mhurhangee/ep-ind-claims huggingface dataset:
A composition for use in the treatment of infections caused by bacteria, in the veterinary field, the composition comprising chlorhexidine or a salt thereof, and at least one peptide, said at least one peptide being a cationic peptide having a sequence A-B-C-D-C'-B'-A', wherein: - each unit A independently consists of 1-3 amino acids; - each unit B independently consists of a sulfur-containing amino acid; - each unit C independently consists of 5 amino acids selected from both the group (a) of hydrophobic amino acids and the group (b) of basic amino acids or hydrogen bond-forming amino acids; - unit D consists of glycine and a basic amino acid, wherein: (i) said hydrophobic amino acids are selected from: Ala, Phe, Ile, Leu, Pro, Tyr, Trp and Val; (ii) said basic amino acids are selected from: Lys, His, Arg; (iii) said hydrogen bond-forming amino acids are selected from Asn, Gln, Ser, Thr; and where the substructure C-D-C' contains a total of 5 to 9 points of alternation between an amino acid of group (a) and an amino acid of group (b) or vice versa, and being SEQ.ID.No.1, and wherein said bacteria are Pseudomonas aeruginosa and Staphylococcus aureus. - each unit A independently consists of 1-3 amino acids; - each unit B independently consists of a sulfur-containing amino acid; - each unit C independently consists of 5 amino acids selected from both the group (a) of hydrophobic amino acids and the group (b) of basic amino acids or hydrogen bond-forming amino acids; - unit D consists of glycine and a basic amino acid, (i) said hydrophobic amino acids are selected from: Ala, Phe, Ile, Leu, Pro, Tyr, Trp and Val; (ii) said basic amino acids are selected from: Lys, His, Arg; (iii) said hydrogen bond-forming amino acids are selected from Asn, Gln, Ser, Thr; and where the substructure C-D-C' contains a total of 5 to 9 points of alternation between an amino acid of group (a) and an amino acid of group (b) or vice versa, and being SEQ.ID.No.1, and wherein said bacteria are Pseudomonas aeruginosa and Staphylococcus aureus.
Device for sequential microscopy of a plurality of samples arranged at a plurality of measuring positions, comprising: - a first optical detector (106, 108) comprising a first objective and designed to successively assume the plurality of measuring positions and to detect first image data of a sample with a first spatial resolution at every measuring position; - an image data evaluation device, designed to determine for every sample an area of the sample to be examined, illustrated within the respective first image data; - a second optical detector (110, 112), comprising a second objective and being coupled to the first optical detector (106, 108) in such a way that it follows the first optical detector (106, 108) so that the second optical detector (110, 112) successively assumes the plurality of measuring positions, which the first optical detector (106, 108) had assumed earlier in time, while the first optical detector (106, 108) already is situated at another measuring position, and the second optical detector (110, 112) being designed to detect for every sample second image data of the area to be examined of the respective sample with a second spatial resolution which is higher than the first spatial resolution. - a first optical detector (106, 108) comprising a first objective and designed to successively assume the plurality of measuring positions and to detect first image data of a sample with a first spatial resolution at every measuring position; - an image data evaluation device, designed to determine for every sample an area of the sample to be examined, illustrated within the respective first image data; - a second optical detector (110, 112), comprising a second objective and being coupled to the first optical detector (106, 108) in such a way that it follows the first optical detector (106, 108) so that the second optical detector (110, 112) successively assumes the plurality of measuring positions, which the first optical detector (106, 108) had assumed earlier in time, while the first optical detector (106, 108) already is situated at another measuring position, and the second optical detector (110, 112) being designed to detect for every sample second image data of the area to be examined of the respective sample with a second spatial resolution which is higher than the first spatial resolution.
A method of wrapping a load with packaging material, the method comprising: providing relative rotation between a load support and a packaging material dispenser about a center of rotation to dispense packaging material to the load; controlling a dispense rate of the packaging material dispenser based at least in part on a geometric relationship between the packaging material dispenser and a current corner (C1, C2, C3, C4) of the load to which the packaging material is currently engaging during the relative rotation; wherein the method is characterized by: determining when the packaging material will engage a next corner (C1, C2, C3, C4) of the load by determining an angular relationship between the load and the packaging material dispenser about the center of rotation when the packaging material first contacts the next corner (C1, C2, C3, C4); and controlling the dispense rate based at least in part on a geometric relationship between the packaging material dispenser and the next corner (C1, C2, C3, C4) of the load after the packaging material engages the next corner (C1, C2, C3, C4) of the load. providing relative rotation between a load support and a packaging material dispenser about a center of rotation to dispense packaging material to the load; controlling a dispense rate of the packaging material dispenser based at least in part on a geometric relationship between the packaging material dispenser and a current corner (C1, C2, C3, C4) of the load to which the packaging material is currently engaging during the relative rotation; wherein the method is characterized by: determining when the packaging material will engage a next corner (C1, C2, C3, C4) of the load by determining an angular relationship between the load and the packaging material dispenser about the center of rotation when the packaging material first contacts the next corner (C1, C2, C3, C4); and controlling the dispense rate based at least in part on a geometric relationship between the packaging material dispenser and the next corner (C1, C2, C3, C4) of the load after the packaging material engages the next corner (C1, C2, C3, C4) of the load.
Method for transmitting and providing data, having the steps: - providing data units in a base main data memory of a base apparatus, - providing a reference set for each data unit, in which is contained at least one individual identification different for each data unit, - creating an order sequence of the data units which determines a sequence of a plurality of individual identifications using predetermined criteria input by an administrator or by a user, - creating a time allocation table for each order sequence, wherein in the time allocation table each expiry time of the sequence, determined in the order sequence by the individual identifications, of data units is allocated at least one predetermined time of day, preferably a predetermined time of day on a predetermined date and each data unit is allocated at least one time of day or an expiry time in the time allocation table, - transmitting a plurality of data units, at least one order sequence and the time allocation table(s) assigned to it from the base apparatus to a user apparatus, - storing the plurality of data units, the at least one order sequence and the time allocation table(s) assigned to it on the user apparatus, - reading a time of day and, possibly a date from a user clock assigned to the user apparatus, - determining the expiry time allocated to the time of day and possibly to the date using the time allocation table, and - providing the data unit allocated to the expiry time using the order sequence. - providing data units in a base main data memory of a base apparatus, - providing a reference set for each data unit, in which is contained at least one individual identification different for each data unit, - creating an order sequence of the data units which determines a sequence of a plurality of individual identifications using predetermined criteria input by an administrator or by a user, - creating a time allocation table for each order sequence, wherein in the time allocation table each expiry time of the sequence, determined in the order sequence by the individual identifications, of data units is allocated at least one predetermined time of day, preferably a predetermined time of day on a predetermined date and each data unit is allocated at least one time of day or an expiry time in the time allocation table, - transmitting a plurality of data units, at least one order sequence and the time allocation table(s) assigned to it from the base apparatus to a user apparatus, - storing the plurality of data units, the at least one order sequence and the time allocation table(s) assigned to it on the user apparatus, - reading a time of day and, possibly a date from a user clock assigned to the user apparatus, - determining the expiry time allocated to the time of day and possibly to the date using the time allocation table, and - providing the data unit allocated to the expiry time using the order sequence.
A bistable liquid crystal film, comprising: at least one first transparent flexible film coated with conductive material; and, at least one layer of liquid crystal dispersions comprising metal-organic mesogens, said layer characterized by at least two modes (i) scattering mode-A; and (ii) transparent mode-B; disposed between said flexible transparent conductive film and at least one second transparent flexible conductive film; characterized in that said liquid crystal film does not comprise spacers. at least one first transparent flexible film coated with conductive material; and, at least one layer of liquid crystal dispersions comprising metal-organic mesogens, said layer characterized by at least two modes (i) scattering mode-A; and (ii) transparent mode-B; disposed between said flexible transparent conductive film and at least one second transparent flexible conductive film;
A system for recording field data in a vehicle, wherein the system comprises: - a radio frequency, RF, data acquisition unit, configured to obtain RF data; - a digital data acquisition unit, configured to obtain digital data; - a data collection unit, configured to receive the RF data from the RF data acquisition unit and to receive the digital data from the digital data acquisition unit; wherein the data collection unit is configured to synchronize the RF data and the digital data based on a timestamp in the RF data and a timestamp in the digital data; wherein the RF data comprises data representing an in-phase and/or a quadrature component of an RF signal, and the digital data represents sensor data, wherein the RF data acquisition unit is further configured to convert a received RF signal into an in-phase quadrature IQ signal, to obtain the RF data, wherein the RF signal represents an electromagnetic environment of the vehicle. - a radio frequency, RF, data acquisition unit, configured to obtain RF data; - a digital data acquisition unit, configured to obtain digital data; - a data collection unit, configured to receive the RF data from the RF data acquisition unit and to receive the digital data from the digital data acquisition unit; wherein the data collection unit is configured to synchronize the RF data and the digital data based on a timestamp in the RF data and a timestamp in the digital data; wherein the RF data comprises data representing an in-phase and/or a quadrature component of an RF signal, and the digital data represents sensor data, wherein the RF data acquisition unit is further configured to convert a received RF signal into an in-phase quadrature IQ signal, to obtain the RF data, wherein the RF signal represents an electromagnetic environment of the vehicle.
A torque fluctuation absorber, comprising: a damper portion arranged on a power transmission path from an output shaft of a power source to an input shaft of a transmission, absorbing a torque fluctuation between the output shaft and the input shaft with an elasticity thereof; and a limiter portion arranged on the power transmission path from the damper portion to the input shaft, configured to slip when the torque fluctuation caused by a torsion between the output shaft and the input shaft equals or exceeds a predetermined torque defined to absorb at the damper portion; wherein the damper portion includes a center plate in annular form transmitting a rotational power to the limiter portion; side plates (11, 12), each in an annular form, arranged at each opposite side of the center plate in an axial direction with a displacement, receiving the input of the rotational power from the output shaft; an elastic member absorbing the torque fluctuation caused by the torsion between the center plate and the side plates (11, 12); and wherein the side plates (11, 12) are connected to a flywheel that connects to the output shaft, at a circumferential portion outward in a radial direction with respect to the damper portion, characterized in that the torque fluctuation absorber further comprises a connection plate in an annular form which directly connects the side plates (11, 12) and the flywheel with each other. a damper portion arranged on a power transmission path from an output shaft of a power source to an input shaft of a transmission, absorbing a torque fluctuation between the output shaft and the input shaft with an elasticity thereof; and a limiter portion arranged on the power transmission path from the damper portion to the input shaft, configured to slip when the torque fluctuation caused by a torsion between the output shaft and the input shaft equals or exceeds a predetermined torque defined to absorb at the damper portion; wherein the damper portion includes a center plate in annular form transmitting a rotational power to the limiter portion; side plates (11, 12), each in an annular form, arranged at each opposite side of the center plate in an axial direction with a displacement, receiving the input of the rotational power from the output shaft; an elastic member absorbing the torque fluctuation caused by the torsion between the center plate and the side plates (11, 12); and wherein the side plates (11, 12) are connected to a flywheel that connects to the output shaft, at a circumferential portion outward in a radial direction with respect to the damper portion, characterized in that the torque fluctuation absorber further comprises a connection plate in an annular form which directly connects the side plates (11, 12) and the flywheel with each other.
A device configured to obtain image data, the device comprising: a memory configured to store one or more priority values, each of the one or more priority values being associated with a type of image object associated with the image data; and one or more processors coupled to the memory, and configured to: identify image objects in the image data; associate image objects in the image data with one or more audio sources represented in one or more audio streams; assign a respective priority value to each image object in the image data and their respective audio sources of the one or more audio sources represented in the one or more audio streams; and decode ambisonic coefficients of the audio sources based on the assigned priority value. a memory configured to store one or more priority values, each of the one or more priority values being associated with a type of image object associated with the image data; and one or more processors coupled to the memory, and configured to: identify image objects in the image data; associate image objects in the image data with one or more audio sources represented in one or more audio streams; assign a respective priority value to each image object in the image data and their respective audio sources of the one or more audio sources represented in the one or more audio streams; and decode ambisonic coefficients of the audio sources based on the assigned priority value. identify image objects in the image data; associate image objects in the image data with one or more audio sources represented in one or more audio streams; assign a respective priority value to each image object in the image data and their respective audio sources of the one or more audio sources represented in the one or more audio streams; and decode ambisonic coefficients of the audio sources based on the assigned priority value.
A method of determining data indicative of an individual driver workload, the method comprising: obtaining generic driver workload data, the generic driver workload data being representative of the behaviour of multiple drivers when performing a manoeuvre at a node or traversing a set of one or more segments of an electronic map, the generic driver workload data being specific to the given manoeuvre or the traversal of the set of the one or more segments of the electronic map; generating an individual modifier representative of the behaviour of an individual driver, wherein stored electronic map data identifying the relevant manoeuvre or segments in relation to which individual workload data is to be determined is referred to in order to identify the modifier; using the individual modifier to adjust the generic driver workload data for the manoeuvre at the node or the traversal of the one or more segments to determine individual driver workload data indicative of the workload of the individual driver when performing the manoeuvre at the node or traversing the one or more segments of the electronic map; and using the individual workload data to control the operation of an in-vehicle system. obtaining generic driver workload data, the generic driver workload data being representative of the behaviour of multiple drivers when performing a manoeuvre at a node or traversing a set of one or more segments of an electronic map, the generic driver workload data being specific to the given manoeuvre or the traversal of the set of the one or more segments of the electronic map; generating an individual modifier representative of the behaviour of an individual driver, wherein stored electronic map data identifying the relevant manoeuvre or segments in relation to which individual workload data is to be determined is referred to in order to identify the modifier; using the individual modifier to adjust the generic driver workload data for the manoeuvre at the node or the traversal of the one or more segments to determine individual driver workload data indicative of the workload of the individual driver when performing the manoeuvre at the node or traversing the one or more segments of the electronic map; and using the individual workload data to control the operation of an in-vehicle system.
A technological line for rearing and/or breeding of flightless insects and/or larval forms of insects, said line including at least one level, the level comprising an autonomous conveyor belt and lateral sidewalls (6a, 6b) placed on both sides of the conveyor belt along the direction of the conveyor belt movement, the level further comprising transverse brackets, extending generally perpendicularly to the lateral sidewalls (6a, 6b), supporting the belt of the conveyor, characterized in that the lateral sidewalls (6a, 6b) have upper edges curved inwardly at least once, with the bending angle (α) of the edge of each sidewall being not less than 30°, preferably being from 30° to 90°, and in that the transverse brackets are connecting the opposite profiled lateral sidewalls (6a, 6b), whereas the profiled lateral sidewalls (6a, 6b) are also structural elements supporting longitudinal edges of the belt of the conveyor, so that both the conveyor belt and the lateral sidewalls (6a, 6b) form a trough profile, and the pressure of the mass of the insects, which are on the surface of the conveyor belt and potentially additionally of the feed and/or excrements of insects press down on the longitudinal edges of the conveyor belt against the profiled lateral sidewalls (6a, 6b); wherein both the transverse brackets and the profiled lateral sidewalls (6a, 6b) are made of a material with efficient heat conducting properties.
A multinuclear complex comprising: a transition metal; a radioisotope having the same coordination number as the transition metal, wherein the radioisotope is an isotope of a transition metal or an isotope of an element of the same group in the periodic table as the transition metal; a bridging ligand coordinated to the transition metal and the radioisotope to link the transition metal and the radioisotope; and pendent ligands coordinated to each of the transition metal and the radioisotope. a transition metal; a radioisotope having the same coordination number as the transition metal, wherein the radioisotope is an isotope of a transition metal or an isotope of an element of the same group in the periodic table as the transition metal; a bridging ligand coordinated to the transition metal and the radioisotope to link the transition metal and the radioisotope; and pendent ligands coordinated to each of the transition metal and the radioisotope.
A suture comprising one suture thread and a first suture thread support body that is coupled to one end of said suture thread and has one through-hole through both end portions of the first suture thread support body through which said suture thread passes, said through-hole having a diameter larger than that of said suture thread, said first suture thread support body having shape of a truncated circular cone, wherein said suture further comprises a first knot tied on said one end of the suture thread to have a diameter greater than that of said through-hole, thus preventing during use of the suture, the one end of the suture thread from being pulled into skin or tissue, wherein an end portion of said first suture thread support body having a relatively smaller diameter is arranged in a direction toward said first knot, wherein the diameter of the through-hole decreases gradually according to the diameter of said first suture thread support body while going toward the one end portion of said first suture thread support body, wherein the other end of said suture thread is connected to a suture needle, and wherein the suture further comprises a second suture thread support body having a shape of a truncated circular cone and having one through-hole extending through both end portions, wherein said second suture thread support body is provided at a portion close to a portion of the suture thread to which the suture needle is coupled, with said suture thread inserted in said through-hole of said second suture thread support body, said second suture thread support body being arranged with a surface or a front end having a relatively smaller diameter facing said suture needle, characterized in that the suture further comprises a second knot and a third knot of the suture thread tied in respective rear and front of the front end of said second suture thread support body to have a diameter relatively larger than that of said through-hole at the front end of said second suture thread support body, and in that the end portions of said first and second suture thread support bodies, having a relatively larger diameter are arranged so as to face each other.