mhurhangee/ep-ind-claims huggingface dataset:
Butyribacter intestini for use in preventing and/or treating inflammatory bowel disease, wherein the Butyribacter intestini is Butyribacter intestini TF01-11 with a deposit number of CGMCC 10984, and the inflammatory bowel disease is selected from ulcerative colitis, general enteritis or a combination thereof.
A secondary battery comprising: a case having a first surface and a second surface perpendicular to the first surface; an electrode assembly and an electrolyte disposed inside the case; and a cover that is fitted to the case and includes a base portion that covers at least one portion of the first surface; wherein; the second surface is provided with a mounting portion; the mounting portion is recessed inwardly relative to a peripheral portion of the second surface that is situated in a region adjacent the mounting portion; the cover further includes at least one extension portion that extends from the base portion and is accommodated within the mounting portion; characterised in that an outer surface of the second surface is provided to be recessed from the peripheral portion of the mounting portion so that the mounting portion has first and second stepped recessed portions (515, 522) wherein a depth of the first stepped recess portion is less than the depth of the second stepped recess portion and wherein the first stepped recessed portion is adjacent to the peripheral portion of the mounting portion; thicknesses of the extension portion correspond to the different depths (z1, z2) such that the stepped recessed portions (515, 522) offset the extension portion such that an external surface of the extension portion is flush with an external surface of the peripheral portion; and a label at least partly covers the second surface of the case and the extension portion. a case having a first surface and a second surface perpendicular to the first surface; an electrode assembly and an electrolyte disposed inside the case; and a cover that is fitted to the case and includes a base portion that covers at least one portion of the first surface; wherein; the second surface is provided with a mounting portion; the mounting portion is recessed inwardly relative to a peripheral portion of the second surface that is situated in a region adjacent the mounting portion; the cover further includes at least one extension portion that extends from the base portion and is accommodated within the mounting portion; characterised in that an outer surface of the second surface is provided to be recessed from the peripheral portion of the mounting portion so that the mounting portion has first and second stepped recessed portions (515, 522) wherein a depth of the first stepped recess portion is less than the depth of the second stepped recess portion and wherein the first stepped recessed portion is adjacent to the peripheral portion of the mounting portion; thicknesses of the extension portion correspond to the different depths (z1, z2) such that the stepped recessed portions (515, 522) offset the extension portion such that an external surface of the extension portion is flush with an external surface of the peripheral portion; and a label at least partly covers the second surface of the case and the extension portion.
A casing brake and filling tube combination for an apparatus, like a clipping machine, for filling and closing a tubular or bag-shaped packaging casing, wherein the casing brake and filling tube combination comprises a filling tube and a casing brake assembly, wherein the casing brake and filling tube combination is provided for applying a frictional force to a tubular or bag-shaped packaging casing being arranged on said filling tube, and for limiting the movement of said tubular or bag-shaped packaging casing at least while being filled, and wherein the filling tube includes a brake section with which the casing brake assembly comes reversibly into engagement for applying a frictional force to the tubular or bag-shaped packaging casing, characterised in that the casing brake assembly includes three brake bodies (200a, 200b, 200c), wherein at least two brake bodies (200b, 200c) are at least approximately radially reversibly movable towards the brake section of the filling tube between a release position in which the at least two brake bodies (200b, 200c) are at least partially moved away from the filling tube, and a brake position, in which the three brake bodies (200a, 200b, 200c) at least approximately completely surround the brake section of the filling tube, and wherein the filling tube has an at least approximately polygonal cross-section, and the three brake bodies (200a, 200b, 200c) each enclose a corresponding polygonal shaped clearance facing to the filling tube and matching with the polygonal cross-section of the brake section of the filling tube when in the brake position.
Sliding door fitting for motor-driven opening and closing of at least two sliding doors (3, 3') of a cabinet, which are guided parallel to one another, each in its own plane of displacement, and which are displaceably mounted with running parts (9, 10, 9', 10') to a corpus of the cabinet, comprising for each sliding door (3, 3') one drive arm (8, 8') in each case for mounting to the sliding door (3, 3') and one gear part (4, 4') in each case with a housing (11, 11') for mounting to a mounting surface of the corpus and with a drive means (5, 6, 7) which comprises a drive motor (13, 13') and a rope drive, belt drive or spindle drive driven by the drive motor (13, 13') in order to displace the drive arm (8, 8') which is mounted to the rope drive, belt drive or spindle drive between two end positions by the force of the drive motor (13, 13'), characterized in that the at least two housings (11, 11') are connected to one another such that they can be displaced relative to one another in the displacement direction of the sliding doors (3, 3') in order to adjust the sliding door fitting to cabinets of different widths, and each housing (11, 11') comprises an opening facing the mounting surface or facing away from the mounting surface, through which a drive means of the rope drive, belt drive or spindle drive connected to the drive arm (8, 8') in each case projects, wherein the housings are each formed by a U-shaped profile rail (11, 11'), the U-shaped profile cavity of which comprises the rope drive, belt drive or spindle drive that can be displaced by the drive motor (13, 13').
A method of producing a fluorescent material-containing sealant, comprising: a mixing step of mixing (i) a powder of silicone resins which have been semi-cured by primary crosslinking and (ii) a powder of fluorescent materials, so that a powder mixture is obtained; a kneading step of kneading, by use of a kneading extruding device including at least one screw, the powder mixture while melting the powder mixture by heat at a temperature lower than a secondary crosslinking temperature, so that a kneaded mixture is obtained, the secondary crosslinking temperature being a temperature at which the silicone resins form secondary crosslinking; and an extruding step of extruding the kneaded mixture in a form of a cord from an output port of the kneading extruding device, which output port has at least one through hole, the silicone resins being configured to (i) reversibly change in viscosity in a temperature region between room temperature and the temperature lower than the secondary crosslinking temperature and (ii) be completely cured in a temperature region encompassing the secondary crosslinking temperature or higher. a mixing step of mixing (i) a powder of silicone resins which have been semi-cured by primary crosslinking and (ii) a powder of fluorescent materials, so that a powder mixture is obtained; a kneading step of kneading, by use of a kneading extruding device including at least one screw, the powder mixture while melting the powder mixture by heat at a temperature lower than a secondary crosslinking temperature, so that a kneaded mixture is obtained, the secondary crosslinking temperature being a temperature at which the silicone resins form secondary crosslinking; and an extruding step of extruding the kneaded mixture in a form of a cord from an output port of the kneading extruding device, which output port has at least one through hole, the silicone resins being configured to (i) reversibly change in viscosity in a temperature region between room temperature and the temperature lower than the secondary crosslinking temperature and (ii) be completely cured in a temperature region encompassing the secondary crosslinking temperature or higher.
A recommended tire selection system that selects a recommended tire that is a combination of a toric casing including at least a carcass and a bead, and a tread that is pasted onto a peripheral unit of the casing and comes into contact with the road, the system comprising: a driving condition obtaining unit that obtains a driving condition of a vehicle on which the recommended tire is loaded; a retread necessity obtaining unit that obtains the retread necessity to replace the tread; a performance decision unit that decides a rolling resistance and a wear resistance of the recommended tire based on the driving condition obtained by the driving condition obtaining unit, and decides a casing durability based on the retread necessity obtained by the retread necessity obtaining unit; and a selection unit that selects a recommended tire that is a combination of a tread and a casing, fulfilling the rolling resistance, the wear resistance, and the casing durability, decided by the performance decision unit. a driving condition obtaining unit that obtains a driving condition of a vehicle on which the recommended tire is loaded; a retread necessity obtaining unit that obtains the retread necessity to replace the tread; a performance decision unit that decides a rolling resistance and a wear resistance of the recommended tire based on the driving condition obtained by the driving condition obtaining unit, and decides a casing durability based on the retread necessity obtained by the retread necessity obtaining unit; and a selection unit that selects a recommended tire that is a combination of a tread and a casing, fulfilling the rolling resistance, the wear resistance, and the casing durability, decided by the performance decision unit.
A filler neck assembly providing a main channel for supplying a liquid into a tank and an auxiliary channel for evacuating gas from said tank, wherein said main channel comprises a tubular main body with a first end for receiving a filler spout and a second end for discharging said liquid into said tank, and characterized in that said auxiliary channel comprises a first section and a second section, said first section being a channel integrally moulded with said tubular main body, and said second section being formed by a feature on the exterior of said main body cooperating with a separately formed part.
Fill level radar comprising a high-frequency module for fill level measuring at frequencies of more than 75 gigahertz, the high-frequency module comprising: at least one microwave semiconductor; a printed circuit board; a housing (701, 702, 703, 704, 705) for the high-frequency module, which housing (701, 702, 703, 704, 705) is conductively glued to the printed circuit board and serves to protect the printed circuit board; wherein the microwave semiconductor is arranged on the printed circuit board; further comprising a metallization, arranged between the microwave semiconductor and the printed circuit board; wherein vias through the printed circuit board and below the microwave semiconductor are provided and connected to the metallization; wherein the microwave semiconductor is a frequency multiplier; wherein the high-frequency module is configured for supplying voltage to the microwave semiconductor in pulsed operation. at least one microwave semiconductor; a printed circuit board; a housing (701, 702, 703, 704, 705) for the high-frequency module, which housing (701, 702, 703, 704, 705) is conductively glued to the printed circuit board and serves to protect the printed circuit board; wherein the microwave semiconductor is arranged on the printed circuit board; further comprising a metallization, arranged between the microwave semiconductor and the printed circuit board; wherein vias through the printed circuit board and below the microwave semiconductor are provided and connected to the metallization; wherein the microwave semiconductor is a frequency multiplier; wherein the high-frequency module is configured for supplying voltage to the microwave semiconductor in pulsed operation.
A water-cooled heat dissipation device, comprising a first water-cooled plate and a sealing plate; wherein the first water-cooled plate comprises a first water-cooled substrate and a plurality of first heat dissipation fins arranged on the first water-cooled substrate; and the sealing plate comprises a sealing plate substrate and a plurality of second heat dissipation fins arranged on the sealing plate substrate and each arranged between two of the plurality of first heat dissipation fins, and the first water-cooled substrate is hermetically matched with the sealing plate substrate to form a water-cooled cavity for accommodating the plurality of first heat dissipation fins and the plurality of second heat dissipation fins; characterized in that, the water-cooled heat dissipation device further comprises a first heat-conducting component with one end connected to the first water-cooled substrate and the other end connected to the second heat dissipation fins. the first water-cooled plate comprises a first water-cooled substrate and a plurality of first heat dissipation fins arranged on the first water-cooled substrate; and the sealing plate comprises a sealing plate substrate and a plurality of second heat dissipation fins arranged on the sealing plate substrate and each arranged between two of the plurality of first heat dissipation fins, and the first water-cooled substrate is hermetically matched with the sealing plate substrate to form a water-cooled cavity for accommodating the plurality of first heat dissipation fins and the plurality of second heat dissipation fins; characterized in that, the water-cooled heat dissipation device further comprises a first heat-conducting component with one end connected to the first water-cooled substrate and the other end connected to the second heat dissipation fins.
A holding system for attachment to a device for testing and/or manipulating samples, the holding system comprising: - a holding module for attaching the holding system to the device; and - a carrier module held on the holding module in a repeatedly exchangeable manner for receiving and/or holding a sample, characterized in that the holding system provides a reference position for the carrier module, in which the carrier module is fixed in a repeatedly reproducible position relative to the holding module, and wherein the carrier module is latchable to the holding module in the reference position. - a holding module for attaching the holding system to the device; and - a carrier module held on the holding module in a repeatedly exchangeable manner for receiving and/or holding a sample,
A radio communication device comprising: a measurement control part that selects a type of reference signal to be measured to determine a cooperation group that performs multi-point cooperative transmission and reception, CoMP, for the device, wherein the cooperation group comprises one or more eNodeBs; and a reference signal measurement part that measures a reference signal, that is transmitted from each eNodeB, of the type selected by the measurement control part to determine the cooperation group, wherein the measurement control part selects a type of reference signal to be measured to determine the cooperation group in accordance with a CoMP scenario that is applied in a current cell. a measurement control part that selects a type of reference signal to be measured to determine a cooperation group that performs multi-point cooperative transmission and reception, CoMP, for the device, wherein the cooperation group comprises one or more eNodeBs; and a reference signal measurement part that measures a reference signal, that is transmitted from each eNodeB, of the type selected by the measurement control part to determine the cooperation group, wherein the measurement control part selects a type of reference signal to be measured to determine the cooperation group in accordance with a CoMP scenario that is applied in a current cell.
An assembly for a footwear, comprising: a cell comprising a housing structure, the cell comprising a first chamber to contain a fluid; a port;, characterised in that the assembly further comprises a vibrator responsive to activation to cause a reduction in fluid flow through the port between the first chamber and a second chamber by changing a characteristic of the fluid in the port. a cell comprising a housing structure, the cell comprising a first chamber to contain a fluid; a port;, characterised in that the assembly further comprises a vibrator responsive to activation to cause a reduction in fluid flow through the port between the first chamber and a second chamber by changing a characteristic of the fluid in the port.
A cleaner comprising: a cleaner body; a wheel which movably supports the cleaner body with respect to a floor; a traveling drive motor which is disposed in the cleaner body; a first pulley which is rotated by a driving force of the traveling drive motor; a second pulley which is rotated when the first pulley rotates and rotates the wheel; a belt which connects the first pulley and the second pulley; characterized in that the cleaner comprises a clutch which adjusts tension of the belt to connect or disconnect power between the first pulley and the second pulley. a cleaner body; a wheel which movably supports the cleaner body with respect to a floor; a traveling drive motor which is disposed in the cleaner body; a first pulley which is rotated by a driving force of the traveling drive motor; a second pulley which is rotated when the first pulley rotates and rotates the wheel; a belt which connects the first pulley and the second pulley; characterized in that the cleaner comprises a clutch which adjusts tension of the belt to connect or disconnect power between the first pulley and the second pulley.
A pellicle membrane, comprising a film consisting of an organic material and an inorganic material, wherein a region containing the organic material and a region consisting of the inorganic material are present in the same plane of the film, and wherein at least a central portion of the film is the region consisting of the inorganic material, and at least a peripheral edge portion of the film is the region containing the organic material.
A mechanical insufflation-exsufflation system, the system comprising: a subject interface, a pressure generator configured to generate a pressurized flow of breathable gas for delivery to an airway of the subject, the pressure generator being configured to provide a positive pressurized flow in an insufflation mode and to provide a pressurized negative flow in an exsufflation mode; one or more sensors configured to generate output signals related to one or more parameters associated with gas in the subject interface; and comprising one or more processors operatively connected to the one or more sensors to receive the output signals; whereby the processors are configured to: compare a pressure level of the gas to a pressure level threshold; compare a flow rate of the gas to a flow rate threshold; and determine an initiation of a cough by the subject when the pressure level of the gas exceeds the pressure level threshold and the flow rate of the gas exceeds the flow rate threshold. synchronize a transition of the pressure generator from the insufflation mode to the exsufflation mode with the initiation of the cough by the subject. a subject interface, a pressure generator configured to generate a pressurized flow of breathable gas for delivery to an airway of the subject, the pressure generator being configured to provide a positive pressurized flow in an insufflation mode and to provide a pressurized negative flow in an exsufflation mode; one or more sensors configured to generate output signals related to one or more parameters associated with gas in the subject interface; and comprising one or more processors operatively connected to the one or more sensors to receive the output signals; whereby the processors are configured to: compare a pressure level of the gas to a pressure level threshold; compare a flow rate of the gas to a flow rate threshold; and determine an initiation of a cough by the subject when the pressure level of the gas exceeds the pressure level threshold and the flow rate of the gas exceeds the flow rate threshold. synchronize a transition of the pressure generator from the insufflation mode to the exsufflation mode with the initiation of the cough by the subject. compare a pressure level of the gas to a pressure level threshold; compare a flow rate of the gas to a flow rate threshold; and determine an initiation of a cough by the subject when the pressure level of the gas exceeds the pressure level threshold and the flow rate of the gas exceeds the flow rate threshold. synchronize a transition of the pressure generator from the insufflation mode to the exsufflation mode with the initiation of the cough by the subject.
A nuclear reactor, in particular a liquid metal cooled reactor, comprising a reactor vessel which houses a hot collector above a core and a cold collector surrounding the hot collector, separated by a separation structure and in which a primary fluid circulates for cooling the core; the reactor comprising at least one compact heat exchanger, in particular a steam generator, configured for supply from the bottom with primary fluid coming from the hot collector; characterized in that the heat exchanger has a circumferential outlet window at a free surface of the primary fluid in the cold collector.