mhurhangee/ep-ind-claims huggingface dataset:
Process of producing a hepatocyte cell culture comprising: - selecting a human hepatocyte cell line - a phase of cell proliferation comprising culturing the cells of said human hepatocyte cell line in a suitable culture medium, preferably comprising serum, hormones, growth-factors and antibiotics; - a phase of cell differentiation comprising culturing the cells in a suitable culture medium comprising at least 0.5 mM carbamoyl glutamate, said culture medium furthermore preferably comprising serum, hormones, growth-factors and antibiotics. - selecting a human hepatocyte cell line - a phase of cell proliferation comprising culturing the cells of said human hepatocyte cell line in a suitable culture medium, preferably comprising serum, hormones, growth-factors and antibiotics; - a phase of cell differentiation comprising culturing the cells in a suitable culture medium comprising at least 0.5 mM carbamoyl glutamate, said culture medium furthermore preferably comprising serum, hormones, growth-factors and antibiotics.
A system for depositing a thin film on a flexible substrate, comprising: a first precursor zone into which a first precursor gas is introduced when the system is in use; a second precursor zone into which a second precursor gas is introduced when the system is in use; an isolation zone interposed between the first and second precursor zones and into which an inert gas is introduced when the system is in use; and a substrate transport mechanism for reciprocally transporting the flexible substrate along a spiral transport path back and forth between the first and second precursor zones multiple times and each time through the isolation zone, including: a plurality of first turning guides spaced apart along the first precursor zone, a plurality of second turning guides spaced apart along the second precursor zone, the first and second turning guides arranged for guiding the flexible substrate into a spiral configuration, and a take-up spindle proximal to innermost turning guides and positioned for winding the flexible substrate at an interior of the spiral transport path, to thereby inhibit an outer surface of the flexible substrate from mechanically contacting the substrate transport mechanism and damaging the thin film formed on the outer surface of the flexible substrate. a first precursor zone into which a first precursor gas is introduced when the system is in use; a second precursor zone into which a second precursor gas is introduced when the system is in use; an isolation zone interposed between the first and second precursor zones and into which an inert gas is introduced when the system is in use; and a substrate transport mechanism for reciprocally transporting the flexible substrate along a spiral transport path back and forth between the first and second precursor zones multiple times and each time through the isolation zone, including: a plurality of first turning guides spaced apart along the first precursor zone, a plurality of second turning guides spaced apart along the second precursor zone, the first and second turning guides arranged for guiding the flexible substrate into a spiral configuration, and a take-up spindle proximal to innermost turning guides and positioned for winding the flexible substrate at an interior of the spiral transport path, a plurality of first turning guides spaced apart along the first precursor zone, a plurality of second turning guides spaced apart along the second precursor zone, the first and second turning guides arranged for guiding the flexible substrate into a spiral configuration, and a take-up spindle proximal to innermost turning guides and positioned for winding the flexible substrate at an interior of the spiral transport path,
An apparatus for producing a yarn, the apparatus comprising: a reciprocating twisting stage comprising a pair of twist rollers (6a, 6b), each twist roller being adapted to rotate about an axis of rotation and to move reciprocally along the axis of rotation, the reciprocating twisting stage being adapted to simultaneously twist two or more slivers, when passing between the twist rollers during use, to produce two or more twisted strands for twisting together to form a yarn; one or more take up holders onto which the yarn can be wound; and a control system for controlling the rotational speed of the one or more take up holders; characterised in that the apparatus is operable to introduce continuous filaments with the slivers through a plurality of guides (8a - c), whereby each strand includes a continuous filament surrounded by sliver fibres and the control system is adapted to control the one or more take up holders such that the linear speed at which yarn is wound onto the one or more take up holders is lower than the linear speed at which the strands exit the twist rollers (6a, 6b), such that the yarn is subject to low tension after exiting the reciprocating twisting stage in order to control the yarn structure. a reciprocating twisting stage comprising a pair of twist rollers (6a, 6b), each twist roller being adapted to rotate about an axis of rotation and to move reciprocally along the axis of rotation, the reciprocating twisting stage being adapted to simultaneously twist two or more slivers, when passing between the twist rollers during use, to produce two or more twisted strands for twisting together to form a yarn; one or more take up holders onto which the yarn can be wound; and a control system for controlling the rotational speed of the one or more take up holders; characterised in that the apparatus is operable to introduce continuous filaments with the slivers through a plurality of guides (8a - c), whereby each strand includes a continuous filament surrounded by sliver fibres and the control system is adapted to control the one or more take up holders such that the linear speed at which yarn is wound onto the one or more take up holders is lower than the linear speed at which the strands exit the twist rollers (6a, 6b), such that the yarn is subject to low tension after exiting the reciprocating twisting stage in order to control the yarn structure.
Wiper device, in particular windscreen wiper device, having a wiper arm adapter and having a wiper blade adapter, and having a wiper arm channel element of a spray unit, wherein the wiper arm adapter is provided for coupling to the wiper blade adapter in the main extension direction of the wiper blade adapter, and wherein the wiper arm channel element is provided for coupling to a wiper blade channel element of the wiper blade adapter in a main extension direction of the wiper blade adapter, wherein the main extension direction of the wiper blade adapter runs parallel to a longest edge of a smallest geometric cuboid which only just completely encloses the wiper blade adapter, characterized in that the wiper blade adapter has at least one spray nozzle element which is configured at least partially integrally with the wiper blade channel element, wherein the spray nozzle element is covered by a base body of the wiper blade adapter, at least to a large extent, when viewed in a direction perpendicular to a wiping surface.
A method comprising: receiving, from a client device, a first request for access to a remote server; transmitting, to the remote server and based on the first request, a credential required by the remote server to provide access to the client device; receiving, from the remote server, first session data comprising a session secret that enables access to the remote server without using the credential; removing the session secret from the first session data; and transmitting the first session data to the client device. receiving, from a client device, a first request for access to a remote server; transmitting, to the remote server and based on the first request, a credential required by the remote server to provide access to the client device; receiving, from the remote server, first session data comprising a session secret that enables access to the remote server without using the credential; removing the session secret from the first session data; and transmitting the first session data to the client device.
A method for controlling the temperature of an internal space using a temperature control system comprising one or more heating and/or cooling devices, wherein the temperature control system is arranged to determine a set of optimal operational settings for the one or more devices from feedback data obtained during previous operation of the system, the method comprising the steps of: receiving a value indicative of a desired temperature; receiving a value indicative of an ambient temperature within the internal space; receiving a value indicative of an outside temperature outside of the internal space; determining operational settings for the one or more devices from the desired temperature and the ambient temperature; and operating the one or more devices in accordance with the determined operational settings to control the temperature of the internal space; wherein the temperature control system is arranged to determine a plurality of sets of optimal operational settings for the one or more devices corresponding to a plurality of different outside temperatures; characterised in that: the operational settings for the one or more devices are determined using a fuzzy logic algorithm, wherein the fuzzy logic algorithm defines, for each of the plurality of different outside temperatures, a plurality of output membership functions corresponding to a plurality of demand values, and wherein the fuzzy logic algorithm determines, using determined membership values for membership functions, a demand value for the system, and wherein the operational settings for the one or more devices are determined from the determined demand value. receiving a value indicative of a desired temperature; receiving a value indicative of an ambient temperature within the internal space; receiving a value indicative of an outside temperature outside of the internal space; determining operational settings for the one or more devices from the desired temperature and the ambient temperature; and operating the one or more devices in accordance with the determined operational settings to control the temperature of the internal space;
Fastener element extending in a longitudinal direction and in a transverse direction for transmitting a load to a machine part, wherein the fastener element is configured to be fixed at one of its axial end regions of its longitudinal extension with the machine part, and comprises a load area at its other axial end region of its longitudinal extension, wherein the fastener element comprises a plurality of base parts extending in the longitudinal direction, wherein the base parts are connected to each other by corrugations, and wherein the fastener element is made of a composite material comprising continuous reinforcement fibers that at least partly extend from the machine part to the axial end region remote from the machine part, characterized in that the corrugations have a substantially constant height along a first extension (L 1) in longitudinal direction of the fastener element, which first extension (L 1) extends from the machine part to a transition region, wherein the load area comprises a plurality of connection holes, each of which is arranged in a base part along a second extension (L 2) in longitudinal direction of the fastener element adjoining the first extension (L 1), and wherein along the second extension (L 2), the corrugations have a height (h) that reduces from the transition region to the level of the base parts, and becomes zero at a final section of the fastener element in the axial end region remote from the machine part.
A composition comprising: a botanical extract of the testa of Anacardium occidentale L, wherein the botanical extract is obtainable by extracting the testa of Anacardium occidentale L. with a mixture of 70% ethanol and 30% water, wherein the botanical extract is present in an amount of from 125.00 μg/mL to 1000.0 μg/mL, and wherein the botanical extract exhibits mushroom tyrosinase inhibition activity. a botanical extract of the testa of Anacardium occidentale L, wherein the botanical extract is obtainable by extracting the testa of Anacardium occidentale L. with a mixture of 70% ethanol and 30% water, wherein the botanical extract is present in an amount of from 125.00 μg/mL to 1000.0 μg/mL, and wherein the botanical extract exhibits mushroom tyrosinase inhibition activity.
A method of wireless communication, said method comprising: generating a packet (100, 150) comprising a preamble (110, 160) and a payload (120, 170), wherein said generating comprises: determining a data length of said payload; responsive to a determination that said data length is greater than a first limit, setting (206, 207) a first field (111, 162) in said preamble to either a first or a second value to indicate, respectively, the presence or absence of a Doppler mode mid-amble (121, 122) in said packet and, wherein when setting of the first field to the first value, the method further comprises inserting said Doppler mode mid-amble in said payload, wherein said Doppler mode mid-amble comprises a training symbol for channel estimation of a wireless channel by a device that receives said packet; and responsive to a determination that said data length is smaller than said first limit, setting (204, 205) said first field in said preamble to indicate whether said wireless channel is time-variant; and transmitting said packet using said wireless channel. generating a packet (100, 150) comprising a preamble (110, 160) and a payload (120, 170), wherein said generating comprises: determining a data length of said payload; responsive to a determination that said data length is greater than a first limit, setting (206, 207) a first field (111, 162) in said preamble to either a first or a second value to indicate, respectively, the presence or absence of a Doppler mode mid-amble (121, 122) in said packet and, wherein when setting of the first field to the first value, the method further comprises inserting said Doppler mode mid-amble in said payload, wherein said Doppler mode mid-amble comprises a training symbol for channel estimation of a wireless channel by a device that receives said packet; and responsive to a determination that said data length is smaller than said first limit, setting (204, 205) said first field in said preamble to indicate whether said wireless channel is time-variant; and determining a data length of said payload; responsive to a determination that said data length is greater than a first limit, setting (206, 207) a first field (111, 162) in said preamble to either a first or a second value to indicate, respectively, the presence or absence of a Doppler mode mid-amble (121, 122) in said packet and, wherein when setting of the first field to the first value, the method further comprises inserting said Doppler mode mid-amble in said payload, wherein said Doppler mode mid-amble comprises a training symbol for channel estimation of a wireless channel by a device that receives said packet; and responsive to a determination that said data length is smaller than said first limit, setting (204, 205) said first field in said preamble to indicate whether said wireless channel is time-variant; and transmitting said packet using said wireless channel.
A refrigeration cycle apparatus comprising: a heat exchanger (11, 13), wherein a refrigerant mixture is inclusive of HFO1123, R32, and HFO1234yf the apparatus being characterized in that a flat tube is configured to allow the refrigerant mixture to flow therethrough as a heat medium, the flat tube has a plurality of flow paths for the heat medium, and each of the plurality of flow paths has a rectangular shape in cross section, the rectangular shape is defined by a pair of longitudinal line segments opposed to each other, a pair of lateral line segments opposed to each other, and a set of four rounded corners, each of the rounded corners is a segment of a circumference of a circle, the pair of longitudinal line segments intersects with the pair of lateral line segments at the rounded corners, the rectangular shape is configured to satisfy 0.005 ≤ r/d ≤ 0.8 where r is a radius of the circle, and d is a distance between the pair of longitudinal line segments opposed to each other; a mixture ratio of HFO1234yf in the refrigerant mixture ranges from 50% to 90% by weight. a heat exchanger (11, 13), wherein a refrigerant mixture is inclusive of HFO1123, R32, and HFO1234yf the apparatus being characterized in that a flat tube is configured to allow the refrigerant mixture to flow therethrough as a heat medium, the flat tube has a plurality of flow paths for the heat medium, and each of the plurality of flow paths has a rectangular shape in cross section, the rectangular shape is defined by a pair of longitudinal line segments opposed to each other, a pair of lateral line segments opposed to each other, and a set of four rounded corners, each of the rounded corners is a segment of a circumference of a circle, the pair of longitudinal line segments intersects with the pair of lateral line segments at the rounded corners, the rectangular shape is configured to satisfy 0.005 ≤ r/d ≤ 0.8 where r is a radius of the circle, and d is a distance between the pair of longitudinal line segments opposed to each other; a mixture ratio of HFO1234yf in the refrigerant mixture ranges from 50% to 90% by weight.
A first coaxial connector interconnected with a mating second coaxial connector, the first coaxial connector comprising: an outer conductor coupling surface and an inner conductor coupling surface; an outer conductor dielectric spacer covering the outer conductor coupling surface; an inner conductor dielectric spacer covering the inner conductor coupling surface; the outer conductor dielectric spacer and the inner conductor dielectric spacer insulating the outer conductor coupling surface and the inner conductor coupling surfaces, respectively, from direct contact with the mating second connector, the second connector having an inner contact comprising a spring basket with spring fingers and an outer contact with an annular groove, the inner conductor dielectric spacer being interposed between the inner conductor coupling surface of the first coaxial connector and the fingers of the spring basket, and the outer conductor dielectric spacer being interposed between the outer conductor coupling surface and the annular groove. an outer conductor coupling surface and an inner conductor coupling surface; an outer conductor dielectric spacer covering the outer conductor coupling surface; an inner conductor dielectric spacer covering the inner conductor coupling surface; the outer conductor dielectric spacer and the inner conductor dielectric spacer insulating the outer conductor coupling surface and the inner conductor coupling surfaces, respectively, from direct contact with the mating second connector, the second connector having an inner contact comprising a spring basket with spring fingers and an outer contact with an annular groove, the inner conductor dielectric spacer being interposed between the inner conductor coupling surface of the first coaxial connector and the fingers of the spring basket, and the outer conductor dielectric spacer being interposed between the outer conductor coupling surface and the annular groove.
A bag-in-box fluid supply, comprising: a bag comprising a spout extending therefrom, the spout comprising a flange coupled to a surface of the bag and comprising a lip formed on the spout distal to the bag; a box formed around the bag to maintain the bag therein; a wedge, coupled to the spout of the bag and shaped to conform to an interior surface of the box, so that it wedges a surface of the box between the lip and a surface of the bag; and a fluid interface to fluidically interface with the spout of the bag, the fluid interface comprising a fluidic channel and a collar disposed on a first end of the fluidic channel to secure the fluid interface to the spout. a bag comprising a spout extending therefrom, the spout comprising a flange coupled to a surface of the bag and comprising a lip formed on the spout distal to the bag; a box formed around the bag to maintain the bag therein; a wedge, coupled to the spout of the bag and shaped to conform to an interior surface of the box, so that it wedges a surface of the box between the lip and a surface of the bag; and a fluid interface to fluidically interface with the spout of the bag, the fluid interface comprising a fluidic channel and a collar disposed on a first end of the fluidic channel to secure the fluid interface to the spout.
Actuation device for a flap mounted moveably on a component between a closed position and an opened position, in particular for a flap mounted moveably on a housing of an automobile, comprising: - a first actuation part and a second actuation part, wherein the first actuation part is to be fastened on the flap and is moved together with the flap when the flap is moved between the closed position and the opened position, and wherein the second actuation part is to be fastened on the component, - locking means with a locking reception provided on the first or second actuation part and a locking element provided on the other of first or second actuation part, wherein the locking element engages in the locking reception upon a movement of the first actuation part with the flap from its opened position into its closed position, whereby the locking element holds the first actuation part against a spring pretension in a locking position on the second actuation part, and - a remote unlocking device, wherein the remote unlocking device comprises drive means, which can be actuated from a place distant from the actuation parts such that the locking element is retracted from the locking reception, whereby the first actuation part, driven by the spring pretension, disengages from the second actuation part and moves together with the flap at least partially into its opened position, - wherein the drive means comprise an electric motor, and wherein a rotational axis of the electric motor is arranged parallel to the movement direction of the first actuation part for locking with the second actuation part. - a first actuation part and a second actuation part, wherein the first actuation part is to be fastened on the flap and is moved together with the flap when the flap is moved between the closed position and the opened position, and wherein the second actuation part is to be fastened on the component, - locking means with a locking reception provided on the first or second actuation part and a locking element provided on the other of first or second actuation part, wherein the locking element engages in the locking reception upon a movement of the first actuation part with the flap from its opened position into its closed position, whereby the locking element holds the first actuation part against a spring pretension in a locking position on the second actuation part, and - a remote unlocking device, wherein the remote unlocking device comprises drive means, which can be actuated from a place distant from the actuation parts such that the locking element is retracted from the locking reception, whereby the first actuation part, driven by the spring pretension, disengages from the second actuation part and moves together with the flap at least partially into its opened position, - wherein the drive means comprise an electric motor, and wherein a rotational axis of the electric motor is arranged parallel to the movement direction of the first actuation part for locking with the second actuation part.