mhurhangee/ep-ind-claims huggingface dataset:
A drug delivery device comprising: a shaft; a drive system operably connected to the shaft and configured to only rotate the shaft in a first direction; a drug reservoir having a plunger used to adjust a volume of the drug reservoir; a piston rod operably connected at a first end to the plunger and providing threads on an exterior surface thereof, the piston rod being operably connected to the shaft, wherein said drug delivery device provides a secured position which permits the rotation of the shaft to drive the piston rod and move the plunger to adjust the volume of the drug reservoir, and an unsecured position which permits the drug reservoir to be removed unobstructed from the drug delivery device and replaced without having to rotate the shaft in a direction opposite to the first direction, characterized in that said drug delivery device further comprises a partially threaded nut that is spring biased, which allows engagement with the threads of the piston rod in a first position to permit plunger movement via rotation of the shaft, and which disengages with the threads of the piston rod in a second position, thereby preventing plunger movement with or without shaft rotation.
A system for monitoring and remotely controlling a state of charge of at least one battery pack (2, 3), comprising the at least one battery pack (2, 3) for an electrical appliance, which battery pack comprises a communication device (4, 5), which is adapted to transfer state of charge data of the battery pack (2, 3) to a server device of the system, which server device is adapted to transfer the state of charge data to at least one user interface of the system, which user interface is adapted to visualize the state of charge data of the battery pack (2, 3), wherein the user interface is additionally adapted to transfer control data for controlling a charging device to the server device depending on a user input, which server device is adapted to transfer the control data to the communication device (4, 5) integrated in the battery pack (2, 3), which communication device is adapted to transfer the control data for a charging operation of the battery pack (2, 3) to the charging device, wherein the server device is adapted to transfer a request for charging the battery pack (2, 3) to the user interface depending on deadline entries in an electronic calendar of a person, which user interface is adapted to visualize this request.
A transparent protective sheet for solar cell module comprising: a weather resistant resin layer laminated on one surface of a base material resin layer using a light resistant adhesive layer; and an easy adhesion layer formed on another surface of the base material resin layer, characterised in that the base material resin layer is a resin film having a Rockwell hardness according to JIS G 0202 of R80 or more, the weather resistant resin layer is a resin film having the Rockwell hardness lower than the Rockwell hardness of the resin film forming the base material resin layer, the light resistant adhesive layer contains 0.3 g/m 2 or more and 1.3 g/m 2 or less per unit area of an ultraviolet absorber, and the easy adhesion layer contains 0.07 g/m 2 or more and 0.25 g/m 2 or less per unit area of wax. a weather resistant resin layer laminated on one surface of a base material resin layer using a light resistant adhesive layer; and an easy adhesion layer formed on another surface of the base material resin layer, characterised in that the base material resin layer is a resin film having a Rockwell hardness according to JIS G 0202 of R80 or more, the weather resistant resin layer is a resin film having the Rockwell hardness lower than the Rockwell hardness of the resin film forming the base material resin layer, the light resistant adhesive layer contains 0.3 g/m 2 or more and 1.3 g/m 2 or less per unit area of an ultraviolet absorber, and the easy adhesion layer contains 0.07 g/m 2 or more and 0.25 g/m 2 or less per unit area of wax.
A connector for establishing electrical connections with a printed circuit board, PCB, comprising first and second sets of contact pads (129a, 129b) arranged in first and second rows on a same surface of the PCB, the connector comprising: a first set of elongated contacts having contact surfaces forming a first row of contact surfaces configured to make and break electrical connectivity with the first set of contact pads of the PCB; a second set of elongated contacts having contact surfaces forming a second row of contact surfaces configured to make and break electrical connectivity with the second set of contact pads of the PCB; a contact block supporting the first and second sets of contacts (112a, 112b); and a contact organizer comprising engagement surfaces (128a, 128b) configured to move the first and second sets of elongated contacts between a first position and a second position in response to a relative movement between the contact block and the contact organizer, such that when the PCB is inserted in the connector, the contact block and the first and second sets of elongated contacts (112a, 112b) are configured to move relative to the PCB and the contact organizer, the movement causing the contact surfaces (126a, 126b) to wipe against the first and second sets of contact pads (129a, 129b) when making and breaking electrical connectivity therewith. a first set of elongated contacts having contact surfaces forming a first row of contact surfaces configured to make and break electrical connectivity with the first set of contact pads of the PCB; a second set of elongated contacts having contact surfaces forming a second row of contact surfaces configured to make and break electrical connectivity with the second set of contact pads of the PCB; a contact block supporting the first and second sets of contacts (112a, 112b); and a contact organizer comprising engagement surfaces (128a, 128b) configured to move the first and second sets of elongated contacts between a first position and a second position in response to a relative movement between the contact block and the contact organizer, such that when the PCB is inserted in the connector, the contact block and the first and second sets of elongated contacts (112a, 112b) are configured to move relative to the PCB and the contact organizer, the movement causing the contact surfaces (126a, 126b) to wipe against the first and second sets of contact pads (129a, 129b) when making and breaking electrical connectivity therewith.
On-board system for a vehicle, comprising the following features: - a first current path, comprising: ∘ at least one current consumer, ∘ a first energy store, and ∘ a first self-locking switch controllable by means of a first control voltage, wherein, in a closed state of the first switch, the at least one current consumer is electrically connectable to the first energy store, - a second current path, comprising: ∘ the at least one current consumer, ∘ the first and a second energy store, and ∘ a second switch controllable by means of a second control voltage, wherein, in a closed state of the second switch, the at least one current consumer is electrically connectable to the first and the second energy store, - a control arrangement for closing the first switch or for holding the first switch in the closed state when the voltage provided by the energy store supplying the first switch falls below a minimum voltage threshold value necessary to close the first switch or to hold the first switch in the closed state. - a first current path, comprising: ∘ at least one current consumer, ∘ a first energy store, and ∘ a first self-locking switch controllable by means of a first control voltage, wherein, in a closed state of the first switch, the at least one current consumer is electrically connectable to the first energy store, ∘ at least one current consumer, ∘ a first energy store, and ∘ a first self-locking switch controllable by means of a first control voltage, - a second current path, comprising: ∘ the at least one current consumer, ∘ the first and a second energy store, and ∘ a second switch controllable by means of a second control voltage, wherein, in a closed state of the second switch, the at least one current consumer is electrically connectable to the first and the second energy store, ∘ the at least one current consumer, ∘ the first and a second energy store, and ∘ a second switch controllable by means of a second control voltage, - a control arrangement for closing the first switch or for holding the first switch in the closed state when the voltage provided by the energy store supplying the first switch falls below a minimum voltage threshold value necessary to close the first switch or to hold the first switch in the closed state.
A boat component (05, 06), the boat component (05, 06) being flexibly bent in the direction of its longitudinal axis, and, in the bent shape, being attachable to at least two attachment points, characterised in that the boat component (05, 06) has a core which is embedded, at least in part, in an elastic plastic body, the core consisting of a cork composite material that is made of cork particles and of a binding matrix, and the cork composite material used as the core having a specific weight in the range of 150 to 250 kg/m 3.
Dosing unit for an ambulatory infusion system (100, 200), the ambulatory infusion system (100, 200) being designed for the infusion of a liquid drug into a patient's body over an extended time period, the dosing unit including a) an inlet port, b) an outlet port, the outlet port being configured to couple to the patient's body, and a pump kernel, the pump kernel including c) a kernel body, the kernel body forming a limiting surface of a stepwise or continuously variable dosing volume, d) a control valve, the control valve being configured to couple the variable dosing volume alternatively, in a filling state (1 20a), to the inlet port for filling or refilling the dosing unit by increasing the dosing volume, or, in a infusing state, to the outlet port for dosing liquid drug out off the dosing unit by deceasing the dosing volume, the control valve sealing closing the inlet port when the outlet port is coupled to the dosing volume and sealing closing the outlet port when the inlet port is coupled to the dosing volume characterized in that the inlet port is configured for being repeatedly manually attached to and detached from an external liquid drug container and includes at least one of a self-sealing piercable septum, a self-closing fluidic coupler, and a check-valve, thus enabling a repeated sequence of attaching the external liquid drug container to the inlet port, filling the dosing unit with the control valve being in the filling state, detaching the liquid drug container from the inlet port and infusing drug from the dosing unit with the control valve being in the infusing state. a) an inlet port, b) an outlet port, the outlet port being configured to couple to the patient's body, and a pump kernel, the pump kernel including c) a kernel body, the kernel body forming a limiting surface of a stepwise or continuously variable dosing volume, d) a control valve, the control valve being configured to couple the variable dosing volume alternatively, in a filling state (1 20a), to the inlet port for filling or refilling the dosing unit by increasing the dosing volume, or, in a infusing state, to the outlet port for dosing liquid drug out off the dosing unit by deceasing the dosing volume, the control valve sealing closing the inlet port when the outlet port is coupled to the dosing volume and sealing closing the outlet port when the inlet port is coupled to the dosing volume
Refrigerant compressor, comprising an overall housing, a screw compressor provided in the overall housing and having a compressor housing designed as part of the overall housing, at least one screw rotor bore (64, 120) being arranged in said compressor housing, and having at least one screw rotor (62, 122) arranged in the screw rotor bore (64, 120) for rotation about an axis (63, 123), a drive motor arranged in the overall housing and having a motor housing designed as an additional part of the overall housing, a stator and a drive shaft rotatable about a motor axis with a rotor being arranged in the motor chamber of said motor housing, a suction gas connection, refrigerant sucked in via said connection entering the motor chamber and flowing through it prior to its compression by the screw compressor, wherein the suction gas connection is arranged at an end wall of the motor housing located opposite the compressor housing, and refrigerant sucked in through the suction gas connection enters the motor chamber through this end wall and flows through the motor chamber in the direction of the motor axis, wherein a bearing receptacle is arranged in an area of the motor chamber facing away from the compressor housing, a rotary bearing being accommodated in said receptacle for the rotatable mounting of an end section of the drive shaft facing away from the compressor housing, and wherein the bearing receptacle is arranged in the motor chamber at a distance from the suction gas connection, characterized in that the drive shaft, on the one hand, passes through the rotor in the direction of the motor axis and, on the other hand, extends into the compressor housing of the screw compressor and bears the screw rotor with its area extending in the compressor housing, said screw rotor being rotatable in the screw rotor bore about an axis of rotation coinciding with the motor axis, and that the drive shaft extends beyond the screw rotor on its side located opposite the electric motor and forms an end section rotatably mounted in a bearing housing arranged within a pressure housing by way of a set of bearings on the pressure side and that the drive shaft is mounted between the screw rotor and the rotor in a set of bearings on the suction side arranged adjacent to the suction side of the screw rotor.
Cutting insert (1; 101) for chip-removing machining of a workpiece by turning, having: an upper side, a lower side, a peripheral lateral face, and at least one cutting edge configured on at least an intersection of the upper side and the lateral face, wherein the cutting edge has at least one cutting corner which in the plan view onto the upper side is curved, and cutting edge portions which adjoin the cutting corner on both sides wherein the upper side adjacent to the cutting edge, in the region of the cutting corner and the adjoining cutting edge portions, is configured as a chip face which, as the spacing from the cutting edge increases, slopes downwards in the direction of the lower side, wherein the chip face has a projecting convex bulge which in the region of the cutting corner extends so as to be spaced apart from the cutting edge, and the chip face, on a side of the bulge that faces away from the cutting edge, extends towards a chip base at which the chip face has a smaller spacing from the lower side than on a side of the bulge that faces the cutting edge, wherein an ascending flank adjoins the chip base in the direction from the cutting edge towards the interior of the cutting insert (1; 101), characterized in that the bulge, in the plan view onto the upper side, in the region of the cutting edge extends in a banana-shaped manner into the regions of the adjoining cutting edge portions. an upper side, a lower side, a peripheral lateral face, and at least one cutting edge configured on at least an intersection of the upper side and the lateral face, wherein the cutting edge has at least one cutting corner which in the plan view onto the upper side is curved, and cutting edge portions which adjoin the cutting corner on both sides wherein the upper side adjacent to the cutting edge, in the region of the cutting corner and the adjoining cutting edge portions, is configured as a chip face which, as the spacing from the cutting edge increases, slopes downwards in the direction of the lower side, wherein the chip face has a projecting convex bulge which in the region of the cutting corner extends so as to be spaced apart from the cutting edge, and the chip face, on a side of the bulge that faces away from the cutting edge, extends towards a chip base at which the chip face has a smaller spacing from the lower side than on a side of the bulge that faces the cutting edge, wherein an ascending flank adjoins the chip base in the direction from the cutting edge towards the interior of the cutting insert (1; 101), characterized in that the bulge, in the plan view onto the upper side, in the region of the cutting edge extends in a banana-shaped manner into the regions of the adjoining cutting edge portions.
A main card unit externally electrically couplable to a gas combi boiler so as to selectively provide or interrupt electrical power to said gas combi boiler, said main card selectively enabling operation of a water circulation pump of said gas combi boiler characterized in that; said main card unit is configured to calculate the amount of heat energy to be generated by the gas combi boiler depending on the atmospheric temperature information or operation program setting and operate the gas combi boiler for a certain time duration of blazing period upon termination of which the gas combi boiler and the water circulation pump thereof remains non-powered for a certain time duration until a subsequent heat generation and blazing period is initiated in the manner that period for non-powered state of the water circulation pump and heat generation and blazing period are either calculated based on the atmospheric temperature information or taken as predetermined periods according to manually set operation program setting; said main card unit is configured to calculate the time interval during which the non-powered state of said gas combi boiler remains active and the time interval during which the heat generation by blazing takes place; said main card unit is configured to operate the gas combi boiler in an interrupted manner, during operational periods of which the water circulation pump is operated during blazing period; and said water circulating pump is deactivatable with a predetermined delay.
Method for controlling the speed of a motor vehicle, the method comprising: monitoring at least one speed-related parameter of the vehicle, wherein the speed related parameter is the position of the gas pedal of the vehicle, determining, when the monitored speed-related parameter of the vehicle meets a predetermined alteration pattern for a predetermined period of time, a nominal speed at which the vehicle shall be conveyed based on said monitored speed-related parameter of the vehicle, wherein the predetermined alteration pattern is met if the speed-related parameter is substantially altered within the predetermined period of time, setting, using a setting means, the engine of the vehicle in a driving mode or an idle mode at said nominal speed when said nominal speed has been determined and the monitored speed-related parameter meets the predetermined alteration pattern, setting, using said setting means, the engine of the vehicle in an idle mode when the actual speed of the vehicle has exceeded said nominal speed by a predetermined maximum value without substantially altering the monitored speed-related parameter, setting, using said setting means, the engine of the vehicle in the driving mode when the actual speed of the vehicle has decreased to said nominal speed or has fallen below said nominal speed by a predetermined maximum value without substantially altering the monitored speed-related parameter, and repeating, based on said fluctuations of the actual speed of the vehicle, said changes between driving mode and idle mode as long as the monitored speed-related parameter is substantially unaltered. monitoring at least one speed-related parameter of the vehicle, wherein the speed related parameter is the position of the gas pedal of the vehicle, determining, when the monitored speed-related parameter of the vehicle meets a predetermined alteration pattern for a predetermined period of time, a nominal speed at which the vehicle shall be conveyed based on said monitored speed-related parameter of the vehicle, wherein the predetermined alteration pattern is met if the speed-related parameter is substantially altered within the predetermined period of time, setting, using a setting means, the engine of the vehicle in a driving mode or an idle mode at said nominal speed when said nominal speed has been determined and the monitored speed-related parameter meets the predetermined alteration pattern, setting, using said setting means, the engine of the vehicle in an idle mode when the actual speed of the vehicle has exceeded said nominal speed by a predetermined maximum value without substantially altering the monitored speed-related parameter, setting, using said setting means, the engine of the vehicle in the driving mode when the actual speed of the vehicle has decreased to said nominal speed or has fallen below said nominal speed by a predetermined maximum value without substantially altering the monitored speed-related parameter, and repeating, based on said fluctuations of the actual speed of the vehicle, said changes between driving mode and idle mode as long as the monitored speed-related parameter is substantially unaltered.
Cable control actuating device on a front derailleur for a bicycle; with a stationary part for fastening to the bicycle frame; with a movable part, which is connected to a chain guide for transferring the chain between a plurality of chain wheels on a pedal crank device so as to be movable between a retracted and an extended position; with a parallelogram mechanism between the stationary part and the movable part, which contains a connecting arm of a parallelogram mechanism; characterized by a cable guide part of a cable control device, said cable guide part being connected nonremovably to the connecting arm and having means for guiding and receiving the actuating cable of the cable control device both for moving the actuating cable upwards on the bicycle frame and for moving the actuating cable downwards on the bicycle frame; wherein the connecting arm has a clamping projection for the mounting of a cable clamping screw; wherein the cable guide part has a second opening for the passage of the clamping projection and also a first opening for receiving a hinge pin for the rotatable connection between the connecting arm and the stationary part, wherein the cable guide part and the connecting arm are riveted to each other by means of a bolt, as a result of which any rotation of the cable guide part and of the connecting arm with respect to each other about the hinge pin is prevented.
A respiratory system comprising - a humidifier system, the humidifier system comprising an inlet for taking in a breathable gas and a humidification chamber connected to the inlet for heating and humidifying the breathable gas before delivery to a patient, - a pre-conditioning system (52, 55) for pre-conditioning the breathable gas before entry into the humidification chamber in a controlled manner, - a controller for controlling the respiratory system, characterized in that the respiratory system comprises at least one dewpoint system for determining the dewpoint of the breathable gas and being in communication with the controller, the controller being provided for controlling the pre-conditioning system on the basis of the dewpoint determined by means of the dewpoint system. - a humidifier system, the humidifier system comprising an inlet for taking in a breathable gas and a humidification chamber connected to the inlet for heating and humidifying the breathable gas before delivery to a patient, - a pre-conditioning system (52, 55) for pre-conditioning the breathable gas before entry into the humidification chamber in a controlled manner, - a controller for controlling the respiratory system,