-L-lactic acid; a stereo-complex is formed between the D-lactic acid included in the functional filler and the L -lactic acid in the resin; and units of said polymer having a molecular weight of 10,000 or less, are copolymerised in units of poly D-lactic acid in the functional filler.
A method for resolving collisions resulting from tearing events when updating memory, whereby several memory pages are pointing to the same logical memory page, the method comprising: selecting a memory page from a plurality of memory pages pointing to a logical memory page based on version information; wherein the selected memory page is verified with a quality read operation, wherein said quality read operation simulates a read operation under adverse conditions, and if the page cannot be verified, re-programming the selected memory page if data can be read from the memory page with a normal read operation; mapping the selected memory page to the logical memory page, and erasing all other memory pages pointing to the logical memory page, said re-programming comprising re-programming the selected memory page with the data obtained by the normal read operation, whereby the data is programmed over the data currently programmed to the selected memory page without first erasing the selected memory page in order to strengthen the readability of the data. selecting a memory page from a plurality of memory pages pointing to a logical memory page based on version information; wherein the selected memory page is verified with a quality read operation, wherein said quality read operation simulates a read operation under adverse conditions, and if the page cannot be verified, re-programming the selected memory page if data can be read from the memory page with a normal read operation; mapping the selected memory page to the logical memory page, and erasing all other memory pages pointing to the logical memory page, said re-programming comprising re-programming the selected memory page with the data obtained by the normal read operation, whereby the data is programmed over the data currently programmed to the selected memory page without first erasing the selected memory page in order to strengthen the readability of the data.
A pipe- and duct-cleaning machine having a rotatably mounted clamping jaw system for securing of a cleaning spiral, which can be driven by the pipe- and duct-cleaning machine, in a clamping manner, wherein the clamping jaw system is set in a rotary movement during the cleaning operation of the pipe- and duct-cleaning machine by a motorized drive system of the pipe- and duct-cleaning machine, wherein the clamping jaw system can be actuated by a hand lever of the pipe- and duct-cleaning machine, wherein the cleaning spiral is secured in the clamping jaw system in a clamping manner when the hand lever is actuated, so that as a result, the cleaning spiral is set in a rotary movement, wherein the pipe- and duct-cleaning machine has a safety device which is operatively connected to the hand lever and can be deactivated by an actuation of the hand lever, wherein the safety device comprises a first electric switch, wherein the first electric switch can be brought into engagement with the hand lever in order to actuate the first electric switch and to deactivate the safety device, wherein the clamping jaw system is in a state of rest when the safety device is activated and the cleaning operation of the pipe- and duct-cleaning machine is interrupted, wherein the clamping jaw system is set in the rotary movement when the safety device is activated and the cleaning operation of the pipe- and duct-cleaning machine is commenced, so that the clamping jaw system is set in the rotary movement only when the hand lever is actuated, characterized in that on the hand lever an additional actuation device is arranged, which is operatively connected to the safety device, wherein the safety device is deactivated when the hand lever is actuated and, during the period of an actuation of the hand lever enabling the cleaning operation to take place, the actuation device which is operatively connected to the safety device has been actuated at least once, wherein the safety device has a second electric switch, wherein the second electric switch is electrically connected to the first electric switch and the actuation device, wherein the second electric switch establishes the electric power supply when the first electric switch is actuated and the actuation device has been actuated at least once during actuation of the hand lever.
A battery module, comprising: a lower case; a plurality of battery cells sequentially stacked and received in the lower case; and a heat conducting plate, wherein a boss is formed on the lower case; the heat conducting plate is provided with a receiving hole; the boss fits in the receiving hole, and a part or an entirety of the boss is fixed in the receiving hole; and wherein the receiving hole is a tapered hole; a surface of the boss facing away from the plurality of battery cells is flush with a surface of the heat conducting plate facing away from the plurality of battery cells. a lower case; a plurality of battery cells sequentially stacked and received in the lower case; and a heat conducting plate, wherein a boss is formed on the lower case; the heat conducting plate is provided with a receiving hole; the boss fits in the receiving hole, and a part or an entirety of the boss is fixed in the receiving hole; and wherein the receiving hole is a tapered hole; a surface of the boss facing away from the plurality of battery cells is flush with a surface of the heat conducting plate facing away from the plurality of battery cells.
A conveyor for transporting an electrode plate, characterized by comprising: an oven; a first guide rail and a second guide rail, spaced apart from each other inside the oven in a first direction (a), wherein a first opening and a second opening are respectively provided on surfaces of the first guide rail and the second guide rail that face each other; and a conveying assembly, wherein two ends of the conveying assembly in the first direction (a) are movably disposed in the first guide rail and the second guide rail through the first opening and the second opening, respectively, and the conveying assembly is connected to the electrode plate for transporting the electrode plate inside the oven; wherein the conveying assembly comprises a conveying rod and two movable assemblies, wherein the conveying rod is connected to the electrode plate, the two movable assemblies are disposed at two ends of the conveying rod in the first direction (a), respectively, and the movable assemblies are movably disposed in the first guide rail and the second guide rail, respectively.
An electro hydraulic actuator for a hydrostatic transmission, comprising: a piston in a cylinder;; a forward pressure control valve responsive to movement of a forward foot pedal to variably open a forward passage to provide hydraulic pressure on a first side of the piston; a reverse pressure control valve responsive to movement of a reverse foot pedal to variably open a reverse passage to provide hydraulic pressure on a second side of the piston; and a pedal position sensor providing electrical signals to an electronic controller that selectively actuates the pair of pressure control valves (112, 114); characterized by a piston rod between the piston and a joint; the joint connected to a trunnion lever on the hydrostatic transmission that turns to a forward traction drive position if the piston slides in a first direction from the neutral traction drive position, and a reverse traction drive position if the piston slides in a second direction from the neutral traction drive position, and a centering spring urging the piston to a neutral traction drive position in the cylinder. a piston in a cylinder;; a forward pressure control valve responsive to movement of a forward foot pedal to variably open a forward passage to provide hydraulic pressure on a first side of the piston; a reverse pressure control valve responsive to movement of a reverse foot pedal to variably open a reverse passage to provide hydraulic pressure on a second side of the piston; and a pedal position sensor providing electrical signals to an electronic controller that selectively actuates the pair of pressure control valves (112, 114); characterized by a piston rod between the piston and a joint; the joint connected to a trunnion lever on the hydrostatic transmission that turns to a forward traction drive position if the piston slides in a first direction from the neutral traction drive position, and a reverse traction drive position if the piston slides in a second direction from the neutral traction drive position, and a centering spring urging the piston to a neutral traction drive position in the cylinder.
A process control method for maintaining color consistency in a reprographic device, comprising: (a) providing a charge retentive surface; (b) providing toner for developing an image on said charge retentive surface; (c) providing at least one toner patch developed on said charge retentive surface; (d) estimating toner age distribution and tribo of said toner based on predetermined actuators; (e) determining based on said estimation if tribo or toner age has changed by more than a predetermined threshold since a previous process control update; (f) if the determination in (e) is NO then continuing to monitor for changes in toner age and tribo without taking a process control measurement and if the determination in (e) is YES then providing a request to sample the at least one toner patch, wherein steps (d) and (e) are based on an adaptive model, wherein an amount of control actuations is correlated to the determined change in toner material state, the toner material state being tribo or toner age, and is used to adjust the material state function and the predetermined threshold(s). (a) providing a charge retentive surface; (b) providing toner for developing an image on said charge retentive surface; (c) providing at least one toner patch developed on said charge retentive surface; (d) estimating toner age distribution and tribo of said toner based on predetermined actuators; (e) determining based on said estimation if tribo or toner age has changed by more than a predetermined threshold since a previous process control update; (f) if the determination in (e) is NO then continuing to monitor for changes in toner age and tribo without taking a process control measurement and if the determination in (e) is YES then providing a request to sample the at least one toner patch,
An arrangement for an elevator, the elevator comprising at least an elevator car, a hoisting machine for moving the elevator car, at least one counter weight, and traction means that connect the elevator car and the at least one counter weight to each other, wherein the traction means pass through a traction sheave connected to the hoisting machine, and wherein a first mass (M 1) includes at least the mass of the elevator car and a second mass (M 2) includes at least the mass of the at least one counter weight, the arrangement comprising a first sensor for providing a first measuring result, the first measuring result representing a magnitude of a first force (F 1) which is affected by at least the first mass (M 1), wherein the arrangement further comprises a second sensor for providing a second measuring result, the second measuring result representing a magnitude of a second force (F 2) which aims to rotate the traction sheave to an opposite direction than the first force (F 1); and a computing unit for computing, on the basis of the first measuring result and the second measuring result, at least one of the following: - a difference between the first measuring result and the second measuring result, - a difference between the first force (F 1) and the second force (F 2), - a sum of the first measuring result and the second measuring result, - a sum of the first force (F 1) and the second force (F 2); characterized in that the hoisting machine is mounted on a first part of a machine bed and the first measuring result and the second measuring result disclose a position of the first part in relation to a second part of the machine bed. - a difference between the first measuring result and the second measuring result, - a difference between the first force (F 1) and the second force (F 2), - a sum of the first measuring result and the second measuring result, - a sum of the first force (F 1) and the second force (F 2);
A loading machine control device comprising: a measurement data acquisition unit that acquires measurement data of a measurement device mounted in a loading machine that has working equipment; a target calculation unit that calculates, on the basis of the measurement data, a position of an upper end portion (BEs) of a loading target to which an excavation object excavated by a bucket of the working equipment is loaded; a bucket calculation unit that calculates position data of the bucket; an overlap determination unit that determines whether or not the upper end portion (BEs) of the loading target and the bucket that are in the measurement data overlap each other; a working equipment control unit that controls the working equipment on the basis of the measured position of the upper end portion (BEs) of the loading target when it is determined that the upper end portion (BEs) of the loading target and the bucket that are in the measurement data do not overlap each other; wherein the overlap determination unit determines whether or not there is overlap on the basis of relative positions of the measurement device, the upper end portion (BEs) of the loading target, and the bucket, characterized in that the bucket calculation unit calculates a position of a lower end portion of the bucket, and the target calculation unit calculates the position of the upper end portion (BEs) of the loading target when an angle specified on the basis of the measurement device, the upper end portion (BEs) of the loading target, and the lower end portion of the bucket is equal to or larger than a predetermined angle. a measurement data acquisition unit that acquires measurement data of a measurement device mounted in a loading machine that has working equipment; a target calculation unit that calculates, on the basis of the measurement data, a position of an upper end portion (BEs) of a loading target to which an excavation object excavated by a bucket of the working equipment is loaded; a bucket calculation unit that calculates position data of the bucket; an overlap determination unit that determines whether or not the upper end portion (BEs) of the loading target and the bucket that are in the measurement data overlap each other; a working equipment control unit that controls the working equipment on the basis of the measured position of the upper end portion (BEs) of the loading target when it is determined that the upper end portion (BEs) of the loading target and the bucket that are in the measurement data do not overlap each other; wherein the overlap determination unit determines whether or not there is overlap on the basis of relative positions of the measurement device, the upper end portion (BEs) of the loading target, and the bucket, characterized in that the bucket calculation unit calculates a position of a lower end portion of the bucket, and the target calculation unit calculates the position of the upper end portion (BEs) of the loading target when an angle specified on the basis of the measurement device, the upper end portion (BEs) of the loading target, and the lower end portion of the bucket is equal to or larger than a predetermined angle.
A method for separating BaCl 2 from a CaCl 2 brine solution comprising contacting a titanium containing material with a BaCl 2 containing CaCl 2 brine solution, wherein the titanium containing material comprises TiO 2.