mhurhangee/ep-ind-claims huggingface dataset:
A backpack for transporting an animal, wherein the backpack comprises a rectangular stiffened back part with a seating protruding at the lower end thereof at right angles, a sack-like front part as well as a bib, characterized in that the bib comprises on one side a semicircular cut-out and that on the bib on each side of the cut-out at the outer end two click closure parts (11, 11a) are located which will be connected with click closure parts (13, 13a) of two height-adjustable fastening belts (9, 9a) each, wherein both outer ends of the bib are fastened by means of these fastening belts at the stiffened back part of the backpack, and that at the opposite end of the bib also two click closure parts (10, 10a) are located which will be connected with click closure parts (12, 12a) of the sack-like front part.
A motor vehicle structure with two side underside spars, each of said spars comprising: - an interior profile; and - an outer profile, with a U-shaped cross section, extending from a middle foot to a rear foot and attached to the inner profile; characterized in that the structure further comprises, for each of the two longitudinal members: - a force transmission profile from the corresponding rear wheel in the event of a rear impact, said profile being arranged at the rear foot in the extension of the outer profile and configured to enter the U-section of the outer profile in the event of a rear impact. - an interior profile; and - an outer profile, with a U-shaped cross section, extending from a middle foot to a rear foot and attached to the inner profile; - a force transmission profile from the corresponding rear wheel in the event of a rear impact, said profile being arranged at the rear foot in the extension of the outer profile and configured to enter the U-section of the outer profile in the event of a rear impact.
An image forming method comprising: continuously replenishing a developer comprising a toner and a carrier with discharging an excessive developer, generating a magnetic brush of the carrier by means of a magnetic roller, supplying a toner to the developing roller surface from the magnetic brush to form a toner thin layer, and selectively attaching the toner on the developing roller surface to an electrostatic latent image holding member according to an electrostatic latent image, wherein: the carrier has a fluororesin or a fluoroorganic compound on the core material surface, the toner contains a charge control agent and a binder resin composed of a styrene acrylic resin and has positive chargeability, the charge control agent contains a positive charge control agent and a negative charge control agent, and the positive charge control agent is nigrosine. continuously replenishing a developer comprising a toner and a carrier with discharging an excessive developer, generating a magnetic brush of the carrier by means of a magnetic roller, supplying a toner to the developing roller surface from the magnetic brush to form a toner thin layer, and selectively attaching the toner on the developing roller surface to an electrostatic latent image holding member according to an electrostatic latent image, wherein: the carrier has a fluororesin or a fluoroorganic compound on the core material surface, the toner contains a charge control agent and a binder resin composed of a styrene acrylic resin and has positive chargeability, the charge control agent contains a positive charge control agent and a negative charge control agent, and the positive charge control agent is nigrosine. the carrier has a fluororesin or a fluoroorganic compound on the core material surface, the toner contains a charge control agent and a binder resin composed of a styrene acrylic resin and has positive chargeability, the charge control agent contains a positive charge control agent and a negative charge control agent, and the positive charge control agent is nigrosine.
A loom comprising an easing roller retracting device, the loom including an easing roller and an easing mechanism (E1, E2, E3, E4), the easing roller swingably supported by a loom frame and warp yarns let off from a warp beam being looped over the easing roller, a position of the easing roller during weaving being set so that at least a part of the easing roller is located below an upper end of the warp beam in a vertical direction, the easing mechanism (E1, E2, E3, E4) being connected to the easing roller and swinging the easing roller to absorb variation of a tension of the warp yarns in each loom cycle for weaving, characterized in that the easing mechanism (E1, E2, E3, E4) swings and displaces the easing roller to a retracted position that is beyond a swing range of the easing roller during weaving and at which a lower end of the easing roller is located above the upper end of the warp beam in the vertical direction.
A mainframe data stream proxy (MDSP) for caching communication of at least one emulator directed to at least one mainframe, wherein the MDSP is located on a network connection between the at least one emulator and the at least one mainframe, wherein the MDSP comprises: a. a runtime application server, adapted for receiving (101, 201), via the network connection, at least one emulator action from the at least one emulator and for sending (105, 209), via the network connection, at least one corresponding mainframe action to the at least one emulator, wherein the at least one emulator action is not transmitted to the at least one mainframe; b. wherein the runtime application server is further adapted for retrieving (102, 103) the at least one corresponding mainframe action to be sent to the at least one emulator from a cache of the MDSP; c. wherein the application server is adapted for storing the at least one received emulator action in a synchronization path of the MDSP as a log of emulator actions and their corresponding mainframe actions received by the MDSP; d. wherein the application server is further adapted for sending, via the network connection, the at least one emulator action stored in the synchronization path to the at least one mainframe to support synchronization of the at least one mainframe with the at least one emulator; and e. wherein the runtime application server is further adapted for optimizing the synchronization path by removing at least one emulator action from the synchronization path that does not modify data and / or application state on the at least one mainframe. a. a runtime application server, adapted for receiving (101, 201), via the network connection, at least one emulator action from the at least one emulator and for sending (105, 209), via the network connection, at least one corresponding mainframe action to the at least one emulator, wherein the at least one emulator action is not transmitted to the at least one mainframe; b. wherein the runtime application server is further adapted for retrieving (102, 103) the at least one corresponding mainframe action to be sent to the at least one emulator from a cache of the MDSP; c. wherein the application server is adapted for storing the at least one received emulator action in a synchronization path of the MDSP as a log of emulator actions and their corresponding mainframe actions received by the MDSP; d. wherein the application server is further adapted for sending, via the network connection, the at least one emulator action stored in the synchronization path to the at least one mainframe to support synchronization of the at least one mainframe with the at least one emulator; and e. wherein the runtime application server is further adapted for optimizing the synchronization path by removing at least one emulator action from the synchronization path that does not modify data and / or application state on the at least one mainframe.
A rotor hub fairing system for use in a counter-rotating, coaxial rotor system comprising: an upper hub fairing defined about an axis; a lower hub fairing defined about the axis; and an airfoil shaped shaft fairing disposed between the upper hub fairing and the lower hub fairing, wherein the airfoil shaped shaft fairing has a thickness to chord ratio in the range of about 20% and about 45%, characterized in that the airfoil shaped shaft fairing has a negative moment coefficient configured to decrease as an angle of attack of the airfoil shaped shaft fairing increases. an upper hub fairing defined about an axis; a lower hub fairing defined about the axis; and an airfoil shaped shaft fairing disposed between the upper hub fairing and the lower hub fairing, wherein the airfoil shaped shaft fairing has a thickness to chord ratio in the range of about 20% and about 45%, characterized in that the airfoil shaped shaft fairing has a negative moment coefficient configured to decrease as an angle of attack of the airfoil shaped shaft fairing increases.
A drivable axle arrangement comprising two half-axles (15, 15') for driving a respective wheel hub (61, 61'); and a differential gear provided between the half-axles (15, 15') for distributing a drive torque of an engine to the two half-axles (15, 15'), wherein the differential gear has an input for receiving the drive torque and two outputs (23, 23') for outputting the drive torque to a respective half-axle (15, 15'); wherein the half-axles (15, 15') have a respective clutch (31, 31') and a respective reduction gear (33, 33') which has an input element and an output element and which steps down a rotational speed of the output element relative to the input element; wherein the respective clutch (31, 31') is arranged such that the respective wheel hub (61, 61') can selectively be drive-effectively connected to the respective output (23, 23') of the differential gear or separated therefrom by means of the respective clutch (31, 31'); wherein the respective reduction gear (33, 33') is configured as a planetary gear which comprises a sun gear, a planet carrier and an annulus gear; wherein an arrangement of planet gears meshing with the sun gear and with the annulus gear is rotatably supported at the planet carrier; wherein the annulus gear is stationary; wherein the sun gear forms said input element of the respective reduction gear (33, 33'); and wherein the planet carrier forms said output element of the respective reduction gear (33, 33'); wherein the two half-axles (15, 15') furthermore have a respective half-shaft (29, 29'); wherein the input element of the respective reduction gear (33, 33') is drive-effectively connected or connectable to the respective output (23, 23') of the differential gear via the respective half-shaft (29, 29') and has a hollow shaft section in which the respective half-shaft (29, 29') is partly received; wherein the respective half-shaft (29, 29') is rotatably supported, via a support apparatus, in the hollow shaft section of the input element of the respective reduction gear (33, 33'); wherein the respective half-shaft (29, 29') is only indirectly supported; and wherein the two half-axles (15, 15') are configured as mutually corresponding, in particular as mirror-symmetrical with respect to one another.
Device for introducing incoherent material into a machine for processing incoherent material, said device comprising an external body which defines inside it a passage channel configured to be passed through by an incoherent material and having an inlet aperture and an outlet aperture, said device also comprising deviation means mobile with respect to said external body, which are associated with the latter and are configured to selectively modify the cross-section of said outlet aperture, said deviation means comprise both a first mobile wall pivoted at one end thereof to said external body in order to rotate about a first axis, and also a second mobile wall, opposite said first mobile wall, and pivoted at one end thereof to said external body in order to rotate about a second axis, characterized in that said external body comprises a plurality of fixed walls, and said deviation means have a first operating configuration in which said first mobile wall is in a work position inclined toward the inside of said external body and the second mobile wall is in an inactive position aligned with adjacent fixed walls, and a second operating configuration in which said first mobile wall is in an inactive position aligned with adjacent fixed walls and the second mobile wall is in a work position inclined toward the inside of said external body.
A pesticidal mixture comprising, as active components: 1) an anthranilamide compound I selected from 3-bromo-4'-cyano-1-(3-chloro-2-pyridyl)-2'-methyl-6'-(methylcarbamoyl)pyrazole-5-carboxanilide, or 3-bromo-4'-chloro-1-(3-chloro-2-pyridyl)-2'-methyl-6'-(methylcarbamoyl)pyrazole-5-carboxanilide and 2) a fungicidal compound II which is: N-(3',4'-dichloro-5-fluorobiphenyl-2-yl)-3-difluoromethyl-1-methylpyrazole-4-carboxamide; in a synergistically effective amount in a weight ratio of from 100:1 to 1:100. 1) an anthranilamide compound I selected from 3-bromo-4'-cyano-1-(3-chloro-2-pyridyl)-2'-methyl-6'-(methylcarbamoyl)pyrazole-5-carboxanilide, or 3-bromo-4'-chloro-1-(3-chloro-2-pyridyl)-2'-methyl-6'-(methylcarbamoyl)pyrazole-5-carboxanilide 2) a fungicidal compound II which is: N-(3',4'-dichloro-5-fluorobiphenyl-2-yl)-3-difluoromethyl-1-methylpyrazole-4-carboxamide; in a synergistically effective amount in a weight ratio of from 100:1 to 1:100.
A method for identification, detection and/or typing of S. aureus clonal complex 398 using at least one or more amplification primers and/or probes which are specific and sensitive for determining the presence of S. aureus CC398-specific nucleic acid(s) from the hsdS gene which is hybridizable with said probes or primers, said method comprising the following steps: contacting a sample with said primers or probes and detecting the presence of amplified products or hybridized probes as an indication of the presence of said specific hsdS gene thereby identifying, detecting and/or typing said S. aureus clonal complex 398, wherein the hsdS gene is SEQ ID NO: 1.
A method comprising: detecting, by a controller, an accessory that is available for pairing; performing, by the controller, a pair setup operation to establish a pairing with the accessory, the pair setup operation including: establishing a shared secret using an out-of-band information item exchanged between the accessory and the controller; using the shared secret to securely exchange a long-term public key of the accessory and a long-term public key of the controller; and securely and persistently storing, by the controller, the long-term public key of the accessory in association with an identifier of the accessory; obtaining, by the controller, an accessory definition record from the paired accessory, the accessory definition record including a set of services, each service having a set of characteristics, each characteristic representing an aspect of accessory state; and communicating, by the controller, a request to the paired accessory to modify one or more of the characteristics specified in the accessory definition record, the request being interpretable by the paired accessory as an instruction to invoke an operation of the paired accessory. detecting, by a controller, an accessory that is available for pairing; performing, by the controller, a pair setup operation to establish a pairing with the accessory, the pair setup operation including: establishing a shared secret using an out-of-band information item exchanged between the accessory and the controller; using the shared secret to securely exchange a long-term public key of the accessory and a long-term public key of the controller; and securely and persistently storing, by the controller, the long-term public key of the accessory in association with an identifier of the accessory; establishing a shared secret using an out-of-band information item exchanged between the accessory and the controller; using the shared secret to securely exchange a long-term public key of the accessory and a long-term public key of the controller; and securely and persistently storing, by the controller, the long-term public key of the accessory in association with an identifier of the accessory; obtaining, by the controller, an accessory definition record from the paired accessory, the accessory definition record including a set of services, each service having a set of characteristics, each characteristic representing an aspect of accessory state; and communicating, by the controller, a request to the paired accessory to modify one or more of the characteristics specified in the accessory definition record, the request being interpretable by the paired accessory as an instruction to invoke an operation of the paired accessory.
A system suitable for monitoring usage of a soap bar, the system comprising: (a) a soap bar, (b) a programmable data logger which is positioned in the soap bar, the data logger incorporating a motion sensor adapted to detect motion of the soap bar and to generate signals corresponding to the detected motion, a sound sensor adapted to detect sounds associated with the use of the soap bar and to generate signals corresponding to the detected sounds, a data store for the logging of data and switching means for triggering the operation of the sound sensor in response to initial signals of soap motion generated by the motion sensor, and (c) a data analysis device which is adapted to analyse data transmitted or acquired from the data logger to provide information about soap bar usage; in which the duration of data logging is controllable in response to the signals received from the motion sensor and the sound sensor respectively, and in which the data logger is programmed so that data logging only takes place when the signals received from the sound sensor and the signals received from the motion sensor are each registered above pre-defined thresholds of duration or intensity. (a) a soap bar, (b) a programmable data logger which is positioned in the soap bar, the data logger incorporating a motion sensor adapted to detect motion of the soap bar and to generate signals corresponding to the detected motion, a sound sensor adapted to detect sounds associated with the use of the soap bar and to generate signals corresponding to the detected sounds, a data store for the logging of data and switching means for triggering the operation of the sound sensor in response to initial signals of soap motion generated by the motion sensor, and (c) a data analysis device which is adapted to analyse data transmitted or acquired from the data logger to provide information about soap bar usage;
A terminal comprising: a first communication unit configured to perform remote communication; a second communication unit configured to perform near-field communication; a display unit configured to display a plurality of information items; and a control unit configured to: control communication with an external server through a communication unit in an external device when the terminal is connected to the external device through communication by the second communication unit, and to deactivate the first communication unit; and control the first communication unit to be activated and communication with the external server through the first communication unit when the terminal is not connected to the external device through communication by the second communication unit, wherein the control unit is further configured to determine a duration for each of a plurality of control commands for executing a function related to each of the plurality of information items, respectively, on the basis of an estimated amount of consumption data corresponding to the execution of each function when the first communication unit is activated. a first communication unit configured to perform remote communication; a second communication unit configured to perform near-field communication; a display unit configured to display a plurality of information items; and a control unit configured to: control communication with an external server through a communication unit in an external device when the terminal is connected to the external device through communication by the second communication unit, and to deactivate the first communication unit; and control the first communication unit to be activated and communication with the external server through the first communication unit when the terminal is not connected to the external device through communication by the second communication unit, wherein the control unit is further configured to determine a duration for each of a plurality of control commands for executing a function related to each of the plurality of information items, respectively, on the basis of an estimated amount of consumption data corresponding to the execution of each function when the first communication unit is activated. control communication with an external server through a communication unit in an external device when the terminal is connected to the external device through communication by the second communication unit, and to deactivate the first communication unit; and control the first communication unit to be activated and communication with the external server through the first communication unit when the terminal is not connected to the external device through communication by the second communication unit, wherein the control unit is further configured to determine a duration for each of a plurality of control commands for executing a function related to each of the plurality of information items, respectively, on the basis of an estimated amount of consumption data corresponding to the execution of each function when the first communication unit is activated.
A gain control method for an initial cell searching in TD-SCDMA mobile communication system, said gain control method comprising: Step A: a user terminal receiving data in the maximum receiving gain at a selected carrier frequency; Step B: recording the received data of a plurality of subframes; Step C: determining a DwPTS position of each received subframe by using a time window decision method; Step D: performing the succeeding procedure of the initial cell searching, including receiving and reading the BCCH information, and returning to execute Step A subsequently when the DwPTS positions of the most received subframes can be determined, and executing Step E when the DwPTS positions of the most received subframes can not be determined; and Step E: judging whether a receiver is in saturation, wherein, returning to execute Step A subsequently when the receiver is not in saturation, and decreasing the receiving gain by a step length and returning to execute Step B subsequently when the receiver is in saturation; characterized in that in Step D, judging whether the DwPTS positions whose number exceeds half of the total number of DwPTS positions in the received subframes are determined so as to determine that the DwPTS positions of the most received subframes can be determined; and in Step D, judging whether the DwPTS positions whose number exceeds half of the total number of DwPTS positions in the received subframes are not determined so as to determine that the DwPTS positions of the most received subframes can not be determined. Step A: a user terminal receiving data in the maximum receiving gain at a selected carrier frequency; Step B: recording the received data of a plurality of subframes; Step C: determining a DwPTS position of each received subframe by using a time window decision method; Step D: performing the succeeding procedure of the initial cell searching, including receiving and reading the BCCH information, and returning to execute Step A subsequently when the DwPTS positions of the most received subframes can be determined, and executing Step E when the DwPTS positions of the most received subframes can not be determined; and Step E: judging whether a receiver is in saturation, wherein, returning to execute Step A subsequently when the receiver is not in saturation, and decreasing the receiving gain by a step length and returning to execute Step B subsequently when the receiver is in saturation; characterized in that