mhurhangee/ep-ind-claims huggingface dataset:
An electrochemical cell for use with an electrolyte and reactants comprising a fuel and an oxidizer comprising: first and second electrodes comprising: (i) an anode, and (ii) a cathode, the anode and the cathode being spaced apart to define a gap therebetween; the anode being connectable to a load and configured to receive the fuel for enabling oxidation of the fuel to provide electrons for conduction to the load and oxidized fuel ions in the electrolyte; the cathode being connectable to the load and configured to receive the oxidizer for enabling reduction of the oxidizer to consume electrons received from the load and provide reduced oxidizer ions in the electrolyte; an input provided downstream of the first electrode for delivering a reactant to the second electrode; a flow generator for generating a transport flow comprising the electrolyte and the ions formed from a first of the reactants oxidized or reduced at a first of the electrodes that flows from the first electrode and into the gap such that the transport flow transports the ions formed from the first reactant for reaction with the ions formed from a second of the reactants oxidized or reduced at a second of the electrodes. first and second electrodes comprising: (i) an anode, and (ii) a cathode, the anode and the cathode being spaced apart to define a gap therebetween; the anode being connectable to a load and configured to receive the fuel for enabling oxidation of the fuel to provide electrons for conduction to the load and oxidized fuel ions in the electrolyte; the cathode being connectable to the load and configured to receive the oxidizer for enabling reduction of the oxidizer to consume electrons received from the load and provide reduced oxidizer ions in the electrolyte; an input provided downstream of the first electrode for delivering a reactant to the second electrode; a flow generator for generating a transport flow comprising the electrolyte and the ions formed from a first of the reactants oxidized or reduced at a first of the electrodes that flows from the first electrode and into the gap such that the transport flow transports the ions formed from the first reactant for reaction with the ions formed from a second of the reactants oxidized or reduced at a second of the electrodes.
A grass mowing machine comprising: a vehicle body frame supported on a ground surface via a wheel unit; a mower deck incorporating a rotary cutter blade; a coupling mechanism for coupling the mower deck to the vehicle body frame and allowing a lateral displacement of the mower deck in a vehicle body transverse direction; a displacement operation mechanism for laterally displacing the mower deck in the vehicle body transverse direction in operative association with the coupling mechanism; and characterized by a mower electric motor mounted to the mower deck and configured to feed rotary power to the rotary cutter blade. a vehicle body frame supported on a ground surface via a wheel unit; a mower deck incorporating a rotary cutter blade; a coupling mechanism for coupling the mower deck to the vehicle body frame and allowing a lateral displacement of the mower deck in a vehicle body transverse direction; a displacement operation mechanism for laterally displacing the mower deck in the vehicle body transverse direction in operative association with the coupling mechanism; and characterized by a mower electric motor mounted to the mower deck and configured to feed rotary power to the rotary cutter blade.
A shift assembly structure of switch device comprising: a connection seat formed with an assembling hole for connecting with a main body, the connection seat having an arm and a restriction section formed on the arm; and a shift body assembled with the connection seat, the shift body being movable between a first position and a second position, characterized in that the shift body is formed with a ridge section and a push/press section, when the shift body is moved from the first position to the second position, the ridge section being permitted to directly pass through the restriction section into a locked state, after the push/press section pushes the restriction section, for permitting the shift body to move from the second position back to the first position, the main body being unlocked from the connection seat, whereby the installation and uninstallation of the main body and the connection seat are controllable. a connection seat formed with an assembling hole for connecting with a main body, the connection seat having an arm and a restriction section formed on the arm; and a shift body assembled with the connection seat, the shift body being movable between a first position and a second position, characterized in that the shift body is formed with a ridge section and a push/press section, when the shift body is moved from the first position to the second position, the ridge section being permitted to directly pass through the restriction section into a locked state, after the push/press section pushes the restriction section, for permitting the shift body to move from the second position back to the first position, the main body being unlocked from the connection seat, whereby the installation and uninstallation of the main body and the connection seat are controllable.
Circadian dietary supplement for use in the prevention and relief of travel-related ailments, consisting of a 2-phase-preparation, wherein the first phase contains D-biotin and vitamin C, the second phase contains magnesium and tryptophan and at least one of the two phases further contains the following: - cyano cobalamine - coenzyme Q10 - lactic acid bacteria and bifido bacteria - zinc - vitamin D - copper - selenium - ginger extract - curcuma extract - cranberry extract - milk thistle extract - and optionally one or more of the following substances: - L-glutamine - nicotine amide - vitamin B6 - vitamin B1 - folic acid - balm extract - passion flower extract, characterized in that the first phase is taken in the morning and the second phase is taken in the evening. the first phase contains D-biotin and vitamin C, the second phase contains magnesium and tryptophan and at least one of the two phases further contains the following: - cyano cobalamine - coenzyme Q10 - lactic acid bacteria and bifido bacteria - zinc - vitamin D - copper - selenium - ginger extract - curcuma extract - cranberry extract - milk thistle extract - and optionally one or more of the following substances: - L-glutamine - nicotine amide - vitamin B6 - vitamin B1 - folic acid - balm extract - passion flower extract, - cyano cobalamine - coenzyme Q10 - lactic acid bacteria and bifido bacteria - zinc - vitamin D - copper - selenium - ginger extract - curcuma extract - cranberry extract - milk thistle extract - and optionally one or more of the following substances: - L-glutamine - nicotine amide - vitamin B6 - vitamin B1 - folic acid - balm extract - passion flower extract, characterized in that the first phase is taken in the morning and the second phase is taken in the evening.
Method of operating a communication system, that forms a token-ring system, characterized in that each communication node (11, 12, 13, 14) of the communication system tracks a successful reception of data signals and requests a switch and/or switches from a currently used communication channel to another communication channel (C2-C6) in case that no successful receptions were made within a given maximum time interval, wherein - during successful reception of data signals, all communication nodes (11, 12, 13, 14) directly communicate with each other on the same channel, - in case that one or more of the communication nodes (11, 12, 13, 14) fail to make successful receptions within the given maximum time interval on the actual channel, the respective communication nodes (11, 12, 13, 14) send a broadcast signal to all other nodes in order to request the switch from the currently used communication channel to another communication channel (C2-C6) and - at least one communication node, preferably each communication node (11, 12, 13, 14), of the communication system stores usability information (UI1-UI6) with respect to the communication channels (C1-C6) that can be used by the communication system. - during successful reception of data signals, all communication nodes (11, 12, 13, 14) directly communicate with each other on the same channel, - in case that one or more of the communication nodes (11, 12, 13, 14) fail to make successful receptions within the given maximum time interval on the actual channel, the respective communication nodes (11, 12, 13, 14) send a broadcast signal to all other nodes in order to request the switch from the currently used communication channel to another communication channel (C2-C6) and - at least one communication node, preferably each communication node (11, 12, 13, 14), of the communication system stores usability information (UI1-UI6) with respect to the communication channels (C1-C6) that can be used by the communication system.
A method of manufacturing a dental prosthesis (200/400) for replacing at least one tooth to be extracted from a patient based on 3D data resulting from a CT scan of a dentition of the patient (C, Q) made prior to the extraction of the tooth (100, G), the method of manufacturing comprising the steps of: importing the 3D data from the CT scan into a CAD software, modifying and optimizing a shape of the dental prosthesis (200/400) to be manufactured based on the imported 3D data and generating resulting 3D data, converting and exporting the resulting 3D data to a CAM system for fabricating the prosthesis, characterized in that the steps of modifying and optimizing the shape of the prosthesis to be manufactured and the step of fabricating the prosthesis are carried out such that a shape of a root of the dental prosthesis (200/400) is a copy of a shape of a root of the tooth to be replaced. importing the 3D data from the CT scan into a CAD software, modifying and optimizing a shape of the dental prosthesis (200/400) to be manufactured based on the imported 3D data and generating resulting 3D data, converting and exporting the resulting 3D data to a CAM system for fabricating the prosthesis,
A barrier comprising a frame, means for temporarily attaching the frame to part of a building so that the barrier lies in front of a doorway or similar opening in the building, the frame defining an aperture which is closed by at least two main gates, the two main gates being side by side, each of the main gates being openable to allow a person to pass through the aperture, the main gates being removably mountable on the frame, the frame being in at least two parts, the parts being separably connected together, each part of the frame being of smaller overall dimensions than the frame, the frame being in two major parts (110, 120), and each major part (110, 120) being C-shaped, characterised in that each major part (110, 120) comprises two arms (111, 115; 121, 125) interconnected by a side part (113, 123) and in that each main gate is fitted within the space defined by and located between the two arms (111, 115; 121, 125) and the side part (113, 123) of one of said two major parts (110, 120).
A device for securing an end of braided hoisting rope to a lifting device, characterised in that it comprises a tubular fastening frame to be fixed to the lifting device; a coil spring which is arranged to be installed and fastened over the tubular fastening frame; a hoisting rope comprising a hollow end or workable into a hollow end; wherein said end of the hoisting rope is arranged to be secured in place by threading over the windings of the coil spring as the outer surface of the windings and into contact or to be brought into contact with the surface of the tubular fastening frame. a tubular fastening frame to be fixed to the lifting device; a coil spring which is arranged to be installed and fastened over the tubular fastening frame; a hoisting rope comprising a hollow end or workable into a hollow end; wherein said end of the hoisting rope is arranged to be secured in place by threading over the windings of the coil spring as the outer surface of the windings and into contact or to be brought into contact with the surface of the tubular fastening frame.
A method comprising: receiving an indication of a route request between an origin and a destination; identifying a starting road segment corresponding to the origin; identifying a target road segment corresponding to the destination; establishing a route between the starting road segment and the target road segment, the route comprising a plurality of road segments; dividing the route between the starting road segment and the target road segment into a plurality of route fragments, each route fragment comprising one or more road segments (2, 3, 4, 5, 6, 7, 8, 9, 10, 11); generating a fingerprint for each route fragment, wherein generating a fingerprint for each route fragment comprises, for each route fragment: retrieving map agnostic properties of road segments (2, 3, 4, 5, 6, 7, 8, 9, 10, 11) of the respective route fragment, wherein the map agnostic properties include one or more of road name, road number, travel direction, or functional class; combining the map agnostic properties into a string; hashing the string of agnostic properties using a hash function to obtain a hash value; and identifying a leading predetermined number of characters of the hash value as the fingerprint; and providing the fingerprints in response to the route request. receiving an indication of a route request between an origin and a destination; identifying a starting road segment corresponding to the origin; identifying a target road segment corresponding to the destination; establishing a route between the starting road segment and the target road segment, the route comprising a plurality of road segments; dividing the route between the starting road segment and the target road segment into a plurality of route fragments, each route fragment comprising one or more road segments (2, 3, 4, 5, 6, 7, 8, 9, 10, 11); generating a fingerprint for each route fragment, wherein generating a fingerprint for each route fragment comprises, for each route fragment: retrieving map agnostic properties of road segments (2, 3, 4, 5, 6, 7, 8, 9, 10, 11) of the respective route fragment, wherein the map agnostic properties include one or more of road name, road number, travel direction, or functional class; combining the map agnostic properties into a string; hashing the string of agnostic properties using a hash function to obtain a hash value; and identifying a leading predetermined number of characters of the hash value as the fingerprint; and retrieving map agnostic properties of road segments (2, 3, 4, 5, 6, 7, 8, 9, 10, 11) of the respective route fragment, wherein the map agnostic properties include one or more of road name, road number, travel direction, or functional class; combining the map agnostic properties into a string; hashing the string of agnostic properties using a hash function to obtain a hash value; and identifying a leading predetermined number of characters of the hash value as the fingerprint; and providing the fingerprints in response to the route request.
A vessel sealing device, comprising: a pair of electrodes that are moveable between open and closed positions; and a coating (38; 138) formed from a non-conductive material applied non-uniformly to both of the pair of electrodes, characterized in that the coating is applied non-uniformly such that the coating on each of the pair of electrodes has a total profile that varies between -5.8 micrometers and 6.2 micrometers from a centerline average and has a roughness profile that varies between -6.5 micrometers and 6.5 micrometers from a centerline average, such that each of the pair of electrodes has a non-uniform topological surface with thick-coating regions and thin-coating regions and that radiofrequency energy will only pass between the pair of electrodes if a vessel is positioned therebetween and comes into contact with thin coating regions of the pair of electrodes. a pair of electrodes that are moveable between open and closed positions; and a coating (38; 138) formed from a non-conductive material applied non-uniformly to both of the pair of electrodes, characterized in that the coating is applied non-uniformly such that the coating on each of the pair of electrodes has a total profile that varies between -5.8 micrometers and 6.2 micrometers from a centerline average and has a roughness profile that varies between -6.5 micrometers and 6.5 micrometers from a centerline average, such that each of the pair of electrodes has a non-uniform topological surface with thick-coating regions and thin-coating regions and that radiofrequency energy will only pass between the pair of electrodes if a vessel is positioned therebetween and comes into contact with thin coating regions of the pair of electrodes.
A method for inducing reprogramming of an isolated somatic cell or cancer cell of a mammal, comprising a step of culturing the cell with a ribosome fraction, wherein the ribosome fraction is selected from the group consisting of a 70S ribosome fraction, a 30S ribosome fraction, and a 50S ribosome fraction.
A method of automatically preparing a heated frothed beverage with a beverage preparation system, the method comprising: receiving a container into engagement with a support assembly of the beverage preparation system, the container configured to hold a liquid to be heated and frothed; securing the container to the support assembly; inserting a wand unit of the beverage preparation system into the container; automatically moving, with a motor, the support assembly relative to the wand unit or the wand unit relative to the support assembly such that the tip of the wand unit is submerged in the liquid to a frothing depth, the frothing depth being such that the tip of the wand unit is positioned at approximately the surface of the liquid; discharging steam from the tip of the wand unit at the frothing depth, thereby frothing the liquid; rotating the support assembly at least 90° to a rotated position; and washing the container in the rotated position and with the container secured to the support assembly. receiving a container into engagement with a support assembly of the beverage preparation system, the container configured to hold a liquid to be heated and frothed; securing the container to the support assembly; inserting a wand unit of the beverage preparation system into the container; automatically moving, with a motor, the support assembly relative to the wand unit or the wand unit relative to the support assembly such that the tip of the wand unit is submerged in the liquid to a frothing depth, the frothing depth being such that the tip of the wand unit is positioned at approximately the surface of the liquid; discharging steam from the tip of the wand unit at the frothing depth, thereby frothing the liquid; rotating the support assembly at least 90° to a rotated position; and washing the container in the rotated position and with the container secured to the support assembly.
A method of controlling a home network device, the method comprising the steps, by a universal web application: receiving control information from a server, the control information being for controlling the home network device; transmitting a control command that controls the home network device to a control point module; and receiving from the control point module result data that is obtained by executing the control command on the home network device, the method being characterized by: the control information including a script application program interface, API, wherein the script API has a uniform format and comprises a name of an API, the name of the API being mapped, to a home network API, and the method comprising transmitting parameters and the home network API as a variable included in the script API to the control point module to execute the control command. receiving control information from a server, the control information being for controlling the home network device; transmitting a control command that controls the home network device to a control point module; and receiving from the control point module result data that is obtained by executing the control command on the home network device, the control information including a script application program interface, API, wherein the script API has a uniform format and comprises a name of an API, the name of the API being mapped, to a home network API, and the method comprising transmitting parameters and the home network API as a variable included in the script API to the control point module to execute the control command.
A charging socket with an electrical plug connector for a charging plug, the charging socket having a frame with an opening for the electrical plug connector and a pair of flaps (16, 18) which are pivotably arranged on pivot pins (38, 40) running parallel to one another, wherein at least one spring element pretensions the flaps (16, 18) into a closed position, characterized in that each flap (16, 18) has a bottom wall, which is articulated to the frame with the opening, and a rear wall (24, 30), wherein the rear walls (24, 30) are offset relative to an imaginary plane of the opening in the frame in the direction of the electrical plug connector, wherein each flap has a sharp bend which is located between the bottom wall and the rear wall (24, 30) and which runs parallel to the pivot pin (38, 40).
A robotic assembly configured to support, insert, retract, and actuate a surgical instrument mounted to the robotic assembly, the robotic assembly comprising: an instrument holder base member; a motor housing moveably mounted to the instrument holder base member; a carriage drive mechanism operable to selectively translate the motor housing relative to the instrument holder base member along an insertion axis of the surgical instrument; a plurality of drive motors, each of the drive motors being mounted to the motor housing; and a plurality of output drive couplings, each of the output drive couplings being drivingly coupled with a corresponding one of the drive motors, each of the output drive couplings being configured to drivingly couple with a corresponding input drive coupling of the surgical instrument; wherein a first drive motor of the plurality of drive motors is elongated between a first end and a second end, the first drive motor includes a first magnetic flux shield at the first end and a second magnetic flux shield at the second end, and the first magnetic flux shield is spatially separated from the second magnetic flux shield so that a portion of the first drive motor unshielded from magnetic flux exists between the first magnetic flux shield and the second magnetic flux shield. an instrument holder base member; a motor housing moveably mounted to the instrument holder base member; a carriage drive mechanism operable to selectively translate the motor housing relative to the instrument holder base member along an insertion axis of the surgical instrument; a plurality of drive motors, each of the drive motors being mounted to the motor housing; and a plurality of output drive couplings, each of the output drive couplings being drivingly coupled with a corresponding one of the drive motors, each of the output drive couplings being configured to drivingly couple with a corresponding input drive coupling of the surgical instrument; wherein a first drive motor of the plurality of drive motors is elongated between a first end and a second end, the first drive motor includes a first magnetic flux shield at the first end and a second magnetic flux shield at the second end, and the first magnetic flux shield is spatially separated from the second magnetic flux shield so that a portion of the first drive motor unshielded from magnetic flux exists between the first magnetic flux shield and the second magnetic flux shield.