mhurhangee/ep-ind-claims huggingface dataset:
An engine-and-electric-machine assembly, comprising an engine and an electric machine, and a crankshaft being provided in the engine, characterized in that: the crankshaft is provided with a main body, an extension section that extends to an exterior of the engine, and a transition section 7-2 provided between the main body and the extension section, the extension section constitutes a rotation shaft of the electric machine, and a rotor of the electric machine is mounted on the extension section, the engine is provided adjacent to the electric machine, the electric machine is provided with a housing, and a left end of the housing is directly mounted to a cylinder block of the engine, to form a fixing and sealing face; and the electric machine is further provided with a right end cap, and the housing of the electric machine and the right end cap are integrally manufactured, a double oil seal is provided between the engine and the electric machine, to bidirectionally seal the engine and the electric machine, a sealing groove is provided on the cylinder block of the engine for mounting the double oil seal, and the double oil seal seals a spacing between the transition section and the sealing groove on the cylinder block. the engine is provided adjacent to the electric machine, the electric machine is provided with a housing, and a left end of the housing is directly mounted to a cylinder block of the engine, to form a fixing and sealing face; and the electric machine is further provided with a right end cap, and the housing of the electric machine and the right end cap are integrally manufactured, a double oil seal is provided between the engine and the electric machine, to bidirectionally seal the engine and the electric machine, a sealing groove is provided on the cylinder block of the engine for mounting the double oil seal, and the double oil seal seals a spacing between the transition section and the sealing groove on the cylinder block.
A syringe for injecting contrast injection media into a patient, comprising: a main body; a fluid outlet port in fluid communication with the main body to deliver the contrast injection media to a patient; a fluid inlet port in fluid communication with the main body to deliver the contrast injection media into the main body; and an inlet valve system associated with the fluid inlet port, the inlet valve system being open as contrast injection media is delivered into the main body and closed when the contrast injection media is delivered to a patient, characterized in that the inlet valve system includes a valve member having a density of less than or equal to 1 gram per cubic centimeter, a head section and a tail section extending longitudinally from a first end of the head section towards the main body, and a valve seat located above the valve member, the head section having a seating surface at a second end opposite the first end that seats against the valve seat, the valve member selectively movable in response to pressure in the main body between an open unseated position in which the contrast injection media travels along a length of the tail section into the main body and a closed seated position in contact with the valve seat. a main body; a fluid outlet port in fluid communication with the main body to deliver the contrast injection media to a patient; a fluid inlet port in fluid communication with the main body to deliver the contrast injection media into the main body; and an inlet valve system associated with the fluid inlet port, the inlet valve system being open as contrast injection media is delivered into the main body and closed when the contrast injection media is delivered to a patient, characterized in that the inlet valve system includes a valve member having a density of less than or equal to 1 gram per cubic centimeter, a head section and a tail section extending longitudinally from a first end of the head section towards the main body, and a valve seat located above the valve member, the head section having a seating surface at a second end opposite the first end that seats against the valve seat, the valve member selectively movable in response to pressure in the main body between an open unseated position in which the contrast injection media travels along a length of the tail section into the main body and a closed seated position in contact with the valve seat.
Vehicle seat with a framework for fastening the vehicle seat to a vehicle body, a seat part, a backrest and a headrest which comprises a headrest suspension, in which the seat part and the backrest are arranged on the framework such that the framework forms a type of rigid support framework for vehicle seat components, wherein the headrest suspension is formed by the framework or is fastened to the framework, and the headrest suspension has a suspension part on the framework side and a suspension part on the backrest side, wherein the suspension part on the backrest side is arranged outside the backrest and it is loosely suspended with respect thereto.
A computer-implemented method (500, 600, 700) of mobile device dead reckoning, DR, navigation, the method comprising: recognizing that a handover event (506, 608, 708) of a mobile device from one Access Point, AP, to a next AP is occurring, the Access Points being interior access points selected from one of Wi-Fi APs, WLAN APs, or Long Term Evolution, LTE, eNodeB's: obtaining a DR current position of the mobile device; during the recognized handover event: determining whether the DR current position of the mobile device is within a circular handover spot associated with the next AP, wherein the circular handover spot's outer diameter represents an estimated distance from the next AP at which the handover event between the one AP and the next AP is expected to occur; and if not: resetting the DR current position of the mobile device to a point on the circular handover spot's outer diameter nearest to the DR current position of the mobile device. obtaining a DR current position of the mobile device; during the recognized handover event: determining whether the DR current position of the mobile device is within a circular handover spot associated with the next AP, wherein the circular handover spot's outer diameter represents an estimated distance from the next AP at which the handover event between the one AP and the next AP is expected to occur; and if not: resetting the DR current position of the mobile device to a point on the circular handover spot's outer diameter nearest to the DR current position of the mobile device. determining whether the DR current position of the mobile device is within a circular handover spot associated with the next AP, wherein the circular handover spot's outer diameter represents an estimated distance from the next AP at which the handover event between the one AP and the next AP is expected to occur; and if not: resetting the DR current position of the mobile device to a point on the circular handover spot's outer diameter nearest to the DR current position of the mobile device.
A blade assembly (32, 32') of a waste catchment system for a roller, the blade assembly (32, 32') comprising a support plate for attachment to a tray of the waste catchment system and a blade holder, the blade holder configured to receive a blade (40, 40') having a longitudinal axis and a free edge extending in the direction of the longitudinal axis and adapted to engage with the roller to be cleaned, wherein the blade holder is configured to receive and retain the blade (40, 40'), and wherein the blade holder and the blade comprise respective co-operating elements configured to constrain the blade against movement relative to the blade holder in a direction perpendicular to the longitudinal axis of the blade, characterized in that the blade is removably attachable to the blade holder such that the blade is removable from the blade holder and insertable into the blade holder by moving the blade in the direction of the longitudinal axis.
A packet transmission method, comprising: receiving, by a session management function network element, first access network tunnel information and second access network tunnel information that correspond to a first service; and sending (509, 602), by the session management function network element, a downlink forwarding rule to a user plane function network element, wherein the downlink forwarding rule comprises the first access network tunnel information and the second access network tunnel information and the downlink forwarding rule indicates the user plane function network element to replicate a received downlink packet of the first service; receiving, by the user plane function network element, the downlink forwarding rule from the session management function network element; and generating (510, 1211), by the user plane function network element, a first downlink packet and a second downlink packet, and sending the first downlink packet and the second downlink packet to a base station through two paths respectively corresponding to the first access network tunnel information and the second access network tunnel information according to the downlink forwarding rule. receiving, by a session management function network element, first access network tunnel information and second access network tunnel information that correspond to a first service; and sending (509, 602), by the session management function network element, a downlink forwarding rule to a user plane function network element, wherein the downlink forwarding rule comprises the first access network tunnel information and the second access network tunnel information and the downlink forwarding rule indicates the user plane function network element to replicate a received downlink packet of the first service; receiving, by the user plane function network element, the downlink forwarding rule from the session management function network element; and generating (510, 1211), by the user plane function network element, a first downlink packet and a second downlink packet, and sending the first downlink packet and the second downlink packet to a base station through two paths respectively corresponding to the first access network tunnel information and the second access network tunnel information according to the downlink forwarding rule.
A frame structure, such as a window sash or a frame for a window or door, including side, top and bottom pieces, said frame structure comprising a core made from at least one core member and a shell of polyurethane encasing the core, characterized in that at least one core member is made from expanded polystyrene with a density of 80-200 kg/m 3.
Silencer for an exhaust system of an internal combustion engine, in particular of a motor vehicle, - comprising a silencer housing, which encloses a housing interior - comprising at least one exhaust-gas-carrying hollow body in a half-shell construction, arranged in the housing interior, - the two half shells (14, 15) of the hollow body being fastened to each other in the region of a separating plane, - the two half shells (14, 15) being fastened to each other by fastening elements (17, 18), which are formed directly on said half shells (14, 15), - the two half shells (14, 15) each comprising in the region of the separating plane, on faces (19, 20) which are remote from each other, an outwardly projecting collar (21, 22) on which the fastening elements (17, 18) are formed, - the two half shells (14, 15) being in contact with each other and being fastened to each other at said collars (21, 22), - at least one of the collars having as a fastening element a bracket which is spaced apart from the separating plane, which bracket extends in parallel with the separating plane in the longitudinal direction of each collar and overlaps the corresponding collar of the other half shell in a collar portion acting as a complementary fastening element, characterised in that each bracket of the one collar, together with the corresponding collar portion of the other collar, forms a closure, in which the two half shells (14, 15) carry out two differently oriented movements in order to fasten the two half shells (14, 15) to each other or to detach the two half shells (14, 15) from each other. - comprising a silencer housing, which encloses a housing interior - comprising at least one exhaust-gas-carrying hollow body in a half-shell construction, arranged in the housing interior, - the two half shells (14, 15) of the hollow body being fastened to each other in the region of a separating plane, - the two half shells (14, 15) being fastened to each other by fastening elements (17, 18), which are formed directly on said half shells (14, 15), - the two half shells (14, 15) each comprising in the region of the separating plane, on faces (19, 20) which are remote from each other, an outwardly projecting collar (21, 22) on which the fastening elements (17, 18) are formed, - the two half shells (14, 15) being in contact with each other and being fastened to each other at said collars (21, 22), - at least one of the collars having as a fastening element a bracket which is spaced apart from the separating plane, which bracket extends in parallel with the separating plane in the longitudinal direction of each collar and overlaps the corresponding collar of the other half shell in a collar portion acting as a complementary fastening element, characterised in that each bracket of the one collar, together with the corresponding collar portion of the other collar, forms a closure, in which the two half shells (14, 15) carry out two differently oriented movements in order to fasten the two half shells (14, 15) to each other or to detach the two half shells (14, 15) from each other.
A road vehicle equipped with a drawbar for coupling thereof with a second road vehicle, the drawbar comprising the following means: • a main cylinder arranged longitudinally in the drawbar and comprising a rod mobile between a retracted position, an extended position and an intermediate position between the retracted position and the extended position; • a coupling part provided at the free end of the mobile rod of the main cylinder, said coupling part being able to couple said vehicle to the second road vehicle by latching thereof with a complementary coupling part, characterized in that the drawbar comprises the following means: • a latching device that is actuated automatically in latching in case of failure of said main cylinder, the latching device preventing the extension of the mobile rod of the main cylinder when it is actuated in latching. • a main cylinder arranged longitudinally in the drawbar and comprising a rod mobile between a retracted position, an extended position and an intermediate position between the retracted position and the extended position; • a coupling part provided at the free end of the mobile rod of the main cylinder, said coupling part being able to couple said vehicle to the second road vehicle by latching thereof with a complementary coupling part, characterized in that the drawbar comprises the following means: • a latching device that is actuated automatically in latching in case of failure of said main cylinder, the latching device preventing the extension of the mobile rod of the main cylinder when it is actuated in latching.
A power bank comprising: a power bank battery; a communication unit connectable to a charging target battery pack to be charged through wired/wireless communication; a remaining capacity calculation unit that is configured to calculate a remaining capacity of the power bank battery; an information receiving unit that is configured to receive measured capacity information of the charging target battery pack and a capacity and state of charge, SOC, table from the charging target battery pack through the communication unit; a chargeable range determination unit that is configured to compare a sum capacity of the measured capacity of the charging target battery pack received by the information receiving unit and the remaining capacity of the power bank calculated by the remaining capacity calculation unit with a buffer capacity of the charging target battery pack to determine a chargeable range of the charging target battery pack according to the comparison result; the buffer capacity of the charging target battery pack being the capacity corresponding to 100% SOC in the capacity and state of charge, SOC, table; and a display unit that is configured to externally display the chargeable range of the charging target battery pack determined by the chargeable range determination unit. a power bank battery; a communication unit connectable to a charging target battery pack to be charged through wired/wireless communication; a remaining capacity calculation unit that is configured to calculate a remaining capacity of the power bank battery; an information receiving unit that is configured to receive measured capacity information of the charging target battery pack and a capacity and state of charge, SOC, table from the charging target battery pack through the communication unit; a chargeable range determination unit that is configured to compare a sum capacity of the measured capacity of the charging target battery pack received by the information receiving unit and the remaining capacity of the power bank calculated by the remaining capacity calculation unit with a buffer capacity of the charging target battery pack to determine a chargeable range of the charging target battery pack according to the comparison result; the buffer capacity of the charging target battery pack being the capacity corresponding to 100% SOC in the capacity and state of charge, SOC, table; and a display unit that is configured to externally display the chargeable range of the charging target battery pack determined by the chargeable range determination unit.
A cutting tool insert consisting of a substrate of cemented carbide, cermet, ceramics, steel or a superhard material such as cubic boron nitride and a coating with a total thickness of 5 to 40 μm, the coating consisting of one or more refractory layers of which at least one layer is an α-Al 2 O 3 layer having a thickness of 1 to 20 μm, wherein the length of Σ3-type grain boundaries in the at least one α-Al 2 O 3 layer is 82% or more of the total length of the sum of grain boundaries of Σ3, Σ7, Σ11. Σ17, Σ19, Σ21, Σ23 and Σ29-type grain boundaries (=Σ13-29-type grain boundaries), the grain boundary character distribution being measured by EBSD.
An in vitro method for releasing a vitamin D compound from vitamin D-binding protein comprising the step of: a) providing a sample to be investigated and b) mixing the sample from step (a) with i) a reagent containing one hydrogen carbonate salt and a substance capable of releasing hydrogen carbonate ions (HCO 3-) upon hydrolysis, wherein the total concentration of hydrogen carbonate ions (HCO 3-) from the hydrogen carbonate salt and released from the substance capable of releasing hydrogen carbonate ions (HCO 3-) is 0.1 M to 2.0 M, ii) a reducing agent, and iii) an alkalinising agent, thereby releasing the vitamin D compound from vitamin D-binding protein. a) providing a sample to be investigated and b) mixing the sample from step (a) with i) a reagent containing one hydrogen carbonate salt and a substance capable of releasing hydrogen carbonate ions (HCO 3-) upon hydrolysis, wherein the total concentration of hydrogen carbonate ions (HCO 3-) from the hydrogen carbonate salt and released from the substance capable of releasing hydrogen carbonate ions (HCO 3-) is 0.1 M to 2.0 M, ii) a reducing agent, and iii) an alkalinising agent, thereby releasing the vitamin D compound from vitamin D-binding protein. i) a reagent containing one hydrogen carbonate salt and a substance capable of releasing hydrogen carbonate ions (HCO 3-) upon hydrolysis, wherein the total concentration of hydrogen carbonate ions (HCO 3-) from the hydrogen carbonate salt and released from the substance capable of releasing hydrogen carbonate ions (HCO 3-) is 0.1 M to 2.0 M, ii) a reducing agent, and iii) an alkalinising agent,
A use of at least one dianhydrohexitol to limit or prevent the proliferation of microorganisms of the human cutaneous microbiome in a cosmetic or dermatological preparation for topical use.
A shoe construction comprising: a sole having a toe end and an opposite heel end and having opposite medial and lateral sides (108, 110) extending between the toe end and the heel end; an upper of flexible material attached to the sole, the upper extending upwardly from the sole, the upper defining a heel-end opening, in part, by a medial heel-edge and a lateral heel-end edge of the upper proximate the heel end of the sole, wherein the heel-end opening extends upwardly from the sole; a disengageable-heel portion of flexible material attached to the sole at the heel end, the disengageable-heel portion comprising a medial front edge and a lateral front edge; wherein when the disengageable-heel portion is disengageably attached to the upper, the disengageable-heel portion extends upwardly from the sole to a heel portion top edge with the medial-front edge extending from the sole to a forefoot opening on the medial side of the sole and an opposite lateral front edge extending from the sole to the forefoot opening on the lateral side of the sole to define an ankle opening; and wherein when the disengageable-heel portion is disengageably detached from the upper, having the disengageable-heel portion fold downwardly from the ankle opening 410 to expose the heel-end opening.
A door lock comprising - a cylinder receiver for a lock cylinder which has an input element, wherein the input element is configured to be driven by an output element of the lock cylinder in order to adjust a latch and/or a latch bolt of the door lock; and - a motor to be able to adjust the latch and/or the latch bolt in a motorized manner in addition to the adjustability by means of the lock cylinder, characterized in that the motor is drive-effectively couplable or coupled to the input element in order to adjust the latch and/or the latch bolt in a motorized manner via the input element independently of whether a lock cylinder is received in the cylinder receiver or not. - a cylinder receiver for a lock cylinder which has an input element, wherein the input element is configured to be driven by an output element of the lock cylinder in order to adjust a latch and/or a latch bolt of the door lock; and - a motor to be able to adjust the latch and/or the latch bolt in a motorized manner in addition to the adjustability by means of the lock cylinder,