mhurhangee/ep-ind-claims huggingface dataset:
An arthroscopic device for use with a hand piece having a motor drive with a rotating shaft, said device comprising; an elongate probe extending along a longitudinal axis; a proximal hub on a proximal end of the elongate probe, wherein the proximal hub is configured for detachable coupling to the hand piece; an openable-closeable jaw structure on a distal end of the elongate probe; an actuator member; and a conversion mechanism carried by the hub for converting a rotational motion of the motor drive shaft to a longitudinal motion of the actuator member, wherein the actuator member is configured for driving the jaw structure between jaw-open and jaw-closed positions, wherein the conversion mechanism comprises at least a first drive element having external helical threads that engage the hub, wherein rotation of the first drive element relative to the hub axially translates the first drive element relative to the hub; characterised in that the external helical threads of the first drive element engage internal helical threads in the hub, wherein the conversion mechanism further comprises at least a second drive element having external helical threads that engage internal helical threads in the first drive element, wherein rotation of the first drive element relative to the hub axially translates the second drive element in a direction opposite to that of the first drive element. an elongate probe extending along a longitudinal axis; a proximal hub on a proximal end of the elongate probe, wherein the proximal hub is configured for detachable coupling to the hand piece; an openable-closeable jaw structure on a distal end of the elongate probe; an actuator member; and a conversion mechanism carried by the hub for converting a rotational motion of the motor drive shaft to a longitudinal motion of the actuator member, wherein the actuator member is configured for driving the jaw structure between jaw-open and jaw-closed positions, wherein the conversion mechanism comprises at least a first drive element having external helical threads that engage the hub, wherein rotation of the first drive element relative to the hub axially translates the first drive element relative to the hub; characterised in that the external helical threads of the first drive element engage internal helical threads in the hub, wherein the conversion mechanism further comprises at least a second drive element having external helical threads that engage internal helical threads in the first drive element, wherein rotation of the first drive element relative to the hub axially translates the second drive element in a direction opposite to that of the first drive element.
A cable management frame assembly comprising: a frame chassis including: a top section, a bottom section, a first side, and a second side, and wherein the first side and the second side each include a primary surface and a secondary surface and each of the primary surface and the secondary surface includes a plurality of apertures (255, 260, 265); and a plurality of cable restraint bars including: a ring shaped body having an opening; a pivot block mounted to the ring shaped body; and a plurality of securing posts arranged on a rear side of the pivot block, the securing posts mounted to the plurality of apertures (255, 260, 265), wherein the ring shaped body is pivotally moveable relative to the frame chassis, characterised in that the ring shaped body of each cable restraint bar (1201 pivots down to constrain few cables and pivots up to increase a cable handling area. a frame chassis including: a top section, a bottom section, a first side, and a second side, and wherein the first side and the second side each include a primary surface and a secondary surface and each of the primary surface and the secondary surface includes a plurality of apertures (255, 260, 265); and a plurality of cable restraint bars including: a ring shaped body having an opening; a pivot block mounted to the ring shaped body; and a plurality of securing posts arranged on a rear side of the pivot block, the securing posts mounted to the plurality of apertures (255, 260, 265), wherein the ring shaped body is pivotally moveable relative to the frame chassis, characterised in that the ring shaped body of each cable restraint bar (1201 pivots down to constrain few cables and pivots up to increase a cable handling area. a ring shaped body having an opening; a pivot block mounted to the ring shaped body; and a plurality of securing posts arranged on a rear side of the pivot block, the securing posts mounted to the plurality of apertures (255, 260, 265), wherein the ring shaped body is pivotally moveable relative to the frame chassis, characterised in that the ring shaped body of each cable restraint bar (1201 pivots down to constrain few cables and pivots up to increase a cable handling area.
An air conditioner having a refrigerating cycle in which a refrigerant flows through a compressor, a four-way valve, an indoor heat exchanger, an expansion valve, an outdoor heat exchanger, and the four-way valve in this order during heating, the air conditioner also having a heat storage tank that accommodates a heat storage material for storing therein heat generated by the compressor and a heat storage heat exchanger, anda heat storage bypass circuit (8, 12) provided to connect a refrigerant pipe between the indoor heat exchanger and the expansion valve and a refrigerant pipe between the four-way valve and an inlet port defined in the compressor, characterized in that - a defrosting bypass circuit (8, 28) is provided to connect a refrigerant pipe between the expansion valve and the outdoor heat exchanger and a refrigerant pipe between an outlet port defined in the compressor and the four-way valve, - the heat storage heat exchanger and a heat storage two-way valve are provided in the heat storage bypass circuit (8, 12), - a defrosting two-way valve is provided in the defrosting bypass circuit (8, 28), and - a controller is configured to, at a start of a defrosting operation, introduce a refrigerant discharged from the compressor into the outdoor heat exchanger by opening the defrosting two-way valve, and after a lapse of a predetermined period of time from the opening control of the defrosting two-way valve, introduce a refrigerant having passed through the indoor heat exchanger into the heat storage heat exchanger by opening the heat storage two-way valve. - a defrosting bypass circuit (8, 28) is provided to connect a refrigerant pipe between the expansion valve and the outdoor heat exchanger and a refrigerant pipe between an outlet port defined in the compressor and the four-way valve, - the heat storage heat exchanger and a heat storage two-way valve are provided in the heat storage bypass circuit (8, 12), - a defrosting two-way valve is provided in the defrosting bypass circuit (8, 28), and - a controller is configured to, at a start of a defrosting operation, introduce a refrigerant discharged from the compressor into the outdoor heat exchanger by opening the defrosting two-way valve, and after a lapse of a predetermined period of time from the opening control of the defrosting two-way valve, introduce a refrigerant having passed through the indoor heat exchanger into the heat storage heat exchanger by opening the heat storage two-way valve.
A method for implementing user port locating in a broadband remote access server multi-machine backup scenario, wherein, said broadband remote access server multi-machine backup scenario is that: more than two broadband remote access server equipments are master equipments, and one broadband remote access server equipment is a backup equipment, and a plurality of ports of the same master equipment are backed up to a plurality of different ports of the backup equipment, the ports that are mutually in a master-backup relationship belong to one backup group, and the method comprising: configuring a master port in each backup group as a user access port, and synchronizing information of taking the master port as the user access port to the backup port in the backup group; a remote authentication dial in user service server configuring access port information for the users, where the access port information is set as the master port in the backup group; and characterised in that if the master port is abnormal and a master-backup switching is executed, the user accessing the line from the corresponding backup port, and the broadband remote access server equipment corresponding to the backup port encapsulating an authentication message including access line information about digital subscriber line access multiplexer of the user access and taking the master port as the user access port, and sending the authentication message to the remote authentication dial in user service server. configuring a master port in each backup group as a user access port, and synchronizing information of taking the master port as the user access port to the backup port in the backup group; a remote authentication dial in user service server configuring access port information for the users, where the access port information is set as the master port in the backup group; and characterised in that if the master port is abnormal and a master-backup switching is executed, the user accessing the line from the corresponding backup port, and the broadband remote access server equipment corresponding to the backup port encapsulating an authentication message including access line information about digital subscriber line access multiplexer of the user access and taking the master port as the user access port, and sending the authentication message to the remote authentication dial in user service server.
An arrangement consisting of a tube, a connector disposed within the tube, and a fixing ring which is be pushed onto the tube in such a way that its outer side is freely accessible and an inner side of the fixing ring rests against the tube, the inner side having a cylindrical internal thread and the fixing ring having a holder with a smaller internal diameter than the internal diameter of the internal thread, the fixing ring having, as a holder outside the threaded region, a region as a conically tapering end, and a circumferential projection being arranged in this region, wherein the internal thread of the fixing ring is designed in such a way that it allows the tube, which is pushed onto the connector, to be pressed against the connector, wherein, by the internal thread being pressed into the outside of the tube, the tube is pressed against the connector, at least on a section of the connector; wherein the outer side of the tube is made of a softer material than the internal thread of the fixing ring, the tube has a threadless surface, and the fixing ring is screwed onto the tube.
Apparatus for determining a resonant frequency of a wind turbine tower, comprising a processing unit configured to receive an acceleration measurement value, said acceleration measurement value being representative of the acceleration of the wind turbine tower in the direction parallel to a rotor rotational axis (A - A') and/or in the direction perpendicular to both the rotor rotational axis and the tower axis of the wind turbine, characterized in that it comprises a memory configured to store a series of acceleration measurement values, and the processing unit comprises: - a Fourier transform module configured to calculate a spectral vector based on calculating a convolution-based fast Fourier transform of the series of acceleration measurement values, and - a resonant frequency calculation module configured to calculate the tower resonant frequency based on the calculated spectral vector. - a Fourier transform module configured to calculate a spectral vector based on calculating a convolution-based fast Fourier transform of the series of acceleration measurement values, and - a resonant frequency calculation module configured to calculate the tower resonant frequency based on the calculated spectral vector.
A method of displaying and fixing an object comprising an icon for executing a function in a terminal having a touchscreen, the method including: displaying the object moveable at a first position on the touchscreen such that the object can be moved away from the first position to a second, random position on the touchscreen as desired by a user, by a touch-and-drag action; wherein: an icon for position fixing is provided separately from the object on the touchscreen; and in response to manipulation of the icon for position fixing while the object is selected, fixing the object at the first position for use by the user such that the object cannot be moved away from the first position by a touch-and-drag action. displaying the object moveable at a first position on the touchscreen such that the object can be moved away from the first position to a second, random position on the touchscreen as desired by a user, by a touch-and-drag action; wherein: an icon for position fixing is provided separately from the object on the touchscreen; and in response to manipulation of the icon for position fixing while the object is selected, fixing the object at the first position for use by the user such that the object cannot be moved away from the first position by a touch-and-drag action. an icon for position fixing is provided separately from the object on the touchscreen; and in response to manipulation of the icon for position fixing while the object is selected, fixing the object at the first position for use by the user such that the object cannot be moved away from the first position by a touch-and-drag action.
A torsion beam suspension comprising: a first member having an opening in which a cross section is formed in a U shape; and a pair of second members coming into contact with the first member at an edge portion of a U-shaped cross section of the first member, and disposed in a lateral direction when mounted on a vehicle, the torsion beam suspension comprising: right and left trailing arms configured to include a pair of configuration members disposed at right and left when the first member is mounted on the vehicle and the pair of second members, and configured to extend in a longitudinal direction of a vehicle body and to be swingable in a vertical direction; and a U-shaped torsion beam which is disposed between the pair of configuration members of the first member and in which a cross section has the opening, wherein the second member includes a closing portion for closing the opening of the configuration member and a joint portion inclined from the closing portion to a bottom portion of the U-shaped cross section of the torsion beam and joined with the torsion beam, characterized in that the joint portion includes a rising portion formed by raising a shape of the joint portion extending from the closing portion. a first member having an opening in which a cross section is formed in a U shape; and a pair of second members coming into contact with the first member at an edge portion of a U-shaped cross section of the first member, and disposed in a lateral direction when mounted on a vehicle, the torsion beam suspension comprising: right and left trailing arms configured to include a pair of configuration members disposed at right and left when the first member is mounted on the vehicle and the pair of second members, and configured to extend in a longitudinal direction of a vehicle body and to be swingable in a vertical direction; and a U-shaped torsion beam which is disposed between the pair of configuration members of the first member and in which a cross section has the opening, right and left trailing arms configured to include a pair of configuration members disposed at right and left when the first member is mounted on the vehicle and the pair of second members, and configured to extend in a longitudinal direction of a vehicle body and to be swingable in a vertical direction; and a U-shaped torsion beam which is disposed between the pair of configuration members of the first member and in which a cross section has the opening, wherein the second member includes a closing portion for closing the opening of the configuration member and a joint portion inclined from the closing portion to a bottom portion of the U-shaped cross section of the torsion beam and joined with the torsion beam, characterized in that the joint portion includes a rising portion formed by raising a shape of the joint portion extending from the closing portion.
Medical device with an expandable mesh of intersecting wires (11, 12), which form loops (13, 14) on at least one longitudinal end of the mesh, characterised in that a first wire forms a first loop and a second wire forms a second loop, wherein in an expanded state of the mesh the first loop and the second loop are at least in sections arranged congruently on one another and in a compressed state of the mesh are arranged at a distance from one another.
A multi-roll mandrel mill comprising: a plurality of first grooved roll bodies as a roll pass for performing the reduction rolling of a shell; a plurality of roll stands each having first roll shafts and first roll chock portions for driving the grooved roll bodies, characterized in that the multi-roll mandrel mill further comprises: second roll shafts, second roll chock portions, and second grooved roll bodies as reserved parts, being adapted for replacing the first roll shafts and the first roll chock portions in addition to the first grooved roll bodies according to a tube-making setup of the mandrel mill, and having a different shape(s) than the first roll shafts and the first roll chock portions and the first grooved roll bodies, respectively. a plurality of first grooved roll bodies as a roll pass for performing the reduction rolling of a shell; a plurality of roll stands each having first roll shafts and first roll chock portions for driving the grooved roll bodies, characterized in that the multi-roll mandrel mill further comprises: second roll shafts, second roll chock portions, and second grooved roll bodies as reserved parts, being adapted for replacing the first roll shafts and the first roll chock portions in addition to the first grooved roll bodies according to a tube-making setup of the mandrel mill, and having a different shape(s) than the first roll shafts and the first roll chock portions and the first grooved roll bodies, respectively. second roll shafts, second roll chock portions, and second grooved roll bodies as reserved parts, being adapted for replacing the first roll shafts and the first roll chock portions in addition to the first grooved roll bodies according to a tube-making setup of the mandrel mill, and having a different shape(s) than the first roll shafts and the first roll chock portions and the first grooved roll bodies, respectively.
A capacitor comprising: a working element comprising: an anode (12, 112) comprising a dielectric thereon and an anode conductive polymer on said dielectric; a cathode (14, 114) comprising a cathode conductive polymer layer; and a conductive separator between said anode and said cathode wherein said conductive separator comprises a separator conductive polymer and a support of a non-conductive material for the separator conductive polymer wherein said separator conductive polymer is in physical contact with, but not otherwise fused, cross-linked or laminated to, said anode conductive polymer and said cathode conductive polymer; an anode lead (20, 314) in electrical contact with said anode; a cathode lead (22, 316) in electrical contact with said cathode, and a liquid electrolyte between said anode and said cathode. an anode (12, 112) comprising a dielectric thereon and an anode conductive polymer on said dielectric; a cathode (14, 114) comprising a cathode conductive polymer layer; and a conductive separator between said anode and said cathode wherein said conductive separator comprises a separator conductive polymer and a support of a non-conductive material for the separator conductive polymer wherein said separator conductive polymer is in physical contact with, but not otherwise fused, cross-linked or laminated to, said anode conductive polymer and said cathode conductive polymer; an anode lead (20, 314) in electrical contact with said anode; a cathode lead (22, 316) in electrical contact with said cathode, and a liquid electrolyte between said anode and said cathode.
A method of a device comprising a processor, comprising: encoding a binary bit stream (306; 404) of input bits into a three-amplitude bipolar symbol stream of symbols, the encoding using a coding rule that specifies setting a value of a respective symbol of the symbol stream based on a respective input bit of the binary bit stream (306; 404) and a prior input bit of the binary bit stream (306; 404) that is immediately prior to the respective input bit, the coding rule further specifying that adjacent non-zero pulses keep the same polarity; and modulating a radio frequency, RF, carrier signal using the symbol stream to produce a modulated RF signal. encoding a binary bit stream (306; 404) of input bits into a three-amplitude bipolar symbol stream of symbols, the encoding using a coding rule that specifies setting a value of a respective symbol of the symbol stream based on a respective input bit of the binary bit stream (306; 404) and a prior input bit of the binary bit stream (306; 404) that is immediately prior to the respective input bit, the coding rule further specifying that adjacent non-zero pulses keep the same polarity; and modulating a radio frequency, RF, carrier signal using the symbol stream to produce a modulated RF signal.