mhurhangee/ep-ind-claims huggingface dataset:
A device for adjusting a seat of a vehicle, comprising: floor panel, a seat cushion frame, a support link mounted with a hinge on the floor panel; a first actuator connected between the support link and a front lower surface of the seat cushion frame, the first actuator including a first cylinder body, a first piston built in the first cylinder body to be movable back and forth, and a first motor mounted at the first cylinder body to provide a forward and backward driving force to the first piston, wherein a lower portion of the first cylinder body is mounted at the support link, and the first piston is fastened with a hinge to a front lower surface of the seat cushion frame; a second actuator connected between the floor panel and the first actuator, the second actuator including a second cylinder body, a second piston built in the second cylinder body to be movable back and forth, and a second motor mounted at the second cylinder body to provide a forward and backward driving force to the second piston, wherein a lower portion of the second cylinder body is fastened with a hinge to the floor panel, and the second piston is fastened with a hinge to the first cylinder body of the first actuator; a third actuator connected between a rear lower surface of the seat cushion frame and the floor panel; and a controller selectively controlling driving of at least one of the first to third actuators (10; 20; 30) in order to carry out at least one of a front and rear position adjustment, an up-and-down height adjustment and tilting of the seat. floor panel, a seat cushion frame, a support link mounted with a hinge on the floor panel; a first actuator connected between the support link and a front lower surface of the seat cushion frame, the first actuator including a first cylinder body, a first piston built in the first cylinder body to be movable back and forth, and a first motor mounted at the first cylinder body to provide a forward and backward driving force to the first piston, wherein a lower portion of the first cylinder body is mounted at the support link, and the first piston is fastened with a hinge to a front lower surface of the seat cushion frame; a second actuator connected between the floor panel and the first actuator, the second actuator including a second cylinder body, a second piston built in the second cylinder body to be movable back and forth, and a second motor mounted at the second cylinder body to provide a forward and backward driving force to the second piston, wherein a lower portion of the second cylinder body is fastened with a hinge to the floor panel, and the second piston is fastened with a hinge to the first cylinder body of the first actuator; a third actuator connected between a rear lower surface of the seat cushion frame and the floor panel; and a controller selectively controlling driving of at least one of the first to third actuators (10; 20; 30) in order to carry out at least one of a front and rear position adjustment, an up-and-down height adjustment and tilting of the seat.
A saddle type vehicle comprising: an internal combustion engine, said internal combustion engine comprising a crankcase to accommodate internal components of said IC engine; a crankcase cover enclosing said crankcase, said crankcase accommodating a V-belt type continuously variable transmission mechanism to vary torque and speed of the saddle type vehicle; wherein, said crankcase cover comprises: an air intake structure disposed on said crankcase cover for directing air to cool said CVT mechanism; said air intake structure comprises a hood cover; and said hood cover comprising an air inlet opening, said air inlet opening facing outwards in said saddle type vehicle width direction; characterized in that, said air intake structure comprises a central portion disposed between the hood cover and the crankcase of the IC engine; and an air filter assembly disposed within said central portion, wherein the air filter assembly is configured to filter air before entry into the crankcase of the IC engine. an internal combustion engine, said internal combustion engine comprising a crankcase to accommodate internal components of said IC engine; a crankcase cover enclosing said crankcase, said crankcase accommodating a V-belt type continuously variable transmission mechanism to vary torque and speed of the saddle type vehicle; wherein, said crankcase cover comprises: an air intake structure disposed on said crankcase cover for directing air to cool said CVT mechanism; said air intake structure comprises a hood cover; and said hood cover comprising an air inlet opening, said air inlet opening facing outwards in said saddle type vehicle width direction; characterized in that, said air intake structure comprises a central portion disposed between the hood cover and the crankcase of the IC engine; and an air filter assembly disposed within said central portion, wherein the air filter assembly is configured to filter air before entry into the crankcase of the IC engine.
Method for managing an exchangeable flash memory in a camera which is used for security-relevant monitoring, wherein the method comprises: storing image data in the exchangeable flash memory; determining data which indicate the current wear and tear of the exchangeable flash memory in response to at least one of writing and reading cycles which have taken place since the creation of the memory usage data; storing the data which indicate the current wear and tear together with the image data in the exchangeable flash memory in a manner which cyclically runs through the address space in order to avoid the repeated use of cells to store the memory usage data; comparing the data which indicate the current wear and tear with a maximum number; and generating a warning upon the reaching of a threshold value, specifically before the exchangeable flash memory has reached a level of wear and tear which requires the flash memory to be replaced, such that the reliability of the exchangeable flash memory is ensured. storing image data in the exchangeable flash memory; determining data which indicate the current wear and tear of the exchangeable flash memory in response to at least one of writing and reading cycles which have taken place since the creation of the memory usage data; storing the data which indicate the current wear and tear together with the image data in the exchangeable flash memory in a manner which cyclically runs through the address space in order to avoid the repeated use of cells to store the memory usage data; comparing the data which indicate the current wear and tear with a maximum number; and generating a warning upon the reaching of a threshold value, specifically before the exchangeable flash memory has reached a level of wear and tear which requires the flash memory to be replaced, such that the reliability of the exchangeable flash memory is ensured.
A conduction path, comprising: a first conduction path forming plate made of a first metal and having a hole; and a second conduction path forming plate made of a second metal and having a press-fit portion press-fitted into the hole, wherein an inclined bonding surface inclined relative to a normal line of an overlap surface of the first conduction path forming plate and the second conduction path forming plate is formed in a wall surface of the hole and a side surface of the press-fit portion, and a bonding portion formed by metal flow is formed in a region located in a periphery of the inclined bonding surface, characterized in that a plating film made of a third metal is formed in a region except the inclined bonding surface on the second conduction path forming plate, a hardness of the third metal is greater than that of the first metal and the second metal, and in the bonding portion formed by the metal flow, a plurality of crystal grains made of the third metal are dispersed along the inclined bonding surface. a first conduction path forming plate made of a first metal and having a hole; and a second conduction path forming plate made of a second metal and having a press-fit portion press-fitted into the hole, wherein an inclined bonding surface inclined relative to a normal line of an overlap surface of the first conduction path forming plate and the second conduction path forming plate is formed in a wall surface of the hole and a side surface of the press-fit portion, and a bonding portion formed by metal flow is formed in a region located in a periphery of the inclined bonding surface, characterized in that a plating film made of a third metal is formed in a region except the inclined bonding surface on the second conduction path forming plate, a hardness of the third metal is greater than that of the first metal and the second metal, and in the bonding portion formed by the metal flow, a plurality of crystal grains made of the third metal are dispersed along the inclined bonding surface.
A toner cartridge for use with a developer unit of an image forming device, comprising: a housing having a front, a rear, a top and a bottom, the housing having a reservoir for holding toner; a downward facing outlet port on the front of the housing for exiting toner from the toner cartridge; characterized by an engagement member having a first engagement surface and a second engagement surface, the first engagement surface positioned proximate to the rear of the housing and positioned to receive an actuation force at the rear of the housing from an actuation feature of the image forming device when the toner cartridge is installed in the image forming device, the second engagement surface positioned proximate to the front of the housing below the outlet port, the engagement member being movable from a first position to a second position upon receiving the actuation force, wherein as the engagement member moves from the first position to the second position, the second engagement surface moves in a rear-to-front direction of the housing and protrudes from the front of the housing unobstructed at the front of the second engagement surface to push open in the rear-to-front direction of the housing a shutter on an inlet port of the developer unit when the toner cartridge is installed in the image forming device and mated with the developer unit. a housing having a front, a rear, a top and a bottom, the housing having a reservoir for holding toner; a downward facing outlet port on the front of the housing for exiting toner from the toner cartridge; characterized by an engagement member having a first engagement surface and a second engagement surface, the first engagement surface positioned proximate to the rear of the housing and positioned to receive an actuation force at the rear of the housing from an actuation feature of the image forming device when the toner cartridge is installed in the image forming device, the second engagement surface positioned proximate to the front of the housing below the outlet port, the engagement member being movable from a first position to a second position upon receiving the actuation force, wherein as the engagement member moves from the first position to the second position, the second engagement surface moves in a rear-to-front direction of the housing and protrudes from the front of the housing unobstructed at the front of the second engagement surface to push open in the rear-to-front direction of the housing a shutter on an inlet port of the developer unit when the toner cartridge is installed in the image forming device and mated with the developer unit.
A solid pharmaceutical composition suitable for oral administration, comprising: (a) an S1P receptor modulator; and (b) 75 to 99.99 % by weight of a microcrystalline cellulose in the absence of a sugar alcohol, wherein the S1P receptor modulator is 2-amino-2-[2-(4-octylphenyl)ethyl]propane-1,3-diol in free form or in a pharmaceutically acceptable salt form. (a) an S1P receptor modulator; and (b) 75 to 99.99 % by weight of a microcrystalline cellulose
Method for processing a carcass part of slaughtered poultry, which carcass part comprises at least part of a rib cage, meat which is naturally present on said rib cage on both the breast side and the back side, the carcass part having an interior which method comprises the following steps: - applying and fixing the carcass part to a product carrier, which product carrier is moveable along a path and is preferably pivotable in a plurality of planes with respect to this path, and which product carrier engages the interior of the carcass part, - loosening the back and shoulder meat from the bone parts of the body of the carcass part, in such a manner that a connection between the back and shoulder meat, on the one hand, and the breast meat - which is still connected to the bone parts of the body of the carcass part - on the other hand continues to exist, the back and shoulder meat being removed by the use of scraper means, - removing the breast meat from the bone parts of the body of the carcass part, in such a manner the breast, back and shoulder meat is all still joined together when it is removed in its entirety from the bone parts of the body of the carcass part. characterised in that the method further comprises: - making two incisions in the meat on the back side of the carcass part using back-cutting means, which incisions extend on either side of the backbone or the location in the carcass part where the backbone was located before being removed, and run substantially parallel thereto, wherein the scraper means initiate the scraping from the incisions which have already been made on either side of the backbone. - applying and fixing the carcass part to a product carrier, which product carrier is moveable along a path and is preferably pivotable in a plurality of planes with respect to this path, and which product carrier engages the interior of the carcass part, - loosening the back and shoulder meat from the bone parts of the body of the carcass part, in such a manner that a connection between the back and shoulder meat, on the one hand, and the breast meat - which is still connected to the bone parts of the body of the carcass part - on the other hand continues to exist, the back and shoulder meat being removed by the use of scraper means, - removing the breast meat from the bone parts of the body of the carcass part, in such a manner the breast, back and shoulder meat is all still joined together when it is removed in its entirety from the bone parts of the body of the carcass part. - making two incisions in the meat on the back side of the carcass part using back-cutting means, which incisions extend on either side of the backbone or the location in the carcass part where the backbone was located before being removed, and run substantially parallel thereto, wherein the scraper means initiate the scraping from the incisions which have already been made on either side of the backbone.
A method for disinfecting soil or other substrates for agricultural crop, characterized in that it comprises: - obtaining a soil or another substrate for agricultural crop in its field capacity; - treating the soil or substrate in its field capacity from the previous stage with ozonated water containing a minimum of 2 ppm of ozone, wherein the ozonated water is prepared in situ with an ozone-producing apparatus connected to the supply of water with a pH between 5.0 and 8.5; - allowing a time period to pass from 30 min to 24 hours after treatment with ozone; and - inoculating the disinfected soil or agricultural substrate with at least one species of beneficial microorganisms. - obtaining a soil or another substrate for agricultural crop in its field capacity; - treating the soil or substrate in its field capacity from the previous stage with ozonated water containing a minimum of 2 ppm of ozone, wherein the ozonated water is prepared in situ with an ozone-producing apparatus connected to the supply of water with a pH between 5.0 and 8.5; - allowing a time period to pass from 30 min to 24 hours after treatment with ozone; and - inoculating the disinfected soil or agricultural substrate with at least one species of beneficial microorganisms.
A cooled component comprising a wall having a first surface and a second surface, the second surface having a plurality of recesses, each recess having an upstream end and a downstream end, each recess having a planar upstream end surface arranged at an angle (α 2) of more than 100° to the second surface such that the planar upstream end surface hangs over the upstream end of the recess, each recess reducing in depth from the upstream end of the recess to the downstream end of the recess, the wall having a plurality of effusion cooling apertures extending there-through from the first surface towards the second surface, the effusion cooling apertures being arranged at an angle (α 1) to the first surface, each effusion cooling aperture having an inlet in the first surface, characterised in: each recess having a smoothly curved transition from the planar upstream end surface to the second surface, each recess having side surfaces (66, 68) arranged at an angle (α 3) of less than 80° to the second surface and each recess having smoothly curved transitions (70, 72) from the side surfaces (66, 68) to the second surface, each effusion cooling aperture having an outlet in the planar upstream surface of a corresponding one of the recesses in the second surface, and each effusion cooling aperture extending from the first surface to the planar upstream end surface of the corresponding one of the recesses in the second surface. each recess having a smoothly curved transition from the planar upstream end surface to the second surface,
A method for protecting virtual network mapping, comprising: editing and defining, by an application layer, at least one sub-network model based on a network editing request; constructing, by a network virtualization layer, at least one sub-network model according to the edited and defined at least one sub-network model, and integrating the constructed at least one sub-network model into a global network view, wherein the global network view contains at least one protection policy and at least one mapping optimization solution objective of the at least one sub-network model for back up; and respectively mapping, by a controller layer, the at least one sub-network model contained in the global network view into a working device network and a protection device network according to the at least one protection policy and the at least one mapping optimization solution objective of the at least one sub-network model, and when the working device network has failures, specified conditions are met, and the protection device network has no failure, switching a working mapping relationship of a corresponding sub-network from the working device network to the protection device network. editing and defining, by an application layer, at least one sub-network model based on a network editing request; constructing, by a network virtualization layer, at least one sub-network model according to the edited and defined at least one sub-network model, and integrating the constructed at least one sub-network model into a global network view, wherein the global network view contains at least one protection policy and at least one mapping optimization solution objective of the at least one sub-network model for back up; and respectively mapping, by a controller layer, the at least one sub-network model contained in the global network view into a working device network and a protection device network according to the at least one protection policy and the at least one mapping optimization solution objective of the at least one sub-network model, and when the working device network has failures, specified conditions are met, and the protection device network has no failure, switching a working mapping relationship of a corresponding sub-network from the working device network to the protection device network.
A medical article comprising: a pressure-sensitive adhesive layer comprising acidic-functional groups or basic-functional groups, wherein the PSA includes at least 0.84 mmoles acidic- or basic-functional groups per gram PSA; and a moisture vapor transmission rate (MVTR)-modifying material that is basic when the PSA comprises acidic-functional groups or is acidic when the PSA comprises basic-functional groups; wherein the MVTR-modifying material is immiscible with the PSA, and reacts with the functional groups of the PSA upon contact to form a poly-salt in the presence of fluid, wherein the MVTR-modifying material is present in a MVTR-modifying layer that includes a scaffold, or wherein the MVTR-modifying material is disposed on a surface of the PSA layer; and wherein "immiscible" means that MVTR-modifying material is not capable of penetrating into the core of a 0.25 centimeter (cm) cross-section of an PSA layer when examined by cutting the PSA into a 0.25 cm thick x 2.5 cm wide x 10 cm long strip, then placing the PSA strip in contact with the MVTR-modifying material for 24 hours at 25 degrees Celsius and 20% to 50% relative humidity, and then analyzing a cross-section of the PSA strip for presence of MVTR-modifying material at the center of the section. a pressure-sensitive adhesive layer comprising acidic-functional groups or basic-functional groups, wherein the PSA includes at least 0.84 mmoles acidic- or basic-functional groups per gram PSA; and a moisture vapor transmission rate (MVTR)-modifying material that is basic when the PSA comprises acidic-functional groups or is acidic when the PSA comprises basic-functional groups;