mhurhangee/ep-ind-claims huggingface dataset:
A quick-release connector for connecting a first part constituted by an angling device to a second part constituted by a bank stick or a buzz bar or other angling device, the quick-release connector comprising an insert having a circular cross-section and being secured to one of such first and second parts when the connector is in use, and a pod having a recess of circular cross-section to receive the insert and being secured to the other of such first and second parts when the connector is in use, the connector further comprising at least one displaceable locking member retained within the pod and being displaceable relative to the pod between an engagement position in which it engages the insert when the connector is in use to lock the insert and the pod and hence such first and second parts together when the connector is in use, and a non-engagement position in which it does not so engage the insert, and a locking component retained on the pod and moveable between a first position in which it holds the displaceable locking member in the said engagement position and a second position in which the locking member is released from the said engagement position, in which the movement of the locking component between its said first and second positions is a rotary movement, characterised in that the insert is provided with at least one recess on an outer surface to receive the said at least one displaceable locking member.
Dispensing device for dispensing a viscous or liquid product from a fluid reservoir, said dispensing device comprising an actuator, a controlling member, a dispensing member, a collar configured to be linked to the reservoir, and an extender, said dispensing device being configured so that an actuation of the controlling member causes a relative movement of the actuator and the collar thanks to which the dispensing device reversibly switches from a first configuration, in which the dispensing member is unable to be activated, to a second configuration in which the actuator is coupled in translation with the extender, so that when the actuator is pushed down it activates the dispensing member, characterised in that, the collar is configured to be disconnected from the reservoir by an actuation of the controlling member.
A bodywork module for a refrigerated vehicle, in particular for a road vehicle for transporting goods, comprising at least one vacuum insulation element provided with a core and an encapsulation membrane of said core, the module further comprising: - a central core delimiting at least one housing which passes through the thickness of the core and inside which said vacuum insulation element is disposed, the central core leaving free the main faces (32a, 32b) of said vacuum insulation element which delimit its thickness, - a support plate on which the central core and said vacuum insulation element are fixed, and - a cover covering said vacuum insulation element and at least partly the central core, the cover being fixed at least on the central core, - the cover and the support plate being disposed on either side of the central core and said vacuum insulation element, characterised in that - the central core surrounds the periphery of said vacuum insulation element. - a central core delimiting at least one housing which passes through the thickness of the core and inside which said vacuum insulation element is disposed, the central core leaving free the main faces (32a, 32b) of said vacuum insulation element which delimit its thickness, - a support plate on which the central core and said vacuum insulation element are fixed, and - a cover covering said vacuum insulation element and at least partly the central core, the cover being fixed at least on the central core, - the cover and the support plate being disposed on either side of the central core and said vacuum insulation element, - the central core surrounds the periphery of said vacuum insulation element.
A method for feeding a granular powder from a granular powder feeding hopper onto an upper surface of a sheet material, the method comprising: disposing a feeding passage extending downward from an outlet of the granular powder feeding hopper so that the lower end of the feeding passage faces the upper surface of the sheet material moving beneath the feeding passage, wherein the feeding passage is divided into a plurality of separate passages in a width direction of the feeding passage; opening and closing the feeding passage with an open-close means; and thereby intermittently feeding the granular powder from the granular powder feeding hopper onto the sheet material, wherein part of the granular powder flowing in the outermost passages of the feeding passage is intermittently blown off to the outside of the feeding passage by means of a blow duct attached to either side of the feeding passage and communicably connected to a pressurized air source so that the part of the granular powder which is blown off is excluded from being fed onto the sheet material. disposing a feeding passage extending downward from an outlet of the granular powder feeding hopper so that the lower end of the feeding passage faces the upper surface of the sheet material moving beneath the feeding passage, wherein the feeding passage is divided into a plurality of separate passages in a width direction of the feeding passage; opening and closing the feeding passage with an open-close means; and thereby intermittently feeding the granular powder from the granular powder feeding hopper onto the sheet material, wherein part of the granular powder flowing in the outermost passages of the feeding passage is intermittently blown off to the outside of the feeding passage by means of a blow duct attached to either side of the feeding passage and communicably connected to a pressurized air source so that the part of the granular powder which is blown off is excluded from being fed onto the sheet material.
A method, comprising: identifying in an image a bright region that is a portion of the image; classifying the identified bright region into an assigned classification of a set of predetermined classifications; determining a luminance value of the identified bright region; comparing the determined luminance value to a predefined luminance value corresponding to the assigned classification and determining whether the determined luminance value is incorrect based on a difference from the predefined luminance value, an incorrect luminance value being a luminance value which does not match the predefined luminance value to within a predetermined threshold; adjusting a luminance value of the identified bright region to an adjusted luminance value based on said comparing; and rendering the image with the identified bright region having the adjusted luminance value. identifying in an image a bright region that is a portion of the image; classifying the identified bright region into an assigned classification of a set of predetermined classifications; determining a luminance value of the identified bright region; comparing the determined luminance value to a predefined luminance value corresponding to the assigned classification and determining whether the determined luminance value is incorrect based on a difference from the predefined luminance value, an incorrect luminance value being a luminance value which does not match the predefined luminance value to within a predetermined threshold; adjusting a luminance value of the identified bright region to an adjusted luminance value based on said comparing; and rendering the image with the identified bright region having the adjusted luminance value.
A communication method for a vehicle, wherein the method is applied in the vehicle, and the method comprises: when it is determined that the vehicle travels to a target area, determining a target platform corresponding to the target area and a target download address of access verification information corresponding to the target platform according to a corresponding relationship between mutual trust platforms and areas, and download addresses of access verification information corresponding to the mutual trust platforms, wherein the corresponding relationship between the mutual trust platforms and the areas, and the download addresses of the access verification information corresponding to the mutual trust platforms are acquired from a global platform, and the global platform is used to maintain the corresponding relationship between the mutual trust platforms and the areas, and the download addresses of the access verification information corresponding to the mutual trust platforms; acquiring download verification information generated by the target platform for the vehicle; downloading access verification information in the target platform according to the download verification information and the target download address; and communicating with a communication device in the target area according to the access verification information. when it is determined that the vehicle travels to a target area, determining a target platform corresponding to the target area and a target download address of access verification information corresponding to the target platform according to a corresponding relationship between mutual trust platforms and areas, and download addresses of access verification information corresponding to the mutual trust platforms, wherein the corresponding relationship between the mutual trust platforms and the areas, and the download addresses of the access verification information corresponding to the mutual trust platforms are acquired from a global platform, and the global platform is used to maintain the corresponding relationship between the mutual trust platforms and the areas, and the download addresses of the access verification information corresponding to the mutual trust platforms; acquiring download verification information generated by the target platform for the vehicle; downloading access verification information in the target platform according to the download verification information and the target download address; and communicating with a communication device in the target area according to the access verification information.
A switched reluctance motor comprising: a rotor part (102, 220); a plurality of rotor teeth (32, 42, 210); a stator part (30, 100); a plurality of stator teeth; wherein one or more of the rotor teeth (32, 42, 210) has one or more flux barriers (36, 46, 106, 225) extended along an axis (X2, X3) parallel to a longitudinal axis of the one or more of the rotor teeth (32, 42, 210), wherein all of the one or more flux barriers (36, 46, 106, 225) of the rotor teeth (32, 42, 210) are embedded within the one or more of the rotor teeth (32, 42, 210), said flux barriers (36,46,106,225) extend non continuously along the entire length of the one or more of the rotor teeth (32, 42, 210) and said flux barriers (36,46,106,225) are not visible externally. a rotor part (102, 220); a plurality of rotor teeth (32, 42, 210); a stator part (30, 100); a plurality of stator teeth; wherein one or more of the rotor teeth (32, 42, 210) has one or more flux barriers (36, 46, 106, 225) extended along an axis (X2, X3) parallel to a longitudinal axis of the one or more of the rotor teeth (32, 42, 210), wherein all of the one or more flux barriers (36, 46, 106, 225) of the rotor teeth (32, 42, 210) are embedded within the one or more of the rotor teeth (32, 42, 210), said flux barriers (36,46,106,225) extend non continuously along the entire length of the one or more of the rotor teeth (32, 42, 210) and said flux barriers (36,46,106,225) are not visible externally.
A pharmaceutical composition having a hypoglycemic effect, comprising: a GLP-1 receptor agonist, and a composition for promoting small-intestinal absorption; wherein the composition for promoting small-intestinal absorption comprises sodium lauryl sulfate, carbomer, chitosan, and sodium citrate; wherein the sodium lauryl sulfate, carbomer, chitosan, and sodium citrate are in a weight ratio of 15-25:5-8:5-8:50-80.
A wireless communication system comprising: a plurality of mobile terminals (16 - 25); a plurality of transceivers (7 - 15) having a specific area, respectively, each of the plurality of transceivers being operable to perform wireless communication with a mobile terminal which is in the specific area; a plurality of baseband signal processors (3 - 5) operable to modulate data to be transmitted to one of the plurality of transceivers and demodulate data received from one of the plurality of transceivers; and a switch operable to switch the connection of the plurality of transceivers and the plurality of baseband processors, characterised by: a controller operable in accordance with traffic amount information to select a setting among a plurality of given settings each indicating an operation state and a connection state of the transceivers (7 - 15) and the baseband signal processors (3 - 5), and, based on the selected setting, to control a power supply of the transceivers (7 - 15) and the baseband signal processors (3 - 5) and to control the switch to control the connection between the transceivers (7 - 15) and the baseband signal processors (3 - 5). a plurality of mobile terminals (16 - 25); a plurality of transceivers (7 - 15) having a specific area, respectively, each of the plurality of transceivers being operable to perform wireless communication with a mobile terminal which is in the specific area; a plurality of baseband signal processors (3 - 5) operable to modulate data to be transmitted to one of the plurality of transceivers and demodulate data received from one of the plurality of transceivers; and a switch operable to switch the connection of the plurality of transceivers and the plurality of baseband processors, characterised by: a controller operable in accordance with traffic amount information to select a setting among a plurality of given settings each indicating an operation state and a connection state of the transceivers (7 - 15) and the baseband signal processors (3 - 5), and, based on the selected setting, to control a power supply of the transceivers (7 - 15) and the baseband signal processors (3 - 5) and to control the switch to control the connection between the transceivers (7 - 15) and the baseband signal processors (3 - 5). a controller operable in accordance with traffic amount information to select a setting among a plurality of given settings each indicating an operation state and a connection state of the transceivers (7 - 15) and the baseband signal processors (3 - 5), and, based on the selected setting, to control a power supply of the transceivers (7 - 15) and the baseband signal processors (3 - 5) and to control the switch to control the connection between the transceivers (7 - 15) and the baseband signal processors (3 - 5).
Method for controlling wing heating devices of an aircraft, wherein a number of heating elements of wing heating devices are heated by a multiphase alternating current, which has a number of phases (L1, L2, L3), wherein each wing heating device is assigned at least one power circuit breaker, the method comprising the following step: providing a control signal for the power circuit breaker, wherein the control signal is designed to control the wing heating devices with a pulse duty factor based on a cycle time, wherein the pulse duty factor is defined by the number of phases and the number of heating elements, wherein a number of power circuit breakers that corresponds to the number of phases are switched to a closed state at the same time, in order to evenly distribute an electrical energy that can be provided by the multiphase alternating current to the wing heating devices, characterized in that the wing heating devices have in each case the same resistance value.
A thin, abrasion resistant supported glove (100, 850), comprising: a knitted liner (120, 812) comprising at least one yarn; and a polymeric layer (112, 832) disposed on at least a portion of the knitted liner (120, 812), wherein the polymeric layer (112, 832) comprises a polymeric composition including a mixture of a nitrile-butadiene material and a water-based polyurethane material, characterized in that the polymeric composition has a total solids content of less than or equal to 35% and penetrates the at least one yarn 50% or less of a thickness of the yarn, resulting in a thin, abrasion resistant glove (100, 850), wherein the polymeric layer is 0.01 to 0.02 mm in thickness. a knitted liner (120, 812) comprising at least one yarn; and a polymeric layer (112, 832) disposed on at least a portion of the knitted liner (120, 812), wherein the polymeric layer (112, 832) comprises a polymeric composition including a mixture of a nitrile-butadiene material and a water-based polyurethane material, characterized in that the polymeric composition has a total solids content of less than or equal to 35% and penetrates the at least one yarn 50% or less of a thickness of the yarn, resulting in a thin, abrasion resistant glove (100, 850), wherein the polymeric layer is 0.01 to 0.02 mm in thickness.
Drive arrangement for a swivel door leaf, comprising a drive shaft which is motor-driven in the opening direction and in the closing direction with reversal of the direction of rotation, wherein the drive shaft can be moved, with the interposition of a gear mechanism, in one direction of rotation by a drive motor and in the opposite direction of rotation by a spring-loaded drive in that a motor shaft of the drive motor is fixedly rotationally coupled with the drive shaft via a drive worm, a worm wheel and at least one further toothed wheel such that the direction of rotation of the at least one toothed wheel during motor operation is always the same, and in that the spring-loaded drive is fixedly rotationally coupled with the drive shaft via the at least one further toothed wheel such that the direction of rotation of the at least one toothed wheel resulting from the spring-loaded drive is always the same, characterized in that the drive shaft of the swivel door leaf can be selectively driven in both directions of rotation by the drive motor and the spring-loaded drive in that the drive arrangement can be switched over between normal and inverse operation by switching over a control mechanism of the gear device such that the direction of rotation of the drive shaft is reversed in spite of the said toothed wheel having the same direction of rotation.
Device for a washing machine comprising: - connectors including: - an inlet connector suitable to introduce fluid inside said device, - an outlet connector suitable to allow the outflow of treated fluid from said device, - a first component comprising a flow switch, - a mixing portion in fluidic through connection with said first component, - fittings comprising at least one outlet fitting, - a third component in fluidic through connection with said mixing portion and including a gas generator generating at least ozone, - said outlet fitting being in fluidic through connection between said mixing portion and said outlet connector, - said mixing portion being suitable to mix said fluid with a gas generated by said third component said gas being ozone, - said outlet fitting comprises at least a first probe configured to enrich said fluid or said treated fluid with silver ions and at least a first auxiliary portion being arranged inside the outlet fitting, consisting of UV or UV LED lamps, and being configured to irradiate said fluid or said treated fluid with UV rays, - said first auxiliary portion is separated from said mixing portion, so that the treated fluid can be at least ozonized or enriched with silver ions or irradiated with UV rays or can be treated by combining the different treatments, wherein said device is characterized in that - said third component comprises a pump in fluidic through connection with said first auxiliary portion and suitable to allow an auxiliary gas to flow towards said first auxiliary portion, said auxiliary gas being drying air. - connectors including: - an inlet connector suitable to introduce fluid inside said device, - an outlet connector suitable to allow the outflow of treated fluid from said device, - a first component comprising a flow switch, - a mixing portion in fluidic through connection with said first component, - fittings comprising at least one outlet fitting, - a third component in fluidic through connection with said mixing portion and including a gas generator generating at least ozone, - said outlet fitting being in fluidic through connection between said mixing portion and said outlet connector, - said mixing portion being suitable to mix said fluid with a gas generated by said third component said gas being ozone, - said outlet fitting comprises at least a first probe configured to enrich said fluid or said treated fluid with silver ions and at least a first auxiliary portion being arranged inside the outlet fitting, consisting of UV or UV LED lamps, and being configured to irradiate said fluid or said treated fluid with UV rays, - said first auxiliary portion is separated from said mixing portion, so that the treated fluid can be at least ozonized or enriched with silver ions or irradiated with UV rays or can be treated by combining the different treatments, - said third component comprises a pump in fluidic through connection with said first auxiliary portion and suitable to allow an auxiliary gas to flow towards said first auxiliary portion, said auxiliary gas being drying air.