mhurhangee/ep-ind-claims huggingface dataset:
Control method for an analogue display device fitted to a timepiece movement (2; 30; 56), said analogue display device including a first indicator (4; 5) associated with a first display for a first time parameter including a circular graduation and a second indicator (6; 6A; 6B) associated with a second display for a second parameter, the first and second indicators being respectively associated with a first drive mechanism and with a second drive mechanism which are actuated by one and the same motor (16; 16A; 16B), the second indicator being periodically driven when said motor is actuated, and the second drive mechanism including a wheel set (22; 36; 66) for periodically actuating said second indicator able successively to take a set of positions, said periodic actuation wheel set being arranged to drive the second indicator when said periodic actuation wheel set is in a first sub-set of positions of said set of positions and to be driven by said motor from one position to the other of the first sub-set of positions, the second indicator remaining substantially immobile when said periodic actuation wheel set is driven by said motor from one position to another in a second sub-set of positions of said set of positions, said second sub-set of positions including a plurality of positions, the first and second drive mechanisms being arranged such that the first indicator can gradually indicate at least one complete cycle of the first time parameter while said wheel set remains in the second sub-set of positions; the control method comprising a step according to which said motor is controlled by the timepiece movement such that, when the first indicator is in an operating mode and the second indicator is arranged to remain substantially immobile, the value of the first time parameter is indicated, in a cyclical manner, by way of the first indicator associated with said circular graduation, said first indicator being driven in rotation by said motor alternately: - in a forward direction, to display said first time parameter, during a first period in which said periodic actuation wheel set is simultaneously driven in positions of the second sub-set of positions, and - in a backward direction, in accelerated mode, during a second period following the first period, before said periodic actuation wheel set is driven in a position of the first sub-set of positions; wherein the reverse actuation of the motor, for driving the first indicator in a backward direction, is achieved such that the first indicator correctly displays the first time parameter when the motor is operated in the forward direction again for a following new first period. - in a forward direction, to display said first time parameter, during a first period in which said periodic actuation wheel set is simultaneously driven in positions of the second sub-set of positions, and - in a backward direction, in accelerated mode, during a second period following the first period, before said periodic actuation wheel set is driven in a position of the first sub-set of positions;
Ventilation system comprising at least one room of a building, a room ventilation module and a heat exchanger module, wherein the room ventilation module is arranged in the room, wherein the heat exchanger module is arranged outside the room, wherein the room contains at least one temporarily switchable air source or air sink, wherein outside air can be supplied to the heat exchanger module as supply air via an inlet element and exhaust air can be discharged as discharge air via an outlet element, wherein a first connecting duct is configured to transport the supply air from the heat exchanger module to the room ventilation module, wherein a second connecting duct is configured to transport the exhaust air from the room ventilation module to the heat exchanger module, wherein the heat exchanger module is spatially separated from the room ventilation module by a room boundary, wherein the room ventilation module contains a first fan for transporting the supply air through the first connecting duct into the room and a second fan for transporting the exhaust air through the second connecting duct out of the room, wherein the first fan and the second fan can be switched off when the switchable air source or air sink in the room is put into operation, wherein the ventilation system is equipped with a control of supply and exhaust air for a constant volume flow which does not create a pressure difference in the room, characterised in that the first fan and the second fan can be switched off when the switchable air source or air sink in the room is put into operation, wherein the ventilation system is equipped with a regulation of supply and exhaust air for a constant volume flow, which does not allow a pressure difference to arise in the room, wherein the ventilation system is equipped with an integrated fault monitoring unit, so that as soon as an air source or air sink is switched on, the fault monitoring unit recognises this situation and temporarily switches off the first and second fans.
Mop cover for cleaning surfaces, comprising a base, flock material (3, 3a) being assigned to the base, the flock material (3, 3a) being arranged on a surface which can be turned towards a floor surface to be cleaned, characterized in that the flock material (3, 3a) is arranged like islands and/or isolated in regions on the surface in such a way that the latter is not completely covered by flock material (3, 3a), in that the flock material (3, 3a) is arranged on a separate cleaning strip (5, 5a), which in turn is fixed to the base, and in that at least one cleaning strip (5, 5a, 5b) is wrapped around one or more outer edges of the mop cover.
An inspection method of a heat flux sensor including a plurality of thermoelectric elements, the inspection method comprising the steps of: preparing the heat flux sensor; preparing a heat flow generation device including a heating unit that has a heater plate with a heating resistor, a heat radiation measurement plate disposed on a first surface of the heater plate to measure heat leakage from the first surface, and a cooling unit that is disposed on a second surface of the heater plate; sandwiching the heat flux sensor between the heating unit and the cooling unit, heating the heat flux sensor by the heater plate and cooling the heat flux sensor by the cooling unit to generate a heat flow passing through the heat flux sensor; wherein all the thermoelectric elements included in the heat flux sensor are laid out in such a manner as to overlap the heating resistor included in the heater plate; measuring an output voltage from the heat flux sensor and inspecting characteristics indicating the relationship between the rate of heat flow generated by the heater plate and the output voltage from the heat flux sensor based on the measurement result, characterized in that the step of measuring the output voltage from the heat flux sensor is performed when a temperature of the heater plate is equal to an ambient temperature and the heat radiation measurement plate detects that there is no heat leakage. preparing the heat flux sensor; preparing a heat flow generation device including a heating unit that has a heater plate with a heating resistor, a heat radiation measurement plate disposed on a first surface of the heater plate to measure heat leakage from the first surface, and a cooling unit that is disposed on a second surface of the heater plate; sandwiching the heat flux sensor between the heating unit and the cooling unit, heating the heat flux sensor by the heater plate and cooling the heat flux sensor by the cooling unit to generate a heat flow passing through the heat flux sensor; wherein all the thermoelectric elements included in the heat flux sensor are laid out in such a manner as to overlap the heating resistor included in the heater plate; measuring an output voltage from the heat flux sensor and inspecting characteristics indicating the relationship between the rate of heat flow generated by the heater plate and the output voltage from the heat flux sensor based on the measurement result, characterized in that the step of measuring the output voltage from the heat flux sensor is performed when a temperature of the heater plate is equal to an ambient temperature and the heat radiation measurement plate detects that there is no heat leakage.
A method of arranging a P2P overlay network comprising a streaming source arranged to stream data content and a plurality of peers arranged in distribution layers, the method comprising the steps of: arranging the peers in the distribution layers such that data content download requirements of peers in any one distribution layer does not exceed data content distribution capacity of peers in an immediately preceding distribution layer; categorizing the peers into different categories, wherein peers of one category are restricted from communicating with peers of a different category: selecting, when a first peer has capacity to distribute a data content stream to another peer in an immediately subsequent layer but is restricted from doing so, a second peer from a distribution layer subsequent to that of the first peer, which second peer is not being restricted from distributing the data content stream to said another peer; and switching positions of the first peer and the selected second peer in the overlay network. arranging the peers in the distribution layers such that data content download requirements of peers in any one distribution layer does not exceed data content distribution capacity of peers in an immediately preceding distribution layer; categorizing the peers into different categories, wherein peers of one category are restricted from communicating with peers of a different category: selecting, when a first peer has capacity to distribute a data content stream to another peer in an immediately subsequent layer but is restricted from doing so, a second peer from a distribution layer subsequent to that of the first peer, which second peer is not being restricted from distributing the data content stream to said another peer; and switching positions of the first peer and the selected second peer in the overlay network. selecting, when a first peer has capacity to distribute a data content stream to another peer in an immediately subsequent layer but is restricted from doing so, a second peer from a distribution layer subsequent to that of the first peer, which second peer is not being restricted from distributing the data content stream to said another peer; and switching positions of the first peer and the selected second peer in the overlay network.
A cosmetic packaging defining a main axis and comprising: - a body defining at least one opening and centred with respect to said main axis, - a cosmetic of the solid compact powder type and arranged inside said body, - an advancement mechanism suitable to make said cosmetic emerge at least partially from said opening, - retaining means suitable to retain said cosmetic at least at said opening and comprising at least one protuberance arranged inside said body, - said protuberance extending inside said body parallel to said main axis and radially towards said main axis so as to converge on a plane perpendicular to said main axis, - and characterised in that - said body comprises a first portion and a second portion transiently connected to one another and centred with respect to said main axis and said advancement mechanism is connected to said portions (21, 22) in such a way as to push said cosmetic towards said opening when said portions (21, 22) are reciprocally moved along said main axis, - said second portion is arranged adjacent to said opening, comprises said cosmetic and is suitable to at least partially enter said first portion when said portions (21,22) are reciprocally moved along said main axis and said advancement mechanism comprises at least a piston centred with respect to said main axis, connected to said first portion and suitable to push said cosmetic towards said opening. - a body defining at least one opening and centred with respect to said main axis, - a cosmetic of the solid compact powder type and arranged inside said body, - an advancement mechanism suitable to make said cosmetic emerge at least partially from said opening, - retaining means suitable to retain said cosmetic at least at said opening and comprising at least one protuberance arranged inside said body, - said protuberance extending inside said body parallel to said main axis and radially towards said main axis so as to converge on a plane perpendicular to said main axis, - and characterised in that - said body comprises a first portion and a second portion transiently connected to one another and centred with respect to said main axis and said advancement mechanism is connected to said portions (21, 22) in such a way as to push said cosmetic towards said opening when said portions (21, 22) are reciprocally moved along said main axis, - said second portion is arranged adjacent to said opening, comprises said cosmetic and is suitable to at least partially enter said first portion when said portions (21,22) are reciprocally moved along said main axis and said advancement mechanism comprises at least a piston centred with respect to said main axis, connected to said first portion and suitable to push said cosmetic towards said opening.
An odour trap for being disposed in a drain pot, comprising an upper part including an immersion pipe, and a lower part including a vessel that is open towards the upside, wherein, in the mounted state, the immersion pipe protrudes into the vessel, wherein the upper part, at an exterior surface (A') of the immersion pipe, includes at least one locking element, and the lower part, at an internal surface (I') of the vessel, includes at least one locking receptacle, wherein due to the locking element and the locking receptacle, the upper part and the lower part are releasably connected to one another in a form-fit and/or force-fit manner, wherein the locking element includes a locking geometry, in particular a cylindrical locking geometry disposed at the exterior surface (A') of the immersion pipe, and the locking receptacle comprises two webs, wherein the webs each include an inner contour for receiving the locking geometry of the locking element, in particular the cylindrical locking geometry.
A pipe holder for attaching a heating pipe and/or cooling pipe on an insulating layer, wherein the pipe holder is U-shaped or essentially U-shaped in design, and exhibits a U-base along with two U-legs connected thereto, wherein at least one barbed hook is connected to each U-leg for anchoring the pipe holder in the insulating layer, characterized in that at least one cutting edge projects out of the insulating layer-side surface of the lower barbed hook connected to each U-leg, and that the cutting edge extends upwardly from the lower end of the barbed hook or from the lower end of the allocated U-leg by way of a barbed hook element.
An oleodynamic braking distributor for an agricultural or forestry vehicle comprising a body where a slide valve is obtained, arranged to control the operation of a servo-valve; said servo-valve being configured to control a towed vehicle connected, in use, to said agricultural or forestry vehicle; wherein said body of the distributor has a dispensing chamber having, in turn, a first inlet for a first high-pressure oil delivery and a first outlet for the discharge; wherein the dispensing chamber further has a drive assembly operated by a control oil delivery and a second outlet for the discharge; wherein the slide valve comprises a first seat, which is arranged inside said dispensing chamber and is interposed between said first inlet and said first outlet; characterised in that the distributor comprises a switching system, which is configured to change, depending on the type of towed vehicle connected to the distributor, the surface of said first seat exposed to the oil coming from the first high-pressure oil delivery.
A liquid crystal aligning agent composition comprising: a polymer containing polyamic acid repeating units; and a urea-based compound represented by the following Chemical Formula 1: wherein, in Chemical Formula 1, A is a divalent to tetravalent functional group, n is an integer of 2 to 4, at least one of R 1 and R 2 is a hydroxyalkyl group having 1 to 20 carbon atoms, and the other is hydrogen, an alkyl group having 1 to 20 carbon atoms, or an aryl group having 6 to 20 carbon atoms, wherein the polyamic acid repeating unit includes a repeating unit represented by the following Chemical Formula 3: wherein, in Chemical Formula 3, X 1 is a tetravalent organic group, and Y 1 is a bivalent organic group represented by the following Chemical Formula 6: wherein, in Chemical Formula 6, at least one of Q 1 to Q 8 is nitrogen and the rest are carbon, D is -NR'- or -O-, and R' is hydrogen or an alkyl group having 1 to 6 carbon atoms. a polymer containing polyamic acid repeating units; and a urea-based compound represented by the following Chemical Formula 1: wherein, in Chemical Formula 1, A is a divalent to tetravalent functional group, n is an integer of 2 to 4, at least one of R 1 and R 2 is a hydroxyalkyl group having 1 to 20 carbon atoms, and the other is hydrogen, an alkyl group having 1 to 20 carbon atoms, or an aryl group having 6 to 20 carbon atoms, A is a divalent to tetravalent functional group, n is an integer of 2 to 4, at least one of R 1 and R 2 is a hydroxyalkyl group having 1 to 20 carbon atoms, and the other is hydrogen, an alkyl group having 1 to 20 carbon atoms, or an aryl group having 6 to 20 carbon atoms, wherein the polyamic acid repeating unit includes a repeating unit represented by the following Chemical Formula 3: wherein, in Chemical Formula 3, X 1 is a tetravalent organic group, and Y 1 is a bivalent organic group represented by the following Chemical Formula 6: wherein, in Chemical Formula 6, at least one of Q 1 to Q 8 is nitrogen and the rest are carbon, D is -NR'- or -O-, and R' is hydrogen or an alkyl group having 1 to 6 carbon atoms.
Delivery unit for extracting liquid additive from a tank, which delivery unit can be mounted on the tank, the delivery unit having a housing and a fill level sensor for measuring the fill level of liquid additive in the tank, wherein the fill level sensor is set up to emit waves into an emission region of the tank, and the fill level can be measured by means of a propagation time measurement of the waves that are reflected by a liquid surface and strike the fill level sensor again, characterized in that: the delivery unit has at least a first reference surface which extends at least partially into the emission region and is at a first distance from the fill level sensor, wherein the at least one first reference surface is arranged on a separate calibration component which is mounted on an outer side of the housing of the delivery unit. the delivery unit has at least a first reference surface which extends at least partially into the emission region and is at a first distance from the fill level sensor, wherein the at least one first reference surface is arranged on a separate calibration component which is mounted on an outer side of the housing of the delivery unit.
An airbag panel arrangement for supporting protection of a vehicle occupant in the event of an ongoing or imminent collision, said airbag panel arrangement being adapted to be arranged in connection with a dashboard of a vehicle, said airbag panel arrangement comprising an inflatable airbag adapted to upon deployment protect lower body parts of a vehicle occupant seated in a vehicle seat facing said dashboard, said airbag panel arrangement comprising: a panel displacing system adapted for supporting displacement in the event of an ongoing or impending collision of said airbag panel arrangement outwardly from said dashboard from a default position to an at least first ejected position, wherein airbag deployment is supported in both said default position and in said at least first ejected position.
A method to enhance connectivity for a user device in a wireless local area network, WLAN, the method comprising: receiving a registration response at the user device, the registration response indicating one or more registration plans; selecting, at the user device, a registration plan from the one or more registration plans; sending, by the user device, registration information associated with the user device to a server of an external network, the registration information selected based on the selected registration plan; and entering, by the user device, a provisioning state after sending the registration information if it is determined by the server of the external network that the registration information is valid for the selected registration plan. receiving a registration response at the user device, the registration response indicating one or more registration plans; selecting, at the user device, a registration plan from the one or more registration plans; sending, by the user device, registration information associated with the user device to a server of an external network, the registration information selected based on the selected registration plan; and entering, by the user device, a provisioning state after sending the registration information if it is determined by the server of the external network that the registration information is valid for the selected registration plan.
A SiC semiconductor device manufacturing method, comprising: a step of etching a surface of a SiC substrate with H 2 gas under Si-excess atmosphere within a temperature range of 1000°C to 1350°C; a step of depositing, by a CVD method, a SiO 2 film on the SiC substrate at such a temperature that the SiC substrate is not oxidized; and a step of thermally treating the SiC substrate, on which the SiO 2 film is deposited, in NO gas atmosphere within a temperature range of 1150°C to 1350°C. a step of etching a surface of a SiC substrate with H 2 gas under Si-excess atmosphere within a temperature range of 1000°C to 1350°C; a step of depositing, by a CVD method, a SiO 2 film on the SiC substrate at such a temperature that the SiC substrate is not oxidized; and a step of thermally treating the SiC substrate, on which the SiO 2 film is deposited, in NO gas atmosphere within a temperature range of 1150°C to 1350°C.
A material injection assembly for transferring waste to a waste processing apparatus, comprising: a sleeve having an inlet, through which waste may enter said sleeve, and a passageway through which material may exit said sleeve; a gate including a movable gate plate positioned between said inlet and said passageway, said gate plate defining an aperture configured to pass compressed waste through said passageway; characterized by a ram configured to receivingly operate within said sleeve to compress newly introduced waste and a partial plug of previously introduced waste against the gate to form a complete plug. a sleeve having an inlet, through which waste may enter said sleeve, and a passageway through which material may exit said sleeve; a gate including a movable gate plate positioned between said inlet and said passageway, said gate plate defining an aperture configured to pass compressed waste through said passageway; characterized by a ram configured to receivingly operate within said sleeve to compress newly introduced waste and a partial plug of previously introduced waste against the gate to form a complete plug.