mhurhangee/ep-ind-claims huggingface dataset:
Upper part that is designed to form the upper part of a gully, having a bottom connecting member that can be connected to a shaft structure of the gully and having an upper support that is designed to receive a cover, where the connecting member and the support each surround a gully opening and where spacer elements are arranged around the gully opening between the connecting member and the support and keep the connecting member and the support apart from each other vertically in such a way that the connecting member and the support can be fixed at different angular positions relative to each other and where each of the spacer elements has two parts of which one part that is described as the connecting part is arranged on the connecting member and one part that is described as the support part is arranged on the support, and which rest against each other by means of contact faces, where the contact faces together form a contact line that extends essentially in a curve from a middle point to two ends that are arranged opposite at a different height from it, where a connecting part is designed as a spacer cheek that incorporates a face that is oriented upwards and forms the contact face of the connecting part, where the connecting part extends under the middle section of the support over at least half of the length of its side in a first direction that is described as a longitudinal direction and where the connecting parts are arranged as separate longitudinally displaceable elements in the connecting member, characterised in that the upper part incorporates a locking element, and in that the contact faces of the supporting part and the connecting part are complementarily profiled in such a way that in different angular positions that the support takes up relative to the connecting member upper recesses in the support part and lower recesses in the connecting part form a common receiving contour into which the locking element can be inserted.
An aircraft including an aircraft fuel system, the aircraft fuel system comprising: a fuel tank; and a cyclonic separator comprising: a separation chamber; an inlet in fluid communication with the fuel tank and the separation chamber; a fuel outlet in fluid communication with the separation chamber; and a water outlet, wherein the cyclonic separator is adapted to discharge water from the water outlet and relatively less dense liquid fuel from the fuel outlet, and wherein the cyclonic separator further comprises a permeation member formed from a water-permeable material which enables water in the separation chamber to flow through the water-permeable material and out of the water outlet, but substantially prevents liquid fuel in the separation chamber from doing so, wherein the water-permeable material comprises graphene oxide.
A Mn-Zn ferrite core comprising a basic component, sub-components, and unavoidable impurities, wherein, as the sub-components, silicon oxide in terms of SiO 2: 50 to 400 mass ppm and calcium oxide in terms of CaO: 50 to 4000 mass ppm are added to the basic component consisting of iron oxide in terms of Fe 2 O 3: 51.0 to 54.5 mol%, zinc oxide in terms of ZnO: 8.0 to 12.0 mol%, and manganese oxide in terms of MnO: balance; characterized in that amounts of phosphorus, boron, sulfur, and chlorine in the unavoidable impurities are reduced as follows phosphorus: less than 3 mass ppm, boron: less than 3 mass ppm, sulfur: less than 5 mass ppm, and chlorine: less than 10 mass ppm; and that a ratio of a measured specific surface of the Mn-Zn ferrite core to an ideal specific surface of the Mn-Zn ferrite core satisfies formula below Measured specific surface / ideal specific surface < 1500 where the measured specific surface represents a specific surface (m 2 /g) determined by a BET method (multipoint method) in JIS Z 8830; and the ideal specific surface represents a specific surface (m 2 /g) calculated from size and mass of the core on an assumption that the core is in an ideal state of having no cavities.
Method for estimating the duration of a battery performance rehabilitation phase, which comprises steps of: - activating the battery performance rehabilitation phase if the power available in the battery is below a required minimum power level, said phase making it possible to bring said battery to state-of-charge and temperature conditions enabling it to supply said required minimum power level, - supplying a model of operation of the battery including, in a plane BSOC-T where BSOC denotes the state of charge of the battery and where T denotes the temperature of the battery, an isopower curve representing, in said plane, the operating points of the battery enabling it to substantially deliver said required minimum power level, said curve separating the operating points making it possible to deliver a power level above the required minimum power level from the operating points enabling it to deliver only a power level below the required minimum power level, - estimating the duration of said battery performance rehabilitation phase from said model of operation supplied. - activating the battery performance rehabilitation phase if the power available in the battery is below a required minimum power level, said phase making it possible to bring said battery to state-of-charge and temperature conditions enabling it to supply said required minimum power level, - supplying a model of operation of the battery including, in a plane BSOC-T where BSOC denotes the state of charge of the battery and where T denotes the temperature of the battery, an isopower curve representing, in said plane, the operating points of the battery enabling it to substantially deliver said required minimum power level, said curve separating the operating points making it possible to deliver a power level above the required minimum power level from the operating points enabling it to deliver only a power level below the required minimum power level, - estimating the duration of said battery performance rehabilitation phase from said model of operation supplied.
A slide bearing for supporting a load, comprising: an upper case; and a lower case rotatably combined with the upper case; the lower case comprising: a lower case body in a substantial cylindrical shape; a flange part projecting radially outwardly from an outer peripheral surface of the lower case body; and a plurality of recess sections formed on an outer peripheral surface of the flange part at equal intervals in circumferential direction, wherein inside the recess section, a wall surface located on a lower side in a direction of an axis of the lower case body, slopes in an upward direction of the axis as going radially inwardly, characterised in that the flange part comprises an annular protrusion formed on an upper surface of the flange part, an upper surface of the annular protrusion is provided with an annular recess section, a bottom inside the annular recess section is provided with a plurality of hollow sections arranged at equal intervals in the circumferential direction, and the recess sections are arranged alternating with the hollow sections in the circumferential direction. an upper case; and a lower case rotatably combined with the upper case; the lower case comprising: a lower case body in a substantial cylindrical shape; a flange part projecting radially outwardly from an outer peripheral surface of the lower case body; and a plurality of recess sections formed on an outer peripheral surface of the flange part at equal intervals in circumferential direction, wherein inside the recess section, a wall surface located on a lower side in a direction of an axis of the lower case body, slopes in an upward direction of the axis as going radially inwardly, characterised in that the flange part comprises an annular protrusion formed on an upper surface of the flange part, an upper surface of the annular protrusion is provided with an annular recess section, a bottom inside the annular recess section is provided with a plurality of hollow sections arranged at equal intervals in the circumferential direction, and the recess sections are arranged alternating with the hollow sections in the circumferential direction. a lower case body in a substantial cylindrical shape; a flange part projecting radially outwardly from an outer peripheral surface of the lower case body; and a plurality of recess sections formed on an outer peripheral surface of the flange part at equal intervals in circumferential direction, wherein inside the recess section, a wall surface located on a lower side in a direction of an axis of the lower case body, slopes in an upward direction of the axis as going radially inwardly, characterised in that the flange part comprises an annular protrusion formed on an upper surface of the flange part, an upper surface of the annular protrusion is provided with an annular recess section, a bottom inside the annular recess section is provided with a plurality of hollow sections arranged at equal intervals in the circumferential direction, and the recess sections are arranged alternating with the hollow sections in the circumferential direction.
Distance measuring method for determining the spatial dimension of at least one target, comprising at least • emission of a multiplicity of light pulses, in particular laser light, to the target; • detection of the light pulses scattered back by the target by means of a multiplicity of distance-measuring pixels; • derivation of a distance to the target for each of the pixels, in particular according to the pulse transit time principle; each light pulse being detected within a measuring interval ( T i) comprising at least two, in particular equally long, part-intervals ( t i,j), characterized in that the detection comprises a detection step carried out with at least one repetition in at least two stages, the measuring interval ( T i) being shortened from stage to stage. • emission of a multiplicity of light pulses, in particular laser light, to the target; • detection of the light pulses scattered back by the target by means of a multiplicity of distance-measuring pixels; • derivation of a distance to the target for each of the pixels, in particular according to the pulse transit time principle;
Door leaf having a frame comprising at least one frame spar, which comprises a first metallic profile and a second profile as a plastic profile, wherein the first profile has at least one hollow chamber, wherein the door leaf has a plate-shaped door panel, which door panel comprises at least an inner shell, an outer shell and an insulating layer arranged therebetween, wherein the second profile in its design as a plastic profile serves as a thermal insulator and as a spacer for the outer shell; wherein the door panel comprises a peripheral recess which is arranged between the inner shell and the outer shell, wherein the frame spar is arranged at least partially in the recess, wherein the frame spar is mechanically fixed in the recess and is non-positively connected to the door panel; characterized in that the frame spar is inserted in a direction parallel to the plate plane of the plate-shaped door panel in the recess which is designed groove-shaped, wherein the frame spar is fixed in the recess by means of at least one first mechanical connecting element, wherein an insert part (5, 101) for anchoring the first mechanical connecting element is arranged in the groove-shaped recess, wherein the insert part is formed as a hollow profile comprising at least one hollow chamber, wherein the insert part has a first groove or a first channel, as a screw groove or as a screw channel, having a longitudinal axis for engagement for the first mechanical connecting element, or wherein the insert part is formed as a solid profile. wherein the second profile in its design as a plastic profile serves as a thermal insulator and as a spacer for the outer shell; wherein the door panel comprises a peripheral recess which is arranged between the inner shell and the outer shell, wherein the frame spar is arranged at least partially in the recess, wherein the frame spar is mechanically fixed in the recess and is non-positively connected to the door panel; characterized in that the frame spar is inserted in a direction parallel to the plate plane of the plate-shaped door panel in the recess which is designed groove-shaped, wherein the frame spar is fixed in the recess by means of at least one first mechanical connecting element, wherein an insert part (5, 101) for anchoring the first mechanical connecting element is arranged in the groove-shaped recess, wherein the insert part is formed as a hollow profile comprising at least one hollow chamber, wherein the insert part has a first groove or a first channel, as a screw groove or as a screw channel, having a longitudinal axis for engagement for the first mechanical connecting element, or wherein the insert part is formed as a solid profile.
A receiver system for receiving image data from a capsule camera, characterized by: a plurality of receiving units each being placed at a different location selected to receive the image data transmitted from a designated section of a travel path of the capsule camera, each receiving unit comprising: an antenna for receiving a signal transmitted wirelessly from the capsule camera; a receiver circuit coupled to the antenna that (a) processes the signal received in the antenna to recover data encoded therein; (b) generates information indicative of a parameter of the received signal, the information comprising a value representative of the network condition as measured by the receiving unit at the time the signal is received into the receiving unit and (c); and outputs a digital signal comprising the recovered data and the parameter of the received signal; an interface receiving the digital data from the receiver circuit for connecting to a processing circuit that recovers the image data from the digital data, and a processor for controlling the operations of the receiver circuit and the interface. an antenna for receiving a signal transmitted wirelessly from the capsule camera; a receiver circuit coupled to the antenna that (a) processes the signal received in the antenna to recover data encoded therein; (b) generates information indicative of a parameter of the received signal, the information comprising a value representative of the network condition as measured by the receiving unit at the time the signal is received into the receiving unit and (c); and outputs a digital signal comprising the recovered data and the parameter of the received signal; an interface receiving the digital data from the receiver circuit for connecting to a processing circuit that recovers the image data from the digital data, and a processor for controlling the operations of the receiver circuit and the interface.
A transcranial composition comprising an anti-inflammatory agent for use in treating or preventing a disease or disorder of the central nervous system, wherein the anti-inflammatory agent is administered in a primary vehicle that is water, and wherein the disease or disorder of the CNS is traumatic brain injury, inflammation of the brain, or stroke, wherein the anti-inflammatory agent is glutathione or a purinergic receptor inhibitor selected from the group consisting of trinitrophenyl-ATP hydrate, oxidized ATP, N,N"-1,4-butanediylbis[N'-3-isothiocyanatophenyl)]thiourea, and MeSAMP, and wherein the transcranial composition is adapted for use in direct application of the anti-inflammatory agent to a skull of the patient, direct application of the anti-inflammatory agent to a scalp of the patient, or direct application of the anti-inflammatory agent into a skull bone of the patient.
An electronic device comprising: a display; a memory including information on a number of duty cycles included in one refresh period for emitting light by pixels of the display corresponding to each of a plurality of refresh rates of the display, wherein a duty cycle is a cycle of light emission comprising a light emitting period and a non-light emitting period; and a processor, wherein the processor is configured to control the electronic device to: perform an operation of the display with a first number of duty cycles based on the display operating at a first refresh rate; and perform an operation of the display with a second number of duty cycles based on the display operating at a second refresh rate, wherein the first number of duty cycles is less than the second number of duty cycles based on the first refresh rate being higher than the second refresh rate, wherein one refresh period further includes a first porch period based on an operation being performed at the first refresh rate, or includes a second porch period different from the first porch period based on an operation being performed at the second refresh rate, wherein a porch period is a non-light emitting period within the refresh period not within a duty cycle, and wherein a length of one duty cycle corresponding to the first refresh rate is the same as a length of one duty cycle corresponding to the second refresh rate. a display; a memory including information on a number of duty cycles included in one refresh period for emitting light by pixels of the display corresponding to each of a plurality of refresh rates of the display, wherein a duty cycle is a cycle of light emission comprising a light emitting period and a non-light emitting period; and a processor, wherein the processor is configured to control the electronic device to: perform an operation of the display with a first number of duty cycles based on the display operating at a first refresh rate; and perform an operation of the display with a second number of duty cycles based on the display operating at a second refresh rate, perform an operation of the display with a first number of duty cycles based on the display operating at a first refresh rate; and perform an operation of the display with a second number of duty cycles based on the display operating at a second refresh rate, wherein the first number of duty cycles is less than the second number of duty cycles based on the first refresh rate being higher than the second refresh rate, wherein one refresh period further includes a first porch period based on an operation being performed at the first refresh rate, or includes a second porch period different from the first porch period based on an operation being performed at the second refresh rate, wherein a porch period is a non-light emitting period within the refresh period not within a duty cycle, and wherein a length of one duty cycle corresponding to the first refresh rate is the same as a length of one duty cycle corresponding to the second refresh rate.
Method for providing connection establishment data (M1a, M4a) between a private branch exchange, PBX, in a first communication system (NStSys) which accesses communication partners (Tci) on the basis of IP addresses with a first communication protocol, SIP, and a communication server (TC1, TC2,..., TCn) which is accessible in a second communication system configured as a service unification system (Servlnt) only via the IP address of an intermediary, SBC, which allocates communication data, wherein the intermediary is retrievable by means of an IP address using the first communication protocol, in which method the private branch exchange, PBX, sends a request for a connection to the first IP address using the first communication protocol, SIP, and the intermediary, SBC, establishes the connection to the communication server, characterized in that the communication server (TCi) or the intermediary, SBC, initiates that an IP address of the communication server (TCi) which is different from the IP address of the intermediary, SBC, become known to the private branch exchange, PBX.
A mutant microorganism of a succinic acid producing microorganism, the mutant microorganism having disrupted a fructose phosphotransferase-encoding gene ( fruA), wherein the succinic acid producing microorganism is selected from the group consisting of Mannheimia succiniciproducens PALK (KCTC10973BP), Basfia sp., Actinobacillus sp., and Anaerobiospirillum sp.
A network device comprising: one or more processors; and memory coupled to the one or more processors, the memory storing instructions that, upon execution, cause one or more processors to: obtain a first payload key; obtain a path key, wherein the path key is associated with a path between the network device and another network device, and wherein the path key is a symmetric key; encrypt a first payload of a first packet using the first payload key; insert the first payload key into first metadata of the first packet; encrypt the first metadata using the path key; and send the first packet to the other network device. one or more processors; and memory coupled to the one or more processors, the memory storing instructions that, upon execution, cause one or more processors to: obtain a first payload key; obtain a path key, wherein the path key is associated with a path between the network device and another network device, and wherein the path key is a symmetric key; encrypt a first payload of a first packet using the first payload key; insert the first payload key into first metadata of the first packet; encrypt the first metadata using the path key; and send the first packet to the other network device. obtain a first payload key; obtain a path key, wherein the path key is associated with a path between the network device and another network device, and wherein the path key is a symmetric key; encrypt a first payload of a first packet using the first payload key; insert the first payload key into first metadata of the first packet; encrypt the first metadata using the path key; and send the first packet to the other network device.
A method of detecting a correct position and/or orientation of a secondary winding structure of a secondary unit relative to a primary winding structure of a primary unit of a system for inductive power transfer to a vehicle required for inductive power transfer, wherein the vehicle comprises the secondary unit for receiving an alternating electromagnetic field which is generated by the primary unit, wherein the vehicle comprises at least a first transmitter for transmitting a first signal and a second transmitter for transmitting a second signal, wherein a wayside control unit comprises at least one receiving means for receiving the first and the second signal (13a, 13b), wherein the correct position and/or orientation of the secondary winding structure of the secondary unit relative to the primary winding structure of the primary unit is detected depending on the first and the second signal (13a, 13b), characterized in that a signal level of the received signal is determined, wherein a correct position and/or orientation of the secondary winding structure of the secondary unit relative to the primary winding structure of the primary unit is determined depending on the carrier signal level of the received signal, wherein the carrier signal level of the received signal is compared with at least one threshold value, wherein a correct position and/or orientation is detected if the carrier signal level of the received signal is higher than the at least one threshold value or lies within a threshold interval for a predetermined time duration or an incorrect position and/or orientation is detected if the carrier signal level is lower than the threshold value or lies outside said threshold interval.