mhurhangee/ep-ind-claims huggingface dataset:
A hair care composition comprising: a) an anti-dandruff agent selected from piroctone olamine, climbazole, ketoconazole, selenium sulfide and mixtures thereof; and b) a copolymer comprising acrylamidopropyltrimonium chloride; c) a cationic guar polymer having a molecular weight of from 0.3 to 2.5 million Dalton and a cationic degree of substitution of from 0.05 to 0.4; wherein the weight ratio of the amount of the copolymer to the amount of the cationic guar polymer is in the range of from 1:10 to 10:1. a) an anti-dandruff agent selected from piroctone olamine, climbazole, ketoconazole, selenium sulfide and mixtures thereof; and b) a copolymer comprising acrylamidopropyltrimonium chloride; c) a cationic guar polymer having a molecular weight of from 0.3 to 2.5 million Dalton and a cationic degree of substitution of from 0.05 to 0.4;
A method comprising: at a software defined network controller for a network comprising a plurality of network elements in communication with the controller, each of the network elements capable of serving as a point of attachment of a virtual or physical host, detecting when a host (40-A) has moved between network elements (30A-F); generating a list of network elements to which the host has roamed, the list being sorted by time when the host is attached to a network element so that a most recent network element to which the host is attached is the root network element and at a head of the list; updating the root network element in the list first for traffic flow associated with the host; and sending commands to the network elements to program a tunnel from each previous point of attachment network element in the list to the most recent root network element in the list in reverse order of the roaming path so as to route traffic for the host via a tunnel. at a software defined network controller for a network comprising a plurality of network elements in communication with the controller, each of the network elements capable of serving as a point of attachment of a virtual or physical host, detecting when a host (40-A) has moved between network elements (30A-F); generating a list of network elements to which the host has roamed, the list being sorted by time when the host is attached to a network element so that a most recent network element to which the host is attached is the root network element and at a head of the list; updating the root network element in the list first for traffic flow associated with the host; and sending commands to the network elements to program a tunnel from each previous point of attachment network element in the list to the most recent root network element in the list in reverse order of the roaming path so as to route traffic for the host via a tunnel.
Striped jack nervous necrosis virus (SJNNV) for use in the prophylactic treatment of Red-spotted grouper nervous necrosis virus (RGNNV) infection in fish.
A method of operating a terminal device in a wireless telecommunications system which supports a discontinuous reception, DRX, operating mode, wherein the DRX mode comprises a repeating cycle of DRX inactive periods in which the terminal device monitors a downlink channel from a base station and DRX active periods during which the terminal device may enter a power saving mode and not monitor the downlink channel from the base station, the method comprising: transmitting uplink signalling to the base station, wherein the uplink signalling comprises a trigger for downlink signalling on the downlink channel to be transmitted by the base station to the terminal device, wherein the downlink signalling is associated with and transmitted in response to the uplink signalling; and waiting until a DRX inactive period of the repeating cycle of DRX inactive periods before monitoring the downlink channel for the downlink signalling transmitted in response to the uplink signalling, characterized in that the DRX active period is maintained following the uplink signalling being transmitted by the terminal device to the base station until the beginning of the next DRX inactive period of the repeating cycle of DRX inactive periods such that the terminal device need not monitor for the downlink signalling transmitted in response to the uplink signalling until the next DRX inactive period of the repeating cycle of DRX inactive periods. transmitting uplink signalling to the base station, wherein the uplink signalling comprises a trigger for downlink signalling on the downlink channel to be transmitted by the base station to the terminal device, wherein the downlink signalling is associated with and transmitted in response to the uplink signalling; and waiting until a DRX inactive period of the repeating cycle of DRX inactive periods before monitoring the downlink channel for the downlink signalling transmitted in response to the uplink signalling, characterized in that the DRX active period is maintained following the uplink signalling being transmitted by the terminal device to the base station until the beginning of the next DRX inactive period of the repeating cycle of DRX inactive periods such that the terminal device need not monitor for the downlink signalling transmitted in response to the uplink signalling until the next DRX inactive period of the repeating cycle of DRX inactive periods.
Process for integrated utilization of the energy and material contents of solutions and solids obtained in the enzymatic hydrolysis of starch-containing renewable raw materials, comprising: a) the preparation of an aqueous hydrolysis mixture comprising at least one carbon source utilizable by the microorganism used to prepare a proteinogenic amino acid from starch-containing renewable raw materials by enzymatic hydrolysis, b) the use of this aqueous mixture as a carbon source in preparation of proteinogenic amino acids by fermentation, wherein c) before step b), the solid constituents from the hydrolysis mixture obtained in step a) are removed, and d) the solid constituents from the hydrolysis mixture obtained in step a) and the biomass obtained in the fermentation in step b) are subjected to an anaerobic cofermentation for the production of biogas, wherein the biogas obtained is collected, combusted and converted to thermal and/or electrical energy and used in one or more process steps of the process. a) the preparation of an aqueous hydrolysis mixture comprising at least one carbon source utilizable by the microorganism used to prepare a proteinogenic amino acid from starch-containing renewable raw materials by enzymatic hydrolysis, b) the use of this aqueous mixture as a carbon source in preparation of proteinogenic amino acids by fermentation, wherein c) before step b), the solid constituents from the hydrolysis mixture obtained in step a) are removed, and d) the solid constituents from the hydrolysis mixture obtained in step a) and the biomass obtained in the fermentation in step b) are subjected to an anaerobic cofermentation for the production of biogas, wherein the biogas obtained is collected, combusted and converted to thermal and/or electrical energy and used in one or more process steps of the process.
A placement head for placing components onto substrates for an placement machine, - with at least one first and one second pipette carrier (7-1x, 7-2), which are configured for picking up pipettes, - wherein at least the first pipette carrier comprises multiple pipettes for the handling of the components, • wherein the pipettes are arranged on their respective pipette carrier in a plane that is parallel to a plane of the substrate, • wherein the pipettes are moveable along a respective pipette axis relative to their respective pipette carrier in a z-direction perpendicular to the plane of the substrate and are rotatable about this respective pipette axis, wherein at least the first pipette carrier is rotatable about an axis of rotation which is orientated perpendicular to the plane of the substrate, wherein the axis of rotation is arranged out of centre relative to the respective pipette carrier so that the respective pipette carrier is pivotable in a plane that is parallel to the plane of the substrate, characterized in that the first pipette carrier is pivotable independently of the second pipette carrier. - with at least one first and one second pipette carrier (7-1x, 7-2), which are configured for picking up pipettes, - wherein at least the first pipette carrier comprises multiple pipettes for the handling of the components, • wherein the pipettes are arranged on their respective pipette carrier in a plane that is parallel to a plane of the substrate, • wherein the pipettes are moveable along a respective pipette axis relative to their respective pipette carrier in a z-direction perpendicular to the plane of the substrate and are rotatable about this respective pipette axis, • wherein the pipettes are arranged on their respective pipette carrier in a plane that is parallel to a plane of the substrate, • wherein the pipettes are moveable along a respective pipette axis relative to their respective pipette carrier in a z-direction perpendicular to the plane of the substrate and are rotatable about this respective pipette axis,
An anechoic chamber for testing a device under test comprising: at least one gas inputting means configured for inputting a gas into the anechoic chamber, and at least one gas outputting means configured for outputting the gas out of the chamber, wherein the gas inputting means and the gas outputting means are both further configured to create a directed gas stream with respect to a predefined region of the anechoic chamber, charecterized in that the gas inputting means comprise a rotating propeller, wherein the anechoic chamber further comprises means configured for controlling the speed of the rotating propeller in a manner that a region of at least one antenna of the device under test is not covered by the propeller, while data is exchanged with the device under test. at least one gas inputting means configured for inputting a gas into the anechoic chamber, and at least one gas outputting means configured for outputting the gas out of the chamber, wherein the gas inputting means and the gas outputting means are both further configured to create a directed gas stream with respect to a predefined region of the anechoic chamber,
A method for interference mitigation, comprising: determining that a first plurality of subcarriers within a first carrier bandwidth are used for carrying a first set of uplink control channels to a macrocell node (304a - 304g), wherein the determining comprises sensing, at a femtocell node, the first plurality of subcarriers; and allocating a second plurality of subcarriers within a second carrier bandwidth for use in carrying a second set of uplink control channels to the femtocell node wherein the first plurality of subcarriers and second plurality of subcarriers are orthogonal. determining that a first plurality of subcarriers within a first carrier bandwidth are used for carrying a first set of uplink control channels to a macrocell node (304a - 304g), wherein the determining comprises sensing, at a femtocell node, the first plurality of subcarriers; and allocating a second plurality of subcarriers within a second carrier bandwidth for use in carrying a second set of uplink control channels to the femtocell node wherein the first plurality of subcarriers and second plurality of subcarriers are orthogonal.
Construction machine with an operating platform that has lateral delimitations, an access for entering the operating platform, a roof and a height-adjustable rack structure that carries the roof, wherein the roof extends over the operating platform and is adjustable from at least one upper operating position to at least one lower transport position and vice versa, characterized in that an access control is installed on the roof and/or the rack structure, which is formed as a planar element and configured to reversibly take on a storage position, which is adjacent to the roof, and a functional position that is spaced farther away from the roof and in which the access to the operating platform is blocked by the access control, and the functional position can be taken on by the access control, when the roof is in the lower transport position, wherein the roof is formed planar and the access control in the functional position either encloses an angle of ca. 75° to 105° with the roof or is essentially arranged in a vertical way.
A method in a provisioning apparatus, the method comprising: obtaining a family key (117, 106), the family key defining a family of applications; submitting the family key (117, 106) to a security element in a secured manner; choosing credentials (116, 105); deriving protection keys based on the family key; protecting the credentials using the protection keys for securing credential data; submitting said secured credential data to the security element; using the family key (117, 106) for binding an application to the family; and submitting to the security element a message concerning said binding. obtaining a family key (117, 106), the family key defining a family of applications; submitting the family key (117, 106) to a security element in a secured manner; choosing credentials (116, 105); deriving protection keys based on the family key; protecting the credentials using the protection keys for securing credential data; submitting said secured credential data to the security element; using the family key (117, 106) for binding an application to the family; and submitting to the security element a message concerning said binding.
Attachment point for securing on an attachment point to be secured and/or handled, comprising a connection means (4, 5) for connecting the attachment point to an object to be secured and/or handled, having an eyelet arc connected to a main body and a connection eyelet mounted in the eyelet arc, for connecting an attachment or lashing means, which connection eyelet has a smaller radius in its arc mounted in the eyelet arc than in its other arc, and which connection eyelet carries two dividing elements (13, 13.1) that are located opposite one another with regard to their longitudinal axis and project into the interior enclosed by the connection eyelet, characterised in that the connection eyelet carries a movement limiting stop, projecting with regard to the central fibre of said connection eyelet and located opposite the dividing elements (13, 13.1) in each case on the outside, for limiting the introduction depth of the connection eyelet into the eyelet arc together with the internally projecting dividing elements (13, 13.1), which are likewise configured as movement limiting stops, as a result of which movement limiting stops (14, 15) the maximum diameter of that portion of the connection eyelet that carries the movement limiting stops (14, 15) is greater than the clear width of the eyelet arc, wherein the contour forming the movement limiting stops (14, 15) is shaped in order that there is substantially only linear contact between the movement limiting stops (14, 15) and the eyelet arc in the attachment arrangement.
Arrangement comprising a housing and a flexible container arranged therein filled with a liquid, in particular a medicine, wherein the housing is at least partially lined with an elastic foam (3, 5), characterized in that the housing is lined with the foam (3, 5) in such a way that an increase in volume of the container arranged in the housing that occurs upon freezing is substantially completely compensated by the foam (3, 5).
A method for a user equipment, UE, transmitting a buffer status report, BSR, the method comprising: receiving logical channel configuration information from a network, the logical channel configuration information including information related to two or more numerologies mapped to each logical channel; when the BSR is triggered, selecting a numerology for buffer size reporting of a corresponding logical channel among the two or more numerologies mapped to the corresponding logical channel; calculating a buffer size of the corresponding logical channel as a buffer size of the selected numerology; generating a BSR including information of the calculated buffer size; and transmitting the generated BSR to the network, wherein the numerology relates to a specific orthogonal frequency division multiplexing, OFDM, subcarrier spacing and a specific transmission time interval, TTI, length, and wherein the UE selects the numerology having a shortest TTI length or a most wide OFDM subcarrier spacing among the two or more numerologies mapped to the corresponding logical channel. receiving logical channel configuration information from a network, the logical channel configuration information including information related to two or more numerologies mapped to each logical channel; when the BSR is triggered, selecting a numerology for buffer size reporting of a corresponding logical channel among the two or more numerologies mapped to the corresponding logical channel; calculating a buffer size of the corresponding logical channel as a buffer size of the selected numerology; generating a BSR including information of the calculated buffer size; and transmitting the generated BSR to the network, wherein the numerology relates to a specific orthogonal frequency division multiplexing, OFDM, subcarrier spacing and a specific transmission time interval, TTI, length, and wherein the UE selects the numerology having a shortest TTI length or a most wide OFDM subcarrier spacing among the two or more numerologies mapped to the corresponding logical channel.
A device for processing soil surfaces, for supporting a mower or soil tilling implement, consisting of a vehicle and a support frame attached to the vehicle, to which the mower or the soil tilling implement is attached, and a guide carriage is attached by a rail guide so as to be movable transversely or parallel to the direction of travel of the vehicle, and of a hydraulic or pneumatic device by means of which the mower or the soil tilling implement is set in rotation, characterised in that, two supporting arms (11, 12) connected by means of a first joint are arranged on the guide carriage, in that the free end of the first supporting arm is mounted pivotably on the guide carriage by means of a second joint, in that the free end of the second supporting arm is mounted pivotably on the rail guide of the vehicle by means of a second joint, in that the angle between the support arms (11, 12) is adjustable, in that the guide carriage is mounted transversely or parallel to the direction of travel of the vehicle, in that the guide carriage is mounted along the guide rail and the support arms (11, 12) are movable by means of the hydraulic or pneumatic or electric device which drives the mower and the support frame.
An inversion unit comprising a housing, a reel for a liner partially arranged in the housing, and a base assembly, the housing being arranged on the base assembly, said housing comprising a gas inlet, an outlet for the liner, an opening comprising a window and a window locking mechanism for closing and opening the window, said window locking mechanism being designed to be manoeuvred into an open position in which the window is open and unlocked and a closed position in which the window is closed and locked, characterized in that the window locking mechanism is designed as a bayonet catch and comprises a motion link assembly and a matching projection assembly, the window locking mechanism further comprising a handle and a hinge, the handle being pivotably connected to the hinge wherein one of the motion link assembly or the matching projection assembly is arranged on the window and the other of the matching projection assembly or the motion link assembly is arranged on an edge of the opening, wherein the hinge is arranged on the housing and wherein the handle is pivotably connected to the window so that the window can be easily opened and closed in a bayonet catch manner using the handle.
A communication unit comprising a receiver for receiving a composite communication signal that comprises a wanted signal and at least one asynchronously received interfering signal, the receiver comprising detector logic module arranged to detect and process the composite communication signal, wherein the communication unit is characterised in that the detector logic module is arranged to time shift a channel estimate of the at least one asynchronously received interfering signal such that the time shifted at least one asynchronously received interfering signal channel estimate is located within a processing window of the detector logic module for processing the wanted signal.
A method in a user equipment, UE, for deciding whether to monitor a downlink control channel in a subframe, wherein the UE operates with discontinuous reception, DRX, and dynamic time division duplex, TDD, the UE being in an active state of a DRX cycle, the method comprising: determining that the subframe is a fixed downlink subframe or that the subframe is a flexible subframe currently configured to operate as a downlink subframe; upon determining that the subframe is a fixed downlink subframe, updating a first DRX timer towards reaching a predetermined time out value; and upon determining that the subframe is a fixed downlink subframe or that the subframe is a flexible subframe currently configured to operate as a downlink subframe, deciding to monitor the downlink control channel in the subframe. determining that the subframe is a fixed downlink subframe or that the subframe is a flexible subframe currently configured to operate as a downlink subframe; upon determining that the subframe is a fixed downlink subframe, updating a first DRX timer towards reaching a predetermined time out value; and upon determining that the subframe is a fixed downlink subframe or that the subframe is a flexible subframe currently configured to operate as a downlink subframe, deciding to monitor the downlink control channel in the subframe.
A DNA polymerase having increased reverse transcriptase efficiency compared with a control DNA polymerase, wherein the DNA polymerase comprises an amino acid sequence at least 90% identical to SEQ ID NO:1 and wherein the amino acid of the DNA polymerase corresponding to position 763 of SEQ ID NO:1 is T, the amino acid corresponding to position 709 of SEQ ID NO:1 is K, and the amino acid corresponding to position 580 of SEQ ID NO:1 is G, and wherein the control DNA polymerase has the same amino acid sequence as the DNA polymerase except that the amino acid of the control DNA polymerase corresponding to position 763 of SEQ ID NO:1 is M.
Use of a chromatographic monolithic body to separate an analyte from a sample wherein the sample contains a radioactive substance, wherein the monolithic body is an inorganic monolithic body and is part of a microfluidic flow system, and optionally wherein the monolithic body comprises a composition selected from a silicon based composition, in particular a silica-based composition, an aluminium based composition, in particular an alumina-based composition, and a titanium based composition, in particular a titania-based composition, wherein each composition is optionally chemically functionalised.
Rotor assembly for a pump, which comprises at least one rotor shaft (16, 18) and a drive pinion (6, 8) non-rotatably connected therewith, wherein the drive pinion (6, 8) comprises a central recess having a conical inner peripheral surface and the rotor shaft (16, 18) comprises a corresponding conical outer peripheral surface, which are attached to each other on the rotor shaft (16, 18) in order to fix the drive pinion (6, 8), characterized in that attached to the end of the conical inner peripheral surface, which is smaller in diameter, a cylindrical contact surface is provided in the recess of the drive pinion (6, 8) and the rotor shaft (16, 18) comprises a corresponding cylindrical contact surface with the same diameter, which is attached to the end of the conical outer peripheral surface, which is smaller in diameter.