mhurhangee/ep-ind-claims huggingface dataset:
A one-piece zipper puller (110; 120;...190; 200), comprising: a molded, elastomeric puller body (112; 122;...192; 202); a molded, elastomeric tether (114; 124;... 194; 204) defining a loop integrally formed with said puller body (112; 122;...192; 202); characterized in that said tether (114; 124;... 194; 204) having been subjected to an orienting process by permanent deformation of the molded shape thereof. a molded, elastomeric puller body (112; 122;...192; 202); a molded, elastomeric tether (114; 124;... 194; 204) defining a loop integrally formed with said puller body (112; 122;...192; 202); characterized in that said tether (114; 124;... 194; 204) having been subjected to an orienting process by permanent deformation of the molded shape thereof.
A door assembly comprising: a door body; and a lighting panel arranged at a front portion of the door body, wherein the lighting panel comprises: a panel frame; a lighting device arranged in the panel frame, and configured to emit light; a light guide panel of which an edge faces the lighting device; a front panel providing a front surface of the lighting panel, and arranged in parallel to the light guide panel; and a diffusion panel arranged between the front panel and the light guide panel, and configured to allow light of the light guide panel to penetrate therethrough toward the front panel characterized in that an area of the front panel is smaller than an area of the diffusion panel, and is larger than an area of the light guide panel, thereby uniformly transmitting the light diffused by the diffusion panel to the entire area of the front panel. a door body; and a lighting panel arranged at a front portion of the door body, wherein the lighting panel comprises: a panel frame; a lighting device arranged in the panel frame, and configured to emit light; a light guide panel of which an edge faces the lighting device; a front panel providing a front surface of the lighting panel, and arranged in parallel to the light guide panel; and a diffusion panel arranged between the front panel and the light guide panel, and configured to allow light of the light guide panel to penetrate therethrough toward the front panel characterized in that an area of the front panel is smaller than an area of the diffusion panel, and is larger than an area of the light guide panel, thereby uniformly transmitting the light diffused by the diffusion panel to the entire area of the front panel. a panel frame; a lighting device arranged in the panel frame, and configured to emit light; a light guide panel of which an edge faces the lighting device; a front panel providing a front surface of the lighting panel, and arranged in parallel to the light guide panel; and a diffusion panel arranged between the front panel and the light guide panel, and configured to allow light of the light guide panel to penetrate therethrough toward the front panel characterized in that an area of the front panel is smaller than an area of the diffusion panel, and is larger than an area of the light guide panel, thereby uniformly transmitting the light diffused by the diffusion panel to the entire area of the front panel.
A method of producing dicyclopentadiene (C 10 H 12), the method comprising: flowing a C 5 hydrocarbon mixture stream that comprises cyclopentadiene (C 5 H 6) to a tank; and injecting the C 5 hydrocarbon mixture stream as a jet stream into C 5 hydrocarbon liquid in the tank at a velocity in a range from 1 m/s to 10 m/s and under reaction conditions sufficient to dimerize the cyclopentadiene to form dicyclopentadiene, wherein the injecting causes mixing of the C 5 hydrocarbon mixture stream and the C 5 hydrocarbon liquid, wherein reaction conditions include a reaction temperature of between 40 °C to 130 °C. flowing a C 5 hydrocarbon mixture stream that comprises cyclopentadiene (C 5 H 6) to a tank; and injecting the C 5 hydrocarbon mixture stream as a jet stream into C 5 hydrocarbon liquid in the tank at a velocity in a range from 1 m/s to 10 m/s and under reaction conditions sufficient to dimerize the cyclopentadiene to form dicyclopentadiene,
Method for operating an SOFC system, comprising the following steps, which are carried out during a start-up phase of a reformer operation of the SOFC system: - Feeding a fluid containing oxygen into the SOFC system, - Feeding a water-fuel mixture into an evaporator of the SOFC system, - carrying out an evaporation process to evaporate the water-fuel mixture, and - adding an oxygen-containing fluid to the evaporation process as soon as the water and the fuel are gaseous, characterised in that the oxygen-containing fluid is added to the evaporation process as soon as a water/fuel ratio of the water/fuel mixture changes during the evaporation process. - Feeding a fluid containing oxygen into the SOFC system, - Feeding a water-fuel mixture into an evaporator of the SOFC system, - carrying out an evaporation process to evaporate the water-fuel mixture, and - adding an oxygen-containing fluid to the evaporation process as soon as the water and the fuel are gaseous, characterised in that the oxygen-containing fluid is added to the evaporation process as soon as a water/fuel ratio of the water/fuel mixture changes during the evaporation process.
A method for applying a coating to a substrate surface, the method comprising: determining a critical velocity; cold spraying a coating material against the substrate surface at a first velocity to modify the adhesion properties of the surface of the substrate; and cold spraying the same coating material against the substrate surface at a second velocity to adhere the coating material to the surface of the substrate to coat the substrate, wherein the first velocity is lower than the critical velocity and the second velocity is greater than the critical velocity, the critical velocity is a threshold velocity below which the coating material is substantially deflected by the surface of the substrate and above which the coating material substantially adheres to the surface of the substrate, and wherein cold spraying the same coating material comprises cold spraying the coating material after a time delay, the time delay measured as of the moment the cold spraying of coating material at the first velocity ends, characterized in that: cold spraying the coating material comprises cold spraying a material having an average particle size, the average particle size of the material being substantially the same at the first and second velocity. determining a critical velocity; cold spraying a coating material against the substrate surface at a first velocity to modify the adhesion properties of the surface of the substrate; and cold spraying the same coating material against the substrate surface at a second velocity to adhere the coating material to the surface of the substrate to coat the substrate, wherein the first velocity is lower than the critical velocity and the second velocity is greater than the critical velocity, the critical velocity is a threshold velocity below which the coating material is substantially deflected by the surface of the substrate and above which the coating material substantially adheres to the surface of the substrate, and wherein cold spraying the same coating material comprises cold spraying the coating material after a time delay, the time delay measured as of the moment the cold spraying of coating material at the first velocity ends,
A method of recovering data from a data writing process in a storage area network, SAN, the method comprising: at a SAN switch, providing a first data writing mechanism for a first host to write first SAN data to a storage device; and at the SAN switch, setting up a first data recovery mechanism that is associated with the first data writing mechanism whereby the first data recovery mechanism is set up to receive a query from an appliance to read and recover the first SAN data and in response to such query to provide the first SAN data to the appliance, wherein setting up the first data recovery mechanism is accomplished by: setting up a first appliance virtual target, AVT, for reading the first SAN data from the storage device, wherein the first AVT is set up in the SAN switch, which receives the first SAN data; and registering the first AVT with a name server database. at a SAN switch, providing a first data writing mechanism for a first host to write first SAN data to a storage device; and at the SAN switch, setting up a first data recovery mechanism that is associated with the first data writing mechanism whereby the first data recovery mechanism is set up to receive a query from an appliance to read and recover the first SAN data and in response to such query to provide the first SAN data to the appliance, wherein setting up the first data recovery mechanism is accomplished by: setting up a first appliance virtual target, AVT, for reading the first SAN data from the storage device, wherein the first AVT is set up in the SAN switch, which receives the first SAN data; and registering the first AVT with a name server database. setting up a first appliance virtual target, AVT, for reading the first SAN data from the storage device, wherein the first AVT is set up in the SAN switch, which receives the first SAN data; and registering the first AVT with a name server database.
A device for reinforcing shelving, in particular intended for mechanical reinforcement of a shelving upright of to be equipped, the reinforcement device including a profiled structure capable of allowing the reinforcement of said upright, the reinforcement device comprising means for fastening, with connecting rods, to the upright and load distribution means, said load distribution means being mechanically connected to the connecting rods and capable of being positioned between the profile and the upright, in order to limit the load forces at the fastening zones on the upright, the distribution means including at least one tab allowing a mechanical connection between the connecting rods of the fastening means, characterised in that the tab comprises a plurality of lateral slots for slidably positioning on the connecting rods, the lateral slots being inclined upwards from their opening allowing a gravitational sliding until contact between the bottoms of the lateral slots and the connecting rods. the distribution means including at least one tab allowing a mechanical connection between the connecting rods of the fastening means, characterised in that the tab comprises a plurality of lateral slots for slidably positioning on the connecting rods, the lateral slots being inclined upwards from their opening allowing a gravitational sliding until contact between the bottoms of the lateral slots and the connecting rods.
A spinal cord stimulator comprising: a pulse generator comprising electronic circuitry configured to generate output current; at least one lead in communication with the generator and configured to extend into the epidural space of a patient's spinal column; and at least one electrode contact located proximate to a distal end of the at least one lead and configured to provide electric stimulation to a portion of a patient's spinal cord, characterised in that the lead comprises conductive carbon fiber. a pulse generator comprising electronic circuitry configured to generate output current; at least one lead in communication with the generator and configured to extend into the epidural space of a patient's spinal column; and at least one electrode contact located proximate to a distal end of the at least one lead and configured to provide electric stimulation to a portion of a patient's spinal cord, characterised in that the lead comprises conductive carbon fiber.
Device for collecting waste, comprising means (22, 24, 26) for moving a waste container between a so-called receiving position and a position referred to as an emptying position, wherein the container is inclined so as to drop the waste into the collection device, the collection device further comprising so-called means for detecting emptying, which are capable of detecting that the container has been moved to the emptying position, and means for identification of the waste container, for example for RFID-type radio frequency identification, characterized in that it comprises means for recording information that indicates whether the container has been moved to the emptying position, the identification of the container thus making it possible to associate, with a given container or its owner, the information according to which emptying has or has not taken place, with a view to invoicing the owner, the collection device comprising warning means which are activated when a container has not been moved to its emptying position.
A plastic battery cover for closing a battery housing having a lower side facing the battery housing when fitted on the battery housing, an oppositely positioned upper side, and at least one metallic connecting pole element extending through the battery cover, wherein a connecting flank arranged adjacent the upper side of the battery cover respectively projects from the circumference of a connecting pole element, characterized in that said connecting flank has an at least partially circumferential groove on its radially outer circumference.
A cell culture apparatus, comprising: at least two cell culture units, each having a top surface and each containing at least two cell culture chambers; manifolds connecting each of the at least two culture units with a fluid flow channel, allowing a fluid connection between the fluid flow channel and the culture chambers; wherein at least one manifold connected to a cell culture unit has a dam which extends above the top surface of the connected cell culture unit when the cell culture unit is positioned for cell culture. at least two cell culture units, each having a top surface and each containing at least two cell culture chambers; manifolds connecting each of the at least two culture units with a fluid flow channel, allowing a fluid connection between the fluid flow channel and the culture chambers; wherein at least one manifold connected to a cell culture unit has a dam which extends above the top surface of the connected cell culture unit when the cell culture unit is positioned for cell culture.
A bonding material for a honeycomb structure, comprising inorganic particles in which D90/D10 is from 10 to 500, D10 is 100 μm or less and D90 is 4 μm or more, and the D10 and D90 are the values of 10% diameter and 90% diameter from a smaller particle diameter side, respectively, in volume-based integrated fractions of a particle diameter distribution measurement by a laser diffraction/scattering method, the bonding material further comprising oxide fibers having an average length of 30 to 600 μm and an average diameter of 1 to 20 μm.
A method for using certain data collected when a communication terminal of a customer of a mobile phone network provider logs on at a telephone exchange, in particular for the creation of traffic forecasts, wherein the collected data includes at least a numeric identifier relating to the person who is the customer as well as the time and location of the logging on at the telephone exchange, characterised in that - the identifier is used at least partially as the argument of a one-way function for calculating a function value, - the function value is assigned to the data to be used, in particular to the time and location of the logging on, and - the data to be used, including the function value, but without the identifier, is transmitted to a unit for using the data, - wherein additional digits are added to the identifier in accordance with predetermined criteria and the resulting amended identifier is used as an argument for calculating the function value, and - wherein the one-way function used and/or, if applicable, an additional code used in conjunction with the one-way function and/or, if applicable, the digits added to the identifier according to predetermined criteria, are changed at irregular intervals. - the identifier is used at least partially as the argument of a one-way function for calculating a function value, - the function value is assigned to the data to be used, in particular to the time and location of the logging on, and - the data to be used, including the function value, but without the identifier, is transmitted to a unit for using the data, - wherein additional digits are added to the identifier in accordance with predetermined criteria and the resulting amended identifier is used as an argument for calculating the function value, and - wherein the one-way function used and/or, if applicable, an additional code used in conjunction with the one-way function and/or, if applicable, the digits added to the identifier according to predetermined criteria, are changed at irregular intervals.
A method of a node in a communications network of enabling communication with at least one wireless communication terminal served by the communications network, which node is operatively connected to a plurality of network entities (11, 12, 13, 14, 15, 17, 18) in the communications network, comprising: storing at least one current User Equipment, UE, context of said at least one communication terminal to be used by a first network entity of the plurality of network entities in the communications network; receiving (S202, S102a), from a second network entity of the plurality of network entities, a message intended for the first network entity; and delivering (S203, S102b) at least a part of the received message to the first network entity and at least a part of the stored at least one current UE context to be used by the first network entity. storing at least one current User Equipment, UE, context of said at least one communication terminal to be used by a first network entity of the plurality of network entities in the communications network; receiving (S202, S102a), from a second network entity of the plurality of network entities, a message intended for the first network entity; and delivering (S203, S102b) at least a part of the received message to the first network entity and at least a part of the stored at least one current UE context to be used by the first network entity.
A composition in the form of a powder-like mixture (S, K), wherein said composition comprises microbial propagules and a solid fine carrier, characterised in that said microbial propagules are fungal spores which control or prevent the growth of Heterobasidion fungal pathogens on a tree stump and wherein said solid fine carrier has a volumetric weight of at least at least 0.50 g/cm 3, at least 0.60 g/cm 3 or at least 1 g/cm 3.
An air pollution control apparatus comprising: an absorber that serves as a passage for flue gas; an absorbent spraying unit that sprays an absorbent into the absorber; a reservoir tank that reserves therein the absorbent, the flue gas being brought into gas-liquid contact with the absorbent in the absorber to process the flue gas, the absorbent after processing the flue gas being collected into and reserved in the reservoir tank, an entrance for the flue gas that is arranged on a side of the absorber, a flue gas duct for supplying the flue gas into the absorber that is connected to the entrance, characterized in that the air pollution control apparatus further comprises a draining unit that is configured to collect a liquid flowing backwardly through the entrance on the absorber into the flue gas duct and that is arranged in the flue gas duct, the draining unit includes a weir that is arranged on a floor of the flue gas duct to hold back the foams of the absorbent, and a draining line that is connected between the entrance and the weir on a floor of the flue gas duct, the foams collected from the flue gas duct via the draining line are reserved in a pit connected to the draining line, the entrance and a diffusing nozzle are arranged on the same wall surface in the absorber, and the diffusing nozzle is arrange between the entrance and a foam wave front of the absorbent. an absorber that serves as a passage for flue gas; an absorbent spraying unit that sprays an absorbent into the absorber; a reservoir tank that reserves therein the absorbent, the flue gas being brought into gas-liquid contact with the absorbent in the absorber to process the flue gas, the absorbent after processing the flue gas being collected into and reserved in the reservoir tank, an entrance for the flue gas that is arranged on a side of the absorber, a flue gas duct for supplying the flue gas into the absorber that is connected to the entrance, characterized in that the air pollution control apparatus further comprises a draining unit that is configured to collect a liquid flowing backwardly through the entrance on the absorber into the flue gas duct and that is arranged in the flue gas duct, the draining unit includes a weir that is arranged on a floor of the flue gas duct to hold back the foams of the absorbent, and a draining line that is connected between the entrance and the weir on a floor of the flue gas duct, the foams collected from the flue gas duct via the draining line are reserved in a pit connected to the draining line, the entrance and a diffusing nozzle are arranged on the same wall surface in the absorber, and the diffusing nozzle is arrange between the entrance and a foam wave front of the absorbent.
A method for sensor fault management, comprising: obtaining a plurality of potential faults associated with a sensor; associating accommodation approaches with the plurality of potential faults; associating severity levels to the plurality of potential faults to produce a hierarchy of potential faults; and generating a fault management tool based on the hierarchy, the fault management tool defining a framework implementable by a controller associated with the sensor for accommodating faulty behaviour of the sensor by following the accommodation approaches of the hierarchy for the plurality of potential faults, characterized in that the method comprises providing a table (420, 430) for the fault management tool, wherein each row (422, 432) of the table (420, 430) represents a different type of potential fault, columns (424, 434) in the table (420, 430) represent different fault accommodation approaches to accommodate the potential faults listed in the rows (422, 432), the potential faults listed in the rows (422, 432) being disposed in a hierarchy based on severity levels of the potential faults, the accommodation approaches listed in the columns (424, 434) being presented in a ranking indicative of which of the accommodation approaches to prioritise. obtaining a plurality of potential faults associated with a sensor; associating accommodation approaches with the plurality of potential faults; associating severity levels to the plurality of potential faults to produce a hierarchy of potential faults; and generating a fault management tool based on the hierarchy, the fault management tool defining a framework implementable by a controller associated with the sensor for accommodating faulty behaviour of the sensor by following the accommodation approaches of the hierarchy for the plurality of potential faults, characterized in that the method comprises providing a table (420, 430) for the fault management tool, wherein each row (422, 432) of the table (420, 430) represents a different type of potential fault, columns (424, 434) in the table (420, 430) represent different fault accommodation approaches to accommodate the potential faults listed in the rows (422, 432), the potential faults listed in the rows (422, 432) being disposed in a hierarchy based on severity levels of the potential faults, the accommodation approaches listed in the columns (424, 434) being presented in a ranking indicative of which of the accommodation approaches to prioritise.