mhurhangee/ep-ind-claims huggingface dataset:
A work vehicle, comprising: a hydraulic actuator (21, 22) configured to change a steering angle (θs) on the basis of supplied fluid; a hydraulic pump configured to supply fluid to the hydraulic actuator (21, 22); an operation member configured to be operated by an operator when the steering angle (θs) is changed; a control valve configured to control flow of fluid supplied from the hydraulic pump to the hydraulic actuator (21, 22), on the basis of amount the operation member is operated; and an angular velocity corresponding value sensing unit (27, 227, 327) configured to sense a corresponding value corresponding to a steering angular velocity changed on the basis of the flow of fluid; characterized by a notification component configured to notify an operator that the corresponding value has reached a threshold value preset on the basis of an upper limit of the steering angular velocity; and a controller (28, 228, 328) configured to cause the notification component to perform a notification when it is detected that the corresponding value has reached the threshold value. a hydraulic actuator (21, 22) configured to change a steering angle (θs) on the basis of supplied fluid; a hydraulic pump configured to supply fluid to the hydraulic actuator (21, 22); an operation member configured to be operated by an operator when the steering angle (θs) is changed; a control valve configured to control flow of fluid supplied from the hydraulic pump to the hydraulic actuator (21, 22), on the basis of amount the operation member is operated; and an angular velocity corresponding value sensing unit (27, 227, 327) configured to sense a corresponding value corresponding to a steering angular velocity changed on the basis of the flow of fluid; characterized by a notification component configured to notify an operator that the corresponding value has reached a threshold value preset on the basis of an upper limit of the steering angular velocity; and a controller (28, 228, 328) configured to cause the notification component to perform a notification when it is detected that the corresponding value has reached the threshold value.
A power train for a hybrid vehicle, comprising two hydraulic machines (20, 22) including variable displacements, both connected to a hydraulic pressure accumulator which stores energy, a first hydraulic machine being permanently connected to an internal combustion traction engine, and a second hydraulic machine being connected, also permanently, to drive wheels of the vehicle, characterized in that it further comprises a drive shaft which comprises a linking means which can be engaged or disengaged and which can separate said shaft into an upstream part permanently connected to the internal combustion engine, and a downstream part connected, also permanently, to the drive wheels, the upstream part of the shaft driving in a permanent manner the first hydraulic machine, and the downstream part driving, also in a permanent manner, the second hydraulic machine.
A garnish element for a door threshold of a motor vehicle intended to be mounted on a side member having an upper face, the garnish element including a lower face facing the upper face of the side member, and which includes a pin projecting from its lower face, this pin forming a spacer between the lower face of the garnish element and the upper face of the side member, said garnish element being integrated to a centre pillar garnish including an upright and a base substantially perpendicular to the upright, the base having a rear end opposite the upright.
A method for automatically controlling a water heater, comprising: determining amount of water used at different periods in a historical water usage process (step 101); determining amount of water that the water heater is able to supply at different setting temperatures (step 102); predicting a setting temperature of the water heater at corresponding different periods in a future water usage process, based on the amount of water used at different periods in the historical water usage process and the amount of water that the water heater is able to supply at different setting temperatures (step 103); and controlling the water heater based on the predicted setting temperature of the water heater at corresponding different periods in the future water usage process (step 104), characterized in that determining the amount of water used at different periods in the historical water usage process comprises: determining an amount of standard-temperature water used at different periods in the historical water usage process, wherein the amount of the used standard-temperature water is obtained by converting amount of water used at different temperature conditions into amount of water used at the standard-temperature, determining the amount of water that the water heater is able to supply at different setting temperatures comprises: determining the amount of standard-temperature water that the water heater is able to supply at different setting temperatures, and; predicting the setting temperature of the water heater at corresponding different periods in the future water usage process, based on the amount of water used at different periods in the historical water usage process and the amount of water that the water heater is able to supply at different setting temperatures comprises: predicting the setting temperature of the water heater at different periods in the future water usage process, based on the amount of the standard-temperature water used at different periods in the historical water usage process and the amount of standard-temperature water that the water heater is able to supply at different setting temperatures. determining the amount of water that the water heater is able to supply at different setting temperatures comprises: determining the amount of standard-temperature water that the water heater is able to supply at different setting temperatures, and; predicting the setting temperature of the water heater at corresponding different periods in the future water usage process, based on the amount of water used at different periods in the historical water usage process and the amount of water that the water heater is able to supply at different setting temperatures comprises: predicting the setting temperature of the water heater at different periods in the future water usage process, based on the amount of the standard-temperature water used at different periods in the historical water usage process and the amount of standard-temperature water that the water heater is able to supply at different setting temperatures.
Process for preparation of polyethylene-cork composite panels characterized by comprising the steps of: a) mixing 10-64% of cork granulate and 36-90% of polyethylene granulate at room temperature, and feeding a press with this mixture; b) compressing the mixture of step a) in the press with a compression force in the range of 300-450 kN, at a temperature in the range of 160-200 °C and for a hot compression time between 24-180 seconds; c) cooling to room temperature, with a compression force between 350-450 kN, for a cold compression time between 32 and 240 seconds; to obtain panels with a thickness between 3 and 5 mm, provided that: for a thickness of 3 mm and temperature of step b) of 160 °C, the minimum value of the hot compression time is 180 seconds; and for a thickness of 3 mm when the mixture has 60% or more of cork, the temperature value of step b) is 200 °C. a) mixing 10-64% of cork granulate and 36-90% of polyethylene granulate at room temperature, and feeding a press with this mixture; b) compressing the mixture of step a) in the press with a compression force in the range of 300-450 kN, at a temperature in the range of 160-200 °C and for a hot compression time between 24-180 seconds; c) cooling to room temperature, with a compression force between 350-450 kN, for a cold compression time between 32 and 240 seconds; for a thickness of 3 mm and temperature of step b) of 160 °C, the minimum value of the hot compression time is 180 seconds; and for a thickness of 3 mm when the mixture has 60% or more of cork, the temperature value of step b) is 200 °C.
Air conditioning system comprising a heating and/or air conditioning installation principally constituted by a housing and comprising an air conditioning loop, the air conditioning loop comprising a heat exchanger located inside the housing allowing a heat transfer between an interior air flow and a coolant fluid that circulates inside the air conditioning loop, a coolant fluid/surrounding air heat exchanger that allows a transfer of heat between the coolant fluid and a surrounding air flow, such as an air flow from outside the vehicle, the heat exchanger being placed outside the housing, for example at the front of the vehicle, the air conditioning system comprising a device to control freezing of a coolant fluid/surrounding air heat exchanger, said heat exchanger comprising two passes P1, P2 constituting an air conditioning loop, said heat exchanger comprising tubes of a length L that are interposed between a first collector box and a second collector box, the tubes being distributed as tubes of a first pass P1, and tubes of a second pass P2, which are separated from one another by a separation line, said device comprising a first temperature sensor arranged in a first zone Z1 located opposite one of the passes P1, P2, the first temperature sensor being placed at a distance X1, X2 from the separation line, characterized in that the distance X1, X2 is less than 66% of a respective width L1, L2 of the pass P1, P2, the first temperature sensor being arranged downstream of the coolant fluid/surrounding air heat exchanger in a direction of flow of a surrounding air flow through the coolant fluid/surrounding air heat exchanger.
A method of trimming at least a portion of an edge (23a-d) of a personalized document comprising: positioning a trimming device with respect to a personalized document that has a major surface (21, 22) and an edge (23a-d) being a periphery of the major surface, where the trimming device is a mechanical trimming device that includes a holder block and a blade mounted to the holder block and a laser configured to emit a laser beam in a direction generally perpendicular to the XY plane, the blade includes a blade body that defines a side surface and a guide surface, a blade edge is defined at one end of the guide surface, and the guide surface is positioned parallel to the edge of the personalized document when the blade edge trims the edge of the personalized document; and trimming, via the trimming device, at least a portion of the edge of the personalized document by moving the trimming device along the edge of the personalized document in a direction generally parallel to the major surface. positioning a trimming device with respect to a personalized document that has a major surface (21, 22) and an edge (23a-d) being a periphery of the major surface, where the trimming device is a mechanical trimming device that includes a holder block and a blade mounted to the holder block and a laser configured to emit a laser beam in a direction generally perpendicular to the XY plane, the blade includes a blade body that defines a side surface and a guide surface, a blade edge is defined at one end of the guide surface, and the guide surface is positioned parallel to the edge of the personalized document when the blade edge trims the edge of the personalized document; and trimming, via the trimming device, at least a portion of the edge of the personalized document by moving the trimming device along the edge of the personalized document in a direction generally parallel to the major surface.
A draping system for a surgical table having an upper tier and a lower tier, each tier (52,54) having an upper surface and a front and rear, the table having support posts between the upper tier and the lower tier to support the upper tier, the system comprising: a drape made from a single piece of first material having an upper and lower side (104,106), wherein an area of a second material having a higher coefficient of friction than said first material is arranged on the upper side of the first material in an area that at least generally coincides with the upper surface of the lower tier of the table when said drape is installed on said table; characterised in that the draping system further comprises a band (120;122) that at least partially encircles an upper part of said support posts or the upper tier of said table at the rear and holds the drape in place. a drape made from a single piece of first material having an upper and lower side (104,106), wherein an area of a second material having a higher coefficient of friction than said first material is arranged on the upper side of the first material in an area that at least generally coincides with the upper surface of the lower tier of the table when said drape is installed on said table; characterised in that the draping system further comprises a band (120;122) that at least partially encircles an upper part of said support posts or the upper tier of said table at the rear and holds the drape in place.
A magnetic core having a structure in which Fe-based soft magnetic alloy particles are connected via a grain boundary, wherein the Fe-based soft magnetic alloy particle contains Al, Cr and Si, and an oxide layer containing at least Fe, Al, Cr and Si is formed at the grain boundary that connects the neighboring Fe-based soft magnetic alloy particles, the oxide layer contains an amount of Al larger than that in Fe-based soft magnetic alloy particles in terms of a mass ratio, and includes a first region in which the ratio of Al is higher than the ratio of each of Fe, Cr and Si to the sum of Fe, Cr, Al and Si, and a second region in which the ratio of Fe is higher than the ratio of each of Al, Cr and Si to the sum of Fe, Cr, Al and Si, the first region is situated on the Fe-based soft magnetic alloy particle side, and the Fe-based soft magnetic alloy particle contains Al in an amount of not less than 3% by mass and not more than 10% by mass, Cr in an amount of not less than 3% by mass and not more than 10% by mass, and Si in an amount of not less than 0.05% by mass and not more than 1% by mass.
A low emissivity panel comprising: a substrate; a reflective layer formed over the substrate; and a top dielectric layer formed over the reflective layer such that the reflective layer is formed between the top dielectric layer and the substrate, the top dielectric layer comprising a zinc tin aluminum oxide, wherein an atomic ratio of zinc to tin in the top dielectric layer is between 0.67 and 1.5; and a barrier layer formed between the top dielectric layer and the reflective layer, the barrier layer comprising a partially oxidized alloy of at least nickel, titanium, and niobium. a substrate; a reflective layer formed over the substrate; and a top dielectric layer formed over the reflective layer such that the reflective layer is formed between the top dielectric layer and the substrate, the top dielectric layer comprising a zinc tin aluminum oxide, wherein an atomic ratio of zinc to tin in the top dielectric layer is between 0.67 and 1.5; and a barrier layer formed between the top dielectric layer and the reflective layer, the barrier layer comprising a partially oxidized alloy of at least nickel, titanium, and niobium.
A communication method in a wireless communication network system with Device-to-Device communication, comprising: receiving, by a first terminal, a first message from a relay terminal, wherein the relay terminal is a relay terminal used for communication between the first terminal and a second terminal, and the first message comprises first indication information, an application layer identifier of the second terminal, and a first address of the second terminal, wherein the first indication information can indicate a first unicast link between the first terminal and the relay terminal; and updating (S302, S404, S504), by the first terminal, first information of the first unicast link based on the first message, to obtain updated second information of the first unicast link, wherein the second information comprises the application layer identifier of the second terminal and the first address; wherein the first address comprises a network layer address of the second terminal; and the second information further comprises a data link layer address of the relay terminal, characterized in that the data link layer address of the relay terminal is associated with an application layer identifier of the relay terminal, and the data link layer address of the relay terminal is further associated with the application layer identifier of the second terminal. receiving, by a first terminal, a first message from a relay terminal, wherein the relay terminal is a relay terminal used for communication between the first terminal and a second terminal, and the first message comprises first indication information, an application layer identifier of the second terminal, and a first address of the second terminal, wherein the first indication information can indicate a first unicast link between the first terminal and the relay terminal; and updating (S302, S404, S504), by the first terminal, first information of the first unicast link based on the first message, to obtain updated second information of the first unicast link, wherein the second information comprises the application layer identifier of the second terminal and the first address; wherein the first address comprises a network layer address of the second terminal; and the second information further comprises a data link layer address of the relay terminal, characterized in that the data link layer address of the relay terminal is associated with an application layer identifier of the relay terminal, and the data link layer address of the relay terminal is further associated with the application layer identifier of the second terminal.
User equipment comprising: a processing module, configured to: perform channel state measurement on a first frequency resource of a first carrier to obtain first channel state information, CSI, and perform channel state measurement on a second frequency resource of the first carrier to obtain second CSI, wherein the first carrier used by the user equipment is divided into the first frequency resource and the second frequency resource such that the second frequency resource is a frequency resource that is subject to potential adjacent-channel interference from a different operator or system, and the first frequency resource is a frequency resource that is not subject to potential adjacent-channel interference, the first frequency resource and the second frequency resource do not overlap, the first frequency resource and the second frequency resource each include multiple resource blocks, a resource block is a smallest frequency resource unit for data transmission by the user equipment, resource blocks in the first frequency resource are consecutive, resource blocks in the second frequency resource are consecutive, and the second frequency resource comprises an edge resource block of the first carrier, where the edge resource block indicates a resource block on an edge of the first carrier; and a sending module, configured to report information about the first CSI and information about the second CSI to a second communications device. a processing module, configured to: perform channel state measurement on a first frequency resource of a first carrier to obtain first channel state information, CSI, and perform channel state measurement on a second frequency resource of the first carrier to obtain second CSI, wherein the first carrier used by the user equipment is divided into the first frequency resource and the second frequency resource such that the second frequency resource is a frequency resource that is subject to potential adjacent-channel interference from a different operator or system, and the first frequency resource is a frequency resource that is not subject to potential adjacent-channel interference, the first frequency resource and the second frequency resource do not overlap, the first frequency resource and the second frequency resource each include multiple resource blocks, a resource block is a smallest frequency resource unit for data transmission by the user equipment, resource blocks in the first frequency resource are consecutive, resource blocks in the second frequency resource are consecutive, and the second frequency resource comprises an edge resource block of the first carrier, where the edge resource block indicates a resource block on an edge of the first carrier; and a sending module, configured to report information about the first CSI and information about the second CSI to a second communications device.
A system mountable in a vehicle, the system comprising: (a) a camera for capturing a plurality of image frames from the immediate vicinity of the vehicle when the immediate vicinity of the vehicle including the ground at least one meter from the end of the vehicle is in a field of view of said camera; and (b) a processor attached to said camera configured to input the image frames and process the image frames for detection in the immediate vicinity of the vehicle of at least one object which if present obstructs the motion of the vehicle; wherein said detection uses multiple image frames and includes finding a possible match between an imaged edge of at least one object and a shadow edge, the shadow edge being an edge of at least one shadow created by at least one light attached to the vehicle and being detected after the at least one light is switched on, and determining the position of at least one object using the found match. (a) a camera for capturing a plurality of image frames from the immediate vicinity of the vehicle when the immediate vicinity of the vehicle including the ground at least one meter from the end of the vehicle is in a field of view of said camera; and (b) a processor attached to said camera configured to input the image frames and process the image frames for detection in the immediate vicinity of the vehicle of at least one object which if present obstructs the motion of the vehicle;
A population of Lgr5-positive colon cancer stem cells, wherein said Lgr5-positive colon cancer stem cell population is produced by a method comprising the steps of: transplanting a cell group derived from a human tumor tissue containing colon cancer stem cells into a non-human animal to produce a colon cancer cell mass; isolating and fragmenting the produced colon cancer cell mass; and adherently culturing the colon cell population obtained in step in a serum-free stem cell medium to produce a population of Lgr5-positive colon cancer stem cells with a ratio of cells with cancer-forming ability to cells without cancer-forming ability of 1/20 or higher in an extreme limiting dilution analysis. transplanting a cell group derived from a human tumor tissue containing colon cancer stem cells into a non-human animal to produce a colon cancer cell mass; isolating and fragmenting the produced colon cancer cell mass; and adherently culturing the colon cell population obtained in step in a serum-free stem cell medium to produce a population of Lgr5-positive colon cancer stem cells with a ratio of cells with cancer-forming ability to cells without cancer-forming ability of 1/20 or higher in an extreme limiting dilution analysis.
A cover glass for a mobile terminal that is obtained by cutting a plate-shaped glass substrate into a desired shape by etching and that protects a display screen of the mobile terminal, wherein an edge face of the cover glass is a face formed by the etching, wherein arithmetic mean roughness Ra is 10 nm or less as surface roughness of the edge face, wherein the desired shape is a shape including a portion having a negative curvature (11, 12) in part of a contour constituting the cover glass, wherein a plate thickness of the cover glass is 0.5 mm or less.