mhurhangee/ep-ind-claims huggingface dataset:
A kit for detecting a particular bacterium of interest in a sample, comprising a recombinant indicator bacteriophage comprising an indicator gene inserted into the bacteriophage genome, wherein the indicator gene encodes a first peptide or polypeptide subunit of an indicator protein; a detection reagent comprising a second polypeptide subunit of the indicator protein, wherein the second polypeptide subunit reconstitutes with the first peptide or polypeptide subunit to form an indicator protein complex; and a substrate for reacting with the indicator protein complex to detect the indicator protein complex. a detection reagent comprising a second polypeptide subunit of the indicator protein, wherein the second polypeptide subunit reconstitutes with the first peptide or polypeptide subunit to form an indicator protein complex; and a substrate for reacting with the indicator protein complex to detect the indicator protein complex.
A surface-reacted calcium carbonate for use in remineralisation and/or whitening of teeth, wherein the surface-reacted calcium carbonate is a reaction product of natural or synthetic calcium carbonate with carbon dioxide and at least one acid.
A machining unit for machining a workpiece, in particular for welding a workpiece, using a thermal machining beam, in particular a laser machining beam, wherein the thermal machining beam can be directed onto a workpiece by means of the machining unit along a beam incidence axis, and wherein the machining unit comprises a rotary drive device and at least one auxilliary module (10, 22) by means of which the at least one auxilliary module (10, 22) is rotatable about the beam incidence axis for workpiece machining, characterized in that the machining unit comprises a coupling device by means of which the at least one auxilliary module (10, 22) is movable between a position coupled to the rotary drive device and a position uncoupled from the rotary drive device, and the coupling device at least in the position of the at least one auxilliary module (10, 22) coupled to the rotary drive device is uncouplable from the at least one auxilliary module (10, 22).
Safety control system for performing a safety function for at least one automation installation component (18, 20), wherein the safety control system has a safety controller and one or more safety input means, and wherein the performance of the safety function is triggered by actuating one of the safety input means, wherein a display apparatus is arranged on each safety input means, wherein the display apparatus is configured to visualize an effective range of the safety function on the basis of a specified safety configuration of the safety controller when the automation installation component (18, 20) is connected to the safety controller, wherein the display apparatus is a first signal means whose colour can be changed, and characterized in that the automation installation component (18, 20) is assigned one or more second signal means (24, 26) whose colour can be changed, and in that the first signal means and the one or more second signal means (24, 26) visualize the effective range of the safety function by virtue of the colour of the first signal means and of the one or more second signal means matching.
A sunscreen composition comprisingone or more oil soluble UV filters and a combination of film formers comprising at least one copolymer of trimethylolpropane, adipic acid, neopentyl glycol and hexanediol and at least one acrylates/octylacrylamide copolymer having a molecular weight of at least 50 kDA measured using Dynamic Light Scattering, wherein the composition is anhydrous and sprayable, wherein the composition is completely free of oxybenzone, and wherein the UV filters are selected from the group consisting of homosalate, octisalate, avobenzone, octocrylene, and mixtures thereof.
A voice coil motor for driving a liquid lens, wherein the voice coil motor comprises a plurality of sub motor parts, the plurality of sub motor parts can be independently controlled, and the sub motor part comprises: an unmovable part; a movable part, which can move along an optical axis direction relative to the unmovable part; a connection elastic piece, connectable to a liquid lens and the movable part, wherein when a force is applied to the movable part in the optical axis direction, the movable part drives the connection elastic piece to squeeze the liquid lens; and a drive circuit part, configured to control a moving distance of the movable part; characterized in that the connection elastic piece is a plate spring, and a stiffness coefficient of the connection elastic piece in the optical axis direction is greater than a stiffness coefficient of the connection elastic piece in a direction perpendicular to the optical axis direction. an unmovable part; a movable part, which can move along an optical axis direction relative to the unmovable part; a connection elastic piece, connectable to a liquid lens and the movable part, wherein when a force is applied to the movable part in the optical axis direction, the movable part drives the connection elastic piece to squeeze the liquid lens; and a drive circuit part, configured to control a moving distance of the movable part; characterized in that the connection elastic piece is a plate spring, and a stiffness coefficient of the connection elastic piece in the optical axis direction is greater than a stiffness coefficient of the connection elastic piece in a direction perpendicular to the optical axis direction.
A method for determining a pilot arrangement, comprising: S1. Selecting a first optimized pilot arrangement P1 from an available subcarrier set G as a pilot arrangement indicating the subcarriers used to transmit a pilot symbol of a first transmit antenna of a quantity of transmit antennas, and obtaining a difference set between the set G and the pilot arrangement G1 according to G1=G-P1; S2. Performing a cyclic shift on the pilot arrangement P1 to obtain a pilot arrangement Pi; if the pilot arrangement Pi obtained after the shift is a subset of the set G1, selecting the pilot arrangement Pi as a pilot arrangement of the i th transmit antenna, wherein i is a natural number greater than or equal to 2; or if the pilot arrangement Pi obtained after the shift is not a subset of the set G1, selecting another pilot arrangement Pi from the set G1 as a pilot arrangement of the i th transmit antenna; and updating the difference set G1 according to G1=G1-Pi, setting i=i+1, and repeatedly performing S2 until i is equal to the quantity of transmit antennas; and transmitting each selected pilot arrangement of each transmit antenna of the quantity of transmit antennas. S1. Selecting a first optimized pilot arrangement P1 from an available subcarrier set G as a pilot arrangement indicating the subcarriers used to transmit a pilot symbol of a first transmit antenna of a quantity of transmit antennas, and obtaining a difference set between the set G and the pilot arrangement G1 according to G1=G-P1; S2. Performing a cyclic shift on the pilot arrangement P1 to obtain a pilot arrangement Pi; if the pilot arrangement Pi obtained after the shift is a subset of the set G1, selecting the pilot arrangement Pi as a pilot arrangement of the i th transmit antenna, wherein i is a natural number greater than or equal to 2; or if the pilot arrangement Pi obtained after the shift is not a subset of the set G1, selecting another pilot arrangement Pi from the set G1 as a pilot arrangement of the i th transmit antenna; and updating the difference set G1 according to G1=G1-Pi, setting i=i+1, and repeatedly performing S2 until i is equal to the quantity of transmit antennas; and transmitting each selected pilot arrangement of each transmit antenna of the quantity of transmit antennas.
A medical data transmission system including: - a first transceiver configured to detect the presence of and wirelessly receive medical data from a first medical device via a first data signal; the first transceiver emitting a first beacon signal detectable by the first medical device, - a second transceiver configured to detect the presence of and wirelessly receive medical data from a second medical device via a second data signal; the second transceiver emitting a second beacon signal detectable by the second medical device, and - a computing entity coupled to the first and second transceivers (106, 206) via a first port and a second port, respectively, the computing entity executing software including a first module that simultaneously scans the first and second ports to determine whether the transceivers (106, 206) have detected a medical device (104; 204) and a second module invoked by the first module when a transceiver (106; 206)has detected the medical device (104; 204), the second module being configured to execute one of automatic downloading of data from the detected medical device (104; 204) and prompting a user to authorize downloading of data from the detected medical device (104; 204). - a first transceiver configured to detect the presence of and wirelessly receive medical data from a first medical device via a first data signal; the first transceiver emitting a first beacon signal detectable by the first medical device, - a second transceiver configured to detect the presence of and wirelessly receive medical data from a second medical device via a second data signal; the second transceiver emitting a second beacon signal detectable by the second medical device, and - a computing entity coupled to the first and second transceivers (106, 206) via a first port and a second port, respectively, the computing entity executing software including a first module that simultaneously scans the first and second ports to determine whether the transceivers (106, 206) have detected a medical device (104; 204) and a second module invoked by the first module when a transceiver (106; 206)has detected the medical device (104; 204), the second module being configured to execute one of automatic downloading of data from the detected medical device (104; 204) and prompting a user to authorize downloading of data from the detected medical device (104; 204).
Carpet having a shadow effect, comprising a backing fabric having weft threads and tension warp threads (S1, S2), further comprising pile warp threads interlaced with the weft threads of the backing fabric and forming pile elements, wherein a plurality of warp thread systems extending in the warp direction are provided side by side, a row of pile elements (PS, PL) extending in the warp direction being provided by each warp thread system, wherein a plurality of warp thread systems comprise at least one tension warp thread (S1, S2), the weft threads being provided in groups of weft threads repeatedly appearing in a warp direction and comprising weft threads positioned adjacent to each other, one of these weft threads being positioned at a first group end region and another one being positioned at a second group end region, each group of weft threads providing a relative positioning of the weft threads thereof relative to at least one tension warp thread (S1, S2), a weft thread of a group being either positioned on a pile side relative to a tension warp thread (S1, S2) or on a back side relative to this tension warp thread (S1, S2) in a respective relative positioning, a first group of weft threads having a first relative positioning of the weft threads thereof and a second group having a second relative positioning of the weft threads thereof different from the first relative positioning, wherein the first relative positioning and the second relative positioning provide a substantially mirror-symmetrical arrangement with respect to each other relative to a plane of symmetry extending in the weft direction, and/or wherein in each relative positioning of first relative positioning and second relative positioning the weft thread positioned at a first group end region in the warp direction and the weft thread positioned at a second group end region in the warp direction have a different relative positioning with respect to at least one tension warp thread (S1, S2), characterized in that a plurality of warp thread system comprise two tension warp threads (S1, S2) offset with respect to each other in a direction from the pile side to the back side, and/or that tension warp threads (S1, S2) of different warp thread systems are offset with respect to each other in a direction from the pile side to the back side.
A method for producing a total reflection illuminated sensor chip equipped with a dielectric prism and a metal film formed on a surface of the dielectric prism, which is configured for being employed in a detecting method for detecting a detection target substance comprising the steps of: supplying a sample that includes the detection target substance onto the metal film, irradiating a measuring light beam onto the interface between the dielectric prism and the metal film such that conditions for total reflection are satisfied at the interface, and utilizing evanescent waves (Ew) which are generated due to the irradiation of the measuring light beam to detect the detection target substance, the method comprising the following sequence of steps: moulding the dielectric prism thereby forming a light transmitting surface, through which the measuring light beam is transmitted, subsequently polishing a metal film formation surface, which is the surface on which the metal film is to be formed, such that polishing streaks formed thereby have directional properties with respect to a single direction wherein the metal film formation surface is polished such that the projection vectors that represent the components of the normal vectors of the light transmitting surface which are projected onto the metal film formation surface are substantially parallel to directional vectors that represent the directional properties of the polishing streaks and thereafter forming the metal film on the above polished surface of the moulded dielectric prism. moulding the dielectric prism thereby forming a light transmitting surface, through which the measuring light beam is transmitted, subsequently polishing a metal film formation surface, which is the surface on which the metal film is to be formed, such that polishing streaks formed thereby have directional properties with respect to a single direction wherein the metal film formation surface is polished such that the projection vectors that represent the components of the normal vectors of the light transmitting surface which are projected onto the metal film formation surface are substantially parallel to directional vectors that represent the directional properties of the polishing streaks and thereafter forming the metal film on the above polished surface of the moulded dielectric prism.
An apparatus for filtering and degassing plastic melts, in particular of thermoplastic plastic melts, comprising a feeding extruder which comprises at least one extruder screw which is rotatable in a housing, wherein the feeding extruder opens into the feeding region of one or multiple parallel melt filters and a discharge extruder with at least one extruder screw is situated in the discharge region of the melt filter(s), the discharge extruder being operated in the opposite direction of the feeding extruder in such a way that the screw tip acts as the intake zone and the region near the drive acts as the discharge zone, wherein, for discharging the melt, a discharge aperture is provided in the housing before the drive of the discharge extruder, characterized in that the shaft of the extruder screw is sealed against the drive of the discharge extruder by sealing elements and wherein the feeding extruder opens into melt valves and/or melt deflectors which are upstream of the melt filter, and melt valves and/or melt deflectors are provided in the discharge region of the melt filter(s) downstream of the melt filter, subsequent to which the discharge extruder is situated, and that one or multiple degassing zones are provided in the region of the discharge extruder.
A signal processing method of a repeater that processes a received signal and outputs a transmitting signal, the signal processing method comprising: converting the received signal to a first intermediate frequency signal based on a local oscillating frequency for intermediate frequency conversion; converting the first intermediate frequency signal to a second intermediate frequency signal by performing digital processing on the first intermediate frequency signal; generating a first frequency tone signal that corresponds to a difference between a first radio frequency of the received signal and a second radio frequency of the transmitting signal; generating a second frequency tone signal from the local oscillating frequency for intermediate frequency conversion and the first frequency tone signal; and outputting the transmitting signal by up-converting the second intermediate frequency signal to the second radio frequency based on the second frequency tone signal. converting the received signal to a first intermediate frequency signal based on a local oscillating frequency for intermediate frequency conversion; converting the first intermediate frequency signal to a second intermediate frequency signal by performing digital processing on the first intermediate frequency signal; generating a first frequency tone signal that corresponds to a difference between a first radio frequency of the received signal and a second radio frequency of the transmitting signal; generating a second frequency tone signal from the local oscillating frequency for intermediate frequency conversion and the first frequency tone signal; and outputting the transmitting signal by up-converting the second intermediate frequency signal to the second radio frequency based on the second frequency tone signal.
Binder formed from: - powders having a calcium oxide content of more than 45 wt. %, an alkali sulfates content of more than 1.5 wt. % and a chlorides content of more than 0.5 wt. %, and - a fine fraction containing at least CaO, SiO 2 and Al 2 O 3 combined in an amorphous phase and having a residue at 50 μm < 5 wt. %, of ground and aeraulic separated ashes deriving from the incineration of municipal solid wastes (MSWIA), the ratio by weight between MSWIA and the said powders being between 9:1 and 1:1. - powders having a calcium oxide content of more than 45 wt. %, an alkali sulfates content of more than 1.5 wt. % and a chlorides content of more than 0.5 wt. %, and - a fine fraction containing at least CaO, SiO 2 and Al 2 O 3 combined in an amorphous phase and having a residue at 50 μm < 5 wt. %, of ground and aeraulic separated ashes deriving from the incineration of municipal solid wastes (MSWIA),
A light guide panel having a transmission portion, wherein the light guide panel comprises at least one cutting area configured to implement the transmission portion, and a predetermined member configured to react to light is attached to at least one of inner surfaces of the cutting area, wherein a plurality of cutting areas are arranged in a line, wherein a first member configured to prevent a reduction in brightness of light is attached to a first inner surface of each of the cutting areas the first inner surface being adjacent to another cutting area, among inner surfaces of the cutting areas, and the first member is formed of any one of a tape, a sheet, and a film each having a material having a color configured to reflect light applied to opposite surfaces thereof; and wherein a second member configured to react to light is attached to a second inner surface of each of the cutting areaswherein the second inner surface is not adjacent to another cutting area, among the inner surfaces of the cutting areas, and the second member is formed of any one of a tape, a sheet, and a film each having a material having a color configured to reflect light applied to one surface thereof that faces the cutting area and a material having a color configured to offset light applied to the other surface thereof, such that the outside area, which is the area facing said other surface, is not excessively brightened compared to the brightness between the cutting areas. the light guide panel comprises at least one cutting area configured to implement the transmission portion, and a predetermined member configured to react to light is attached to at least one of inner surfaces of the cutting area, wherein a plurality of cutting areas are arranged in a line, wherein a first member configured to prevent a reduction in brightness of light is attached to a first inner surface of each of the cutting areas the first inner surface being adjacent to another cutting area, among inner surfaces of the cutting areas, and the first member is formed of any one of a tape, a sheet, and a film each having a material having a color configured to reflect light applied to opposite surfaces thereof; and wherein a second member configured to react to light is attached to a second inner surface of each of the cutting areaswherein the second inner surface is not adjacent to another cutting area, among the inner surfaces of the cutting areas, and the second member is formed of any one of a tape, a sheet, and a film each having a material having a color configured to reflect light applied to one surface thereof that faces the cutting area and a material having a color configured to offset light applied to the other surface thereof, such that the outside area, which is the area facing said other surface, is not excessively brightened compared to the brightness between the cutting areas.
An autonomous floor cleaner, comprising: an autonomously moveable housing, a controller; a drive system adapted to autonomously move the housing over a surface to be cleaned; a tank (44,51) adapted to hold liquid; and characterized by a moisture sensor configured to detect moisture at a location inside the housing and outside the tank, and provide this information as an input to the controller; wherein the controller is configured to: operate the drive system to control autonomous movement of the housing over the surface to be cleaned; and issue a warning in response to the detection of moisture at the location inside the housing and outside the tank. an autonomously moveable housing, a controller; a drive system adapted to autonomously move the housing over a surface to be cleaned; a tank (44,51) adapted to hold liquid; and characterized by a moisture sensor configured to detect moisture at a location inside the housing and outside the tank, and provide this information as an input to the controller; wherein the controller is configured to: operate the drive system to control autonomous movement of the housing over the surface to be cleaned; and issue a warning in response to the detection of moisture at the location inside the housing and outside the tank. operate the drive system to control autonomous movement of the housing over the surface to be cleaned; and issue a warning in response to the detection of moisture at the location inside the housing and outside the tank.
A process for the preparation of a graphene dispersion which comprises reducing a graphene oxide dispersion in the presence of a base, wherein the base is a water soluble inorganic or organic base selected from ammonia, sodium hydroxide, potassium hydroxide, methylamine, ethanolamine, dimethylamine and trimethylamine.
Vehicle with a pedestrian protection device, comprising an engine cover which, if an impact of a person on the vehicle is detected, can be raised at least at an edge (3.1) facing the windscreen and additionally be displaced in the direction of the windscreen, wherein in addition at least one airbag is provided which in the triggered state extends over a region of an A-pillar and an adjoining region of the windscreen, characterised in that at an impact of a person a tensile force acts on the engine cover by way of the at least one airbag for raising it.