mhurhangee/ep-ind-claims huggingface dataset:
Fitting for a sliding door, in particular a lift-and-slide door, having a first carriage, which can be moved along a rail (21, 31, 41) via at least one roller, and a second carriage, which can be moved along the rail (21, 31, 41) via at least one roller, wherein a leaf of the sliding door is supported on the at least two carriages (2, 3), and a connecting rod of rectangular cross-section is arranged between the first carriage and the second carriage, which connecting rod is fixed to the first carriage via a first connecting device and to the second carriage via a second connecting device, wherein the connecting rod can be fixed at least to the first connecting device at at least two different positions, characterized in that the first connecting device comprises a block which is fixed to the first carriage and on which at least two receptacles (16, 26, 28) arranged offset relative to one another are provided for the insertion or application of one end of the connecting rod, wherein the connecting rod is rectangular in cross-section and can be fixed with a main surface at different angles to the first connecting device.
A compound of Formula wherein R 2 and R 3 are the same or different and are selected from a hydrogen atom and a C 1 -C 6 alkyl group; and X is a carboxylic acid or a C 1 -C 6 alkyl ester; or a pharmaceutically acceptable salt, solvate, or solvate of such a salt thereof, for use in therapeutic treatment of non-alcoholic steatohepatitis characterized by fibrosis. wherein R 2 and R 3 are the same or different and are selected from a hydrogen atom and a C 1 -C 6 alkyl group; and X is a carboxylic acid or a C 1 -C 6 alkyl ester; or a pharmaceutically acceptable salt, solvate, or solvate of such a salt thereof, for use in therapeutic treatment of non-alcoholic steatohepatitis characterized by fibrosis.
Method for controlling a manipulated variable using a chip-based neuronal network connected to a sensor and having access to a database, in such a way, that the manipulated variable is multidimensional, that the time-dependent disturbance variables can have an effect on the controlled variable, that the database comprises records, each record comprising a record number, values of a deviation function and values of a control function, that the neuronal network is taught to recognize a deviation function, with the following steps in control mode: a) Input of sensor data into the neuronal network, b) processing the sensor data in the neuronal network, such that by recognizing, classifying and generalizing a learned deviation function is detected as dominant, c) Output of a record number of the deviation function recognized as dominant by the neuronal network, d) Query of the database with the record number of the deviation function recognized as dominant and receipt of a control function, characterized by the following features: e) Adding this control function to a previous control function of the actuator to obtain a sum control function and acting on the actuator with this sum control function, whereby the controlled variable changes accordingly, f) Obtaining of new sensor data, Input of these sensor data into the neuronal network, Obtaining a new deviation function recognized as dominant by the neuronal network, obtaining a new control function from the database, Addition of the control function and acting of the actuator with a new sum control function, multiple repetition. a) Input of sensor data into the neuronal network, b) processing the sensor data in the neuronal network, such that by recognizing, classifying and generalizing a learned deviation function is detected as dominant, c) Output of a record number of the deviation function recognized as dominant by the neuronal network, d) Query of the database with the record number of the deviation function recognized as dominant and receipt of a control function, characterized by the following features: e) Adding this control function to a previous control function of the actuator to obtain a sum control function and acting on the actuator with this sum control function, whereby the controlled variable changes accordingly, f) Obtaining of new sensor data, Input of these sensor data into the neuronal network, Obtaining a new deviation function recognized as dominant by the neuronal network, obtaining a new control function from the database, Addition of the control function and acting of the actuator with a new sum control function, multiple repetition.
A plant for the application of glue to fibres for the manufacture of fibreboards, with a fibre feed unit with at least one fibre feed conduit to which feed air can be supplied for purposes of transporting the fibres, which conduit leads via a fibre deflecting conduit into a fibre exit pipe, with a chute arranged downstream of the fibre exit pipe, with a glue application device with spray nozzles for purposes of spraying the fibres exiting the fibre exit pipe and entering the chute with glue droplets, and with a collector device arranged downstream of the chute with a conveyor belt, permeable to air, for purposes of collecting and removing the fibres, together with a suction device, arranged underneath the conveyor belt, for purposes of sucking the air out of the chute through the conveyor belt, wherein the suction device has one or a plurality of suction boxes, to which one or a plurality of suction conduits are connected, characterised in that, the suction boxes are designed as cleaning boxes with at least one cleaning device for purposes of removing fibres penetrating through the conveyor belt into the suction boxes.
A filter media comprising: a filter substrate, and a fine fiber web disposed on the substrate, wherein the fine fiber web is a substantially continuous fine fiber layer; and wherein the fine fiber web comprises a fine fiber; and a spacer particulate which is an expandable microsphere, wherein the spacer particulate is dispersed throughout the fine fiber web. a filter substrate, and a fine fiber web disposed on the substrate, wherein the fine fiber web is a substantially continuous fine fiber layer; and wherein the fine fiber web comprises a fine fiber; and a spacer particulate which is an expandable microsphere, a fine fiber; and a spacer particulate which is an expandable microsphere, wherein the spacer particulate is dispersed throughout the fine fiber web.
A vacuum packaging machine, wherein the vacuum packaging machine comprises a machine body, a vacuum cover, a main controller, a sub-controller, a heat-sealing unit, and a vacuumizing unit; a vacuum chamber is provided in the machine body, and the vacuum cover is covered on the machine body corresponding to a position of the vacuum chamber; the main controller is provided on the machine body, the sub-controller is provided on the vacuum cover, and the main controller is in communication connection with the sub-controller; the main controller is in communication connection with the heat-sealing unit and the vacuumizing unit, and the sub-controller is provided with a functional key unit used for implementing vacuumizing and heat-sealing operations; and the vacuum cover is provided with a handle, the handle and the vacuum chamber are respectively located at two sides of the vacuum cover, and the sub-controller is provided on the handle. a vacuum chamber is provided in the machine body, and the vacuum cover is covered on the machine body corresponding to a position of the vacuum chamber; the main controller is provided on the machine body, the sub-controller is provided on the vacuum cover, and the main controller is in communication connection with the sub-controller; the main controller is in communication connection with the heat-sealing unit and the vacuumizing unit, and the sub-controller is provided with a functional key unit used for implementing vacuumizing and heat-sealing operations; and the vacuum cover is provided with a handle, the handle and the vacuum chamber are respectively located at two sides of the vacuum cover, and the sub-controller is provided on the handle.
A package (2, 70, 100) for a consumer care composition, the package (2, 70, 100) comprising a container containing a consumer care composition in the form of a solid stick (8, 76, 106), the container having a base (4, 72, 102), a solid stick (8, 76, 106) of the consumer care composition supported on the base (4, 72, 102), an annular sleeve (6, 74, 104) surrounding the solid stick (8, 76, 106), the annular sleeve (6, 74, 104) being coupled to the base (4, 72, 102) by a coupling mechanism (22, 26, 79, 109), the coupling mechanism (22, 26, 79, 109) being adapted to control longitudinal movement of the annular sleeve (6, 74, 104) relative to the base (4, 72, 102) between extended and retracted positions, wherein the base (4, 72, 102) comprises a transverse wall (52, 75, 116) on which the solid stick (8, 76, 106) is mounted, and wherein the transverse wall (52, 75, 116) is porous and disposed above a central cavity (57, 77, 118) within the base (4, 72, 102); characterised in that the base (4, 72, 102) includes a cavity for receiving the sleeve (6, 74, 104) in the retracted position, wherein the cavity is an annular cavity between the base (4, 72, 102) and an inner part (50, 73, 114).
Method for, using a substrate, within a first processing step ("S1"), collecting loose and/or loosened particles ("P2", "p2") from a surface part (2c, 40a, 2c') supporting the particles, in an ionizing state and under an activated electrostatic field strength, and in a second processing step ("S2") cleansing the substrate from collected particles, in a deionized state or under a neutral electrostatic field strength, characterized in that the method uses a piece of flexible sheet material comprising the substrate and being impermeable to micro fibers and/or nano fibers, and wherein the piece of flexible sheet material as well as its support layer display electrically isolating and gas- and air permeable properties, and wherein an electrically isolating, gas- and air permeable support layer is applied to the surface part of the said substrate and its associated piece of flexible sheet material facing away from loose and loosened particles.
A radar system for a wind turbine comprising: - a first radar unit (22, 42) and a control unit arranged to receive an output from the radar unit, the control unit comprising a central processing unit configured to: - perform a first function of determining at least one property of a detected aircraft within a monitoring zone in the vicinity of the wind turbine based on the output of the first radar unit, and controlling a warning device to output a warning signal to the detected aircraft based on the determined property; and - perform a second function of determining at least one parameter of prevailing weather in the vicinity of the wind turbine based on the output of the first radar unit; - wherein the control unit is coupled to the wind turbine pitch control system, the control unit being configured to control the pitch of the wind turbine blades based on the determined property of the detected aircraft according to the first function and/or the determined parameter according to the second function. - a first radar unit (22, 42) and a control unit arranged to receive an output from the radar unit, the control unit comprising a central processing unit configured to: - perform a first function of determining at least one property of a detected aircraft within a monitoring zone in the vicinity of the wind turbine based on the output of the first radar unit, and controlling a warning device to output a warning signal to the detected aircraft based on the determined property; and - perform a second function of determining at least one parameter of prevailing weather in the vicinity of the wind turbine based on the output of the first radar unit; - wherein the control unit is coupled to the wind turbine pitch control system, the control unit being configured to control the pitch of the wind turbine blades based on the determined property of the detected aircraft according to the first function and/or the determined parameter according to the second function. - perform a first function of determining at least one property of a detected aircraft within a monitoring zone in the vicinity of the wind turbine based on the output of the first radar unit, and controlling a warning device to output a warning signal to the detected aircraft based on the determined property; and - perform a second function of determining at least one parameter of prevailing weather in the vicinity of the wind turbine based on the output of the first radar unit; - wherein the control unit is coupled to the wind turbine pitch control system, the control unit being configured to control the pitch of the wind turbine blades based on the determined property of the detected aircraft according to the first function and/or the determined parameter according to the second function.
Tyre intended to be mounted on a drop-centre rim in accordance with the ETRTO standards and having a diameter code greater than or equal to 10 and less than or equal to 20 and type "B" or "J" flanges, with a flange height G and a radius of curvature R1, and inflated with an inflating gas, this tyre comprising a first and a second bead (51, 52), the two beads being intended to come into contact with the said mounting rim, each bead having an exterior surface, intended to be in contact with the atmospheric air, and an interior surface, intended to be in contact with the gas with which the tyre is inflated, each bead comprising at least one annular reinforcing structure, the annular reinforcing structure having, in any radial section, at least one radially innermost point, the radial distance between the radially innermost point of the annular reinforcing structure and the mounting rim being denoted by A; two sidewalls extending the beads radially outwards, the two sidewalls meeting in a crown comprising a crown reinforcement (80,90) surmounted by a tread; a carcass reinforcement extending from the beads through the sidewalls as far as the crown, the carcass reinforcement comprising a plurality of carcass reinforcing elements and being anchored in the two beads by being turned back around the annular reinforcing structure so as to form, within each bead, a main strand and a turned-back strand; in which the first bead has a thickness EB1 and the second bead has a thickness EB2, the thicknesses EB1 and EB2 being defined as the distance separating (i) the point on the main strand of carcass reinforcement that is at a distance R from the said radially innermost point of the annular reinforcing structure of the bead, where R = G + R1/2 - A, and (ii) the point on the exterior surface of the bead that is at this same distance R from the said radially innermost point of the annular reinforcing structure of the bead, these distances being measured when the tyre is mounted on the said mounting rim and inflated to its service pressure, characterized in that the absolute value of the difference between the thicknesses EB1 and EB2 is greater than or equal to 1 mm. (i) the point on the main strand of carcass reinforcement that is at a distance R from the said radially innermost point of the annular reinforcing structure of the bead, where R = G + R1/2 - A, and (ii) the point on the exterior surface of the bead that is at this same distance R from the said radially innermost point of the annular reinforcing structure of the bead, these distances being measured when the tyre is mounted on the said mounting rim and inflated to its service pressure, characterized in that the absolute value of the difference between the thicknesses EB1 and EB2 is greater than or equal to 1 mm.
Dental handpiece comprising an elongate grip sleeve and a piezoelectric drive unit mounted in the grip sleeve for the purpose of generating vibrations that are to be transmitted to a dental tool, wherein an interior encapsulated in a fluid-tight manner is formed between the piezoelectric drive unit and a housing, characterized in that at least one electrical conductor is routed from a rear end of the drive unit to a front end of the drive unit, wherein the electrical conductor is routed between the outer side of the housing and the inner side of the grip sleeve.
An information processing device (110, 410) configured to execute a content storing process via a network to a server (150, 420), the server being configured to establish, for content stored in storage units of the server, a content list having a tree structure that classifies content into categories based on the metadata of the content, and being configured to update the content list, in response to a content storage request from the information processing device, by associating new content with a position on the content list, the information processing device comprising: a communication unit configured to execute data communication; characterized in that the information processing device further comprises: a control unit configured to execute a process of receiving, from the server via the communication unit, storage unit information including storage destination identifiers which are identifiers corresponding to respective storage units included in the server, wherein the storage destination identifier for at least one storage unit indicates that the at least one storage unit is a storage unit to/from which a recordable medium can be loaded/removed; and the control unit is further configured to execute a process of transmitting a content storage request including one of the storage destination identifiers and content to be stored to the server. a communication unit configured to execute data communication; characterized in that the information processing device further comprises: a control unit configured to execute a process of receiving, from the server via the communication unit, storage unit information including storage destination identifiers which are identifiers corresponding to respective storage units included in the server, wherein the storage destination identifier for at least one storage unit indicates that the at least one storage unit is a storage unit to/from which a recordable medium can be loaded/removed; and the control unit is further configured to execute a process of transmitting a content storage request including one of the storage destination identifiers and content to be stored to the server. a control unit configured to execute a process of receiving, from the server via the communication unit, storage unit information including storage destination identifiers which are identifiers corresponding to respective storage units included in the server, wherein the storage destination identifier for at least one storage unit indicates that the at least one storage unit is a storage unit to/from which a recordable medium can be loaded/removed; and the control unit is further configured to execute a process of transmitting a content storage request including one of the storage destination identifiers and content to be stored to the server.
A method for removing a fluorine-containing compound from discharge water, comprising contacting discharge water containing two or more fluorine-containing compounds of formula or: (H-(CF 2) m -COO) p M 1 (H-(CF 2) n -SO 3) q M 2 wherein m is 3-19, n is 4-20, p, q each independently are 1 or 2, and M 1, M 2 each independently is H; a metal atom; NR b 4 wherein R b each independently is H or a C 1-10 -organic group; or imidazolium, pyridinium or phosphonium, each optionally substituted, with an adsorbent to allow the adsorbent to adsorb the two or more fluorine-containing compounds; wherein the discharge water includes discharge water obtained in a process for producing a fluorine-containing polymer using a hydrocarbon surfactant. m is 3-19, n is 4-20, p, q each independently are 1 or 2, and M 1, M 2 each independently is H; a metal atom; NR b 4 wherein R b each independently is H or a C 1-10 -organic group; or imidazolium, pyridinium or phosphonium, each optionally substituted, with an adsorbent to allow the adsorbent to adsorb the two or more fluorine-containing compounds; wherein the discharge water includes discharge water obtained in a process for producing a fluorine-containing polymer using a hydrocarbon surfactant.
Packing device for the preparation and oral administration of a powder composition comprising one or more active principles, characterized in that said packing device is a closed stick-pack with only three welds (13a, 13b, 13c) and formed by a pipe made of a poly-coupled polymer-metal material on which there are two transverse closing welds, upper and lower and a central separation weld defining a folding line around a longitudinal axis, said separation weld delimiting two storage chambers (11a, 11b) physically separated from each other, wherein: - a powder comprising one or more active principles packed in one storage chamber and a possible first excipient; - a powder comprising one or more active principles is packed in another storage chamber 11(b) and a possible second excipient; - a powder comprising one or more active principles packed in one storage chamber and a possible first excipient; - a powder comprising one or more active principles is packed in another storage chamber 11(b) and a possible second excipient;
A computer-implemented method for zero trust endpoint network security, ZTENS, the method comprising: providing, by a ZTENS device communicatively coupled to a compute device, over a wired or wireless first communication channel, and through a web application of the compute device, first data indicating the ZTENS device is communicatively coupled to the compute device; providing, by an application of the ZTENS device, over the first communication channel through the web application of the compute device, directly using the web application for presentation to the user, and without any web server intervention, a list of one or more uniform resource locators, URLs, that are accessible only through the ZTENS device; receiving, by the ZTENS device and over the first communication channel, data indicating a URL of the one or more URLs selected by a user of the compute device through the web application; communicating, by the ZTENS device and over a wired or wireless second communication channel, the second communication channel different from the first communication channel, a request for website data of a website associated with the selected URL; and receiving, by the ZTENS device and over the second communication channel, the website data and providing the website data to the compute device, wherein the ZTENS device comprises a security circuity configured to provide intrusion detection and/or prevention for communications to or from the ZTENS device. providing, by a ZTENS device communicatively coupled to a compute device, over a wired or wireless first communication channel, and through a web application of the compute device, first data indicating the ZTENS device is communicatively coupled to the compute device; providing, by an application of the ZTENS device, over the first communication channel through the web application of the compute device, directly using the web application for presentation to the user, and without any web server intervention, a list of one or more uniform resource locators, URLs, that are accessible only through the ZTENS device; receiving, by the ZTENS device and over the first communication channel, data indicating a URL of the one or more URLs selected by a user of the compute device through the web application; communicating, by the ZTENS device and over a wired or wireless second communication channel, the second communication channel different from the first communication channel, a request for website data of a website associated with the selected URL; and receiving, by the ZTENS device and over the second communication channel, the website data and providing the website data to the compute device, wherein the ZTENS device comprises a security circuity configured to provide intrusion detection and/or prevention for communications to or from the ZTENS device.