mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell module comprising, a fuel cell stack; a blower for supplying air to the one or more cathode electrodes when the fuel cell stack is operating in a charged state; a device other than the blower adapted to supply air to one or more cathode electrodes of the fuel cell stack while the fuel cell stack is in a discharged state using a power source other than the fuel cell stack, wherein: a) the fuel cell module further comprises a battery and the device is a fan, operable by way of electrical energy provided by the battery to supply air to one or more cathode electrodes of the fuel cell stack while the fuel cell stack is in a discharged state; or b) the fuel cell module further comprises a tank containing compressed hydrogen and the device is operable by way of energy provided while the fuel cell stack is in a discharged state by flow, pressure or a change in pressure, of the hydrogen. a fuel cell stack; a blower for supplying air to the one or more cathode electrodes when the fuel cell stack is operating in a charged state; a device other than the blower adapted to supply air to one or more cathode electrodes of the fuel cell stack while the fuel cell stack is in a discharged state using a power source other than the fuel cell stack, wherein: a) the fuel cell module further comprises a battery and the device is a fan, operable by way of electrical energy provided by the battery to supply air to one or more cathode electrodes of the fuel cell stack while the fuel cell stack is in a discharged state; or b) the fuel cell module further comprises a tank containing compressed hydrogen and the device is operable by way of energy provided while the fuel cell stack is in a discharged state by flow, pressure or a change in pressure, of the hydrogen. a) the fuel cell module further comprises a battery and the device is a fan, operable by way of electrical energy provided by the battery to supply air to one or more cathode electrodes of the fuel cell stack while the fuel cell stack is in a discharged state; or b) the fuel cell module further comprises a tank containing compressed hydrogen and the device is operable by way of energy provided while the fuel cell stack is in a discharged state by flow, pressure or a change in pressure, of the hydrogen.
Dish-receiving unit (12 - 14), in particular dish rack, for a household dishwasher, having a lattice-like base, an inlet pipe, an intensive washing zone provided on the dish-receiving unit (12 - 14), and a manually operable on/off valve (32A, 32B) arranged between the inlet pipe and the intensive washing zone which is designed to switch the intensive washing zone optionally from a deactivated state to an activated state and vice versa, wherein the on/off valve (32A, 32B) is operable through the base, wherein the on/off valve (32A, 32B) has an open position and a closed position, characterised in that the on/off valve (32A, 32B) is arranged below the base of the dish-receiving unit (12 - 14) such that it is arranged in the open position, in the closed position and also when the on/off valve is switched from the open position into the closed position and vice versa below the base of the dish-receiving unit (12 - 14), so that it is protected from damage by items to be washed and in the case of a fully loaded dish-receiving unit, a subsequent control of the on/off valve (32A, 32B) is possible from below or from the side.
An extruded particle for use in a foodstuff, the extruded particle comprising a carrier matrix, the carrier matrix comprising: ethyl cellulose; a hydrophobic plasticizer which is oleic acid; and a sweetening component selected from the group consisting of stevioside, rebaudioside A, sodium cyclamate, aspartame, sucralose and sodium saccharine, or mixtures thereof, dispersed throughout the matrix. ethyl cellulose; a hydrophobic plasticizer which is oleic acid; and
Apparatus for delivering fuel having a cover for closing an opening of a fuel container, having a filter housing which is fastened to the cover, at least two holding means being provided on the cover, which holding means interact with the filter housing in a positively locking manner, characterized in that projections are provided on the filter housing, which projections can be moved into the positively locking connection with the holding means by way of a rotational movement of the filter housing, a mechanical connection being additionally provided in order to secure the positively locking connection.
A liquid crystal display comprising: a mounting plate; a plurality of liquid crystal panels mutually arranged adjacent to each other in a lateral direction; and a fixing frame which is fixed to an upper surface of the mounting plate and includes facing portions (17 a/b) extending along neighboring edges of directly neighboring liquid crystal panels that are spaced from one another by a predetermined distance; characterized by a respective fixing bar which is fitted between said adjacent facing portions (17 a/b) of the fixing frame in a state of firmly fixing edges of directly neighboring liquid crystal panels against the fixing frame, the plurality of liquid crystal panels being spaced from the upper surface of the mounting plate, wherein the fixing bar comprises: a pillar which is fitted between said adjacent facing portions (17 a/b) of the fixing frame; and a head which is extended along the lateral direction at an upper end of the pillar to firmly fix the directly neighboring liquid crystal panels against the fixing frame. a mounting plate; a plurality of liquid crystal panels mutually arranged adjacent to each other in a lateral direction; and a fixing frame which is fixed to an upper surface of the mounting plate and includes facing portions (17 a/b) extending along neighboring edges of directly neighboring liquid crystal panels that are spaced from one another by a predetermined distance; characterized by a respective fixing bar which is fitted between said adjacent facing portions (17 a/b) of the fixing frame in a state of firmly fixing edges of directly neighboring liquid crystal panels against the fixing frame, the plurality of liquid crystal panels being spaced from the upper surface of the mounting plate, wherein the fixing bar comprises: a pillar which is fitted between said adjacent facing portions (17 a/b) of the fixing frame; and a head which is extended along the lateral direction at an upper end of the pillar to firmly fix the directly neighboring liquid crystal panels against the fixing frame. a pillar which is fitted between said adjacent facing portions (17 a/b) of the fixing frame; and a head which is extended along the lateral direction at an upper end of the pillar to firmly fix the directly neighboring liquid crystal panels against the fixing frame.
The heat exchanger for the condensing boiler fitted with liquid, gas and fume inlet and outlet stub pipes (12,13,15,16), having an cylindrical outer jacket which encases a combustion chamber mounted in a top section thereof, under which a set of vertical pipe elements is fitted, both ends of which are fixed to a sieve walls, where the top sieve wall serves as the bottom of the combustion chamber and where partitions of any desired shape or number may be fitted crosswise in relation to the pipe elements, and the space between the side wall of the combustion chamber and the outer jacket and the space under the combustion chamber where the pipe element set is mounted are mutually connected to form the fluid chamber characterised in that the combustion chamber is given the shape of a truncated cone with the diameter decreasing towards the top, and the bottom of the combustion chamber is given the shape of a truncated cone with its diameter decreasing towards the bottom sieve wall.
An apparatus for evaluating an amount of biological sample in a specimen container, comprising: a removable member comprising a protruding portion; a fixture with a bottom surface configured to receive a specimen container containing a biological sample and to support a bottom surface of the specimen container; a holder connected to the fixture and configured to removably engage with the protruding portion of the removable member in a predetermined position relative to the bottom surface of the fixture such that a lower end of the removable member rests on top of a portion of the holder; and a reference indicator provided on the removable member, wherein the holder is configured to affix to the fixture to locate the reference indicator at a predetermined height above the bottom surface of the fixture, wherein the holder comprises a shape corresponding to the shape of the protruding portion such that the holder receives the protruding portion to securely affix the removable member to the fixture, wherein the lower end of the removable member is an end of the removable member that is closest to the bottom surface, and wherein the reference indicator is configured to facilitate a visual comparison of the reference indicator with a height of a volume of the biological sample in the specimen container to determine whether the specimen container contains an appropriate amount of the biological sample. a removable member comprising a protruding portion; a fixture with a bottom surface configured to receive a specimen container containing a biological sample and to support a bottom surface of the specimen container; a holder connected to the fixture and configured to removably engage with the protruding portion of the removable member in a predetermined position relative to the bottom surface of the fixture such that a lower end of the removable member rests on top of a portion of the holder; and a reference indicator provided on the removable member, wherein the holder is configured to affix to the fixture to locate the reference indicator at a predetermined height above the bottom surface of the fixture, wherein the holder comprises a shape corresponding to the shape of the protruding portion such that the holder receives the protruding portion to securely affix the removable member to the fixture, wherein the lower end of the removable member is an end of the removable member that is closest to the bottom surface, and wherein the reference indicator is configured to facilitate a visual comparison of the reference indicator with a height of a volume of the biological sample in the specimen container to determine whether the specimen container contains an appropriate amount of the biological sample.
A hydraulic power recovery turbine comprising: a casing; a rotor arranged for rotation in said casing, said rotor comprising a rotor shaft and at least one impeller mounted on said rotor shaft; at least one drive-end bearing housing comprising a mounting flange to connect the drive end bearing housing to the casing; at least one drive-end bearing arranged in said drive-end bearing housing and rotatingly supporting the rotor shaft; wherein: a clutch and a shaft hub with two bearings (61, 63) mounted inside the shaft hub are arranged in said drive-end bearing housing; said clutch connecting said rotor shaft to an output shaft of the hydraulic power recovery turbine extending from the drive-end bearing housing. a casing; a rotor arranged for rotation in said casing, said rotor comprising a rotor shaft and at least one impeller mounted on said rotor shaft; at least one drive-end bearing housing comprising a mounting flange to connect the drive end bearing housing to the casing; at least one drive-end bearing arranged in said drive-end bearing housing and rotatingly supporting the rotor shaft; wherein: a clutch and a shaft hub with two bearings (61, 63) mounted inside the shaft hub are arranged in said drive-end bearing housing; said clutch connecting said rotor shaft to an output shaft of the hydraulic power recovery turbine extending from the drive-end bearing housing.
Adhesive film comprising a layer of an adhesive, comprising one or more polymers and at least one peroxide, characterized in that the adhesive comprises at least 50% by weight of those thermoplastic polymers having no C=C multiple bonds, where at least one of the thermoplastic polymers is a polyurethane, in that the at least one peroxide has the general structural formula R-O-O-R' where R and R' each represent organyl groups or collectively represent a cyclic organyl group, and in that the peroxide in the form of a 0.1 molar solution in monochlorobenzene has a 1 minute half-life temperature not exceeding 200°C. in that the adhesive comprises at least 50% by weight of those thermoplastic polymers having no C=C multiple bonds, where at least one of the thermoplastic polymers is a polyurethane, in that the at least one peroxide has the general structural formula R-O-O-R' where R and R' each represent organyl groups or collectively represent a cyclic organyl group, and in that the peroxide in the form of a 0.1 molar solution in monochlorobenzene has a 1 minute half-life temperature not exceeding 200°C.
A method of addressing a data packet in a mesh network, the method comprising: receiving, at a router device (102, 202, 210), a packet to deliver to a network destination, wherein the network destination is an Endpoint Identifier, EID, associated with a mesh network device; determining if the network destination is a destination on the mesh network; sending an address query including the EID over the mesh network, using multicast addressing, to find a Routing Locator, RLOC, associated with the network destination; and forwarding the packet, using the RLOC to provide a routable network address for a destination address for the packet. receiving, at a router device (102, 202, 210), a packet to deliver to a network destination, wherein the network destination is an Endpoint Identifier, EID, associated with a mesh network device; determining if the network destination is a destination on the mesh network; sending an address query including the EID over the mesh network, using multicast addressing, to find a Routing Locator, RLOC, associated with the network destination; and forwarding the packet, using the RLOC to provide a routable network address for a destination address for the packet.
A nonwoven, wherein the nonwoven fibers are organic polymer fibers, wherein the nonwoven is consolidated with an aqueous binder, wherein the binder comprises protein and a polyphenolic compound from natural origin.
A method comprising: storing, at a cloud host device, a plurality of test device configuration instructions for configuring a plurality of cable network testing devices to perform different cable network testing procedures; receiving, at the cloud host device and from a first computing device, each of the following: a selection of a cable network testing device from the plurality of cable network testing devices, wherein the selected cable network testing device is separate from the first computing device, and a first selection of test device configurations from the plurality of test device configurations to provide to the selected cable network testing device; downloading, at the selected cable network testing device and from the cloud host device the first selected test device configurations; receiving, at the selected cable network testing device and from a user of the selected cable network testing device, a second selection of one test device configuration from the first selected test device configurations; configuring the selected cable network testing device to perform one or more cable network testing procedures based on the second selected test device configuration; and performing, by the selected cable network testing device, the one or more cable testing procedures in accordance with the second selected test device configuration. storing, at a cloud host device, a plurality of test device configuration instructions for configuring a plurality of cable network testing devices to perform different cable network testing procedures; receiving, at the cloud host device and from a first computing device, each of the following: a selection of a cable network testing device from the plurality of cable network testing devices, wherein the selected cable network testing device is separate from the first computing device, and a first selection of test device configurations from the plurality of test device configurations to provide to the selected cable network testing device; a selection of a cable network testing device from the plurality of cable network testing devices, wherein the selected cable network testing device is separate from the first computing device, and a first selection of test device configurations from the plurality of test device configurations to provide to the selected cable network testing device; downloading, at the selected cable network testing device and from the cloud host device the first selected test device configurations; receiving, at the selected cable network testing device and from a user of the selected cable network testing device, a second selection of one test device configuration from the first selected test device configurations; configuring the selected cable network testing device to perform one or more cable network testing procedures based on the second selected test device configuration; and performing, by the selected cable network testing device, the one or more cable testing procedures in accordance with the second selected test device configuration.
Method of improving a performance parameter in a horse, wherein said performance parameter is chosen from increase in lean muscle mass, reduction in lactic acid, increase in workload tolerance, and faster recuperation after workload, wherein said method comprises administering to said horse a composition formulated to provide 0.1 to 10 mg/150 kg subject/day of n-glycolylneuraminic acid.
A medicament delivery device comprising: - a housing (2; 2a) having a proximal end and a distal end; - a medicament container positioned in the housing (2; 2a) and having a medicament delivery member shield; - a medicament delivery mechanism associated with the medicament container; - an activation member operably connected to the medicament delivery mechanism and longitudinally movable in relation to the housing from an extended position to a retracted position to activate the medicament delivery mechanism; and - a removable cap assembly comprising an outer tubular cap body (7; 7a) and an inner tubular integrity lock member (9; 9a) coaxially coupled to the outer tubular cap body; characterized in that in a first position of the removable cap assembly, a resilient structure (91; 91a) of the inner tubular integrity lock member (9; 9a) is configured to interact with both a first engaging structure of the activation member and a second engaging structure (21; 21a) of the housing (2; 2a) for preventing the activation member from moving into the retracted position; wherein the resilient structure (91; 91a) of the inner tubular integrity lock member (9; 9a) comprises a pair of spaced apart longitudinally extending arms (92; 92a) which are flexible in the transversal direction and which define an opening (93; 93a) between them. - a housing (2; 2a) having a proximal end and a distal end; - a medicament container positioned in the housing (2; 2a) and having a medicament delivery member shield; - a medicament delivery mechanism associated with the medicament container; - an activation member operably connected to the medicament delivery mechanism and longitudinally movable in relation to the housing from an extended position to a retracted position to activate the medicament delivery mechanism; and - a removable cap assembly comprising an outer tubular cap body (7; 7a) and an inner tubular integrity lock member (9; 9a) coaxially coupled to the outer tubular cap body; characterized in that in a first position of the removable cap assembly, a resilient structure (91; 91a) of the inner tubular integrity lock member (9; 9a) is configured to interact with both a first engaging structure of the activation member and a second engaging structure (21; 21a) of the housing (2; 2a) for preventing the activation member from moving into the retracted position; wherein the resilient structure (91; 91a) of the inner tubular integrity lock member (9; 9a) comprises a pair of spaced apart longitudinally extending arms (92; 92a) which are flexible in the transversal direction and which define an opening (93; 93a) between them.
A method of designating backup channels for a radar-free channel list usable by an access point operable in a spectrum, the method comprising: determining candidate backup channels for the radar-free channel list; performing a radar scan on each candidate backup channel until a radar-free channel is found and deleting any candidate backup channel from the radar-free channel list found with radar during the step of performing; choosing the radar-free channel as a current channel and deleting the radar-free channel from the radar-free channel list; sending beacons using the current channel; allowing stations to authenticate and associate with the access point; determining whether any associated stations exist that are willing to perform a radar scan on other candidate backup channels in the radar-free channel list; and if so, performing a radar scan on other candidate backup channels in the radar-free channel list using the associated stations that are willing to perform the radar scan; or if not, performing a radar scan on other candidate backup channels in the radar-free channel list using the access point; designating candidate backup channels which are radar-free as backup channels, and deleting candidate backup channels with radar from the radar-free channel list during the step of scanning. determining candidate backup channels for the radar-free channel list; performing a radar scan on each candidate backup channel until a radar-free channel is found and deleting any candidate backup channel from the radar-free channel list found with radar during the step of performing; choosing the radar-free channel as a current channel and deleting the radar-free channel from the radar-free channel list; sending beacons using the current channel; allowing stations to authenticate and associate with the access point; determining whether any associated stations exist that are willing to perform a radar scan on other candidate backup channels in the radar-free channel list; and if so, performing a radar scan on other candidate backup channels in the radar-free channel list using the associated stations that are willing to perform the radar scan; or if not, performing a radar scan on other candidate backup channels in the radar-free channel list using the access point; if so, performing a radar scan on other candidate backup channels in the radar-free channel list using the associated stations that are willing to perform the radar scan; or if not, performing a radar scan on other candidate backup channels in the radar-free channel list using the access point; designating candidate backup channels which are radar-free as backup channels, and deleting candidate backup channels with radar from the radar-free channel list during the step of scanning.