mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (92; 180) for providing therapy to tissue comprising a flexible shaft with a distal end and a proximal end, and a planar therapy structure, wherein the planar therapy structure is coupled with the distal end of the flexible shaft, wherein the planar therapy structure comprises an expansion chamber (104; 182) coupled with the distal end of the flexible shaft, comprising an expansion chamber end wall (106; 184) at a proximal end of the expansion chamber (104, 182), an inlet (94; 192) to receive a pressurized coolant from a supply line (132; 190), and an outlet (96; 194) to receive a de-pressurized coolant from the expansion chamber (104; 182), and a plurality of openings (108; 188) to provide the pressurized coolant to the expansion chamber (104; 182), wherein the inlet (94; 192) and the outlet (96; 194) pass through the expansion chamber end wall (94; 192), and the plurality of openings (108; 188) are coupled with the inlet (94; 192) and are inside the expansion chamber (104; 182). a flexible shaft with a distal end and a proximal end, and a planar therapy structure, wherein the planar therapy structure is coupled with the distal end of the flexible shaft, wherein the planar therapy structure comprises an expansion chamber (104; 182) coupled with the distal end of the flexible shaft, comprising an expansion chamber end wall (106; 184) at a proximal end of the expansion chamber (104, 182), an inlet (94; 192) to receive a pressurized coolant from a supply line (132; 190), and an outlet (96; 194) to receive a de-pressurized coolant from the expansion chamber (104; 182), and a plurality of openings (108; 188) to provide the pressurized coolant to the expansion chamber (104; 182), wherein the inlet (94; 192) and the outlet (96; 194) pass through the expansion chamber end wall (94; 192), and the plurality of openings (108; 188) are coupled with the inlet (94; 192) and are inside the expansion chamber (104; 182). an expansion chamber (104; 182) coupled with the distal end of the flexible shaft, comprising an expansion chamber end wall (106; 184) at a proximal end of the expansion chamber (104, 182), an inlet (94; 192) to receive a pressurized coolant from a supply line (132; 190), and an outlet (96; 194) to receive a de-pressurized coolant from the expansion chamber (104; 182), and an expansion chamber end wall (106; 184) at a proximal end of the expansion chamber (104, 182), an inlet (94; 192) to receive a pressurized coolant from a supply line (132; 190), and an outlet (96; 194) to receive a de-pressurized coolant from the expansion chamber (104; 182), and a plurality of openings (108; 188) to provide the pressurized coolant to the expansion chamber (104; 182), wherein the inlet (94; 192) and the outlet (96; 194) pass through the expansion chamber end wall (94; 192), and the plurality of openings (108; 188) are coupled with the inlet (94; 192) and are inside the expansion chamber (104; 182).
A delivery system including a vehicle comprising: a vehicle main body having a passenger compartment and a rear compartment located more rearward than the passenger compartment; a rear hatch provided on the vehicle main body and configured to open and close the rear compartment; a cooling box disposed in the rear compartment; a first communication device configured to communicate with an external server; the delivery system being characterized in that the vehicle further comprises: a second communication device having a communication distance shorter than that of the first communication device; a locking device configured to lock the rear hatch; and a processor, the processor being configured to receive information about an opening signal from the server through the first communication device, and to open the rear hatch when the processor receives the opening signal through the second communication device; and in that the delivery system further includes a user terminal and a deliverer terminal with a display and a third communication device, wherein the deliverer terminal is configured to receive, from the external server, the opening signal and registered vehicle information including information about a type and color of the vehicle, and the third communication device being configured to transmit the opening signal to the second communication device. a vehicle main body having a passenger compartment and a rear compartment located more rearward than the passenger compartment; a rear hatch provided on the vehicle main body and configured to open and close the rear compartment; a cooling box disposed in the rear compartment; a first communication device configured to communicate with an external server; the delivery system being characterized in that the vehicle further comprises: a second communication device having a communication distance shorter than that of the first communication device; a locking device configured to lock the rear hatch; and a processor, the processor being configured to receive information about an opening signal from the server through the first communication device, and to open the rear hatch when the processor receives the opening signal through the second communication device; and in that a second communication device having a communication distance shorter than that of the first communication device; a locking device configured to lock the rear hatch; and a processor, the processor being configured to receive information about an opening signal from the server through the first communication device, and to open the rear hatch when the processor receives the opening signal through the second communication device; and in that the delivery system further includes a user terminal and a deliverer terminal with a display and a third communication device, wherein the deliverer terminal is configured to receive, from the external server, the opening signal and registered vehicle information including information about a type and color of the vehicle, and the third communication device being configured to transmit the opening signal to the second communication device.
An auxiliary power device for a wheelchair comprising: a connecting unit including a base and a central shaft rotatably mounted to the base and rotatable about a rotating axis, wherein the connecting unit further includes a guiding portion disposed on a bottom side of the base and spaced from the rotating axis in a direction perpendicular to the rotating axis, and wherein the base is adapted to be connected to the wheelchair; and an auxiliary unit including a wheel bracket and an auxiliary wheel, wherein the wheel bracket is pivotably connected to the connecting unit, wherein the auxiliary wheel is rotatably mounted to the wheel bracket and a power element is mounted in the auxiliary wheel, wherein the auxiliary wheel is movable on a ground in a moving direction in which the wheelchair moves, wherein the power element is configured to drive the auxiliary wheel to rotate relative to the wheel bracket and to move the auxiliary wheel on the ground in the moving direction, wherein the auxiliary unit further includes a rotary member abutting the guiding portion, wherein when the auxiliary wheel deviates from the moving direction while moving on the ground, the wheel bracket and the central shaft together rotate about the rotating axis of the central shaft, wherein the rotary member moves along and presses against the guiding portion, and the auxiliary wheel is imparted with a returning force to move back to the moving direction. a connecting unit including a base and a central shaft rotatably mounted to the base and rotatable about a rotating axis, wherein the connecting unit further includes a guiding portion disposed on a bottom side of the base and spaced from the rotating axis in a direction perpendicular to the rotating axis, and wherein the base is adapted to be connected to the wheelchair; and an auxiliary unit including a wheel bracket and an auxiliary wheel, wherein the wheel bracket is pivotably connected to the connecting unit, wherein the auxiliary wheel is rotatably mounted to the wheel bracket and a power element is mounted in the auxiliary wheel, wherein the auxiliary wheel is movable on a ground in a moving direction in which the wheelchair moves, wherein the power element is configured to drive the auxiliary wheel to rotate relative to the wheel bracket and to move the auxiliary wheel on the ground in the moving direction, wherein the auxiliary unit further includes a rotary member abutting the guiding portion, wherein when the auxiliary wheel deviates from the moving direction while moving on the ground, the wheel bracket and the central shaft together rotate about the rotating axis of the central shaft, wherein the rotary member moves along and presses against the guiding portion, and the auxiliary wheel is imparted with a returning force to move back to the moving direction.
A method for upgrading a continuously flowing process stream including heavy crude oil, comprising: conveying the process stream continuously through a fluid flow path in a downstream direction, the flow path including a reactor; the reactor receiving the process stream in combination with water, at an inlet temperature within a range of 60 °C to 200 °C; the reactor including one or more process flow tubes defining an aggregated interior cross-sectional dimension in a plane extending transversely to the downstream direction therethrough, the one or more flow tubes having a combined length of at least about 30 times the aggregated interior cross-sectional dimension; the reactor applying heat to the process stream flowing therethrough, to progressively heat the process stream from the inlet temperature at an upstream portion of the reactor, to an outlet temperature T(max)1 within a range of between 260 °C to 400 °C at a downstream portion of the reactor; the reactor maintaining the process stream at a pressure sufficient to ensure that the process stream remains a single phase at T(max)1; selectively adjusting a rate of flow of the process stream through the reactor by means of a controller to maintain a total residence time of the process stream in the reactor of greater than 1 minute and less than 25 minutes; wherein said rate of flow, said flow tube lengths, and said application of heat, minimize or prevent coke formation. conveying the process stream continuously through a fluid flow path in a downstream direction, the flow path including a reactor; the reactor receiving the process stream in combination with water, at an inlet temperature within a range of 60 °C to 200 °C; the reactor including one or more process flow tubes defining an aggregated interior cross-sectional dimension in a plane extending transversely to the downstream direction therethrough, the one or more flow tubes having a combined length of at least about 30 times the aggregated interior cross-sectional dimension; the reactor applying heat to the process stream flowing therethrough, to progressively heat the process stream from the inlet temperature at an upstream portion of the reactor, to an outlet temperature T(max)1 within a range of between 260 °C to 400 °C at a downstream portion of the reactor; the reactor maintaining the process stream at a pressure sufficient to ensure that the process stream remains a single phase at T(max)1; selectively adjusting a rate of flow of the process stream through the reactor by means of a controller to maintain a total residence time of the process stream in the reactor of greater than 1 minute and less than 25 minutes; wherein said rate of flow, said flow tube lengths, and said application of heat, minimize or prevent coke formation.
A dialysis system comprising: a dialyzer (20, 30); a plurality of flow devices including a blood pump operable with the dialyzer (20, 30); a graphical user interface ("GUI", 160) that enables an operator to begin a therapy running according to a selected therapy prescription received remotely over an internet or via a modem, monitor the therapy, receive status messages from the therapy and collect data for post-therapy analysis; and wherein the GUI is configured to receive therapy prescription entries via a local or wide area mode of data communication and make the prescription entries available for selection by the operator for beginning the therapy. a dialyzer (20, 30); a plurality of flow devices including a blood pump operable with the dialyzer (20, 30); a graphical user interface ("GUI", 160) that enables an operator to begin a therapy running according to a selected therapy prescription received remotely over an internet or via a modem, monitor the therapy, receive status messages from the therapy and collect data for post-therapy analysis; and wherein the GUI is configured to receive therapy prescription entries via a local or wide area mode of data communication and make the prescription entries available for selection by the operator for beginning the therapy.
A water barrier encapsulating a cable core, wherein the water barrier comprises at least one layer of a laminate structure being wrapped around the cable core with at least some overlap between opposite edges of the laminate structure, characterised in that the laminate structure comprises: - a layer of metal foil having a lower and an upper surface area, - a first layer of thermoplastic polymer laid onto and covering the lower surface of the layer of metal foil except for a first longitudinal uncovered surface area of the layer of metal foil, and - a second layer of thermoplastic polymer laid onto and covering the upper surface of the layer of metal foil except for a second longitudinal uncovered surface area of the layer of metal foil, and wherein - the laminate structure is wrapped around the cable core such that the first longitudinal uncovered surface area of the metal foil faces the cable core and the second longitudinal uncovered surface area of the metal foil faces away from the laminate structure, and - the laminate structure is thermally joined by a heat treatment the water barrier comprises at least one layer of a laminate structure being wrapped around the cable core with at least some overlap between opposite edges of the laminate structure, characterised in that the laminate structure comprises: - a layer of metal foil having a lower and an upper surface area, - a first layer of thermoplastic polymer laid onto and covering the lower surface of the layer of metal foil except for a first longitudinal uncovered surface area of the layer of metal foil, and - a second layer of thermoplastic polymer laid onto and covering the upper surface of the layer of metal foil except for a second longitudinal uncovered surface area of the layer of metal foil, - a layer of metal foil having a lower and an upper surface area, - a first layer of thermoplastic polymer laid onto and covering the lower surface of the layer of metal foil except for a first longitudinal uncovered surface area of the layer of metal foil, and - a second layer of thermoplastic polymer laid onto and covering the upper surface of the layer of metal foil except for a second longitudinal uncovered surface area of the layer of metal foil, - the laminate structure is wrapped around the cable core such that the first longitudinal uncovered surface area of the metal foil faces the cable core and the second longitudinal uncovered surface area of the metal foil faces away from the laminate structure, and - the laminate structure is thermally joined by a heat treatment
An integrated nasal mask adapted for delivering gas to a patient, the nasal mask comprising: a mask body defining a nasal cavity, the mask body comprising a mask baseball, a mask sidewall extending from the mask basewall, and beads disposed on an inner surface of the mask body and extending between the mask basewall and the mask sidewall, the beads configured to prevent collapse of the mask basewall; an interface portion coupled with said mask body via a connecting web having a lateral notch formed across an upper wall such that said connecting web can flex and allow said interface portion to move relative to said mask body; and at least one elongate hollow nostril-engaging stem extending outwardly from the nasal cavity and defining a fluid passageway for delivering gas a nose of a patient. a mask body defining a nasal cavity, the mask body comprising a mask baseball, a mask sidewall extending from the mask basewall, and beads disposed on an inner surface of the mask body and extending between the mask basewall and the mask sidewall, the beads configured to prevent collapse of the mask basewall; an interface portion coupled with said mask body via a connecting web having a lateral notch formed across an upper wall such that said connecting web can flex and allow said interface portion to move relative to said mask body; and at least one elongate hollow nostril-engaging stem extending outwardly from the nasal cavity and defining a fluid passageway for delivering gas a nose of a patient.
Guiding device for a piece of furniture with at least one sliding door, that is held by a guiding carriage, a) which comprises a carriage frame having a front side and a rear side; b) which is guided in a rail device that is firmly connected to the piece of furniture and which comprises a front sided running rail and a rear sided running rail, which run in parallel to the front side of the piece of furniture, as well as a guide rail; c) which, on the front side of the carriage frame, has at least one front sided roller, which bears against the front sided running rail; d) which, on the rear side of the carriage frame, has at least one rear sided roller which bears against the rear sided running rail; and e) which carries a displaceably mounted transverse carriage which is joined to the at least one sliding door and has a guide element which is guided in the guide rail; characterized in that at least two front sided rollers (131, 132) corresponding to one another are held without play on the associated front running rail by means of front sided holding parts (5; 51, 52) that are fixed to the front side of the carriage frame, or in that at least two rear sided rollers (141, 142) corresponding to one another are held without play on the associated rear sided running rail by means of rear sided holding parts (6; 61, 62) that are fixed to the rear side of the carriage frame, wherein at least one of the holding parts is rotatably and/or displaceably mounted and preferably fixably connected to the carriage frame, and wherein tilting moments are transferable to the rail device by force-locking connection. a) which comprises a carriage frame having a front side and a rear side; b) which is guided in a rail device that is firmly connected to the piece of furniture and which comprises a front sided running rail and a rear sided running rail, which run in parallel to the front side of the piece of furniture, as well as a guide rail; c) which, on the front side of the carriage frame, has at least one front sided roller, which bears against the front sided running rail; d) which, on the rear side of the carriage frame, has at least one rear sided roller which bears against the rear sided running rail; and e) which carries a displaceably mounted transverse carriage which is joined to the at least one sliding door and has a guide element which is guided in the guide rail; characterized in that at least two front sided rollers (131, 132) corresponding to one another are held without play on the associated front running rail by means of front sided holding parts (5; 51, 52) that are fixed to the front side of the carriage frame, or in that at least two rear sided rollers (141, 142) corresponding to one another are held without play on the associated rear sided running rail by means of rear sided holding parts (6; 61, 62) that are fixed to the rear side of the carriage frame, wherein at least one of the holding parts is rotatably and/or displaceably mounted and preferably fixably connected to the carriage frame, and wherein tilting moments are transferable to the rail device by force-locking connection.
A method for monitoring a glucose concentration of a host using a continuous glucose sensor (10, 110), the method comprising: receiving, from a continuous analyte sensor (10, 110), a data stream comprising sensor data associated with the glucose concentration in a host; processing the data stream by comparing the sensor data from a first time period in a first mode and a second time period in a second mode; recording the data stream, wherein in the first mode the data stream is recorded without displaying any information associated with the data stream and wherein in the second mode the data stream is recorded and information associated with the data stream is displayed; triggering an alarm based at least in part on information associated with the processed data stream, wherein the alarm comprises a notification of a hypoglycemic event, wherein the alarm is triggerable in the first and second mode; and wherein the at least in part on information associated with the data stream further comprises certain defined measurement and operating conditions; and preparing and displaying a performance report disclosing changes in the sensor data over the first and second time periods. receiving, from a continuous analyte sensor (10, 110), a data stream comprising sensor data associated with the glucose concentration in a host; processing the data stream by comparing the sensor data from a first time period in a first mode and a second time period in a second mode; recording the data stream, wherein in the first mode the data stream is recorded without displaying any information associated with the data stream and wherein in the second mode the data stream is recorded and information associated with the data stream is displayed; triggering an alarm based at least in part on information associated with the processed data stream, wherein the alarm comprises a notification of a hypoglycemic event, wherein the alarm is triggerable in the first and second mode; and wherein the at least in part on information associated with the data stream further comprises certain defined measurement and operating conditions; and preparing and displaying a performance report disclosing changes in the sensor data over the first and second time periods.
MEMS transducer for interacting with a volume flow of a fluid comprising - a carrier, - a vibratable membrane for generating or receiving pressure waves of the fluid in a vertical direction, the vibratable membrane being supported by the carrier, wherein the vibratable membrane is manufactured together with the carrier in a semiconductor process and wherein the vibratable membrane exhibits two or more vertical sections formed parallel to the vertical direction and comprising at least one layer of an actuator material, wherein at least one end of the vibratable membrane is connected to at least one electrode, such that the two or more vertical sections can be induced to vibrate horizontally by driving the at least one electrode or such that an electrical signal can be generated at the at least one electrode when the two or more vertical sections are induced to vibrate horizontally. - a carrier, - a vibratable membrane for generating or receiving pressure waves of the fluid in a vertical direction, the vibratable membrane being supported by the carrier, wherein the vibratable membrane is manufactured together with the carrier in a semiconductor process and wherein the vibratable membrane exhibits two or more vertical sections formed parallel to the vertical direction and comprising at least one layer of an actuator material, wherein at least one end of the vibratable membrane is connected to at least one electrode, such that the two or more vertical sections can be induced to vibrate horizontally by driving the at least one electrode or such that an electrical signal can be generated at the at least one electrode when the two or more vertical sections are induced to vibrate horizontally.