mhurhangee/ep-ind-claims huggingface dataset:
An electronic assembly, equipped to sense one or more changes in an environmental condition, comprising: a logic circuit coupled to: one or more environmental sensors, a memory that provides data storage, a wireless communicator, and a power source for providing power to at least one of the logic circuit and the wireless communicator wherein the logic circuit is configured to: perform time measurement; perform environmental measurement with the one or more environmental sensors; store time-stamped environmental data in the memory; and characterized in that the logic circuit is further configured to: communicate with particular other electronic assemblies equipped to sense one or more changes in an environmental condition via the wireless communicator; where said communication includes receiving time-stamped environmental data along with a different assembly identifier from a number of the particular other electronic assemblies via the wireless communicator; append an assembly group identifier to the different assembly identifiers; store the received time-stamped environmental data in the memory along with the appended different assembly identifiers. a logic circuit coupled to: one or more environmental sensors, a memory that provides data storage, a wireless communicator, and a power source for providing power to at least one of the logic circuit and the wireless communicator wherein the logic circuit is configured to: perform time measurement; perform environmental measurement with the one or more environmental sensors; store time-stamped environmental data in the memory; and characterized in that the logic circuit is further configured to: communicate with particular other electronic assemblies equipped to sense one or more changes in an environmental condition via the wireless communicator; where said communication includes receiving time-stamped environmental data along with a different assembly identifier from a number of the particular other electronic assemblies via the wireless communicator; append an assembly group identifier to the different assembly identifiers; store the received time-stamped environmental data in the memory along with the appended different assembly identifiers. perform time measurement; perform environmental measurement with the one or more environmental sensors; store time-stamped environmental data in the memory; and characterized in that the logic circuit is further configured to: communicate with particular other electronic assemblies equipped to sense one or more changes in an environmental condition via the wireless communicator; where said communication includes receiving time-stamped environmental data along with a different assembly identifier from a number of the particular other electronic assemblies via the wireless communicator; append an assembly group identifier to the different assembly identifiers; store the received time-stamped environmental data in the memory along with the appended different assembly identifiers.
A cannula system comprising: a body having a proximal portion and a distal portion, a first lumen extending between the proximal portion and the distal portion, a port coupled to a second lumen, the second lumen communicating with the first lumen, and a first aperture extending to the first lumen at the proximal portion; an insert element comprising a light source positionable within the first aperture to permit light from the light source to pass through the first lumen; an elongate transparent member having a first portion and a second portion, a third lumen extending through the elongate member from the first portion to the second portion, the first portion coupled to the distal portion of the first lumen, the transparent member third lumen configured to permit light to pass from the light source to a surgical site, the transparent member third lumen capable of fluid communication with the port, the first lumen, and the second lumen; and a resilient member coupled to the insert and the body; characterised in that the resilient member is configured to allow the insert element to slide or pivot laterally within the body when an instrument is positioned within the first lumen. a body having a proximal portion and a distal portion, a first lumen extending between the proximal portion and the distal portion, a port coupled to a second lumen, the second lumen communicating with the first lumen, and a first aperture extending to the first lumen at the proximal portion; an insert element comprising a light source positionable within the first aperture to permit light from the light source to pass through the first lumen; an elongate transparent member having a first portion and a second portion, a third lumen extending through the elongate member from the first portion to the second portion, the first portion coupled to the distal portion of the first lumen, the transparent member third lumen configured to permit light to pass from the light source to a surgical site, the transparent member third lumen capable of fluid communication with the port, the first lumen, and the second lumen; and a resilient member coupled to the insert and the body; characterised in that the resilient member is configured to allow the insert element to slide or pivot laterally within the body when an instrument is positioned within the first lumen.
Device for dispensing label sleeves on containers, comprising: an unrolling unit for providing a film tube from a roll; a dispensing unit for separating the label sleeves from the film tube; and a tensioning device formed between the unrolling unit and the dispensing unit, with which the film tube can be kept under tension during transportation, characterized by a recoil brake for the film tube, which is formed between the tensioning device and the dispensing unit and which permanently acts only against the transportation direction of the film tube.
Behind the ear hearing aid with a casing part comprising an electronics module, with electronics adapted for signal processing, a front microphone and a back-end microphone, and a battery drawer, where the casing part is adapted for placing behind the ear of a user and a speaker adapted for placing in or near the ear canal of said user and a lead arranged between the speaker and the casing part whereby a plug and socket electrical and mechanical interconnection is arranged between the lead and the electronics inside the casing part characterized in that there is an acute angle (v) between the direction indicated by the lead at the plug and the direction of insertion of the plug into the socket, whereby a motion of the plug with respect to the socket for establishing said electrical and mechanical interconnection is in a direction that is off axis with respect to the direction indicated by the lead at the plug.
A self-propelled harvester comprising a header, at least one hydraulic adjusting member for adjusting the cutting height of the header, at least one height sensor for detecting the cutting height, at least one pressure sensor for detecting the hydraulic pressure at the adjusting member, and a control unit for actuating the adjusting member on the basis of measurement values of the height sensor and the pressure sensor, wherein the control unit comprises a first closed-loop control circuit for producing a height correction signal (h korr) on the basis of the actual cutting height (h ist) detected by the height sensor and a target cutting height (h soll) and a second closed-loop control circuit for regulating the pressure at the adjusting member, whose target value follows changes in the height correction signal, characterised in that the second closed-loop control circuit is in the form of a proportional controller, the first closed-loop control circuit can be switched over between a proportional controller and a proportional integral controller operating mode and the first closed-loop control circuit has a feedback input connected to the output of the second closed-loop control circuit and is adapted to freeze an integral component of the height correction signal (h korr) when the pressure correction signal (p korr) reaches a predetermined limit value.
A quick coupling device for pressurised fluid, comprising a male coupling, a first adapter applied to said male coupling for connection to a first external element, a female coupling associable with the male coupling, a second adapter applied to said female coupling for connection to a second external element, said male coupling comprising an axially hollow valve body and a shutter stem that are movable axially with respect to each other in contrast to and by action of an elastic element, and said female coupling comprising an axially hollow valve body and a shutter stem that are movable axially with respect to each other in contrast to and by action of an elastic element, wherein at least said first adapter is made as an axially hollow single piece exhibiting a first portion having a cylindrical external cross section, a second portion coaxial to the first portion and having a polygonal external cross section, said polygonal external cross section of said second portion being inscribed along the axial generatrices of the cylindrical external cross section of said first portion, characterised in that the adaptor has a third portion that exhibits a cylindrical external cross section of a smaller diameter than that of said cylindrical external cross section of said first portion, said third portion having a male thread wherethrough said piece is directly connected to the valve body of said male coupling.
Over-running clutch for connecting a motor-driven shaft to a driven element in which when the motor is switched off, said driven element can rotate freely, said driven shaft being provided with planes for cooperating with opposite positioned coupling members being mounted on a disk which is rotatable mounted on the driven shaft, such that they can move inward and outward, such that in the outward position said coupling members are partly received in a receiving member connected to said driven element, whereby said motor-driven shaft is provided with a flattened portion with two flat contact surfaces opposite each other, against each of said contact surfaces a flat contacting plane of a coupling member can lie when the motor is switched off, characterized in that, when the motor is switched on the shaft will rotate over a given angle such that said coupling members are moved outward and a cam of each coupling member will be received in a hollow provided in the inner wall of the receiving member in the shape of a cylindrical part connected to said driven element, at least a part of the contact plane of said disk, contacting a coupling member, is making an angle between 4 and 10° with the contact surface of said coupling member running square to the centreline of said shaft, such that said contact surface in the direction of the centreline of said shaft is at increasing distance of the contact surface of said coupling member.
A wireless communication device comprising: a memory device that stores data associated with a plurality of access point names, and computer-executable instructions; and a processor that executes the computer-executable instructions to: receive a request to couple the wireless communication device to a wireless network, the wireless communication device coupled to the wireless network using a first access point name of the plurality of access point names; determine whether the wireless communication device is selectively configured to use a single packet data network for data transfers, based on a determination that an operating system or application of the wireless communication device is capable of using only one packet data network at a time; and on condition that the wireless communication device is configured to use the single packet data network, decouple the wireless communication device from the wireless network, and couple the wireless communication device to the wireless network using a second access point name of the plurality of access point names, and restrict concurrent use of multiple packet data network in the single packet data network configuration. a memory device that stores data associated with a plurality of access point names, and computer-executable instructions; and a processor that executes the computer-executable instructions to: receive a request to couple the wireless communication device to a wireless network, the wireless communication device coupled to the wireless network using a first access point name of the plurality of access point names; determine whether the wireless communication device is selectively configured to use a single packet data network for data transfers, based on a determination that an operating system or application of the wireless communication device is capable of using only one packet data network at a time; and on condition that the wireless communication device is configured to use the single packet data network, decouple the wireless communication device from the wireless network, and couple the wireless communication device to the wireless network using a second receive a request to couple the wireless communication device to a wireless network, the wireless communication device coupled to the wireless network using a first access point name of the plurality of access point names; determine whether the wireless communication device is selectively configured to use a single packet data network for data transfers, based on a determination that an operating system or application of the wireless communication device is capable of using only one packet data network at a time; and on condition that the wireless communication device is configured to use the single packet data network, decouple the wireless communication device from the wireless network, and couple the wireless communication device to the wireless network using a second access point name of the plurality of access point names, and restrict concurrent use of multiple packet data network in the single packet data network configuration.
A method of adjusting control devices of a building automation system, BAS,, the method including the steps of: 1.1 determining recovery time for an environmental control system that is in a first energy mode for a predetermined location; 1.2 generating a first geo-fencing perimeter, where the first geo-fencing perimeter is associated with movement of a mobile communication device and the recovery time; and 1.3 generating a second geo-fencing perimeter; 1.4 calculating a return time of the mobile communication device from a travel time and a distance which the mobile communications device travels between the second geo-fencing perimeter and the first geo-fencing perimeter along with a distance to the predetermined location, and 1.5 changing the environmental control system from the first energy mode to a second energy mode based upon the return time of the mobile communications device. 1.1 determining recovery time for an environmental control system that is in a first energy mode for a predetermined location; 1.2 generating a first geo-fencing perimeter, where the first geo-fencing perimeter is associated with movement of a mobile communication device and the recovery time; and 1.3 generating a second geo-fencing perimeter; 1.4 calculating a return time of the mobile communication device from a travel time and a distance which the mobile communications device travels between the second geo-fencing perimeter and the first geo-fencing perimeter along with a distance to the predetermined location, and 1.5 changing the environmental control system from the first energy mode to a second energy mode based upon the return time of the mobile communications device.
Water connection arrangement, comprising - a connection piece for installation in the pipeline of a water network, in particular a domestic water network, - and a connection device, in particular a water treatment device or a fitting, wherein the connection piece has a flange for connecting the connection device and the connection device has a matching counter flange, wherein in the flange plane of the flange both a connection for a water inlet to the connection device and a connection for a water return from the connection device are formed, wherein the connection for the water inlet to the connection device and the connection for the water return from the connection device are arranged concentrically around a central axis, and wherein the connection piece has a bore for a fastening element, characterized in that the connection piece and the connection device are fastened to one another with exactly one fastening element such that a frictional connection between the flange and the counter flange is created, wherein the exactly one fastening element is inserted into the bore of the connection piece, and that the bore is arranged in the connection piece such that the longitudinal axis of the bore intersects the face of the flange centrally and at a right angle, wherein the bore is arranged in a region of the connection piece which is not in contact with water. - a connection piece for installation in the pipeline of a water network, in particular a domestic water network, - and a connection device, in particular a water treatment device or a fitting,
Water supply safety system for water-bearing household appliances, consisting of a pressure hose and a cover hose enclosing said pressure hose at a distance, wherein the cover hose opens on the appliance side into a receptacle for collecting leakage water, which is fastened to the wall of the machine housing, and on its appliance-side end the pressure hose is provided with a coupling for the connection to a valve retainer, on which solenoid valves for controlling the water line system in the household appliance are arranged in a fixed manner, characterised in that the valve retainer is a fixed component of the receptacle for collecting leakage water.
An uninterruptible power source device comprising: an input-output terminal that is connected in parallel with a power source line through which electric power is configured to be supplied from an external power source to a loading device; a battery unit whose rated voltage is lower than a voltage of the external power source; a voltage converting device that is configured to convert a voltage of the battery unit into a voltage equivalent to a difference between the voltage of the external power source and the voltage of the battery unit; a charging circuit comprising a switch and a diode connected in series, and that is configured to charge the battery unit through the input-output terminal with the electric power of the external power source; and a discharging circuit that is configured to perform discharge to the loading device through the input-output terminal at a voltage resulting from adding an output voltage of the voltage converting device to the voltage of the battery unit, at the time of electric power interruption of the external power source, wherein the discharging circuit is configured to connect an output of the voltage converting device and the battery unit with the input-output terminal by diode-or connection; and wherein the voltage converting device is an input-output isolation type DC/DC converter. an input-output terminal that is connected in parallel with a power source line through which electric power is configured to be supplied from an external power source to a loading device; a battery unit whose rated voltage is lower than a voltage of the external power source; a voltage converting device that is configured to convert a voltage of the battery unit into a voltage equivalent to a difference between the voltage of the external power source and the voltage of the battery unit; a charging circuit comprising a switch and a diode connected in series, and that is configured to charge the battery unit through the input-output terminal with the electric power of the external power source; and a discharging circuit that is configured to perform discharge to the loading device through the input-output terminal at a voltage resulting from adding an output voltage of the voltage converting device to the voltage of the battery unit, at the time of electric power interruption of the external power source, wherein the discharging circuit is configured to connect an output of the voltage converting device and the battery unit with the input-output terminal by diode-or connection; and wherein the voltage converting device is an input-output isolation type DC/DC converter.
A pharmaceutical composition for use in killing gram-positive bacteria selected from Staphylococcus strains, Streptococcus strains, Listeria monocytogenes and Enterococcus faecalis in a method for treating a gram-positive bacterial infection caused by said bacteria in a human, comprising an isolated lysin polypeptide comprising the amino acid sequence of SEQ ID NO:3 or variants thereof having at least 80% identity to the polypeptide of SEQ ID NO:3 and effective to kill the said gram-positive bacteria.
A process for analysing a hydrocarbon stream, said process comprising: withdrawing a hydrocarbon sample from a hydrocarbon stream; passing the hydrocarbon sample to an analysis device at a target temperature of greater than 120 °C and a target flow rate of greater than 20 litres per minute and a target flow velocity of greater than 0.5 m/s; and returning the hydrocarbon sample to the hydrocarbon stream, characterized in that the hydrocarbon sample is passed through a filter before it is passed to the analysis device. withdrawing a hydrocarbon sample from a hydrocarbon stream; passing the hydrocarbon sample to an analysis device at a target temperature of greater than 120 °C and a target flow rate of greater than 20 litres per minute and a target flow velocity of greater than 0.5 m/s; and returning the hydrocarbon sample to the hydrocarbon stream, characterized in that the hydrocarbon sample is passed through a filter before it is passed to the analysis device.
An assembly consisting of a container having a nozzle for dispensing a substance contained in the container, and a cap for covering the nozzle, the container having a first connection region which can be connected to a corresponding second connection region of the cap, the connection regions (14, 25) being selected such that the connection of the container and the cap takes place at least partially via a rotational movement of the container and the cap relative to one another, the cap having an inner space which is surrounded by a casing and which is open on one side for receiving the nozzle, the casing having an end face on its open side, and the container having a cover face which points toward the cap and which has a cover edge, the connection regions (14, 25) being selected such that and the end face being adapted to the cover face and the cover edge thereof such that when the container and the cap are connected in a first intermediate position of the cap, the end face comes into contact with the cover face and, in a further rotational movement of the container and the cap relative to one another, the end face is pressed against the cover face and finally the cap reaches a second end position, the end face passing over the cover edge, characterized in that the container has a lower cover face which points toward the cap and which adjoins a step starting from the cover edge, the lower cover face being arranged such that the end face comes into contact with the lower cover face in the second end position of the cap.