mhurhangee/ep-ind-claims huggingface dataset:
A power management device for an electronic smoke apparatus, the electronic smoke apparatus including an airflow sensor, a reservoir for containing vapor-able smoke flavored liquid, and an electric heater to heat the vapor-able smoke flavored liquid, the power management device comprising: a controller to adaptively supply operating power to the electric heater to operate the electronic smoke apparatus based on received signals indicative of characteristics of a smoking inhaling event, wherein the controller is configured to, during the smoking inhaling event, supply the operating power at a boost power level in response to detecting onset or beginning of the smoking inhaling event, reduce the operating power from the boost power level to a running power level after expiration of a boost heating interval following detection of the onset or beginning of the smoking inhaling event, increase the operating power from the running power level to a power level greater than the running power level in response to detecting heavier airflow at the airflow sensor, the heavier airflow being above a level required to keep the operating power at the running power level, and; decrease the operating power from the power level greater than the running power level to the running power level in response to a decrease in the heavier airflow at the airflow sensor. a controller to adaptively supply operating power to the electric heater to operate the electronic smoke apparatus based on received signals indicative of characteristics of a smoking inhaling event, wherein the controller is configured to, during the smoking inhaling event, supply the operating power at a boost power level in response to detecting onset or beginning of the smoking inhaling event, reduce the operating power from the boost power level to a running power level after expiration of a boost heating interval following detection of the onset or beginning of the smoking inhaling event, increase the operating power from the running power level to a power level greater than the running power level in response to detecting heavier airflow at the airflow sensor, the heavier airflow being above a level required to keep the operating power at the running power level, and; decrease the operating power from the power level greater than the running power level to the running power level in response to a decrease in the heavier airflow at the airflow sensor.
A device module comprising: a device being a sensor, an electronic component, or a circuit board; a connecting part (500, 500', 500", 500"', 500""), the connecting part including: a flexible printed circuit board or flexible insulating film connected to the device and provided with a first end serving as an external connecting portion (530, 530', 530", 530'", 530""); and a plastic part (300, 300', 300", 300"', 300"") moulded from plastics material, in which the device and the connecting part are insert moulded, the plastic part including: a first face in the thickness direction of the plastic part; a second face in the thickness direction, being the back face of the plastic part and opposed to the first face, and a first opening (320, 320', 320", 320"', 320"") characterised in that: the device module further comprises a sheet (100, 100', 100", 100"') in contact with the first face of the plastic part (300", 300"', 300"""); the first opening is provided in the second face of the plastic part and exposes at least the external connecting portion of the connecting part to the outside; and the device module further comprises a base part, the base part being partially insert moulded in the plastic part (300", 300"', 300"") below the first opening of the plastic part and in contact with the sheet, partially exposed from the first opening (320", 320'", 320""") of the plastic part, and engaged with the connecting part (500", 500""'). a device being a sensor, an electronic component, or a circuit board; a connecting part (500, 500', 500", 500"', 500""), the connecting part including: a flexible printed circuit board or flexible insulating film connected to the device and provided with a first end serving as an external connecting portion (530, 530', 530", 530'", 530""); and a plastic part (300, 300', 300", 300"', 300"") moulded from plastics material, in which the device and the connecting part are insert moulded, the plastic part including: a first face in the thickness direction of the plastic part; a second face in the thickness direction, being the back face of the plastic part and opposed to the first face, and a first opening (320, 320', 320", 320"', 320"") characterised in that: a first face in the thickness direction of the plastic part; a second face in the thickness direction, being the back face of the plastic part and opposed to the first face, and a first opening (320, 320', 320", 320"', 320"") characterised in that: the device module further comprises a sheet (100, 100', 100", 100"') in contact with the first face of the plastic part (300", 300"', 300"""); the first opening is provided in the second face of the plastic part and exposes at least the external connecting portion of the connecting part to the outside; and the device module further comprises a base part, the base part being partially insert moulded in the plastic part (300", 300"', 300"") below the first opening of the plastic part and in contact with the sheet, partially exposed from the first opening (320", 320'", 320""") of the plastic part, and engaged with the connecting part (500", 500""').
Device (10; 50; 100; 200; 300; 400; 500; 700; 800) for generating and controlling a magnetic field intensity, comprising - a first material (24; 611a) which, upon physical excitation, generates luminescence and/or photocurrent, wherein the luminescence or photocurrent exhibits a resonance point with respect to a magnetic field at at least one magnetic flux density, - means (28; 616, 618) for generating the physical excitation, - means (12, 16, 18, 20, 22; 52, 54; 102, 104, 106, 108; 304, 306; 502; 604, 606, 608) for generating a magnetic field, wherein the first material (24; 611a) is exposed to the generated magnetic field, wherein the intensity of the magnetic field is adjustable, and - means (34; 76, 78, 80; 632) for measuring luminescence or photocurrent with a detection signal (36; 82, 84, 86; 636) which represents the intensity of the detected luminescence signal or photocurrent signal, wherein the device is characterized by - control means (38; 88; 640) which are adapted to provide a control signal (40; 90; 112; 642) for controlling the means (12, 16, 18, 20, 22; 52, 54; 102, 104, 106, 108; 304, 306; 502; 602, 604, 606, 608) for generating a magnetic field and for controlling the magnetic field intensity as a function of the detection signal (36; 82, 84, 86; 636) so that the detection signal (36; 82, 84, 86; 636) takes a resonance extreme value. - a first material (24; 611a) which, upon physical excitation, generates luminescence and/or photocurrent, wherein the luminescence or photocurrent exhibits a resonance point with respect to a magnetic field at at least one magnetic flux density, - means (28; 616, 618) for generating the physical excitation, - means (12, 16, 18, 20, 22; 52, 54; 102, 104, 106, 108; 304, 306; 502; 604, 606, 608) for generating a magnetic field, wherein the first material (24; 611a) is exposed to the generated magnetic field, wherein the intensity of the magnetic field is adjustable, and - means (34; 76, 78, 80; 632) for measuring luminescence or photocurrent with a detection signal (36; 82, 84, 86; 636) which represents the intensity of the detected luminescence signal or photocurrent signal, wherein the device is characterized by - control means (38; 88; 640) which are adapted to provide a control signal (40; 90; 112; 642) for controlling the means (12, 16, 18, 20, 22; 52, 54; 102, 104, 106, 108; 304, 306; 502; 602, 604, 606, 608) for generating a magnetic field and for controlling the magnetic field intensity as a function of the detection signal (36; 82, 84, 86; 636) so that the detection signal (36; 82, 84, 86; 636) takes a resonance extreme value.
A nail set comprising: a body portion comprising an opening formed therein; and a tool portion comprising a first work portion at one end portion thereof and a second work portion at an opposite end portion thereof, the first work portion and the second work portion constructed and arranged to be interchangeably received in the opening, the tool portion comprising an outwardly extending annular shoulder portion between the first work portion and the second work portion wherein one of the first and second work portions (18, 22) is exposed for operation and the other of the first and second work portions (18, 22) is disposed inside the body portion; wherein the nail set further comprises a lock arrangement including a movable member that is movable between a locking position and an unlocking position, wherein linear movement of the movable member from the locking position to the unlocking position unlocks the tool portion to enable the tool portion to be removed from the body portion; characterized in that: the outwardly extending annular shoulder portion is constructed and arranged to engage with a circular surface defining the mouth of the opening of the body portion and provide a path for force transmitted from the body portion, when the tool portion is disposed in the body portion and the body portion is impacted by a tool. a body portion comprising an opening formed therein; and a tool portion comprising a first work portion at one end portion thereof and a second work portion at an opposite end portion thereof, the first work portion and the second work portion constructed and arranged to be interchangeably received in the opening, the tool portion comprising an outwardly extending annular shoulder portion between the first work portion and the second work portion wherein one of the first and second work portions (18, 22) is exposed for operation and the other of the first and second work portions (18, 22) is disposed inside the body portion; wherein the nail set further comprises a lock arrangement including a movable member that is movable between a locking position and an unlocking position, wherein linear movement of the movable member from the locking position to the unlocking position unlocks the tool portion to enable the tool portion to be removed from the body portion; characterized in that: the outwardly extending annular shoulder portion is constructed and arranged to engage with a circular surface defining the mouth of the opening of the body portion and provide a path for force transmitted from the body portion, when the tool portion is disposed in the body portion and the body portion is impacted by a tool. the outwardly extending annular shoulder portion is constructed and arranged to engage with a circular surface defining the mouth of the opening of the body portion and provide a path for force transmitted from the body portion, when the tool portion is disposed in the body portion and the body portion is impacted by a tool.
A coated leather for medical applications, wherein the coating has at least two coating layers, characterised in that the leather ingredients are fixed, wherein the coating has a mass per unit area in a range from 300 to 600 g/m 2.
An additive manufacturing hybrid heater print nozzle having an upper and a lower portion (304a, 304b), comprising: a high thermal mass heat sink located in the upper portion; a delivery conduit; an extruder configured to extrude print material through the delivery conduit; a high thermal mass heater about the delivery conduit proximate to the extruder, wherein the high thermal mass heater is located in an upper region of the lower portion along the nozzle and below the high thermal mass heat sink for preventing creeping of liquefied print material upwards through the nozzle; a low thermal mass heater about the delivery conduit distal from the extruder and proximate to an exit from the delivery conduit, wherein the low thermal mass heater is located in a lower region of the lower portion along the nozzle and below the high thermal mass nozzle portion, wherein the low thermal mass heater is adapted to passively cool the print material; and a controller configured to execute at least a print build using the print material, and to control both the high thermal mass heater and the lower thermal mass heater, wherein the high thermal mass heater is controlled to provide substantial heat energy to a filament of print material within the nozzle and the low thermal mass heater is controlled to allow for dynamic changes in the temperature of the nozzle and the filament of print material within the nozzle. a high thermal mass heat sink located in the upper portion; a delivery conduit; an extruder configured to extrude print material through the delivery conduit; a high thermal mass heater about the delivery conduit proximate to the extruder, wherein the high thermal mass heater is located in an upper region of the lower portion along the nozzle and below the high thermal mass heat sink for preventing creeping of liquefied print material upwards through the nozzle; a low thermal mass heater about the delivery conduit distal from the extruder and proximate to an exit from the delivery conduit, wherein the low thermal mass heater is located in a lower region of the lower portion along the nozzle and below the high thermal mass nozzle portion, wherein the low thermal mass heater is adapted to passively cool the print material; and a controller configured to execute at least a print build using the print material, and to control both the high thermal mass heater and the lower thermal mass heater, wherein the high thermal mass heater is controlled to provide substantial heat energy to a filament of print material within the nozzle and the low thermal mass heater is controlled to allow for dynamic changes in the temperature of the nozzle and the filament of print material within the nozzle.
An indoor unit for an air-conditioning apparatus, comprising: a casing having an air inlet in an upper portion thereof and an air outlet in a lower portion of a front face thereof; an air-sending device provided in the casing and configured to suction air into the casing via the air inlet and to blow the air out of the casing via the air outlet; a heat exchanger provided in the casing and configured to exchange heat between the air suctioned into the casing and a refrigerant; and a louver provided at the air outlet and configured to redirect the air blown out of the air outlet in a vertical direction, wherein the louver includes a main louver and a sub-louver that each have a plate shape and are each configured to rotate around a rotational axis extending in a lateral direction of the casing, in a state where a virtual line connecting a leeward end and a windward end of the main louver is level, the sub-louver is provided below the main louver; a leeward end of the sub-louver is positioned forward by a first predetermined distance with respect to a virtual perpendicular line passing through the windward end of the main louver; and a windward end of the sub-louver is positioned rearward by a second predetermined distance with respect to the virtual perpendicular line characterized in that the main louver and the sub-louver are provided as an integral body and configured to rotate around a common axis. a casing having an air inlet in an upper portion thereof and an air outlet in a lower portion of a front face thereof; an air-sending device provided in the casing and configured to suction air into the casing via the air inlet and to blow the air out of the casing via the air outlet; a heat exchanger provided in the casing and configured to exchange heat between the air suctioned into the casing and a refrigerant; and a louver provided at the air outlet and configured to redirect the air blown out of the air outlet in a vertical direction, wherein the louver includes a main louver and a sub-louver that each have a plate shape and are each configured to rotate around a rotational axis extending in a lateral direction of the casing, in a state where a virtual line connecting a leeward end and a windward end of the main louver is level, the sub-louver is provided below the main louver; a leeward end of the sub-louver is positioned forward by a first predetermined distance with respect to a virtual perpendicular line passing through the windward end of the main louver; and a windward end of the sub-louver is positioned rearward by a second predetermined distance with respect to the virtual perpendicular line characterized in that the sub-louver is provided below the main louver; a leeward end of the sub-louver is positioned forward by a first predetermined distance with respect to a virtual perpendicular line passing through the windward end of the main louver; and a windward end of the sub-louver is positioned rearward by a second predetermined distance with respect to the virtual perpendicular line characterized in that the main louver and the sub-louver are provided as an integral body and configured to rotate around a common axis.
An organic light-emitting display apparatus comprising: a first flexible plastic layer; a first barrier layer entirely in direct contact with the first flexible plastic layer, the first barrier layer being substantially impervious to water and oxygen; a second flexible plastic layer formed over the first barrier layer; an organic light-emitting device layer formed over the second flexible plastic layer; a thin film encapsulating layer encapsulating the organic light-emitting device layer, a second barrier layer between the second flexible plastic layer and the organic light-emitting device layer, the second barrier layer being substantially impervious to water and oxygen, wherein the first barrier layer is patterned to correspond to an area where the organic light-emitting device layer is formed without extending beyond the organic light-emitting device layer, the first flexible plastic layer is in direct contact with the second flexible plastic layer in an area that surrounds the first barrier layer; and wherein the second barrier layer is not in contact with the first flexible plastic layer, and wherein the second barrier layer is formed to extend beyond the organic light emitting device layer to be in contact with the thin film encapsulating layer in an outer part of an area where the organic light-emitting device layer is formed. a first flexible plastic layer; a first barrier layer entirely in direct contact with the first flexible plastic layer, the first barrier layer being substantially impervious to water and oxygen; a second flexible plastic layer formed over the first barrier layer; an organic light-emitting device layer formed over the second flexible plastic layer; a thin film encapsulating layer encapsulating the organic light-emitting device layer, a second barrier layer between the second flexible plastic layer and the organic light-emitting device layer, the second barrier layer being substantially impervious to water and oxygen, wherein the first barrier layer is patterned to correspond to an area where the organic light-emitting device layer is formed without extending beyond the organic light-emitting device layer, the first flexible plastic layer is in direct contact with the second flexible plastic layer in an area that surrounds the first barrier layer; and wherein the second barrier layer is not in contact with the first flexible plastic layer, and wherein the second barrier layer is formed to extend beyond the organic light emitting device layer to be in contact with the thin film encapsulating layer in an outer part of an area where the organic light-emitting device layer is formed.
A power steering sensor assembly mounted in an electric power steering system, comprising: a sensing device comprising input and output shafts (10, 20) connected to each other and a plurality of coupling projections (131, 132, 133) formed on an outer circumferential surface thereof; and a first housing having the sensing device housed therein and comprising a plurality of coupling grooves (111, 112, 113) formed on an inner circumferential surface thereof, the coupling grooves (111, 112, 113) each having an upper end which is opened, wherein when the sensing device is housed in the first housing, the coupling projections (131, 132, 133) of the sensing device are inserted into the coupling grooves (111, 112, 113) of the first housing, respectively, such that the sensing device is coupled to the first housing without being moved in a radial direction and an axial direction characterized in that each of the coupling projections (131, 132, 133) of the sensing device comprises two bar-shaped members (131-1, 131-2) extended in a direction perpendicular to the outer circumferential surface of the sensing device and separated from each other in a direction parallel to the outer circumferential surface, in a state in which the coupling projections (131, 132, 133) are fixed to the outer circumferential surface of the sensing device, and each of the bar-shaped members (131-1, 131-2) is formed of an elastic material. a sensing device comprising input and output shafts (10, 20) connected to each other and a plurality of coupling projections (131, 132, 133) formed on an outer circumferential surface thereof; and a first housing having the sensing device housed therein and comprising a plurality of coupling grooves (111, 112, 113) formed on an inner circumferential surface thereof, the coupling grooves (111, 112, 113) each having an upper end which is opened,
A window comprising a frame and a sash, said sash being connected with the frame by means of a hinge device defining a hinge axis of the window, the frame and the sash each including a first pair of mutually opposite members, and a second pair of mutually opposite members, said hinge device connecting a respective frame and sash member of the second pair of frame and sash members, and a centre line being defined midway between the first pair of sash members, characterized in that the said hinge device comprising a set of pivot hinges, said window further comprising at least one auxiliary opening device comprising a spring connected with the hinge device pivot hinges are mounted in such a position that the hinge axis is situated in the interval between 1/3 and 2/3 of the distance between said centre line and one of the sash members of said first pair, and that check means restricting the movement of the window during opening and/or closing thereof is provided, wherein said check means is an integrated part of at least one of said hinges, and wherein the action of the check means corresponds to the action of gravity on the part of the sash and pane not balanced by a corresponding part on the opposite side of the hinge axis.