mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner that includes an indoor device including, inside a casing, an electrical-component box having electrical components accommodated therein, an indoor-device heat exchanger, and an indoor-device fan to deliver air to the indoor-device heat exchanger, the air conditioner comprising: a temperature measurement unit to measure a temperature of the indoor-device heat exchanger; and a control unit (31, 35); characterized in that the control unit (31, 35) is configured to determine an upper limit of a rotational speed of the indoor-device fan on a basis of a temperature of the indoor-device heat exchanger measured by the temperature measurement unit, and to execute control to operate the indoor-device fan at a rotational speed equal to or lower than the determined upper limit so as to limit an air temperature within the electrical-component box to a temperature equal to or lower than the lowest rated temperature among the rated temperatures of the electrical components. a temperature measurement unit to measure a temperature of the indoor-device heat exchanger; and a control unit (31, 35); characterized in that the control unit (31, 35) is configured to determine an upper limit of a rotational speed of the indoor-device fan on a basis of a temperature of the indoor-device heat exchanger measured by the temperature measurement unit, and to execute control to operate the indoor-device fan at a rotational speed equal to or lower than the determined upper limit so as to limit an air temperature within the electrical-component box to a temperature equal to or lower than the lowest rated temperature among the rated temperatures of the electrical components.
Filter suitable for insertion into a bottle, in particular a drinking bottle, the filter being substantially configured in the form of a sleeve with a first open end and a second closed end, wherein the first end forms a filter opening, the second end a filter end and the extension of the sleeve defines substantially a longitudinal direction from its first end towards its second end, characterized in - that the sleeve is configured tapered, wherein the first end has a first outer periphery and the second end a second outer periphery which is less than the first outer periphery, - that the filter has at least one slit oriented substantially in longitudinal direction from the filter opening, - that the filter is made from a metal sheet that has a thickness in the range of 0,05 mm to 1 mm or that the filter is made substantially of plastics, wherein the wall thickness of the filter is substantially in the range of 0,2 mm to 3 mm and - that the filter has holes that have a filtering effect. - that the sleeve is configured tapered, wherein the first end has a first outer periphery and the second end a second outer periphery which is less than the first outer periphery, - that the filter has at least one slit oriented substantially in longitudinal direction from the filter opening, - that the filter is made from a metal sheet that has a thickness in the range of 0,05 mm to 1 mm or that the filter is made substantially of plastics, wherein the wall thickness of the filter is substantially in the range of 0,2 mm to 3 mm and - that the filter has holes that have a filtering effect.
An apparatus comprising: a base functional layer comprising at least one functional zone; a substrate secured to the base functional layer and including a first surface and a second surface opposing the first surface, wherein the base functional layer is provided on the first surface; characterized in that the apparatus further comprises: a tuning layer secured to the second surface of the substrate opposite the base functional layer such that the substrate is disposed between the base functional layer and the tuning layer, the tuning layer comprising a plurality of functional zones that is greater in number than the functional zones of the base functional layer; and a component secured to the tuning layer opposite the substrate, wherein the base functional layer is a heater and includes at least one resistive heating element to provide a primary heating to a component disposed on the tuning layer; wherein the substrate is thermally conductive and dissipates heat from the base functional layer from the first surface of the substrate to the second surface of the substrate and then to the tuning layer and the component, wherein the tuning layer adjusts and fine-tunes a heating profile applied by the base functional layer to the component. a base functional layer comprising at least one functional zone; a substrate secured to the base functional layer and including a first surface and a second surface opposing the first surface, wherein the base functional layer is provided on the first surface; a tuning layer secured to the second surface of the substrate opposite the base functional layer such that the substrate is disposed between the base functional layer and the tuning layer, the tuning layer comprising a plurality of functional zones that is greater in number than the functional zones of the base functional layer; and a component secured to the tuning layer opposite the substrate, wherein the base functional layer is a heater and includes at least one resistive heating element to provide a primary heating to a component disposed on the tuning layer; wherein the substrate is thermally conductive and dissipates heat from the base functional layer from the first surface of the substrate to the second surface of the substrate and then to the tuning layer and the component, wherein the tuning layer adjusts and fine-tunes a heating profile applied by the base functional layer to the component.
A perfume composition, comprising (a) about 0.1 to about 40 % b.w. Petit grain oil and (b) about 99.9 to about 60 % b.w. hydroxy carboxylic acid esters selected from C 1 -C 4 alkyl esters of citric acid, malic acid and/or tartric acid, on condition that the amounts add to 100 % b.w. (a) about 0.1 to about 40 % b.w. Petit grain oil and (b) about 99.9 to about 60 % b.w. hydroxy carboxylic acid esters selected from C 1 -C 4 alkyl esters of citric acid, malic acid and/or tartric acid,
A commodity sales data processing apparatus, comprising: a portable data processing terminal having a first connector and a touch panel; a docking station having a second connector configured to connect to the first connector and to feed power to the data processing terminal, when the data processing terminal is connected to the docking station; a connection mechanism (51, 52, 120, 130) configured to connect the data processing terminal and the docking station in a separable state; wherein the connection mechanism includes; an engagement hole (120, 130) provided in the data processing terminal; and a hook (51, 52) provided on the docking station which is configured to enter into the engagement hole and to engage with the engagement hole, and a lock mechanism configured to lock connection by the connection mechanism, so as to make the connection by the connection mechanism from in the separable state to in an inseparable state, and to release locking of the connection by the connection mechanism when a specific key operation is performed, wherein the docking station has a guide protrusion (240, 250) which is configured to be fitted into the engagement hole (120, 130), and configured to perform positioning of the data processing terminal to the docking station, when the docking station connects to the data processing terminal and to guide entering of the hook into the engagement hole. a portable data processing terminal having a first connector and a touch panel; a docking station having a second connector configured to connect to the first connector and to feed power to the data processing terminal, when the data processing terminal is connected to the docking station; a connection mechanism (51, 52, 120, 130) configured to connect the data processing terminal and the docking station in a separable state; wherein the connection mechanism includes; an engagement hole (120, 130) provided in the data processing terminal; and a hook (51, 52) provided on the docking station which is configured to enter into the engagement hole and to engage with the engagement hole, and a lock mechanism configured to lock connection by the connection mechanism, so as to make the connection by the connection mechanism from in the separable state to in an inseparable state, and to release locking of the connection by the connection mechanism when a specific key operation is performed, wherein the docking station has a guide protrusion (240, 250) which is configured to be fitted into the engagement hole (120, 130), and configured to perform positioning of the data processing terminal to the docking station, when the docking station connects to the data processing terminal and to guide entering of the hook into the engagement hole.
A secondary battery, comprising: an electrode assembly having a positive electrode and a negative electrode; a can accommodating the electrode assembly and electrically connected to the positive electrode, the can including wide sides and first and second narrow sides narrower than the wide sides; a cap assembly sealing a top opening of the can; an insulating case between the electrode assembly and cap assembly, the insulating case including a base plate; and a discharge inducing member including a conductive plate in the insulating case, the conductive plate being longer than the base plate wherein ends of the conductive plate are in contact with the narrow sides (112 of the can such that the conductive plate has a positive polarity; wherein the conductive plate includes a negative electrode tab through-hole through which a negative electrode tab of the electrode assembly passes wherein the negative electrode tab through-hole has a cross section larger than that of the negative electrode tab such that the negative electrode tab does not contact the conductive plate and wherein, when the secondary battery is compressed by external forces applied to the two opposing narrow sides of the can, the negative electrode tab through-hole is distorted such that the negative electrode tab contacts the conductive plate causing controlled current discharge. an electrode assembly having a positive electrode and a negative electrode; a can accommodating the electrode assembly and electrically connected to the positive electrode, the can including wide sides and first and second narrow sides narrower than the wide sides; a cap assembly sealing a top opening of the can; an insulating case between the electrode assembly and cap assembly, the insulating case including a base plate; and a discharge inducing member including a conductive plate in the insulating case, the conductive plate being longer than the base plate wherein ends of the conductive plate are in contact with the narrow sides (112 of the can such that the conductive plate has a positive polarity; wherein the conductive plate includes a negative electrode tab through-hole through which a negative electrode tab of the electrode assembly passes wherein the negative electrode tab through-hole has a cross section larger than that of the negative electrode tab such that the negative electrode tab does not contact the conductive plate and wherein, when the secondary battery is compressed by external forces applied to the two opposing narrow sides of the can, the negative electrode tab through-hole is distorted such that the negative electrode tab contacts the conductive plate causing controlled current discharge.
Breaker mechanism for an electrical circuit breaker, the breaker mechanism comprising a spring, a latching mechanism and an actuating element, with which a breaker shaft of the electrical circuit breaker is actuated for breaking (OFF position) or making (ON position) the electric current, wherein the actuating element is actuated in the direction of the ON position when making the electric current, and the spring is thereby tensioned, and the latching mechanism releases the energy of the spring for actuating the breaker shaft of the electrical circuit breaker when the ON position is reached, characterized in that, beginning from the OFF position, energy is built up in the spring by the actuation of the actuating element in the direction of the ON position.
Method for removing a twin-spool turbojet comprising a front fan, a HP module with a HP rotor, a LP turbine module, the intermediate casing having a support bearing for the HP rotor, the HP rotor being retained in said bearing by a connector nut, the method comprising a step of inserting a tool for unscrewing the connector nut after having cleared the access to the connector nut, characterised in that it comprises a step of preheating the connector nut before starting the unscrewing tool (200, 300), and in that: - after having removed the LP turbine module with its shaft, with the fan still in place, a tubular heating means is inserted through the rear into the central space cleared by the removal of the LP turbine module, along the axis of the engine, and the connector nut is heated from the inside, - after the heating of the connector nut, a rear unscrewing tool is inserted, the tool comprising a tube and a plurality of fingers retractable between a position wherein they are housed in the tube and a position wherein they are radially deployed to come into contact with the teeth of the connector nut, - an unscrewing torque is applied to the tool, with the torque being maintained at a value smaller than a tolerated maximum torque value, whereby the forces on the teeth would risk damaging them, - in the event of an unsuccessful attempt via the rear, the fan is removed so as to release the connector nut at the front and a front unscrewing tool is set in place for the application of an unscrewing torque on the connector nut. - after having removed the LP turbine module with its shaft, with the fan still in place, a tubular heating means is inserted through the rear into the central space cleared by the removal of the LP turbine module, along the axis of the engine, and the connector nut is heated from the inside, - after the heating of the connector nut, a rear unscrewing tool is inserted, the tool comprising a tube and a plurality of fingers retractable between a position wherein they are housed in the tube and a position wherein they are radially deployed to come into contact with the teeth of the connector nut, - an unscrewing torque is applied to the tool, with the torque being maintained at a value smaller than a tolerated maximum torque value, whereby the forces on the teeth would risk damaging them, - in the event of an unsuccessful attempt via the rear, the fan is removed so as to release the connector nut at the front and a front unscrewing tool is set in place for the application of an unscrewing torque on the connector nut.
A terminal plate for an ultracapacitor package, the terminal plate being formed from a single sheet of conductive material and comprising: a plurality of bent tabs, formed in the terminal plate and extending in a common direction substantially orthogonal to a first main surface of the terminal plate. a plurality of bent tabs, formed in the terminal plate and extending in a common direction substantially orthogonal to a first main surface of the terminal plate.
A method for provisioning and/or configuring hardware elements of a home automation system, comprising: advertising presence on a wireless personal area network, WPAN, by a first WPAN-discoverable hardware element (110, 210) of the home automation system that is not accessible on an in-home local area network, LAN, used by the home automation system, to enable the first WPAN-discoverable hardware element (110, 210) to be discovered by a mobile application, app,; receiving, at the first WPAN-discoverable hardware element (110, 210) over the WPAN, user-provided network credentials from the mobile app; configuring the first WPAN-discoverable hardware element (110, 210) on the in-home LAN using the network credentials; storing the network credentials in a storage device of the first WPAN-discoverable hardware element (110, 210); and provisioning a second WPAN-discoverable hardware element (110, 210) of the home automation system using the network credentials from the first WPAN-discoverable hardware element (110, 210) on the second WPAN-discoverable hardware element. advertising presence on a wireless personal area network, WPAN, by a first WPAN-discoverable hardware element (110, 210) of the home automation system that is not accessible on an in-home local area network, LAN, used by the home automation system, to enable the first WPAN-discoverable hardware element (110, 210) to be discovered by a mobile application, app,; receiving, at the first WPAN-discoverable hardware element (110, 210) over the WPAN, user-provided network credentials from the mobile app; configuring the first WPAN-discoverable hardware element (110, 210) on the in-home LAN using the network credentials; storing the network credentials in a storage device of the first WPAN-discoverable hardware element (110, 210); and provisioning a second WPAN-discoverable hardware element (110, 210) of the home automation system using the network credentials from the first WPAN-discoverable hardware element (110, 210) on the second WPAN-discoverable hardware element.
A composition, comprising: a matrix component comprising a graphene oxide and hyaluronic acid conjugate (GO-HA), wherein the GO and HA are covalently linked via a linker; 3,5,7,8-tetrahydro-2-[4-(trifluoromethyl)phenyl]-4 H -thiopyrano[4,3-d]pyrimidin-4-one; and water. a matrix component comprising a graphene oxide and hyaluronic acid conjugate (GO-HA), wherein the GO and HA are covalently linked via a linker; 3,5,7,8-tetrahydro-2-[4-(trifluoromethyl)phenyl]-4 H -thiopyrano[4,3-d]pyrimidin-4-one; and water.
A method for preparing a solid compact product with a determined volume from a powdery composition, characterized in that it comprises the following steps: a) placing in a confined space an initial volume of a powdering composition containing at least one powder having elastic or thermofusible properties, b)compacting said powdery composition from the initial volume down to a compaction volume less than or equal to the determined volume, c)maintaining said composition at a constant volume equal to said compaction volume by means of a variable holding force until the holding force decreases by at least 10%, d)releasing the volume constraint, e)obtaining the solid compact product with the determined volume. a) placing in a confined space an initial volume of a powdering composition containing at least one powder having elastic or thermofusible properties, b)compacting said powdery composition from the initial volume down to a compaction volume less than or equal to the determined volume, c)maintaining said composition at a constant volume equal to said compaction volume by means of a variable holding force until the holding force decreases by at least 10%, d)releasing the volume constraint, e)obtaining the solid compact product with the determined volume.
An amplification fiber comprising: a core configured to generate a laser beam from an excitation beam in a visible region; and a cladding surrounding the core, wherein the core is composed of a core material comprising: 0.01 to 2wt% Dy; 0.1-2wt% Al, 1-10wt% Ge, and 0-6wt% P; and a silica glass, wherein the atomic ratios of the core material are Al/Dy: 5.4 to 12.6 and Ge/Dy: 6.2 to 58.6. a core configured to generate a laser beam from an excitation beam in a visible region; and a cladding surrounding the core, wherein the core is composed of a core material comprising: 0.01 to 2wt% Dy; 0.1-2wt% Al, 1-10wt% Ge, and 0-6wt% P; and a silica glass, wherein 0.01 to 2wt% Dy; 0.1-2wt% Al, 1-10wt% Ge, and 0-6wt% P; and a silica glass, wherein the atomic ratios of the core material are Al/Dy: 5.4 to 12.6 and Ge/Dy: 6.2 to 58.6.
A preparation method of lycopene intermediate 3-methyl-4, 4-dialkoxy-1-butyraldehyde, comprising the following steps: Step: reacting 2-methyl-3,3-dialkoxy-1-halopropane of Formula with magnesium powder and iodine in a solvent of anhydrous tetrahydrofuran at a temperature of 45∼65 °C to generate a mixture of Grignard reagent under the protection of an inert gas; and Step: adding N-formylpiperidine to the mixture of Grignard reagent and reacting at a temperature of 10°C ∼ 35°C to obtain 3-methyl-4,4-dialkoxy-1-butaldehyde of Formula, its reaction equation is described as follows: wherein R is alkyl. Step: reacting 2-methyl-3,3-dialkoxy-1-halopropane of Formula with magnesium powder and iodine in a solvent of anhydrous tetrahydrofuran at a temperature of 45∼65 °C to generate a mixture of Grignard reagent under the protection of an inert gas; and Step: adding N-formylpiperidine to the mixture of Grignard reagent and reacting at a temperature of 10°C ∼ 35°C to obtain 3-methyl-4,4-dialkoxy-1-butaldehyde of Formula, its reaction equation is described as follows: wherein R is alkyl.
A radial shaft seal with at least one sealing lip made of elastomer material, which comprises at its inner side facing the shaft to be sealed a first circumferential ring, which lies in a sealing manner against the shaft and seals against the medium side, return elements (21, 22) arranged over the circumference of the sealing lip, which are provided at the side of the first ring facing the air side and convey leakage medium to the medium side irrespective of the direction of rotation of the shaft, and at least one second circumferential ring, which is provided at the side of the return elements (21, 22) facing the air side, characterised in that the first circumferential ring is constituted as an elevation and comprises cavities which are also formed by elevations and arranged distributed over its circumference and which extend in the direction of the second ring and lie approximatly between adjacent return elements (21, 22).
A method comprising: (a) receiving onto a device first wireless communications from a first occupancy detector, wherein the first wireless communications include first information received from a first plurality of fluorescent lamp starter units, wherein the first plurality of fluorescent lamp starter units are controlled to turn off a first plurality of fluorescent lamps associated with the first plurality of fluorescent lamp starter units, and wherein the first wireless communications are transmitted from the first occupancy detector in accordance with a first wireless protocol; (b) receiving onto the device second wireless communications from a second occupancy detector, wherein the second wireless communications include second information received from a second plurality of fluorescent lamp starter units, and wherein the second wireless communications are transmitted from the second occupancy detector in accordance with the first wireless protocol; (c) storing the first information and the second information on the device; and (d) transmitting the first and second information from the device using a second wireless protocol. (a) receiving onto a device first wireless communications from a first occupancy detector, wherein the first wireless communications include first information received from a first plurality of fluorescent lamp starter units, wherein the first plurality of fluorescent lamp starter units are controlled to turn off a first plurality of fluorescent lamps associated with the first plurality of fluorescent lamp starter units, and wherein the first wireless communications are transmitted from the first occupancy detector in accordance with a first wireless protocol; (b) receiving onto the device second wireless communications from a second occupancy detector, wherein the second wireless communications include second information received from a second plurality of fluorescent lamp starter units, and wherein the second wireless communications are transmitted from the second occupancy detector in accordance with the first wireless protocol; (c) storing the first information and the second information on the device; and (d) transmitting the first and second information from the device using a second wireless protocol.