mhurhangee/ep-ind-claims huggingface dataset:
A radio terminal to which uplink radio resources are allocated from a base station by Semi-Persistent Scheduling, SPS, the radio terminal comprising: a receiver configured to receive configuration information from the base station, the configuration information indicating that nonperformance of uplink transmission in a transmission opportunity defined according to an SPS periodicity is permitted; a transmitter configured to perform uplink transmission in a transmission opportunity defined according to the SPS periodicity when data to be transmitted to the base station exists, after receiving the configuration information; and a controller configured to skip uplink transmission in a transmission opportunity defined according to the SPS periodicity when data to be transmitted to the base station does not exist, after receiving the configuration information; characterized in that the controller is configured to deactivate an implicit SPS release function in response to receiving the configuration information, wherein the implicit SPS release function uses empty data transmission to indicate release of the SPS. a receiver configured to receive configuration information from the base station, the configuration information indicating that nonperformance of uplink transmission in a transmission opportunity defined according to an SPS periodicity is permitted; a transmitter configured to perform uplink transmission in a transmission opportunity defined according to the SPS periodicity when data to be transmitted to the base station exists, after receiving the configuration information; and a controller configured to skip uplink transmission in a transmission opportunity defined according to the SPS periodicity when data to be transmitted to the base station does not exist, after receiving the configuration information;
A drop-in probe for determining the phase transitions of a sample taken from a steel melt by thermal analysis, comprising a measurement head having an immersion end, in which a sample chamber having an inlet opening (15, 20) and a thermocouple extending into the sample chamber with its hot solder location are arranged and which has a cable feedthrough for a signal cable of the thermocouple, wherein the cable feedthrough exits out of said measurement head from an outlet opening at an end of the measurement head located opposite the immersion end, and wherein a straight line between the immersion end and the outlet opening forms a longitudinal axis of the measurement head, wherein the measurement head has a density of at least 7g/cm 3 between its immersion end and a plane, which vertically intersects the straight line between the immersion end and the outlet opening, that the inlet opening opens between this plane and the immersion end or at the immersion end and that the overall density of the measurement head is less than 7 g/cm 3, characterised in that the sample chamber has a gas outlet opening for ensuring an even inflow of the liquid steel melt into the sample chamber, wherein the gas outlet opening is designed in such a way that air displaced by the steel melt can leave the sample chamber through that gas outlet opening and can thus make space for the steel melt, which pushes in, wherein the gas outlet opening is formed by a gap, which is arranged between the signal cable and a metal tube, which protects the signal cable against being damaged prematurely by the slag and/or the steel melt.
Synchronous machine, containing a stator winding and a rotor inductance, with an excitation device for driving and monitoring the rotor inductance, comprising a transformer for the bidirectional transmission of energy to the rotor inductance, in particular a superconducting inductance, wherein, in order to weaken external fields in the excitation device, a shield for weakening the magnetic and electric fields which are produced by the currents in the winding head of the stator winding and by the inductance of the rotor is provided and the material of the shield is a material with high permeability and low electrical conductivity wherein the shield (30, 30') contains an outer covering, made of magnetically nonconductive material, and the actual magnetic shield is formed by the covering being coated with a material of high permeability or by rings made of a material of high permeability, for example Mu metal.
A method comprising: defining, by a network device, a source virtual local area network, VLAN, wherein the source VLAN is common for at least a first switch and a second switch, wherein the source VLAN is dedicated to an inter-switch link between a first access port of the first switch and a second access port of the second switch, wherein the source VLAN is the only VLAN configured on the first access port and on the second access port, wherein the first access port and the second access port are defined to allow traffic only for the source VLAN, and wherein a separate routing path is also present between the first switch and the second switch; using an Internet Protocol, IP, address corresponding to the defined source VLAN as a source address and a destination address for all peer-to-peer traffic transmitted between the first switch and the second switch, wherein peer-to-peer traffic between the first switch and the second switch is prevented from being transmitted over a link other than the dedicated inter-switch link, wherein the first switch comprises a first branch gateway peer connected to a first Internet service provider, ISP, and the second switch comprises a second branch gateway peer connected to a second ISP; and forwarding traffic from the first switch to the second switch through the dedicated inter-switch link, wherein a first load on the first switch is high, and wherein a second load on the second switch is low. defining, by a network device, a source virtual local area network, VLAN, wherein the source VLAN is common for at least a first switch and a second switch, wherein the source VLAN is dedicated to an inter-switch link between a first access port of the first switch and a second access port of the second switch, wherein the source VLAN is the only VLAN configured on the first access port and on the second access port, wherein the first access port and the second access port are defined to allow traffic only for the source VLAN, and wherein a separate routing path is also present between the first switch and the second switch; using an Internet Protocol, IP, address corresponding to the defined source VLAN as a source address and a destination address for all peer-to-peer traffic transmitted between the first switch and the second switch, wherein peer-to-peer traffic between the first switch and the second switch is prevented from being transmitted over a link other than the dedicated inter-switch link, wherein the first switch comprises a first branch gateway peer connected to a first Internet service provider, ISP, and the second switch comprises a second branch gateway peer connected to a second ISP; and forwarding traffic from the first switch to the second switch through the dedicated inter-switch link, wherein a first load on the first switch is high, and wherein a second load on the second switch is low.
An apparatus for cleaning a surface, the apparatus comprising a mobile cart including a frame, wherein said mobile cart is equipped with: a pump; an applicator connected to the pump through which one or more cleaning agents can be applied to the surface at an operating pressure that is 4137 kPa (600 PSI) or less and an operating flow rate that is 63 ml/sec (1 gal/min) or less; a first cleaning agent concentrate container and a second cleaning agent concentrate container; and a basket which holds first and second cleaning agent concentrate containers, wherein said basket is detachably mounted to said frame, whereby the basket includes a handle allowing the basket to be detachably mounted to the frame. a pump; an applicator connected to the pump through which one or more cleaning agents can be applied to the surface at an operating pressure that is 4137 kPa (600 PSI) or less and an operating flow rate that is 63 ml/sec (1 gal/min) or less; a first cleaning agent concentrate container and a second cleaning agent concentrate container; and a basket which holds first and second cleaning agent concentrate containers, wherein said basket is detachably mounted to said frame, whereby the basket includes a handle allowing the basket to be detachably mounted to the frame.
A method for feeding installations for the automatic forming of electro-welded metal nets having special contoured shapes, which are perimetric and/or with internal openings, composed originally of rods or bars made of steel in a longitudinal direction, whereby - it provides for the use, for loading in a longitudinal direction, of individual bars that have specific lengths, in relation to their position on the working plane in the forming of the special contoured net, equal to the total length of the net to be built and/or to the sum of the segments of rods required, considering the geometric openings of said net, - downstream of the automated electric welding assembly, for welding the longitudinal elements to the transverse ones, there is a transfer carriage, which is provided with a plurality of automatic clamps that grip the affected part of the net that has been formed and/or is which is in the process of been formed to draw it forward and evacuate it from the production line, characterised in that - the metal bars are each moved in a longitudinal direction by another adapted transfer carriage provided with a plurality of automatic special grip clamps with independent actuation, and movement occurs toward the automated electric welding assembly, - ahead of the electric welding assembly, in a fixed position, there are multiple automatic cutting devices, one for each longitudinal rod and each with an independent actuation, - the apparatus as a whole is enabled for actuation for the simultaneous synchronous forward advancement of a plurality of longitudinal bars. - it provides for the use, for loading in a longitudinal direction, of individual bars that have specific lengths, in relation to their position on the working plane in the forming of the special contoured net, equal to the total length of the net to be built and/or to the sum of the segments of rods required, considering the geometric openings of said net, - downstream of the automated electric welding assembly, for welding the longitudinal elements to the transverse ones, there is a transfer carriage, which is provided with a plurality of automatic clamps that grip the affected part of the net that has been formed and/or is which is in the process of been formed to draw it forward and evacuate it from the production line, characterised in that - the metal bars are each moved in a longitudinal direction by another adapted transfer carriage provided with a plurality of automatic special grip clamps with independent actuation, and movement occurs toward the automated electric welding assembly, - ahead of the electric welding assembly, in a fixed position, there are multiple automatic cutting devices, one for each longitudinal rod and each with an independent actuation, - the apparatus as a whole is enabled for actuation for the simultaneous synchronous forward advancement of a plurality of longitudinal bars.
A cutting tool for the machining of wood or a wood-based material, in particular a wood composite material, or a plastic, wherein a layer system for the formation of a surface coating is present on a surface of a cutting edge of the cutting tool, characterised in that an outermost surface layer (41, 4100, 4101) of the layer system is formed from a composition of the form [Cr 1-x O x] z X a C b N c with 0.05 < x < 0.75 and 0 < z ≤ 1, 0 ≤ a <1, 0 ≤ b <1, 0 ≤ c < 1 and z+a+b+c = 1 and X being an element from the group of the chemical elements consisting of Si, B, Al, Mn, Fe, Co, Ni, Cu, Sc, Y, La, Th, the elements of the group of the lanthanides and the elements of the group 11a of the periodic system of the elements.
A method of processing geophysical data, the method comprising the acts of: matching a first set of data from a monitor survey with a second set of data from a baseline survey, wherein the first and second sets of data comprise common mid-point positions, CMPs, between sources and receivers; generating an attribute value for each datum in the first set, wherein the attribute value comprises a repeatability metric; storing each attribute value with each of said datum; and processing the first set of data based on the stored attribute values; characterised in that said repeatability metric is Dsrc + Drx, wherein Dsrc is a difference in source positions between a baseline survey CMP and a monitor survey CMP and Drx is a difference in receiver positions between the baseline survey CMP and the monitor survey CMP, each of which has radial, inline and crossline components. matching a first set of data from a monitor survey with a second set of data from a baseline survey, wherein the first and second sets of data comprise common mid-point positions, CMPs, between sources and receivers; generating an attribute value for each datum in the first set, wherein the attribute value comprises a repeatability metric; storing each attribute value with each of said datum; and processing the first set of data based on the stored attribute values; characterised in that said repeatability metric is Dsrc + Drx, wherein Dsrc is a difference in source positions between a baseline survey CMP and a monitor survey CMP and Drx is a difference in receiver positions between the baseline survey CMP and the monitor survey CMP, each of which has radial, inline and crossline components.
Parking device for a three-point attachment machine, in particular distributor machine, wherein the parking device has parking supports which are each arranged in the lateral region of the machine, on its frame by means of a joint arrangement, and can be pivoted about an articulation axis, running in the direction of travel, between a parked position and at least one non-parked position, wherein the parking supports can be locked at least in the parked position by means of locking elements, characterized in that in order to secure and/or lock the supporting supports in the respective parked position and non-parked position, the parking supports are assigned sprung elements which keep the parking supports in the respective position, in that the parking supports have, at least in the region of the joints of the joint assembly, a section having a round cross section, in that the joint sleeves of the joints of the joint assembly that are fastened to the frame are embodied in the region of the locking elements as cutouts which extend in an upright direction, and in that the securing elements and/or locking elements are arranged between the parking supports and the frame.
A process for the extraction and purification of hyaluronic acid from fermentation broth, preferably from fermentation broth of micro-organisms of the genus Streptococcus or Bacillus, in particular S. equi, B. subtilis or B. megaterium, more preferably S. equi, characterized in that it comprises an extraction step comprising or consisting in the following steps: a. dilution of the filtered fermentation broth with purified water, from 1.1 to 3 volumes, preferably equal to 1.5 with respect to the initial volume; b. forced recirculation of the broth coming from step a. formed by the joining of retentate and permeate, inside Tangential Flow Filter cassettes containing ultrafiltration membranes made of arylsulfonic polymeric material, preferably polyethersulfone, with a porosity ranging from 5,000 to 300,000 Daltons, preferably from 50,000 to 200,000 and even more preferably equal to 100,000 Daltons, wherein the forced recirculation is repeated for a time ranging from 1 to 6 hours, preferably equal to 3 hours, said recirculation being conducted with a unidirectional flow and in a closed system, at a constant volume without introducing liquids from the outside. a. dilution of the filtered fermentation broth with purified water, from 1.1 to 3 volumes, preferably equal to 1.5 with respect to the initial volume; b. forced recirculation of the broth coming from step a. formed by the joining of retentate and permeate, inside Tangential Flow Filter cassettes containing ultrafiltration membranes made of arylsulfonic polymeric material, preferably polyethersulfone, with a porosity ranging from 5,000 to 300,000 Daltons, preferably from 50,000 to 200,000 and even more preferably equal to 100,000 Daltons, wherein the forced recirculation is repeated for a time ranging from 1 to 6 hours, preferably equal to 3 hours, said recirculation being conducted with a unidirectional flow and in a closed system, at a constant volume without introducing liquids from the outside.
Electrical field grading material which comprises: (i) from 30% to 80% by weight of the non-polar elastomeric polymer; (ii) from 10% to 35% by weight of the phyllosilicate filler; and (iii) from 10% to 30% by weight of the carbon black filler; the percentages being calculated on the basis of the total weight of the material, wherein any carbon black filler present in the electric field grading material has a dibutyl phthalate absorption number, measured according to ASTM D2414-06, from 30 to 80 ml/100 g; wherein the phyllosilicate filler and the carbon black filler are in a weight ratio of from 0.9 to 1.2. (i) from 30% to 80% by weight of the non-polar elastomeric polymer; (ii) from 10% to 35% by weight of the phyllosilicate filler; and (iii) from 10% to 30% by weight of the carbon black filler;
A method for antialiased rendering, comprising: receiving 1-bit-per-pixel coverage data having an oversampled format, the 1-bit-per-pixel coverage data represents coverage data for a text glyph, the received coverage data having a storage format of greater than 1 bit per byte of storage; assembling bits of coverage data to form an n-bit value corresponding to a pixel having the oversampled format; indexing a pixel value table using the n-bit value; retrieving at least one pixel value corresponding to the indexed location; and rendering a pixel based on the retrieved at least one pixel value, wherein assembling bits of coverage data to form an n-bit value comprises: sampling a byte of stored pixel coverage data as a floating point data type, the byte including one or more bits corresponding to coverage data for a pixel to be rendered; transforming the sampled floating point byte to segregate the one or more bits in the stored data; truncating the transformed byte to remove bits not corresponding to the one or more segregated bits; and assembling the segregated bits with at least one other portion of segregated bits to form an n-bit value corresponding to a pixel having the oversampled format. receiving 1-bit-per-pixel coverage data having an oversampled format, the 1-bit-per-pixel coverage data represents coverage data for a text glyph, the received coverage data having a storage format of greater than 1 bit per byte of storage; assembling bits of coverage data to form an n-bit value corresponding to a pixel having the oversampled format; indexing a pixel value table using the n-bit value; retrieving at least one pixel value corresponding to the indexed location; and rendering a pixel based on the retrieved at least one pixel value, wherein assembling bits of coverage data to form an n-bit value comprises: sampling a byte of stored pixel coverage data as a floating point data type, the byte including one or more bits corresponding to coverage data for a pixel to be rendered; transforming the sampled floating point byte to segregate the one or more bits in the stored data; truncating the transformed byte to remove bits not corresponding to the one or more segregated bits; and assembling the segregated bits with at least one other portion of segregated bits to form an n-bit value corresponding to a pixel having the oversampled format. sampling a byte of stored pixel coverage data as a floating point data type, the byte including one or more bits corresponding to coverage data for a pixel to be rendered; transforming the sampled floating point byte to segregate the one or more bits in the stored data; truncating the transformed byte to remove bits not corresponding to the one or more segregated bits; and assembling the segregated bits with at least one other portion of segregated bits to form an n-bit value corresponding to a pixel having the oversampled format.
An interface device for a distributed antenna system, the interface device comprising: a port configured for communicatively coupling the interface device to a base station and a switching component coupled to the port, wherein the switching component is switchable from a first configuration to a second configuration, the first configuration connecting the port to a downlink path from the interface device to a unit (116, 120) of the distributed antenna system, the second configuration connecting the port to a signal reflection path; a power detector communicatively coupled to the port and configured to measure a signal power of an input signal at the port; and a processing device communicatively coupled to the power detector, the processing device configured for: determining that the measured signal power of the input signal exceeds a threshold signal power, and switching the switching component from the first configuration to the second configuration in response to determining that the measured signal power exceeds the threshold signal power. a port configured for communicatively coupling the interface device to a base station and a switching component coupled to the port, wherein the switching component is switchable from a first configuration to a second configuration, the first configuration connecting the port to a downlink path from the interface device to a unit (116, 120) of the distributed antenna system, the second configuration connecting the port to a signal reflection path; a power detector communicatively coupled to the port and configured to measure a signal power of an input signal at the port; and a processing device communicatively coupled to the power detector, the processing device configured for: determining that the measured signal power of the input signal exceeds a threshold signal power, and switching the switching component from the first configuration to the second configuration in response to determining that the measured signal power exceeds the threshold signal power. determining that the measured signal power of the input signal exceeds a threshold signal power, and switching the switching component from the first configuration to the second configuration in response to determining that the measured signal power exceeds the threshold signal power.
An enzyme composition for cellulose hydrolysis, said composition comprising a betaglucosidase obtainable by the expression of a bgl1 gene having the sequence of SEQ ID NO: 11.