mhurhangee/ep-ind-claims huggingface dataset:
A shift mechanism (100, 200) for a belt drive assembly comprising: a shaft (102, 202) rotatable about an axis; a first pulley (124, 224) mounted on and rotateable about the shaft (102, 202), the first pulley (124, 224) including a first aperture (132, 232); a second pulley (136, 236) mounted on and rotateable about the shaft (102, 202) and positioned adjacent the first pulley (124, 224), the second pulley (136, 236) including a second aperture (144, 244); and a shift collar (156, 256) mounted on the shaft (102, 202) for rotation therewith and for axial movement relative to the shaft (102, 202), and positioned between the first and second pulleys (124, 224, 136, 236), wherein the shift collar (156, 256) is moveable between first and second positions, characterized in that the shift collar (156, 256) includes: an annular body, a first dowel extending from a first surface of the annular body engageable with the first aperture (132, 232) of the first pulley (124, 224), and a second dowel extending from a second surface of the annular body engageable with the second aperture (144, 244) of the second pulley (136, 236), wherein in the first position the first dowel is engaged with the first aperture (132, 232) and in the second position the second dowel is engaged with the second aperture (144, 244). a shaft (102, 202) rotatable about an axis; a first pulley (124, 224) mounted on and rotateable about the shaft (102, 202), the first pulley (124, 224) including a first aperture (132, 232); a second pulley (136, 236) mounted on and rotateable about the shaft (102, 202) and positioned adjacent the first pulley (124, 224), the second pulley (136, 236) including a second aperture (144, 244); and a shift collar (156, 256) mounted on the shaft (102, 202) for rotation therewith and for axial movement relative to the shaft (102, 202), and positioned between the first and second pulleys (124, 224, 136, 236), wherein the shift collar (156, 256) is moveable between first and second positions, characterized in that the shift collar (156, 256) includes: an annular body, a first dowel extending from a first surface of the annular body engageable with the first aperture (132, 232) of the first pulley (124, 224), and a second dowel extending from a second surface of the annular body engageable with the second aperture (144, 244) of the second pulley (136, 236), an annular body, a first dowel extending from a first surface of the annular body engageable with the first aperture (132, 232) of the first pulley (124, 224), and a second dowel extending from a second surface of the annular body engageable with the second aperture (144, 244) of the second pulley (136, 236), wherein in the first position the first dowel is engaged with the first aperture (132, 232) and in the second position the second dowel is engaged with the second aperture (144, 244).
Door for sealing a cooking chamber of a cooking appliance, having a rear wall and a condensate collection device for collecting a condensate draining from a rear side of the rear wall, characterised in that the condensate collection device comprises a collection and guide rail arranged on the door, which collects the condensate draining from the rear side and diverts said condensate in the direction of a collection container of the condensate collection device arranged on the door, wherein the collection and guide rail is arranged in the region of a lower edge of the rear wall and a trap sheet of the collection and guide rail extends obliquely upward and at an incline facing away from the rear side, so that a funnel-shaped inlet is formed between the rear side and the trap sheet.
A computer program comprising instructions which, when the program is executed by a data processing system comprising a processor and a visual display screen, cause the processor to carry out the steps of: generating a first electroanatomic map of a heart of a living subject; generating a second electroanatomic map of the heart; designating common spatial locations having common electrical activities on the first and second electroanatomic maps, wherein the common spatial locations correspond to first electrical events (79, 81, 83) on the first electroanatomic map and second electrical events (85, 87, 89) on the second electroanatomic map; aligning the common spatial locations of the first electroanatomic map and the second electroanatomic map to establish a third electroanatomic map; and displaying the third electroanatomic map on the visual display screen. generating a first electroanatomic map of a heart of a living subject; generating a second electroanatomic map of the heart; designating common spatial locations having common electrical activities on the first and second electroanatomic maps, wherein the common spatial locations correspond to first electrical events (79, 81, 83) on the first electroanatomic map and second electrical events (85, 87, 89) on the second electroanatomic map; aligning the common spatial locations of the first electroanatomic map and the second electroanatomic map to establish a third electroanatomic map; and displaying the third electroanatomic map on the visual display screen.
A skiing apparatus suitable for riding on dry land surface and steerable by rider's legs which apparatus comprises: an elongated platform (100, 200, 300, 400, 500) supporting the skier; a leading self-steering swivel caster (101, 201, 301, 401, 501) mounted to the underside of said elongated platform (100, 200, 300, 400, 500); characterized in that it also comprises a trailing non self-steering swivel caster (103, 203, 303, 403, 503) mounted on the underside of said elongated platform (100, 200, 300, 400, 500); a steering system comprising a plurality of members connecting the fork of said leading self-steering swivel caster (101, 201, 301, 401, 501), to the fork of said non self-steering trailing swivel caster (103, 203, 303, 403, 503). an elongated platform (100, 200, 300, 400, 500) supporting the skier; a leading self-steering swivel caster (101, 201, 301, 401, 501) mounted to the underside of said elongated platform (100, 200, 300, 400, 500);
Electric actuator for a wing, comprising: - a main part which is to be articulated with a plate fixed to a post or pillar and which includes drive means for a carriage of the actuator, which carriage is movable relative to the main part according to a predetermined path, between a first position and a second position, - a rod which is to be articulated with a wing that is to be manoeuvred by means of the actuator, - securing means (87, 99; 87, 199, 202; 87, 199, 204) for securing the carriage and the rod, said securing means comprising, on the one hand, articulation means for articulating the rod with the carriage, about an axis of rotation, and, on the other hand, mechanical selective locking means (99; 119, 202; 119, 204) for selectively locking the articulation means in rotation, characterised in that - the main part includes a core and a gear motor assembly which is mounted on said core and associated with a chain for driving the movable carriage, relative to the core, between the first and the second position, - the mechanical locking means (99; 119, 202; 119, 204) are capable of assuming - a first configuration in which they immobilise the rod in rotation relative to the carriage by permitting the transmission of a movement of the carriage towards the rod, - a second configuration in which they do not prevent rotation of the rod relative to the carriage, - a main part which is to be articulated with a plate fixed to a post or pillar and which includes drive means for a carriage of the actuator, which carriage is movable relative to the main part according to a predetermined path, between a first position and a second position, - a rod which is to be articulated with a wing that is to be manoeuvred by means of the actuator, - securing means (87, 99; 87, 199, 202; 87, 199, 204) for securing the carriage and the rod, said securing means comprising, on the one hand, articulation means for articulating the rod with the carriage, about an axis of rotation, and, on the other hand, mechanical selective locking means (99; 119, 202; 119, 204) for selectively locking the articulation means in rotation, - the main part includes a core and a gear motor assembly which is mounted on said core and associated with a chain for driving the movable carriage, relative to the core, between the first and the second position, - the mechanical locking means (99; 119, 202; 119, 204) are capable of assuming - a first configuration in which they immobilise the rod in rotation relative to the carriage by permitting the transmission of a movement of the carriage towards the rod, - a second configuration in which they do not prevent rotation of the rod relative to the carriage, - a first configuration in which they immobilise the rod in rotation relative to the carriage by permitting the transmission of a movement of the carriage towards the rod, - a second configuration in which they do not prevent rotation of the rod relative to the carriage,
A leakage current detector for an electricity supply comprising a plurality of supply conductors (L1, L2) supplying a load, the leakage detector comprising: a toroid, a connection (40, 50) from each supply conductor to a common conductor, each connection passing separately through the toroid, a circuit operably connected to the toroid for detecting a differential current resulting from different currents flowing in the connections in the event of a leakage current from one of said conductors to said common conductor, and a circuit arranged to provide an output signal when the differential current reaches a predetermined magnitude.
A fuel dispensing installation, comprising: a first fuel tank containing a first fuel having a first parameter at a first level; second fuel tank containing a second fuel having the first parameter at a second level; a fuel dispenser having a blending system for blending the first and second fuels to form at least a first fuel blend having a third level of the first parameter to be delivered via a fuel hose during a fueling event; a plurality of conduits (101,201) connecting the first and second fuel tanks to the fuel dispenser; a first and a second sensor operatively connected to the fuel dispenser so as to be in fluid communication with the first and second fuels, respectively, so as to sense the first level and the second level of the first parameter of the first and second fuels, respectively, and to output signals representative of the first level and the second level of the first parameter of the first and second fuels to the blending system; and a third sensor located downstream of the blending system and configured to detect the first parameter of retained fuel in the fuel hose prior to the fueling event and and configured to detect the third level of the first parameter of the first fuel blend during the fueling event, wherein the blending system is configured to receive the sensor output signals (104,204,342) and to generate output control signals to maintain the first parameter level of the first fuel blend within a predetermined range of the third level of the first parameter. a first fuel tank containing a first fuel having a first parameter at a first level; second fuel tank containing a second fuel having the first parameter at a second level; a fuel dispenser having a blending system for blending the first and second fuels to form at least a first fuel blend having a third level of the first parameter to be delivered via a fuel hose during a fueling event; a plurality of conduits (101,201) connecting the first and second fuel tanks to the fuel dispenser; a first and a second sensor operatively connected to the fuel dispenser so as to be in fluid communication with the first and second fuels, respectively, so as to sense the first level and the second level of the first parameter of the first and second fuels, respectively, and to output signals representative of the first level and the second level of the first parameter of the first and second fuels to the blending system; and a third sensor located downstream of the blending system and configured to detect the first parameter of retained fuel in the fuel hose prior to the fueling event and and configured to detect the third level of the first parameter of the first fuel blend during the fueling event, wherein the blending system is configured to receive the sensor output signals (104,204,342) and to generate output control signals to maintain the first parameter level of the first fuel blend within a predetermined range of the third level of the first parameter.
A ventilation box for providing ventilation between an interior of a room and an exterior of a room, the ventilation box comprising: - an outer casing; - a main partition, which is arranged in the outer casing to separate an exchange compartment and a transition compartment from the ventilation box, said exchange and transition compartments being arranged inside the outer casing; - external openings, carried by the external casing, each external opening being capable of alternately receiving an air spigot, to fluidly connect the transition compartment and an exterior of the ventilation box, and a blocking member, to close off the external opening; - a main internal opening, carried by the main partition for fluidly connecting the exchange compartment and the transition compartment; and - an exchange opening, carried by the outer casing, configured to fluidly connect the exchange compartment and the interior of the room; characterised in that the ventilation box further comprises a blocking system, which changes between: - a passing configuration, wherein the blocking system allows a fluid exchange between each external opening not shut off by a blocking member and the exchange compartment, via the main internal opening; and - a blocking configuration, wherein the blocking system prevents a fluid exchange between each external opening not shut off by a blocking member and the exchange compartment, via the main internal opening. - an outer casing; - a main partition, which is arranged in the outer casing to separate an exchange compartment and a transition compartment from the ventilation box, said exchange and transition compartments being arranged inside the outer casing; - external openings, carried by the external casing, each external opening being capable of alternately receiving an air spigot, to fluidly connect the transition compartment and an exterior of the ventilation box, and a blocking member, to close off the external opening; - a main internal opening, carried by the main partition for fluidly connecting the exchange compartment and the transition compartment; and - an exchange opening, carried by the outer casing, configured to fluidly connect the exchange compartment and the interior of the room; characterised in that the ventilation box further comprises a blocking system, which changes between: - a passing configuration, wherein the blocking system allows a fluid exchange between each external opening not shut off by a blocking member and the exchange compartment, via the main internal opening; and - a blocking configuration, wherein the blocking system prevents a fluid exchange between each external opening not shut off by a blocking member and the exchange compartment, via the main internal opening. - a passing configuration, wherein the blocking system allows a fluid exchange between each external opening not shut off by a blocking member and the exchange compartment, via the main internal opening; and - a blocking configuration, wherein the blocking system prevents a fluid exchange between each external opening not shut off by a blocking member and the exchange compartment, via the main internal opening.
A cast iron for use with a cylinder block of an engine comprising: carbon (c) of 3.65 to 3.75 wt%; silicon (Si) of 2.0 to 2.25 wt%; manganese (Mn) of 0.3 to 0.6 wt%; copper (Cu) of 1.2 to 1.4 wt%; tin (Sn) of 0.07 to 0.10 wt%; magnesium (Mg) of 0.008 to 0.018 wt%; phosphorus of 0.04 wt% or less; sulfur of 0.02 wt% or less; and the balance of iron (Fe). carbon (c) of 3.65 to 3.75 wt%; silicon (Si) of 2.0 to 2.25 wt%; manganese (Mn) of 0.3 to 0.6 wt%; copper (Cu) of 1.2 to 1.4 wt%; tin (Sn) of 0.07 to 0.10 wt%; magnesium (Mg) of 0.008 to 0.018 wt%; phosphorus of 0.04 wt% or less; sulfur of 0.02 wt% or less; and the balance of iron (Fe).
A method for the production of a composition comprising a fungal biomass, characterized in that said composition has a particular colour, the method comprising the steps of: (a) providing a growth medium; (b) providing at least one fungal strain; (c) cultivating in a batch or fed-batch fermentation the at least one fungal strain in the growth medium until deceleration phase is reached; (d) supplementing the growth medium with at least one additive that gives rise to the colour of the composition, wherein the supplementing is done in the deceleration phase; (e) further cultivating the at least one fungal strain in the growth medium supplemented with the at least one additive that gives rise to the colour of the composition; and (f) harvesting from the growth medium the composition comprising the fungal biomass characterized in that said composition has a particular colour; wherein the particular colour is due to the at least one additive supplemented in step (d). (a) providing a growth medium; (b) providing at least one fungal strain; (c) cultivating in a batch or fed-batch fermentation the at least one fungal strain in the growth medium until deceleration phase is reached; (d) supplementing the growth medium with at least one additive that gives rise to the colour of the composition, wherein the supplementing is done in the deceleration phase; (e) further cultivating the at least one fungal strain in the growth medium supplemented with the at least one additive that gives rise to the colour of the composition; and (f) harvesting from the growth medium the composition comprising the fungal biomass characterized in that said composition has a particular colour;
A method of updating a packet forwarding device, the method comprising: receiving, by the packet forwarding device, an update for updating the packet forwarding device; determining a status of a network traffic associated with the packet forwarding device; determining an update time for applying the update based on the determined status of the network traffic; determining if the determined update time is outside of a grace period associated with the update, the grace period being a period in which the update should be applied and the grace period being indicated by a flag included in the update; if it is determined that the determined update time is outside of the grace period, setting the update time to a predetermined time after expiration of the grace period; and applying the update to the packet forwarding device at the predetermined time after expiration of the grace period. receiving, by the packet forwarding device, an update for updating the packet forwarding device; determining a status of a network traffic associated with the packet forwarding device; determining an update time for applying the update based on the determined status of the network traffic; determining if the determined update time is outside of a grace period associated with the update, the grace period being a period in which the update should be applied and the grace period being indicated by a flag included in the update; if it is determined that the determined update time is outside of the grace period, setting the update time to a predetermined time after expiration of the grace period; and applying the update to the packet forwarding device at the predetermined time after expiration of the grace period.
A method for producing a multi-sheet connection between at least three sheet-metal parts, and especially steel sheet-metal parts, of which two sheet-metal parts lying directly one above another have a lower thermal conductivity than a third sheet-metal part lying on them, characterised in that the sheet-metal parts (1, 2, 4) by way of spot resistance heating on the sheet-metal parts (1, 2) of lower thermal conductivity are welded together and at the same time on sides of the sheet-metal part of higher thermal conductivity are soldered together in the region of a previously applied solder deposit.
A sealant tire, comprising a porous sound-absorbing material attached to the inner side of an innerliner through a sealant layer, wherein the sealant layer comprises 1 to 30 parts by weight of an inorganic filler per 100 parts by weight of butyl rubber, characterized in that the difference in width between the porous sound-absorbing material and the sealant layer is 1 to 40 mm, and wherein the sound absorbing material has a width greater than the width of the sealant layer.
A valve of a hydraulically striking device comprising - a housing, the housing comprising - a means for moving being seated inside the housing to move in a reciprocating manner by means of a hydraulic fluid, characterized in that the means for moving comprises - an inner space, the housing comprises - at least a first abutment surface and a second abutment surface abutting the means for moving, the first abutment surface and the second abutment surface of the housing comprises - a first surface located in a radial inner portion of the first abutment surface and the second abutment surface, wherein the first surface is arranged in fluid communication with the inner space, and - a second surface located in a radial outer portion of the first abutment surface and the second abutment surface, wherein the second surface is arranged to form a sealing surface. - a housing, the housing comprising - a means for moving being seated inside the housing to move in a reciprocating manner by means of a hydraulic fluid, characterized in that the means for moving comprises - an inner space, - at least a first abutment surface and a second abutment surface abutting the means for moving, the first abutment surface and the second abutment surface of the housing comprises - a first surface located in a radial inner portion of the first abutment surface and the second abutment surface, wherein the first surface is arranged in fluid communication with the inner space, and - a second surface located in a radial outer portion of the first abutment surface and the second abutment surface, wherein the second surface is arranged to form a sealing surface.
Vortex pump for delivering liquids which are mixed with solid additions, having a casing, in which firstly an impeller which is not covered on its external diameter is arranged and in which secondly an open space is formed between the impeller and the suction-side casing wall, the casing space which lies radially with respect to the impeller being asymmetrical as viewed in a meridian plane, and the spacing of the suction-side casing wall from the impeller decreasing constantly with the diameter, but there being a spacing between the impeller and the suction-side casing wall over the entire circumference, which spacing is such that a solid object which is contained in the delivery liquid and the greatest extent of which corresponds to the diameter of a predefined sphere is capable of passing the vortex pump, the transition of the suction-side casing wall to the wall of the casing space which lies radially with respect to the impeller taking place in a stepless manner, characterized in that the casing space is asymmetrical, as viewed in the meridian plane, in such a way that the cross sections of the regions which lie radially with respect to the contour of the impeller are greater than the cross sections of the regions which lie in front thereof on the suction side, and the cross sections of the regions which lie radially with respect to the contour of the impeller increasing in the direction of the outlet of the vortex pump to such a size that the predefined sphere is capable of passing the casing.