mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for moving a trailer comprising a trailer drive unit and a mounting mechanism for securing the trailer drive unit to a trailer, the trailer drive unit comprising: drive means, a first lateral roller, a second lateral roller, and drive transmitting means located between the first lateral roller and the second lateral roller; wherein the drive transmitting means receives drive from the drive means and transmits the drive to the first lateral roller and the second lateral roller, wherein the first lateral roller and the second lateral roller are arranged to rotate about a communal drive shaft, and wherein the first lateral roller and the second lateral roller are arranged to move in an engagement direction between a first position and a second position, and, in which, in the second position, the first lateral roller and the second lateral roller are arranged to be urged against a same ground contacting surface of a single wheel in order to transmit drive from the drive means to the wheel, characterised in that: the drive transmitting means transmits drive to the communal shaft and the communal shaft receives drive from the drive transmitting means at a position located between the first lateral roller and the second lateral roller; and the communal shaft comprises a central engaging portion located between the first lateral roller and the second lateral roller, wherein the central engaging portion receives drive from the drive means. drive means, a first lateral roller, a second lateral roller, and drive transmitting means located between the first lateral roller and the second lateral roller; wherein the drive transmitting means receives drive from the drive means and transmits the drive to the first lateral roller and the second lateral roller, wherein the first lateral roller and the second lateral roller are arranged to rotate about a communal drive shaft, and wherein the first lateral roller and the second lateral roller are arranged to move in an engagement direction between a first position and a second position, and, in which, in the second position, the first lateral roller and the second lateral roller are arranged to be urged against a same ground contacting surface of a single wheel in order to transmit drive from the drive means to the wheel, characterised in that: the drive transmitting means transmits drive to the communal shaft and the communal shaft receives drive from the drive transmitting means at a position located between the first lateral roller and the second lateral roller; and the communal shaft comprises a central engaging portion located between the first lateral roller and the second lateral roller, wherein the central engaging portion receives drive from the drive means. the drive transmitting means transmits drive to the communal shaft and the communal shaft receives drive from the drive transmitting means at a position located between the first lateral roller and the second lateral roller; and the communal shaft comprises a central engaging portion located between the first lateral roller and the second lateral roller, wherein the central engaging portion receives drive from the drive means.
A method for wireless communications, comprising: performing, by a first device, communications with a second device using a first frequency band, wherein the first and second devices comprise user equipments, UEs, (320, 502), or wherein the first device comprises a relay node and the second device comprises a NodeB (204, 208, 212, 310, 504); determining, based on the communications performed by the first device, whether a transmission using a second frequency band to the second device will result in a parameter exceeding a threshold value; and transmitting content using the first frequency band upon a determination that the transmission to the second device will result in the parameter exceeding the threshold; transmitting content using the first frequency band and the second frequency band upon a determination that the transmission to the second device will result in the parameter not exceeding the threshold, wherein the first and second frequency bands are different, wherein the first frequency band is used for uplink communications, and wherein the second frequency band is used for uplink and downlink communications in a half duplex mode. performing, by a first device, communications with a second device using a first frequency band, wherein the first and second devices comprise user equipments, UEs, (320, 502), or wherein the first device comprises a relay node and the second device comprises a NodeB (204, 208, 212, 310, 504); determining, based on the communications performed by the first device, whether a transmission using a second frequency band to the second device will result in a parameter exceeding a threshold value; and transmitting content using the first frequency band upon a determination that the transmission to the second device will result in the parameter exceeding the threshold; transmitting content using the first frequency band and the second frequency band upon a determination that the transmission to the second device will result in the parameter not exceeding the threshold, wherein the first and second frequency bands are different, wherein the first frequency band is used for uplink communications, and wherein the second frequency band is used for uplink and downlink communications in a half duplex mode.
A method of controlling pressure of a hydraulic fluid in a hydraulic fluid chamber of a high-pressure compressor, the pressure of the hydraulic fluid in the hydraulic fluid chamber is increased towards a desired compressor start-up pressure, wherein the pressure increase of the hydraulic fluid in the hydraulic fluid chamber is controlled by a control element and a hydraulic injection pump assembly, wherein the pressure increase is performed in a period of time while the compressor is not in operation between stopping and subsequently starting the compressor again. wherein the pressure increase of the hydraulic fluid in the hydraulic fluid chamber is controlled by a control element and a hydraulic injection pump assembly, wherein the pressure increase is performed in a period of time while the compressor is not in operation between stopping and subsequently starting the compressor again.
A microscope comprising a single-handed apparatus for controlling the microscope, the microscope comprising: a specimen stage, and an imaging station, including a camera for acquiring images of the specimen and generating image data, the apparatus comprising: a control interface attached to the microscope or to the stage comprising a stage controller and a review controller, the stage controller comprising a first rotary controller configured for manipulation by a single hand of an operator to adjust an x, y position of the microscope stage, where focus is adjusted by movement of the stage in the z-direction; and the review controller comprising a second rotary controller configured and arranged relative to the first rotary controller for manipulation by an extended finger of the single hand to review previously identified portions of the specimen while the hand remains in contact with the first rotary controller, the review functions of the review controller comprise: scrolling through previously identified fields of interest in the image data and electronically marking an object of interest in the image data. a specimen stage, and an imaging station, including a camera for acquiring images of the specimen and generating image data, the apparatus comprising: a control interface attached to the microscope or to the stage comprising a stage controller and a review controller, the stage controller comprising a first rotary controller configured for manipulation by a single hand of an operator to adjust an x, y position of the microscope stage, where focus is adjusted by movement of the stage in the z-direction; and the review controller comprising a second rotary controller configured and arranged relative to the first rotary controller for manipulation by an extended finger of the single hand to review previously identified portions of the specimen while the hand remains in contact with the first rotary controller, the review functions of the review controller comprise: scrolling through previously identified fields of interest in the image data and electronically marking an object of interest in the image data.
A variable displacement oil pump for a motor vehicle, the oil pump comprising: a mechanism for adjusting the displacement of the pump, the mechanism comprising an oil port formed in an internal wall of the pump; and a filter wherein a filtering surface of the filter is spaced apart from an opening of the oil port and wherein the area of the filtering surface is larger than an area of the opening, wherein the filter is substantially prism shaped, and wherein the filtering surface of the filter forms an outer surface of the prism. a mechanism for adjusting the displacement of the pump, the mechanism comprising an oil port formed in an internal wall of the pump; and a filter wherein a filtering surface of the filter is spaced apart from an opening of the oil port and wherein the area of the filtering surface is larger than an area of the opening, wherein the filter is substantially prism shaped, and wherein the filtering surface of the filter forms an outer surface of the prism.
A combustion system, comprising: a combustion furnace having: a burner unit for supplying fuel and combustion oxygen to an inside of the furnace; a reduction zone formed on a downstream side of the burner unit for combusting the fuel; and a combustion oxygen supply port for supplying combustion oxygen so that unburned fuel which has passed the reduction zone completely combusts; and a smoke removal device for removing smoke in the exhaust gas discharged from the combustion furnace, the smoke removal device including a denitration unit for removing nitrogen oxide from the exhaust gas, wherein part of exhaust gas diverging from a downstream side of the denitration unit of the smoke removal device is introduced to the combustion oxygen supply port, characterized in that part of exhaust gas diverging from between the combustion furnace and the denitration unit of the smoke removal device is introduced to the burner unit. a combustion furnace having: a burner unit for supplying fuel and combustion oxygen to an inside of the furnace; a reduction zone formed on a downstream side of the burner unit for combusting the fuel; and a combustion oxygen supply port for supplying combustion oxygen so that unburned fuel which has passed the reduction zone completely combusts; and a smoke removal device for removing smoke in the exhaust gas discharged from the combustion furnace, the smoke removal device including a denitration unit for removing nitrogen oxide from the exhaust gas, wherein part of exhaust gas diverging from a downstream side of the denitration unit of the smoke removal device is introduced to the combustion oxygen supply port, characterized in that part of exhaust gas diverging from between the combustion furnace and the denitration unit of the smoke removal device is introduced to the burner unit. a burner unit for supplying fuel and combustion oxygen to an inside of the furnace; a reduction zone formed on a downstream side of the burner unit for combusting the fuel; and a combustion oxygen supply port for supplying combustion oxygen so that unburned fuel which has passed the reduction zone completely combusts; and a smoke removal device for removing smoke in the exhaust gas discharged from the combustion furnace, the smoke removal device including a denitration unit for removing nitrogen oxide from the exhaust gas, wherein part of exhaust gas diverging from a downstream side of the denitration unit of the smoke removal device is introduced to the combustion oxygen supply port, characterized in that part of exhaust gas diverging from between the combustion furnace and the denitration unit of the smoke removal device is introduced to the burner unit.
A needle shielding system comprising: a needle having a needle tip and a needle bulge spaced apart from the needle tip; a cover sleeve (100, 200) slidably mounted over the needle comprising: a proximal end portion (104, 204) having an internal diameter smaller than the width of the needle bulge; and a cover sleeve shaft (112, 212) extending distally from the end portion (104, 204) towards the needle tip and having an internal diameter larger than the width of the needle bulge; and a needle shield comprising: a base plate slidably mounted over the needle adjacent to the end portion (104, 204); at least one resilient arm extending distally from the base plate towards the needle tip; wherein in use the needle shield and cover sleeve (100, 200) move along the needle until the end portion (104, 204) contacts the needle bulge and the cover sleeve shaft (112, 212) and the arm cover the needle tip; characterized in that the axial extension of the end portion (104, 204) is at least 0.5 mm. a needle having a needle tip and a needle bulge spaced apart from the needle tip; a cover sleeve (100, 200) slidably mounted over the needle comprising: a proximal end portion (104, 204) having an internal diameter smaller than the width of the needle bulge; and a cover sleeve shaft (112, 212) extending distally from the end portion (104, 204) towards the needle tip and having an internal diameter larger than the width of the needle bulge; and a proximal end portion (104, 204) having an internal diameter smaller than the width of the needle bulge; and a cover sleeve shaft (112, 212) extending distally from the end portion (104, 204) towards the needle tip and having an internal diameter larger than the width of the needle bulge; and a needle shield comprising: a base plate slidably mounted over the needle adjacent to the end portion (104, 204); at least one resilient arm extending distally from the base plate towards the needle tip; a base plate slidably mounted over the needle adjacent to the end portion (104, 204); at least one resilient arm extending distally from the base plate towards the needle tip; wherein in use the needle shield and cover sleeve (100, 200) move along the needle until the end portion (104, 204) contacts the needle bulge and the cover sleeve shaft (112, 212) and the arm cover the needle tip; characterized in that the axial extension of the end portion (104, 204) is at least 0.5 mm.
A silicone monomer comprising of at least one carbosiloxane linkage having the general formulae: (R 1 R 2 R 3)Si-Y 1 -[Si(R 4 R 5)(Y 2)] a -Si(R 6 R 7)-Z wherein a is 0 to 100; Y 1 is an unsubstituted divalent alkyl linking group of 1 to 10 carbon atoms; Y 2 is a hetero atom; R 1, R 2, R 3, R 4, R 5, R 6, and R 7 is independently selected from the group consisting of monovalent aliphatic hydrocarbon groups of 1 to 10 carbons,; Z has the following general formulae -R 11 -B-X wherein R 11 is a linear or branched, divalent alkyl linking group having 0 to 20 carbon atoms, B is one of the following divalent moieties -O-(C2H 4 O) p -(C3H 6 O) q -(C4H 8 O) r - Polyether wherein p and q are independently 0 to 100; r is 0 to 50 and (p +q + r) is greater than 0, or, and X is acrylamide or a polymerizable group selected from the group consisting of substituted or unsubstituted unsaturated aliphatic hydrocarbons, substituted or unsubstituted aromatic hydrocarbons, acrylates and methacrylates. Y 1 is an unsubstituted divalent alkyl linking group of 1 to 10 carbon atoms; Y 2 is a hetero atom; R 1, R 2, R 3, R 4, R 5, R 6, and R 7 is independently selected from the group consisting of monovalent aliphatic hydrocarbon groups of 1 to 10 carbons,; Z has the following general formulae -R 11 -B-X wherein R 11 is a linear or branched, divalent alkyl linking group having 0 to 20 carbon atoms, B is one of the following divalent moieties -O-(C2H 4 O) p -(C3H 6 O) q -(C4H 8 O) r - Polyether wherein p and q are independently 0 to 100; r is 0 to 50 and (p +q + r) is greater than 0, or, and X is acrylamide or a polymerizable group selected from the group consisting of substituted or unsubstituted unsaturated aliphatic hydrocarbons, substituted or unsubstituted aromatic hydrocarbons, acrylates and methacrylates.
A method for predicting a life consumption of a component in a machine, said method comprising: receiving (602, 701) load data from a load session of said machine, wherein a mesh is applied to a geometric model of said component, said mesh comprising a plurality of nodes, wherein selected nodes of the plurality of nodes, which are considered to have critical life consumption, form critical points, accessing a plurality of parameter sets, each associated with a critical point of said component, and for each critical point, calculating (603, 705) life consumption using one of a plurality of life consumption calculation models receiving said load data and said parameter sets as input, wherein a life consumption calculation model is selected based on the parameter set associated with the respective critical point. receiving (602, 701) load data from a load session of said machine, wherein a mesh is applied to a geometric model of said component, said mesh comprising a plurality of nodes, wherein selected nodes of the plurality of nodes, which are considered to have critical life consumption, form critical points, accessing a plurality of parameter sets, each associated with a critical point of said component, and for each critical point, calculating (603, 705) life consumption using one of a plurality of life consumption calculation models receiving said load data and said parameter sets as input, wherein a life consumption calculation model is selected based on the parameter set associated with the respective critical point.
An energy management apparatus comprising: a power generation estimation unit configured to estimate a power generation amount of a power generation apparatus using a renewable energy; a storage unit configured to accumulate a plurality of values representing a history of load of an electrical device of a customer into accumulated load data; an extraction unit configured to extract a plurality of load patterns, each load pattern including a plurality of different load data from the accumulated load data comprising load data before and after the same time of a different past day as the current time and configured to fractionate load data at a time close to the same time and integrate load data at a time far from the same time; a calculation unit configured to calculate a weight based on a predetermined standard for each of the extracted load patterns, wherein the calculation unit is configured to calculate the weight based on load data up to the current time of the current day and each extracted load pattern; a simulator configured to simulate, using a predetermined algorithm, a simulated cost based on the extracted plurality of load patterns and the weight of the each load pattern; a schedule creation unit configured to create an optimized operation schedule based on the simulated costs so as to minimize the cost; and a controller configured to control the power generation apparatus based on the optimized operation schedule. a power generation estimation unit configured to estimate a power generation amount of a power generation apparatus using a renewable energy; a storage unit configured to accumulate a plurality of values representing a history of load of an electrical device of a customer into accumulated load data; an extraction unit configured to extract a plurality of load patterns, each load pattern including a plurality of different load data from the accumulated load data comprising load data before and after the same time of a different past day as the current time and configured to fractionate load data at a time close to the same time and integrate load data at a time far from the same time; a calculation unit configured to calculate a weight based on a predetermined standard for each of the extracted load patterns, wherein the calculation unit is configured to calculate the weight based on load data up to the current time of the current day and each extracted load pattern; a simulator configured to simulate, using a predetermined algorithm, a simulated cost based on the extracted plurality of load patterns and the weight of the each load pattern; a schedule creation unit configured to create an optimized operation schedule based on the simulated costs so as to minimize the cost; and a controller configured to control the power generation apparatus based on the optimized operation schedule.
A device for determining position by means of a magnetostrictive sensor system that has a magnetostrictive waveguide extending along a measuring section, a detector located at one end of the waveguide, a position element generating a magnetic field and that can be moved along the measuring section, a device assigned to the detector in order to generate an electrical pulse in the waveguide that brings about mechanical deformation or movement on the magnetostrictive waveguide, which deformation or movement generates a continuous body sonic wave in the waveguide, and that has electronics assigned to the detector, which electronics calculate the location of the position element as the position of the measuring point on the basis of the running time of the body sonic wave from the position element to the detector, a signal reflector device being provided on the waveguide on the other end of the measuring section, the electronics of the detector taking into account the running time of the body sonic wave reflected from the signal reflector device to the detector for the position calculation, and the signal reflector device having a connection element by means of which an electrical return conductor is connected on the free end of the waveguide, characterised in that the signal reflector device is formed by a kink in the waveguide that is located on the other end of the measuring section.
A communications method, comprising: receiving, by a terminal device, first configuration information from a first network device, wherein the first configuration information comprises information about at least one parameter corresponding to assistance information; determining, by the terminal device based on the first configuration information, that the terminal device can send a value of the at least one parameter of the terminal device to the first network device through a signaling radio bearer SRB3, wherein the terminal device is connected to at least two network devices, and the first network device is a secondary network device in the at least two network devices; and sending, by the terminal device, a value of the at least one parameter corresponding to the assistance information to the first network device through the SRB3, wherein the assistance information is used to indicate a configuration expected by the terminal device or service information of the terminal device receiving, by a terminal device, first configuration information from a first network device, wherein the first configuration information comprises information about at least one parameter corresponding to assistance information; determining, by the terminal device based on the first configuration information, that the terminal device can send a value of the at least one parameter of the terminal device to the first network device through a signaling radio bearer SRB3, wherein the terminal device is connected to at least two network devices, and the first network device is a secondary network device in the at least two network devices; and sending, by the terminal device, a value of the at least one parameter corresponding to the assistance information to the first network device through the SRB3, wherein the assistance information is used to indicate a configuration expected by the terminal device or service information of the terminal device