mhurhangee/ep-ind-claims huggingface dataset:
A fixture for use in a coating operation, comprising a support structure to which a shield is fixed, the shield has a number of retainer openings, each designed that way that through each of the retainer openings an object to be treated can be stuck so that a first portion of each object extends from the shield into the coating deposition area, whereas a second portion of each object extends from the shield into a shielded area where no coating deposition can take place, characterized in that the shielding plates are grouped in circumferential direction around a central tube defining a joint hollow space 1, that the said shielded area is the common hollow space which jointly accommodates a plurality of second portions, that the support structure possesses the central tube that is surrounded by the shield and that confines together with it the shielded area in the shape of the common hollow space 2, that the shield is formed by a plurality of shielding plates, with lateral flanges of directly neighbored shielding plates sealing together - with or without involvement of the support bar - the shielded area in the shape of the common hollow space when the shielding plates are in position ready for deposition operation 3. 1 description page 12, pre-last paragraph 2 original claim 2 3 original claim 5 a support structure to which a shield is fixed, the shield has a number of retainer openings, each designed that way that through each of the retainer openings an object to be treated can be stuck so that a first portion of each object extends from the shield into the coating deposition area, whereas a second portion of each object extends from the shield into a shielded area where no coating deposition can take place, characterized in that the shielding plates are grouped in circumferential direction around a central tube defining a joint hollow space 1, that the said shielded area is the common hollow space which jointly accommodates a plurality of second portions, that the support structure possesses the central tube that is surrounded by the shield and that confines together with it the shielded area in the shape of the common hollow space 2, that the shield is formed by a plurality of shielding plates, with lateral flanges of directly neighbored shielding plates sealing together - with or without involvement of the support bar - the shielded area in the shape of the common hollow space when the shielding plates are in position ready for deposition operation 3.
A substrate structure for a converter, the substrate structure comprising a plurality of unit cells arranged in three dimensions, wherein each of the plurality of unit cells comprises a cavity defined by a triply periodic minimal surface, wherein the cavities of the plurality of unit cells are interconnected to allow a fluid to pass through the cavities of the plurality of unit cells, and characterized in that the triply periodic minimal surface is a Schwarz crossed layers of parallels, a Schoen's Gyroid surface, a Schoen's I-WP surface, a Schwarz diamond surface, a Fischer-Koch PMY surface, a FRD surface, a Fischer-Koch CY surface, a Fischer-Koch S surface, or a Neovius surface.
An antenna comprising: an antenna assembly comprising a plurality of antenna columns (114, 116, 118) that are connected to form a perimeter about a central region, wherein each of the plurality of inter-connected antenna columns includes one or more radiating elements (120, 122, 124); at least one power divider; and a plurality of respective enclosures housing the plurality of antenna columns respectively, wherein the antenna assembly is configured to be mounted around a support structure, wherein: the at least one power divider is enclosed within one of the plurality of enclosures, an end of one of the antenna columns includes radio frequency connectors that are coupled to the at least one power divider, and the at least one power divider is configured to distribute radio frequency, RF, signals received from a base station and combine signals received from the plurality of inter-connected antenna columns. an antenna assembly comprising a plurality of antenna columns (114, 116, 118) that are connected to form a perimeter about a central region, wherein each of the plurality of inter-connected antenna columns includes one or more radiating elements (120, 122, 124); at least one power divider; and a plurality of respective enclosures housing the plurality of antenna columns respectively, wherein the antenna assembly is configured to be mounted around a support structure, wherein: the at least one power divider is enclosed within one of the plurality of enclosures, an end of one of the antenna columns includes radio frequency connectors that are coupled to the at least one power divider, and the at least one power divider is configured to distribute radio frequency, RF, signals received from a base station and combine signals received from the plurality of inter-connected antenna columns.
System for feeding electrical energy into a power supply network, where the system has a DC link to whose input side several power generators (12, 14) and/or storage batteries are connectable via one power converter (22, 24, 26) each, and whose output side is connectable to the power supply network via a power inverter, characterized in that the system has a common heat circuit into which the waste heat of the power converters (22, 24, 26) and of the power inverter of the system is fed and is usable via heat exchangers for heating rooms, heating up tap water, and/or for temperature control of the storage battery to increase efficiency even at low outside temperatures.
A consumer electronics, CE, device for controlling access information of a wireless network, the CE device comprising: a driver module (120, 130) arranged to satisfy a protocol for controlling a removable external modem; and a DM, Device Management, client; wherein, when the CE device is connected with the removable external modem, the CE device is arranged to: perform an authentication process associated with the wireless network via the removable external modem; register the removable external modem in the wireless network; perform a provisioning procedure to the wireless network via the removable external modem; obtain wireless network access information for accessing the wireless network from the wireless network via the removable external modem during the provisioning procedure; and provide the wireless network access information to the DM client; and wherein the CE device is arranged to transmit the wireless network access information obtained in the provisioning procedure to the removable external modem so as to allow the removable external modem to store the wireless network access information. a driver module (120, 130) arranged to satisfy a protocol for controlling a removable external modem; and a DM, Device Management, client; wherein, when the CE device is connected with the removable external modem, the CE device is arranged to: perform an authentication process associated with the wireless network via the removable external modem; register the removable external modem in the wireless network; perform a provisioning procedure to the wireless network via the removable external modem; obtain wireless network access information for accessing the wireless network from the wireless network via the removable external modem during the provisioning procedure; and provide the wireless network access information to the DM client; and perform an authentication process associated with the wireless network via the removable external modem; register the removable external modem in the wireless network; perform a provisioning procedure to the wireless network via the removable external modem; obtain wireless network access information for accessing the wireless network from the wireless network via the removable external modem during the provisioning procedure; and provide the wireless network access information to the DM client; and wherein the CE device is arranged to transmit the wireless network access information obtained in the provisioning procedure to the removable external modem so as to allow the removable external modem to store the wireless network access information.
A cloud service provider, CSP, server, comprising: a determining unit, configured to determine that a working state of a first virtual machine satisfies a condition for adding a virtual machine; an emergency unit, configured to determine, according to a determining result of the determining unit and an emergency policy corresponding to a first application running on the first virtual machine, a second application that has a bidirectional emergency relationship with the first application, in which the first application and the second application are resource lending applications of each other, and instruct a second virtual machine on which the second application is hosted to run the first application deployed on the second virtual machine, wherein the emergency policy comprises: the second virtual machine on which the second application is hosted on temporarily share the processing load of the first application running on the first virtual machine; and the first application is deployed on the second virtual machine before the second virtual machine is instructed to run the first application; a creation unit, configured to create a third virtual machine according to the determining result of the determining unit, and deploy and start the first application on the third virtual machine while the second virtual machine is running the first application; and a stop unit, configured to after the first application is started on the third virtual machine, instruct the second virtual machine to stop running the first application. a determining unit, configured to determine that a working state of a first virtual machine satisfies a condition for adding a virtual machine; an emergency unit, configured to determine, according to a determining result of the determining unit and an emergency policy corresponding to a first application running on the first virtual machine, a second application that has a bidirectional emergency relationship with the first application, in which the first application and the second application are resource lending applications of each other, and instruct a second virtual machine on which the second application is hosted to run the first application deployed on the second virtual machine, wherein the emergency policy comprises: the second virtual machine on which the second application is hosted on temporarily share the processing load of the first application running on the first virtual machine; and the first application is deployed on the second virtual machine before the second virtual machine is instructed to run the first application; a creation unit, configured to create a third virtual machine according to the determining result of the determining unit, and deploy and start the first application on the third virtual machine while the second virtual machine is running the first application; and a stop unit, configured to after the first application is started on the third virtual machine, instruct the second virtual machine to stop running the first application.
Mobile terminal for at least one of receiving wireless transmissions from a transmitter and transmitting wireless transmissions to a receiver, in particular for use in a wireless telecommunication system or/and for receiving media broadcasts, for example at least one of DVB-H and DMB broadcasts, comprising: - a casing with at least one body which has electronic means (20, 22, 24, 26, 28); - an antenna arrangement having at least one antenna element (14; 14a, 14b; 14a, 14b, 14c, 14d) provided on or within said body or on or within at least one of several bodies of said casing in a defined spatial relation to a conducting chassis part (12; 12a; 12b) of the body or the respective body allowing a high frequency interaction between the antenna arrangement and the conducting chassis part, said antenna arrangement together with associated high frequency circuitry (26, 28), being adapted to at least one of receiving wireless transmissions and transmitting wireless transmissions in at least one predetermined frequency band, said or each conducting chassis part being limited by a periphery of the conducting chassis part formed by one chassis part edge or several chassis part edges; characterized in that said at least one antenna element has at least two arms (16a, 16b; 16a, 16b, 16c, 16d) of different length which are provided by the same antenna element wherein said arms extend in different or opposed directions outwardly of said periphery along at least one chassis part edge for promoting said high frequency interaction, and said defined spatial relationship is such that said at least one antenna element is operative for at least one pre-determined frequency band comprising frequencies with a wavelength in air much larger than the maximum dimension of the mobile terminal. - a casing with at least one body which has electronic means (20, 22, 24, 26, 28); - an antenna arrangement having at least one antenna element (14; 14a, 14b; 14a, 14b, 14c, 14d) provided on or within said body or on or within at least one of several bodies of said casing in a defined spatial relation to a conducting chassis part (12; 12a; 12b) of the body or the respective body allowing a high frequency interaction between the antenna arrangement and the conducting chassis part, said antenna arrangement together with associated high frequency circuitry (26, 28), being adapted to at least one of receiving wireless transmissions and transmitting wireless transmissions in at least one predetermined frequency band, said or each conducting chassis part being limited by a periphery of the conducting chassis part formed by one chassis part edge or several chassis part edges; characterized in that
A safe capacitor comprising: a first external termination and a second external termination; a first capacitive unit comprising a first conductor and a second conductor wherein said first conductor is electrically connected to said first external termination and said second conductor is electrically connected to said second external termination; a second capacitive unit (11', 11") comprising a third conductor and a fourth conductor wherein said third conductor is electrically connected to said first external termination and said fourth conductor is electrically connected to said second external termination; and characterised in that it is comprising at least one safe circuit comprising a safe-circuit substrate, a first contact pad and a second contact pad on said substrate with a resistive electronic component on said substrate and electrically connected between said first contact pad and said second contact pad, wherein said first contact pad is in electrical contact with said first external termination and said second contact pad is in electrical contact with said second external termination. a first external termination and a second external termination; a first capacitive unit comprising a first conductor and a second conductor wherein said first conductor is electrically connected to said first external termination and said second conductor is electrically connected to said second external termination; a second capacitive unit (11', 11") comprising a third conductor and a fourth conductor wherein said third conductor is electrically connected to said first external termination and said fourth conductor is electrically connected to said second external termination; and characterised in that it is comprising at least one safe circuit comprising a safe-circuit substrate, a first contact pad and a second contact pad on said substrate with a resistive electronic component on said substrate and electrically connected between said first contact pad and said second contact pad, wherein said first contact pad is in electrical contact with said first external termination and said second contact pad is in electrical contact with said second external termination. at least one safe circuit comprising a safe-circuit substrate, a first contact pad and a second contact pad on said substrate with a resistive electronic component on said substrate and electrically connected between said first contact pad and said second contact pad, wherein said first contact pad is in electrical contact with said first external termination and said second contact pad is in electrical contact with said second external termination.
An electrical connection device for a battery comprising: - an electronic circuit comprising at least one member exhibiting heat losses; - at least one power track adapted to connect the terminals of at least two electrochemical cells; - at least one thermally conductive link adapted to connect said at least one member exhibiting heat losses and at least one of the terminals of one electrochemical cell, the electronic circuit and said at least one power track being arranged on an electronic circuit board, characterized in that the device comprises power supply tracks of said at least one member exhibiting heat losses, said power supply tracks being electrically insulated from the power tracks connecting the terminals of the electrochemical cells. - an electronic circuit comprising at least one member exhibiting heat losses; - at least one power track adapted to connect the terminals of at least two electrochemical cells; - at least one thermally conductive link adapted to connect said at least one member exhibiting heat losses and at least one of the terminals of one electrochemical cell, the electronic circuit and said at least one power track being arranged on an electronic circuit board, characterized in that the device comprises power supply tracks of said at least one member exhibiting heat losses, said power supply tracks being electrically insulated from the power tracks connecting the terminals of the electrochemical cells.
A bar of profiled section adapted for the production of a structure of a wall, having a substantially planar base and three substantially planar substantially parallel walls (4, 6, 8), extending on the same side of the base, two said walls being lateral walls (6, 8) and the third of said walls being a central wall disposed between them so as to be substantially closer to one lateral wall designated first lateral wall, than the other lateral wall designated second lateral wall, the central wall being of lower height relative to the two lateral walls (6, 8), said bar of profiled section being characterized in that: - the distance separating the central wall from the first lateral wall is less than twice the maximum thickness of the second lateral wall, and - the second lateral wall and the central wall each bear on their surface that is oriented towards the first lateral wall at least one hook to enable hooking together of two similar bars of profiled section. - the distance separating the central wall from the first lateral wall is less than twice the maximum thickness of the second lateral wall, and - the second lateral wall and the central wall each bear on their surface that is oriented towards the first lateral wall at least one hook to enable hooking together of two similar bars of profiled section.
A pressure transducer comprising a deflecting membrane, said membrane comprising at least two piezoresistors (10, 11), arranged such that, when a tensile stress is applied to the transducer (i) a same stress or a same strain, in both magnitude and sign, is applied on said piezoresistors (10,11) and (ii) said piezoresistors (10,11) yield changes in resistance, characterized in that each piezoresistor (10, 11) is a n- type 4H-SiC resistor, a first piezoresistor being positioned such that its current direction is perpendicular to the stress direction, said first piezoresistor being called a transverse piezoresistor, and a second piezoresistor being positioned such that its current direction is parallel to the stress direction, said second piezoresistor being called a longitudinal piezoresistor, such that when a said tensile stress is applied to the transducer, said transverse piezoresistor increases its resistance and said longitudinal piezoresistor decreases its resistance, or said transverse piezoresistor decreases its resistance and said longitudinal piezoresistor increases its resistance. (i) a same stress or a same strain, in both magnitude and sign, is applied on said piezoresistors (10,11) and (ii) said piezoresistors (10,11) yield changes in resistance,
A control method for an air conditioner, the air conditioner comprising a compressor and an indoor unit, wherein the control method comprises: acquiring coil temperature of the indoor unit; and selectively adjusting frequency of the compressor according to the coil temperature of the indoor unit, and after the compressor has been operated for a first preset duration, if the coil temperature of the indoor unit is lower than a fourth preset temperature for a second preset duration, stopping operation of the compressor for a third preset duration. acquiring coil temperature of the indoor unit; and selectively adjusting frequency of the compressor according to the coil temperature of the indoor unit, and after the compressor has been operated for a first preset duration, if the coil temperature of the indoor unit is lower than a fourth preset temperature for a second preset duration, stopping operation of the compressor for a third preset duration.
A method of manufacturing a thin polarizer, the method comprising: forming a laminate by attaching a non-stretched polyvinyl alcohol-based film to at least one surface of a non-stretched polymer film; and stretching the laminate such that L, expressed by Formula 1 below, satisfies 0 ≤ L ≤ 0.125, L = d sub ' d o, sub ' − d PVA d o, PVA 2 + W sub ' W o, sub ' − W PVA W o, PVA 2 0. 5 where d o,sub' refers to a thickness of the polymer film before stretching, d sub' refers to a thickness of the polymer film after stretching, d o,PVA refers to a thickness of the polyvinyl alcohol-based film before stretching, d PVa refers to a thickness of the polyvinyl alcohol-based film after stretching, W o,sub' refers to a width of the polymer film before stretching, W sub' refers to a width of the polymer film after stretching, W o,PVa refers to a width of the polyvinyl alcohol-based film before stretching, and W PVA refers to a width of the polyvinyl alcohol-based film after stretching. forming a laminate by attaching a non-stretched polyvinyl alcohol-based film to at least one surface of a non-stretched polymer film; and stretching the laminate such that L, expressed by Formula 1 below, satisfies 0 ≤ L ≤ 0.125, L = d sub ' d o, sub ' − d PVA d o, PVA 2 + W sub ' W o, sub ' − W PVA W o, PVA 2 0. 5 where d o,sub' refers to a thickness of the polymer film before stretching, d sub' refers to a thickness of the polymer film after stretching, d o,PVA refers to a thickness of the polyvinyl alcohol-based film before stretching, d PVa refers to a thickness of the polyvinyl alcohol-based film after stretching, W o,sub' refers to a width of the polymer film before stretching, W sub' refers to a width of the polymer film after stretching, W o,PVa refers to a width of the polyvinyl alcohol-based film before stretching, and W PVA refers to a width of the polyvinyl alcohol-based film after stretching.