mhurhangee/ep-ind-claims huggingface dataset:
A uniflow-scavenged two-cycle engine comprising: a cylinder in which a combustion chamber is formed; a piston that slides in the cylinder; a scavenging chamber which surrounds one end side of the cylinder in the stroke direction of the piston and to which compressed active gas is guided; a scavenging port that is provided in a portion of the cylinder which is positioned in the scavenging chamber and suctions active gas from the scavenging chamber to the combustion chamber in response to a sliding motion of the piston; a fuel injection opening that is provided on an outer side of the cylinder in a radial direction thereof from the scavenging port and injects fuel gas into the active gas which is suctioned into the scavenging port; and a fuel injecting valve that opens and closes a fuel supply path through which a fuel tank, in which the fuel gas is stored, communicates with the fuel injection opening, wherein the fuel injecting valve is disposed in an isolated space isolated from the scavenging chamber by a partition wall, characterized in that the isolated space isolates the fuel injecting valve from the scavenging chamber, the fuel injection opening is disposed outside of the isolated space, the isolated space covers from the fuel supply path to the fuel injecting valve, a front end portion of the fuel injecting valve is inserted into a through-hole provided in the partition wall, and a gap between the through-hole and the front end portion is closed. a cylinder in which a combustion chamber is formed; a piston that slides in the cylinder; a scavenging chamber which surrounds one end side of the cylinder in the stroke direction of the piston and to which compressed active gas is guided; a scavenging port that is provided in a portion of the cylinder which is positioned in the scavenging chamber and suctions active gas from the scavenging chamber to the combustion chamber in response to a sliding motion of the piston; a fuel injection opening that is provided on an outer side of the cylinder in a radial direction thereof from the scavenging port and injects fuel gas into the active gas which is suctioned into the scavenging port; and a fuel injecting valve that opens and closes a fuel supply path through which a fuel tank, in which the fuel gas is stored, communicates with the fuel injection opening, wherein the fuel injecting valve is disposed in an isolated space isolated from the scavenging chamber by a partition wall, characterized in that the isolated space isolates the fuel injecting valve from the scavenging chamber, the fuel injection opening is disposed outside of the isolated space, the isolated space covers from the fuel supply path to the fuel injecting valve, a front end portion of the fuel injecting valve is inserted into a through-hole provided in the partition wall, and a gap between the through-hole and the front end portion is closed.
Method for using a computer unit of an autonomously movable vehicle, wherein in the case of a charging process of an electrical energy store of the vehicle, a computing power of the computer unit is made available to at least one vehicle-external computer network and/or to an assembly of vehicle-external computer units, wherein the computing power is made available for a fee, wherein the fee is determined on the basis of a number of computing operations carried out by means of the computer unit and provided to the computer network and/or to the assembly, and the fee is received via at least one blockchain method, wherein the computing power of the computer unit is made available on the basis of predictive data, and wherein the predictive data comprise an expected, future state of charge of the energy store and/or a planned route of the vehicle and/or an expected, future temperature and/or an expected, future environmental condition of an expected, future environment of the vehicle and/or a time of an expected, future start of a journey of the vehicle and/or an expected, future state of the computer network and/or of the assembly and/or of a power grid external with respect to the vehicle.
Pavement milling machine comprising a milling machine frame, a support leg and a mechanism for swinging and steering the support leg which is assigned to the milling machine frame, wherein the mechanism comprises a swing rod, a steering rod, a first guiding rod and a second guiding rod, wherein the support leg of the pavement milling machine comprises a support leg exterior sleeve and a support leg interior sleeve, the support leg exterior sleeve is sleeved onto the support leg interior sleeve, and the support leg interior sleeve can rotate relative to the support leg exterior sleeve; one end of the swing rod is hinged to the milling machine frame, and the other end thereof is fixedly connected to the support leg exterior sleeve; one end of the second guiding rod is hinged to the milling machine frame, the other end thereof is hinged to one end of the first guiding rod, characterised in that the other end of the first guiding rod is hinged to one end of the steering rod, and the other end of the steering rod is connected to the support leg interior sleeve, wherein the mechanism further comprises a swing oil cylinder and a steering oil cylinder, wherein the swing oil cylinder can drive the swing rod to rotate relative to the milling machine frame, and the steering oil cylinder can drive the second guiding rod to rotate relative to the milling machine frame.
A contention based resource configuration method by a network device, comprising: configuring, by the network device, one or more first objects including one or any combination of a UE, a radio bearer and a UE group, to be capable of using a contention based, CB, resource, wherein the one or more first objects belong to a proper subset of all first objects that comprises less than all first objects; and sending, by the network device, first CB resource information, wherein the first CB resource information is used for indicating that the one or more first objects are capable of using the CB resource. configuring, by the network device, one or more first objects including one or any combination of a UE, a radio bearer and a UE group, to be capable of using a contention based, CB, resource, wherein the one or more first objects belong to a proper subset of all first objects that comprises less than all first objects; and sending, by the network device, first CB resource information, wherein the first CB resource information is used for indicating that the one or more first objects are capable of using the CB resource.
A method of saving power in a user device that is operable in a discontinuous reception mode, the user device comprising a receiver circuitry, and the method comprising the steps of: turning off power to at least a part of the receiver circuitry during one or more predefined power down periods (51,.., 57) during a transition between an idle mode of operation and a connected mode of operation of the user device, wherein the transition is the period in time between the user device transmitting a preamble message and the user device transmitting a RRCConnectionReconfigurationComplete message.
Suspension (1, 6, 7, 8) of the wheel of a vehicle, especially of a vehicle for rough terrain driving, comprising a basic member formed by a part of a vehicle chassis, a swinging moveable member formed by a body (21, 60) or a lower arm of the suspension (1, 6, 8) of the wheel, and a helical spring (11, 65, 71, 81), characterised in that the suspension comprises a rolling kinematic couple, whose controlled member is formed by a rack (17, 68, 102) or a rope or a belt or a roller chain whose rolling surface engages with the convex rolling surface of a controlling member of the rolling kinematic couple, which is mounted on the basic member of the suspension (1, 6, 7, 8) of the wheel, whereas one end of the spring (11, 65, 71, 81) is coupled with the moveable member of the suspension (1, 6, 7, 8) of the wheel, and the second end of the spring (11, 65, 71, 81) is coupled with the controlled member of the rolling kinematic couple.
A cannula (300, 400, 500, 700, 1600) for a surgical system, the cannula (300, 400, 500, 700, 1600) comprising: a bowl portion (302, 402, 502) at a proximal end (304, 504) of the cannula (300, 400, 500, 700, 1600); a tube portion extending from the bowl portion (302, 402, 502) to a distal end (308, 508) of the cannula (300, 400, 500, 700, 1600); and an attachment portion (310, 410, 510, 610, 710, 1610) protruding laterally from the bowl portion (302, 402, 502), the attachment portion (310, 410, 510, 610, 710, 1610) being a projection configured to mount the cannula (300, 400, 500, 700, 1600) to the surgical system, and the attachment portion (310, 410, 510, 610, 710, 1610) comprising an identification device positioned to be sensed when the cannula is mounted to the surgical system; wherein the identification device (614, 714, 800) comprises one or more magnets (714, 820, 821, 822, 823), the or each of the one or more magnets (714, 820, 821, 822, 823) being oriented at one of the two magnetic polarities at a corresponding unique position of a planar array (800, 1612) of a plurality of magnet positions (810, 811, 812, 813, 1614); and wherein a presence or absence of a magnet of the one or more magnets (714, 820, 821, 822, 823) at the corresponding position, and the polarity of the magnet of the one or more magnets at the corresponding magnet position (810, 811, 812, 813, 1614) is indicative of identification information relating to the cannula (300, 400, 500, 700, 1600). a bowl portion (302, 402, 502) at a proximal end (304, 504) of the cannula (300, 400, 500, 700, 1600); a tube portion extending from the bowl portion (302, 402, 502) to a distal end (308, 508) of the cannula (300, 400, 500, 700, 1600); and an attachment portion (310, 410, 510, 610, 710, 1610) protruding laterally from the bowl portion (302, 402, 502), the attachment portion (310, 410, 510, 610, 710, 1610) being a projection configured to mount the cannula (300, 400, 500, 700, 1600) to the surgical system, and the attachment portion (310, 410, 510, 610, 710, 1610) comprising an identification device positioned to be sensed when the cannula is mounted to the surgical system; wherein the identification device (614, 714, 800) comprises one or more magnets (714, 820, 821, 822, 823), the or each of the one or more magnets (714, 820, 821, 822, 823) being oriented at one of the two magnetic polarities at a corresponding unique position of a planar array (800, 1612) of a plurality of magnet positions (810, 811, 812, 813, 1614); and wherein a presence or absence of a magnet of the one or more magnets (714, 820, 821, 822, 823) at the corresponding position, and the polarity of the magnet of the one or more magnets at the corresponding magnet position (810, 811, 812, 813, 1614) is indicative of identification information relating to the cannula (300, 400, 500, 700, 1600).
Pyrotechnic active decoy composition for infra-red decoys, comprising first particles comprising a first fuel, second particles comprising the first or a second fuel, an oxidizer for the first fuel and a binder, the first fuel being at least one metal, the second fuel being at least one metal or the second particles being composed exclusively of the second fuel, the first fuel and the oxidizer being able to react with one another, following ignition, in an exothermic reaction with release of infra-red radiation, the second particles being ignited by the reaction and being released from the active decoy composition, the first particles being smaller than the second particles and so following ignition of the active decoy composition they burn faster in air than do the second particles, the second particles being such that they burn in the air for at least 10 ms, the second particles having an average diameter of 0.5 to 3 mm, the first particles having an average diameter of 30 to 70 μm.
Apparatus for providing a mobile terminal with radio access information, wherein the apparatus is operable to provide, via a first access channel having a predetermined format, the mobile terminal with radio access configuration information comprising system information to enable the mobile terminal to access a radio access network via a second access channel formatted in accordance with the mobile terminal's data communication capabilities, wherein the radio access network is operable to provide a first terminal having first data communication capabilities with a second access channel formatted in accordance with the first data communication capabilities and to provide a second terminal having second, different data communication capabilities with a different second access channel formatted in accordance with the second data communication capabilities. operable to provide, via a first access channel having a predetermined format, the mobile terminal with radio access configuration information comprising system information to enable the mobile terminal to access a radio access network via a second access channel formatted in accordance with the mobile terminal's data communication capabilities, wherein the radio access network is operable to provide a first terminal having first data communication capabilities with a second access channel formatted in accordance with the first data communication capabilities and to provide a second terminal having second, different data communication capabilities with a different second access channel formatted in accordance with the second data communication capabilities.
A method for executing a transaction, which method comprises steps consisting in: providing a terminal comprising a main processor, a graphics processor controlling a display screen, and an interfacing means, the graphics processor comprising a memory (LMEM) that is inaccessible from outside the graphics processor; establishing a link between the graphics processor and a secure processor (SRV, SE), via the main processor, the link being secured by means of an encryption key shared only by the graphics processor and the secure processor, and inaccessible from outside the graphics processor and the secure processor; presenting first data to the user; gathering second data (Ps0,Ps1,..., SC) from commands (Ps0,Ps1,...) entered by the user by means of the interfacing means, the second data relating to the first data; transmitting the second data to the secure processor; authenticating the user on the basis of the second data; and if the user has been authenticated, executing the transaction, the secure link being used to transmit the first data, and/or to transmit the second data, and/or to execute the transaction. providing a terminal comprising a main processor, a graphics processor controlling a display screen, and an interfacing means, the graphics processor comprising a memory (LMEM) that is inaccessible from outside the graphics processor; establishing a link between the graphics processor and a secure processor (SRV, SE), via the main processor, the link being secured by means of an encryption key shared only by the graphics processor and the secure processor, and inaccessible from outside the graphics processor and the secure processor; presenting first data to the user; gathering second data (Ps0,Ps1,..., SC) from commands (Ps0,Ps1,...) entered by the user by means of the interfacing means, the second data relating to the first data; transmitting the second data to the secure processor; authenticating the user on the basis of the second data; and if the user has been authenticated, executing the transaction, the secure link being used to transmit the first data, and/or to transmit the second data, and/or to execute the transaction.
A personal care composition for use in treating the human body by application to the skin, hair, or vaginal region, comprising a low-DP polymerized surfactant, said composition having a CMID% of less than 90%, or more preferably, wherein said composition has a CMID% of less than 50%; wherein CMID% is measured according to the Dynamic Light Scattering Test (DLS Test) described in the description and is the fraction of micelles having a d H of less than 9 nm; wherein a low-DP polymerized surfactant is a polymer including repeat units that are amphiphilic, having at least 7 and less than 2000 amphiphilic repeat units on a weight average basis; and wherein the amphiphilic repeat units comprise at least 10 mole % of the polymerized surfactant; and wherein the composition has a foam value of 25mL or greater measured according to the Foam Test described in the description. wherein CMID% is measured according to the Dynamic Light Scattering Test (DLS Test) described in the description and is the fraction of micelles having a d H of less than 9 nm; wherein a low-DP polymerized surfactant is a polymer including repeat units that are amphiphilic, having at least 7 and less than 2000 amphiphilic repeat units on a weight average basis; and wherein the amphiphilic repeat units comprise at least 10 mole % of the polymerized surfactant; and wherein the composition has a foam value of 25mL or greater measured according to the Foam Test described in the description.
A UV curable inkjet ink containing at least one free radical photoinitiator and at least 30 wt% of a mixture including 0 to 45 wt% of a polymerizable oligomer, at least 5 wt% of a polyfunctional propoxylated acrylate and at least 20 wt% of a monofunctional ethoxylated methacrylate according to Formula: with n representing an integer of 1 to 4 and R representing an alkyl group; wherein the weight ratio of the polyfunctional propoxylated acrylate over the monofunctional ethoxylated methacrylate is less than 1.60; and wherein all the weight percentages wt% are based on the total weight of the UV curable inkjet ink.
Device for conducting a lavage-like, repetitive supply and drain of a flushing, cleaning or other therapeutically active substance, to/from a patient, especially within the scope of a large-lumen rinsing or, respectively, draining cleaning of the colon of a patient, comprising: - a permanently atraumatic anorectally placeable catheter unit, for receiving and draining off the feces; - a rinsing and collecting bag unit (5,SB) with combined rinsing and collecting function; as well as - a hose unit connecting said catheter unit with said rinsing and collecting bag unit (5,SB), comprising a single or multi-lumen film-like flat collapsible hose; characterized by at least one element with a throttle function dependent from the flow direction, which is configured for draining intestinal content from a patient by use of such a large lumen, that even formed feces are drained efficiently, while the supply of fluid directed to the patient is throttled relative to the large-lumen draining of intestinal content and thereby, at the supply, the flow rate or the flow velocity is reduced to a not irritating value which is compatible with the body. - a permanently atraumatic anorectally placeable catheter unit, for receiving and draining off the feces; - a rinsing and collecting bag unit (5,SB) with combined rinsing and collecting function; as well as - a hose unit connecting said catheter unit with said rinsing and collecting bag unit (5,SB), comprising a single or multi-lumen film-like flat collapsible hose;
Method for determining an equivalent modal unbalance for the first bending eigenform of a shaft-elastic rotor, which unbalance is to be compensated for, characterised by the steps of: creating a simple rotor model which exclusively describes the geometric shape and the material properties of the shaft-elastic rotor; calculating the magnitude of the static compliance of the model of the rotor at at least one point of measurement and at the centre of gravity of the rotor at at least one assumed speed; receiving the shaft-elastic rotor in a rotatable bearing and accelerating the rotor to the assumed speed which is below the first critical speed thereof; measuring the magnitude of the outward deflection at the point of measurement of the shaft-elastic rotor rotating at the assumed speed; calculating the equivalent modal unbalance for the first bending eigenform of the shaft-elastic rotor, which unbalance is to be compensated for, from the magnitudes of the calculated compliance and the measured outward deflection, without taking rotor-dynamic effects into account. creating a simple rotor model which exclusively describes the geometric shape and the material properties of the shaft-elastic rotor; calculating the magnitude of the static compliance of the model of the rotor at at least one point of measurement and at the centre of gravity of the rotor at at least one assumed speed; receiving the shaft-elastic rotor in a rotatable bearing and accelerating the rotor to the assumed speed which is below the first critical speed thereof; measuring the magnitude of the outward deflection at the point of measurement of the shaft-elastic rotor rotating at the assumed speed; calculating the equivalent modal unbalance for the first bending eigenform of the shaft-elastic rotor, which unbalance is to be compensated for, from the magnitudes of the calculated compliance and the measured outward deflection, without taking rotor-dynamic effects into account.
Portable power tool, in particular hand-held sanding machine, having a tool that is carried via a drive spindle, and a protective hood that at least partially covers the tool, is arranged in a rotatable manner on a bearing neck and has at least one protective position in the direction of rotation towards the bearing neck, said protective position being defined by a respective locking position of a locking arrangement, wherein the protective hood is supported via the locking arrangement in a torsionally elastically resilient manner in its protective position, corresponding to the respective locking position, relative to the bearing neck, with locking being maintained in the circumferential direction, and wherein the locking arrangement has fixing locking members (13, 14), the one locking member of which is pretensioned in the direction of its manually reversible locking position with respect to the other locking member via spring means, wherein the locking members, provided on the side of the spring means, of the locking arrangement are pretensioned towards their locking position, characterized in that the locking arrangement has locking members (13, 14) that fix with respect to a clamping neck of the protective hood, and in that the spring means are formed by a leg spring (17, 31) which is formed in a manner curved in a U shape and has a locking leg (18, 32) that is resiliently pretensioned with respect to the clamping neck, said locking leg (18, 32) carrying the locking members that engage with the locking members provided on the side of the clamping neck and having a fastening leg (19, 33) that is angled with respect to the locking leg (18, 32), said fastening leg (19, 33), starting from the U-shaped apex curve (20, 34) of the leg spring (17, 31), being fixed on the housing side.
Light assembly having a heatsink, a carrier plate for the reception of at least one illuminant and a reflector into which light which can be generated by the illuminant can be radiated, wherein the heatsink has a receiving surface on which the carrier plate and the reflector are arranged on top of each other, characterized in that a common assembly opening extends through the heatsink, the carrier plate and the reflector, in which a spring element and a tensioning element are arranged; the heatsink, the carrier plate and the reflector being braced on top of each other via the spring element, the tensioning force being applied to the spring element by means of the tensioning element.