mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment (106, 200, 306) for controlling selection of a cell (330, 332, 334) of a cellular radio network to support subsequent communication between the user equipment and the network, where the user equipment is camping on a first cell, the method comprising: - obtaining feature information relating to communication features supported in a node that controls radio resource usage in a cell by receiving a plurality of system information messages comprising system information blocks, SIBs, for a plurality of cells and extracting the feature information from the SIBs, the feature information relating to at least a second cell that is neighbouring the first cell, - establishing a collection of credits for each node wherein credits are given for each communication feature supported by the respective node, - detecting signal strength of a signal received from the network for a plurality of cells, - obtaining type information relating to a type of the user equipment, - obtaining usage history information relating to previous usage of communication services by the user equipment, - calculating a ranking value for each cell, where the ranking value is a function of at least the detected signal strength in the cell, the collection of credits for the node, a type information and usage history information, thereby generating a list of candidate cells, - selecting, from the list of candidates, based on comparing the ranking values of cells, the cell having the highest ranking value to support subsequent communication between the user equipment and the network. - obtaining feature information relating to communication features supported in a node that controls radio resource usage in a cell by receiving a plurality of system information messages comprising system information blocks, SIBs, for a plurality of cells and extracting the feature information from the SIBs, the feature information relating to at least a second cell that is neighbouring the first cell, - establishing a collection of credits for each node wherein credits are given for each communication feature supported by the respective node, - detecting signal strength of a signal received from the network for a plurality of cells, - obtaining type information relating to a type of the user equipment, - obtaining usage history information relating to previous usage of communication services by the user equipment, - calculating a ranking value for each cell, where the ranking value is a function of at least the detected signal strength in the cell, the collection of credits for the node, a type information and usage history information, thereby generating a list of candidate cells, - selecting, from the list of candidates, based on comparing the ranking values of cells, the cell having the highest ranking value to support subsequent communication between the user equipment and the network.
Lighting system (1; 10) comprising a light emitter (2; 20), a workstation (311; 3110) and a ceiling (41; 410), in which the light emitter (2; 20) is designed to emit a stream of visible light (22; 220, 220') onto the ceiling (41; 410), the ceiling (41; 410) is such that the stream of visible light (22; 220, 220') emitted by the light emitter (2; 20) onto the ceiling (41; 410) generates a light object (5; 50, 50') on the ceiling (41; 410) having predetermined light properties, and the light object (5; 50, 50') on the ceiling (41; 410) illuminates the workstation (311; 3110) in a targeted manner, characterized in that the light emitter (2; 20) has an adjusting unit with which properties of the stream of visible light (22; 220, 220') can be adjusted, and in that the lighting system (1; 10) comprises a monitoring unit which is connected to the adjusting unit of the light emitter (2; 20), the monitoring unit being designed to monitor the workstation (311; 3110) and to activate the adjusting unit in the event of a detected change in the workstation (311; 3110), the adjusting unit adjusting the stream of visible light (22; 220, 220') such that the illumination of the workstation (311; 3110) by means of the light object (5; 50, 50') on the ceiling (41; 410) remains constant. the light emitter (2; 20) is designed to emit a stream of visible light (22; 220, 220') onto the ceiling (41; 410), the ceiling (41; 410) is such that the stream of visible light (22; 220, 220') emitted by the light emitter (2; 20) onto the ceiling (41; 410) generates a light object (5; 50, 50') on the ceiling (41; 410) having predetermined light properties, and the light object (5; 50, 50') on the ceiling (41; 410) illuminates the workstation (311; 3110) in a targeted manner, characterized in that the light emitter (2; 20) has an adjusting unit with which properties of the stream of visible light (22; 220, 220') can be adjusted, and in that the lighting system (1; 10) comprises a monitoring unit which is connected to the adjusting unit of the light emitter (2; 20), the monitoring unit being designed to monitor the workstation (311; 3110) and to activate the adjusting unit in the event of a detected change in the workstation (311; 3110), the adjusting unit adjusting the stream of visible light (22; 220, 220') such that the illumination of the workstation (311; 3110) by means of the light object (5; 50, 50') on the ceiling (41; 410) remains constant.
A method of tagging target oligonucleotides comprising: a. partitioning DNA into a plurality of compartments; b. performing an in vitro transcription reaction on the DNA within the compartments, thereby obtaining compartments comprising RNA; c. merging the interior of the compartments comprising RNA with the interior of a set of compartments comprising target oligonucleotides; d. hybridizing the RNA to the target oligonucleotides; and e. performing a reaction to attach a sequence corresponding to the RNA to the target oligonucleotides. a. partitioning DNA into a plurality of compartments; b. performing an in vitro transcription reaction on the DNA within the compartments, thereby obtaining compartments comprising RNA; c. merging the interior of the compartments comprising RNA with the interior of a set of compartments comprising target oligonucleotides; d. hybridizing the RNA to the target oligonucleotides; and e. performing a reaction to attach a sequence corresponding to the RNA to the target oligonucleotides.
A method for capacitive deionization of water using a capacitive deionization type (CDI-type) water treatment device, comprising a capacitive deionization unit for purifying raw water comprising an electrode part formed by alternately stacking electrodes (111,113) and separators, wherein the capacitive deionization unit has an inlet to which the raw water is supplied, an outlet from which the purified water or the regeneration water is discharged, and a filter case part accommodating the electrode part; a sterilization unit provided on the front of the capacitive deionization unit, wherein the sterilization unit comprises a sterilization case part accommodating a sterilization terminal part coated with ruthenium oxide (RuOx); and a control unit configured to control power supplied to the sterilization terminal part; the method comprising: using the sterilization unit, reducing chlorine ions (Cl -) in the raw water to chlorine (Ch) in order to generate a sterilization substance in the raw water, in a water-purifying mode, purifying raw water at the electrode part, and discharging purified water, and in a regeneration mode for regenerating an electrode of the electrode part, discharging regeneration water; and among the water-purifying mode, the regeneration mode, and a sterilization mode for sterilizing bacteria in the electrode part by using the sterilization unit, performing by the control unit a control of supplying power to the sterilization terminal part when in the sterilization mode after a predetermined time passes with the water-purifying mode and the regeneration mode not performed. using the sterilization unit, reducing chlorine ions (Cl -) in the raw water to chlorine (Ch) in order to generate a sterilization substance in the raw water, in a water-purifying mode, purifying raw water at the electrode part, and discharging purified water, and in a regeneration mode for regenerating an electrode of the electrode part, discharging regeneration water; and among the water-purifying mode, the regeneration mode, and a sterilization mode for sterilizing bacteria in the electrode part by using the sterilization unit, performing by the control unit a control of supplying power to the sterilization terminal part when in the sterilization mode after a predetermined time passes with the water-purifying mode and the regeneration mode not performed.
A herbicidal composition comprising, as only herbicidally active components, A) flufenacet (component A), B) pendimethalin (component B) and C) diflufenican (component C); in which the herbicide components are present in the weight ratio stated below: (range component A): (range component B): (range component C)(1 - 2000): (10 - 5000): (1 - 500). A) flufenacet (component A), B) pendimethalin (component B) and C) diflufenican (component C); (range component A): (range component B): (range component C)(1 - 2000): (10 - 5000): (1 - 500).
A withdrawal spike unit including a withdrawal spike and an integral adapter configured to couple with a multidose vial, the adapter comprising: a hollow body defined by an outer wall having a first end and a second end formed integrally with the withdrawal spike; and a retaining member at the first end; such that the withdrawal spike is locatable in a predetermined position with respect to the multidose vial; characterised in that: the retaining member is adapted to irreversibly engage at least a portion of the multidose vial such that the withdrawal spike unit is adapted to maintain sterility within the multidose vial during and after withdrawal of a first dose therefrom. a hollow body defined by an outer wall having a first end and a second end formed integrally with the withdrawal spike; and a retaining member at the first end; such that the withdrawal spike is locatable in a predetermined position with respect to the multidose vial; characterised in that: the retaining member is adapted to irreversibly engage at least a portion of the multidose vial such that the withdrawal spike unit is adapted to maintain sterility within the multidose vial during and after withdrawal of a first dose therefrom. the retaining member is adapted to irreversibly engage at least a portion of the multidose vial such that the withdrawal spike unit is adapted to maintain sterility within the multidose vial during and after withdrawal of a first dose therefrom.
An extendable loading floor of a motor vehicle, in particular a passenger vehicle, with two guide rails designed as clamps (4a, 4b), which each abut one out of two longitudinal sides of the loading floor located opposite one another in the transverse direction of the loading floor with an open guide rail end, wherein the guide rails (4a, 4b) each encompass a sliding element (9a, 9b) that is formed at the respective longitudinal side of the loading floor in a clamp-like manner, and can be moved within the respective guide rail (4a, 4b) by means of at least one roller, as well as being movably supported together with the loading floor, relative to the guide rail allocated (4a, 4b), wherein the sliding elements (9a, 9b) each have at least one through-hole, into which said at least one roller is rotatably inserted with an axis, in which it is held.
A brake boost assist system for use with a master cylinder of a motor vehicle braking system, the brake boost assist system comprising: an inductive sensing system including: a fixed sensing component (22,24) fixedly disposed within the brake boost assist system; an axially movable input member operably associated with an input rod, the input rod in turn associated with a brake pedal of the vehicle, the input member movable in response to movement of the input rod and further being movable in proximity to the fixed sensing component, the axially movable input member including a first sensing device; an output member generally axially aligned with the input member and adapted to be moved axially by the input member, the output member being operably associated with an output rod of the brake boost assist system and including a second sensing device; the first and second sensing devices arranged to simulate an axial pedal gap separating faces of the input and output rods; and wherein the inductive sensing system is responsive to movement of at least one of the input and output members relative to the other to provide an output signal indicative of a distance representing the axial pedal gap during brake pedal travel. a fixed sensing component (22,24) fixedly disposed within the brake boost assist system; an axially movable input member operably associated with an input rod, the input rod in turn associated with a brake pedal of the vehicle, the input member movable in response to movement of the input rod and further being movable in proximity to the fixed sensing component, the axially movable input member including a first sensing device; an output member generally axially aligned with the input member and adapted to be moved axially by the input member, the output member being operably associated with an output rod of the brake boost assist system and including a second sensing device; the first and second sensing devices arranged to simulate an axial pedal gap separating faces of the input and output rods; and wherein the inductive sensing system is responsive to movement of at least one of the input and output members relative to the other to provide an output signal indicative of a distance representing the axial pedal gap during brake pedal travel.
An evaporation closed chamber for detecting hazardous substance, comprising a closed chamber and an intake device, wherein the intake device is communicated with the interior of the closed chamber, the closed chamber is connected with an exhaust pipe, and sampling openings are opened in the closed chamber; wherein the closed chamber is provided with a gas compensation device for performing gas volume compensation on the interior of the closed chamber in a gas sampling process, the gas compensation device is arranged on one or more surfaces of the closed chamber, the gas compensation device comprises an orifice plate, a pressure plate, a drive device and an elastic film, the orifice plate is mounted on any surface or multiple surfaces of the closed chamber, the elastic film is arranged on the outer side face of the corresponding orifice plate, the pressure plate is arranged on the outer side face of the corresponding elastic film, and the drive device is in transmission connection with the corresponding pressure plate so as to drive the pressure plate to move forwards and backwards to tightly press the elastic film to be in contact with the orifice plate, the intake device comprises a first fan or pump, a filter and a valve, and the first fan or pump, the filter and the valve are communicated with the interior of the closed chamber.
An apparatus for affecting subcutaneous fatty tissue, comprising: a plurality of needle arrangements, wherein each needle of the plurality of needle arrangements comprises a central lumen; and at least one protrusion provided along at least one portion of an interior wall of each needle of the plurality of needle arrangements and proximal to a distal end of each needle of the plurality of needle arrangements, wherein the cross-sectional shape of each needle of the plurality of needle arrangement is substantially round, and wherein the at least one protrusion is structured to contact a portion of the subcutaneous fatty tissue when each needle of the plurality of needle arrangements is inserted into skin tissue such that at least a distal portion thereof is located within the subcutaneous fatty tissue. a plurality of needle arrangements, wherein each needle of the plurality of needle arrangements comprises a central lumen; and at least one protrusion provided along at least one portion of an interior wall of each needle of the plurality of needle arrangements and proximal to a distal end of each needle of the plurality of needle arrangements, wherein the cross-sectional shape of each needle of the plurality of needle arrangement is substantially round, and wherein the at least one protrusion is structured to contact a portion of the subcutaneous fatty tissue when each needle of the plurality of needle arrangements is inserted into skin tissue such that at least a distal portion thereof is located within the subcutaneous fatty tissue.
A method comprising steps of: detecting a contact with a touch-sensitive display at an initial contact position corresponding with a portion of a control displayed on the touch-sensitive display; in response to detecting the contact, playing audio data and displaying an animated rendering on the touch-sensitive display, the animated rendering comprising moving the displayed portion of the control away from the initial contact position; determining whether the contact with the touch-sensitive display is maintained throughout a predetermined period of time extending from initiation to conclusion of the animated rendering and whether the detected contact follows the movement of the animated rendering; and if the contact with the touch-sensitive display is maintained throughout the predetermined period of time and if the detected contact follows the movement of the animated rendering, continuing the displaying step and the playing step during the predetermined period of time and performing an action at the conclusion of the animated rendering, otherwise, terminating the displaying step and the playing step without performing the action. detecting a contact with a touch-sensitive display at an initial contact position corresponding with a portion of a control displayed on the touch-sensitive display; in response to detecting the contact, playing audio data and displaying an animated rendering on the touch-sensitive display, the animated rendering comprising moving the displayed portion of the control away from the initial contact position; determining whether the contact with the touch-sensitive display is maintained throughout a predetermined period of time extending from initiation to conclusion of the animated rendering and whether the detected contact follows the movement of the animated rendering; and if the contact with the touch-sensitive display is maintained throughout the predetermined period of time and if the detected contact follows the movement of the animated rendering, continuing the displaying step and the playing step during the predetermined period of time and performing an action at the conclusion of the animated rendering, otherwise, terminating the displaying step and the playing step without performing the action.
A hollow body for temporarily accommodating a body liquid, in particular blood, or a cell suspension, characterized by a hydrophilizing two-step PECVD/CVD-coating on its inner surface.
A method for manufacturing a wavelength conversion member including phosphor particles disposed in a glass matrix, the method comprising the steps of: preparing a slurry containing glass particles to be the glass matrix and the phosphor particles; forming a green sheet (4, 5) by applying the slurry onto a support substrate and moving a doctor blade relative to the slurry, the doctor blade being spaced a predetermined distance away from the support substrate; forming a green sheet laminate by applying heat and pressure to a plurality of the green sheets (4, 5) overlaid one upon another; and sintering the green sheet laminate to obtain a wavelength conversion member, wherein in the step of forming a green sheet laminate, the plurality of green sheets (4, 5) are overlaid one upon another so that, as for at least two of the plurality of green sheets (4, 5), respective directions of movement of the doctor blade in the step of forming a green sheet are substantially perpendicular to each other. preparing a slurry containing glass particles to be the glass matrix and the phosphor particles; forming a green sheet (4, 5) by applying the slurry onto a support substrate and moving a doctor blade relative to the slurry, the doctor blade being spaced a predetermined distance away from the support substrate; forming a green sheet laminate by applying heat and pressure to a plurality of the green sheets (4, 5) overlaid one upon another; and sintering the green sheet laminate to obtain a wavelength conversion member, wherein in the step of forming a green sheet laminate, the plurality of green sheets (4, 5) are overlaid one upon another so that, as for at least two of the plurality of green sheets (4, 5), respective directions of movement of the doctor blade in the step of forming a green sheet are substantially perpendicular to each other.
High strength, thermoformable special brass alloy with a structure comprising a β-phase with a volume proportion of 50-80% and a γ-phase with a volume proportion of 10-40%, wherein the γ-phase comprises in atom percent 50-60 Cu, 25-36 Zn, 5-13 Al, wherein the γ-phase is embedded into the β-phase matrix, wherein the special brass alloy further comprises hard intermetallic phases in a volume proportion of 5-15 %, and exhibits the following composition (values in % by weight): Cu: 50-58 Mn: 1.5-3.1 Ni: 3.2-5.85 AI: 2.8- 5.6 Si: 0.5-2.5 Sn: 0.05-0.5 Cr: 0.05-1 P: 0.01-0.1 Fe: max. 0.3 Pb: max. 0.1 Zn: Remainder, together with unavoidable impurities Cu: 50-58 Mn: 1.5-3.1 Ni: 3.2-5.85 AI: 2.8- 5.6 Si: 0.5-2.5 Sn: 0.05-0.5 Cr: 0.05-1 P: 0.01-0.1 Fe: max. 0.3 Pb: max. 0.1 Zn: Remainder, together with unavoidable impurities
Support device (1, 24) for a starting material of a hot beverage preparation, in particular filter support, comprising - a holder (3, 15), which in use position has an opening on the top side and an opening on the bottom side, - a handle, which is connected with the holder (3, 15) - receiving means for the starting material, which are held by and/or in the holder (3, 15), wherein receiving means for the reception of a capsule, in particular of a coffee capsule, can be held by the holder (3, 15), - connecting means for the connection with a machine for the preparation of the hot beverage, in particular an espresso machine, wherein the connecting means are disposed on the holder (3, 15), characterised in that the opening disposed on the bottom side of the holder is formed such that in use position a part of the receiving means protrudes at least partially downwards through the opening. - a holder (3, 15), which in use position has an opening on the top side and an opening on the bottom side, - a handle, which is connected with the holder (3, 15) - receiving means for the starting material, which are held by and/or in the holder (3, 15), wherein receiving means for the reception of a capsule, in particular of a coffee capsule, can be held by the holder (3, 15), - connecting means for the connection with a machine for the preparation of the hot beverage, in particular an espresso machine, wherein the connecting means are disposed on the holder (3, 15),
A pharmaceutical composition comprising an antibody comprising (i) a heavy chain comprising the sequence as set forth in SEQ ID NO: 116; and (ii) a light chain comprising the light chain variable region sequence as set forth in SEQ ID NO: 53, and a pharmaceutically suitable carrier, excipient or diluent, wherein the composition is a powder suitable for reconstitution with an appropriate solution. (i) a heavy chain comprising the sequence as set forth in SEQ ID NO: 116; and (ii) a light chain comprising the light chain variable region sequence as set forth in SEQ ID NO: 53,