mhurhangee/ep-ind-claims huggingface dataset:
A composition for use in treating a fatty liver disease in a mammal in need of the treatment, the composition comprising a compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein R 1 is chosen from substituted and unsubstituted aryl, substituted and unsubstituted heteroaryl, and substituted and unsubstituted alkyl; R 2 is chosen from substituted and unsubstituted alkyl; and R 3 is chosen from substituted and unsubstituted tertiary cyclic amino.
A wireless communication apparatus, the apparatus comprising: circuitry (102, 113, 127, 126) configured to: acquire, from a base station, information indicating a quantity of sub-carriers; measure channel quality of each of a plurality of sub-carriers within a communication band from a received signal; select one or more sub-carriers from the plurality of sub-carriers based on the measured channel quality, wherein a quantity of the selected sub-carriers corresponds to the quantity of sub-carriers indicated by the acquired information from the base station; and report to the base station information indicating channel quality of the selected sub-carriers. acquire, from a base station, information indicating a quantity of sub-carriers; measure channel quality of each of a plurality of sub-carriers within a communication band from a received signal; select one or more sub-carriers from the plurality of sub-carriers based on the measured channel quality, wherein a quantity of the selected sub-carriers corresponds to the quantity of sub-carriers indicated by the acquired information from the base station; and report to the base station information indicating channel quality of the selected sub-carriers.
A self-regulating heating element comprising a heating core disposed between a pair of electrodes, the heating core comprising: a first conductive polymer composite comprising first conductive particles dispersed in a first polymer matrix; and a second conductive polymer composite comprising second conductive particles dispersed in a second polymer matrix, the second conductive particles having an aspect ratio of from 1 to 100 and a longest dimension of greater than 10 μm, characterised in that the first conductive particles have an aspect ratio greater than 100 and the first conductive polymer composite and the second conductive polymer composite are arranged in series between the pair of electrodes.
An access cover to underground city infrastructure, particularly a cast iron or a cast iron-concrete cover provided with a cover detection sensor connected with a radio frequency signal transmitting antenna through a transmitter, characterised in that a through channel with variable cross-section is provided in the cover, in which an antenna module provided with a housing made of a material neutral to electromagnetic fields, preferably made of plastic, is installed and removably fixed at the bottom to a sensor module located below the through channel or in a compartment formed in the bottom part of the through channel, provided with a battery powered, low current electronic system containing a radio transmitter and an acceleration sensor or a gyroscope and an appropriate controller which detects changes to the position of cover in space and in time, whereby the surface area of the sensor module is greater than the surface area of the through channel.
Electrical switching apparatus comprising: - a mobile member bearing at least one mobile contact suitable for being displaced between two states, an open state and a closed state, relative to a fixed contact for controlling an electrical circuit, - an electromagnetic actuator comprising a mobile part secured in movement to the mobile member and controlled in movement between two positions, a position of opening and a position of closure, relative to a fixed yoke using a control coil powered by a control current (i(t)), - means for detecting the separation of the mobile part relative to the fixed yoke, said apparatus being characterized in that it comprises: - means for measuring the control current passing through the control coil upon the separation of the mobile part relative to the fixed yoke, - means for processing the measured control current in order to control the apparatus to optimize its energy consumption or perform a diagnosis of the apparatus. - a mobile member bearing at least one mobile contact suitable for being displaced between two states, an open state and a closed state, relative to a fixed contact for controlling an electrical circuit, - an electromagnetic actuator comprising a mobile part secured in movement to the mobile member and controlled in movement between two positions, a position of opening and a position of closure, relative to a fixed yoke using a control coil powered by a control current (i(t)), - means for detecting the separation of the mobile part relative to the fixed yoke, - means for measuring the control current passing through the control coil upon the separation of the mobile part relative to the fixed yoke, - means for processing the measured control current in order to control the apparatus to optimize its energy consumption or perform a diagnosis of the apparatus.
Method for packaging one or more tobacco-filled boxes in a plastic bag, comprising: - placing the box in a vacuum chamber (3, 5) through an input, - closing the vacuum chamber, then evacuating the vacuum chamber and thereafter creating an over-pressure nitrogen atmosphere in the vacuum chamber, - putting a bag open at one end around a rectangular guide profile open at both ends, where the other, closed, end of the bag shuts off one of the ends of the rectangular guide profile, - positioning the rectangular guide profile with the end not shut off by the bag in front of a shut off output of the vacuum chamber (3, 5) and coupling the rectangular guide profile in a gas-tight manner to the output of the vacuum chamber, - opening the output of the vacuum chamber and guiding the box into the bag via the rectangular guide profile, - folding the open end of the bag immediately followed by the sealing of the bag. - placing the box in a vacuum chamber (3, 5) through an input, - closing the vacuum chamber, then evacuating the vacuum chamber and thereafter creating an over-pressure nitrogen atmosphere in the vacuum chamber, - putting a bag open at one end around a rectangular guide profile open at both ends, where the other, closed, end of the bag shuts off one of the ends of the rectangular guide profile, - positioning the rectangular guide profile with the end not shut off by the bag in front of a shut off output of the vacuum chamber (3, 5) and coupling the rectangular guide profile in a gas-tight manner to the output of the vacuum chamber, - opening the output of the vacuum chamber and guiding the box into the bag via the rectangular guide profile, - folding the open end of the bag immediately followed by the sealing of the bag.
An apparatus comprising means configured to perform: removing a portion from a first signal, the first signal including a perturbation configured to cause a machine learning system to produce an incorrect classification of the first signal, the portion being selected at random from a plurality of portions included in the first signal; replacing the portion removed from the first signal with a replacement portion; and sending the first signal with the replacement portion to a machine learning system as an input thereto. removing a portion from a first signal, the first signal including a perturbation configured to cause a machine learning system to produce an incorrect classification of the first signal, the portion being selected at random from a plurality of portions included in the first signal; replacing the portion removed from the first signal with a replacement portion; and sending the first signal with the replacement portion to a machine learning system as an input thereto.
A radio system with an own configuration unit, wherein the radio system is an air traffic control radio system for air traffic control communication, wherein the radio system has a regular operation mode and a maintenance mode, wherein, in the regular operation mode, the radio system is configured to establish a radio connection between a ground station and a flying object, wherein, in the maintenance mode, the radio system is configured to establish a maintenance connection, characterized in that the radio system has a memory, wherein settings assigned to both the regular operation mode and the maintenance mode are stored in the memory, and wherein the own configuration unit is configured to set the radio system with the respective settings stored in the memory depending on the mode activated.
A saddle gauge comprising at least one elongate spine element and a headplate spacer element, a centre spacer element and a rear spacer element, each mountable orthogonally to the spine element; wherein the elongate spine element is substantially inflexible in a vertical direction; characterized in that the saddle gauge further comprises a balance indicating device to indicate when the gauge, in use on a horse's back, is balanced; and in that each of the headplate, centre and rear spacer elements is further provided with a pair of gusset plates (44,45,46) mountable to the respective spacer elements (12,13,14).
A method of purifying a self-healing fluid comprising a drying oil and dielectric fluid, the method comprising: a) filtering the SHF through an absorbent material; and b) subsequently filtering the SHF through a micropore filter system. a) filtering the SHF through an absorbent material; and b) subsequently filtering the SHF through a micropore filter system.
A work unit for folding and sewing pockets on respective panels of jeans or similar trousers, said unit comprising a loading plane, placed on one side of the work unit and adjacent to a sewing plane placed on the other side of the work unit, wherein on said loading plane adjacent to said sewing plane there is a folding assembly and a loading and feeding plate; a sewing gripper system with an outer jig, whose central part is provided with a window in which an inner jig is comprised, is placed at a sewing head; wherein said loading and feeding plate and said sewing gripper system with outer jig and inner jig comprise means for the movement thereof between four operating stations, namely a folding station, placed at said folding assembly, an intermediate station, wherein said loading and feeding plate stops at pauses, a material exchange station, wherein the sewing gripper system with outer jig and inner jig moves towards the loading and feeding plate for taking up material to be sewn and a sewing station placed at said sewing head, characterized in that said sewing gripper system with outer jig and inner jig is placed on a carriage capable of making horizontal movements on a guide along a horizontal axis parallel to the front of the work unit, so as to be brought from one side towards said loading and feeding plate at said material exchange station and from the other side towards said sewing head placed at the sewing station, in that said carriage on which the sewing gripper system with outer jig and inner jig moves along said guide is further divided into a first half-part and a second half-part, wherein the second half-part is slidable with respect to the first half-part by means of an actuator, and the first half-part is in turn connected to a back side of said guide, arranged horizontally parallel to said X-axis, for the horizontal sliding of the sewing gripper system with multiple strokes, and in that the sewing gripper system with the outer jig and inner jig is subject to movements both along a vertical axis and along a horizontal Y-axis orthogonal to said X-axis parallel to the front of the work unit, and in particular is subject to multiple horizontal movements along said X-axis, the first along said guide and the second due to the sliding of the second half-part of the carriage with respect to the first half-part by means of the actuator.
A reagent management system comprising a reagent container section for receiving reagent containers (7, 8, 9) and a reagent reconstitution device for reconstituting dry or lyophilized reagents or concentrated liquid reagents provided in the reagent containers (7, 8, 9) in order to carry out in-vitro diagnostic tests with the reconstituted reagents, characterized in that the reagent management system further comprises a controller that - receives information about a number of in-vitro diagnostics tests to be carried out, - automatically calculates a total volume of reconstituted reagent for any reagent type that is required to carry out the in-vitro diagnostic tests, - determines if reconstituted reagent that has not yet expired is still available in the reagent container section as well as its remaining open container stability time, and if a volume of reconstituted reagent of the same reagent type is already available, determines a number of in-vitro diagnostic tests that can be carried out within the remaining open container stability time, and if the number is lower than the number of in-vitro diagnostic tests that have to be carried out, it calculates an additional volume of reagent of the same type that is required, - if the reagent containers (7, 8, 9) to be opened in order to obtain the required additional volume have an open container stability time that would be insufficient to carry out the in-vitro diagnostic tests, the controller instructs the reagent reconstitution device to open only a limited number of containers and reconstitute only a volume of reagent that can be used within the open container stability time. - receives information about a number of in-vitro diagnostics tests to be carried out, - automatically calculates a total volume of reconstituted reagent for any reagent type that is required to carry out the in-vitro diagnostic tests, - determines if reconstituted reagent that has not yet expired is still available in the reagent container section as well as its remaining open container stability time, and if a volume of reconstituted reagent of the same reagent type is already available, determines a number of in-vitro diagnostic tests that can be carried out within the remaining open container stability time, and if the number is lower than the number of in-vitro diagnostic tests that have to be carried out, it calculates an additional volume of reagent of the same type that is required, - if the reagent containers (7, 8, 9) to be opened in order to obtain the required additional volume have an open container stability time that would be insufficient to carry out the in-vitro diagnostic tests, the controller instructs the reagent reconstitution device to open only a limited number of containers and reconstitute only a volume of reagent that can be used within the open container stability time.
A washing agent dispenser for machines for washing, in particular dishwashers, comprising a dispenser body with at least one receptacle for containing a washing agent, at least one lid having a lid body mounted in a guided way relative to the dispenser body so as to be movable between a position of closing and a position of opening of the at least one receptacle, and sliding guides (31+41, 32+42) between the dispenser body and the lid body, wherein a first wall and a second wall of the dispenser body are generally opposite to each other, and a first wall (21b; 21e) and a second wall (21c; 21e) of the lid body are generally opposite to each other, with mutually facing sides of the first walls (11b, 21b; 11b, 21e) that are preferably generally parallel to each another and to mutually facing sides of the second walls (11c, 21c; 11c, 21e), wherein the sliding guides (31+41, 32+42) comprise: a first guiding element and a first guided element, in particular at mutually facing sides of the first wall of the dispenser body and of the first wall of the lid body, respectively; and a second guiding element and a second guided element, in generally opposite positions with respect to the first guiding element and to the first guided element, in particular at mutually facing sides of the second wall of the dispenser body and of the second wall of the lid body, respectively; wherein the first guided element and the second guided element are slidably coupled to the first guiding element and to the second guiding element, respectively; the dispenser being characterized in that at least one of the dispenser body and the lid body also comprises at least one constraint element (11e; 21e), which is additional to said first walls (11b, 21b) and said second walls (11c, 21c) and which is arranged for limiting displacements of the guided elements (41, 42) with respect to the guiding elements (31, 32) in a direction that is generally transverse to a sliding direction of the lid defined by the sliding guides (31+41, 32+42). a first guiding element and a first guided element, in particular at mutually facing sides of the first wall of the dispenser body and of the first wall of the lid body, respectively; and a second guiding element and a second guided element, in generally opposite positions with respect to the first guiding element and to the first guided element, in particular at mutually facing sides of the second wall of the dispenser body and of the second wall of the lid body, respectively;
Resistance element for a battery sensor, having a first terminal element and a second terminal element and also a first measuring resistor and a second measuring resistor, wherein the first measuring resistor and the second measuring resistor are electrically arranged in series between the first terminal element and the second terminal element, and wherein an electrically conductive intermediate element is provided between the first measuring resistor and the second measuring resistor, wherein the first measuring resistor is connected by way of a first edge to the first terminal element and the second measuring resistor is connected by way of a first edge to the second terminal element, and wherein the first measuring resistor and the second measuring resistor are in each case connected by way of a second edge (30a, 30b) to the intermediate element, wherein the first edge of the first measuring resistor and the first edge of the second measuring resistor and/or the second edge of the first measuring resistor and the second edge of the second measuring resistor in each case lie substantially on a common straight line (32, 34), characterized in that first measurement contacts (22a, 22b) are provided on the first terminal element and on the second terminal element, wherein the measurement contacts (22a, 22b) are in each case provided on a portion of the terminal element (12, 14) that faces towards the in each case other terminal element (12, 14), and in that in each case one second measurement contact (24a, 24b) assigned to a measuring resistor (16, 18) is provided on the intermediate element, wherein the second measurement contacts (24a, 24b) are in each case arranged in a portion of the intermediate element that faces away from the other measuring resistor (16, 18).
A method of saccharifying a cellulosic material comprising subjecting the cellulosic material to a cellulolytic enzyme composition and a GH61 polypeptide in a vessel, wherein oxygen is added to the vessel to maintain a concentration of dissolved oxygen in the range of 0.5 to 10% of the saturation level.
A tube and shell type steam generator having a primary side for circulating a heated fluid and a secondary side having an axial dimension, for circulating a fluid to be heated by the heated fluid circulating in the primary side, comprising: a channel head for receiving the heated fluid; a tube sheet that separates the channel head from the secondary side; a plurality of heat exchanger tubes that respectively extend from the channel head, through the tube sheet and through at least a portion of the secondary side; at least two, axially spaced tube support plates that are supported in the secondary side approximately perpendicular to the secondary side axis and have through holes that respectively surround at least some of the heat exchanger tubes extending into the secondary side and through which the corresponding heat exchanger tubes pass, with the holes surrounding each heat exchange tube, of the at least some of the heat exchanger tubes, substantially, axially aligned when the steam generator is in a cold condition after having been placed in service; and characterized by: a displacement mechanism responsive to an increase in temperature or pressure on the secondary side to laterally offset at least one of the tube support plates from one other of the tube support plates when the steam generator is in a hot condition to place a lateral load on the corresponding heat exchanger tubes sufficient to prevent lift-off, wherein the at least one of the tube support plates comprises two support plate halves that are separated by a vertical partition extending in the axial direction, wherein the displacement mechanism is supported by the vertical partition and is a sealed, self-contained, flexible cavity (92, 94) containing a compressible fluid, wherein the cavity is wholly contained within the secondary side and is connected to one or more of the support plates and contracts or expands with changes in pressure inside the steam generator secondary side. a channel head for receiving the heated fluid; a tube sheet that separates the channel head from the secondary side; a plurality of heat exchanger tubes that respectively extend from the channel head, through the tube sheet and through at least a portion of the secondary side; at least two, axially spaced tube support plates that are supported in the secondary side approximately perpendicular to the secondary side axis and have through holes that respectively surround at least some of the heat exchanger tubes extending into the secondary side and through which the corresponding heat exchanger tubes pass, with the holes surrounding each heat exchange tube, of the at least some of the heat exchanger tubes, substantially, axially aligned when the steam generator is in a cold condition after having been placed in service; and
A tensioner pad assembly (30, 130, 230) for a track-type tensioner, comprising: - a mounting support; and - a tensioner pad, mobile relative to the mounting support, said tensioner pad comprising a contact surface extending parallel to a first axis, said contact surface being able to get into contact with a pipe-like device (12, 112) extending parallel to said first axis; wherein the tensioner pad comprises a central segment and a first and a second lateral segments, said first and second lateral segments being on each side of the central segment according to a second axis, perpendicular to the first axis, said central segment and first and second lateral segments comprising respectively a central surface and a first and a second lateral surfaces, said central surface and first and second lateral surfaces constituting the contact surface of the tensioner pad, characterized in that each of said central surface and first and second lateral surfaces is planar, the central surface being parallel to the first and second axes, the first and second lateral surfaces being inclined relative to the central surface, each of said central segment and first and second lateral segments being translatable (36, 136, 236) relative to the mounting support along a translation axis, perpendicular to the first and second axes, so that the central surface is translatable relative to the first and second lateral surfaces along said translation axis. - a mounting support; and - a tensioner pad, mobile relative to the mounting support, said tensioner pad comprising a contact surface extending parallel to a first axis, said contact surface being able to get into contact with a pipe-like device (12, 112) extending parallel to said first axis;