mhurhangee/ep-ind-claims huggingface dataset:
A clothes treatment apparatus comprising: a cabinet partitioned into a treatment chamber for allowing clothes to be hung therein, a cycle chamber for allowing machinery to be installed therein, and a tank module frame configured to allow a water supply tank and a drainage tank to be installed therein; a door for opening and closing the cabinet; a steam unit disposed in the cycle chamber for supplying steam into the treatment chamber; a heat pump unit disposed in the cycle chamber for circulating air in the treatment chamber and conditioning the air that is circulated; wherein the water supply tank is separably installed in the tank module frame, and is connected to the steam unit, configured to supply water to the steam unit, and wherein the drainage tank is separably installed in the tank module frame, and is configured to store condensed water generated in at least on selected from between the treatment chamber and the heat pump unit; characterized in that it further comprises a water supply level sensor configured to sense a level of water stored in the water supply tank; a drainage level sensor configured to sense a level of water stored in the drainage tank, and the drainage level sensor is located higher than the water supply level sensor. a cabinet partitioned into a treatment chamber for allowing clothes to be hung therein, a cycle chamber for allowing machinery to be installed therein, and a tank module frame configured to allow a water supply tank and a drainage tank to be installed therein; a door for opening and closing the cabinet; a steam unit disposed in the cycle chamber for supplying steam into the treatment chamber; a heat pump unit disposed in the cycle chamber for circulating air in the treatment chamber and conditioning the air that is circulated; wherein the water supply tank is separably installed in the tank module frame, and is connected to the steam unit, configured to supply water to the steam unit, and wherein the drainage tank is separably installed in the tank module frame, and is configured to store condensed water generated in at least on selected from between the treatment chamber and the heat pump unit; characterized in that it further comprises a water supply level sensor configured to sense a level of water stored in the water supply tank; a drainage level sensor configured to sense a level of water stored in the drainage tank, and the drainage level sensor is located higher than the water supply level sensor.
A computer-implemented method for implementing compliance boundaries via an electronic discovery tool (114, 300), the method comprising: segregating data associated with at least one user of a tenant into a plurality of layers based on at least one first set of attribute values assigned to the at least one user; assigning to an electronic discovery manager, a second set of attribute values defining at least one compliance boundary associated with the electronic discovery manager; in response to receiving an indication of an action by the electronic discovery manager using the electronic discovery tool to access the data, determining the data that is within the at least one compliance boundary associated with the electronic discovery manager based on a comparison of the at least one first set of attribute values assigned to the at least one user with the second set of attribute values assigned to the electronic discovery manager; and authorizing the electronic discovery manager access to the data determined to be within the at least one compliance boundary associated with the electronic discovery manager. segregating data associated with at least one user of a tenant into a plurality of layers based on at least one first set of attribute values assigned to the at least one user; assigning to an electronic discovery manager, a second set of attribute values defining at least one compliance boundary associated with the electronic discovery manager; in response to receiving an indication of an action by the electronic discovery manager using the electronic discovery tool to access the data, determining the data that is within the at least one compliance boundary associated with the electronic discovery manager based on a comparison of the at least one first set of attribute values assigned to the at least one user with the second set of attribute values assigned to the electronic discovery manager; and authorizing the electronic discovery manager access to the data determined to be within the at least one compliance boundary associated with the electronic discovery manager.
Electrical heating device for mobile applications, comprising: a substrate and a heating conductor layer formed on the substrate, wherein the heating conductor layer comprises at least one heating conductor track that extends in a main plane on the substrate, wherein the heating conductor track is structured such that a multiplicity of track sections, running next to one another and separated from one another by insulating gaps, are formed, wherein the heating conductor track comprises at least one curve section at which the heating conductor track is deflected in the main plane, characterized in that the heating conductor track is formed in the curve section in such a way that it has a smaller thickness in the direction perpendicular to the main plane in the region of the inner curve than in the region of the outer curve, the heating conductor layer is a layer that is deposited areally on the substrate and subsequently structured by material removal and the smaller thickness in the region of the inner curve is formed by increased material removal compared to the region of the outer curve. a substrate and a heating conductor layer formed on the substrate, wherein the heating conductor layer comprises at least one heating conductor track that extends in a main plane on the substrate, wherein the heating conductor track is structured such that a multiplicity of track sections, running next to one another and separated from one another by insulating gaps, are formed, wherein the heating conductor track comprises at least one curve section at which the heating conductor track is deflected in the main plane, characterized in that the heating conductor track is formed in the curve section in such a way that it has a smaller thickness in the direction perpendicular to the main plane in the region of the inner curve than in the region of the outer curve, the heating conductor layer is a layer that is deposited areally on the substrate and subsequently structured by material removal and the smaller thickness in the region of the inner curve is formed by increased material removal compared to the region of the outer curve.
Apparatus for an integrated access and backhaul, IAB, node, comprising: means for sending configured to send, when not knowing an uplink destination address of a parent node or a path identifier, an uplink packet using an unspecified destination address or an unspecified path identifier on an adaptation layer protocol of uplink packets; means for monitoring configured to monitor if an assignment packet is received from the parent node in response to the uplink packet having the unspecified destination address or unspecified path identifier; means for setting configured to set, if the assignment packet is received, a new value of an identifier of the IAB node for determining if a first packet of a first layer protocol is intended for the IAB node; wherein the assignment packet comprises the new value of the identifier; the assignment packet is a packet of the adaptation layer protocol; the assignment packet comprises a header of the adaptation layer protocol. means for sending configured to send, when not knowing an uplink destination address of a parent node or a path identifier, an uplink packet using an unspecified destination address or an unspecified path identifier on an adaptation layer protocol of uplink packets; means for monitoring configured to monitor if an assignment packet is received from the parent node in response to the uplink packet having the unspecified destination address or unspecified path identifier; means for setting configured to set, if the assignment packet is received, a new value of an identifier of the IAB node for determining if a first packet of a first layer protocol is intended for the IAB node; wherein the assignment packet comprises the new value of the identifier; the assignment packet is a packet of the adaptation layer protocol; the assignment packet comprises a header of the adaptation layer protocol.
An amorphous material of the composition (R 1 NR 2 3) 5 Me X 1 a X 2 b wherein R 1 is C 1 -C 4 -alkyl, R 2 are independently of one another hydrogen or C 1 -C 4 -alkyl, Me is a divalent metal, X 1 and X 2 have different meanings and are independently of one another selected from F, Cl, Br, I or a pseudohalide, a and b are independently of one another 0 to 7, wherein the sum of a and b is 7. R 1 is C 1 -C 4 -alkyl, R 2 are independently of one another hydrogen or C 1 -C 4 -alkyl, Me is a divalent metal, X 1 and X 2 have different meanings and are independently of one another selected from F, Cl, Br, I or a pseudohalide, a and b are independently of one another 0 to 7, wherein the sum of a and b is 7.
An electromagnetic fuel injection valve comprising: a valve element which closes a fuel passage by coming into contact with a valve seat and opens the fuel passage by going away from the valve seat; an electromagnet which includes a coil and a magnetic core formed as a drive portion for driving the valve element; a movable element which is held by the valve element in a state where the movable element is displaceable in the direction of a drive force of the valve element relative to the valve element; a first biasing portion for biasing the valve element, in the direction opposite to the direction of a drive force generated by the drive portion; a second biasing portion for biasing the movable element in the direction of the drive force with a biasing force smaller than the biasing force generated by the first biasing portion; and a restricting portion for restricting the displacement of the movable element in the direction of the drive force relative to the valve element, characterized in that the biasing force of the second biasing portion is set smaller than a sum of a value which is obtained by multiplying a product of a valve closing speed (m/s) of the valve element and a mass (kg) of the movable element by -7.5×10 3 and a value which is obtained by multiplying a sum of the mass of the movable element and a mass of the valve element by 2.6×10 3. a valve element which closes a fuel passage by coming into contact with a valve seat and opens the fuel passage by going away from the valve seat; an electromagnet which includes a coil and a magnetic core formed as a drive portion for driving the valve element; a movable element which is held by the valve element in a state where the movable element is displaceable in the direction of a drive force of the valve element relative to the valve element; a first biasing portion for biasing the valve element, in the direction opposite to the direction of a drive force generated by the drive portion; a second biasing portion for biasing the movable element in the direction of the drive force with a biasing force smaller than the biasing force generated by the first biasing portion; and a restricting portion for restricting the displacement of the movable element in the direction of the drive force relative to the valve element, characterized in that the biasing force of the second biasing portion is set smaller than a sum of a value which is obtained by multiplying a product of a valve closing speed (m/s) of the valve element and a mass (kg) of the movable element by -7.5×10 3 and a value which is obtained by multiplying a sum of the mass of the movable element and a mass of the valve element by 2.6×10 3.
A method for re-selection of a radio access network, RAN (120, 130, 140), by a user equipment, UE, wherein the UE is attached via a first RAN (120, 130) to a Mobile Switching Center, MSC, for execution of a circuit switched, CS, service, the method comprising: • receiving, by the MSC, an indication that the execution of the CS service shall be terminated; • determining (410, 420, 430), by the MSC, whether the UE shall perform re-selection of the RAN (120, 130, 140); • if the UE shall perform re-selection of the RAN (120, 130, 140), determining, by the MSC, selection criteria for the re-selection of the RAN (120, 130, 140); • sending, by the MSC, the determined selection criteria to the UE via non-access stratum, NAS, signaling messages related to the termination of the CS service;, • receiving, by the UE, the determined selection criteria from the MSC via the NAS, signaling messages; and • re-selecting, by the UE, the RAN (120, 130, 140), wherein the re-selection is considering the received selection criteria. • receiving, by the MSC, an indication that the execution of the CS service shall be terminated; • determining (410, 420, 430), by the MSC, whether the UE shall perform re-selection of the RAN (120, 130, 140); • if the UE shall perform re-selection of the RAN (120, 130, 140), determining, by the MSC, selection criteria for the re-selection of the RAN (120, 130, 140); • sending, by the MSC, the determined selection criteria to the UE via non-access stratum, NAS, signaling messages related to the termination of the CS service;, • receiving, by the UE, the determined selection criteria from the MSC via the NAS, signaling messages; and • re-selecting, by the UE, the RAN (120, 130, 140), wherein the re-selection is considering the received selection criteria.
Ventilation device with splash-water protection for at least partial diversion of splash water in the case of penetration from an outer side of the ventilation device in the direction of an inner side of the ventilation device, wherein the ventilation device comprises multiple lamellae (11, 21, 31) which are arranged one next to the other, wherein each of the lamellae (11, 21, 31) has a front portion (12, 22, 32) on the outer side, wherein ventilation slots are formed between the front portions (12, 22, 32), wherein at least one lamella (11, 21, 31) has a diversion portion (13, 23, 33) on the inner side, wherein the diversion portion (13, 23, 33) is connected to the front portion (12, 22, 32) via a middle portion (14, 24, 34), wherein the front portion (12, 22, 32) is angled in relation to the middle portion (14, 24, 34), wherein the diversion portion (13, 23, 33) is angled in relation to the middle portion (14, 24, 34), wherein, in a working position, the ventilation device has a top side and a bottom side in relation to the vertical direction, wherein, in the working position, the front portion (12, 22, 32) extends from the middle portion (14, 24, 34) in the direction of the top side, wherein, in the working position, the diversion portion (13, 23, 33) extends from the middle portion (14, 24, 34) in the direction of the bottom side, characterized in that the diversion portion (13, 23, 33) has a region (15, 25, 35) which, in relation to the middle portion (14, 24, 34), is oriented at an angle (α1, α2, α3) of less than 90°.
A full face piece of a breathing apparatus comprising an eyepiece for covering a front part and both side parts of a face and a main body integrally united with a circumference of the eyepiece so as to cover a circumferential part of the face, wherein the eyepiece is made of transparent hard plastic material and the main body is made of flexible elastic material, characterized in that: the eyepiece comprises a plurality of spherical surfaces. an eyepiece for covering a front part and both side parts of a face and a main body integrally united with a circumference of the eyepiece so as to cover a circumferential part of the face, wherein the eyepiece is made of transparent hard plastic material and the main body is made of flexible elastic material, characterized in that: the eyepiece comprises a plurality of spherical surfaces.
A scraping device for a conveyor belt traveling longitudinally, the scraping device comprising a support structure, at least one scraping member designed to come into contact with the conveyor belt, and at least one device for inducing vibration of the or each scraping member, the support structure comprising a support core for the or each scraping member and two support assemblies positioned transversely on either side of the core, characterized in that each support assembly comprises a crossbeam for connecting to the core and a stationary upright to which the crossbeam is articulated, the or each vibration-inducing device being fixed to the crossbeam of at least one of the support assemblies.
A hybrid vehicle control device for controlling a hybrid vehicle with an engine (Eng) and an electric motor as the drive sources of the vehicle, comprising: - a high-load road travel determination unit configured to determine whether or not the vehicle is traveling on a high running resistance road surface, a predetermined vehicle acceleration being unobtainable on the high running resistance road surface by an output of the engine (Eng) alone even if an accelerator pedal opening is set at a predetermined value or larger; and - a motor output setting unit configured to limit an output of the electric motor when a vehicle speed reaches a predetermined vehicle speed in the case of traveling on the high running resistance road surface. - a high-load road travel determination unit configured to determine whether or not the vehicle is traveling on a high running resistance road surface, a predetermined vehicle acceleration being unobtainable on the high running resistance road surface by an output of the engine (Eng) alone even if an accelerator pedal opening is set at a predetermined value or larger; and - a motor output setting unit configured to limit an output of the electric motor when a vehicle speed reaches a predetermined vehicle speed in the case of traveling on the high running resistance road surface.
A method comprising recognizing a decision on a change of a configuration of a base station, manipulating at least one of a synchronization failure value for detecting a synchronization failure and a radio link failure timer for detecting a radio link failure, providing a user equipment served by the base station with an information in view of a forthcoming change of the configuration and the at least one manipulated synchronization failure value and radio link failure timer before the configuration of the base station is changed, and providing the user equipment served by the base station with a synchronization signal indicating a new configuration after the configuration of the base station is changed from an old configuration to the new configuration.
A pharmaceutical formulation comprising between 30% and 50% by weight of the total composition of caprylic triglyceride, and at least one matrix forming agent present in an amount of between about 20% and about 70% by weight of the total composition, wherein the at least one matrix forming agent is selected from the group consisting of glyceryl dibehenate, carnauba wax, and combinations thereof.
A method for the continuous production of metal foam composite bodies as sandwich panels in a production line, with cover layers of aluminium and a metal foam body of aluminium between the cover layers, wherein prefabricated sandwich panels are continuously passed through an infrared oven, between the cover plates a plurality of aluminium foam body elements consisting of fine aluminium particles in combination with blowing agent are inserted and the sandwich plates are guided through a plurality of controllable temperature zones in the infrared oven, wherein the sandwich panels are heated up to the reaction temperature of the aluminium foam body elements with a heat input which is targeted depending on the geometry and are maintained for a predetermined period of time at a stabilisation temperature close to but below the solidus temperature of the cover layers, for homogeneous metallic connection between the cover sheets and a closed-pore aluminium foam body formed from the aluminium foam body elements between them, and wherein the sandwich panels are transferred by a handling device to a downstream in-line calibration press.
A method comprising presenting notifications on an electronic device partitioned into two or more distinct instances, each instance being aware of separate sets of events associated to applications running in that instance, the method comprising having a first, active display mode and a distinct second, dormant display mode for the notifications according to different display rules, wherein the second, dormant display mode hides at least some content associated with the notifications relative to the active display mode in which that content is visible, the method comprising: - collecting for each instance the notifications corresponding to the separate sets of events, - rendering on a display device for an active one of the instances, the notifications of the active instance using the first, active display mode, while rendering on the display device the notifications of the other instance using the second, dormant display mode by hiding at least some content of the notifications. - collecting for each instance the notifications corresponding to the separate sets of events, - rendering on a display device for an active one of the instances, the notifications of the active instance using the first, active display mode, while rendering on the display device the notifications of the other instance using the second, dormant display mode by hiding at least some content of the notifications.
A nucleic acid molecule encoding a specific binding molecule capable of binding an hTERT peptide comprising the amino acid sequence set forth in SEQ ID NO: 1 when the peptide is presented by an HLA-DP4 Class II Major Histocompatibility Complex, wherein the specific binding molecule comprises a first polypeptide comprising a variable region of an α-chain and a second polypeptide comprising a variable region of a β-chain of a T-cell receptor, and wherein: (a) the variable region of an α-chain comprises CDR sequences CDR1, CDR2 and CDR3 which respectively comprise the amino acid sequences set forth in SEQ ID NOs: 2, 3 and 4; and (b) the variable region of a β-chain comprises CDR sequences CDR1, CDR2 and CDR3 which respectively comprise the sequences set forth in SEQ ID NOs: 5, 6 and 7. (a) the variable region of an α-chain comprises CDR sequences CDR1, CDR2 and CDR3 which respectively comprise the amino acid sequences set forth in SEQ ID NOs: 2, 3 and 4; and (b) the variable region of a β-chain comprises CDR sequences CDR1, CDR2 and CDR3 which respectively comprise the sequences set forth in SEQ ID NOs: 5, 6 and 7.