mhurhangee/ep-ind-claims huggingface dataset:
Dishwasher comprising a washing chamber and a spray system which is provided in the washing chamber and comprises a rotatably mounted spray arm, the spray arm comprising drive nozzles (8, 9), which drive nozzles (8, 9) are for rotationally driving the spray arm in both a left direction and a right direction, the spray arm comprising a distribution chamber, to which the drive nozzles (8, 9) are fluidically connected, and a control element which is arranged so as to be movable within the distribution chamber, is formed as a sphere and alternately opens either the drive nozzles for rotationally driving the spray arm in the left direction or the drive nozzles for rotationally driving the spray arm in the right direction, characterised in that the distribution chamber provides an annular space in which the sphere is positively guided and can move around the rotational axis of the spray arm on an annular path provided by the annular space.
A method for use in routing of a traffic between at least one user equipment, UE, and a point of presence, PoP, of a Virtual Network Function, VNF, placed in a network comprising a Multi-Access Edge Computing infrastructure comprising a plurality of routers, at least some of which are linked and where at least one link links the plurality of routers with the PoP, the method comprising: a) obtaining an indication of which of at least two possible paths for the traffic between the at least one UE to the PoP and passing via a router in the plurality of routers corresponds to a smaller estimate of an impact on a centrality of the PoP, b) thereby enabling selection of the respective path for routing of the traffic between the at least one UE and the VNF. a) obtaining an indication of which of at least two possible paths for the traffic between the at least one UE to the PoP and passing via a router in the plurality of routers corresponds to a smaller estimate of an impact on a centrality of the PoP, b) thereby enabling selection of the respective path for routing of the traffic between the at least one UE and the VNF.
Hand-held device for apportioned delivery of sprayable substances, in particular inhaler medicaments, having a cartridge which is displaceable by pressing in a housing into the open position for delivery, and an indexing mechanism for registering and displaying delivery actuations which have been carried out, which indexing mechanism is moved by and along with the cartridge during the opening stroke of the cartridge, which indexing mechanism is disposed in a housing centrally below the opening-side end wall of the cartridge, overlappingly with respect to a valve tube of the cartridge, which indexing mechanism is a stepby-step indexing mechanism having indexing-fingers and is located in a cup-like housing, which indexing-fingers encircle axes which lie in the longitudinal direction of the cartridge, characterized in that a planet wheel has a spindle which protrudes on one side away from the disk of a sun wheel, that the spindle is held rotatably in a hole in the region of a collar, which is directed radially inwards in the manner of a disk, of a ring, that the ring is provided on its outer peripheral wall with a circumferential graduation, the graduation corresponding in each case to a plurality of individual rotary steps of the planet wheel driving the graduated ring onwards, and that the rotation of the planet wheel about its axis and the rotational displacement of the graduated ring associated therewith are carried out only after a plurality of individual rotational steps of the sun wheel.
A dishwasher comprising: at least one power consuming feature including a hot start feature at the beginning of a wash cycle, the hot start feature configured to drain and refill the dishwasher up to three times until the temperature of incoming water exceeds a predetermined temperature; a controller adapted to receive and process a signal indicative of the current demand state of an utility supplying energy for the dishwasher, the controller being configured and arranged to provide the hot start feature at the beginning of the wash cycle, and to operate the dishwasher in one of a plurality of operating modes including at least a normal mode and an energy savings mode based on the received signal, the controller being further configured to modify the hot start feature in response to the received signal representing a peak demand period so that no repeated fill and drain is required for a first prewash of the wash cycle. at least one power consuming feature including a hot start feature at the beginning of a wash cycle, the hot start feature configured to drain and refill the dishwasher up to three times until the temperature of incoming water exceeds a predetermined temperature; a controller adapted to receive and process a signal indicative of the current demand state of an utility supplying energy for the dishwasher, the controller being configured and arranged to provide the hot start feature at the beginning of the wash cycle, and to operate the dishwasher in one of a plurality of operating modes including at least a normal mode and an energy savings mode based on the received signal, the controller being further configured to modify the hot start feature in response to the received signal representing a peak demand period so that no repeated fill and drain is required for a first prewash of the wash cycle.
A work tool comprising: - a motor provided with a drive shaft, - a casing containing the motor and provided with at least one inlet opening and with at least one outlet opening, - a tool positioned outside the casing and kinematically connected to the drive shaft, - a fan kinematically connected to the drive shaft and adapted to generate an air current from the inlet opening towards the outlet opening of the casing passing in heat exchange relationship with the motor, and - a transmission adapted to connect kinematically the drive shaft to the tool, which comprises a toothed pinion coaxially fixed to the drive shaft and a gear wheel coaxially fixed to an output shaft and set to mesh with said toothed pinion, characterised in that said fan is contained inside the casing in a space located between the motor and the tool and is coaxially fixed to the output shaft of the transmission, and in that the gear wheel is a gear wheel with inner teeth realised in a single body with the fan. - a motor provided with a drive shaft, - a casing containing the motor and provided with at least one inlet opening and with at least one outlet opening, - a tool positioned outside the casing and kinematically connected to the drive shaft, - a fan kinematically connected to the drive shaft and adapted to generate an air current from the inlet opening towards the outlet opening of the casing passing in heat exchange relationship with the motor, and - a transmission adapted to connect kinematically the drive shaft to the tool, which comprises a toothed pinion coaxially fixed to the drive shaft and a gear wheel coaxially fixed to an output shaft and set to mesh with said toothed pinion,
An access point device, in particular for a wireless local area network (WLAN), comprising: a plurality of antennas (112a,b); a transmitter configured to: transmit a first beacon signal in a pre-defined first direction, using at least one of the antennas (112a,b); and transmit a second beacon signal in a pre-defined second direction, which is different from the first direction in azimuth and/or elevation, using at least one of the antennas (112a,b); characterized in that each one of said first and second beacon signals comprises identifier information indicative of the direction of the respective beacon signal. a plurality of antennas (112a,b); a transmitter configured to: transmit a first beacon signal in a pre-defined first direction, using at least one of the antennas (112a,b); and transmit a second beacon signal in a pre-defined second direction, which is different from the first direction in azimuth and/or elevation, using at least one of the antennas (112a,b); characterized in that each one of said first and second beacon signals comprises identifier information indicative of the direction of the respective beacon signal. transmit a first beacon signal in a pre-defined first direction, using at least one of the antennas (112a,b); and transmit a second beacon signal in a pre-defined second direction, which is different from the first direction in azimuth and/or elevation, using at least one of the antennas (112a,b); characterized in that each one of said first and second beacon signals comprises identifier information indicative of the direction of the respective beacon signal.
A method for determining the start pressure within a gas tank to be refueled, said method comprising the steps of: - connecting the gas tank to a dispenser volume of a dispenser unit, which volume is significantly smaller than the volume of the gas tank to be refueled, - applying a pressure to the gas in the dispenser volume, which pressure is equal to or higher than the pressure within the gas tank, so that gas starts to flow from the dispenser volume into the gas tank through a check valve, which is a part of the gas tank, - characterized in that the applied pressure to the gas in the dispenser volume is increased slowly until gas starts to flow from the dispenser volume into the gas tank, - stopping the flow of gas by closing a valve between the dispenser volume and the gas tank, and - determining the start pressure by measuring the pressure at the interface between the dispenser unit and the gas tank when gas flow between the dispenser volume and the gas tank is stopped. - connecting the gas tank to a dispenser volume of a dispenser unit, which volume is significantly smaller than the volume of the gas tank to be refueled, - applying a pressure to the gas in the dispenser volume, which pressure is equal to or higher than the pressure within the gas tank, so that gas starts to flow from the dispenser volume into the gas tank through a check valve, which is a part of the gas tank, - characterized in that the applied pressure to the gas in the dispenser volume is increased slowly until gas starts to flow from the dispenser volume into the gas tank, - stopping the flow of gas by closing a valve between the dispenser volume and the gas tank, and - determining the start pressure by measuring the pressure at the interface between the dispenser unit and the gas tank when gas flow between the dispenser volume and the gas tank is stopped.
A pinching detection switch comprising: at least two pressure sensitive detection members (5-1, 5-2) having a plurality of electrode wires separated from each other; and a cover member covering the pressure sensitive detection members (5-1, 5-2), wherein the cover member includes a base portion, a hollow portion, and a deformation portion in a sectional view of the cover member, the deformation portion being provided to the base portion so as to cover the hollow portion, the first and the second pressure sensitive detection members (5-1,5-2) are arranged in the deformation portion, a receiving portion receiving the pressure sensitive detection members (5-1, 5-2) is placed in the base portion, and the receiving portion includes a first receiving face receiving the first pressure sensitive detection member, and a second receiving face receiving the second pressure sensitive detection member, the first and second receiving faces (8-1, 8-2) being arranged at positions opposing the first and second pressure sensitive detection members (5-1, 5-2), respectively, characterized in that the at least pressure sensitive detection members (5-1, 5-2) are tubular, and that an outer shape of the receiving portion has a trapezoidal shape which becomes smaller from the base portion toward the deformation portion in the sectional view of the cover member and an upper face of the trapezoidal receiving portion is the first receiving face and a first incline of the trapezoidal receiving portion is the second receiving face. at least two pressure sensitive detection members (5-1, 5-2) having a plurality of electrode wires separated from each other; and a cover member covering the pressure sensitive detection members (5-1, 5-2), wherein the cover member includes a base portion, a hollow portion, and a deformation portion in a sectional view of the cover member, the deformation portion being provided to the base portion so as to cover the hollow portion, the first and the second pressure sensitive detection members (5-1,5-2) are arranged in the deformation portion, a receiving portion receiving the pressure sensitive detection members (5-1, 5-2) is placed in the base portion, and the receiving portion includes a first receiving face receiving the first pressure sensitive detection member, and a second receiving face receiving the second pressure sensitive detection member, the first and second receiving faces (8-1, 8-2) being arranged at positions opposing the first and second pressure sensitive detection members (5-1, 5-2), respectively, characterized in that the at least pressure sensitive detection members (5-1, 5-2) are tubular, and that an outer shape of the receiving portion has a trapezoidal shape which becomes smaller from the base portion toward the deformation portion in the sectional view of the cover member and an upper face of the trapezoidal receiving portion is the first receiving face and a first incline of the trapezoidal receiving portion is the second receiving face.
An implantable device (300, 602, 710), comprising: a sensor configured to sense transthoracic impedance; an activity sensor configured to sense patient activity; and a controller (505, 606) coupled to the sensor and the activity sensor, characterized in that the controller is configured to compute (140, 220) an index indicative of pulmonary function using the sensed transthoracic impedance, and to detect an episode of dyspnea based on the computed pulmonary function index and sensed patient activity level, wherein the controller is configured to detect (150, 230) the episode of dyspnea based on a change in the computed pulmonary function index exceeding a threshold at the sensed patient activity level, and wherein the controller is configured to trend a plurality of pulmonary function index values to determine a patient's pulmonary function index profile, wherein the threshold for detecting the dyspnea episode is based on the patient's pulmonary function index profile. a sensor configured to sense transthoracic impedance; an activity sensor configured to sense patient activity; and a controller (505, 606) coupled to the sensor and the activity sensor, characterized in that the controller is configured to compute (140, 220) an index indicative of pulmonary function using the sensed transthoracic impedance, and to detect an episode of dyspnea based on the computed pulmonary function index and sensed patient activity level, wherein the controller is configured to detect (150, 230) the episode of dyspnea based on a change in the computed pulmonary function index exceeding a threshold at the sensed patient activity level, and wherein the controller is configured to trend a plurality of pulmonary function index values to determine a patient's pulmonary function index profile, wherein the threshold for detecting the dyspnea episode is based on the patient's pulmonary function index profile.
A computer-implemented method of registration of an anonymous tag having an owner with a location service (300, 400), wherein the tag is configured to transmit a self identification over a defined distance using a short range wireless protocol, the method comprising: placing a tag within the defined distance from a tag sensor associated with the owner; activating the tag while it is within the defined distance from the tag sensor to initiate transmission of the self identification; receiving the transmitted self identification at the tag sensor to detect the tag; determining that the detected tag is not yet registered with the location service (300, 400); and transmitting an identification of the tag and the owner to the location service (300, 400) from the tag sensor to register the tag as belonging to the owner at the location service (300, 400) to limit registration of the tag at the location service (300, 400), authenticating the tag sensor associated with the owner of the tag with the location service (300, 400), before the tag is registered with the location service (300, 400) as belonging to the owner, wherein the location service (300, 400) supports geographic location information associated with a movable object to which the tag is attached, characterized in that: activating the tag comprises turning on power to the tag using an actuator that cannot be reset to turn the power to the tag off so that the tag will continue transmission of the self identification until a battery included in the tag is discharged. placing a tag within the defined distance from a tag sensor associated with the owner; activating the tag while it is within the defined distance from the tag sensor to initiate transmission of the self identification; receiving the transmitted self identification at the tag sensor to detect the tag; determining that the detected tag is not yet registered with the location service (300, 400); and transmitting an identification of the tag and the owner to the location service (300, 400) from the tag sensor to register the tag as belonging to the owner at the location service (300, 400) to limit registration of the tag at the location service (300, 400), authenticating the tag sensor associated with the owner of the tag with the location service (300, 400), before the tag is registered with the location service (300, 400) as belonging to the owner, wherein the location service (300, 400) supports geographic location information associated with a movable object to which the tag is attached, characterized in that: activating the tag comprises turning on power to the tag using an actuator that cannot be reset to turn the power to the tag off so that the tag will continue transmission of the self identification until a battery included in the tag is discharged.
A polycarbonate resin comprising a repeating unit of formula, formula and formula, wherein the content of the repeating unit of formula is 5 mol% to 50 mol% and the refractive index is 1.570 to 1.600, measured as indicated in the specification: wherein R 1 and R 2 each represent a hydrogen atom or a hydrocarbon group of 1 to 10 carbon atoms; wherein n is in the range of 0 to 8, and each R is selected from among alkyl groups of 1 to 3 carbon atoms.
A current reduction device comprising: a switching device that is disposed between a line breaker configured to interrupt electric power supplied from a direct current overhead contact line to a power converter and the power converter, the switching device being configured to supply electric power from the line breaker to the power converter when the switching device is in on-operation; and a resister that is connected in parallel to the switching device through a plurality of conductors, wherein: the plurality of conductors includes a first conductor configured to connect a high-potential side electrode of the switching device to one end of the resister, and a second conductor configured to connect a low-potential side electrode of the switching device to another end of the resister; characterized in that the first conductor and the second conductor are disposed opposite to each other being stacked; and through the first conductor and the second conductor, electric currents in reverse directions are carried when the switching device is transitioned from on to off. a switching device that is disposed between a line breaker configured to interrupt electric power supplied from a direct current overhead contact line to a power converter and the power converter, the switching device being configured to supply electric power from the line breaker to the power converter when the switching device is in on-operation; and a resister that is connected in parallel to the switching device through a plurality of conductors, wherein: the plurality of conductors includes a first conductor configured to connect a high-potential side electrode of the switching device to one end of the resister, and a second conductor configured to connect a low-potential side electrode of the switching device to another end of the resister; a first conductor configured to connect a high-potential side electrode of the switching device to one end of the resister, and a second conductor configured to connect a low-potential side electrode of the switching device to another end of the resister; characterized in that the first conductor and the second conductor are disposed opposite to each other being stacked; and through the first conductor and the second conductor, electric currents in reverse directions are carried when the switching device is transitioned from on to off.
Medicament delivery device comprising - a generally elongated housing (10, 24), having a proximal and a distal end, - a medicament delivery actuation mechanism, capable upon activation, of delivering doses of medicament from - a medicament container, arranged with a medicament delivery member and placed in said housing, - a medicament delivery member shield arranged to said medicament delivery member, - a medicament delivery member guard arranged movable in the proximal end of said housing (10, 24), wherein said medicament delivery member guard is operably connected to said medicament delivery actuation mechanism, - a protective cap releasibly arranged to said proximal end of said housing, - said protective cap being provided with a medicament delivery member shield remover, characterised by a blocking element arranged to said medicament delivery member guard; - that said blocking element is arranged movable between a blocking position and a release position, - that said blocking element is arranged with an engagement surface arranged to engage with a proximal area of said housing; - that said blocking element is arranged to engage with a surface of said medicament delivery member shield remover, retaining said blocking element in said blocking position, wherein engagement of said engagement surface with said proximal area causes a blocking of said medicament delivery member guard from movement, and wherein removal of said protective cap and said medicament delivery member shield remover enables a movement of said blocking element to a release position when said engagement surface engages said proximal area, allowing said medicament delivery member guard to move. - a generally elongated housing (10, 24), having a proximal and a distal end, - a medicament delivery actuation mechanism, capable upon activation, of delivering doses of medicament from - a medicament container, arranged with a medicament delivery member and placed in said housing, - a medicament delivery member shield arranged to said medicament delivery member, - a medicament delivery member guard arranged movable in the proximal end of said housing (10, 24), wherein said medicament delivery member guard is operably connected to said medicament delivery actuation mechanism, - a protective cap releasibly arranged to said proximal end of said housing, - said protective cap being provided with a medicament delivery member shield remover, characterised by a blocking element arranged to said medicament delivery member guard; - that said blocking element is arranged movable between a blocking position and a release position, - that said blocking element is arranged with an engagement surface arranged to engage with a proximal area of said housing; - that said blocking element is arranged to engage with a surface of said medicament delivery member shield remover, retaining said blocking element in said blocking position, wherein engagement of said engagement surface with said proximal area causes a blocking of said medicament delivery member guard from movement, and