mhurhangee/ep-ind-claims huggingface dataset:
A cleaning composition comprising one or more BslA (Biofilm surface layer A) proteins and a surfactant system comprising one or more anionic surfactants and one or more co-surfactants, wherein the co-surfactants are selected from the group consisting of amphoteric surfactant, zwitterionic surfactant, and mixtures thereof, wherein the weight ratio of the anionic surfactants to the co-surfactants is less than 9:1, more preferably from 5:1 to 1:1, more preferably from 4:1 to 2:1, wherein the BslA proteins are a Class III BslA protein or a Class IV BslA protein, wherein the Class III BslA protein has at least 80%, preferably at least 85%, preferably at least 90%, preferably at least 95%, preferably at least 98% or even 100% amino acid identity as calculated over the entire length of a sequence aligned against the entire length of a wild-type protein sequence: Thermoactinomyces vulgaris BslA (SEQ ID NO: 6), and wherein the Class IV BslA protein has at least 80%, preferably at least 85%, preferably at least 90%, preferably at least 95%, preferably at least 98% or even 100% amino acid identity as calculated over the entire length of a sequence aligned against the entire length of at least one wild-type protein sequence selected from the group consisting of: Bacillus licheniformis BslA (SEQ ID NO: 7, SEQ ID NO: 8, SEQ ID NO: 9, SEQ ID NO: 10, and SEQ ID NO: 11), B. glycinifermentans BslA (SEQ ID NO: 12, SEQ ID NO: 13, SEQ ID NO: 14, and SEQ ID NO: 15), B. sonorensis BslA (SEQ ID NO: 16), B. paralicheniformis BslA (SEQ ID NO: 17, and SEQ ID NO: 18), and Bacillus sp. BslA (SEQ ID NO: 19, SEQ ID NO: 20, SEQ ID NO: 21, and SEQ ID NO: 22), preferably wherein the cleaning composition is a liquid manual dishwashing cleaning composition.
A vinyl chloride-based polymer comprising 0.5 parts by weight to 2.0 parts by weight of a saponified emulsifier based on 100 parts by weight of a polymer, as measured according to the experimental section, wherein the saponified emulsifier is a saponified fatty acid having 12 to 18 carbon atoms; and the acidity ((pH) as disclosed in the description)) of the saponified emulsifier is 10 to 12.
An injection device for injecting medicaments, comprising: a housing with a distal portion and with a proximal portion; a needle protection sleeve protruding in a distal direction from the distal portion of the housing; a needle protection spring configured to move the needle protection sleeve from a proximal position into a distal position; a syringe device comprising a syringe holder, which is axially moveable in the needle protection sleeve, a syringe comprising a piston, a medicament and a needle on a distal end of the syringe, wherein the syringe can be placed in the syringe holder of the syringe device; a holding device; a drive device (9, 10) configured to be axially moveable in the housing and to be uncoupled from the holding device, wherein the drive device (9, 10) stores energy for moving the syringe holder in a distal direction and for discharging the medicament by advancing the piston in the distal direction in the syringe; and a release button assembly (7, 7a, 7b) comprising a release button for enabling the drive device (9, 10) to be uncoupled from the holding device, wherein the release button is operatively connected to the drive device (9, 10) and to the holding device, characterized in that a distal movement of the release button causes the drive device (9, 10) to move distally whereby the holding device is shifted by the drive device (9, 10) in the distal direction. a housing with a distal portion and with a proximal portion; a needle protection sleeve protruding in a distal direction from the distal portion of the housing; a needle protection spring configured to move the needle protection sleeve from a proximal position into a distal position; a syringe device comprising a syringe holder, which is axially moveable in the needle protection sleeve, a syringe comprising a piston, a medicament and a needle on a distal end of the syringe, wherein the syringe can be placed in the syringe holder of the syringe device; a holding device; a drive device (9, 10) configured to be axially moveable in the housing and to be uncoupled from the holding device, wherein the drive device (9, 10) stores energy for moving the syringe holder in a distal direction and for discharging the medicament by advancing the piston in the distal direction in the syringe; and a release button assembly (7, 7a, 7b) comprising a release button for enabling the drive device (9, 10) to be uncoupled from the holding device, wherein the release button is operatively connected to the drive device (9, 10) and to the holding device, characterized in that a distal movement of the release button causes the drive device (9, 10) to move distally whereby the holding device is shifted by the drive device (9, 10) in the distal direction.
A lubricant scoop comprising: an annular body encircling a central axis and operable to rotate about said central axis in a first direction (16, 18); and a plurality of lubricant passageways defined in said annular body and extending radially inward toward said central axis from respective entry ports to respective exit ports; and an entry plenum defined in said annular body upstream of and fluidly communicating with each of said plurality of passageways, said entry plenum having an upstream opening suitable for receiving lubricant from a lubricant spray nozzle; wherein said upstream opening extends 360 degrees about said central axis; and characterised in that at least one of said plurality of passageways includes: a radially-outermost surface being at least partially convex to said central axis and having a first radius of curvature; and a first side surface adjacent to said radially-outermost surface, said first side surface being at least partially concave and facing said first direction (16, 18) of rotation, said first side surface having a second radius of curvature smaller than said first radius of curvature. an annular body encircling a central axis and operable to rotate about said central axis in a first direction (16, 18); and a plurality of lubricant passageways defined in said annular body and extending radially inward toward said central axis from respective entry ports to respective exit ports; and an entry plenum defined in said annular body upstream of and fluidly communicating with each of said plurality of passageways, said entry plenum having an upstream opening suitable for receiving lubricant from a lubricant spray nozzle; wherein a radially-outermost surface being at least partially convex to said central axis and having a first radius of curvature; and a first side surface adjacent to said radially-outermost surface, said first side surface being at least partially concave and facing said first direction (16, 18) of rotation, said first side surface having a second radius of curvature smaller than said first radius of curvature.
Device for taking a sample of a filling, with which a hole in the ground is filled, having a container with at least one inlet opening for the inflow of the filling into a receiving space of the container, characterized in that - a closing cap is placed onto the inlet opening and this is closed thereby and - in that the container is provided with a compressed air line which leads into the receiving space, which is designed in such a manner that on feeding compressed air into the receiving space the closing cap is released from the inlet opening and thus this is exposed for the inflow of the filling. - a closing cap is placed onto the inlet opening and this is closed thereby and - in that the container is provided with a compressed air line which leads into the receiving space, which is designed in such a manner that on feeding compressed air into the receiving space the closing cap is released from the inlet opening and thus this is exposed for the inflow of the filling.
A method comprising: setting, at a device, a target power to power control a physical uplink control channel transmission; computing a first maximum device output power for transmitting a first physical uplink control channel resource block in a first slot of a subframe; computing a second maximum device output power for transmitting a second physical uplink control channel resource block in a second slot of a subframe; determining a first difference in power by subtracting the target power from the first maximum device output power; determining a second difference in power by subtracting the target power from the second maximum device output power; and transmitting a physical uplink control channel resource block only in a slot of a subframe for the physical uplink control channel resource block of the first and second physical uplink control channel resource block with a lower additional maximum power reduction than the other of the first and second physical uplink control channel resource block's additional maximum power reduction when at least one of the first difference in power and the second difference in power is negative and the difference between the maximum of the first difference in power and the second difference in power and the minimum of the first difference in power and the second difference in power is greater than a threshold. setting, at a device, a target power to power control a physical uplink control channel transmission; computing a first maximum device output power for transmitting a first physical uplink control channel resource block in a first slot of a subframe; computing a second maximum device output power for transmitting a second physical uplink control channel resource block in a second slot of a subframe; determining a first difference in power by subtracting the target power from the first maximum device output power; determining a second difference in power by subtracting the target power from the second maximum device output power; and transmitting a physical uplink control channel resource block only in a slot of a subframe for the physical uplink control channel resource block of the first and second physical uplink control channel resource block with a lower additional maximum power reduction than the other of the first and second physical uplink control channel resource block's additional maximum power reduction when at least one of the first difference in power and the second difference in power is negative and the difference between the maximum of the first difference in power and the second difference in power and the minimum of the first difference in power and the second difference in power is greater than a threshold.
Feeder house assembly for a combine harvester, with a housing, at the rear end of which an upper feeder house roller is rotatably mounted, a lower feeder house roller which is positioned at the front end of the housing, an endless feeder element which encircles around the lower feeder house roller and around the upper feeder house roller and has drivers, and an oscillating shield which is coupled to the front end of the housing so as to be pivotable about an axis of oscillation and to which a harvesting header is fastenable, characterized in that a flexible base element is arranged below the endless feeder element and is coupled at the front end thereof to the oscillating shield and at the rear end thereof to the housing of the feeder house assembly.
Drive system for a work machine, wherein the drive system comprises the following: - an electrical main drive; - a switching device for the connection of the main drive to a main electrical system; - an electrical auxiliary drive (106, 108); - a frequency converter for controlling a torque of the auxiliary drive (106, 108); - an output shaft for connection to the work machine; - a planetary transmission with an internal gear, a sun gear, a planet gear and a planet gear carrier, wherein the internal gear is coupled to the main drive, the sun gear is coupled to the output shaft, and the planet gear carrier is coupled to the auxiliary drive (106, 108); - a clutch path with a clutch for coupling the planet gear carrier to, or separating the latter from, the input shaft; and - a control device which is configured to operate the drive system in a first range, in which the clutch is closed and the switching device is open, or in a second range, in which the clutch is open and the switching device is closed; characterized in that - the control device is configured to, during a transition between the first and the second range, elevate the torque of the auxiliary drive (106, 108) above the torque that can be permanently provided by the auxiliary drive (106, 108). - an electrical main drive; - a switching device for the connection of the main drive to a main electrical system; - an electrical auxiliary drive (106, 108); - a frequency converter for controlling a torque of the auxiliary drive (106, 108); - an output shaft for connection to the work machine; - a planetary transmission with an internal gear, a sun gear, a planet gear and a planet gear carrier, wherein the internal gear is coupled to the main drive, the sun gear is coupled to the output shaft, and the planet gear carrier is coupled to the auxiliary drive (106, 108); - a clutch path with a clutch for coupling the planet gear carrier to, or separating the latter from, the input shaft; and - a control device which is configured to operate the drive system in a first range, in which the clutch is closed and the switching device is open, or in a second range, in which the clutch is open and the switching device is closed; characterized in that - the control device is configured to, during a transition between the first and the second range, elevate the torque of the auxiliary drive (106, 108) above the torque that can be permanently provided by the auxiliary drive (106, 108).
A clay nanodispersion comprising: a pre-exfoliated inorganic clay; and an isocyanate, said pre-exfoliated inorganic clay delaminated to form said clay nanodispersion and said pre-exfoliated inorganic clay not modified by an organic counter ion such as a lipophilic onium salt. a pre-exfoliated inorganic clay; and an isocyanate, said pre-exfoliated inorganic clay delaminated to form said clay nanodispersion and said pre-exfoliated inorganic clay not modified by an organic counter ion such as a lipophilic onium salt.
A method for allocating Packet Switched data traffic in mobile networks which provide a plurality of radio access technologies (11, 12, 13) for supporting Packet Services, comprising the steps of: - identifying which of the provided radio access technologies has free bandwidth, - determining the protocol type of data traffic to be transmitted, - classifying the Packet Services with which the data traffic is associated by taking into account at least the determined protocol type of data traffic, - selecting at least one of the identified radio access technologies in accordance with the classification of the Packet Service, - establishing a Packet Switched connection for transmission of the data traffic over one of the at least one selected radio access technology. - identifying which of the provided radio access technologies has free bandwidth, - determining the protocol type of data traffic to be transmitted, - classifying the Packet Services with which the data traffic is associated by taking into account at least the determined protocol type of data traffic, - selecting at least one of the identified radio access technologies in accordance with the classification of the Packet Service, - establishing a Packet Switched connection for transmission of the data traffic over one of the at least one selected radio access technology.
Method for controlling an evaporator burner whose heating power P can be modulated between a minimum value P min and a nominal value P max, wherein a higher-level controller requests a heating power P, wherein the evaporator burner has an evaporator chamber, a fuel pump for conveying the fuel, a blower for conveying the combustion air, the rotation speed D of which is controllable, an atomizer cup, a mixing wheel and a flame holder, wherein the evaporator chamber is a chamber with a bottom and a side wall which is open towards the flame holder, and wherein during the method a fuel quantity corresponding to the currently required heating power P is fed to the atomizer cup by means of the fuel pump and the rotational speed D of the blower is controlled, characterized in that - the rotational speed D of the blower is controlled according to a function D = g * (1 + K), where g is a function dependent on the heating power P and K is a changeable correction factor, - that the correction factor K is updated according to specified criteria, - that an internal setpoint T int, which serves to emulate the effective behaviour of the actual temperature of the evaporator chamber, is used, and - in that either the temperature of the evaporator chamber or the temperature of the air/fuel mixture in the region of that third of the flame holder facing the evaporator chamber, or the temperature of the inner wall of the flame holder and the internal setpoint T int are used for updating the correction factor K. - the rotational speed D of the blower is controlled according to a function D = g * (1 + K), where g is a function dependent on the heating power P and K is a changeable correction factor, - that the correction factor K is updated according to specified criteria, - that an internal setpoint T int, which serves to emulate the effective behaviour of the actual temperature of the evaporator chamber, is used, and - in that either the temperature of the evaporator chamber or the temperature of the air/fuel mixture in the region of that third of the flame holder facing the evaporator chamber, or the temperature of the inner wall of the flame holder and the internal setpoint T int are used for updating the correction factor K.
A surgical specimen retrieval assembly, comprising: a hollow housing; a deployment rod that has a proximal end out of the housing and a distal end within the housing, which distal end is configured to slide from a retracted position within the hollow of the hollow housing to an extended position to at least partially project out of the hollow housing; a flexible support ring having two portions (70a, 70b) movable between a folded position that fits within the hollow of the housing and an unfolded position clear of the hollow of the housing, the flexible support ring being connected to the deployment rod so as to move in unison with movement of the deployment rod from the retracted position to the extended position, the two portions of the flexible support ring being movable from the folded position to the unfolded position under spring bias as the flexible support ring clears the hollow of the housing and the distal end of the deployment rod enters the extended position from the retracted position; a specimen bag removably connected to the flexible support ring and movable from a stowed position within the hollow of the hollow housing to a deployed position fully clear of the hollow housing as the distal end of the deployment rod moves from the retracted position into the extended position, said specimen bag having a mouth, the mouth being configured to be selectively opened and closed; characterised by a self-inserting distal end tip connected to a distal end of the flexible support ring, said distal end tip having a region that is non-blunt shaped to sufficiently insert into skin. a hollow housing; a deployment rod that has a proximal end out of the housing and a distal end within the housing, which distal end is configured to slide from a retracted position within the hollow of the hollow housing to an extended position to at least partially project out of the hollow housing; a flexible support ring having two portions (70a, 70b) movable between a folded position that fits within the hollow of the housing and an unfolded position clear of the hollow of the housing, the flexible support ring being connected to the deployment rod so as to move in unison with movement of the deployment rod from the retracted position to the extended position, the two portions of the flexible support ring being movable from the folded position to the unfolded position under spring bias as the flexible support ring clears the hollow of the housing and the distal end of the deployment rod enters the extended position from the retracted position; a specimen bag removably connected to the flexible support ring and movable from a stowed position within the hollow of the hollow housing to a deployed position fully clear of the hollow housing as the distal end of the deployment rod moves from the retracted position into the extended position, said specimen bag having a mouth, the mouth being configured to be selectively opened and closed; characterised by a self-inserting distal end tip connected to a distal end of the flexible support ring, said distal end tip having a region that is non-blunt shaped to sufficiently insert into skin.
A hot melt adhesive comprising: a polar functional group-modified polymer, an aliphatic polyester-based resin, an olefin-based polymer, and a tackifier resin. a polar functional group-modified polymer, an aliphatic polyester-based resin, an olefin-based polymer, and a tackifier resin.
A curable fluoroelastomer comprising repeating units derived from tetrafluoroethene and 1,1-difluorethene (vinylidenfluoride, VDF), VDF and HFP and TFE or VDF and HFP, and having at least one halogen atom selected from iodine and bromine at a terminal carbon atom of the backbone chain and further comprising units derived from one or more modifiers selected from perfluorinated bis olefinic ethers, wherein the curable fluoroelastomer is obtainable by aqueous emulsion polymerization without using fluorinated emulsifiers and wherein the modifiers correspond to the general formula CF 2 =CF-(CF 2) n -O-(Rf)-O-(CF 2) m -CF=CF 2 wherein n and m are independent from each other either 1 or 0 and wherein Rf represents a perfluorinated linear or branched, cyclic or acyclic aliphatic or aromatic hydrocarbon residue that may be interrupted by one or more oxygen atoms and comprising up to 30 carbon atoms.
A method of managing a failure of communication between a first device (36; 57) and a second device (41; 50), comprising: intercepting, at a third device (37; 54) intermediate the first and second devices, second data from the first device to the second device, wherein the second data comprises a data field indicating a transaction to which the second data belongs; detecting at the third device (37; 54) failure of communication between the first device and the second device such that a response to the second data will not be received by the first device; transmitting first data from the third device to the first device (36; 57), the first data indicating that the second device is unusable by the first device, wherein a part of the first data intended to indicate a source of the first data indicates the second device; and selecting, at the third device, an error message from a plurality of stored error messages, based at least upon the transaction, and wherein the selected error message is included within the first data. intercepting, at a third device (37; 54) intermediate the first and second devices, second data from the first device to the second device, wherein the second data comprises a data field indicating a transaction to which the second data belongs; detecting at the third device (37; 54) failure of communication between the first device and the second device such that a response to the second data will not be received by the first device; transmitting first data from the third device to the first device (36; 57), the first data indicating that the second device is unusable by the first device, wherein a part of the first data intended to indicate a source of the first data indicates the second device; and selecting, at the third device, an error message from a plurality of stored error messages, based at least upon the transaction, and wherein the selected error message is included within the first data.