mhurhangee/ep-ind-claims huggingface dataset:
Electropneumatic parking brake modulator for controlling a parking brake function of brakes of at least one trailer vehicle in a vehicle combination composed of a tractor vehicle and the trailer vehicle, with the parking brake modulator having a valve device for aerating and deaerating spring brake cylinders or spring store parts (33, 34) of combined spring store/diaphragm brake cylinders (35, 36) of the brakes of the trailer vehicle, with the parking brake modulator having at least one compressed air reservoir inlet (7, 8) for aerating at least one compressed air line in the parking brake modulator with compressed air from a compressed air reservoir (3, 4) of the tractor vehicle, and with the parking brake modulator having at least one compressed air reservoir outlet at which a reservoir pressure for the brakes of the trailer vehicle can be provided, and having at least one compressed air control outlet at which a control pressure for the brakes of the trailer vehicle can be provided, characterized by a tractor vehicle protection valve which is integrated into the parking brake modulator, with it being possible for a compressed air line to the at least one compressed air control outlet to be automatically shut off in the event of a pressure drop of the reservoir pressure provided for the trailer vehicle below a predetermined threshold value.
Holder for releasably connecting a handle to a tool, in which the holder comprises a space in which a handle end of a handle is rotatably introducible along essentially an axis of rotation to connect the handle to the holder, in which this space comprises a wall surface which extends around this axis of rotation, and this wall surface comprises one or more projecting cutting elements (5a, 5b) for cutting complementary screw thread by means of which the one or more cutting elements (5a, 5b) are releasably connectable and this during the rotary introduction of a handle end into the space, so that both an essentially smooth handle end and a handle end comprising external screw thread are releasably connectable to this holder, wherein the holder comprises a coupling portion comprising the one or more cutting elements (5a, 5b) and a retaining portion for retaining the coupling portion, in which the coupling portion is made of a first material and the retaining portion is made of a second material, with the hardness of the first material being greater than the hardness of the second material and with the second material substantially comprising plastic, wherein the coupling portion comprises an inner surface comprising the one or more projecting cutting elements (5a, 5b), in which this inner surface at least partly forms said wall surface of the space, characterized in that the coupling portion comprises an outer surface which is situated opposite the inner surface, in which this outer surface comprises one or more outwardly directed protrusions, and in which the retaining portion bears against the outer surface of the coupling portion in such a way that the retaining portion at least partly encloses the one or more protrusions.
A seat for an occupant with two seat elements: a back; and a bottom, for the support of said occupant, characterized in that the seat further comprises pivoted elements that are arranged for at least a part of one or both of: the front edge of the seat bottom to the rear edge of the seat bottom; and the lower end of the seat back to the upper edge of the seat back, wherein said pivoted elements have an initial position, a flat position and an elevated position, wherein in the seated position said pivoted elements provide support to the occupant that is substantially orthogonal to the attached seat elements, and wherein in the elevated position said pivoted elements engage with crests, a surface of the occupant in a direction parallel to the surface of the seat elements if there is a parallel relative motion between the seat elements and the occupant, and wherein the initial position may be either the flat position or a partially elevated or a fully elevated position, and wherein said engagement of said pivoted elements upon such parallel relative motion pivot up said elements to present a ridged surface comprising the crests of the ends of the pivoted elements (Fig 20-21), thereby limiting the motion of the occupant with support from said ridges.
A method for establishing a trusted channel between a user equipment and a trusted computing cluster, the method being performed by a first trusted computing unit, the first trusted computing unit belonging to a pre-established first trusted computing cluster, the first trusted computing cluster including a plurality of trusted computing units each maintaining a same first cluster key, and the first trusted computing unit pre-registering with a cluster manager for information about the first trusted computing cluster to which the first trusted computing unit belongs, the method comprising: obtaining a first session key through negotiation with the user equipment, and establishing a first trusted channel with the user equipment; encrypting data to be transmitted through the first trusted channel using the first session key; encrypting the first session key using the first cluster key to obtain a first encrypted key; and sending a first notification to the cluster manager, the first notification including the first encrypted key for the cluster manager to transfer the first encrypted key to other trusted computing units in the first trusted computing cluster. obtaining a first session key through negotiation with the user equipment, and establishing a first trusted channel with the user equipment; encrypting data to be transmitted through the first trusted channel using the first session key; encrypting the first session key using the first cluster key to obtain a first encrypted key; and sending a first notification to the cluster manager, the first notification including the first encrypted key for the cluster manager to transfer the first encrypted key to other trusted computing units in the first trusted computing cluster.
A method of remotely installing a driver of an image forming apparatus in which a server is connected to at least one image forming apparatus and a plurality of clients, the method comprising: selecting a group of clients where a driver of the image forming apparatus is to be installed; selecting a kind of at least one driver to be installed in clients in the selected group; receiving status information from each of the clients in the selected group, including at least one of whether the selected driver is installable in each of the clients in the selected group, whether the selected driver is previously installed in each of the clients in the selected group, and whether a minimum installation condition can be satisfied; filtering and displaying, at the server, installation information of the driver on each of the clients in the selected group according to the received status information, wherein the filtering and displaying comprises filtering and displaying one or more clients in the selected group in which the selected driver is installable, and/or in which the selected driver is not previously installed, and/or in which a minimum installation condition can be satisfied; and selectively installing the driver in each of the clients in the selected group in which the selected driver is installable and/or in which the selected driver is not previously installed, and/or in which a minimum installation condition can be satisfied according to the displayed installation information. selecting a group of clients where a driver of the image forming apparatus is to be installed; selecting a kind of at least one driver to be installed in clients in the selected group; receiving status information from each of the clients in the selected group, including at least one of whether the selected driver is installable in each of the clients in the selected group, whether the selected driver is previously installed in each of the clients in the selected group, and whether a minimum installation condition can be satisfied; filtering and displaying, at the server, installation information of the driver on each of the clients in the selected group according to the received status information, wherein the filtering and displaying comprises filtering and displaying one or more clients in the selected group in which the selected driver is installable, and/or in which the selected driver is not previously installed, and/or in which a minimum installation condition can be satisfied; and selectively installing the driver in each of the clients in the selected group in which the selected driver is installable and/or in which the selected driver is not previously installed, and/or in which a minimum installation condition can be satisfied according to the displayed installation information.
A cylinder head with liquid cooling, comprising one intake port, which opens into a combustion chamber, and one exhaust port per cylinder, a fuel injection device which opens into the combustion chamber and which adjoins the intake port and the exhaust port, and at least one cooling chamber which is arranged in the cylinder head, wherein a cooling distribution duct is arranged in a region of the fire deck, which cooling distribution duct extends substantially parallel to the fire deck and is especially drilled or pre-cast, and which opens into an annular chamber surrounding the fuel injection device, wherein the annular chamber has at least one substantially radial first cooling bore, which is directed towards a valve web region formed between the intake port and the exhaust port and which adjoins the fire deck, characterised in that at least one further cooling bore (15, 16), which is directed substantially tangentially towards an outside surface of the exhaust port facing the cooling chamber, originates laterally from the annular chamber and/or from the cooling distribution duct.
Method for increasing the efficiency of jet propulsions by recuperating effective power from the propulsion flow, characterized in that a shell propeller in a propeller housing driven by an engine via a drive shaft conveys the fluid for the jet propulsion from the interior V i of a radial turbine, in that the propeller accelerates this fluid axially and ejects it rearwardly against the direction of travel, in that new fluid from the environment flows directly over the blades of the rotating radial turbine without diffuser from the outside inwardly and thereby drives the latter, and in that the power of the radial turbine is transmitted to the drive shaft of the propeller via a transmission, which relieves the engine.
An electric power tool, comprising: a housing body part capable of housing a brushless DC motor as a driving source; a grip part formed to protrude from a lateral part of the housing body part; a switch part provided in such a position that allows a user to engage a finger of the user with the switch part while the user holds the grip part; a battery capable of supplying a power to the brushless DC motor; a three-phase bridge circuit configured to control the brushless DC motor and including switching device; a capacitor connected in parallel with the three-phase bridge circuit; and electric conductors electrically connecting between the capacitor and the three-phase bridge circuit, characterized in that the three-phase bridge circuit is disposed proximal to the brushless DC motor within the housing body part, the capacitor is disposed at a position closer to the three-phase bridge circuit than the switch part, and the electric conductors are configured to connect the capacitor and the three-phase bridge circuit at the shortest distance. a housing body part capable of housing a brushless DC motor as a driving source; a grip part formed to protrude from a lateral part of the housing body part; a switch part provided in such a position that allows a user to engage a finger of the user with the switch part while the user holds the grip part; a battery capable of supplying a power to the brushless DC motor; a three-phase bridge circuit configured to control the brushless DC motor and including switching device; a capacitor connected in parallel with the three-phase bridge circuit; and electric conductors electrically connecting between the capacitor and the three-phase bridge circuit, characterized in that the three-phase bridge circuit is disposed proximal to the brushless DC motor within the housing body part, the capacitor is disposed at a position closer to the three-phase bridge circuit than the switch part, and the electric conductors are configured to connect the capacitor and the three-phase bridge circuit at the shortest distance.
A method of producing succinic acid, comprising allowing a microorganism having a succinic acid-producing ability to react with a sugar, wherein the ratio of oxygen transfer rate to succinic acid production rate is 0.1 to 240 mmol-O 2 /mol-SA and doubling time of said microorganism during reaction is not shorter than 40 hours.
An electric power steering system that includes: a cylindrical motor shaft through which a rack shaft of a vehicle is passed, and that is rotated by driving of a motor; and a motion conversion mechanism that has an engaging portion engaged with the motor shaft and that converts a rotational motion of the motor shaft into an axial linear motion of the rack shaft, the electric power steering system applying assist force that assists an operation of a steering system of the vehicle to the rack shaft by transmitting driving force of the motor to the rack shaft via the motor shaft and the motion conversion mechanism, comprising: a restricting member that restricts a distance that the motion conversion mechanism is able to move relative to the motor shaft in an axial direction such that engagement of the engaging portion is cancelled, to a predetermined distance, a length of the engaging portion being set longer than the predetermined distance, characterized in that the engaging portion has a thread portion that is screwed to a thread portion (21 c) formed in the motor shaft, and a spigot engagement portion to which the motor shaft is fitted; the motion conversion mechanism is coupled to the motor shaft through engagement between the thread portion of the engaging portion and the thread portion (21 c) of the motor shaft; and the length of the engaging portion is set to a length that is a sum of a length of the thread portion of the engaging portion and a length of the spigot engagement portion. a restricting member that restricts a distance that the motion conversion mechanism is able to move relative to the motor shaft in an axial direction such that engagement of the engaging portion is cancelled, to a predetermined distance, a length of the engaging portion being set longer than the predetermined distance, characterized in that the engaging portion has a thread portion that is screwed to a thread portion (21 c) formed in the motor shaft, and a spigot engagement portion to which the motor shaft is fitted; the motion conversion mechanism is coupled to the motor shaft through engagement between the thread portion of the engaging portion and the thread portion (21 c) of the motor shaft; and the length of the engaging portion is set to a length that is a sum of a length of the thread portion of the engaging portion and a length of the spigot engagement portion.
An electrochemical sensor device comprising - a sensing surface; - a working electrode on the sensing surface, the working electrode comprising an array of boron doped diamond layer micro-electrodes, each micro-electrode having an exposed area surrounded by an electrically insulating area; - a counter electrode on the sensing surface, the electrochemical sensor device being characterized in that the exposed area is less than a hundred square micrometer and an edge of the counter electrode lies at least one millimeter above the sensing surface. - a sensing surface; - a working electrode on the sensing surface, the working electrode comprising an array of boron doped diamond layer micro-electrodes, each micro-electrode having an exposed area surrounded by an electrically insulating area; - a counter electrode on the sensing surface, the electrochemical sensor device being characterized in that the exposed area is less than a hundred square micrometer and an edge of the counter electrode lies at least one millimeter above the sensing surface.
A surface modifying device, comprising: a base material to undergo surface modification treatment; holding means holding the base material, wherein the holding means is configured to transfer the base material in a transfer direction; a discharge electrode that is maintained with a longitudinal dimension in a direction perpendicular to the transfer direction; a counter electrode that is disposed to face the discharge electrode, and allows an electric field to be generated between the discharge electrode and the counter electrode; a gas passageway that guides replacement gas along the discharge electrode toward the base material, and ejects the replacement gas toward a generation area of the electric field; a manifold pipe that is connected to a gas supply source and maintained with a longitudinal dimension parallel to the longitudinal dimension of the discharge electrode; and orifices (5, 6) that are disposed in a communication process between the manifold pipe and the gas passageway, and also continuously disposed along the longitudinal dimension of the manifold pipe, the discharge electrode comprising a plurality of electrode members (8, 9) facing each other and a gap between the face-to-face electrode members forming the gas passageway, the discharge electrode being attached to the manifold pipe, and the manifold pipe constituting a support mechanism for the discharge electrode, wherein the longitudinal dimensions of the discharge electrode and of the manifold pipe are shorter than a transverse width of the base material in a direction perpendicular to the transfer direction. a base material to undergo surface modification treatment; holding means holding the base material, wherein the holding means is configured to transfer the base material in a transfer direction; a discharge electrode that is maintained with a longitudinal dimension in a direction perpendicular to the transfer direction; a counter electrode that is disposed to face the discharge electrode, and allows an electric field to be generated between the discharge electrode and the counter electrode; a gas passageway that guides replacement gas along the discharge electrode toward the base material, and ejects the replacement gas toward a generation area of the electric field; a manifold pipe that is connected to a gas supply source and maintained with a longitudinal dimension parallel to the longitudinal dimension of the discharge electrode; and orifices (5, 6) that are disposed in a communication process between the manifold pipe and the gas passageway, and also continuously disposed along the longitudinal dimension of the manifold pipe, the discharge electrode comprising a plurality of electrode members (8, 9) facing each other and a gap between the face-to-face electrode members forming the gas passageway, the discharge electrode being attached to the manifold pipe, and the manifold pipe constituting a support mechanism for the discharge electrode, wherein the longitudinal dimensions of the discharge electrode and of the manifold pipe are shorter than a transverse width of the base material in a direction perpendicular to the transfer direction.
A time synchronization system comprising: a plurality of master nodes (1A, 1B and 1N); and one or more slave nodes (2A, 2B and 2N) configured to correct a local slave clock thereof by synchronizing time with time in a local master clock of one of the plurality of master nodes (1A, 1B and 1N), wherein a first master node among the plurality of master nodes (1A, 1B and 1N) is configured to correct a first local master clock of the first master node at predetermined periodic intervals by synchronizing with a timing synchronization signal from a source clock node having a source clock specified in a clock domain, and characterized in that if a second local master clock of a second master node among the plurality of master nodes (1A, 1B and 1N) has a greater error from the source clock than an error of the first local master clock from the source clock, the second master node is configured to: perform first correction on the second local master clock by synchronizing time with time in the first local master clock; and perform second correction on the second local master clock by synchronizing with the timing synchronization signal from the source clock node on condition that an error in the second local master clock from the first local master clock after the first correction is within a preset threshold. a plurality of master nodes (1A, 1B and 1N); and one or more slave nodes (2A, 2B and 2N) configured to correct a local slave clock thereof by synchronizing time with time in a local master clock of one of the plurality of master nodes (1A, 1B and 1N), wherein a first master node among the plurality of master nodes (1A, 1B and 1N) is configured to correct a first local master clock of the first master node at predetermined periodic intervals by synchronizing with a timing synchronization signal from a source clock node having a source clock specified in a clock domain, and characterized in that if a second local master clock of a second master node among the plurality of master nodes (1A, 1B and 1N) has a greater error from the source clock than an error of the first local master clock from the source clock, the second master node is configured to: perform first correction on the second local master clock by synchronizing time with time in the first local master clock; and perform second correction on the second local master clock by synchronizing with the timing synchronization signal from the source clock node on condition that an error in the second local master clock from the first local master clock after the first correction is within a preset threshold. perform first correction on the second local master clock by synchronizing time with time in the first local master clock; and perform second correction on the second local master clock by synchronizing with the timing synchronization signal from the source clock node on condition that an error in the second local master clock from the first local master clock after the first correction is within a preset threshold.
A lifting device for connecting two rotor blade segments (4A, 4B) of a wind turbine, said lifting device being adapted for being moved in the longitudinal direction of the rotor blade, the lifting device comprising: ∘ a frame structure, ∘ means for supporting and guiding the frame structure in relation to the rotor blade, ∘ means for lowering and/or lifting the frame structure in relation to the rotor blade, ∘ means for lifting and/or lowering a rotor blade segment, wherein the frame structure comprises a first part of a coupling guide for guiding a coupling of a first rotor blade segment and second rotor blade segment, and wherein said means for supporting and guiding the frame structure in relation to the rotor blade comprises a plurality of contact means adapted for contacting the rotor blade. ∘ a frame structure, ∘ means for supporting and guiding the frame structure in relation to the rotor blade, ∘ means for lowering and/or lifting the frame structure in relation to the rotor blade, ∘ means for lifting and/or lowering a rotor blade segment,
Use of a formulation comprising at least one alkanesulfonic acid for the cleaning of the alkali metal or alkaline earth metal oxalates present in the various receptacles, casks and other containers used in networks for packaging, storing, displaying and distributing in the field of meat and early horticultural produce, in particular poultry, fruit and vegetables, said formulation being in the gel form.