mhurhangee/ep-ind-claims huggingface dataset:
An uplink-downlink configuration method in a system in a Time Division Duplex communication mode, the method comprising: a central node device receiving a reference information, for configuring an uplink-downlink configuration, transmitted by a network node device managed by the central node device; the central node device configuring the uplink-downlink configuration according to the received reference information; and the central node device transmitting information about the uplink-downlink configuration configured by the central node device to the corresponding network node device or to the corresponding network node device and a user equipment; characterized in that each central node device manages network node devices, and the network node devices managed by each central node device are divided into clusters, each of which includes at least one network node device; and the central node device configuring an uplink-downlink configuration according to the received reference information comprises: for each cluster served by the central node device, the central node device determining an uplink-downlink configuration according to reference information, for configuring an uplink-downlink configuration, transmitted by a network node device in the cluster, and the central node device configuring respective network node devices in the cluster with the uplink-downlink configuration determined by the central node device. a central node device receiving a reference information, for configuring an uplink-downlink configuration, transmitted by a network node device managed by the central node device; for each cluster served by the central node device, the central node device determining an uplink-downlink configuration according to reference information, for configuring an uplink-downlink configuration, transmitted by a network node device in the cluster, and the central node device configuring respective network node devices in the cluster with the uplink-downlink configuration determined by the central node device.
A phillygenin sulphate as represented by the following chemical structural formula, wherein R is H, Na +, K +, NH 4 +, tetramethyl ammonium, tetraethyl ammonium, methyl amino, dimethylamino, trimethylamino, triethylamino, diethylamino, ethylamino, ethanolamino, diethanolamino, piperidyl, piperazinyl or pyrazinyl.
A non-aqueous electrolyte solution comprising: (a) at least one organic solvent; and (b) at least one electrolytically active, soluble, inorganic magnesium (Mg) salt complex represented by the formula Mg n ZX 3+(2*n), wherein n is from 1 to 5, and Z and X are selected such that Z and X form a Lewis Acid; n is selected to maintain neutral charge of the molecule; and wherein Z is aluminum; and X is Cl. (a) at least one organic solvent; and (b) at least one electrolytically active, soluble, inorganic magnesium (Mg) salt complex represented by the formula Mg n ZX 3+(2*n), wherein n is from 1 to 5, and Z and X are selected such that Z and X form a Lewis Acid; n is selected to maintain neutral charge of the molecule; and wherein Z is aluminum; and X is Cl.
A reagent kit for detecting lupus anticoagulant comprising: a first clotting time-measuring reagent containing manganese salt, phospholipid and an activator for causing coagulation in vitro selected from the group consisting of ellagic acid, kaoline, cerite, and silica; a second clotting time-measuring reagent which contains manganese salt, phospholipid and an activator for causing coagulation in vitro selected from the group consisting of ellagic acid, kaoline, cerite, and silica, wherein the ratio of the concentration of the manganese salt in the second clotting time-measuring reagent to that of the first clotting time-measuring reagent is from 0 to 0.2; and a third clotting time-measuring reagent containing calcium salt. a first clotting time-measuring reagent containing manganese salt, phospholipid and an activator for causing coagulation in vitro selected from the group consisting of ellagic acid, kaoline, cerite, and silica; a second clotting time-measuring reagent which contains manganese salt, phospholipid and an activator for causing coagulation in vitro selected from the group consisting of ellagic acid, kaoline, cerite, and silica, wherein the ratio of the concentration of the manganese salt in the second clotting time-measuring reagent to that of the first clotting time-measuring reagent is from 0 to 0.2; and a third clotting time-measuring reagent containing calcium salt.
A method for determining the changing location of the point of incidence of a continuous or pulsed energetic beam on a delimited surface that is periodically moved over the surface by a deflecting unit, comprising the following steps: Detecting the surface with a camera having a plurality of individually evaluable pixels in an image plane, wherein each point of the surface is associated with a pixel, Evaluating the image values detected by the camera by means of an image analysis device, characterized in that the image analysis device determines a temporal sequence of image values for at least some of the pixels, a signal analysis of the temporal sequence of image values of these pixels is made, the results of the signal analysis are correlated with the periodicity induced by the deflecting unit and/or the periodicity of the beam pulse, and, based on the quality of the correlation, it is determined whether the point of the surface associated with the respective pixel has been hit by the energetic beam at a particular time. Detecting the surface with a camera having a plurality of individually evaluable pixels in an image plane, wherein each point of the surface is associated with a pixel, Evaluating the image values detected by the camera by means of an image analysis device, the image analysis device determines a temporal sequence of image values for at least some of the pixels, a signal analysis of the temporal sequence of image values of these pixels is made, the results of the signal analysis are correlated with the periodicity induced by the deflecting unit and/or the periodicity of the beam pulse, and, based on the quality of the correlation, it is determined whether the point of the surface associated with the respective pixel has been hit by the energetic beam at a particular time.
Foam, which does not collapse for a time period of at least 1 min, comprising an emulsion of the oil in water type, said emulsion comprising an oil phase and a water phase, wherein the emulsion contains less than 0.5 wt.-% of conventional emulsifiers, wherein conventional emulsifiers are all amphiphilic substances with a molecular weight of < 5000 g/mol, which in higher concentrations can form micelles, and/or are not present in the emulsion as solid, and wherein the emulsion comprises: a) at least one solid emulsifier, and b) at least one surface-active, ionic polymer with a molecular weight of more than 5000 g/mol, wherein the ionic polymer is a co-polymer, which contains as monomer units - an ionic monomer, and - at least one further monomer. a) at least one solid emulsifier, and b) at least one surface-active, ionic polymer with a molecular weight of more than 5000 g/mol, wherein the ionic polymer is a co-polymer, which contains as monomer units - an ionic monomer, and - at least one further monomer. - an ionic monomer, and - at least one further monomer.
A method comprising: receiving, at a control system of a robot, a minimum box size for a plurality of boxes varying in size, the plurality of boxes located in a walled container, the robot comprising a gripper with a plurality of vacuum suction cups; dividing, by the control system, a grip area of the gripper into a plurality of zones based on the minimum box size; locating, by the control system, a set of candidate boxes of the plurality of boxes based on an image from a visual sensor; for each zone of the plurality of zones, determining, by the control system, an overlap of a respective zone with one or more neighboring boxes to the set of candidate box boxes, the neighboring boxes identified by the image from the visual sensor; determining, by the control system, a grasp pose (P G) for a target candidate box of the set of candidate box boxes that avoids one or more walls of the walled container; and executing, by the control system, the grasp pose (P G) to lift the target candidate box by the gripper, the gripper activating each zone of the plurality of zones that does not overlap a respective neighboring box to the target candidate box. receiving, at a control system of a robot, a minimum box size for a plurality of boxes varying in size, the plurality of boxes located in a walled container, the robot comprising a gripper with a plurality of vacuum suction cups; dividing, by the control system, a grip area of the gripper into a plurality of zones based on the minimum box size; locating, by the control system, a set of candidate boxes of the plurality of boxes based on an image from a visual sensor; for each zone of the plurality of zones, determining, by the control system, an overlap of a respective zone with one or more neighboring boxes to the set of candidate box boxes, the neighboring boxes identified by the image from the visual sensor; determining, by the control system, a grasp pose (P G) for a target candidate box of the set of candidate box boxes that avoids one or more walls of the walled container; and executing, by the control system, the grasp pose (P G) to lift the target candidate box by the gripper, the gripper activating each zone of the plurality of zones that does not overlap a respective neighboring box to the target candidate box.
A bonding method of bonding a first substrate member to a second substrate member, the method comprising ultrasonically welding a protruding portion extending on a surface of the first substrate member to a surface of the second substrate member by applying ultrasonic vibration to the first substrate member in a state where a top portion of the protruding portion is pressed against the surface of the second substrate member, characterized in that a protruding stopper portion for stopping welding is provided on the surface of the first substrate member formed with the protruding portion, or on the surface of the second substrate member to come in contact with the protruding portion in the pressed state, to be disposed around the protruding portion in the pressed state, the stopper portion coming in contact with the second substrate member or the first substrate member respectively, so that the ultrasonic vibration is dispersed,and the welding of the top portion of the protruding portion is stopped, the ultrasonically welding includes a first process for applying ultrasonic vibration at amplitude as a first value to the first substrate member, and a second process for applying ultrasonic vibration to the first substrate member at amplitude as a second value lower than the first value after the first process.
A method for calibrating a valve having: a valve body defining a passage for a fluid; a closing member comprising a head and a stem and movable with respect to the valve body along a longitudinal direction of extension of the stem from a position for closing the passage, where the head is sealingly engaged with the valve body, to a position for opening the passage and vice versa, in an opening direction and closing direction, respectively; a sleeve which can be joined to said stem of the closing member at an end of the stem opposite to said head; a spring arranged between the sleeve and the valve body and designed to exert a force on said closing member along the closing direction, the method being characterized in that it comprises the following steps: - retaining the closing member in the closed position; - detecting a quantity representing a value of a reaction force of said spring; - varying the position of the sleeve along the stem in order to define a position of said sleeve along the stem where the quantity representing the reaction force of the spring detected has a predefined value; - irreversibly locking the sleeve with respect to the closing member in the defined position. - retaining the closing member in the closed position; - detecting a quantity representing a value of a reaction force of said spring; - varying the position of the sleeve along the stem in order to define a position of said sleeve along the stem where the quantity representing the reaction force of the spring detected has a predefined value; - irreversibly locking the sleeve with respect to the closing member in the defined position.
A device for 3D printing, comprising: a feeding pipe, wherein an opening extending along an axial direction of the feeding pipe is disposed on an outer wall of the feeding pipe; and a sleeve sleeved on the feeding pipe, wherein a discharge port in communication with the opening is disposed on an outer wall of the sleeve, the sleeve is capable of rotating around an axis of the feeding pipe relative to the feeding pipe, so as to make the discharge port and the opening communicate or no longer communicate; a passage of the discharge port is a structure in which a section along material outflow direction gradually shrinks to a required size of the discharge port, the discharge port is a discharge port with a continuously adjustable size, and the discharge port being suitable for performing a continuous printing along a cross-sectional contour line of a target printing region; and the outer wall of the sleeve comprises a first portion and a second portion, the first portion and the second portion are slidable relative to each other along the axial direction to adjust the length of the discharge port. a feeding pipe, wherein an opening extending along an axial direction of the feeding pipe is disposed on an outer wall of the feeding pipe; and a sleeve sleeved on the feeding pipe, wherein a discharge port in communication with the opening is disposed on an outer wall of the sleeve, the sleeve is capable of rotating around an axis of the feeding pipe relative to the feeding pipe, so as to make the discharge port and the opening communicate or no longer communicate; a passage of the discharge port is a structure in which a section along material outflow direction gradually shrinks to a required size of the discharge port, the discharge port is a discharge port with a continuously adjustable size, and the discharge port being suitable for performing a continuous printing along a cross-sectional contour line of a target printing region; and the outer wall of the sleeve comprises a first portion and a second portion, the first portion and the second portion are slidable relative to each other along the axial direction to adjust the length of the discharge port.
An eyelash curler (1, 1') comprising an upper section which includes at least one edge, and a lower section which includes an eyelash support portion, the curler being operable to clamp eyelashes between the at least one edge and the support portion, whereby the at least one edge extends transverse to the eyelashes and engages a top side thereof, characterised by: the at least one edge being defined by a blade which is moveable such that the at least one edge is scraped along said top side while the eyelashes remain clamped, substantially in the direction in which each of the lashes extends, whereby the eyelashes are curled upwardly; the blade being displaceable axially relative to the support portion, whereby the support portion can remain substantially stationary with respect to the lashes as the at least one edge is scraped along said top side; and the eyelash support portion comprising a bed arranged such that a bottom side of the clamped eyelashes rests thereagainst. the at least one edge being defined by a blade which is moveable such that the at least one edge is scraped along said top side while the eyelashes remain clamped, substantially in the direction in which each of the lashes extends, whereby the eyelashes are curled upwardly; the blade being displaceable axially relative to the support portion, whereby the support portion can remain substantially stationary with respect to the lashes as the at least one edge is scraped along said top side; and the eyelash support portion comprising a bed arranged such that a bottom side of the clamped eyelashes rests thereagainst.
Use of a binder composition comprising a) Component A comprising amino acid polymer(s) A1 and b) Component B comprising component B1 selected from the group consisting of pentoses, hexoses, and disaccharides of pentoses and/or hexoses and mixtures thereof, wherein the amino acid polymer(s) A1 has(have) a total weight average molecular weight M w, total of at least 800 g/mol and at most 10,000 g/mol and wherein the binder composition comprises at least 55 wt.-% amino acid polymer(s) A1 based on the total weight of the amino acid polymer(s) A1 and component B1, for producing a multi-layer particle board comprising a core layer and at least one surface layer, wherein the surface layer comprises said binder composition, and the core layer comprises a binder selected from the group consisting of urea/formaldehyde binder, phenol/formaldehyde binder, melamine/urea/formaldehyde binder, PMDI binder and mixtures thereof. a) Component A comprising amino acid polymer(s) A1 and b) Component B comprising component B1 selected from the group consisting of pentoses, hexoses, and disaccharides of pentoses and/or hexoses and mixtures thereof, wherein the amino acid polymer(s) A1 has(have) a total weight average molecular weight M w, total of at least 800 g/mol and at most 10,000 g/mol and wherein the binder composition comprises at least 55 wt.-% amino acid polymer(s) A1 based on the total weight of the amino acid polymer(s) A1 and component B1, for producing a multi-layer particle board comprising a core layer and at least one surface layer, wherein the surface layer comprises said binder composition, and the core layer comprises a binder selected from the group consisting of urea/formaldehyde binder, phenol/formaldehyde binder, melamine/urea/formaldehyde binder, PMDI binder and mixtures thereof.
Dispatching device for dispatching sample containers received in respective sample carriers from a transport surface of a sample distribution system to an external position with respect to the transport surface and/or from the external position to the transport surface, - wherein a respective sample carrier comprises at least one magnetically active element, which is adapted to interact with a magnetic field generated by means of at least one electromagnetic actuator (120, 120a) such that a driving force is applied to the sample carrier, - wherein the dispatching device comprises: - a tube, which leads from the transport surface to the external position, - a capsule, which is movable in the tube between the transport surface and the external position and which comprises a conveying surface for receiving the sample carrier, and - a driving unit, which is adapted to move the capsule in the tube between the transport surface and the external position, characterized in that the dispatching device further comprises: - at least one electromagnetic actuator, which is arranged under the conveying surface and which is adapted to apply a driving force to the sample carrier. - wherein a respective sample carrier comprises at least one magnetically active element, which is adapted to interact with a magnetic field generated by means of at least one electromagnetic actuator (120, 120a) such that a driving force is applied to the sample carrier, - wherein the dispatching device comprises: - a tube, which leads from the transport surface to the external position, - a capsule, which is movable in the tube between the transport surface and the external position and which comprises a conveying surface for receiving the sample carrier, and - a driving unit, which is adapted to move the capsule in the tube between the transport surface and the external position, - a tube, which leads from the transport surface to the external position, - a capsule, which is movable in the tube between the transport surface and the external position and which comprises a conveying surface for receiving the sample carrier, and - a driving unit, which is adapted to move the capsule in the tube between the transport surface and the external position, - at least one electromagnetic actuator, which is arranged under the conveying surface and which is adapted to apply a driving force to the sample carrier.
A method for configuring a Near Field Communication, NFC, smart card hosted in an electronic device the method comprising: receiving a card selection by a user, the card being included in a card set corresponding to the user; determining at least one card which has no conflict with the selected card in the card set, the at least one card being different from the selected card; and adding the selected card into the NFC smart card, wherein each card in the NFC smart card is in an activated state, characterized in that the method further comprises: adding the at least one card into the NFC smart card; acquiring label information corresponding to the card set, wherein the label information represents at least one of a conflicting state or a non-conflicting state between every two cards in the card set, wherein the label information is generated by a server according to contactless parameters of the cards in the card set and is provided to the electronic device hosting the NFC smart card; and wherein the determining at least one card which has no conflict with the selected card in the card set is performed according to the label information. receiving a card selection by a user, the card being included in a card set corresponding to the user; determining at least one card which has no conflict with the selected card in the card set, the at least one card being different from the selected card; and adding the selected card into the NFC smart card, wherein each card in the NFC smart card is in an activated state, characterized in that the method further comprises: adding the at least one card into the NFC smart card; acquiring label information corresponding to the card set, wherein the label information represents at least one of a conflicting state or a non-conflicting state between every two cards in the card set, wherein the label information is generated by a server according to contactless parameters of the cards in the card set and is provided to the electronic device hosting the NFC smart card; and wherein the determining at least one card which has no conflict with the selected card in the card set is performed according to the label information. adding the at least one card into the NFC smart card; acquiring label information corresponding to the card set, wherein the label information represents at least one of a conflicting state or a non-conflicting state between every two cards in the card set, wherein the label information is generated by a server according to contactless parameters of the cards in the card set and is provided to the electronic device hosting the NFC smart card; and wherein the determining at least one card which has no conflict with the selected card in the card set is performed according to the label information.
A wet gas compression system for a wet gas flow having a number of liquid droplets therein, the wet gas compression system comprising: a pipe; a compressor in communication with the pipe; and a resonator in communication with the pipe so as to break up the liquid droplets in the wet gas flow, characterised by the resonator being a thermoacoustic resonator. a pipe; a compressor in communication with the pipe; and a resonator in communication with the pipe so as to break up the liquid droplets in the wet gas flow,
An isolated peptide consisting of the sequence set forth in SEQ ID NO: 1, said sequence comprising an epitope for anti-Clostridium difficile toxin A and B antibodies.