mhurhangee/ep-ind-claims huggingface dataset:
A determination device (100, 200) comprising: a refrigerant circuit in which a compressor, a condenser (13, 21A, 21B, 21C, 21D, 21E), an expansion mechanism (14A, 14B, 14C, 14D, 14E), and an evaporator (13, 21A, 21B, 21C, 21D, 21E) are circularly connected, wherein the compressor includes a compressor body; a voltage sensor provided in the compressor, wherein the voltage sensor is capable of detecting a supply voltage for the compressor body; a pressure sensor provided on a discharge side of the compressor, wherein the pressure sensor is capable of detecting a discharge pressure of refrigerant discharged from the compressor body; a temperature sensor provided on the discharge side of the compressor, wherein the temperature sensor is capable of detecting a discharge temperature of refrigerant discharged from the compressor body; an operation determination unit which determines in a refrigeration cycle operation whether the refrigeration cycle operation can be normally carried out or not; and a refrigerant determination unit which determines, upon determination that the refrigeration cycle operation cannot be normally carried out, whether a refrigerant in the refrigerant circuit is regenerable or not, based on a result of the determination, wherein the refrigerant determination unit determines that the refrigerant is unregenerable, when it is determined that the refrigeration cycle operation cannot be normally carried out for a reason that an abnormality is detected in detection values of the voltage sensor, the pressure sensor, and the temperature sensor. a refrigerant circuit in which a compressor, a condenser (13, 21A, 21B, 21C, 21D, 21E), an expansion mechanism (14A, 14B, 14C, 14D, 14E), and an evaporator (13, 21A, 21B, 21C, 21D, 21E) are circularly connected, wherein the compressor includes a compressor body; a voltage sensor provided in the compressor, wherein the voltage sensor is capable of detecting a supply voltage for the compressor body; a pressure sensor provided on a discharge side of the compressor, wherein the pressure sensor is capable of detecting a discharge pressure of refrigerant discharged from the compressor body; a temperature sensor provided on the discharge side of the compressor, wherein the temperature sensor is capable of detecting a discharge temperature of refrigerant discharged from the compressor body; an operation determination unit which determines in a refrigeration cycle operation whether the refrigeration cycle operation can be normally carried out or not; and a refrigerant determination unit which determines, upon determination that the refrigeration cycle operation cannot be normally carried out, whether a refrigerant in the refrigerant circuit is regenerable or not, based on a result of the determination, wherein the refrigerant determination unit determines that the refrigerant is unregenerable, when it is determined that the refrigeration cycle operation cannot be normally carried out for a reason that an abnormality is detected in detection values of the voltage sensor, the pressure sensor, and the temperature sensor.
A measurement resource indication method, being applied to a communication system supporting various signal measurements, comprising: sending, by a network device, first measurement resource indication information to a user device, the first measurement resource indication information being used for indicating that a first signal measurement reuses part or all of measurement resources of a second signal measurement; wherein the second signal measurement is a signal measurement configured with the measurement resources, and the first signal measurement is a signal measurement not configured with any measurement resource, characterized in that when there are a plurality of the second signal measurements, the method further comprises: sending, by the network device, second measurement resource indication information to the user device, the second measurement resource indication information including a second bit, the second bit being used for indicating that the first signal measurement reuses a measurement resource of a signal measurement i, wherein the signal measurement i is one of the plurality of the second signal measurements. sending, by a network device, first measurement resource indication information to a user device, the first measurement resource indication information being used for indicating that a first signal measurement reuses part or all of measurement resources of a second signal measurement; wherein the second signal measurement is a signal measurement configured with the measurement resources, and the first signal measurement is a signal measurement not configured with any measurement resource, characterized in that when there are a plurality of the second signal measurements, the method further comprises: sending, by the network device, second measurement resource indication information to the user device, the second measurement resource indication information including a second bit, the second bit being used for indicating that the first signal measurement reuses a measurement resource of a signal measurement i, wherein the signal measurement i is one of the plurality of the second signal measurements.
Non-contacting conveyance equipment for conveying a plate-like member in a non-contacting manner, comprising: a plate-like base body; and a plurality of swirl flow-forming bodies provided at the base body, wherein each of the plurality of swirl flow-forming bodies includes: a column-shaped main body; a cylindrical chamber formed inside the main body, that has an opening at one end; a flat end face formed at a surface of the main body, on which the cylindrical chamber is opened; a jetting port provided at a side wall part of an inner circumferential surface of the cylindrical chamber; a fluid introduction port provided at a side wall part of an outer circumferential surface of the main body; and a fluid passage that connects the fluid introduction port to the jetting port, the non-contacting conveyance equipment being characterized in that: the fluid passage is arranged so that a direction in which a fluid flows out of the cylindrical chamber along the end face is substantially parallel to a line that extends from a center of gravity of the plate-like member being conveyed in the non-contacting manner by the non-contacting conveyance equipment, toward an outer circumference of the plate-like member. a plate-like base body; and a plurality of swirl flow-forming bodies provided at the base body, wherein each of the plurality of swirl flow-forming bodies includes: a column-shaped main body; a cylindrical chamber formed inside the main body, that has an opening at one end; a flat end face formed at a surface of the main body, on which the cylindrical chamber is opened; a jetting port provided at a side wall part of an inner circumferential surface of the cylindrical chamber; a fluid introduction port provided at a side wall part of an outer circumferential surface of the main body; and a fluid passage that connects the fluid introduction port to the jetting port, a column-shaped main body; a cylindrical chamber formed inside the main body, that has an opening at one end; a flat end face formed at a surface of the main body, on which the cylindrical chamber is opened; a jetting port provided at a side wall part of an inner circumferential surface of the cylindrical chamber; a fluid introduction port provided at a side wall part of an outer circumferential surface of the main body; and a fluid passage that connects the fluid introduction port to the jetting port, the non-contacting conveyance equipment being characterized in that: the fluid passage is arranged so that a direction in which a fluid flows out of the cylindrical chamber along the end face is substantially parallel to a line that extends from a center of gravity of the plate-like member being conveyed in the non-contacting manner by the non-contacting conveyance equipment, toward an outer circumference of the plate-like member.
An electric power steering system including a rack shaft that is supported so as to be able to make a reciprocating motion in an axial direction of the rack shaft, a hollow shaft through which the rack shaft is passed and which is rotated by driving a motor, and a plurality of bearings (18, 19) by which the hollow shaft is supported so as to be rotatable relative to a rack housing that accommodates the rack shaft, the electric power steering system supplying a steering system with an assist force for assisting a steering operation by converting rotation of the hollow shaft into a reciprocating motion of the rack shaft, the electric power steering system, comprising: elastic members that are arranged at respective axial ends of at least one of the bearings (18, 19), and that elastically support the bearing relative to the rack housing in the axial direction; and a support member that is disposed on an outer periphery of the elastically supported bearing, and that supports the bearing with displacement of the bearing in a radial direction restricted, wherein the hollow shaft is disposed so as to move relative to the rack housing in the axial direction as the support member and at least one of the rack housing and the elastically supported bearing slide relative to each other, characterized in that the support member includes a ring body having a plurality of spring portions formed in respective end portions of the ring body in the axial direction and arranged in the circumferential direction at given intervals wherein the spring portions are elastically deformable in the radial direction, and wherein the support member generates a sliding resistance that corresponds to an elastic force of the spring portions. elastic members that are arranged at respective axial ends of at least one of the bearings (18, 19), and that elastically support the bearing relative to the rack housing in the axial direction; and a support member that is disposed on an outer periphery of the elastically supported bearing, and that supports the bearing with displacement of the bearing in a radial direction restricted, wherein the hollow shaft is disposed so as to move relative to the rack housing in the axial direction as the support member and at least one of the rack housing and the elastically supported bearing slide relative to each other, characterized in that the support member includes a ring body having a plurality of spring portions formed in respective end portions of the ring body in the axial direction and arranged in the circumferential direction at given intervals wherein the spring portions are elastically deformable in the radial direction, and wherein the support member generates a sliding resistance that corresponds to an elastic force of the spring portions.
A vibration isolation device comprising: - a frame intended to be mounted on an engine casing, - a structure intended to be mounted to an external component to isolate, - a resilient member located between said frame and said structure, - at least one fuse mechanism ensuring that said vibration isolation device presents a first stiffness when loads applied to said vibration isolation device are below a predetermined threshold load, and a second stiffness, lower than the first stiffness, when loads applied to the vibration isolation device are at least equal to said predetermined threshold load, wherein said fuse mechanism is arranged, within said vibration isolation device, to constrain said resilient member within a predetermined space when the loads applied to the vibration isolation device are below said predetermined threshold load and to release said resilient member so that this latter is capable of deforming beyond said predetermined space when loads applied to the vibration isolation device are at least equal to said predetermined threshold load, characterized in that said fuse mechanism is a collapsible spacer mounted between said frame and said resilient member and presenting a breaking load corresponding to said predetermined threshold load. - a frame intended to be mounted on an engine casing, - a structure intended to be mounted to an external component to isolate, - a resilient member located between said frame and said structure, - at least one fuse mechanism ensuring that said vibration isolation device presents a first stiffness when loads applied to said vibration isolation device are below a predetermined threshold load, and a second stiffness, lower than the first stiffness, when loads applied to the vibration isolation device are at least equal to said predetermined threshold load, wherein said fuse mechanism is arranged, within said vibration isolation device, to constrain said resilient member within a predetermined space when the loads applied to the vibration isolation device are below said predetermined threshold load and to release said resilient member so that this latter is capable of deforming beyond said predetermined space when loads applied to the vibration isolation device are at least equal to said predetermined threshold load, characterized in that said fuse mechanism is a collapsible spacer mounted between said frame and said resilient member and presenting a breaking load corresponding to said predetermined threshold load. wherein said fuse mechanism is arranged, within said vibration isolation device, to constrain said resilient member within a predetermined space when the loads applied to the vibration isolation device are below said predetermined threshold load and to release said resilient member so that this latter is capable of deforming beyond said predetermined space when loads applied to the vibration isolation device are at least equal to said predetermined threshold load, characterized in that said fuse mechanism is a collapsible spacer mounted between said frame and said resilient member and presenting a breaking load corresponding to said predetermined threshold load.
Electric drive motor for a working implement, consisting of a stator with at least two stator poles spaced from one another in the circumferential direction and each supporting an electric filed winding and with a rotor rotating between the stator poles, its rotor shaft driving a fan impeller, wherein the cooling air flow generated by the fan impeller enters the stator, flows through the stator and is blown out, characterised in that a pole gap lying between the stator poles in the circumferential direction is filled in such a way by a non-magnetic conducting body that a cooling passage bounded by the conducting body and the field winding is formed for the cooling air flow, the conducting body being fixed to a support at one end and inserted into the stator with the other end.
System in which a peer-to-peer network made up of a set of nodes (N1, N2, N3, N4, N5, N6) is deployed, the system comprising a set of processing equipment (M1, M2, M3), the network nodes being distributed among said processing equipment (M1, M2, M3), the network being organized as a circular-shaped network such that each node has a unique successor node, each node comprising: means for memorizing data associated with keys, such that each data memorized in the memory of a first node is duplicated in the memory of a second node, distinct from said first node; and upon receipt of a request containing a key, means for supplying the data associated with said key; wherein at least one processing equipment of said set of processing equipment is adapted to deploy several nodes over said processing equipment; and wherein the means for memorizing the data associated with the keys comprise means for selecting said second node from the deployed nodes of the whole set of processing equipment, the latter being distinct from the processing equipment on which the first node is deployed. means for memorizing data associated with keys, such that each data memorized in the memory of a first node is duplicated in the memory of a second node, distinct from said first node; and upon receipt of a request containing a key, means for supplying the data associated with said key; wherein at least one processing equipment of said set of processing equipment is adapted to deploy several nodes over said processing equipment; and wherein the means for memorizing the data associated with the keys comprise means for selecting said second node from the deployed nodes of the whole set of processing equipment, the latter being distinct from the processing equipment on which the first node is deployed.
A method of manufacturing a bulked continuous carpet filament from polyethylene terephthalate having a tonal color, the method comprising: providing an extruder; using the extruder to at least partially melt the PET into a polymer melt and at least partially purify the polymer melt to create a polymer stream; providing a static mixing assembly comprising one or more individual static mixing elements that are aligned to form a central passageway for the polymer stream to pass through such that the polymer stream enters an upstream end of the static mixing assembly and exits a downstream end of the static mixing assembly, and is mixed by the one or more individual static mixing elements between the upstream end and the downstream end of the static mixing assembly; providing a plurality of colorant ports positioned along a length of the static mixing assembly from the upstream end to the downstream end such that each of the plurality of colorant ports is configured to provide colorant to the polymer stream at a different location along the length of the static mixing assembly; using the static mixing assembly to mix the polymer stream with the colorant provided at a colorant port from a position of the colorant port to the downstream end of the static mixing assembly; and after using the static mixing assembly to mix the polymer stream with the colorant, forming the polymer stream into bulked continuous carpet filament having a tonal color effect. providing an extruder; using the extruder to at least partially melt the PET into a polymer melt and at least partially purify the polymer melt to create a polymer stream; providing a static mixing assembly comprising one or more individual static mixing elements that are aligned to form a central passageway for the polymer stream to pass through such that the polymer stream enters an upstream end of the static mixing assembly and exits a downstream end of the static mixing assembly, and is mixed by the one or more individual static mixing elements between the upstream end and the downstream end of the static mixing assembly; providing a plurality of colorant ports positioned along a length of the static mixing assembly from the upstream end to the downstream end such that each of the plurality of colorant ports is configured to provide colorant to the polymer stream at a different location along the length of the static mixing assembly; using the static mixing assembly to mix the polymer stream with the colorant provided at a colorant port from a position of the colorant port to the downstream end of the static mixing assembly; and after using the static mixing assembly to mix the polymer stream with the colorant, forming the polymer stream into bulked continuous carpet filament having a tonal color effect.
Process for the preparation of a galacto-oligosaccharide preparation, which process comprises the step of contacting a lactulose-containing feed with a beta-galactosidase (EC 3.2.1.23) derived from Papiliotrema terrestris.
Dirt separator (100; 100') for highly viscous media, comprising a housing having a front housing element (30; 30'), which has at least one inflow channel, and a rear housing element, which has at least one outflow channel, and comprising a screen wheel (10; 10') which is rotatably mounted between the housing elements (20, 30; 30') and has a number n of screen positions which are arranged in an annular zone and in which in each case at least one screen opening (11.1,..., 11.12), which is provided with at least one screen insert element, is provided, wherein the inflow channel, the outflow channel and the screen opening (11.1,..., 11.12) are situated one behind the other and form a flow channel in at least one working position, wherein media can continuously flow through more than 50% of the screen openings (11.1,..., 11.12), to which at least one inflow channel flows and from which at least one outflow channel flows away, in all positions of the screen wheel (10; 10'), characterized in that the inflow channel in the front housing element and the outflow channel in the rear housing element are branched into a large number of partial inflow channels (31.1• 00., 31.12) and, respectively, partial outflow channels (22.1,..., 22.12) and/or are subdivided into a large number of partial inflow channels (31.1,..., 31.12) and, respectively, partial outflow channels (22.1,..., 22.12), in that a plurality of partial inflow channels (31.1,..., 31.12) and, respectively, partial outflow channels (22.1,..., 22.12) start, in the manner of a star, from the inflow channel and/or from the outflow channel, and in that a star-shaped distributor arrangement which issues into at least one arcuate distributor channel (32; 38') is provided.
A system for simulating endoscopic procedures comprising a shell endowed with recesses, one of the recesses being endowed with an orifice for inserting a biliopancreatic system model, the biliopancreatic system model consisting of a papilla, a biliary duct and a pancreatic duct, the papilla being associated to one of the ends of the biliary duct and to the pancreatic duct, wherein the shell is bipartite, characterized in that each part comprises a recess that reproduces half of the esophagus, stomach and duodenum ducts, and the closing of the shell reproduces these ducts in full, the system being configured to selectively simulate, individually or in combination, the endoscopic procedures of selective cannulation, coledocolithotomy, papillotomy, lithotripsy, prosthesis fitting and biliary tract handling wherein the end of the biliary duct associated to the papilla is endowed with a slit to enable the papilla to be cut when the endoscopic procedure is the papillotomy and the biliary duct is configured to be selectively associated to a cystic duct when the endoscopic procedure receive a tumor model.