mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit for active antenna calibration, the integrated circuit comprising: receive paths including a first receive path, the first receive path including at least a portion of a signal path between a first active antenna element and a first mixer; transmit paths including a first transmit path, the first transmit path including at least a portion of a signal path between the first active antenna element and a second mixer; a signal distribution circuit configured to couple a local oscillator signal to the first receive path and to couple a transmit signal from the first transmit path to the first receive path; and calibration circuitry (222, 264) configured to generate a first calibration coefficient for the first receive path based on the LO signal, and generate a second calibration coefficient for the first transmit path based on a signal propagating through the first transmit path and the first receive path. receive paths including a first receive path, the first receive path including at least a portion of a signal path between a first active antenna element and a first mixer; transmit paths including a first transmit path, the first transmit path including at least a portion of a signal path between the first active antenna element and a second mixer; a signal distribution circuit configured to couple a local oscillator signal to the first receive path and to couple a transmit signal from the first transmit path to the first receive path; and calibration circuitry (222, 264) configured to generate a first calibration coefficient for the first receive path based on the LO signal, and generate a second calibration coefficient for the first transmit path based on a signal propagating through the first transmit path and the first receive path.
An electrical junction box comprising: a casing; and an electrical component housed in the casing, the electrical component including an electrical component case and a terminal, the terminal being attached through the electrical component case and including a contact (FC, MC) located inside the electrical component case, wherein the electrical component is located at an outer end in the casing, wherein furthermore means are provided for decreasing a temperature of the electrical component case under operation of the electrical component housed therein, said means are provided by the casing including an inner wall and an outer wall located more exterior than the inner wall in a thickness direction of the inner wall, and one of the inner wall and the outer wall has a cutout at a position near the electrical component. a casing; and an electrical component housed in the casing, the electrical component including an electrical component case and a terminal, the terminal being attached through the electrical component case and including a contact (FC, MC) located inside the electrical component case, wherein the electrical component is located at an outer end in the casing, wherein furthermore means are provided for decreasing a temperature of the electrical component case under operation of the electrical component housed therein, said means are provided by the casing including an inner wall and an outer wall located more exterior than the inner wall in a thickness direction of the inner wall, and one of the inner wall and the outer wall has a cutout at a position near the electrical component.
An aqueous composition for the treatment of acne comprising at least one aqueous polyurethane dispersion and salicylic acid and/or at least one salicylic acid derivative, characterized in that the salicylic acid derivative is selected from the group consisting of acetaminosalol, aspirin, balsalazide, benorylate, calcium acetylsalicylate, diflunisal, fendosal, gentisic acid, glycol salicylate, imidazole salicylate, lysine acetylsalicylate, mesalamine, morpholine salicylate, 1-naphthyl salicylate, olsalazine, parsalmide, phenyl acetylsalicylate, phenyl salicylate, salicylamide O-acetic acid, salicylsulfuric acid, salsalate, sodium salicylate and sulfasalazine and the salicylic acid and/or at least one salicylic acid derivative is present in an amount of 0.1 to 10 % by weight, related to the total weight of the composition and wherein aqueous polyurethane dispersion comprises an anionically hydrophilized polyurethane polymer, which is obtainable by reacting one or more isocyanate-functional polyurethane prepolymers A) which have neither ionic nor ionogenic groups, with one or more amino-functional compounds B), which include at least one amino-functional compound B2) which has ionic and/or ionogenic groups.
An inkjet printing device comprising a vacuum-belt wrapped around a vacuum-table along a conveying direction and wherein the vacuum-table comprises a flat area on a support area of the vacuum-table which is positioned between: - a first air-groove in the support area which is aligned along the conveying direction; and - a second air-groove in the support area which is aligned along the conveying direction; and wherein the vacuum-belt comprises: - a first column of vacuum-belt-air-channels, along the conveying direction, in the vacuum-belt which are connected to the first air-groove; and - a second column of vacuum-belt-air-channels, along the conveying direction, in the vacuum-belt which are connected to the second air-groove; and - a third column of vacuum-belt-air-channels, along the conveying direction, in the vacuum-belt, wherein the vacuum belt is characterised in that the vacuum-belt-air-channels of the third column are connected to the flat area by a plurality of air channels formed by a rough layer at the back-side of the vacuum-belt and/or a rough layer on the flat area. - a first air-groove in the support area which is aligned along the conveying direction; and - a second air-groove in the support area which is aligned along the conveying direction; and - a first column of vacuum-belt-air-channels, along the conveying direction, in the vacuum-belt which are connected to the first air-groove; and - a second column of vacuum-belt-air-channels, along the conveying direction, in the vacuum-belt which are connected to the second air-groove; and - a third column of vacuum-belt-air-channels, along the conveying direction, in the vacuum-belt, wherein the vacuum belt is characterised in that the vacuum-belt-air-channels of the third column are connected to the flat area by a plurality of air channels formed by a rough layer at the back-side of the vacuum-belt and/or a rough layer on the flat area.
A paper suitable for use as a separator paper in electrochemical cells comprising, as the sole fibrous components: a) 95 to 100 weight percent fibrils, and b) 0 to 5 weight percent aramid fibrids; the paper having a thickness of 10 to 40 micrometers and a tensile strength of at least 15 megapascals or greater, wherein the fibrils comprise a polymer blend of 80 to 96 weight percent polyparaphenylene terephthalamide and 4 to 20 weight percent of polyvinylpyrrolidone, the fibrils having i) diameter of 10 to 2000 nanometers, ii) a length of 0.2 to 3 millimeters, iii) a specific surface area of 3 to 40 square meters/gram, and iv) a Canadian Standard Freeness of 0 to 10 milliliters, with all values and parameters being measured as described in the specification, section "Test Methods". a) 95 to 100 weight percent fibrils, and b) 0 to 5 weight percent aramid fibrids; the paper having a thickness of 10 to 40 micrometers and a tensile strength of at least 15 megapascals or greater, wherein the fibrils comprise a polymer blend of 80 to 96 weight percent polyparaphenylene terephthalamide and 4 to 20 weight percent of polyvinylpyrrolidone, the fibrils having i) diameter of 10 to 2000 nanometers, ii) a length of 0.2 to 3 millimeters, iii) a specific surface area of 3 to 40 square meters/gram, and iv) a Canadian Standard Freeness of 0 to 10 milliliters, with all values and parameters being measured as described in the specification, section "Test Methods". i) diameter of 10 to 2000 nanometers, ii) a length of 0.2 to 3 millimeters, iii) a specific surface area of 3 to 40 square meters/gram, and iv) a Canadian Standard Freeness of 0 to 10 milliliters, with all values and parameters being measured as described in the specification, section "Test Methods".
Circuit arrangement for driving an ignitable semiconductor circuit with an ignition control input in order to control the power consumption of an electrical consumer, in particular of an electric motor in an electric machine tool, a monitoring arrangement being set up, in order to monitor an electrical voltage at a connection point (A 1) of the ignitable semiconductor circuit and/or at a connection point (A M) of the electrical load and to generate an ignition pulse at the ignition control input of the ignitable semiconductor circuit, a voltage source or at least a first controlled switch (8.1, T1) and a second controlled switch (8.2, T2), which each comprise a control input (B1, B2), are connected to the voltage source or current source and, depending on an electrical signal at the control input (B1, B2) of the respective controlled switch (8.1, T1), can be switched on and off in response to an electrical signal at the control input (B1, B2) of the respective controlled switch (8.1, 8.2, T1, T2) are capable of connecting the voltage source or current source to the ignition control input of the ignitable semiconductor circuit in a low-impedance or high-impedance manner, thereby triggering an ignition pulse, the control inputs (B1, B2) of the controlled switches (8.1, 8.2, T1, T2) are at least indirectly connected to the monitored connection point (A 1) of the ignitable semiconductor circuit and/or to the connection point (A M) of the electrical load, and wherein the first controlled switch (8.1, T1) is assigned to a negative component of an alternating voltage and the second controlled switch (8.2, T2) is assigned to a positive component of an alternating voltage, the assignment being carried out by means of a selection circuit assigned to each controlled switch (8.1, 8.2, T1, T2) and/or by means of a configuration of the respective controlled switch (8.1, 8.2, T1, T2) and/or by means of the design of the respective controlled switch (8.1, 8.2, T1, T2), characterized in that the voltage source or current source is independent of the monitored voltage
An ink tank for an inkjet printer, the ink tank having a top end and a bottom end and comprising: an ink conduit connecting the inside of the tank to the outside of the tank, wherein the ink conduit extends along its length inside the tank from the top end of the tank by a first distance; an air conduit connecting the inside of the tank to the outside of the tank, wherein the air conduit extends inside the tank from the top end of the tank by a second distance to the bottom of the air conduit, the second distance being less than the first distance; a vent connecting the inside of the tank to the outside of the tank, an inside opening of the vent being located at a third distance from the top end of the tank, the third distance being less than the second distance; an ink outlet to enable connection to a remote print head, the ink outlet connecting the inside of the tank to the outside of the tank, an inside opening of the ink outlet being located at a fourth distance from the top end of the tank, the fourth distance being greater than the second distance; and an interface component to engage with an opening of a refill bottle, wherein the interface component comprises the air conduit and the ink conduit, such that two separate fluid flow paths can be created between the inside of a refill bottle and the inside of the ink tank. an ink conduit connecting the inside of the tank to the outside of the tank, wherein the ink conduit extends along its length inside the tank from the top end of the tank by a first distance; an air conduit connecting the inside of the tank to the outside of the tank, wherein the air conduit extends inside the tank from the top end of the tank by a second distance to the bottom of the air conduit, the second distance being less than the first distance; a vent connecting the inside of the tank to the outside of the tank, an inside opening of the vent being located at a third distance from the top end of the tank, the third distance being less than the second distance; an ink outlet to enable connection to a remote print head, the ink outlet connecting the inside of the tank to the outside of the tank, an inside opening of the ink outlet being located at a fourth distance from the top end of the tank, the fourth distance being greater than the second distance; and an interface component to engage with an opening of a refill bottle, wherein the interface component comprises the air conduit and the ink conduit, such that two separate fluid flow paths can be created between the inside of a refill bottle and the inside of the ink tank.
A shock absorber element efficient in a longitudinal direction for a carrying strap, fitted with a flexible, flat belt section extending in a longitudinal direction of the belt, comprising two main surfaces opposite to each other, which belt section extends in the longitudinal direction of the belt in waves lines deflected perpendicular to the longitudinal direction with turning points and perpendicular sections extending between the turning points, and with a support made of plastic material, mounted on at least one of the main surfaces of the belt section, rigidly connected to the belt section and holding the belt section in a normal position in the wave lines, characterised in that the support made of said plastic material has a varying thickness along the wave lines, whereas the support has the smallest thickness on the perpendicular sections of the belt section in a middle section, whereas the thickness increases starting from the middle section up to the turning points and whereas in the turning points the support made of elastic material is the thickiest.
Use of a sealing body for dynamic applications as a shock absorber seal having a Shore A hardness of 60-100 and comprising a rubber-containing elastomeric material and also carbon nanotubes distributed in the elastomeric material in a quantity of 0.1 to 20 phr, based on 100 parts by weight rubber.
Method for the production of activated CD3 - CD56 + NK cells comprising the steps of: a) isolating CD3 - CD56 + NK cells from a liver perfusate; b) cultivating said isolated CD3 - CD56 + NK cells in the presence of IL-2, IL-15 and IFNα. a) isolating CD3 - CD56 + NK cells from a liver perfusate; b) cultivating said isolated CD3 - CD56 + NK cells in the presence of IL-2, IL-15 and IFNα.
A method of depositing a thin film onto a substrate, comprising: introducing a first precursor gas into a first precursor zone; introducing a second precursor gas into a second precursor zone spaced apart from the first precursor zone, the second precursor gas different from the first precursor gas; introducing an inert gas into an isolation zone interposed between the first and second precursor zones; imparting relative movement between the substrate and the precursor zones so that a surface of the substrate is sequentially exposed to the first precursor gas, the inert gas, the second precursor gas, and the inert gas, wherein the exposure of the surface to the first precursor gas leaves a chemisorbed portion of the first precursor gas on the surface and an excess non-chemisorbed portion of the first precursor gas on the surface; and while the surface of the substrate is exposed to the inert gas, exposing the surface to localized heat applied by an excess precursor removal mechanism located within the isolation zone between the first and second precursor zones and to the inert gas contained in the isolation zone, thereby actively removing the excess non-chemisorbed first precursor from the surface to inhibit the excess non-chemisorbed first precursor from entering the second precursor zone while leaving the chemisorbed first precursor on the surface, whereby, when the substrate is exposed to the second precursor gas, the second precursor gas reacts with the chemisorbed first precursor at the surface to deposit a thin film thereon. introducing a first precursor gas into a first precursor zone; introducing a second precursor gas into a second precursor zone spaced apart from the first precursor zone, the second precursor gas different from the first precursor gas; introducing an inert gas into an isolation zone interposed between the first and second precursor zones; imparting relative movement between the substrate and the precursor zones so that a surface of the substrate is sequentially exposed to the first precursor gas, the inert gas, the second precursor gas, and the inert gas, wherein the exposure of the surface to the first precursor gas leaves a chemisorbed portion of the first precursor gas on the surface and an excess non-chemisorbed portion of the first precursor gas on the surface; and while the surface of the substrate is exposed to the inert gas, exposing the surface to localized heat applied by an excess precursor removal mechanism located within the isolation zone between the first and second precursor zones and to the inert gas contained in the isolation zone, thereby actively removing the excess non-chemisorbed first precursor from the surface to inhibit the excess non-chemisorbed first precursor from entering the second precursor zone while leaving the chemisorbed first precursor on the surface, whereby, when the substrate is exposed to the second precursor gas, the second precursor gas reacts with the chemisorbed first precursor at the surface to deposit a thin film thereon.
An imaging system for photographing a subject arranged in front of a background to remove the background from the subject, the system comprising: a foreground light source arranged and configured to illuminate the subject; a background light source arranged and configured to illuminate the background; a digital camera configured to capture still photographs of the subject arranged between the digital camera and the background; and a controller configured to: synchronize illumination of the background light source with a capture of a background illuminated image taken by the digital camera; and after the illumination of the background light source, synchronize illumination of the foreground light source with a capture of a foreground illuminated image taken by the digital camera, the foreground illuminated image being captured before complete decay of light from the illumination of the background light source. a foreground light source arranged and configured to illuminate the subject; a background light source arranged and configured to illuminate the background; a digital camera configured to capture still photographs of the subject arranged between the digital camera and the background; and a controller configured to: synchronize illumination of the background light source with a capture of a background illuminated image taken by the digital camera; and after the illumination of the background light source, synchronize illumination of the foreground light source with a capture of a foreground illuminated image taken by the digital camera, the foreground illuminated image being captured before complete decay of light from the illumination of the background light source. synchronize illumination of the background light source with a capture of a background illuminated image taken by the digital camera; and after the illumination of the background light source, synchronize illumination of the foreground light source with a capture of a foreground illuminated image taken by the digital camera, the foreground illuminated image being captured before complete decay of light from the illumination of the background light source.
A terminal comprising: a transceiver configured to transmit radio signals to and receive radio signals from a base station; and a controller configured to control, when a maximum transmission power of a frequency band is not notified, a transmission power of the terminal such that the transmission power is a maximum transmission power of a default power class, according to transmission regulations for the default power class of the frequency band, when the maximum transmission power of the frequency band is notified and the notified maximum transmission power is in a power class higher than the default power class, the transmission power of the terminal such that the transmission power is a maximum transmission power of the power class higher than the default power class, according to transmission regulations for the power class higher than the default power class of the frequency band, and when the maximum transmission power of the frequency band is notified and the notified maximum transmission power is in the default power class, the transmission power of the terminal such that the transmission power is the lower of the default power class and the maximum transmission power, according to the transmission regulations for the default power class of the frequency band. a transceiver configured to transmit radio signals to and receive radio signals from a base station; and a controller configured to control, when a maximum transmission power of a frequency band is not notified, a transmission power of the terminal such that the transmission power is a maximum transmission power of a default power class, according to transmission regulations for the default power class of the frequency band, when the maximum transmission power of the frequency band is notified and the notified maximum transmission power is in a power class higher than the default power class, the transmission power of the terminal such that the transmission power is a maximum transmission power of the power class higher than the default power class, according to transmission regulations for the power class higher than the default power class of the frequency band, and when the maximum transmission power of the frequency band is notified and the notified maximum transmission power is in the default power class, the transmission power of the terminal such that the transmission power is the lower of the default power class and the maximum transmission power, according to the transmission regulations for the default power class of the frequency band.
Use of a nucleotide sequence comprising 4pgG600 (SEQ ID NO. 1) or 4pMCP600 (SEQ ID NO. 2) or the complementary nucleotide sequences thereof or a functional fragment thereof or the complementary nucleotide sequences thereof as a promoter, whereby the functional fragment of the promoter sequence has a sequence identity and /or homology of at least 70% to SEQ ID NO. 1 or SEQ ID NO. 2, wherein the promoter sequence is operably linked to a heterologous and/or exogenous nucleotide sequence of interest, gene of interest or antigen encoding sequence of interest, wherein said promoter sequence leads to expression of said nucleotide sequence of interest, preferably gene of interest, more preferably antigen encoding sequence.