mhurhangee/ep-ind-claims huggingface dataset:
A power determining method, comprising: Receiving (502, 602), by a terminal, a first offset value from a network device (gNB), wherein the first offset value is determined based on a penetration loss on a first carrier and a penetration loss on a second carrier, a frequency of the first carrier being significantly different from a frequency of the second carrier, the first carrier is an uplink carrier of the terminal, and the second carrier is a time division duplex, TDD, carrier or a downlink carrier of the terminal comprising a reference signal; determining (503, 605), by the terminal based on receive power for receiving a downlink signal on the second carrier and the first offset value, power for sending an uplink signal on the first carrier, when the receive power for receiving the downlink signal on the second carrier by the terminal is less than or equal to a first threshold; or when a path loss for receiving the downlink signal on the second carrier by the terminal is less than or equal to a second threshold,; or when reference signal received power, RSRP, for receiving the downlink signal on the second carrier by the terminal is less than or equal to a third threshold. Receiving (502, 602), by a terminal, a first offset value from a network device (gNB), wherein the first offset value is determined based on a penetration loss on a first carrier and a penetration loss on a second carrier, a frequency of the first carrier being significantly different from a frequency of the second carrier, the first carrier is an uplink carrier of the terminal, and the second carrier is a time division duplex, TDD, carrier or a downlink carrier of the terminal comprising a reference signal; determining (503, 605), by the terminal based on receive power for receiving a downlink signal on the second carrier and the first offset value, power for sending an uplink signal on the first carrier, when the receive power for receiving the downlink signal on the second carrier by the terminal is less than or equal to a first threshold; or when a path loss for receiving the downlink signal on the second carrier by the terminal is less than or equal to a second threshold,; or when reference signal received power, RSRP, for receiving the downlink signal on the second carrier by the terminal is less than or equal to a third threshold.
A composition comprising a hypotonic, acid oxidizing, aqueous solution comprising a pH of from 2.5 to 6, a chloride content of less than 400 mg/l, and a free chlorine content of 20-140 mg/l, wherein said free chlorine content comprises ≥ 90% hypochlorous acid (HClO), ≤ 10% chlorine (Cl 2), and ≤ 3% hypochlorite (ClO -) for use in topically treating a wound caused by Epidermolysis Bullosa ("EB").
An aerosol generation device comprising: a heating chamber into which an aerosol substrate is insertable for being heated to generate an aerosol; a casing in which the heating chamber is housed; an aperture through which the aerosol substrate is insertable into the heating chamber; insulation disposed at least partially between the heating chamber and the casing; characterized by a thermal bridge (119; 219) arranged to dissipate heat from the heating chamber to the casing. a heating chamber into which an aerosol substrate is insertable for being heated to generate an aerosol; a casing in which the heating chamber is housed; an aperture through which the aerosol substrate is insertable into the heating chamber; insulation disposed at least partially between the heating chamber and the casing; characterized by a thermal bridge (119; 219) arranged to dissipate heat from the heating chamber to the casing.
An image forming apparatus comprising: a smoothing process part configured to mutually change, based on a density of a peripheral pixel adjoining a target pixel on edge, when a density change between both sides of the target pixel in a sub scanning direction is larger than a density change between both sides of the target pixel in a main scanning direction, a density of a plurality of pixels after conversion of quasi resolution enhancement in the sub scanning direction corresponding to the target pixel, and configured to set, when a density change between both sides of the target pixel in the sub scanning direction is not larger than a density change between both sides of the target pixel in the main scanning direction, same density for the density of the plurality of pixels after conversion of quasi resolution enhancement in the sub scanning direction corresponding to the target pixel; and an exposure controlling part configured to perform, based on the density of the plurality of pixels after conversion of quasi resolution enhancement obtained by the smoothing process part, exposure controls about the plurality of pixels after conversion of quasi resolution enhancement. a smoothing process part configured to mutually change, based on a density of a peripheral pixel adjoining a target pixel on edge, when a density change between both sides of the target pixel in a sub scanning direction is larger than a density change between both sides of the target pixel in a main scanning direction, a density of a plurality of pixels after conversion of quasi resolution enhancement in the sub scanning direction corresponding to the target pixel, and configured to set, when a density change between both sides of the target pixel in the sub scanning direction is not larger than a density change between both sides of the target pixel in the main scanning direction, same density for the density of the plurality of pixels after conversion of quasi resolution enhancement in the sub scanning direction corresponding to the target pixel; and an exposure controlling part configured to perform, based on the density of the plurality of pixels after conversion of quasi resolution enhancement obtained by the smoothing process part, exposure controls about the plurality of pixels after conversion of quasi resolution enhancement.
A method for selecting cardiomyocytes from a cell mixture containing cardiomyocytes and non-cardiomyocytes derived from embryonic stem cells or stem cells having similar characteristics to those of embryonic stem cells by differentiation, wherein the selection of cardiomyocytes is implemented by culturing said cell mixture in the culture medium under the following conditions: (i) a sugar-free condition or a condition where the sugar content is decreased to less than 1% as compared to the sugar condition of the culture medium used for differentiation induction; and (ii) a lactic acid-supplemented condition, wherein the lactic acid-supplemented condition is a condition where 0.1-5 mM of lactic acid is supplemented to the culture medium. (i) a sugar-free condition or a condition where the sugar content is decreased to less than 1% as compared to the sugar condition of the culture medium used for differentiation induction; and (ii) a lactic acid-supplemented condition, wherein the lactic acid-supplemented condition is a condition where 0.1-5 mM of lactic acid is supplemented to the culture medium.
A method in a network node implementing a Service Communication Proxy, SCP, function, comprising: receiving, from a first Network Function, NF, a request destined to a second NF, wherein the request comprises information on the second NF; redirecting the request to a third NF, wherein the redirected request comprises information on the third NF; and transmitting a response from the SCP to the first NF, wherein the response comprises the information on the third NF, wherein, the information on the third NF indicates an Application Programming Interface, API, root of the third NF; and characterized in that, wherein, if there is no Location header included in the response, the API root of the third NF is indicated by using a 3gpp-Sbi-Target-apiRoot header. receiving, from a first Network Function, NF, a request destined to a second NF, wherein the request comprises information on the second NF; redirecting the request to a third NF, wherein the redirected request comprises information on the third NF; and transmitting a response from the SCP to the first NF, wherein the response comprises the information on the third NF, wherein, the information on the third NF indicates an Application Programming Interface, API, root of the third NF; and characterized in that, wherein, if there is no Location header included in the response, the API root of the third NF is indicated by using a 3gpp-Sbi-Target-apiRoot header.
A mobile commissioning device (CD,2) for commissioning building technology devices in wireless public-key encrypted networks, the commissioning device (CD,2) being provided with: - means for reading the public key (NWN-PUB-KEY) from a building technology device forming a network node (NWN,1) to be integrated in the wireless network, the channel for reading the public key (NWN-PUB-KEY) being physically different to the wireless network channel used for communication in the wireless network for which the node (NWN,1) is to be commissioned, - means for at least temporarily storing the read public key (NWN-PUB-KEY) in the device, - means for transferring a provisional first public (CD-PUB-KEY) key of the commissioning device (CD,2) to the network node (NWN,1) to be commissioned, the channel for transferring the provisional first public key (CD-PUB-KEY) being the wireless channel used for communication in the wireless network for which the node (NWN,1) is to be commissioned, wherein the read public key (NWN-PUB-KEY) is used by the commissioning device (CD,2) to engage in a cryptographic key exchange or is used by the mobile commissioning device (CD,2) to encrypt the provisional first public key (CD-PUB-KEY) with the public key of the network node (NWN-PUB-KEY) before the transfer, and - means for transferring the read public key (NWN-PUB-KEY) to a trust center (TC, 3). - means for reading the public key (NWN-PUB-KEY) from a building technology device forming a network node (NWN,1) to be integrated in the wireless network, the channel for reading the public key (NWN-PUB-KEY) being physically different to the wireless network channel used for communication in the wireless network for which the node (NWN,1) is to be commissioned, - means for at least temporarily storing the read public key (NWN-PUB-KEY) in the device, - means for transferring a provisional first public (CD-PUB-KEY) key of the commissioning device (CD,2) to the network node (NWN,1) to be commissioned, the channel for transferring the provisional first public key (CD-PUB-KEY) being the wireless channel used for communication in the wireless network for which the node (NWN,1) is to be commissioned, wherein the read public key (NWN-PUB-KEY) is used by the commissioning device (CD,2) to engage in a cryptographic key exchange or is used by the mobile commissioning device (CD,2) to encrypt the provisional first public key (CD-PUB-KEY) with the public key of the network node (NWN-PUB-KEY) before the transfer, and - means for transferring the read public key (NWN-PUB-KEY) to a trust center (TC, 3).
A robot comprising: an nth arm (n is a natural number); an (n+1)th arm rotatably supported with respect to the nth arm; and characterized in that it comprises a connection destination selection part that is configured to select a connection destination of a cable routing present inside of the nth arm from a cable routing present outside of the nth arm and a cable routing present inside of the (n+1) th arm. an nth arm (n is a natural number); an (n+1)th arm rotatably supported with respect to the nth arm; and characterized in that it comprises a connection destination selection part that is configured to select a connection destination of a cable routing present inside of the nth arm from a cable routing present outside of the nth arm and a cable routing present inside of the (n+1) th arm.
An apparatus for transporting, storing and deploying viscous drilling and completion fluids, comprising: a cylinder comprising a full bore opening for receiving a fluid composition and a discharge outlet for discharging the fluids into a wellbore, the full bore opening being sealed by a dish head comprising a propellant port, the dish head being removably engageable with the cylinder; a plunger assembly mounted within the cylinder and movable by a propellant introduced via the propellant port to displace fluid out of the discharge outlet thereby deploying the fluid; and a shredder screen mounted within the discharge outlet, characterized in that the plunger assembly comprises a pressure equalization port that defines an opening within the plunger assembly. a cylinder comprising a full bore opening for receiving a fluid composition and a discharge outlet for discharging the fluids into a wellbore, the full bore opening being sealed by a dish head comprising a propellant port, the dish head being removably engageable with the cylinder; a plunger assembly mounted within the cylinder and movable by a propellant introduced via the propellant port to displace fluid out of the discharge outlet thereby deploying the fluid; and a shredder screen mounted within the discharge outlet, characterized in that the plunger assembly comprises a pressure equalization port that defines an opening within the plunger assembly.
Section (4,4',4") in particular for structures, having a main longitudinal extension (X-X) from a first to a second end (12,16), the section (4,4',4") having, in proximity of at least one of said ends (12, 16), a coupling element suitable to engage with a further section (4"), the section (4,4',4") comprising a rib and a plate positioned perpendicular to the rib so as to form an overall "T" section, the rib comprising at least one engagement aperture shaped to house said coupling element, the engagement aperture being positioned between said first and second ends (12,16), the coupling element comprises an attachment base to the rib which projects at least partially from the section (4,4',4") with a free end, and a tongue elastically flexible and connected to the attachment base, the tongue being obtained through shearing and bending of a portion of the attachment base 40, so as to form an angle of incidence with the attachment base 40 itself, the engagement aperture defining at least a first tooth characterised in that the tongue being provided with a coupling hole, the at least one first tooth being suitable to engage with the coupling hole of the tongue.
An ECG system for continuously monitoring QT interval information in real time comprising: a source of ECG signal information; a QT interval processor responsive to the ECG signal information which operates to produce QT interval information; comprising a QT interval correction processor, responsive to QT interval information, which produces QTc values corrected for patient heart rate; a first user settable alarm, responsive to the QT interval or the QTc value information, which issues an alarm when a current QT interval or QTc value exceeds a first user-settable alarm limit; further comprising a QT interval variation processor, responsive to the current QTc value, which produces a dQTc value relative to a previously established baseline QTc value; a second user settable alarm, which issues an alarm when the dQTc value exceeds a second user-settable alarm limit; and a display which is configured to display a current QT interval, the current QTc value, the baseline QTc value, the dQTc value and the first and second user-settable alarm limits. a source of ECG signal information; a QT interval processor responsive to the ECG signal information which operates to produce QT interval information; comprising a QT interval correction processor, responsive to QT interval information, which produces QTc values corrected for patient heart rate; a first user settable alarm, responsive to the QT interval or the QTc value information, which issues an alarm when a current QT interval or QTc value exceeds a first user-settable alarm limit; further comprising a QT interval variation processor, responsive to the current QTc value, which produces a dQTc value relative to a previously established baseline QTc value; a second user settable alarm, which issues an alarm when the dQTc value exceeds a second user-settable alarm limit; and a display which is configured to display a current QT interval, the current QTc value, the baseline QTc value, the dQTc value and the first and second user-settable alarm limits.
A propulsion system for a motor vehicle, comprising at least one tank intended to contain a liquefied petroleum gas, system for feeding petroleum gas, an internal combustion engine and an exhaust system, the feed system comprising at least one pump for circulating the liquefied petroleum gas in the feed system and a member for expanding the liquefied petroleum gas, the propulsion system comprising a unit the heating the liquefied petroleum gas which comprises at least one circuit intended to draw the liquefied petroleum gas from the tank and return it to the tank, characterised in that the heating unit comprises at least one heat exchanger configured to operate a heat exchange between the liquefied petroleum gas flowing through the circuit and at least part of the exhaust gases that flow through the exhaust system, the feed system comprising at least one feed line which extends between the pump and the expansion member, the circuit being connected to the feed line at a bifurcation, the circuit comprising a first pass of the heat exchanger through which the liquefied petroleum gas passes wherein the heating unit comprises at least one three-way valve disposed at the bifurcation between the feed line and the circuit
An LED lighting system, comprising - a base stably connectable to a structure of a lamp, - a supporting body for at least one LED, - means for removably connecting said supporting body to said base, - means for electrically connecting said base and said supporting body, said connecting means comprising a male connector and a female connector, said male connector being fixed on one of either said base or said supporting body, and said female connector being fixed on the other of either said base or said supporting body, - heat dissipating means for dissipating the heat generated while said at least one LED is ON, characterized in that said supporting body comprises an inner cylindrical wall for containment of said electrical connecting means, and an outer wall, there being an empty annular space located between said inner and outer walls (5, 6), and in that said dissipating means comprise a plurality of first openings made in said outer wall and designed to allow an air flow between said annular space and the outside environment. - a base stably connectable to a structure of a lamp, - a supporting body for at least one LED, - means for removably connecting said supporting body to said base, - means for electrically connecting said base and said supporting body, said connecting means comprising a male connector and a female connector, said male connector being fixed on one of either said base or said supporting body, and said female connector being fixed on the other of either said base or said supporting body, - heat dissipating means for dissipating the heat generated while said at least one LED is ON, characterized in that said supporting body comprises an inner cylindrical wall for containment of said electrical connecting means, and an outer wall, there being an empty annular space located between said inner and outer walls (5, 6), and in that said dissipating means comprise a plurality of first openings made in said outer wall and designed to allow an air flow between said annular space and the outside environment.
Blind rivet fastener comprising a blind rivet sleeve having a set head end with a set head and a shank end; and a stud projecting from the head end with a receiving section wherein the stud projects from the shank end with an attachment section characterized in that a closing head can be formed via a pull on the stud and the stud is non-rotatably fastened in the blind rivet sleeve.
A self-checkout point of sales apparatus comprising a reading apparatus for reading information from an RFID tag attached to a commodity, the reading apparatus comprising: a box provided with an opening acting as a commodity inlet/outlet and an accommodation chamber for accommodating commodities; an opening/closing cover configured to open/close the opening of the box; an antenna arranged in the accommodation chamber; a reading unit configured to carry out a reading processing in which information relating to a commodity is read from each RFID tag attached to each commodity accommodated in the accommodation chamber through the antenna; and an output unit configured to output the information read by the reading unit characterized in that the reading apparatus further comprises: a change unit configured to change an electric wave environment relating to the communication of the RFID tag with the antenna within a period in which the reading processing is executed, and that the change unit is configured to change the electric wave environment by moving the commodity directly or indirectly relatively to the antenna. a box provided with an opening acting as a commodity inlet/outlet and an accommodation chamber for accommodating commodities; an opening/closing cover configured to open/close the opening of the box; an antenna arranged in the accommodation chamber; a reading unit configured to carry out a reading processing in which information relating to a commodity is read from each RFID tag attached to each commodity accommodated in the accommodation chamber through the antenna; and an output unit configured to output the information read by the reading unit a change unit configured to change an electric wave environment relating to the communication of the RFID tag with the antenna within a period in which the reading processing is executed, and that the change unit is configured to change the electric wave environment by moving the commodity directly or indirectly relatively to the antenna.
Electronic machine management system for initiating switching and/or adjusting operations in agricultural work machines, comprising a monitoring module and a machine-specific module which can control components of the work machine, characterized in that the monitoring module is in the form of a monitoring module capable of learning and captures and evaluates information from a plurality of work cycles of the work machine with regard to the driving behaviour of an operator of the work machine, wherein the information with regard to the driving behaviour comprises at least the speed of the work machine at different times and the acceleration of the work machine at different times, and, on the basis of the evaluated information and before the occurrence of a planned event, can transmit a signal indicative of this event to the machine-specific module, and wherein the machine-specific module can change at least one of the components to a standby state on the basis of this signal.