mhurhangee/ep-ind-claims huggingface dataset:
A cartridge for use with an aerosol generating system, the cartridge comprising: a reservoir for storing an aerosol-forming liquid; an induction heatable element; and a capillary element for conveying the aerosol-forming liquid from the reservoir to the induction heatable element, the induction heatable element being arranged to heat the conveyed aerosol-forming liquid to vaporise it; characterised in that the cartridge further comprises a non-liquid flavour-release medium and a further induction heatable element arranged to heat the non-liquid flavour-release medium. a reservoir for storing an aerosol-forming liquid; an induction heatable element; and a capillary element for conveying the aerosol-forming liquid from the reservoir to the induction heatable element, the induction heatable element being arranged to heat the conveyed aerosol-forming liquid to vaporise it; characterised in that the cartridge further comprises a non-liquid flavour-release medium and a further induction heatable element arranged to heat the non-liquid flavour-release medium.
A method for manufacturing a light-colored purified tall oil rosin, comprising a distillation process of distilling an unpurified tall oil rosin in the presence of an activated carbon and a disproportionation catalyst which is a supported catalyst comprising a carrier on which at least one metal selected from the group consisting of palladium, rhodium, nickel and platinum is supported.
A vehicle testing assembly for testing at least the brakes of an assembled vehicle, said testing assembly comprising: a pair of rollers (36, 38), said pair of rollers (36, 38) adapted to support a tire of a tire and wheel assembly of a vehicle positioned on said testing assembly, said pair of rollers comprising a first roller and a second roller with said first and second rollers (36, 38) being moveable relative to one another to alter the spacing between said pair of rollers characterized by a drive system connected to said first roller whereby said first roller comprises a drive roller for selectively imparting rotational motion to a tire of a vehicle tire and wheel assembly, with said second roller comprising a freewheeling roller to which rotational motion is imparted by a vehicle tire; and a brake member, said brake member being engageable with at least one of said first roller and said second roller to selectively inhibit rotation of engaged ones of said first and second rollers (36, 38), wherein said first and second rollers (36, 38) are moveable toward one another into a closed position in which said first and second rollers (36, 38) are in substantial proximity for aiding the entry and exit of a vehicle to and from said testing assembly, and wherein said brake member engages said second roller when said first and second rollers (36, 38) are in said closed position. a pair of rollers (36, 38), said pair of rollers (36, 38) adapted to support a tire of a tire and wheel assembly of a vehicle positioned on said testing assembly, said pair of rollers comprising a first roller and a second roller with said first and second rollers (36, 38) being moveable relative to one another to alter the spacing between said pair of rollers characterized by a drive system connected to said first roller whereby said first roller comprises a drive roller for selectively imparting rotational motion to a tire of a vehicle tire and wheel assembly, with said second roller comprising a freewheeling roller to which rotational motion is imparted by a vehicle tire; and a brake member, said brake member being engageable with at least one of said first roller and said second roller to selectively inhibit rotation of engaged ones of said first and second rollers (36, 38), wherein said first and second rollers (36, 38) are moveable toward one another into a closed position in which said first and second rollers (36, 38) are in substantial proximity for aiding the entry and exit of a vehicle to and from said testing assembly, and wherein said brake member engages said second roller when said first and second rollers (36, 38) are in said closed position.
Roller blind, which comprises: - a support structure intended to be fixed to a load-bearing element; - at least one winder roller rotatably constrained to said support structure around a rotation axis and extended along said rotation axis between a first end and a second end that are constrained to said support structure; - at least one fabric provided with a first edge fixed to said winder roller and susceptible of being wound around said winder roller; - at least one support device, which is fixed to said support structure and supports the first end of said winder roller; wherein said support device comprises a support body fixed to said support structure and intercepted by said rotation axis; wherein said support device also comprises a first retention element and a second retention element (190") arranged on said support body; wherein said first retention element comprises a first lever, which is rotatably constrained to said support body around a first pivoting axis (Y') parallel to said rotation axis and is provided with a retention portion; wherein said first lever is configured for rotating between: - an open position, in which the retention portion of said first lever is rotated away from said second retention element (190") in order to allow the first end of said winder roller to pass between said first lever and said second retention element (190"); - and a closed position, in which the retention portion of said first lever is rotated closer to said second retention element (190"), delimiting, with said second retention element (190"), a seat at said rotation axis, and in such seat the first end of said winder roller is housed; characterized in that the retention portion of said first lever is provided with an opposing surface against which, with said first lever in closed position, said first end is adapted to act in abutment, forcing said first lever towards said closed position. - a support structure intended to be fixed to a load-bearing element; - at least one winder roller rotatably constrained to said support structure around a rotation axis and extended along said rotation axis between a first end and a second end that are constrained to said support structure; - at least one fabric provided with a first edge fixed to said winder roller and susceptible of being wound around said winder roller; - at least one support device, which is fixed to said support structure and supports the first end of said winder roller; - an open position, in which the retention portion of said first lever is rotated away from said second retention element (190") in order to allow the first end of said winder roller to pass between said first lever and said second retention element (190"); - and a closed position, in which the retention portion of said first lever is rotated closer to said second retention element (190"), delimiting, with said second retention element (190"), a seat at said rotation axis, and in such seat the first end of said winder roller is housed;
An exhaust system for the protection of an adjacent surface, the exhaust system comprising: an ejector, the ejector including an engine exhaust nozzle with a core exhaust passage having one side closer to the adjacent surface than an other side of the core exhaust passage and providing a core exhaust flow, when in use; an ejector inlet providing a secondary flow, wherein the core exhaust flow has a higher velocity than the secondary flow; an ejector shroud; an ejector shroud outlet, the ejector shroud outlet being in fluid communication with the atmosphere; an adjacent surface, wherein the adjacent surface partially bounds a region proximate to and downstream of the ejector shroud outlet; and characterized by: a plurality of forced mixing lobes extending from the engine exhaust nozzle within a region spaced apart from the adjacent surface such that the distribution of forced mixing lobes is asymmetric in the cross section of the ejector shroud proximate the ejector shroud outlet, wherein a region of the ejector shroud outlet closest to the adjacent surface is free from the plurality of forced mixing lobes, such that mixing of the secondary flow and the core exhaust flow proximate the one side closer to the adjacent surface is minimized. an ejector, the ejector including an engine exhaust nozzle with a core exhaust passage having one side closer to the adjacent surface than an other side of the core exhaust passage and providing a core exhaust flow, when in use; an ejector inlet providing a secondary flow, wherein the core exhaust flow has a higher velocity than the secondary flow; an ejector shroud; an ejector shroud outlet, the ejector shroud outlet being in fluid communication with the atmosphere; an adjacent surface, wherein the adjacent surface partially bounds a region proximate to and downstream of the ejector shroud outlet; and characterized by: a plurality of forced mixing lobes extending from the engine exhaust nozzle within a region spaced apart from the adjacent surface such that the distribution of forced mixing lobes is asymmetric in the cross section of the ejector shroud proximate the ejector shroud outlet, wherein a region of the ejector shroud outlet closest to the adjacent surface is free from the plurality of forced mixing lobes, such that mixing of the secondary flow and the core exhaust flow proximate the one side closer to the adjacent surface is minimized.
Active roll stabilizer of a motor vehicle, comprising an actuator which is configured as a pivoting motor, is arranged in the vehicle such that it can be moved rotationally about its longitudinal axis (a), and has a substantially cylindrical housing with a cover, further comprising two stabilizer halves (18, 19) which are connected on the end side to the actuator for the transmission of a torque, a wiring harness which has a first and a second end (1a, 1b) and comprises cables (3, 4, 5) for the transmission of electric power and signals, the first end being connected to the actuator by means of a plug, and the second end being arranged in a stationary manner in the vehicle at a cable transfer point, characterized in that the cover forms a dry space and has a plug receptacle opening which is arranged on the circumferential side and into which the plug can be introduced in the radial direction and can be fastened, the plug having contacts (3a, 4a, 5a) which correspond with the cables (3, 4, 5), and the cover having an interface with one end of a stabilizer half and an assembly opening which is arranged on the end side in the region of the interface and forms an access for the assembly of the contacts (3a, 4a, 5a).
A base station gateway apparatus that is connected to a mobility management apparatus, a serving gateway apparatus and subordinate base stations and configured to control the subordinate base stations, the base station gateway apparatus comprising: a C-plane processing unit; and a U-plane processing unit; wherein when a mobile station performs handover from a subordinate source base station to a subordinate target base station, said C-plane processing unit is configured to terminate S1AP signaling received from the source base station and the target base station without relaying the S1AP signaling to the mobility management apparatus; and said U-plane processing unit is configured to insert, into U-plane data that is received from the serving gateway apparatus and that is to be transferred to the source base station, an end marker indicating that the U-plane data is the last data at a predetermined timing, and said U-plane processing unit is configured to switch a transfer destination of the U-plane data, received from the serving gateway apparatus, from the source base station to the target base station at a timing after the end marker is inserted; wherein the handover is a handover using an S1 interface; and said U-plane processing unit is configured to insert the end marker into the U-plane data at a timing of receiving an S1AP: Handover Notify message from the target base station. a C-plane processing unit; and a U-plane processing unit; wherein when a mobile station performs handover from a subordinate source base station to a subordinate target base station, said C-plane processing unit is configured to terminate S1AP signaling received from the source base station and the target base station without relaying the S1AP signaling to the mobility management apparatus; and said U-plane processing unit is configured to insert, into U-plane data that is received from the serving gateway apparatus and that is to be transferred to the source base station, an end marker indicating that the U-plane data is the last data at a predetermined timing, and said U-plane processing unit is configured to switch a transfer destination of the U-plane data, received from the serving gateway apparatus, from the source base station to the target base station at a timing after the end marker is inserted; wherein the handover is a handover using an S1 interface; and said U-plane processing unit is configured to insert the end marker into the U-plane data at a timing of receiving an S1AP: Handover Notify message from the target base station.
A method for transmitting a Hybrid Automatic Repeat reQuest Acknowledgement, HARQ-ACK, in a wireless communication system, the method comprising: determining Physical Uplink Control Channel, PUCCH, resources for a plurality of downlink subframes, using an HARQ-ACK Resource Offset, ARO; and transmitting HARQ-ACKs through the PUCCH resources in one uplink, UL, subframe, wherein a set including downlink, DL, subframes common to a non-eIMTA UE and an eIMTA UE is referred to as a first subframe set, and a set including DL subframes for the eIMTA UE only is referred to as a second subframe set. wherein both the eIMTA UE and non-eIMTA UE are configured to transmit HARQ-ACK of DL subframes of the first subframe set, by using the one subframe, wherein only the eIMTA UE between the eIMTA UE and non-eIMTA UE is configured to transmit HARQ-ACK of the DL subframes of the second subframe set, by using the one subframe, wherein the ARO consists of a first value related to a PUCCH resource shift for the DL subframes of the first subframe set, when the plurality of downlink, DL, subframes consist of subframes of the first subframe set, and wherein the ARO consists of both the first value and a second value related to a PUCCH resource shift for the DL subframes of the second subframe set, when the plurality of downlink subframes consist of subframes of the first subframe set and the second subframe set. determining Physical Uplink Control Channel, PUCCH, resources for a plurality of downlink subframes, using an HARQ-ACK Resource Offset, ARO; and transmitting HARQ-ACKs through the PUCCH resources in one uplink, UL, subframe, wherein a set including downlink, DL, subframes common to a non-eIMTA UE and an eIMTA UE is referred to as a first subframe set, and a set including DL subframes for the eIMTA UE only is referred to as a second subframe set. wherein both the eIMTA UE and non-eIMTA UE are configured to transmit HARQ-ACK of DL subframes of the first subframe set, by using the one subframe, wherein only the eIMTA UE between the eIMTA UE and non-eIMTA UE is configured to transmit HARQ-ACK of the DL subframes of the second subframe set, by using the one subframe, wherein the ARO consists of a first value related to a PUCCH resource shift for the DL subframes of the first subframe set, when the plurality of downlink, DL, subframes consist of subframes of the first subframe set, and wherein the ARO consists of both the first value and a second value related to a PUCCH resource shift for the DL subframes of the second subframe set, when the plurality of downlink subframes consist of subframes of the first subframe set and the second subframe set.
A dosimeter for the detection of neutron radiation in an energy range from 0.025 eV to approximately several hundred GeV comprising an essentially spherical main body with hydrogenous material acting as a moderating body, a detection element located in the center of the main body, with a neutron converter surrounding the detection element, the neutron converter including metal atoms for converting the energy of the high-energy neutrons to be detected essentially into neutrons in a suitable energy range, wherein the main body has an access through which the detection element can be inserted into and removed from the neutron converter and the detection element includes at least one storage element and at least one registration element wherein the registration element converts neutrons into charged particles which are detected by the storage element, and the access is provided, for use of the dosimeter, with a sealing body featuring the same material as the main body.
Photovoltaic device, which comprises a plurality of DC-voltage-generating photovoltaic modules, wherein the photovoltaic modules are interconnected with one another in series and thus generate a DC voltage (Udc*) that exceeds the dielectric strength (Umodmax) of the photovoltaic modules by a multiple and that is suitable for high-voltage DC transmission, characterized in that the generated DC voltage (Udc*) is several hundred kilovolts and the photovoltaic device is configured to be connected directly to a high-voltage DC transmission path (HGUE) during operation, as a result of which the high voltage required for the HVDC transmission is generated only by appropriate series connection of photovoltaic modules.
A method of accessing a file having a file name and stored as a file object of a file system in an object store on one or more computer storage devices, the object store having a location index of object names and physical object locations for objects (P, Q, R) stored in the object store, each object having as its object name a globally unique object fingerprint (H(p), H(q), H(r)) derived from the content of the object, the file object having its own file object fingerprint, comprising a mapping table of object fingerprints for data objects of the file stored in the object store, the mapping table being indexed by an offset into the content of the file to determine which objects of the file are to be referenced, the method comprising accessing objects in the object store using the location index and object fingerprints including: accessing a directory object, having its own object fingerprint, in the object store using the object fingerprint, the directory object comprising a mapping of inode numbers to file names; searching the directory object using a file name to obtain an inode number; accessing an inode map object (502, 650), having its own object fingerprint, in the object store using the inode map object fingerprint, the inode map object comprising a mapping of file system inode numbers and object fingerprints; using the inode map object (502,650) to translate the inode number from the directory object into a file object fingerprint; accessing the file object, having its own object fingerprint, in the object store using the file object fingerprint, whereby the data objects (410, 411, 412) of the file stored in the object store are available for access via the mapping table. accessing a directory object, having its own object fingerprint, in the object store using the object fingerprint, the directory object comprising a mapping of inode numbers to file names; searching the directory object using a file name to obtain an inode number; accessing an inode map object (502, 650), having its own object fingerprint, in the object store using the inode map object fingerprint, the inode map object comprising a mapping of file system inode numbers and object fingerprints; using the inode map object (502,650) to translate the inode number from the directory object into a file object fingerprint; accessing the file object, having its own object fingerprint, in the object store using the file object fingerprint, whereby the data objects (410, 411, 412) of the file stored in the object store are available for access via the mapping table.
A mobile terminal, comprising: a communication unit configured to communicate with at least one external terminal; a memory configured to store at least a first operating system, OS1, configured to implement a first mode and a second operating system, OS2, configured to implement a second mode, respectively; and a controller configured to execute the first operating system, OS1, and to activate the first mode corresponding to the first operating system, OS1, to display a first information screen on a display unit corresponding to the activated first mode, to receive a switching signal indicating the first mode is to be switched to the second mode, to activate the second mode and deactivate the first mode, and to display a second information screen on the display unit corresponding to the second mode and that is different than the first information screen, wherein if the switching signal is received in the course of executing a specific application in the first mode, the specific application being executable in common with the first mode and the second mode, and the version of the specific application for the second mode is different from that of the specific application for the first mode, the controller stops executing the specific application in the first mode in accordance with the version of the specific application for the first mode and re-executes the specific application in the second mode in accordance with the version of the specific application for the second mode. a communication unit configured to communicate with at least one external terminal; a memory configured to store at least a first operating system, OS1, configured to implement a first mode and a second operating system, OS2, configured to implement a second mode, respectively; and a controller configured to execute the first operating system, OS1, and to activate the first mode corresponding to the first operating system, OS1, to display a first information screen on a display unit corresponding to the activated first mode, to receive a switching signal indicating the first mode is to be switched to the second mode, to activate the second mode and deactivate the first mode, and to display a second information screen on the display unit corresponding to the second mode and that is different than the first information screen,
An automatic coffee machine comprising: a milk container covered by a lid, where the lid is preferably divided into a first portion and a second portion connected to each other by a hinge, and where the milk container has an adapter for fitting the milk container into the coffee machine housing, and a milk frothing device with an automated self-cleaning mechanism characterized in that a coupling element of the adapter pushes a mechanical flap of the coffee machine into a position in which a milk or steam flow is provided, and in that the mechanical flap automatically closes the steam outlet of the coffee machine and prevents the steam to get outside the coffee machine when the milk container is detached from the coffee machine. a milk container covered by a lid, where the lid is preferably divided into a first portion and a second portion connected to each other by a hinge, and where the milk container has an adapter for fitting the milk container into the coffee machine housing, and a milk frothing device with an automated self-cleaning mechanism characterized in that a coupling element of the adapter pushes a mechanical flap of the coffee machine into a position in which a milk or steam flow is provided, and in that the mechanical flap automatically closes the steam outlet of the coffee machine and prevents the steam to get outside the coffee machine when the milk container is detached from the coffee machine.