mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising - transmitting and receiving a baseband signal via a first set of ports; - transmitting and receiving a radio frequency signal via a second set of ports; - retrieving an uplink allocation of a user equipment from a downlink control signal; - receiving from a user equipment an uplink signal (2-4, 2-70) using multiple narrow antenna beams; - measuring beam-specific pilot signal powers from the user equipment uplink signal for all the beams; and - using the measured pilot signal powers to determine, in a remote radio unit, which one or ones of the downlink narrow beams is to be used for a downlink signal for the user equipment, - implementing the first set of ports and the second set of ports in a remote radio head the second set of ports containing more ports than the first set of ports; - realizing a beamforming function as an analogue beamforming unit in the remote radio unit; - transmitting a preamble signal and Medium Access Protocol information signal in the downlink transmission via all antenna beams using cyclic delay diversity method, wherein the information indicates which user equipment uses which antenna beam. - transmitting and receiving a baseband signal via a first set of ports; - transmitting and receiving a radio frequency signal via a second set of ports; - retrieving an uplink allocation of a user equipment from a downlink control signal; - receiving from a user equipment an uplink signal (2-4, 2-70) using multiple narrow antenna beams; - measuring beam-specific pilot signal powers from the user equipment uplink signal for all the beams; and - using the measured pilot signal powers to determine, in a remote radio unit, which one or ones of the downlink narrow beams is to be used for a downlink signal for the user equipment, - implementing the first set of ports and the second set of ports in a remote radio head the second set of ports containing more ports than the first set of ports; - realizing a beamforming function as an analogue beamforming unit in the remote radio unit; - transmitting a preamble signal and Medium Access Protocol information signal in the downlink transmission via all antenna beams using cyclic delay diversity method, wherein the information indicates which user equipment uses which antenna beam.
Method for revealing errors in the case of a light signal, particularly for railway safety installations, having an electronic signal transmitter, which disconnects itself reversibly in the event of an error, and an actuating part, designed for incandescent lamps, for actuating and monitoring the signal transmitter, wherein when the signal transmitter is actuated in a flashing mode whose flash pauses have no signal voltage applied, a timer with a connected voltage source measures the length of the flash pauses and identifies the flashing mode.
Method for the preparation of microporous organic POF (Porous Organic Framework) membranes, containing at least two different organic compounds, which contain aromatic modules, wherein at least one of the organic compounds comprises at least two functional groups and at least one of the other organic compounds comprises at least three functional groups, with the following method steps: a) preparing a sacrificial coating with a multiplicity of identical functional groups b) applying a first layer of an organic compound by reaction with the functional groups of the sacrificial coating c) applying of a first layer of a second organic compound by reaction with at least one of the functional groups of the organic compounds of the first layer d) dissolving the sacrificial coating e) removing of the POF membrane wherein at least one of the functional groups of a layer or of the sacrificial coating reacts with at least one of the functional groups of the subsequent layer, and the functional groups of the sequential layers are complementary and/or are protected by protective groups, wherein more than two different organic compounds are used in order to produce more than two different layers, wherein the sacrificial coating consists of an MOF (Metal-Organic Framework) or SURMOF (Surface Anchored Metal-Organic Framework) material, wherein the POF membrane is free-standing and comprises a homogeneous continuous coating thickness of at least 0.3 nm and a pore size of 0.01 - 2 nm. a) preparing a sacrificial coating with a multiplicity of identical functional groups b) applying a first layer of an organic compound by reaction with the functional groups of the sacrificial coating c) applying of a first layer of a second organic compound by reaction with at least one of the functional groups of the organic compounds of the first layer d) dissolving the sacrificial coating e) removing of the POF membrane wherein at least one of the functional groups of a layer or of the sacrificial coating reacts with at least one of the functional groups of the subsequent layer, and the functional groups of the sequential layers are complementary and/or are protected by protective groups, wherein more than two different organic compounds are used in order to produce more than two different layers, wherein the sacrificial coating consists of an MOF (Metal-Organic Framework) or SURMOF (Surface Anchored Metal-Organic Framework) material, wherein the POF membrane is free-standing and comprises a homogeneous continuous coating thickness of at least 0.3 nm and a pore size of 0.01 - 2 nm.
A method for printing embossed structures (111, 121, et seq.) onto a printing substrate which consists in successively: • depositing onto a surface, which makes up a sub-assembly of a surface to be printed, a liquid or powder material having a surface tension higher than that of the printing substrate, • curing, using known means, said material until the surface tension of said material covering said surface which makes up a thus solidified sub-assembly, goes down to a surface tension lower than that of the printing substrate, • depositing, on the whole or a part of said surface to be printed, a liquid material which has, in the liquid state, a surface tension higher than that of said surface which makes up a thus solidified sub-assembly and lower than that of the printing substrate, • and curing, using known means, said material, it being specified that "curing" a material, as mentioned above, means the passage thereof from the liquid state to the solid state as well as the passage thereof from the powder state to the state of a block of material. • depositing onto a surface, which makes up a sub-assembly of a surface to be printed, a liquid or powder material having a surface tension higher than that of the printing substrate, • curing, using known means, said material until the surface tension of said material covering said surface which makes up a thus solidified sub-assembly, goes down to a surface tension lower than that of the printing substrate, • depositing, on the whole or a part of said surface to be printed, a liquid material which has, in the liquid state, a surface tension higher than that of said surface which makes up a thus solidified sub-assembly and lower than that of the printing substrate, • and curing, using known means, said material, it being specified that "curing" a material, as mentioned above, means the passage thereof from the liquid state to the solid state as well as the passage thereof from the powder state to the state of a block of material.
A method, comprising: identifying, in a document displayed on a computing device, a phone number for a relevant party, the phone number being displayed in a first display configuration being usable to establish communication, via a communications system provider, between a user of the computing device and the relevant party; and determining a caller account configuration, wherein the caller account configuration is associated with the user of the computing device, the method characterized by: determining a sponsorship configuration of the phone number, the sponsorship configuration being provided by a sponsor sponsoring a free call to the phone number; amending the document to visually reformat the phone number according to the sponsorship configuration and the caller account configuration such that the visually reformatted phone number is displayed in the document according to a second display configuration different from the first display configuration and is selectable to initiate a sponsored call to the relevant party; and in response to the user selecting the visually reformatted phone number in the displayed document, causing the computing device to establish a sponsored call with the relevant party. identifying, in a document displayed on a computing device, a phone number for a relevant party, the phone number being displayed in a first display configuration being usable to establish communication, via a communications system provider, between a user of the computing device and the relevant party; and determining a caller account configuration, wherein the caller account configuration is associated with the user of the computing device, the method characterized by: determining a sponsorship configuration of the phone number, the sponsorship configuration being provided by a sponsor sponsoring a free call to the phone number; amending the document to visually reformat the phone number according to the sponsorship configuration and the caller account configuration such that the visually reformatted phone number is displayed in the document according to a second display configuration different from the first display configuration and is selectable to initiate a sponsored call to the relevant party; and in response to the user selecting the visually reformatted phone number in the displayed document, causing the computing device to establish a sponsored call with the relevant party. determining a sponsorship configuration of the phone number, the sponsorship configuration being provided by a sponsor sponsoring a free call to the phone number; amending the document to visually reformat the phone number according to the sponsorship configuration and the caller account configuration such that the visually reformatted phone number is displayed in the document according to a second display configuration different from the first display configuration and is selectable to initiate a sponsored call to the relevant party; and in response to the user selecting the visually reformatted phone number in the displayed document, causing the computing device to establish a sponsored call with the relevant party.
A breathable backsheet assembly comprising a support layer positioned beneath and coupled to a cellulosic fiber barrier layer (14, 14 a) and a nonwoven stabilization layer disposed above and coupled to the barrier layer (14, 14a), characterized in that: - the cellulosic fiber barrier layer (14, 14a) has a hydrophobic sizing with Alkylketene dimer and an air permeability measured as Frazier air permeability using ASTM D737-04 of more than 152 I min -1 m -2 corresponding to 0.5 ft 3 /min-ft 2 and is configured to hold a hydrostatic head of more than 200 mm H 2 0, the barrier layer (14, 14a) having a basis weight between 15 g/m 2 and 36 g/m 2 wherein the barrier layer (14, 14a) is a middle layer of tissue and the outer layers are of spunbond or SMS nonwoven made of polypropylene fibers and wherein the basis weight of the nonwoven is in the range of 8 g/m 2 and 42 g/m 2 and wherein the outer layers are the support layer and the stabilization layer; and - the support layer comprises a nonwoven fabric; and in that - the barrier layer (14, 14a) and the support layer define a laminate (la, 2a, 4a, 10, 10a, 10b, 100). - the cellulosic fiber barrier layer (14, 14a) has a hydrophobic sizing with Alkylketene dimer and an air permeability measured as Frazier air permeability using ASTM D737-04 of more than 152 I min -1 m -2 corresponding to 0.5 ft 3 /min-ft 2 and is configured to hold a hydrostatic head of more than 200 mm H 2 0, the barrier layer (14, 14a) having a basis weight between 15 g/m 2 and 36 g/m 2 wherein the barrier layer (14, 14a) is a middle layer of tissue and the outer layers are of spunbond or SMS nonwoven made of polypropylene fibers and wherein the basis weight of the nonwoven is in the range of 8 g/m 2 and 42 g/m 2 and wherein the outer layers are the support layer and the stabilization layer; and - the support layer comprises a nonwoven fabric; and in that - the barrier layer (14, 14a) and the support layer define a laminate (la, 2a, 4a, 10, 10a, 10b, 100).
A malware scanner for remediating ransomware on an electronic device, the malware scanner comprising: a sinkhole generator adapted to generate a sinkhole directory; a storage device adapted to store a computer file and the sinkhole directory, wherein the sinkhole directory recursively expands when the computer file performs a file listing of the sinkhole directory to occupy the computer file by extending a period of time taken to perform the file listing of the sinkhole directory; an analyzer adapted to monitor execution of the computer file while the computer file is performing the file listing of the sinkhole directory to attempt to identify an indicator of compromise associated with the computer file, the analyzer to classify the computer file as ransomware when the analyzer identifies the indicator of compromise; and a cleaner to remediate the ransomware. a sinkhole generator adapted to generate a sinkhole directory; a storage device adapted to store a computer file and the sinkhole directory, wherein the sinkhole directory recursively expands when the computer file performs a file listing of the sinkhole directory to occupy the computer file by extending a period of time taken to perform the file listing of the sinkhole directory; an analyzer adapted to monitor execution of the computer file while the computer file is performing the file listing of the sinkhole directory to attempt to identify an indicator of compromise associated with the computer file, the analyzer to classify the computer file as ransomware when the analyzer identifies the indicator of compromise; and a cleaner to remediate the ransomware.
A Power over Ethernet wireless broadcasting device comprising: a wireless broadcasting transmitter; a plurality of conductors to provide current between a powerable device coupled to the wireless broadcasting device and a power sourcing equipment coupled to the wireless broadcasting device over Ethernet, wherein at least two of the plurality of conductors are coupled to the wireless broadcasting transmitter; and a circuit coupled to two or more of the plurality of conductors comprising a zener diode coupled in series to the two or more of the plurality of conductors, the circuit configured to provide power to the wireless broadcasting transmitter from the power sourcing equipment only once the presence of the powerable device has been verified by the circuit detecting a full operating voltage from the power sourcing equipment that is greater than a verification voltage applied beforehand, the power sourcing equipment being configured to apply the full operating voltage to the powerable device when the power sourcing equipment detects a current within an expected range, wherein the circuit does not interfere with the verification process between the power sourcing equipment and the powerable device and wherein the Zener diode has a Zener voltage greater than the verification voltage. a wireless broadcasting transmitter; a plurality of conductors to provide current between a powerable device coupled to the wireless broadcasting device and a power sourcing equipment coupled to the wireless broadcasting device over Ethernet, wherein at least two of the plurality of conductors are coupled to the wireless broadcasting transmitter; and a circuit coupled to two or more of the plurality of conductors comprising a zener diode coupled in series to the two or more of the plurality of conductors, the circuit configured to provide power to the wireless broadcasting transmitter from the power sourcing equipment only once the presence of the powerable device has been verified by the circuit detecting a full operating voltage from the power sourcing equipment that is greater than a verification voltage applied beforehand, the power sourcing equipment being configured to apply the full operating voltage to the powerable device when the power sourcing equipment detects a current within an expected range, wherein the circuit does not interfere with the verification process between the power sourcing equipment and the powerable device and wherein the Zener diode has a Zener voltage greater than the verification voltage.
A device for synchronously actuating and locking elevator doors, which are situated one behind the other in the passage direction - such as a car door and a shaft door; the device includes an entraining skid support and entraining skids (7, 8) that are fastenable to a first door by means of the entraining skid support and whose spacing relative to one another can be changed in order to be able to couple the first door to the second door and move the two doors together and the device is Z couplable to a linear drive unit that moves the doors in the opening and closing directions, characterized in that the entraining skid support has a plurality of first openings that make it possible to mount at least one, preferably both, of the entraining skids (7, 8) on the entraining skid support in different functional positions wherein the first openings constitute a field or matrix that makes it possible to affix one, preferably both, of the entraining skids (7, 8) to the entraining skid support in different functional positions in both the vertical and the horizontal direction.
A rigid chain actuator (107; 137), comprising: a tool body having a bore; a chain (110; 140) at least partially disposed in a housing (108; 163) coupled to the tool body; and a chain extension / retraction mechanism configured to extend the chain from the housing into the bore and recoil the chain from the bore into the housing; wherein the chain (110; 140) is configured to translate a force onto at least one wellbore tool not comprising a drill bit through the bore and comprises an end portion opposite the housing (108; 163) configured to directly or indirectly engage to a plug, an internal tree cap, or a wellbore tool not comprising a drill bit a tool body having a bore; a chain (110; 140) at least partially disposed in a housing (108; 163) coupled to the tool body; and a chain extension / retraction mechanism configured to extend the chain from the housing into the bore and recoil the chain from the bore into the housing; wherein the chain (110; 140) is configured to translate a force onto at least one wellbore tool not comprising a drill bit through the bore and comprises an end portion opposite the housing (108; 163) configured to directly or indirectly engage to a plug, an internal tree cap, or a wellbore tool not comprising a drill bit
An oil separator comprising: a rotor rotatable together with a spindle, the rotor being configured to separate mist oil from target gas through a rotation, wherein the rotor includes an upper holder, a lower holder, and separation disk (34; 71,72), the separation disk is configured of a truncated-cone shaped plate member, the separation disk having formed a rib on an outer peripheral side part corresponding to an inclined surface of the truncated cone, the rib extending from a rotational center in a radiation direction, and the separation disk being layered in an axis line direction of the spindle, and the rib includes a first convex portion (66; 76) having on the outer peripheral side part a convex on a front surface side and a concave on a back surface side and a second convex portion (67; 77) having on the outer peripheral side part a convex on a back surface side and a concave on a front surface side; wherein said first convex portion and said second convex portion are continuously formed in alternation along the radial direction. a rotor rotatable together with a spindle, the rotor being configured to separate mist oil from target gas through a rotation, wherein the rotor includes an upper holder, a lower holder, and separation disk (34; 71,72), the separation disk is configured of a truncated-cone shaped plate member, the separation disk having formed a rib on an outer peripheral side part corresponding to an inclined surface of the truncated cone, the rib extending from a rotational center in a radiation direction, and the separation disk being layered in an axis line direction of the spindle, and the rib includes a first convex portion (66; 76) having on the outer peripheral side part a convex on a front surface side and a concave on a back surface side and a second convex portion (67; 77) having on the outer peripheral side part a convex on a back surface side and a concave on a front surface side; a first convex portion (66; 76) having on the outer peripheral side part a convex on a front surface side and a concave on a back surface side and a second convex portion (67; 77) having on the outer peripheral side part a convex on a back surface side and a concave on a front surface side; wherein said first convex portion and said second convex portion are continuously formed in alternation along the radial direction.
Device for humidifying air, comprising: - a water reservoir for filling water therein to a certain level; - a number of atomising modules (30,31) for atomising part of the water in the water reservoir, whereby each atomising module is placed in the water reservoir, and comprises: - a housing with a substantially metal top wall with a number of openings; - a number of piezoelectric elements, each arranged in one of the openings of the top wall, characterised in that an outer part of the top side of the piezoelectric element makes an electrical contact with the top wall, the device further comprising a power supply circuit for supplying power to the atomising modules (30, 31), comprising a number of transformers (60, 61), wherein each atomising module (30, 31) is activated via a separate transformer (60, 61). - a water reservoir for filling water therein to a certain level; - a number of atomising modules (30,31) for atomising part of the water in the water reservoir, whereby each atomising module is placed in the water reservoir, and comprises: - a housing with a substantially metal top wall with a number of openings; - a number of piezoelectric elements, each arranged in one of the openings of the top wall, characterised in that an outer part of the top side of the piezoelectric element makes an electrical contact with the top wall,