mhurhangee/ep-ind-claims huggingface dataset:
An electronic vapour provision system comprising: a vaporiser for vaporising aerosol precursor material for inhalation by a user of the electronic vapour provision system; a power supply for supplying power to the vaporiser; a wall defining an air flow path along which air travels through the electronic vapour provision system when a user inhales or exhales on the electronic vapour provision system; a temperature sensor mounted in the air flow path adjacent a portion of the wal of the air flow path; and a controller configured to cause power to be supplied to the temperature sensor to heat the temperature sensor and to cause power to be supplied to the vaporiser to vaporise the aerosol precursor material in response to detecting a change in temperature of the temperature sensor; wherein the air flow path is arranged such that, during inhalation or exhalation by the user, air travelling along the air flow path is directed at the temperature sensor in a direction that is towards the portion of the wall adjacent to which the temperature sensor is mounted so as to disrupt the airflow around the temperature sensor. a vaporiser for vaporising aerosol precursor material for inhalation by a user of the electronic vapour provision system; a power supply for supplying power to the vaporiser; a wall defining an air flow path along which air travels through the electronic vapour provision system when a user inhales or exhales on the electronic vapour provision system; a temperature sensor mounted in the air flow path adjacent a portion of the wal of the air flow path; and a controller configured to cause power to be supplied to the temperature sensor to heat the temperature sensor and to cause power to be supplied to the vaporiser to vaporise the aerosol precursor material in response to detecting a change in temperature of the temperature sensor; wherein the air flow path is arranged such that, during inhalation or exhalation by the user, air travelling along the air flow path is directed at the temperature sensor in a direction that is towards the portion of the wall adjacent to which the temperature sensor is mounted so as to disrupt the airflow around the temperature sensor.
A top cover component of a secondary battery, comprising: a top cover plate having a thickness of 0.01 mm to 10 cm and having an electrode lead-out hole; a lower insulating member having a first insulating portion and a second insulating portion connected to each other, wherein the first insulating portion is located below the top cover plate, and the second insulating portion extends upward from the first insulating portion and is at least partially located in the electrode lead-out hole; and a sealing member having a first sealing portion and a second sealing portion connected to each other, wherein the first sealing portion is located on an upper surface of the top cover plate, the second sealing portion extends downward from the first sealing portion and is at least partially located in the electrode lead-out hole, and the second sealing portion and the second insulating portion are at least partially staggered to each other on the radial direction of the electrode lead-out hole and are at least partially overlapped on the height direction. a top cover plate having a thickness of 0.01 mm to 10 cm and having an electrode lead-out hole; a lower insulating member having a first insulating portion and a second insulating portion connected to each other, wherein the first insulating portion is located below the top cover plate, and the second insulating portion extends upward from the first insulating portion and is at least partially located in the electrode lead-out hole; and a sealing member having a first sealing portion and a second sealing portion connected to each other, wherein the first sealing portion is located on an upper surface of the top cover plate, the second sealing portion extends downward from the first sealing portion and is at least partially located in the electrode lead-out hole, and the second sealing portion and the second insulating portion are at least partially staggered to each other on the radial direction of the electrode lead-out hole and are at least partially overlapped on the height direction.
A method of adding a retention chemical to an approach flow system of a fiber web machine, wherein a fibrous stock is introduced by means of a headbox feed pump via an attenuator to a headbox of a fiber web machine, characterized by adding the retention chemical to the fibrous stock between the attenuator and the headbox.
A clock distribution system comprising: a resonator feed network comprising a plurality of resonant transmission lines that each propagate a clock signal; a plurality of resonator spines, each of the resonator spines being conductively coupled to at least one of the resonant transmission lines, such that each of the resonator spines propagates the clock signal; and at least one resonator rib conductively coupled to at least two of the resonator spines, each of the at least one resonator rib being arranged as a standing wave resonator to propagate the clock signal. a resonator feed network comprising a plurality of resonant transmission lines that each propagate a clock signal; a plurality of resonator spines, each of the resonator spines being conductively coupled to at least one of the resonant transmission lines, such that each of the resonator spines propagates the clock signal; and at least one resonator rib conductively coupled to at least two of the resonator spines, each of the at least one resonator rib being arranged as a standing wave resonator to propagate the clock signal.
A circuit breaker comprising: a frame; a trip unit; and a frame module comprising: a first interface structured to connect to the trip unit; a second interface structured to connect to the frame; and a current rating storage unit structured to store a current rating associated with the frame and to provide the stored current rating to the trip unit when the trip unit is connected to the first interface; characterized in that the trip unit includes a display (28, 28', 28") structured to display information; a label is disposed on an exterior of the frame module and indicates the current rating associated with the frame, wherein the trip unit is structured to display the stored current rating on the display, and wherein the label and the display are visible to a user when the frame module is connected to the trip unit. a frame; a trip unit; and a frame module comprising: a first interface structured to connect to the trip unit; a second interface structured to connect to the frame; and a current rating storage unit structured to store a current rating associated with the frame and to provide the stored current rating to the trip unit when the trip unit is connected to the first interface; characterized in that the trip unit includes a display (28, 28', 28") structured to display information; a label is disposed on an exterior of the frame module and indicates the current rating associated with the frame, a first interface structured to connect to the trip unit; a second interface structured to connect to the frame; and a current rating storage unit structured to store a current rating associated with the frame and to provide the stored current rating to the trip unit when the trip unit is connected to the first interface; characterized in that the trip unit includes a display (28, 28', 28") structured to display information; a label is disposed on an exterior of the frame module and indicates the current rating associated with the frame, wherein the trip unit is structured to display the stored current rating on the display, and wherein the label and the display are visible to a user when the frame module is connected to the trip unit.
A device (1, 10) comprising: a heat source material which is a phase change material and which undergoes an exothermic phase change upon activation by an activating agent to generate heat; a heat source chamber within which the heat source material is held, wherein the heat source chamber comprises a heat source chamber opening, an activation chamber providing the activating agent; and a barrier sealing the heat source chamber opening and separating the interior of the heat source chamber from the interior of the activation chamber, wherein the activation chamber is deformable and wherein deformation of the activation chamber causes rupture of the barrier to allow contact between the activating agent and the heat source material the contact activating the exothermic phase change of the phase change material.
Housing for a connecting unit, which is embodied as an electronic unit or pneumatic unit, having at least one first plug connector and one first plug axis of the first plug connector, wherein the housing has a first strip connected in one piece to the housing in or on the housing surface, the first strip having a different surface finish from the housing surface and/or the first strip being disposed in a manner recessed or raised relative to the housing surface, and a first longitudinal axis of the first strip being disposed in a first spatial plane with the first plug axis of the first plug connector, the first strip being disposed so as to start from the first plug connector on the housing surface.
A control method for a rotor rotating device, comprising: a grouping step, dividing at least two rotating units into two groups; a moving step, detaching each of pins of a first group of rotating units from a rotor first and then re-fixing each of the pins of the first group of rotating units to another position on the rotor, wherein pins of a second group of rotating units are maintained fixedly connected to the rotor during detached and re-fixed process of the pins of the first group of rotating units; repeating the grouping step and the moving step to allow the pins of all the rotating units to be re-fixed; and changing a state of each of telescopic cylinders of all the rotating units to drive the rotor to rotate with respect to a generator base. a grouping step, dividing at least two rotating units into two groups; a moving step, detaching each of pins of a first group of rotating units from a rotor first and then re-fixing each of the pins of the first group of rotating units to another position on the rotor, wherein pins of a second group of rotating units are maintained fixedly connected to the rotor during detached and re-fixed process of the pins of the first group of rotating units; repeating the grouping step and the moving step to allow the pins of all the rotating units to be re-fixed; and changing a state of each of telescopic cylinders of all the rotating units to drive the rotor to rotate with respect to a generator base.
An aircraft instrumentation system for a cockpit instrument panel, comprising: - a first device associated with a first pilot of the aircraft and positioned on the instrument panel substantially in front of the first pilot, the first device including: a first display; a first controller having a first set of controls for controlling the first display and aircraft systems; - a second device associated with a second pilot of the aircraft and positioned on the instrument panel substantially in front of the second pilot, the second device including: a second display; a second controller having a second set of controls for controlling the second display and the aircraft systems; wherein the first device and the second device are provided as two standby instrument displays/configurable controllers, each including a controller mode and a standby mode in which they can be used; and wherein the aircraft instrumentation system further comprises: - at least one first multifunctional display (141, 142); and - at least one second multifunctional display (143, 144); wherein attitude, altitude and airspeed is presented as required regulatory flight data at all times; for which it is provided that: i) the two standby instrument displays/configurable controllers are configured to work in concert such that the required regulatory flight data is displayed on at least one of the two standby instrument displays/configurable controllers at all times; except when ii) regulatory flight data is displayed on at least one of the multifunctional displays if both standby instrument displays/configurable controllers are used in the controller mode at the same time. - a first device associated with a first pilot of the aircraft and positioned on the instrument panel substantially in front of the first pilot, the first device including: a first display; a first controller having a first set of controls for controlling the first display and aircraft systems; a first display; a first controller having a first set of controls for controlling the first display and aircraft systems; - a second device associated with a second pilot of the aircraft and positioned on the instrument panel substantially in front of the second pilot, the second device including: a second display; a second controller having a second set of controls for controlling the second display and the aircraft systems; a second display; a second controller having a second set of controls for controlling the second display and the aircraft systems; - at least one first multifunctional display (141, 142); and - at least one second multifunctional display (143, 144); i) the two standby instrument displays/configurable controllers are configured to work in concert such that the required regulatory flight data is displayed on at least one of the two standby instrument displays/configurable controllers at all times; except when ii) regulatory flight data is displayed on at least one of the multifunctional displays if both standby instrument displays/configurable controllers are used in the controller mode at the same time.
A wind turbine having a hub rotatably supported relative to a generator in a nacelle, a plurality of blades pivotably connected with the hub and a lightning current transfer system, wherein the hub is covered by a spinner, the lightning current transfer system comprising a blade band mounted to a root of the blade; a lightning ring mounted to the spinner facing the nacelle; a first contact device mounted to the spinner for providing lightning current transfer from the blade band; a connecting device connecting the first contact device with the lightning ring; and a second contact device mounted to the nacelle for providing lightning current transfer from the lightning ring; wherein the hub has a radial extension so that the blade band rotates outside a perimeter of the nacelle.
Hinge device comprising a first connection means assigned to be fixed to a structure or frame and connected by at least one hinge pin to a second connection means assigned to be fixed to a door or a shutter for rotating it with respect to the first connection means between open and closed extreme conditions; said hinge device comprising a sliding friction means that translates with sliding friction along a rectilinear respective seat fixed to a or carried out onto a first face of the first connection means; said hinge device comprising a connecting rod means whose ends are rotatably connected, by corresponding pins, respectively to the mobile means and to the second connection means mutually connecting them; said device is characterized in that the friction means is fixed to the mobile means placed in correspondence of a second face, opposite to the first, of the first connection means, that the friction means is oval or rectangular shaped with two parallel longitudinal sides and the respective seat has an elongated and concave shape with parallel longitudinal sides and with complementary cross section to that of the friction means; the bottom of the seat for the friction means has a pass through slot parallel to the longitudinal sides and assigned to the free sliding of a stem of a screw for the connection between the friction means and the mobile means for the pressure adjusting of the friction means against the seat and then for the adjustment of the sliding friction; where one between the friction means and the mobile means bears a female screw for the stem of the screw and the other (11, 7) has a hole for the free passage of the screw stem and bears a compressible elastic member for the elastic separation of the latter means (11, 7) from the screw head.
Head-up display for a motor vehicle, with a housing that has an inner wall, which at least partially bounds an interior for an imaging projection device for projecting a virtual image in a beam path onto a reflection surface in an interior of the motor vehicle, with at least two reflective deflecting regions of the inner wall for deflecting the beam path of the imaging projection device, characterised in that each deflecting region has a mirror-coated or mirror-coating-providing layer, which is formed by applying a mirror-coating-providing shapeless substance or material to a surface of a main body of the inner wall facing the interior.
A magnetron comprising: an anode cylinder extending cylindrically along a tube axis; a plurality of vanes extending from an inner surface of the anode cylinder toward the tube axis with free ends forming a vane inscribed circle; a large strap ring and a small strap ring with respective different diameter short-circuiting alternately the plurality of vanes; a cathode disposed along the tube axis in the vane inscribed circle formed by the free ends of the plurality of vanes; pole pieces disposed at both ends of the anode cylinder in a tube axis direction to lead magnetic flux into an interaction space between the free ends of the plurality of vanes and the cathode; and an antenna extending from at least one of the vanes, wherein the pole piece disposed at one end of the anode cylinder in the tube axis direction and the pole piece disposed at the other end are partially different in shape, and wherein the pole pieces disposed at both ends of the anode cylinder in the tube axis direction include protruding flat surfaces, and a diameter of the protruding flat surface of the pole piece disposed at one end of input side is larger than a diameter of the protruding flat surface of the pole piece disposed at the other end of output side, characterized in that the strap rings are only disposed on a cathode input side end of two ends of the vane in the tube axis direction. an anode cylinder extending cylindrically along a tube axis; a plurality of vanes extending from an inner surface of the anode cylinder toward the tube axis with free ends forming a vane inscribed circle; a large strap ring and a small strap ring with respective different diameter short-circuiting alternately the plurality of vanes; a cathode disposed along the tube axis in the vane inscribed circle formed by the free ends of the plurality of vanes; pole pieces disposed at both ends of the anode cylinder in a tube axis direction to lead magnetic flux into an interaction space between the free ends of the plurality of vanes and the cathode; and an antenna extending from at least one of the vanes, wherein the pole piece disposed at one end of the anode cylinder in the tube axis direction and the pole piece disposed at the other end are partially different in shape, and wherein the pole pieces disposed at both ends of the anode cylinder in the tube axis direction include protruding flat surfaces, and a diameter of the protruding flat surface of the pole piece disposed at one end of input side is larger than a diameter of the protruding flat surface of the pole piece disposed at the other end of output side,
A removal module for removing a mis-assembled semiconductor LED, comprising: a housing having an inner space formed by an upper plate having a nozzle hole and a lower plate spaced apart from the upper plate; a fluid supply part configured to supply a fluid from outside the housing to the inner space; and a fluid control part configured to control a spray of the fluid supplied to the inner space through the nozzle hole by adjusting a pressure of the inner space by changing the volume of the inner space by applying temperature or vibration. a housing having an inner space formed by an upper plate having a nozzle hole and a lower plate spaced apart from the upper plate; a fluid supply part configured to supply a fluid from outside the housing to the inner space; and a fluid control part configured to control a spray of the fluid supplied to the inner space through the nozzle hole by adjusting a pressure of the inner space by changing the volume of the inner space by applying temperature or vibration.
A light emitting device comprising: a first conductivity type semiconductor layer providing a roughness on an upper surface thereof and comprising a photo electrochemical etching control layer; an active layer under the first conductivity type semiconductor layer; a second conductivity type semiconductor layer under the active layer; a reflective electrode electrically connected to the second conductivity type semiconductor layer; and a first electrode electrically connected to the first conductivity type semiconductor layer, wherein the first conductivity type semiconductor layer comprises a first semiconductor layer and a second semiconductor layer, wherein said PEC etching control layer is disposed between the first semiconductor layer and the second semiconductor layer, said roughness being provided on a top surface of said first semiconductor layer; characterized in that the PEC etching control layer comprises AlN layer and has an activated doping concentration of zero; and in that an area of a portion of the PEC etching control layer is exposed by the roughness. a first conductivity type semiconductor layer providing a roughness on an upper surface thereof and comprising a photo electrochemical etching control layer; an active layer under the first conductivity type semiconductor layer; a second conductivity type semiconductor layer under the active layer; a reflective electrode electrically connected to the second conductivity type semiconductor layer; and a first electrode electrically connected to the first conductivity type semiconductor layer, wherein the first conductivity type semiconductor layer comprises a first semiconductor layer and a second semiconductor layer, wherein said PEC etching control layer is disposed between the first semiconductor layer and the second semiconductor layer, said roughness being provided on a top surface of said first semiconductor layer; characterized in that the PEC etching control layer comprises AlN layer and has an activated doping concentration of zero; and in that an area of a portion of the PEC etching control layer is exposed by the roughness.