mhurhangee/ep-ind-claims huggingface dataset:
A convertible bag comprising: a handle; and two retractable straps which are extendable and retractable through an aperture, or apertures, in the convertible bag; wherein each retractable strap is extendable from the bag and releasably attachable to the handle, so as to convert the convertible bag from a handbag configuration in which the bag may be carried using the handle, to a backpack configuration in which the bag may be carried using backpack straps formed from the handle and the retractable straps, wherein each retractable strap is releasable from the handle and retractable, so as to convert the convertible bag from the backpack configuration to the handbag configuration, and wherein the handle comprises two handle portions (30a, 30b), wherein in the handbag configuration the two handle portions are releasably attached to each other to form said handle, and wherein in the backpack configuration each of the handle portions is releasably attached to the corresponding retractable straps to form the backpack straps. a handle; and two retractable straps which are extendable and retractable through an aperture, or apertures, in the convertible bag; wherein each retractable strap is extendable from the bag and releasably attachable to the handle, so as to convert the convertible bag from a handbag configuration in which the bag may be carried using the handle, to a backpack configuration in which the bag may be carried using backpack straps formed from the handle and the retractable straps, wherein each retractable strap is releasable from the handle and retractable, so as to convert the convertible bag from the backpack configuration to the handbag configuration, and wherein the handle comprises two handle portions (30a, 30b), wherein in the handbag configuration the two handle portions are releasably attached to each other to form said handle, and wherein in the backpack configuration each of the handle portions is releasably attached to the corresponding retractable straps to form the backpack straps.
A relay device comprising: a relay unit that relays a wireless signal between a first device that is a connection destination and one or more subordinate second devices; and a control unit that assigns a network layer IP address, which has a prefix portion that is at least partially common, to each of the one or more second devices, characterized that the relay unit is configured to divert a bearer or IP flow set between the relay device and a packet data network gateway, P-GW, for a section between the relay device and the P-GW in a bearer or IP flow set between the second devices and the P-GW without individually establishing bearers or IP flows from the relay device to the P-GW. a relay unit that relays a wireless signal between a first device that is a connection destination and one or more subordinate second devices; and a control unit that assigns a network layer IP address, which has a prefix portion that is at least partially common, to each of the one or more second devices, characterized that the relay unit is configured to divert a bearer or IP flow set between the relay device and a packet data network gateway, P-GW, for a section between the relay device and the P-GW in a bearer or IP flow set between the second devices and the P-GW without individually establishing bearers or IP flows from the relay device to the P-GW.
Device for controlling a brake apparatus of a rail vehicle, having: - a pressure converter for generating a brake pressure for activating at least one brake actuator of the brake apparatus, - a sensor apparatus for acquiring at least one switching parameter for changing the brake pressure of the brake apparatus, - a trigger apparatus for generating a trigger signal in response to a predetermined value of the switching parameter which has been obtained by the sensor apparatus, characterised by - an air vessel to which a brake control pressure for the pressure converter can be supplied, and - an opening apparatus for opening a supply of the brake control pressure from the air vessel to the pressure converter in response to the trigger signal. - a pressure converter for generating a brake pressure for activating at least one brake actuator of the brake apparatus, - a sensor apparatus for acquiring at least one switching parameter for changing the brake pressure of the brake apparatus, - a trigger apparatus for generating a trigger signal in response to a predetermined value of the switching parameter which has been obtained by the sensor apparatus, characterised by - an air vessel to which a brake control pressure for the pressure converter can be supplied, and - an opening apparatus for opening a supply of the brake control pressure from the air vessel to the pressure converter in response to the trigger signal.
A milk frothing device comprising a milk reservoir, a supply arrangement of pressurized gas, a delimited area for mixing milk from the milk reservoir and gas, and an arrangement for driving milk from the milk reservoir to the mixing area, characterised in that the pressurized gas supply arrangement has a propelling gas conduit configured to deliver pressurized propelling gas into said milk reservoir to pressurize said reservoir and propel thereby pressurized milk from said reservoir to said mixing area.
A multiflow delivery unit, comprising: - a first conduit with a first inlet end connected to the water mains and a first outlet end for water flow delivery; - a second conduit with a second inlet end connected to airflow supply means and a second outlet end for airflow delivery; wherein one of said conduits (2, 3) is entirely contained in the other, and wherein said first outlet end and said second outlet end are substantially coplanar, a diffuser being further provided, which has a substantially tubular shape and a longitudinal axis interposed between said conduits (2, 3) at said outlet ends (5; 7), said diffuser having a first passage connected to said first outlet end and a plurality of second passages separate from the first passage and connected to said second outlet end for delivery of respective flows; and wherein said diffuser has an upstream end face and a downstream end face, as oriented relative to respective water and air flows, said upstream end face being substantially flat; characterized in that said downstream end face has an inwardly converging countersunk annular surface at the periphery of said at least one first passage, said plurality of second passages having outlet sections at said annular surface for the outflow of air in corresponding directions converging toward said longitudinal axis. - a first conduit with a first inlet end connected to the water mains and a first outlet end for water flow delivery; - a second conduit with a second inlet end connected to airflow supply means and a second outlet end for airflow delivery;
A method for operating a compressor unit comprising one or more compressors (8, 9, 10), the compressor unit being arranged in a vapour compression system, the vapour compression system further comprising a heat rejecting heat exchanger, a high pressure expansion device (5, 6), a receiver and at least one evaporator unit, each evaporator unit comprising an evaporator and an expansion device controlling a supply of refrigerant to the evaporator, each compressor (8, 9, 10) of the compressor unit being connectable to a high pressure suction line and/or to a medium pressure suction line, the high pressure suction line interconnecting a gaseous outlet of the receiver and the compressor unit and the medium pressure suction line interconnecting an outlet of the evaporator unit(s) and the compressor unit, characterized in that the vapour compression system further comprises at least one valve arrangement (14, 15) arranged to selectively connect one of the compressors to the high pressure suction line or to the medium pressure suction line, and in that the method comprises the steps of: - defining two or more options for distributing the available compressor capacity of the compressor unit between being connected to the high pressure suction line and to the medium pressure suction line, - for each option, predicting an expected impact on one or more operating parameters of the vapour compression system, resulting from distributing the available compressor capacity according to the option, - selecting an option, based on the predicted expected impact for the options, and based on current operating demands of the vapour compression system, and - distributing the available compressor capacity according to the selected option by switching one or more compressors from being connected to the medium pressure suction line to being connected to the high pressure suction line, or vice versa, by operating the at least one valve arrangement (14, 15). - defining two or more options for distributing the available compressor capacity of the compressor unit between being connected to the high pressure suction line and to the medium pressure suction line, - for each option, predicting an expected impact on one or more operating parameters of the vapour compression system, resulting from distributing the available compressor capacity according to the option, - selecting an option, based on the predicted expected impact for the options, and based on current operating demands of the vapour compression system, and - distributing the available compressor capacity according to the selected option by switching one or more compressors from being connected to the medium pressure suction line to being connected to the high pressure suction line, or vice versa, by operating the at least one valve arrangement (14, 15).
An isolated Cooperia oncophora protein or an immunogenic fragment of said protein, characterized in that said protein or immunogenic fragment thereof comprises an amino acid sequence having a sequence identity of at least 85% to the amino acid sequence as depicted in SEQ ID NO: 1.
A method in an access node of wireless communication, comprising: receiving, at the access node, a request for access from a second access terminal; and determining (304; 404; 504; 608), at the access node, whether to allow the requested access based on a policy maintained at the access node, wherein the policy is provided, at least in part, by a first access terminal that is associated with the access node; wherein, when the second access terminal is in an idle mode, the determination further comprises: transmitting a message regarding the requested access to the first access terminal that is associated with the access node, and receiving a response to the message, wherein the response indicates whether to allow the requested access; and wherein, when the second access terminal is in an active mode, the policy allows temporary full-service access to the second access terminal. receiving, at the access node, a request for access from a second access terminal; and determining (304; 404; 504; 608), at the access node, whether to allow the requested access based on a policy maintained at the access node, wherein the policy is provided, at least in part, by a first access terminal that is associated with the access node; wherein, when the second access terminal is in an idle mode, the determination further comprises: transmitting a message regarding the requested access to the first access terminal that is associated with the access node, and receiving a response to the message, wherein the response indicates whether to allow the requested access; and transmitting a message regarding the requested access to the first access terminal that is associated with the access node, and receiving a response to the message, wherein the response indicates whether to allow the requested access; and wherein, when the second access terminal is in an active mode, the policy allows temporary full-service access to the second access terminal.
An aircraft comprising: an air distribution system; and a drainage system comprising: a drain tube coupled to the air distribution system; a sump coupled to said drain tube and configured to receive liquid from said drain tube; and a suction system in flow communication with said sump, said suction system configured to create a pressure in said sump that is lower than a pressure in the air distribution system characterised in that the suction system creates a negative pressure in the sump and drain tube relative to the air distribution system forcing liquid from the air distribution system to the sump. an air distribution system; and a drainage system comprising: a drain tube coupled to the air distribution system; a sump coupled to said drain tube and configured to receive liquid from said drain tube; and a suction system in flow communication with said sump, said suction system configured to create a pressure in said sump that is lower than a pressure in the air distribution system characterised in that the suction system creates a negative pressure in the sump and drain tube relative to the air distribution system forcing liquid from the air distribution system to the sump. a drain tube coupled to the air distribution system; a sump coupled to said drain tube and configured to receive liquid from said drain tube; and a suction system in flow communication with said sump, said suction system configured to create a pressure in said sump that is lower than a pressure in the air distribution system characterised in that the suction system creates a negative pressure in the sump and drain tube relative to the air distribution system forcing liquid from the air distribution system to the sump.
A spinning device for producing a yarn from a fibre material, with - a rotor housing, within which a spinning rotor rotating at high speed during spinning operation is arranged, - a rotor housing cover arranged on the rotor housing for opening and closing the rotor housing, and - a channel plate adapter exchangeably fixed to the rotor housing cover, characterised in that - the channel plate adapter is fixed to the rotor housing cover by the displacement of a closing bolt of a detent from a release position into the locking position, whereby - the closing bolt is preloaded towards the locking position by means of a spring and - the channel plate adapter has a closing bolt receptacle for positively receiving one end of the closing bolt in the locking position and - the detent, in particular the spring-loaded closing bolt, is formed in such a way that the channel plate adapter automatically latches into place when it is arranged on the rotor housing cover, with the spring initially being loaded when the channel plate adapter is fixed, and the closing bolt subsequently being automatically displaced from the release position into the locking position when the channel plate adapter reaches a closed position on the rotor housing cover. - a rotor housing, within which a spinning rotor rotating at high speed during spinning operation is arranged, - a rotor housing cover arranged on the rotor housing for opening and closing the rotor housing, and - a channel plate adapter exchangeably fixed to the rotor housing cover, characterised in that - the channel plate adapter is fixed to the rotor housing cover by the displacement of a closing bolt of a detent from a release position into the locking position, whereby - the closing bolt is preloaded towards the locking position by means of a spring and - the channel plate adapter has a closing bolt receptacle for positively receiving one end of the closing bolt in the locking position and - the detent, in particular the spring-loaded closing bolt, is formed in such a way that the channel plate adapter automatically latches into place when it is arranged on the rotor housing cover, with the spring initially being loaded when the channel plate adapter is fixed, and the closing bolt subsequently being automatically displaced from the release position into the locking position when the channel plate adapter reaches a closed position on the rotor housing cover.
A container for a hand-portable, rechargeable direct current storage device, having the following characteristics: - a housing provided with a housing underside with a housing set-down surface, a housing upper side, housing side walls (11, 12, 13, 14) and a housing interior, - an electrical anode contact and - an electrical cathode contact, wherein the housing underside has configured upon it, on mutually opposite edges, set-back guide means (101, 102) which extend in the direction of the housing upper side from a set-down plane defined by the housing set-down surface, characterized in that the anode contact and the cathode contact in one or more of the set-back guide means (101, 102), are arranged on the housing at a distance of at least five millimeters from the set-down plane, whereby that region of the respective housing side wall which is adjacent to the anode contact and the cathode contact terminates at a distance of at least five millimeters from the set-down plane, wherein the housing underside, considered from the housing set-down surface, is provided with a stepped surface profile section, at least at the periphery of the housing, whereby said stepped surface profile section which, accordingly, is removed from the set-down plane, is not limited laterally by housing side wall segments (11, 12, 13, 14) such that, even where the container is set down on sludge, any dirt which penetrates to those regions of the housing underside which are recessed in this stepped arrangement will not achieve any lateral purchase. - a housing provided with a housing underside with a housing set-down surface, a housing upper side, housing side walls (11, 12, 13, 14) and a housing interior, - an electrical anode contact and - an electrical cathode contact,
A wireless implantable stimulator comprising an antenna for producing an induced current in response to being disposed in an electromagnetic field, the antenna comprising a substrate having an upper surface and a lower surface, an upper coil comprising a plurality of coil turns, and a lower coil comprising a plurality of coil turns, wherein the upper and lower coils are electrically connected to each other in parallel, characterised in that the upper coil is disposed on the upper surface of the substrate, and the lower coil is disposed on the lower surface of the substrate.
A molluscicide composition comprising at least an iron-containing complexone, wherein the complexone is an organic ligand containing at least one iminodiacetic group or two aminoacetic groups which forms stable complexes with most cations and the cation is iron and/or iron, this is Fe 2+ and/or Fe 3+, characterised in that the composition further comprises a complexone activator, wherein the iron-containing complexone is not EDTA or HEDTA, and wherein the complexone activator is selected from the group consisting of EDTA, or anon-iron salt thereof, lecithin, more preferred soy lecithin, an organic acid or the salt thereof selected from the group consisting of malonic acid, lactic acid, succinic acid, acetic acid, or the mixtures and/or salts thereof, preferably malonic acid and/or its salt.
A tool, in particular a screwdriver, comprising a handle, a working part connected to the handle and serving to open or close a screw connection, a display device displaying a labour value, for example a tightening torque of the screw connection, and a cover device, characterized in that the display device comprises at least two representations of the labour value, in particular of the tightening torque, and that the cover device at least covers one labour value such that only one labour value can be displayed in the display device.
A method of calibrating an analyte concentration sensor, the sensor as a member of a manufactured lot of sensors, the lot of a given type of sensor, in which at least an in vivo sensitivity of the type of sensor of the lot have been determined from retrospective data, the method comprising steps of: measuring one or more long term drift characteristics of sensitivity of a subset of sensors in the lot; for a subject sensor, measuring a value of an initial measurable parameter; determining a first set of coefficients by correlating the measured value of the initial measurable parameter of the subject sensor to the measured one or more long term drift characteristics; characterised in that the method further comprises steps of: determining a second set of coefficients describing a multiplicative scaling between the "initial measurable parameter"-to-"long term drift" and the "initial measurable parameter"-to-"in vivo" relationships by further correlating the relationship between the initial measurable parameter of the subject sensor to the measured one or more long term drift characteristics defined by the first set of coefficients with the retrospective in vivo sensitivity; and determining an estimated value of an in vivo sensitivity of the subject sensor prospectively using a combined relationship with both the first and second set of coefficients. measuring one or more long term drift characteristics of sensitivity of a subset of sensors in the lot; for a subject sensor, measuring a value of an initial measurable parameter; determining a first set of coefficients by correlating the measured value of the initial measurable parameter of the subject sensor to the measured one or more long term drift characteristics; determining a second set of coefficients describing a multiplicative scaling between the "initial measurable parameter"-to-"long term drift" and the "initial measurable parameter"-to-"in vivo" relationships by further correlating the relationship between the initial measurable parameter of the subject sensor to the measured one or more long term drift characteristics defined by the first set of coefficients with the retrospective in vivo sensitivity; and determining an estimated value of an in vivo sensitivity of the subject sensor prospectively using a combined relationship with both the first and second set of coefficients.