mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a probe signal for acoustically interrogating an electrochemical system, said method being characterised in that it comprises: - a step (1E1) of transmitting a first signal, called the calibration signal, comprising a wave train of multiple frequencies, the spectral density associated with each frequency being identical, in such a way as to induce a response of the electrochemical system; - a step (1E2) of receiving the response of the electrochemical system to the calibration signal; - a step (1E3) of determining, on the basis of the received response and for each frequency of the calibration signal, a signal attenuation factor; - a step (1E4) of determining, for each attenuation factor, a correction factor according to said attenuation factor so as to associate a correction factor with each frequency of the calibration signal; - a step (1E5) of determining the probe signal, said probe signal being obtained by multiplying the spectral density associated with each frequency of the calibration signal by the correction factor corresponding to the frequency in question. - a step (1E1) of transmitting a first signal, called the calibration signal, comprising a wave train of multiple frequencies, the spectral density associated with each frequency being identical, in such a way as to induce a response of the electrochemical system; - a step (1E2) of receiving the response of the electrochemical system to the calibration signal; - a step (1E3) of determining, on the basis of the received response and for each frequency of the calibration signal, a signal attenuation factor; - a step (1E4) of determining, for each attenuation factor, a correction factor according to said attenuation factor so as to associate a correction factor with each frequency of the calibration signal; - a step (1E5) of determining the probe signal, said probe signal being obtained by multiplying the spectral density associated with each frequency of the calibration signal by the correction factor corresponding to the frequency in question.
A method for transmitting a synchronization signal for direct device-to-device communication by a terminal (UE1, UE2, UE3) in a wireless connected system, the method comprising: receiving a transmit power control, TPC, command for the direct device-to-device communication from a base station (eNB); determining a transmit power of the synchronization signal for the direct device-to-device communication based on the TPC command; and transmitting the synchronization signal for the direct device-to-device communication according to the determined transmit power, wherein the TPC command is for a data channel for the direct device-to-device communication; characterized in that the method further comprises: configuring power parameters of the synchronization signal through a higher layer; and determining the transmit power of the synchronization signal also based on the power parameters. receiving a transmit power control, TPC, command for the direct device-to-device communication from a base station (eNB); determining a transmit power of the synchronization signal for the direct device-to-device communication based on the TPC command; and transmitting the synchronization signal for the direct device-to-device communication according to the determined transmit power, configuring power parameters of the synchronization signal through a higher layer; and determining the transmit power of the synchronization signal also based on the power parameters.
A lubricating oil composition for a transmission, the composition comprising: a lubricant base oil comprising a mineral base oil and/or a synthetic base oil; and a poly(meth)acrylate having a weight average molecular weight of no more than 25,000, wherein the component is a non-dispersant poly(meth)acrylate, wherein the component is at least one polyalkyl (meth)acrylate each having a weight average molecular weight of no more than 20,000, wherein a content of the component is no less than 0.2 mass% on the basis of the total mass of the composition, wherein each of the polyalkyl (meth)acrylate comprises (B2a) at least one alkyl (meth)acrylate monomer unit having a C8-18 linear chain or branched chain alkyl group, in an amount of no less than 70 mol% on the basis of the total monomer units, wherein each of the polyalkyl (meth)acrylate further comprises (B2c) a methyl (meth)acrylate monomer unit in an amount of less than 3 mol% on the basis of the total monomer units, and wherein the composition has a kinematic viscosity at 100°C of 2.5 to 4.9 mm 2 /s. a lubricant base oil comprising a mineral base oil and/or a synthetic base oil; and a poly(meth)acrylate having a weight average molecular weight of no more than 25,000, wherein the component is a non-dispersant poly(meth)acrylate, wherein the component is at least one polyalkyl (meth)acrylate each having a weight average molecular weight of no more than 20,000, wherein a content of the component is no less than 0.2 mass% on the basis of the total mass of the composition, wherein each of the polyalkyl (meth)acrylate comprises (B2a) at least one alkyl (meth)acrylate monomer unit having a C8-18 linear chain or branched chain alkyl group, in an amount of no less than 70 mol% on the basis of the total monomer units, wherein each of the polyalkyl (meth)acrylate further comprises (B2c) a methyl (meth)acrylate monomer unit in an amount of less than 3 mol% on the basis of the total monomer units, and wherein the composition has a kinematic viscosity at 100°C of 2.5 to 4.9 mm 2 /s.
Diphenyl derivative for use in the prophylactic and/or therapeutic treatment of viral diseases, in particular corona infections, especially COVID-19, wherein the diphenyl derivative is a diphenyl derivative according to formula (IV-A1) or (IV-A2) below: wherein: Met' denotes a monovalent metal ion, in particular an alkali metal ion, preferably a sodium ion, and Met" denotes a divalent metal ion, in particular an alkaline earth metal ion; or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (IV-A3): or wherein the diphenyl derivative is a diphenyl derivative according to formula (IV-A) below and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formulae (IV-B) and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (VI-A) and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (VIII-A) and salts thereof: wherein the diphenyl derivative is a diphenyl derivative according to formula (IV-A1) or (IV-A2) below: wherein: Met' denotes a monovalent metal ion, in particular an alkali metal ion, preferably a sodium ion, and Met" denotes a divalent metal ion, in particular an alkaline earth metal ion; or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (IV-A3): or wherein the diphenyl derivative is a diphenyl derivative according to formula (IV-A) below and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formulae (IV-B) and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (VI-A) and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (VIII-A) and salts thereof: Met' denotes a monovalent metal ion, in particular an alkali metal ion, preferably a sodium ion, and Met" denotes a divalent metal ion, in particular an alkaline earth metal ion; or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (IV-A3): or wherein the diphenyl derivative is a diphenyl derivative according to formula (IV-A) below and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formulae (IV-B) and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (VI-A) and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (VIII-A) and salts thereof:
An alarm system installed in a region to be monitored, the alarm system comprising: a control panel, the system having a graphical interface (122,140,142) for displaying information, a plurality of devices (130, 130") in communication with the panel; the devices being in a plurality of locations in the region; each of the devices being identified by the central monitoring panel by means of a device identifier, the panel being configurable to communicate the status of one or more of the devices for the purpose of providing alarm system functionality; and wherein the positions of the devices in the region are provided on a plan (110, 110', 510); wherein the graphical interface (122,140,142) is configured to provide an interactive screen, that screen providing: a display of the devices in communication with the panel; the panel being further configured to enable a user to associate devices with the positions of devices on the plan so as to activate the functionality of each device in the alarm system by allocating a respective unique system address to each respective device using the interactive screen characterised in that the graphical interface (140. 142) is a mobile graphical interface in radio communication with the control panel and is equipped with a positioning system to identify the geographic position of the graphical interface mobile device in the region, and wherein the geographic position of the interface is displayed on the plan. a display of the devices in communication with the panel; the panel being further configured to enable a user to associate devices with the positions of devices on the plan so as to activate the functionality of each device in the alarm system by allocating a respective unique system address to each respective device using the interactive screen characterised in that the graphical interface (140. 142) is a mobile graphical interface in radio communication with the control panel and is equipped with a positioning system to identify the geographic position of the graphical interface mobile device in the region, and wherein the geographic position of the interface is displayed on the plan.
An opening device for a sliding window, comprising a base, a rotation shaft, a pulling cable, and a locking mechanism, wherein the rotation shaft is rotatably mounted on the base; the pulling cable is wound on the rotation shaft; and the locking mechanism is configured to control a rotation of the rotation shaft with respect to the base, characterized in that the opening device further comprises: a lead screw connected to the rotation shaft and rotating with the rotation shaft; a screw nut threadably engaged with the lead screw; a guiding member guiding the screw nut to move along an axial direction of the lead screw, thus confining a rotation of the screw nut, wherein the guiding member is fixedly disposed on the base; a first friction member sleeved on the lead screw, rotating with the lead screw, and being movable along the axial direction of the lead screw; a second friction member fixedly mounted on the base and in frictional engagement with the first friction member, wherein the second friction member and the screw nut are respectively provided at two opposite sides of the first friction member; and an elastic member provided between the first friction member and the screw nut, wherein when the rotation shaft rotates in a first direction, the pulling cable is unwound from the rotation shaft, and the screw nut rotates towards the second friction member and presses the elastic member. a lead screw connected to the rotation shaft and rotating with the rotation shaft; a screw nut threadably engaged with the lead screw; a guiding member guiding the screw nut to move along an axial direction of the lead screw, thus confining a rotation of the screw nut, wherein the guiding member is fixedly disposed on the base; a first friction member sleeved on the lead screw, rotating with the lead screw, and being movable along the axial direction of the lead screw; a second friction member fixedly mounted on the base and in frictional engagement with the first friction member, wherein the second friction member and the screw nut are respectively provided at two opposite sides of the first friction member; and an elastic member provided between the first friction member and the screw nut, wherein
A medical device comprising: a hydrophilic coating disposed on a surface of the medical device, the hydrophilic coating formed from a blend comprising a hydrophilic polymer and polyethylene glycol diacrylate having a number average molecular weight of less than about 1000, and wherein the hydrophilic coating comprises about 80 wt% to about 99.5 wt% hydrophilic polymer and about 0.5 wt% to about 20 wt% polyethylene glycol diacrylate. a hydrophilic coating disposed on a surface of the medical device, the hydrophilic coating formed from a blend comprising a hydrophilic polymer and polyethylene glycol diacrylate having a number average molecular weight of less than about 1000, and wherein the hydrophilic coating comprises about 80 wt% to about 99.5 wt% hydrophilic polymer and about 0.5 wt% to about 20 wt% polyethylene glycol diacrylate.
A sandwich component comprising: - two cover layers, - a core layer disposed between said cover layers, said core layer comprising a plurality of hollow cells, which are separated by walls and which extend in the thickness direction of said core layer, each cell forming an opening in at least one of the two opposing surfaces of said core layer facing said cover layers, and - at least one viscoelastic layer of which each is disposed between said core layer and one of said cover layers, wherein said sandwich component further comprises a porous layer which is attached to one of said at least one viscoelastic layer at the side of the respective viscoelastic layer facing away from that cover layer of said two cover layers between which said cover layer and said core layer the respective viscoelastic layer is disposed, wherein the porous layer has a higher compressive strength than the respective viscoelastic layer to which it is attached. - two cover layers, - a core layer disposed between said cover layers, said core layer comprising a plurality of hollow cells, which are separated by walls and which extend in the thickness direction of said core layer, each cell forming an opening in at least one of the two opposing surfaces of said core layer facing said cover layers, and - at least one viscoelastic layer of which each is disposed between said core layer and one of said cover layers,
A device for the lateral stabilization of an implement link of an agricultural vehicle, comprising first and second components (103, 100) movably mounted relative to one another in a telescoping arrangement having a minimum and maximum length of extension, and a fluid chamber; characterised in that the fluid chamber, when pressurised, urges the first and second components (103, 100) to relative positions giving a locked centralised position at a length of extension for the device greater than the minimum and less than the maximum length of extension.
A mobile communication device, comprising: a reception circuit, configured to receive wireless signals; and a processing unit, the processing unit is configured to activate the reception circuit for a portion of a downlink time interval for receiving all Control Channel, CCH, data for the downlink time interval, and when there's no traffic data schedule for the mobile communication device in the downlink time interval, deactivate the reception circuit for the remaining portion of the downlink time interval, except for a second portion within the remaining portion, which does not extend to the end of the downlink time interval, for receiving one or more Reference Signal, RS, symbols. a reception circuit, configured to receive wireless signals; and a processing unit, the processing unit is configured to activate the reception circuit for a portion of a downlink time interval for receiving all Control Channel, CCH, data for the downlink time interval, and when there's no traffic data schedule for the mobile communication device in the downlink time interval, deactivate the reception circuit for the remaining portion of the downlink time interval, except for a second portion within the remaining portion, which does not extend to the end of the downlink time interval, for receiving one or more Reference Signal, RS, symbols.
A method for managing notifications, the method comprising: receiving (106, 606), using a hardware processor, a request to send a first notification for a first application on a user device; receiving (108, 610) a request to send a second notification for a second application on the user device; determining (110, 614) that the first notification and the second notification are corresponding notifications that include similar content or reference similar media content; determining (112, 616) a priority between the first notification and the second notification; and based on the determined priority, sending (114, 622) one of the first notification and the second notification to the user device, and inhibiting the other of the first notification and the second notification from being sent to the user device; characterised in that determining the priority between the first notification and the second notification comprises determining the priority based on an identity of the first application and an identity of the second application. receiving (106, 606), using a hardware processor, a request to send a first notification for a first application on a user device; receiving (108, 610) a request to send a second notification for a second application on the user device; determining (110, 614) that the first notification and the second notification are corresponding notifications that include similar content or reference similar media content; determining (112, 616) a priority between the first notification and the second notification; and based on the determined priority, sending (114, 622) one of the first notification and the second notification to the user device, and inhibiting the other of the first notification and the second notification from being sent to the user device; characterised in that determining the priority between the first notification and the second notification comprises determining the priority based on an identity of the first application and an identity of the second application.
A data processing method performed by a data processing apparatus, comprising: transmitting a transport block, wherein the transport block is segmented into C code blocks, and the C code blocks are grouped into K code block groups, C and K are both positive integers, each of the K code block groups comprises one or more code blocks of the C code blocks, and K > 1; receiving an indication information; determining a code block group corresponding to a bit "1" in the indication information as a to-be-retransmitted code block group in the K code block groups; if a code block belongs to the to-be-retransmitted code block group, performing rate matching on the code block, and outputting a bit segment obtained after the rate matching; characterised in that if a code block does not belong to the to-be-retransmitted code block group, skipping performing rate matching on the code block with a quantity of rate matching output bits of the code block being zero. transmitting a transport block, wherein the transport block is segmented into C code blocks, and the C code blocks are grouped into K code block groups, C and K are both positive integers, each of the K code block groups comprises one or more code blocks of the C code blocks, and K > 1; receiving an indication information; determining a code block group corresponding to a bit "1" in the indication information as a to-be-retransmitted code block group in the K code block groups; if a code block belongs to the to-be-retransmitted code block group, performing rate matching on the code block, and outputting a bit segment obtained after the rate matching;
An inductor device, in particular for hardening rolling tracks of an outer ring of a vehicle hub bearing unit, comprising: - at least one pair of blocks (4, 5) of electrical conducting material mechanically coupled to each other and electrically isolated from each other; - at least one block of electrically insulating material mechanically connected to the blocks of electrical conducting material (4, 5) and supporting respective induction coils (9, 10); - a first hydraulic circuit partly obtained within the blocks of electrical conducting material (4, 5) and partly obtained by means of respective pipe stretches (12, 13, 14) made of electrical conducting material and external to the blocks of electrical conducting material (4, 5) and mechanically connected in a fluid-tight manner on one side with the blocks of electrical conducting material and on the other side with the induction coils (9, 10); wherein the first hydraulic circuit comprises at least a first branch for feeding a cooling fluid to the induction coils and at least a second branch for removing the cooling fluid from the induction coils; characterized in that, in combination: i) the first branch hydraulically connects all the induction coils (9, 10) in parallel and mechanically in sequence to each other; ii) the second branch hydraulically connects only a first induction coil with a first return outlet of the first hydraulic circuit; iii) the first hydraulic circuit comprises at least a third branch for each induction coil in addition to the first induction coil, each third branch comprising a second return outlet separated from the first outlet and being hydraulically connected with only one single induction coil other than the first. - at least one pair of blocks (4, 5) of electrical conducting material mechanically coupled to each other and electrically isolated from each other; - at least one block of electrically insulating material mechanically connected to the blocks of electrical conducting material (4, 5) and supporting respective induction coils (9, 10); - a first hydraulic circuit partly obtained within the blocks of electrical conducting material (4, 5) and partly obtained by means of respective pipe stretches (12, 13, 14) made of electrical conducting material and external to the blocks of electrical conducting material (4, 5) and mechanically connected in a fluid-tight manner on one side with the blocks of electrical conducting material and on the other side with the induction coils (9, 10); i) the first branch hydraulically connects all the induction coils (9, 10) in parallel and mechanically in sequence to each other; ii) the second branch hydraulically connects only a first induction coil with a first return outlet of the first hydraulic circuit; iii) the first hydraulic circuit comprises at least a third branch for each induction coil in addition to the first induction coil, each third branch comprising a second return outlet separated from the first outlet and being hydraulically connected with only one single induction coil other than the first.