mhurhangee/ep-ind-claims huggingface dataset:
Method of producing a supported structure resting locally on supports (100; 7), comprising the steps of: a) installing on the supports (100; 7) a support formwork for receiving firstly the ends of the support armature (7.1; 8) and secondly the ends of structural beam formworks (2.1), each support formwork including a series of notches (1.1) for receiving and bracing the formworks (2.1) for the structural beams, b) pouring concrete into the support formworks to fasten together the support formworks and support rods (7.1, 8), c) placing the structural beam formworks (2.1) in the notches of each support formwork and placing a reinforcement (2.2). a) installing on the supports (100; 7) a support formwork for receiving firstly the ends of the support armature (7.1; 8) and secondly the ends of structural beam formworks (2.1), each support formwork including a series of notches (1.1) for receiving and bracing the formworks (2.1) for the structural beams, b) pouring concrete into the support formworks to fasten together the support formworks and support rods (7.1, 8), c) placing the structural beam formworks (2.1) in the notches of each support formwork and placing a reinforcement (2.2).
A system for identifying a specific RFID tag, the system comprising an RFID reader circuitry configured for sending and receiving RF signals to detect RFID tags (12,42) and for obtaining signal parameter information associated with one or more RFID tags (12,42) including a plurality of different signal parameter values associated with each of the one or more RFID tags (12,42), and a processing circuitry configured for using the signal parameter information of each of the one or more RFID tags (12,42); and for determining a specific RFID tag, using a tag score of each of the one or more RFID tags (12,42), characterized in that the processing circuitry is configured for calculating the tag score of each of the one or more RFID tags by emphasizing at least one of the signal parameter values over another signal parameter value by multiplying the at least one signal parameter value by a respective multiplier, wherein the processing circuitry is operable if more than one tag is detected, for determining a difference between the highest tag score and the next highest tag score of the RFID tags (12,42) and comparing the difference to a first threshold value to determine the specific RFID tag using the tag scores.
Method for controlling a cooking apparatus comprising a housing closed by a lid, the housing being equipped with a main heating element, a vessel placed in the housing, an element heating the upper edge of the vessel, an element heating the lid, a first temperature sensor located near the bottom of the vessel and a second temperature sensor placed in the lid, the method being characterised in that it comprises: - a soaking step comprising a first phase of decontamination during which the heating elements (17, 18, 19) are controlled to maintain a set temperature of 100°C inside the vessel; and a second phase during which the heating elements (17, 18, 19) are controlled to maintain, for a period between 30 minutes and 50 minutes, a set temperature of between 60 and 80°C inside the vessel; - a step of draining the soaking water; - a step of filling the vessel with a determined amount of water; - a heating step, starting at the end of the determined soaking time, during which the heating elements (17, 18, 19) are controlled to reach a set temperature between 85°C and 115°C inside the vessel; - a cooking step, starting as soon as the set temperature has been reached, during which the heating elements (17, 18, 19) are controlled to maintain the set temperature inside the vessel during a determined period of between 45 and 90 minutes. - a soaking step comprising a first phase of decontamination during which the heating elements (17, 18, 19) are controlled to maintain a set temperature of 100°C inside the vessel; and a second phase during which the heating elements (17, 18, 19) are controlled to maintain, for a period between 30 minutes and 50 minutes, a set temperature of between 60 and 80°C inside the vessel; - a step of draining the soaking water; - a step of filling the vessel with a determined amount of water; - a heating step, starting at the end of the determined soaking time, during which the heating elements (17, 18, 19) are controlled to reach a set temperature between 85°C and 115°C inside the vessel; - a cooking step, starting as soon as the set temperature has been reached, during which the heating elements (17, 18, 19) are controlled to maintain the set temperature inside the vessel during a determined period of between 45 and 90 minutes.
An exhaust purification system of internal combustion engine comprising: a reducing agent feed valve arranged in an engine exhaust passage, a reducing agent injection control device for controlling an action of injection of a reducing agent from the reducing agent feed valve, an electric pump for supplying a reducing agent to the reducing agent feed valve, and an electric pump drive control device for controlling a drive operation of the electric pump, wherein the reducing agent injection control device is designed such that an amount of reducing agent which is required for exhaust treatment is intermittently injected from the reducing agent feed valve, and, when an injection pressure of the reducing agent feed valve falls due to an injection of the reducing agent, the injection pressure of the reducing agent feed valve is raised by the electric pump to a target injection pressure which enables the amount of reducing agent required for exhaust treatment to be injected, wherein the reducing agent injection control device is further designed such that said reducing agent injection control device performs, in addition to a control of injecting reducing agent in an amount which is required for exhaust treatment, a control of injection for preventing clogging which prevents clogging of a nozzle opening of the reducing agent feed valve by intermittently injecting a smaller amount of reducing agent from the reducing agent feed valve compared with the amount of reducing agent which is required for exhaust treatment, characterized in that said electric pump drive control device is designed such that it stops the electric pump when there is a demand to stop the electric pump during engine operation, and that said reducing agent injection control device is designed such that, when the electric pump is stopped, said reducing agent injection control device intermittently injects the amount of reducing agent which is required for preventing clogging in the state where the electric pump is stopped until the injection pressure of the reducing agent feed valve falls below a predetermined allowable injection pressure which is lower compared with said target injection pressure or a number of injections from the reducing agent feed valve after the electric pump stops becomes a predetermined number of injections or more. a reducing agent feed valve arranged in an engine exhaust passage, a reducing agent injection control device for controlling an action of injection of a reducing agent from the reducing agent feed valve, an electric pump for supplying a reducing agent to the reducing agent feed valve, and an electric pump drive control device for controlling a drive operation of the electric pump,
An elevator without counterweight comprising: - a cabin and a frame structure, the cabin being movable relative to the frame structure in a vertical direction; - a drive system comprising at least one drive belt running over a respective plurality of pulleys; - said plurality of pulleys comprising stationary pulleys associated with the frame structure, and moving pulleys associated with the cabin, so that the moving pulleys move together with the cabin when the elevator is in use; whereby: - said moving pulleys being arranged in at least a first assembly fixed to the cabin, and a second assembly which is elastically connected to the first assembly by a compensation device of the tension of said drive belt, - said first assembly of moving pulleys comprising a first plurality of pulleys associated to a first support fixed to the cabin, and the second assembly of moving pulleys comprises a second plurality of pulleys associated to a floating support, the floating support being elastically connected to the fixed support by said compensation device, - said drive system comprising a plurality of drive belts (3a, 3b), said belts running over pulleys of said first and second assemblies, said second assembly being elastically connected to the first assembly by said compensation device. - a cabin and a frame structure, the cabin being movable relative to the frame structure in a vertical direction; - a drive system comprising at least one drive belt running over a respective plurality of pulleys; - said plurality of pulleys comprising stationary pulleys associated with the frame structure, and moving pulleys associated with the cabin, so that the moving pulleys move together with the cabin when the elevator is in use; - said moving pulleys being arranged in at least a first assembly fixed to the cabin, and a second assembly which is elastically connected to the first assembly by a compensation device of the tension of said drive belt, - said first assembly of moving pulleys comprising a first plurality of pulleys associated to a first support fixed to the cabin, and the second assembly of moving pulleys comprises a second plurality of pulleys associated to a floating support, the floating support being elastically connected to the fixed support by said compensation device, - said drive system comprising a plurality of drive belts (3a, 3b), said belts running over pulleys of said first and second assemblies, said second assembly being elastically connected to the first assembly by said compensation device.
A bristle carrier clamping holder for receiving and positioning a bristle carrier that is part of a brush to be manufactured, the clamping holder, with the bristle carrier releasably attached thereto, being transported through processing stations, comprising a retainer for the bristle carrier, the retainer having a lower pretensioning device and a plurality of upper stops, wherein the pretensioning device presses the bristle carrier against the stops from below and the pretensioning device has a plurality of contact points (46, 50) locally spaced apart from each other, characterized in that the contact points (46, 50) are pretensioned separately in groups or each separately and press against the bristle carrier.
Electromagnetically activated friction disc clutch for a motor vehicle with a rotor (2a, 2b) (in particular for introducing a drive torque), an armature plate that can be pulled against the rotor (2a, 2b) by means of magnetic forces, and a switchable coil for applying a force to the armature plate, wherein permanent magnets that effect a pulling force of the armature plate against a component magnetically cooperating with the armature plate are envisaged, so that the armature plate lies against the component, wherein clutch elements (4, 5, 6, 7, 9, 10, 11) are matched to each other in such a way that the armature plate remains in a position that is separated from the component when a switching force that effects the separation of the armature plate from the component is applied to the armature plate by an electric coil to counter the force of the permanent magnets, and the magnetic switching force of the electric coil then ceases, characterised in that the coil is matched to the current strength required for separating the armature plate in its capacity design in such a way that this current strength lies above the current strength permissible for a continuous operation of the electromagnetic coil.
A terminal, comprising: a control section configured to determine Capability information including user equipment, UE, Capability for a 3GPP Power Class; and a transmission section configured to transmit the Capability information, wherein the Capability information includes a UE Capability with stratified Cumulative Distribution Function, CDF, %-tile (301, 302, 311, 312) for Spherical Coverage Equivalent Isotropic Radiated Power, EIRP, wherein the UE Capability corresponds to a terminal type for which the CDF %-tile for Spherical Coverage is reduced from a specified value of a 3GPP Power Class, with Min Peak EIRP and Spherical coverage EIRP being maintained. a control section configured to determine Capability information including user equipment, UE, Capability for a 3GPP Power Class; and a transmission section configured to transmit the Capability information, wherein the Capability information includes a UE Capability with stratified Cumulative Distribution Function, CDF, %-tile (301, 302, 311, 312) for Spherical Coverage Equivalent Isotropic Radiated Power, EIRP, wherein the UE Capability corresponds to a terminal type for which the CDF %-tile for Spherical Coverage is reduced from a specified value of a 3GPP Power Class, with Min Peak EIRP and Spherical coverage EIRP being maintained.
A case for a mobile device, comprising: a first layer formed from an elastomeric first material; a second layer formed from a second material different from the elastomeric first material; and a third layer formed from an elastomeric third material different from the second material, wherein the second layer is arranged between the first layer and the third layer, with the first layer arranged on an outside of the case and the third layer arranged on an inside of the case so that the third layer is closer to the mobile device than the first layer when the mobile device is arranged in the case, and wherein the third layer includes an inside surface forming triangular protrusions that have a triangular cross-section and extend toward the inside of the case so that an apex of each of the protrusions contacts the mobile device when the mobile device is arranged inside the case. a first layer formed from an elastomeric first material; a second layer formed from a second material different from the elastomeric first material; and a third layer formed from an elastomeric third material different from the second material, wherein the second layer is arranged between the first layer and the third layer, with the first layer arranged on an outside of the case and the third layer arranged on an inside of the case so that the third layer is closer to the mobile device than the first layer when the mobile device is arranged in the case, and wherein the third layer includes an inside surface forming triangular protrusions that have a triangular cross-section and extend toward the inside of the case so that an apex of each of the protrusions contacts the mobile device when the mobile device is arranged inside the case.
A mobile terminal comprising: a wireless communication unit to provide wireless communication; a display unit; a user input unit; and a controller coupled with the wireless communication unit, the user input unit and the display unit, the controller configured to: - display at least part of information on the display unit, - receive, via the user input unit, a signal for setting a region on the display unit by applying a touch operation, - receive, via the user input unit, a drag input to move the set region, - execute a scroll function to the displayed information, when the set region contacts with a boundary of the display unit, the mobile terminal being characterized by the controller further being configured to: - execute a refresh function for the information in response to the drag input, when the information cannot be scrolled any further in the direction of the drag input, wherein the refresh function includes re-receiving the information via the wireless communication unit and displaying the re-received information on the display unit. a wireless communication unit to provide wireless communication; a display unit; a user input unit; and a controller coupled with the wireless communication unit, the user input unit and the display unit, the controller configured to: - display at least part of information on the display unit, - receive, via the user input unit, a signal for setting a region on the display unit by applying a touch operation, - receive, via the user input unit, a drag input to move the set region, - execute a scroll function to the displayed information, when the set region contacts with a boundary of the display unit, - display at least part of information on the display unit, - receive, via the user input unit, a signal for setting a region on the display unit by applying a touch operation, - receive, via the user input unit, a drag input to move the set region, - execute a scroll function to the displayed information, when the set region contacts with a boundary of the display unit, the mobile terminal being characterized by the controller further being configured to: - execute a refresh function for the information in response to the drag input, when the information cannot be scrolled any further in the direction of the drag input, - execute a refresh function for the information in response to the drag input, when the information cannot be scrolled any further in the direction of the drag input, wherein the refresh function includes re-receiving the information via the wireless communication unit and displaying the re-received information on the display unit.
Inhalator for powder preparations, comprising a main body having: - at least a first body having an elongated shape and defining an inhalation channel extending along a longitudinal axis of said first body, with said inhalation channel having at least an external opening accessible by a user; - at least a second body defining a tank suitable to contain at least a dose of powder preparation and to be opened so as to be put in communication with said inhalation channel; and - at least a protuberance (6a, 6b) protruding from the side surface of said inhalation channel crossways to said longitudinal axis; wherein said first body is mobile in rotation with respect to said second body around said longitudinal axis between at least a first position, in which said first body closes said tank isolating it from said inhalation channel, and at least a second position, in which said first body opens said tank putting it in communication with said inhalation channel, and wherein said protuberance (6a, 6b) defines at least a substantially concave impact surface (7a, 7b) arranged on the opposite side to said external opening, said impact surface (7a, 7b) being therefore intended to be intercepted by said powder preparation during the crossing of said inhalation channel towards said external opening; the inhalator being characterized by the fact that said tank has an insertion mouth, for inserting said powder preparation, accessible from outside, and that said impact surface (7a, 7b) is substantially C-shaped. - at least a first body having an elongated shape and defining an inhalation channel extending along a longitudinal axis of said first body, with said inhalation channel having at least an external opening accessible by a user; - at least a second body defining a tank suitable to contain at least a dose of powder preparation and to be opened so as to be put in communication with said inhalation channel; and - at least a protuberance (6a, 6b) protruding from the side surface of said inhalation channel crossways to said longitudinal axis;
A method for play synchronization, comprising the steps of: storing, at a first device, time-based content play information; playing, at the first device, content according to the stored time-based content play information; and transmitting, from the first device, the time-based content play information to a second device so that the second device plays the content according to the time-based content play information; wherein the method further comprises the steps of: playing, when additional content stored in an external device, the external device being a mobile phone, is inputted by a user of the first device from the external device to the first device during the playing at the first device, the inputted content along with the currently-played content at the first device; and transmitting, from the first device, the inputted content to the second device so that the second device plays the inputted content together with the currently-played content; wherein the additional content is generated using the external device, the additional content being text content or audio content. storing, at a first device, time-based content play information; playing, at the first device, content according to the stored time-based content play information; and transmitting, from the first device, the time-based content play information to a second device so that the second device plays the content according to the time-based content play information; wherein the method further comprises the steps of: playing, when additional content stored in an external device, the external device being a mobile phone, is inputted by a user of the first device from the external device to the first device during the playing at the first device, the inputted content along with the currently-played content at the first device; and transmitting, from the first device, the inputted content to the second device so that the second device plays the inputted content together with the currently-played content; wherein the additional content is generated using the external device, the additional content being text content or audio content. playing, when additional content stored in an external device, the external device being a mobile phone, is inputted by a user of the first device from the external device to the first device during the playing at the first device, the inputted content along with the currently-played content at the first device; and transmitting, from the first device, the inputted content to the second device so that the second device plays the inputted content together with the currently-played content; wherein the additional content is generated using the external device, the additional content being text content or audio content.
Method of making a solder joint between a carrier and a component, wherein a. a conductive layer (112A, 112B) containing metal particles is printed onto a surface of the carrier by means of a printing process; b. a soldering agent is printed onto this conductive layer (112A, 112B) by means of a printing process; c. the carrier is equipped with the component so that the component is in direct contact with the soldering agent, and d. the solder is melted and subsequently solidifies to form the solder joint, characterized in that e. before the soldering agent is printed on, the metal particles of the conductive layer (112A, 112B) are coated with a noble metal coating and for this purpose f. a soldering adjuvant comprising a noble metal salt or a noble metal oxide is printed onto the conductive layer (112A, 112B) by means of a printing method, from which noble metal salt or noble metal oxide a noble metal is released to form the noble metal coating. a. a conductive layer (112A, 112B) containing metal particles is printed onto a surface of the carrier by means of a printing process; b. a soldering agent is printed onto this conductive layer (112A, 112B) by means of a printing process; c. the carrier is equipped with the component so that the component is in direct contact with the soldering agent, and d. the solder is melted and subsequently solidifies to form the solder joint, characterized in that e. before the soldering agent is printed on, the metal particles of the conductive layer (112A, 112B) are coated with a noble metal coating and for this purpose f. a soldering adjuvant comprising a noble metal salt or a noble metal oxide is printed onto the conductive layer (112A, 112B) by means of a printing method, from which noble metal salt or noble metal oxide a noble metal is released to form the noble metal coating.