mhurhangee/ep-ind-claims huggingface dataset:
A lighting system comprising: a first substrate; a lamp body including a positioning guide portion (12j, 12k, 12m) that guides and positions the first substrate when the first substrate is attached; and a second substrate that is disposed in the lamp body to be stacked on the first substrate, characterised in that the second substrate is fixed to a tip end portion of the positioning guide portion (12j, 12k, 12m), wherein a vent hole that provides communication between an inside and an outside of the lamp body is provided in the lamp body, and on an inner surface of the lamp body outside in a radial direction from the vent hole, a recess (14a, 14b) that forms a gap between the recess (14a, 14b) and the first substrate is provided. a first substrate; a lamp body including a positioning guide portion (12j, 12k, 12m) that guides and positions the first substrate when the first substrate is attached; and a second substrate that is disposed in the lamp body to be stacked on the first substrate, characterised in that the second substrate is fixed to a tip end portion of the positioning guide portion (12j, 12k, 12m), wherein a vent hole that provides communication between an inside and an outside of the lamp body is provided in the lamp body, and on an inner surface of the lamp body outside in a radial direction from the vent hole, a recess (14a, 14b) that forms a gap between the recess (14a, 14b) and the first substrate is provided.
A method for manufacturing printed material comprising a step of coating at least black ink for lithographic printing, cyan ink for lithographic printing, magenta ink for lithographic printing, and yellow ink for lithographic printing on a substrate, and wherein the method includes a step of curing by active energy ray irradiation, wherein a difference between the maximum surface tension and the minimum surface tension for each of the inks to be coated on the substrate is at most equal to 3.5 mN/m, determined as described in the description. wherein the method includes a step of curing by active energy ray irradiation, wherein a difference between the maximum surface tension and the minimum surface tension for each of the inks to be coated on the substrate is at most equal to 3.5 mN/m, determined as described in the description.
A light emitting device package, comprising: a reflective substrate including a chip mounting region; a circuit substrate disposed on the reflective substrate, the circuit substrate including an inside edge defining the chip mounting region and at least one aligning hole (102D, 102E) disposed at a position spaced from the inside edge; and at least one light emitting diode chip (170, 170A) disposed in the chip mounting region, the at least one light emitting diode chip being connected to the circuit substrate through a wire, characterized by a barrier layer disposed on the circuit substrate to be embedded in the at least one aligning hole, wherein the circuit substrate comprises: a wiring layer; a first insulating layer disposed between the wiring layer and the reflective substrate; and a metal layer having a connection portion and disposed on the wiring layer, wherein the wire connected to the light emitting diode chip is electrically connected to the wiring layer in the connection portion, and wherein the barrier layer covers the metal layer so as not to expose the connection portion. a reflective substrate including a chip mounting region; a circuit substrate disposed on the reflective substrate, the circuit substrate including an inside edge defining the chip mounting region and at least one aligning hole (102D, 102E) disposed at a position spaced from the inside edge; and at least one light emitting diode chip (170, 170A) disposed in the chip mounting region, the at least one light emitting diode chip being connected to the circuit substrate through a wire, characterized by a barrier layer disposed on the circuit substrate to be embedded in the at least one aligning hole, wherein the circuit substrate comprises: a wiring layer; a first insulating layer disposed between the wiring layer and the reflective substrate; and a metal layer having a connection portion and disposed on the wiring layer, a wiring layer; a first insulating layer disposed between the wiring layer and the reflective substrate; and a metal layer having a connection portion and disposed on the wiring layer, wherein the wire connected to the light emitting diode chip is electrically connected to the wiring layer in the connection portion, and wherein the barrier layer covers the metal layer so as not to expose the connection portion.
Method for the low-temperature cooling/liquefaction of a working gas with a low molar mass, that is to say having a mean global molar mass of less than 10 g/mol, such as pure gaseous helium, the method using a first refrigerator/liquefier comprising a station for compressing the working gas and a cold chamber intended to cool the working gas coming from the compression station, the method comprising: - a compression step during which the working gas is compressed in the compression station in a plurality of compression stages (EC1, EC2, EC3, EC4) each using one or more compression machines, - a step of cooling the working gas compressed during the compression step in the cold chamber to a given cold temperature, the compression step using both compression machines of the lubricated screw type (EC1, EC2) and compression means of the centrifugal type (EC3, EC4), the method being characterised in that the compression station of the first refrigerator/liquefier comprises compression machines of the lubricated screw type (EC1, EC2), the compression station of a second refrigerator/liquefier comprising at least one compression machine of the centrifugal compression type, the output of the compression station of the first refrigerator/liquefier being fluidically connected selectively with the inlet and outlet of a compression stage of the compression station of the second refrigerator/liquefier via a system of conduits (5, 6) and valves, the compression step using selectively at least one compression machine belonging to a compression station of the second refrigerator/liquefier distinct from said first refrigerator/liquefier, the second refrigerator/liquefier using a working fluid of the same nature as that of the first refrigerator/liquefier. - a compression step during which the working gas is compressed in the compression station in a plurality of compression stages (EC1, EC2, EC3, EC4) each using one or more compression machines, - a step of cooling the working gas compressed during the compression step in the cold chamber to a given cold temperature,
An air conditioning system comprising: a first heat exchanger comprising a conditioned air flow path on a first side of the heat exchanger, and a refrigerant flow path comprising a flammable refrigerant on a second side of the heat exchanger in thermal communication with the first thermal side; an enclosed fluid flow path comprising the flammable refrigerant connecting the refrigerant flow path of the first heat exchanger with a second heat exchanger in thermal communication with an external heat source or heat sink; a plurality of sensors (52, 54) individually comprising a metal oxide semiconductor composition, resistance measurement device, and heater, disposed in an air space around the first heat exchanger or the enclosed fluid flow path; and a controller configured to operate the plurality of sensors; wherein the controller and the heaters of the plurality of sensors are configured to operate a first sensor at a first operating temperature for primary monitoring for flammable compounds, and to operate a second sensor at a second temperature lower than the first temperature and above a temperature at which water vapor condensation can occur, the system being characterized in that it is configured to change the temperature of the second sensor to a third temperature that is higher than the second temperature and less than or equal to the first temperature, and compare a measured resistance of the first sensor to a measured resistance of the second sensor at the third temperature. a first heat exchanger comprising a conditioned air flow path on a first side of the heat exchanger, and a refrigerant flow path comprising a flammable refrigerant on a second side of the heat exchanger in thermal communication with the first thermal side; an enclosed fluid flow path comprising the flammable refrigerant connecting the refrigerant flow path of the first heat exchanger with a second heat exchanger in thermal communication with an external heat source or heat sink; a plurality of sensors (52, 54) individually comprising a metal oxide semiconductor composition, resistance measurement device, and heater, disposed in an air space around the first heat exchanger or the enclosed fluid flow path; and a controller configured to operate the plurality of sensors; wherein the controller and the heaters of the plurality of sensors are configured to operate a first sensor at a first operating temperature for primary monitoring for flammable compounds, and to operate a second sensor at a second temperature lower than the first temperature and above a temperature at which water vapor condensation can occur, the system being characterized in that it is configured to change the temperature of the second sensor to a third temperature that is higher than the second temperature and less than or equal to the first temperature, and compare a measured resistance of the first sensor to a measured resistance of the second sensor at the third temperature.
An information storing device comprising: a storage section configured to store first revocation information that is a list of an identifier of an unauthorized device; and a data processor configured to execute determination processing of unauthorized equipment in accordance with the first revocation information, wherein the data processor is configured to extract first version information enabling identification of issue order of the revocation information from the first revocation information and to transmit the extracted first version information to a communication counterpart device configured to substitute in the storage section, if the received first revocation information having a newer version than second revocation information held by the communication counterpart device, the first revocation information for the second revocation information, characterized in that the extracted first version information is transmitted in a mutual authentication processing, wherein the data processor is configured to execute the mutual authentication processing between the information storing device and the communication counterpart device by generating a digital signature for data including the first version information and by transmitting the digital signature and said first version information to the communication counterpart device. a storage section configured to store first revocation information that is a list of an identifier of an unauthorized device; and a data processor configured to execute determination processing of unauthorized equipment in accordance with the first revocation information, wherein the data processor is configured to extract first version information enabling identification of issue order of the revocation information from the first revocation information and to transmit the extracted first version information to a communication counterpart device configured to substitute in the storage section, if the received first revocation information having a newer version than second revocation information held by the communication counterpart device, the first revocation information for the second revocation information, characterized in that the extracted first version information is transmitted in a mutual authentication processing, wherein the data processor is configured to execute the mutual authentication processing between the information storing device and the communication counterpart device by generating a digital signature for data including the first version information and by transmitting the digital signature and said first version information to the communication counterpart device.
Device for supplying pressurized fluid, notably pressurized gas, comprising at least one pressurized fluid reservoir provided with an orifice connected to a first valve, the first valve housing an internal fluid circuit fitted with at least one shut-off member, the device comprising a second valve mechanically and detachably connected to the first valve, the second valve comprising an internal circuit for the transfer of pressurized fluid when the second valve is in the position in which it is coupled to the first valve, the internal circuit of the second valve being fluidically connected to the internal circuit of the first valve, the second valve comprising a mobile actuating member intended to open the at least one shut-off member of the first valve, the second valve further comprising a control member that is mobile, notably by hand, intended to command the movement of the actuating member and command the opening or non-opening of the shut-off member of the first valve, the device comprising a residual-pressure valve configured to prevent the at least one reservoir from emptying fully below a determined pressure threshold when the at least one shut-off member is open, characterized in that the residual-pressure valve is situated in the second valve.
A method comprising: setting G' = G /( N L · Q m), where G is a total number of bits, N L is a factor determined based on a number of spatial transmission layers, and Q m is a QAM dimension; setting γ = G' mod C, where C is a number of code blocks; for each code block r, setting E = N L ⋅ Q m ⋅ G ′ / C if r is less than or equal to C - γ - 1, otherwise setting E = N L ⋅ Q m ⋅ G ′ / C, where E is a number of bits per code block r, and where r = 0,1,..., C - 1; and performing rate matching or rate de-matching based on E. setting G' = G /( N L · Q m), where G is a total number of bits, N L is a factor determined based on a number of spatial transmission layers, and Q m is a QAM dimension; setting γ = G' mod C, where C is a number of code blocks; for each code block r, setting E = N L ⋅ Q m ⋅ G ′ / C if r is less than or equal to C - γ - 1, otherwise setting E = N L ⋅ Q m ⋅ G ′ / C, where E is a number of bits per code block r, and where r = 0,1,..., C - 1; and performing rate matching or rate de-matching based on E.
Method in a first electronic mobile device for adapting audio performance parameters, the electronic mobile device performing an audio interaction with a second electronic device, the first electronic mobile device being associated with at least one earpiece comprising at least one earspeaker and at least one microphone, the method comprising: detecting an acoustic echo between the at least one earspeaker and the at least one microphone, determining, based on the detected acoustic echo, a position of the at least one earpiece in relation to an ear of a user of the first electronic mobile device, wherein the act of determining comprises determining that the at least one earpiece is inserted in the ear of a user if the detected acoustic echo is below a predetermined threshold, or determining that the at least one earpiece is outside the ear of a user if the detected acoustic echo is above a predetermined threshold, adapting audio performance parameters, based on the determined position of the earpiece, whereby an acoustic echo present in the second electronic device during the audio interaction is reduced, if it is determined that the at least one earpiece is outside the ear of the user. detecting an acoustic echo between the at least one earspeaker and the at least one microphone, determining, based on the detected acoustic echo, a position of the at least one earpiece in relation to an ear of a user of the first electronic mobile device, wherein the act of determining comprises determining that the at least one earpiece is inserted in the ear of a user if the detected acoustic echo is below a predetermined threshold, or determining that the at least one earpiece is outside the ear of a user if the detected acoustic echo is above a predetermined threshold, adapting audio performance parameters, based on the determined position of the earpiece, whereby an acoustic echo present in the second electronic device during the audio interaction is reduced, if it is determined that the at least one earpiece is outside the ear of the user.
A wireless access point (101, 300) for an intercom system, the access point (101, 300) comprising: a wireless transceiver; and an electronic controller configured to receive a selection of an audio codec, operate the wireless transceiver using the selected audio codec, detect a new intercom device connecting to the intercom system through the wireless transceiver, transmit a signal to the new intercom device through the wireless transceiver, the signal identifying the selected audio codec, automatically upload the selected audio codec to the new intercom device in response to a determination that the new intercom device does not have the selected audio codec stored in a memory of the new intercom device, and transmit communications with the new intercom device using the selected audio codec. a wireless transceiver; and an electronic controller configured to receive a selection of an audio codec, operate the wireless transceiver using the selected audio codec, detect a new intercom device connecting to the intercom system through the wireless transceiver, transmit a signal to the new intercom device through the wireless transceiver, the signal identifying the selected audio codec, automatically upload the selected audio codec to the new intercom device in response to a determination that the new intercom device does not have the selected audio codec stored in a memory of the new intercom device, and transmit communications with the new intercom device using the selected audio codec. receive a selection of an audio codec, operate the wireless transceiver using the selected audio codec, detect a new intercom device connecting to the intercom system through the wireless transceiver, transmit a signal to the new intercom device through the wireless transceiver, the signal identifying the selected audio codec, automatically upload the selected audio codec to the new intercom device in response to a determination that the new intercom device does not have the selected audio codec stored in a memory of the new intercom device, and transmit communications with the new intercom device using the selected audio codec.
Facility for the surface treatment of workpieces, comprising at least one heat sink treatment region to which heat is to be supplied during operation of the facility, and at least one heat source treatment region from which heat is to be removed during operation of the facility, the facility comprising at least one heat pump device (124, 158, 176; 240) which is coupled with at least one heat source treatment region in order to absorb heat and with at least one heat sink treatment region in order to discharge heat, characterised in that at least one heat pump device is coupled with an air circuit of the facility, the air circuit comprising a device for generating an air curtain, through which the workpieces to be treated pass during operation of the facility.
A cross-linkable nitrile rubber composition comprising a highly saturated nitrile rubber containing α,β-ethylenically unsaturated nitrile monomer units in a ratio of 5 to 50 wt% and having an iodine value of 120 or less, a polysaccharide polymer staple fiber having an average fiber diameter of 1 μm or less and an average fiber length of 1 to 10 μm, and a cross-linking agent, wherein the highly saturated nitrile rubber further containing carboxyl group-containing monomer units, and a ratio of content of the polysaccharide polymer staple fiber is 0.5 to 30 parts by weight with respect to 100 parts by weight of the highly saturated nitrile rubber. a highly saturated nitrile rubber containing α,β-ethylenically unsaturated nitrile monomer units in a ratio of 5 to 50 wt% and having an iodine value of 120 or less, a polysaccharide polymer staple fiber having an average fiber diameter of 1 μm or less and an average fiber length of 1 to 10 μm, and a cross-linking agent, wherein the highly saturated nitrile rubber further containing carboxyl group-containing monomer units, and a ratio of content of the polysaccharide polymer staple fiber is 0.5 to 30 parts by weight with respect to 100 parts by weight of the highly saturated nitrile rubber.
A docking station for a mobile computer, the docking station having a latching mechanism for latching a mobile computer in the docking station, the mobile computer being placeable in the docking station by inserting the mobile computer towards the latching mechanism, the latching mechanism having: a latch moveable between an unlatched position and a latched position, such that in the unlatched position the mobile computer can be placed in or removed from the docking station and in the latched position removal of the mobile computer from the docking station is prevented; characterised by a retainer moveable between a blocking position and an unblocked position, such that in the blocking position the retainer prevents movement of the latch to the unlatched position and in the unblocked position movement of the latch to the unlatched position is permitted; and an actuator for moving the retainer between the blocking and unblocked position; wherein the actuator is positioned such that when the mobile computer is inserted towards the latching mechanism the mobile computer contacts and actuates the actuator to move the retainer to the unblocked position and whilst the retainer is in the unblocked position the mobile computer contacts the latch and at least partially moves the latch to the unlatched position. a latch moveable between an unlatched position and a latched position, such that in the unlatched position the mobile computer can be placed in or removed from the docking station and in the latched position removal of the mobile computer from the docking station is prevented; characterised by a retainer moveable between a blocking position and an unblocked position, such that in the blocking position the retainer prevents movement of the latch to the unlatched position and in the unblocked position movement of the latch to the unlatched position is permitted; and an actuator for moving the retainer between the blocking and unblocked position; wherein the actuator is positioned such that when the mobile computer is inserted towards the latching mechanism the mobile computer contacts and actuates the actuator to move the retainer to the unblocked position and whilst the retainer is in the unblocked position the mobile computer contacts the latch and at least partially moves the latch to the unlatched position.