mhurhangee/ep-ind-claims huggingface dataset:
A method for provisioning a communications device, the method comprising the steps of: generating by at least one application, included in the device, a request to provision at least one feature or service of the communications device; communicating the request to provision, by an application programming interface, included in the device, to a remote authorization facility via the interface to request a provisioning authorization; and upon receiving a provisioning message in response to the request wherein the desired access is granted, allowing the at least one application access to a set of provisioning codes, included in the device, or upon receiving a provisioning message in response to the request wherein the desired access is denied, denying the at least one application access to the set of provisioning codes, wherein the provisioning message grants access to provisioning code data at differing levels for different parts of the data depending on a sensitivity of the data and the at least one application. generating by at least one application, included in the device, a request to provision at least one feature or service of the communications device; communicating the request to provision, by an application programming interface, included in the device, to a remote authorization facility via the interface to request a provisioning authorization; and upon receiving a provisioning message in response to the request wherein the desired access is granted, allowing the at least one application access to a set of provisioning codes, included in the device, or upon receiving a provisioning message in response to the request wherein the desired access is denied, denying the at least one application access to the set of provisioning codes, wherein the provisioning message grants access to provisioning code data at differing levels for different parts of the data depending on a sensitivity of the data and the at least one application.
A reformer device comprising a reaction chamber (22, 22', 22", 22''') for carrying out a reaction having a hydrocarbon stream as a reactant gas and with hydrogen rich synthesis gas as a reaction product, wherein a membrane (25, 25', 25", 25''') is provided within the reaction chamber (22, 22', 22", 22'''), said reformer device further comprising a heating reactor for heating the reaction chamber (22, 22', 22", 22'''), characterized in that a. The membrane (25, 25', 25", 25''') is a semi-permeable membrane arranged to allow CO 2 pass through it, b. The reaction chamber (22, 22', 22", 22''') comprises a catalyst material (26, 26', 26", 26''') arranged to catalyze a steam methane reforming reaction and to catalyze a water gas shift reaction, and c. The reformer device is arranged to carry out the steam methane reforming reaction at a pressure between 15 and 50 bar above atmospheric pressure (between 15 and 50 barg) within the reaction chamber (22, 22', 22", 22'''). a. The membrane (25, 25', 25", 25''') is a semi-permeable membrane arranged to allow CO 2 pass through it, b. The reaction chamber (22, 22', 22", 22''') comprises a catalyst material (26, 26', 26", 26''') arranged to catalyze a steam methane reforming reaction and to catalyze a water gas shift reaction, and c. The reformer device is arranged to carry out the steam methane reforming reaction at a pressure between 15 and 50 bar above atmospheric pressure (between 15 and 50 barg) within the reaction chamber (22, 22', 22", 22''').
A method for improving the lifetime of a lithium-sulfur battery comprising a positive electrode including a positive electrode active material formed on a positive electrode current collector, a negative electrode, an electrolyte liquid and a separator, comprising charging and discharging the battery in a range greater than 2.0 V and less than 2.4 V in an activation step to form a compound represented by Li 2 S n where n is from 4 to 8, the compound having a solubility of 1% by weight or greater at 25°C in the electrolyte liquid, wherein: (i) the compound Li 2 S n is derived from the positive electrode active material, and (ii) the potential difference in the charge and the discharge is greater than or equal to 0.1 V and less than 0.4 V in the activation step. (i) the compound Li 2 S n is derived from the positive electrode active material, and (ii) the potential difference in the charge and the discharge is greater than or equal to 0.1 V and less than 0.4 V in the activation step.
A separator assembly for removing dirt from an air flow in a suction cleaner, the separator assembly including a separation chamber having: an inlet for receiving a flow of air and dirt into the separation chamber, a shroud structure configured such that air entering the chamber is caused to swirl around the shroud, the shroud structure including a plurality of struts spaced about a central axis, and defining a plurality of openings between adjacent pairs of the struts, a screen providing a plurality of apertures, the screen being disposed across one or more of the openings of the shroud for blocking the passage of coarse dirt through the shroud, and an outlet for fluid connection to a source of suction, downstream of the shroud structure, through which air is drawn from the separation chamber, characterized in that at least one of the struts of the shroud structure defines a recess in which an adhesive is provided, and a portion of the screen is attached to one or more of the struts by the adhesive. an inlet for receiving a flow of air and dirt into the separation chamber, a shroud structure configured such that air entering the chamber is caused to swirl around the shroud, the shroud structure including a plurality of struts spaced about a central axis, and defining a plurality of openings between adjacent pairs of the struts, a screen providing a plurality of apertures, the screen being disposed across one or more of the openings of the shroud for blocking the passage of coarse dirt through the shroud, and an outlet for fluid connection to a source of suction, downstream of the shroud structure, through which air is drawn from the separation chamber, characterized in that at least one of the struts of the shroud structure defines a recess in which an adhesive is provided, and a portion of the screen is attached to one or more of the struts by the adhesive.
An apparatus for performing an in vitro fertilization procedure, said apparatus comprising; a. a control unit having an external port and means for creating positive and negative fluid pressure at said port; and b. a flexible extension hose having a first coupling at a proximal end, which can be connected in sealed fluid communication to said port, and a second coupling at the distal end, which can be constructed and arranged to connect to a fitting of a catheter assembly, further comprising; c. an inter-uterine catheter assembly connected to said second coupling, said catheter assembly having: a. an inner catheter having a proximal end, a quick connect/disconnect fitting at the proximal end connectable to said second coupling, and an open distal end; and, b. an outer sheath surrounding and slidable over said inner catheter and having an open distal end; characterized in that said extension hose comprises; a central tubular pneumatic passageway; an inner sheath surrounding and protecting said central tubular passageway; and an outer sheath surrounding said inner sheath and protecting said central tubular passageway. a. a control unit having an external port and means for creating positive and negative fluid pressure at said port; and b. a flexible extension hose having a first coupling at a proximal end, which can be connected in sealed fluid communication to said port, and a second coupling at the distal end, which can be constructed and arranged to connect to a fitting of a catheter assembly, further comprising; c. an inter-uterine catheter assembly connected to said second coupling, said catheter assembly having: a. an inner catheter having a proximal end, a quick connect/disconnect fitting at the proximal end connectable to said second coupling, and an open distal end; and, b. an outer sheath surrounding and slidable over said inner catheter and having an open distal end; characterized in that said extension hose comprises; a central tubular pneumatic passageway; an inner sheath surrounding and protecting said central tubular passageway; and an outer sheath surrounding said inner sheath and protecting said central tubular passageway. a. an inner catheter having a proximal end, a quick connect/disconnect fitting at the proximal end connectable to said second coupling, and an open distal end; and, b. an outer sheath surrounding and slidable over said inner catheter and having an open distal end; characterized in that said extension hose comprises; a central tubular pneumatic passageway; an inner sheath surrounding and protecting said central tubular passageway; and an outer sheath surrounding said inner sheath and protecting said central tubular passageway. a central tubular pneumatic passageway; an inner sheath surrounding and protecting said central tubular passageway; and an outer sheath surrounding said inner sheath and protecting said central tubular passageway.
A carbon fiber reinforced composite material comprising: carbon fiber; and a thermosetting resin composition, wherein the thermosetting resin composition is a cured product of a liquid composition that contains unsaturated polyester, a curing agent, a polymerization initiator, and a nanocarbon/nanocellulose complex containing nanocarbon modified by a functional group and nanocellulose, the nanocarbon/nanocellulose complex is dispersed in the thermosetting resin composition, the thermosetting resin composition contains 0.05 to 15% by weight of the nanocarbon/nanocellulose complex, and a maximum point stress of the carbon fiber reinforced composite material in a tensile test according to JIS K 7164 is 410 N/mm 2 or more, and a maximum point stress of the carbon fiber reinforced composite material in a three-point bending test according to JIS K 7171 is 310 N/mm 2 or more. carbon fiber; and a thermosetting resin composition, wherein the thermosetting resin composition is a cured product of a liquid composition that contains unsaturated polyester, a curing agent, a polymerization initiator, and a nanocarbon/nanocellulose complex containing nanocarbon modified by a functional group and nanocellulose, the nanocarbon/nanocellulose complex is dispersed in the thermosetting resin composition, the thermosetting resin composition contains 0.05 to 15% by weight of the nanocarbon/nanocellulose complex, and a maximum point stress of the carbon fiber reinforced composite material in a tensile test according to JIS K 7164 is 410 N/mm 2 or more, and a maximum point stress of the carbon fiber reinforced composite material in a three-point bending test according to JIS K 7171 is 310 N/mm 2 or more.
A device for analyzing a transparent surface of a transparent substrate comprising a reference pattern formed on a support facing the surface of the substrate to be measured, a camera for capturing at least one image of the reference pattern distorted by the measured substrate, a reference pattern illumination system, and image processing/digital analysis means which are connected to the camera, the support being an oblong shape of short and long extents, the reference pattern being unidirectional and consisting of a pattern that lies along the shorter extent of the support, the pattern being periodic transverse to the short extent, characterized in that the camera is linear and positioned so as to obtain a linear image in transmission of the reference pattern through the substrate along the long extent of the support, in that the support for the reference pattern is mounted so as to move relative to the substrate perpendicular to the plane in which the substrate runs and in that the device comprises.
A saddle-type vehicle with a hybrid power unit mounted on a vehicle body frame, comprising: an engine (EA, EB) having a crankcase (15A, 15B) that rotatably supports a crankshaft (13, 63); a transmission that has a transmission shaft parallel to the crankshaft (13, 63) and is housed in a transmission chamber formed in the crankcase (15A, 15B) below the crankshaft (13, 63); a clutch system that enables switching between connection and disconnection of power transmission from the crankshaft (13, 63) to the transmission shaft; and an electric motor (MA, MB) capable of transmitting rotational power to the transmission shaft, wherein the electric motor (MA, MB) rendered incapable of direct power transmission from and to the crankshaft (13, 63) is housed in the transmission chamber in such a manner as to be allowed to transmit rotational power from a rotor (46A, 46B) of the electric motor (MA, MB) to the transmission shaft, and the rotor (46A, 46B) is disposed on an upper side relative to a highest oil level of lubricating oil in the transmission chamber. an engine (EA, EB) having a crankcase (15A, 15B) that rotatably supports a crankshaft (13, 63); a transmission that has a transmission shaft parallel to the crankshaft (13, 63) and is housed in a transmission chamber formed in the crankcase (15A, 15B) below the crankshaft (13, 63); a clutch system that enables switching between connection and disconnection of power transmission from the crankshaft (13, 63) to the transmission shaft; and an electric motor (MA, MB) capable of transmitting rotational power to the transmission shaft, wherein the electric motor (MA, MB) rendered incapable of direct power transmission from and to the crankshaft (13, 63) is housed in the transmission chamber in such a manner as to be allowed to transmit rotational power from a rotor (46A, 46B) of the electric motor (MA, MB) to the transmission shaft, and the rotor (46A, 46B) is disposed on an upper side relative to a highest oil level of lubricating oil in the transmission chamber.
A urinary catheter assembly comprising a urinary catheter, the urinary catheter being provided with an insertion tip in a proximal end of the urinary catheter and an outlet at a distal end of the urinary catheter, a handle being slidingly disposed on the urinary catheter, a collapsible, flexible sleeve attached to the handle and being configured to cover the urinary catheter from the outlet to a tip portion in an extended configuration of the urinary catheter assembly, the sleeve being attached to a connector at the outlet, the connector and handle configured to be detachably attached to each other and define a cavity encapsulating an entirety of the urinary catheter in a storage condition, characterised in that the urinary catheter has a hydrophilic surface and in that the connector forms a drainage structure providing drainage of fluid from the cavity in the use condition without providing drainage in the storage condition, said connector comprises an inner connector and an outer connector, said inner and outer connectors (31, 32) being separated by a channel for liquid, wherein said drainage structure is present in said inner connector.
Table for a cabin of a vehicle, the table comprising a table top and at least one first energy transmission device, characterized in that the at least one first energy transmission device is integrated in the table top and is designed for wirelessly supplying energy to a temperature control apparatus for food.
A method of modulating data for optical communication, comprising: encoding the data using a forward error correction encoder to produce encoded data; encoding the encoded data using a block encoder to produce block encoded data strings of quaternary symbols according to a calculation modulo 4, wherein the Lee distances between the block encoded data strings are increased by employing quaternary block codes with a maximum minimum Lee distance; mapping the block encoded data strings to I/Q dimensions by subtracting a value of 1.5 from each quaternary symbol of the block encoded data strings and mapping two quaternary symbols to I and Q dimensions, respectively, to form one complex symbol to produce mapped data; and modulating, in a transmitter, the mapped data to a modulated signal for an optical channel. encoding the data using a forward error correction encoder to produce encoded data; encoding the encoded data using a block encoder to produce block encoded data strings of quaternary symbols according to a calculation modulo 4, wherein the Lee distances between the block encoded data strings are increased by employing quaternary block codes with a maximum minimum Lee distance; mapping the block encoded data strings to I/Q dimensions by subtracting a value of 1.5 from each quaternary symbol of the block encoded data strings and mapping two quaternary symbols to I and Q dimensions, respectively, to form one complex symbol to produce mapped data; and modulating, in a transmitter, the mapped data to a modulated signal for an optical channel.
An automatic bread maker comprising: a bottomed cylindrical machine body which defines a heating chamber therein; an operating portion which is provided in a front upper portion of the machine body, the operating portion having an electronic component; a lid which is turnably attached to a hinge in a rear upper portion of the machine body, the lid opening and closing an upper opening of the heating chamber; a kneading vessel which is accommodated in the heating chamber (1 a) and accommodates a cooking material; a submaterial vessel (18, 19) which is attached to the lid and accommodates a submaterial, the submaterial vessel (18, 19) having at least a portion of a bottom wall which is opened such that the submaterial is poured into the kneading vessel; a solenoid (22, 23) having a plunger (22a, 23a) moved forward and backward; and a link member (20, 21) which opens and closes the portion of the submaterial vessel (18, 19) according to the forward and backward moving of the plunger (22a, 23a); characterized in that the solenoid (22, 23) is arranged in the hinge such that its plunger (22a, 23a) is moved forward and backward along a turning axis of the lid. a bottomed cylindrical machine body which defines a heating chamber therein; an operating portion which is provided in a front upper portion of the machine body, the operating portion having an electronic component; a lid which is turnably attached to a hinge in a rear upper portion of the machine body, the lid opening and closing an upper opening of the heating chamber; a kneading vessel which is accommodated in the heating chamber (1 a) and accommodates a cooking material; a submaterial vessel (18, 19) which is attached to the lid and accommodates a submaterial, the submaterial vessel (18, 19) having at least a portion of a bottom wall which is opened such that the submaterial is poured into the kneading vessel; a solenoid (22, 23) having a plunger (22a, 23a) moved forward and backward; and a link member (20, 21) which opens and closes the portion of the submaterial vessel (18, 19) according to the forward and backward moving of the plunger (22a, 23a); characterized in that the solenoid (22, 23) is arranged in the hinge such that its plunger (22a, 23a) is moved forward and backward along a turning axis of the lid.
A tire spoon comprising: a bar; and a spoon portion at one end of the bar, the spoon portion having two outer side edges, a middle portion located between the two outer side edges, and at a given cross section of a flat portion of the spoon portion, the middle portion cross sectional thickness is greater than a cross sectional thickness of the two outer side edges; said tire spoon being characterized in that it further comprises a projection located on the tire spoon proximate to where the bar transitions to the flat portion. a bar; and a spoon portion at one end of the bar, the spoon portion having two outer side edges, a middle portion located between the two outer side edges, and at a given cross section of a flat portion of the spoon portion, the middle portion cross sectional thickness is greater than a cross sectional thickness of the two outer side edges; said tire spoon being characterized in that it further comprises a projection located on the tire spoon proximate to where the bar transitions to the flat portion.
Unit for pumping flammable products, which can form an explosive atmosphere, from a pumping region to a storage chamber, characterised in that it comprises: - a separator for separating said products into a liquid/pasty phase and a gaseous phase, comprising a cyclonic vessel, a product inlet mouth, a delivery outlet for non-gaseous products, and a suction opening, said separator being suitable for being arranged in said pumping region, - a volumetric pump for delivering non-gaseous products to said storage chamber, said pump being connected to said product delivery outlet of said product separator, - means for evacuating said cyclonic vessel of said product separator, which means are suitable for ensuring suction of the products from said pumping region to said separator without evacuating said storage chamber, - a circuit for discharging gases produced by said unit to at least one marked discharge region. - a separator for separating said products into a liquid/pasty phase and a gaseous phase, comprising a cyclonic vessel, a product inlet mouth, a delivery outlet for non-gaseous products, and a suction opening, said separator being suitable for being arranged in said pumping region, - a volumetric pump for delivering non-gaseous products to said storage chamber, said pump being connected to said product delivery outlet of said product separator, - means for evacuating said cyclonic vessel of said product separator, which means are suitable for ensuring suction of the products from said pumping region to said separator without evacuating said storage chamber, - a circuit for discharging gases produced by said unit to at least one marked discharge region.
System for operation, control and diagnostics of a plurality of power generating units comprising an automation system and a diagnostic system combined to one device, characterized in that the device comprises at least one module being a realtime component and at least one module being a non-realtime component, both modules being connected by a communication link, the realtime component being connected to I/O modules, the realtime component working on a higher sampling rate than the non-realtime component, the realtime component being designed to execute both, diagnostics and automation tasks in realtime and the non-realtime component comprising of at least one virtual machine (22a, 22b, 23) containing application software in their native operating system environment and being embedded in a host operating system, and a hypervisor layer being interposed between the virtual machines (22a, 22b, 23) and the host operating system, wherein the hypervisor presents guest operating systems with a virtual operating platform and manages the execution of the guest operating systems. comprising an automation system and a diagnostic system combined to one device, characterized in that the device comprises at least one module being a realtime component and at least one module being a non-realtime component, both modules being connected by a communication link, the realtime component being connected to I/O modules, the realtime component working on a higher sampling rate than the non-realtime component, the realtime component being designed to execute both, diagnostics and automation tasks in realtime and the non-realtime component comprising of at least one virtual machine (22a, 22b, 23) containing application software in their native operating system environment and being embedded in a host operating system, and a hypervisor layer being interposed between the virtual machines (22a, 22b, 23) and the host operating system, wherein the hypervisor presents guest operating systems with a virtual operating platform and manages the execution of the guest operating systems.