mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus capable of being connected to a line to perform communication, comprising: shifting means (101, 125) for shifting the communication apparatus to a sleep state when a condition for shifting to the sleep state is satisfied; timer means for measuring a time during which the sleep state continues; and determination means for returning, when the time measured by the timer means reaches a predetermined time, the communication apparatus from the sleep state, and determining whether the communication apparatus is connected to the line; characterized in control means for controlling not to power off the communication apparatus if the determination means determines that the communication apparatus is connected to the line, and to power off the communication apparatus if the determination means determines that the communication apparatus is not connected to the line. shifting means (101, 125) for shifting the communication apparatus to a sleep state when a condition for shifting to the sleep state is satisfied; timer means for measuring a time during which the sleep state continues; and determination means for returning, when the time measured by the timer means reaches a predetermined time, the communication apparatus from the sleep state, and determining whether the communication apparatus is connected to the line; characterized in control means for controlling not to power off the communication apparatus if the determination means determines that the communication apparatus is connected to the line, and to power off the communication apparatus if the determination means determines that the communication apparatus is not connected to the line.
Method for the preparation of a solid dosage form of oleyl phosphocholine for oral administration, said method comprises: a) adding to a dry mixture comprising one or more pharmaceutically acceptable diluents/fillers, disintegrants and/or binders water comprising 6 to 25 weight% oleyl phosphocholine; b) drying and sieving the mixture obtained in step (a); c) adding one or more disintegrants and/or lubricants to the mixture obtained in step (b); d) mixing the mixture obtained in step (c); e) preparing an oral dosage form of the mixture of step (d), preferably by compression molding; wherein said solid dosage form provides a friability of less than 1 weight%, preferably less than 0.5 weight%, of the solid dosage form as determined in accordance with the European Pharmacopoeia 2.9.7 standard friability test and/or said solid dosage form provides a disintegration of less than 15 minutes, preferably less than 10 minutes, as determined in accordance with the European Pharmacopoeia 2.9.1 standard disintegration test. a) adding to a dry mixture comprising one or more pharmaceutically acceptable diluents/fillers, disintegrants and/or binders water comprising 6 to 25 weight% oleyl phosphocholine; b) drying and sieving the mixture obtained in step (a); c) adding one or more disintegrants and/or lubricants to the mixture obtained in step (b); d) mixing the mixture obtained in step (c); e) preparing an oral dosage form of the mixture of step (d), preferably by compression molding;
A method of controlling the creation of a magnetic field with an assembly of coils, which field has a desired geometric shape around a given origin, characterized in that the method comprises the following steps: creating a test current in each coil at a time, measuring the magnetic field distribution around the origin caused by the test current and decomposing the measured magnetic fields into desired and undesired components of the magnetic field, wherein each coil in the assembly is characterized by the field components and their gradients that it generates at the origin, wherein the components of the magnetic field include field values and/or derivatives of desired order and wherein the undesired components contribute to magnetic field shapes which are wanted to be excluded from the generated magnetic field; forming a system of linear equations corresponding to the equation B = MI, where B is a field vector, I is a vector with components describing currents in the individual coils of said assembly of coils and M is a matrix describing the linear relationship between B and I, so that the system of linear equations is based on the decomposed components giving the same decomposition of the magnetic field that results from simultaneous powering of the coils of the coil assembly by a set of currents; and determining a set of currents that result in the desired geometric shape by solving the system of linear equations. creating a test current in each coil at a time, measuring the magnetic field distribution around the origin caused by the test current and decomposing the measured magnetic fields into desired and undesired components of the magnetic field, wherein each coil in the assembly is characterized by the field components and their gradients that it generates at the origin, wherein the components of the magnetic field include field values and/or derivatives of desired order and wherein the undesired components contribute to magnetic field shapes which are wanted to be excluded from the generated magnetic field; forming a system of linear equations corresponding to the equation B = MI, where B is a field vector, I is a vector with components describing currents in the individual coils of said assembly of coils and M is a matrix describing the linear relationship between B and I, so that the system of linear equations is based on the decomposed components giving the same decomposition of the magnetic field that results from simultaneous powering of the coils of the coil assembly by a set of currents; and determining a set of currents that result in the desired geometric shape by solving the system of linear equations.
System for minimizing the risk of fire when treating a substrate (23,22) comprising a soil with weeds using high-voltage electrodes wherein the system comprises: a vehicle (122,132,142,152); an applicator (102, 121, 131, 141, 151) coupled to the vehicle (122,132,142,152); a plurality of electrodes (2, 3, 10, 41, 42, 44, 51, 52, 54, 70, 71) coupled to the applicator; the system characterized by further comprising at least one mat (123,133,143, 153,156) placed behind the electrodes (2, 3, 10, 41, 42, 44, 51, 52, 54, 70, 71) of the applicator (102, 121, 131, 141, 151) in the direction of travel. a vehicle (122,132,142,152); an applicator (102, 121, 131, 141, 151) coupled to the vehicle (122,132,142,152); a plurality of electrodes (2, 3, 10, 41, 42, 44, 51, 52, 54, 70, 71) coupled to the applicator; the system characterized by further comprising at least one mat (123,133,143, 153,156) placed behind the electrodes (2, 3, 10, 41, 42, 44, 51, 52, 54, 70, 71) of the applicator (102, 121, 131, 141, 151) in the direction of travel.
A display system arrangement for retaining a sheet of material, comprising an elongated support profile and at least one retainer profile, the support profile comprises a longitudinal channel, which is open at least towards a lower side of the support profile and which present a first surface and a the first surface opposite second surface, the at least one retainer profile being insertable in said channel in order to form a retaining interface between said first surface of the channel and a first surface of the retainer profile, the retainer profile comprising a the first surface reverse second surface, wherein the display system arrangement comprises at least one locking clip insertable in said channel between the second surface of the channel and the second surface of the retainer profile, and that the locking clip comprises spring means, which when inserted exert pressure in the transverse direction against said second surface of the channel and said second surface of the retainer profile, characterised in that the locking clip comprises a carrier, which accommodate the spring means and which when inserted abut the second surface of the channel and the second surface of the retainer profile.
A condensing unit for connection to a water heating boiler in a water heating system, the boiler having a boiler system water outlet and a boiler system water return inlet for connection respectively to a system boiler feed pipe and a system water return pipe and a boiler gas outlet for connection to an exhaust gas flue inlet, the condensing unit comprising a freestanding main enclosure having an exhaust gas flue passageway for connection between the boiler gas outlet and the exhaust gas flue inlet, a water jacket arranged for heat transfer between the water jacket and the exhaust gas flue passageway, the water jacket having a water jacket inlet for connection to the system boiler return pipe and a water jacket outlet for connection to the boiler system return inlet, the exhaust gas flue passageway comprises a pair of spaced-apart manifolds (21, 27), namely, a main manifold divided into an inlet manifold having a gas passageway inlet for connection to the boiler gas outlet and an outlet manifold having a passageway outlet for connection to the exhaust gas flue inlet and a transfer manifold and at least one gas transfer conduit between each of the inlet and outlet manifolds (25, 26) and the transfer manifold; characterised in that: the water jacket surrounds most of the exhaust gas flue passageway; and in which the water jacket comprises a main tank having substantially parallel extension tanks projecting therefrom and abutting against a cover plate of the condensing unit, the cover plate, extension tanks and the main tank forming the plurality gas conduits therebetween. the water jacket surrounds most of the exhaust gas flue passageway; and in which the water jacket comprises a main tank having substantially parallel extension tanks projecting therefrom and abutting against a cover plate of the condensing unit, the cover plate, extension tanks and the main tank forming the plurality gas conduits therebetween.
Vehicle chassis in particular for containers, vehicle bodies or similar cargo containers comprising an undercarriage that can be supported on the ground by means of wheels, and a loading frame that can be moved relative to said undercarriage in a translational manner and that can be coupled to a tractor, the loading frame comprising a front loading frame bar that extends transversely to the vehicle chassis longitudinal axis and the undercarriage comprising a rear undercarriage bar that can be moved relative to the undercarriage and that extends transversely to the vehicles chassis longitudinal axis, and in addition a controller being provided which is connected to position sensors for identifying the position of the undercarriage, loading frame, front loading frame bar and rear undercarriage bar, the controller determining an actual state based on a detected loading position and generating control signals based on a predefinable target state, characterised in that the front loading frame bar and the rear undercarriage bar are shifted in parallel with the vehicle chassis longitudinal axis by means of an adjustment device comprising lifting means, in that the controller is intended to actuate the lifting means of the adjustment device designed as lifting cylinders (9.1, 9.2, 10.1, 10.2) in order to shift the front loading frame bar and the rear undercarriage bar in each case independently of one another in parallel with the vehicle chassis longitudinal axis, which controller is connected to position sensors for identifying the position of the undercarriage, loading frame, front loading frame bar and rear undercarriage bar with regard to the position in parallel with the vehicle chassis longitudinal axis, the controller determining an actual state, based on the detected positions, with regard to the position thereof in parallel with the vehicle chassis longitudinal axis, and generating control signals for actuating the lifting means of the adjustment device based on a predefined target state, locking means additionally being provided which can be actuated by means of the controller in the unlocking and locking direction, and a start-up security system being provided in order to allow start-up only in the correctly locked state.
A method for making up keratinous materials, notably, such as the skin, lips and appendages, comprising the following steps: - depositing on the keratinous materials by means of a non-magnetic cosmetic applicator at least one cosmetic composition, this cosmetic composition including: - at least one body having non-zero magnetic susceptibility and mobile under the effect of a magnetic field, - at least one tinting agent producing a chemical color par absorption, of at least one portion of the visible spectrum, - at least partly exposing the composition to a magnetic field so as to modify the orientation and/or displace at least one portion of the magnetic bodies, the magnetic field being applied so as to form at least one pattern on the composition. - depositing on the keratinous materials by means of a non-magnetic cosmetic applicator at least one cosmetic composition, this cosmetic composition including: - at least one body having non-zero magnetic susceptibility and mobile under the effect of a magnetic field, - at least one tinting agent producing a chemical color par absorption, of at least one portion of the visible spectrum, - at least one body having non-zero magnetic susceptibility and mobile under the effect of a magnetic field, - at least one tinting agent producing a chemical color par absorption, of at least one portion of the visible spectrum, - at least partly exposing the composition to a magnetic field so as to modify the orientation and/or displace at least one portion of the magnetic bodies, the magnetic field being applied so as to form at least one pattern on the composition.
A method of operating a hybrid engine, said method comprising lubricating and operating the hybrid engine with a lubricating oil composition comprising: a. a major amount of an oil of lubricating viscosity; b. a magnesium containing detergent present in an amount to provide 50 ppm to 1500 ppm of magnesium; and c. a borated dispersant present in an amount to provide from at least 30 ppm to 1000 ppm boron, based on the total weight of the lubricating oil composition. a. a major amount of an oil of lubricating viscosity; b. a magnesium containing detergent present in an amount to provide 50 ppm to 1500 ppm of magnesium; and c. a borated dispersant present in an amount to provide from at least 30 ppm to 1000 ppm boron, based on the total weight of the lubricating oil composition.
A gas spring for a sliding refractory gate valve, comprising a container, a ram which is extendable relative to the container, a bellows connected at one end to the ram and at the other end to a part of the container, a gas within the container outside the bellows and acting to compress the bellows and extend the ram, characterised in that the ram has a blind internal bore and a mechanical compression spring is at least partially disposed in the bore so as to be interposed between the ram and the container and also acting to extend the ram.
Bead breaker device for removing a tyre from a rim of a wheel, the bead breaker device comprising: a support structure; a rotatable reception or hub, which is configured to receive a rim of wheel so that the wheel is rotatable around a rotational axis which is coaxial with the axis of the wheel; a bead breaker arm which is pivotably fixed to the support structure by a first joint; said first joint being supported by a carriage, which is linearly movably mounted to the support structure so that the joint slidable in a direction which is parallel to the rotational axis; wherein said bead breaker device further comprises a second joint pivotably connecting an actuation rod to the bead breaker arm, and an actuator configured for moving the actuation rod in order to move the bead breaker arm between its closed position and an open position. a support structure; a rotatable reception or hub, which is configured to receive a rim of wheel so that the wheel is rotatable around a rotational axis which is coaxial with the axis of the wheel; a bead breaker arm which is pivotably fixed to the support structure by a first joint; said first joint being supported by a carriage, which is linearly movably mounted to the support structure so that the joint slidable in a direction which is parallel to the rotational axis; wherein said bead breaker device further comprises a second joint pivotably connecting an actuation rod to the bead breaker arm, and an actuator configured for moving the actuation rod in order to move the bead breaker arm between its closed position and an open position.
Method for heating a heating chamber, the temperature of which may also lie below the spontaneous ignition temperature of the fuel used, wherein fuel and air are brought to reaction in a non-stoichiometric ratio in a combustion chamber and transferred as a reaction gas into the heating chamber without extraction of useful heat, and the reaction gas is fully oxidised in the heating chamber by the addition of air and/or fuel as required, characterised in that the reaction is a flameless oxidation. wherein fuel and air are brought to reaction in a non-stoichiometric ratio in a combustion chamber and transferred as a reaction gas into the heating chamber without extraction of useful heat, and the reaction gas is fully oxidised in the heating chamber by the addition of air and/or fuel as required, characterised in that the reaction is a flameless oxidation.
Method for providing information to a central server (130,150) using an electronic device (120,122;400;500) comprising a screen display (121,123;410;510) and a SIM (Subscriber Identity Module) card, wherein the method comprises an initial registration step, in which a code is provided to the electronic device, the electronic device sends, in an SMS (Short Message Service), the said code or a value calculated based on said code to a predetermined SMS recipient, the central server (130,150) receives said code or value comprised in said SMS and based thereupon authenticates the electronic device (120, 122; 400; 500), characterised in that said authentication comprises or results in that a secure communication channel is set up between the device (120,122;400;500) and the server (130,150) based upon said code, in that the method further comprises the electronic device (120,122;400;500) creating or selecting digitally coded image data and communicating to the central server (130,150) information based upon which the central server (130,150) can interpret screen coordinates for a user selection on the screen display (121,123;410;510), and in that the method further comprises, in a later performed information providing step performed at least partly via the said secure communications channel, the sub steps a) displaying on said screen display (121,123;410;510) an image (420;520) based on said image data to the user; b) allowing the user to select a specific part (430;530) of the displayed image (420;520); c) providing to the central server (130,150) from the electronic device (120,122;400;500), over said secure communication channel, a coordinate position (431,432;531,532) representing the location for the specific part (430;530) on the screen display (121,123;410;510); d) in the central server (130,150), identifying one subpart (423;523) of said displayed image (420;520), among a set of several different such subparts, corresponding to the coordinate position (431,432;531,532); and e) translating the subpart (423;523) into a piece of information corresponding to the subpart (423;523) in question based upon a set of associations between specific respective such subparts and specific respective pieces of information. a) displaying on said screen display (121,123;410;510) an image (420;520) based on said image data to the user; b) allowing the user to select a specific part (430;530) of the displayed image (420;520); c) providing to the central server (130,150) from the electronic device (120,122;400;500), over said secure communication channel, a coordinate position (431,432;531,532) representing the location for the specific part (430;530) on the screen display (121,123;410;510); d) in the central server (130,150), identifying one subpart (423;523) of said displayed image (420;520), among a set of several different such subparts, corresponding to the coordinate position (431,432;531,532); and e) translating the subpart (423;523) into a piece of information corresponding to the subpart (423;523) in question based upon a set of associations between specific respective such subparts and specific respective pieces of information.
A robot joint structure comprising: a first robot member; a second robot member; and a speed reducer incorporated in a joint portion that connects the first robot member and the second robot member to each other, characterized in that the speed reducer includes an external gear, an internal gear that meshes with the external gear, a fixing member that is provided so as to be non-rotatable relative to the internal gear and is disposed on an input side in an axial direction with respect to the internal gear, the fixing member is fixed to the first robot member by bringing an inner peripheral surface of the first robot member and an outer peripheral surface of the fixing member into pressure contact with each other by fastening using a first fastening member, and at least a part of an axial range of the first fastening member does not overlap internal teeth of the internal gear when viewed in a radial direction. a first robot member; a second robot member; and a speed reducer incorporated in a joint portion that connects the first robot member and the second robot member to each other, characterized in that the speed reducer includes an external gear, an internal gear that meshes with the external gear, a fixing member that is provided so as to be non-rotatable relative to the internal gear and is disposed on an input side in an axial direction with respect to the internal gear, the fixing member is fixed to the first robot member by bringing an inner peripheral surface of the first robot member and an outer peripheral surface of the fixing member into pressure contact with each other by fastening using a first fastening member, and at least a part of an axial range of the first fastening member does not overlap internal teeth of the internal gear when viewed in a radial direction.
A control device for refrigeration and conditioning systems, comprising: - an electronic expansion valve, operably connectable to an evaporator arranged within a refrigerated/conditioned environment, - a temperature sensor for said evaporator, - an electronic board for the wired management of said electronic expansion valve and said temperature sensor, said electronic board being preset to be arranged within a refrigerated/conditioned environment in which said control device is installed, characterized in further comprising a hermetic shell, a display and a plurality of buttons (21, 22, 23); wherein said electronic board is covered with said hermetic shell; wherein on said electronic management board there is a protective frame which is contoured to surround said display and said plurality of buttons (21, 22, 23) which are mounted on said electronic board, said protective frame being embedded in said hermetic shell. - an electronic expansion valve, operably connectable to an evaporator arranged within a refrigerated/conditioned environment, - a temperature sensor for said evaporator, - an electronic board for the wired management of said electronic expansion valve and said temperature sensor, said electronic board being preset to be arranged within a refrigerated/conditioned environment in which said control device is installed, wherein said electronic board is covered with said hermetic shell; wherein on said electronic management board there is a protective frame which is contoured to surround said display and said plurality of buttons (21, 22, 23) which are mounted on said electronic board, said protective frame being embedded in said hermetic shell.