mhurhangee/ep-ind-claims huggingface dataset:
Application member (3, 3') for the stamping application of cosmetic product on the skin, in particular for the application of eyeliner to the eyelids, defining a longitudinal axis, a transverse axis perpendicular to the longitudinal axis and an antero-posterior axis perpendicular to the longitudinal axis and to the transverse axis, and having a front application surface (30, 30') suitable for being loaded with cosmetic product by placing the front application surface (30, 30') in contact with the cosmetic product and for being at least partially placed in contact with the skin to deposit by stamping thereon a line (t, t') of cosmetic product whose shape and contour correspond substantially to the shape and contour of the part of the front application surface (30, 30') placed in contact with the skin, wherein the front application surface (30, 30') has an elongated shape along the transverse axis, which is outwardly convex when the application member (3, 3') is observed in the plane defined by the longitudinal axis and the transverse axis, characterized in that the front application surface has a curved contour defining a concavity when the application member is observed in the plane defined by the transverse axis and the antero-posterior axis. wherein the front application surface (30, 30') has an elongated shape along the transverse axis, which is outwardly convex when the application member (3, 3') is observed in the plane defined by the longitudinal axis and the transverse axis, characterized in that the front application surface has a curved contour defining a concavity when the application member is observed in the plane defined by the transverse axis and the antero-posterior axis.
A population of isolated adherent amnion-chorion stem cells, wherein said amnion-chorion stem cells express the gene TCF21 at a level at least two-fold higher than an equivalent number of bone marrow-derived mesenchymal stem cells (BM-MSCs) that have been grown under equivalent conditions and have undergone the same number of passages in culture as said amnion-chorion stem cells, and wherein said amnion-chorion stem cells are: CD200 +, CD10 +, CD105 +, and CD34 -; or CD200 +, CD10 +, CD105 +, CD34 -, CD90 + and CD45 -. CD200 +, CD10 +, CD105 +, and CD34 -; or CD200 +, CD10 +, CD105 +, CD34 -, CD90 + and CD45 -.
A charger for an aerosol delivery device, the charger comprising: a housing; a connector coupled to the housing and configured to engage a control body coupled or coupleable with a cartridge to form the aerosol delivery device, the cartridge being equipped with a heating element, and the control body including a power source configured to provide power to the heating element to activate and vaporize components of an aerosol precursor composition; and a power supply comprising: a supercapacitor within the housing, connected with the power source when the connector is engaged with the control body, and configured to provide power to recharge the power source; and a photovoltaic cell coupled to the housing, and connected to and from which the supercapacitor is chargeable. a housing; a connector coupled to the housing and configured to engage a control body coupled or coupleable with a cartridge to form the aerosol delivery device, the cartridge being equipped with a heating element, and the control body including a power source configured to provide power to the heating element to activate and vaporize components of an aerosol precursor composition; and a power supply comprising: a supercapacitor within the housing, connected with the power source when the connector is engaged with the control body, and configured to provide power to recharge the power source; and a photovoltaic cell coupled to the housing, and connected to and from which the supercapacitor is chargeable. a supercapacitor within the housing, connected with the power source when the connector is engaged with the control body, and configured to provide power to recharge the power source; and a photovoltaic cell coupled to the housing, and connected to and from which the supercapacitor is chargeable.
A power supply device adapted for supplying power for an external electronic product, comprising: a main body defining a receiving cavity therein, an inner face of the main body being designated as a contact surface through which the receiving cavity is open to form an opening; a battery disposed in the receiving cavity of the main body; a metallic plate disposed in the receiving cavity of the main body and covering the battery; a metallic ring mounted around the opening of the receiving cavity; and a cover disposed at the opening of the receiving cavity of the main body, the metallic ring being positioned between the cover and the main body and heated by the high-frequency heating for fusion of the cover and the main body to seal up the battery in the receiving cavity, wherein the metallic plate is located between the battery and acting parts by the high-frequency heating to separate the energy of the high-frequency heating from the battery, the main body or the cover are provided with a connecting element of which one end is exposed in the receiving cavity to electrically connect the battery and the other end is exposed outside the power supply device to electrically connect the external electronic product. a main body defining a receiving cavity therein, an inner face of the main body being designated as a contact surface through which the receiving cavity is open to form an opening; a battery disposed in the receiving cavity of the main body; a metallic plate disposed in the receiving cavity of the main body and covering the battery; a metallic ring mounted around the opening of the receiving cavity; and a cover disposed at the opening of the receiving cavity of the main body, the metallic ring being positioned between the cover and the main body and heated by the high-frequency heating for fusion of the cover and the main body to seal up the battery in the receiving cavity, wherein the metallic plate is located between the battery and acting parts by the high-frequency heating to separate the energy of the high-frequency heating from the battery, the main body or the cover are provided with a connecting element of which one end is exposed in the receiving cavity to electrically connect the battery and the other end is exposed outside the power supply device to electrically connect the external electronic product.
Electrical steering column lock for locking and unlocking a steering column, comprising: - a motor received in a housing and configured to drive in rotation around a motor rotation axis a motor shaft, the motor shaft crossing through the motor and comprising a driving part configured to drive a bolt between a lock and an unlock position of the steering column, the motor having a working face enabling to drive the bolt and a fixing face enabling the fixation of the motor in the housing, - a washer disposed at an end of the motor shaft so that the motor shaft rotates against said washer, the washer being disposed at the fixing face of the motor such as being in contact with the said fixing face, - an elastic element disposed between the washer and the housing, the elastic element being in contact with the washer and the housing, the electrical steering column lock being characterized in that said elastic element is put in contact with a face of the washer opposite to the fixing face of the motor. - a motor received in a housing and configured to drive in rotation around a motor rotation axis a motor shaft, the motor shaft crossing through the motor and comprising a driving part configured to drive a bolt between a lock and an unlock position of the steering column, the motor having a working face enabling to drive the bolt and a fixing face enabling the fixation of the motor in the housing, - a washer disposed at an end of the motor shaft so that the motor shaft rotates against said washer, the washer being disposed at the fixing face of the motor such as being in contact with the said fixing face, - an elastic element disposed between the washer and the housing, the elastic element being in contact with the washer and the housing,
A refrigerator door comprising: a front panel made of a steel material, the front panel forming a front appearance thereof, the front panel having an input unit at a front thereof and having a plurality of first through holes for a display assembly; a door liner forming a rear appearance thereof; an upper cap decoration unit for sealing an upper side of an insulating space defined by the front panel and the door liner; a frame attached to a rear of the front panel for defining an isolated space separated from the insulating space defined by the front panel, the door liner, and the upper cap decoration unit; an insulating material filled in the insulating space defined by the front panel; the door liner, and the upper cap decoration unit; a display assembly disposed behind the front panel for emitting light through the first through holes; and a touch sensor assembly provided between the frame and the front panel, the touch sensor assembly being fixed to a rear of the front panel at a position at which the input unit is defined, wherein the upper cap decoration unit comprises: a communication hole communicating with the isolated space defined between the frame and the front panel; and a cap cover for sealing the communication hole, and wherein each of the plurality of first through holes includes: a first through part located at the rear of the front panel; and a second through part located at the front of the front panel; the first through part configured to communicate with the second through part, wherein a size of the first through part is different from a size of the second through part. a front panel made of a steel material, the front panel forming a front appearance thereof, the front panel having an input unit at a front thereof and having a plurality of first through holes for a display assembly; a door liner forming a rear appearance thereof; an upper cap decoration unit for sealing an upper side of an insulating space defined by the front panel and the door liner; a frame attached to a rear of the front panel for defining an isolated space separated from the insulating space defined by the front panel, the door liner, and the upper cap decoration unit; an insulating material filled in the insulating space defined by the front panel; the door liner, and the upper cap decoration unit; a display assembly disposed behind the front panel for emitting light through the first through holes; and a touch sensor assembly provided between the frame and the front panel, the touch sensor assembly being fixed to a rear of the front panel at a position at which the input unit is defined, a communication hole communicating with the isolated space defined between the frame and the front panel; and a cap cover for sealing the communication hole, and a first through part located at the rear of the front panel; and a second through part located at the front of the front panel; the first through part configured to communicate with the second through part,
A device for preparing a hot beverage comprising an electrically operated heating device provided in a housing and serving to heat water supplied from a clean-water connection of the housing or from a water tank provided in the housing by means of electrically operated pump means and a brewing unit which is disposed downstream of the heating device and in which heated water can be blended with a beverage raw material and be discharged from the housing via outlet means, the heating device being assigned control means (29, 32, 36) for controlling a water contact area and/or a water temperature of the heated water to at least one target temperature, characterized in that mains voltage detector means are assigned to a mains voltage connection of the preparation device, said mains voltage connection being connected for the electrical operation of the heating device in such a manner that in response to a detector signal which depends on a currently detected mains voltage, a control functionality of the control means can be electronically influenced in the form of an electrical power contribution of a mains voltage difference that deviates from a target mains voltage to the heating device can be compensated within the scope of the control means, operation control means being assigned to the pumping means in such a manner that in response to an activation of the preparation device for producing a serving of the hot beverage, said activation preferably being carried out via a manually operable operating unit on the housing, the pumping means are electrically actuated for their activation and operated at a drive voltage curve and/or a drive power curve which is set up so as to continuously rise for a predetermined starting period and is linear and/or ramp-shaped over time until a subsequent target power pumping operation is reached.
A thrust vector control system, comprising: a yaw actuator configured to actuate along a yaw axis; a pitch actuator configured to actuate along a pitch axis; and an anti-stall hydraulic pump configured to provide a hydraulic fluid to the yaw actuator and the pitch actuator, the anti-stall hydraulic pump comprising: a swash plate configured to vary a displacement of the anti-stall hydraulic pump; and an override piston configured to increase a force against the swash plate to decrease the displacement of the anti-stall hydraulic pump; wherein the anti-stall hydraulic pump comprises a gerotor pump; and the system further comprising an anti-stall valve configured to monitor an output pressure of hydraulic fluid discharged from the gerotor pump, wherein the anti-stall valve is in fluid communication with the override piston. a yaw actuator configured to actuate along a yaw axis; a pitch actuator configured to actuate along a pitch axis; and an anti-stall hydraulic pump configured to provide a hydraulic fluid to the yaw actuator and the pitch actuator, the anti-stall hydraulic pump comprising: a swash plate configured to vary a displacement of the anti-stall hydraulic pump; and an override piston configured to increase a force against the swash plate to decrease the displacement of the anti-stall hydraulic pump; wherein the anti-stall hydraulic pump comprises a gerotor pump; and the system further comprising a swash plate configured to vary a displacement of the anti-stall hydraulic pump; and an override piston configured to increase a force against the swash plate to decrease the displacement of the anti-stall hydraulic pump; wherein the anti-stall hydraulic pump comprises a gerotor pump; and the system further comprising an anti-stall valve configured to monitor an output pressure of hydraulic fluid discharged from the gerotor pump, wherein the anti-stall valve is in fluid communication with the override piston.
Short-circuiting switch, in particular as discharge switch of a fast discharge unit of a battery cell, comprising: - a first contact element and a second contact element, which are embodied so as to be movable relative to one another such that they are able to adopt a first state of being electrically isolated from one another and a second state of being in electrical contact with one another, - a sacrificial material, which is thermally decomposable under the action of heat, - a heating element, which is embodied in thermal contact with the sacrificial material, wherein the sacrificial material is embodied such that in the transition from a thermally non-decomposed state to a thermally decomposed state, said sacrificial material brings about or enables an electrical contact between the first and second contact elements (2-1, 2-2) as a result of the movement thereof relative to one another, wherein the sacrificial material - is formed with or from an explosive substance and - is embodied on a surface of at least one of the contact elements (2-1, 2-2), said surface facing away from the respective other contact element (2-2, 2-1), such that during the transition from the thermally non-decomposed state of the sacrificial material to the thermally decomposed state, the contact elements (2-1, 2-2), as a result of recoil, are moved relatively towards one another and electrically contacted. - a first contact element and a second contact element, which are embodied so as to be movable relative to one another such that they are able to adopt a first state of being electrically isolated from one another and a second state of being in electrical contact with one another, - a sacrificial material, which is thermally decomposable under the action of heat, - a heating element, which is embodied in thermal contact with the sacrificial material, - is formed with or from an explosive substance and - is embodied on a surface of at least one of the contact elements (2-1, 2-2), said surface facing away from the respective other contact element (2-2, 2-1), such that during the transition from the thermally non-decomposed state of the sacrificial material to the thermally decomposed state, the contact elements (2-1, 2-2), as a result of recoil, are moved relatively towards one another and electrically contacted.
A method for increasing the production of fermentable sugars in an ethanol fermentation process, comprising: chemically-pretreating corn fiber material derived from a predominantly corn kernel feedstock containing at least 80% corn kernels; and contacting the pretreated corn fiber with α-glucosidase (EC 3.2.1.20) to release fermentable sugars from the corn fiber; wherein the contacting with α-glucosidase releases fermentable sugars from the corn fiber material derived from a predominantly corn kernel feedstock that otherwise would not be available for fermentation, wherein the α-glucosidase is a GH31 enzyme and wherein the contacting with α-glucosidase is performed in the presence of one or more additional enzymes.
A communication device configured to select a target frequency from a network in response to a redistribution information, comprising: a radio frequency unit configured to receive a redistribution information from the network; a baseband modem configured to: trigger an evaluation timer; perform measurements during a duration of the evaluation timer on a first set of frequencies comprising inter-frequencies specified in the redistribution information; select the target frequency based on the measurements of the first set of frequencies; and trigger a second timer, which is distinct from the evaluation timer, during which time the communication device performs measurements on a second set of frequencies comprising the target frequency and not comprising inter-frequencies specified in the redistribution information having a priority lower than the priority of the target frequency. a radio frequency unit configured to receive a redistribution information from the network; a baseband modem configured to: trigger an evaluation timer; perform measurements during a duration of the evaluation timer on a first set of frequencies comprising inter-frequencies specified in the redistribution information; select the target frequency based on the measurements of the first set of frequencies; and trigger a second timer, which is distinct from the evaluation timer, during which time the communication device performs measurements on a second set of frequencies comprising the target frequency and not comprising inter-frequencies specified in the redistribution information having a priority lower than the priority of the target frequency. trigger an evaluation timer; perform measurements during a duration of the evaluation timer on a first set of frequencies comprising inter-frequencies specified in the redistribution information; select the target frequency based on the measurements of the first set of frequencies; and trigger a second timer, which is distinct from the evaluation timer, during which time the communication device performs measurements on a second set of frequencies comprising the target frequency and not comprising inter-frequencies specified in the redistribution information having a priority lower than the priority of the target frequency.
Aerosol generator for delivering an aerosol into a room, comprising a storage container for accommodating a liquid, a nebulization device for generating an aerosol from the liquid, a first line which connects the nebulization device and/or the storage container to at least one outlet opening, the outlet opening being designed to deliver the aerosol into the room, characterized in that the aerosol generator further contains an air conveying device which is designed to cyclically reverse the direction of flow at the outlet opening, the air conveying device being connected to the first line by means of at least a second line and a first check valve being present in the second line. a storage container for accommodating a liquid, a nebulization device for generating an aerosol from the liquid, a first line which connects the nebulization device and/or the storage container to at least one outlet opening, the outlet opening being designed to deliver the aerosol into the room, characterized in that the aerosol generator further contains an air conveying device which is designed to cyclically reverse the direction of flow at the outlet opening, the air conveying device being connected to the first line by means of at least a second line and a first check valve being present in the second line.
A toy top, comprising: a shaft unit whose shaft center is an axis that matches a rotational center; and a shaft tip unit which is provided at a lower end section of the shaft unit, the shaft tip unit including a ring member provided in a movable manner centering around the axis and a member that comes in contact with a ground which is disposed at a center of the ring member and which protrudes further downward than the ring member such that the shaft tip unit can rotate about the axis of the toy top, wherein the shaft unit includes: a lower case which supports the shaft tip unit from below in a moveable manner and from which a lower end section of the shaft tip unit is exposed; and an abutting member (53,54) which abuts an upper side of the shaft tip unit. a shaft unit whose shaft center is an axis that matches a rotational center; and a shaft tip unit which is provided at a lower end section of the shaft unit, the shaft tip unit including a ring member provided in a movable manner centering around the axis and a member that comes in contact with a ground which is disposed at a center of the ring member and which protrudes further downward than the ring member such that the shaft tip unit can rotate about the axis of the toy top, wherein the shaft unit includes: a lower case which supports the shaft tip unit from below in a moveable manner and from which a lower end section of the shaft tip unit is exposed; and an abutting member (53,54) which abuts an upper side of the shaft tip unit. a lower case which supports the shaft tip unit from below in a moveable manner and from which a lower end section of the shaft tip unit is exposed; and an abutting member (53,54) which abuts an upper side of the shaft tip unit.