mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner, comprising: a first part, an assembling and disassembling groove being provided thereon, a locking hole being provided on the assembling and disassembling groove; a second part having a locking structure thereon; the air conditioner being characterized by comprising a guide member slidably cooperated with the dismounting groove; and a locking block slidably arranged on the guide member, a biasing force toward the second part being disposed on the locking block; the guide member being movable to a locking position, and the locking block being configured to extend out of the locking hole partially and lock the locking structure on the second part; the guide member being movable to an unlocking position, the locking block being configured to retract to the dismounting groove so as to disengage the first part from the second part. a first part, an assembling and disassembling groove being provided thereon, a locking hole being provided on the assembling and disassembling groove; a second part having a locking structure thereon; the air conditioner being characterized by comprising a guide member slidably cooperated with the dismounting groove; and a locking block slidably arranged on the guide member, a biasing force toward the second part being disposed on the locking block; the guide member being movable to a locking position, and the locking block being configured to extend out of the locking hole partially and lock the locking structure on the second part; the guide member being movable to an unlocking position, the locking block being configured to retract to the dismounting groove so as to disengage the first part from the second part.
Locking device for containers on a vehicle chassis, having a housing, a spigot which is displaceably supported in the housing and/or a pivot pin which is rotatably supported in the housing, wherein the spigot and/or the pivot pin can be moved between an open position and a locking position, characterised in that there engages on the spigot or the pivot pin a resilient element which cooperates with a release unit, wherein the release unit has at least one touch pin which protrudes in the open position from the housing in the direction of a container fitting.
A positive electrode active material for a secondary battery, the positive electrode active material comprising a lithium composite transition metal oxide including nickel (Ni), cobalt (Co), and manganese (Mn), wherein the lithium composite transition metal oxide comprises 60 mol% or more of the nickel (Ni) among metals excluding lithium, and a coating layer is formed on surfaces of particles of the lithium composite transition metal oxide, wherein the coating layer comprises a lithium-polymer compound which is formed by a reaction of a lithium by-product with a polymer, characterized in that the polymer comprises at least one selected from the group consisting of polyacrylamide and polyimide. a coating layer is formed on surfaces of particles of the lithium composite transition metal oxide, wherein the coating layer comprises a lithium-polymer compound which is formed by a reaction of a lithium by-product with a polymer, characterized in that the polymer comprises at least one selected from the group consisting of polyacrylamide and polyimide.
Screen changer for a flowable-plastic processing system with an element which can be moved between two positions, where this movable element is moved by means of a hydraulic cylinder, and with a motor which drives a hydraulic pump, where a hydraulic supply pipe leads from the hydraulic pump to the hydraulic cylinder, characterised by a first hydraulic pump described as the volume pump, a second hydraulic pump described as a high-pressure pump, where the high-pressure pump has a lower volume capacity compared to the volume pump, but which achieves a comparatively high pumping pressure, a stop valve in the supply pipe which can open or close the hydraulic connection between the volume pump and the hydraulic cylinder as required, and a high-pressure pipe which feeds the hydraulic fluid from the high-pressure pump past the stop valve to the hydraulic cylinder,
A method for detecting network reliability, comprising: obtaining, by a detection apparatus, a first quantity of data packets comprised in a first packet sent by a first network node to a second network node, said obtaining comprising receiving, by the detection apparatus, second feedback information sent by the first network node, wherein the second feedback information comprises the first quantity of data packets comprised in the first packet; obtaining, by the detection apparatus, first feedback information sent by the second network node, wherein the first feedback information comprises a second quantity of data packets comprised in the first packet received by the second network node; and calculating, by the detection apparatus, communication service availability, CSA, of a network channel from the first network node to the second network node, as a ratio of the second quantity to the first quantity; wherein the first packet is a special packet sent by the first network node to the second network node, the special packet being a packet in a network element and which is used to implement a special function. obtaining, by a detection apparatus, a first quantity of data packets comprised in a first packet sent by a first network node to a second network node, said obtaining comprising receiving, by the detection apparatus, second feedback information sent by the first network node, wherein the second feedback information comprises the first quantity of data packets comprised in the first packet; obtaining, by the detection apparatus, first feedback information sent by the second network node, wherein the first feedback information comprises a second quantity of data packets comprised in the first packet received by the second network node; and calculating, by the detection apparatus, communication service availability, CSA, of a network channel from the first network node to the second network node, as a ratio of the second quantity to the first quantity; wherein the first packet is a special packet sent by the first network node to the second network node, the special packet being a packet in a network element and which is used to implement a special function.
An apparatus for treating disorders of the knee comprising a prosthesis configured to be mounted to the femur proximate the knee joint in engagement with target tissues for intervention, the target tissues comprising at least one laterally positioned connective tissue of the knee, said prosthesis comprising: a fixation portion configured to mate with and be mounted to a surface of the femur at a fixation site on a lateral part of the femur, a first displacement portion medially and anteriorly positioned with respect to the fixation portion and configured and dimensioned to displace the quadriceps-femoris tendon, a second displacement portion distally positioned with respect to the fixation portion with a convex outer surface configured and dimensioned to engage and laterally displace the iliotibial band, and a spanning section having a general Y-shape between the fixation portion and said displacement portions, with one arm of the spanning section extending at an angle medially and anteriorly to the first displacement portion; and another arm of the spanning section configured and dimensioned to extend laterally and distally from the fixation portion to position the second displacement portion with respect to the iliotibial band for lateral displacement thereof while avoiding select tissues extending between the fixation site and the target tissues. a fixation portion configured to mate with and be mounted to a surface of the femur at a fixation site on a lateral part of the femur, a first displacement portion medially and anteriorly positioned with respect to the fixation portion and configured and dimensioned to displace the quadriceps-femoris tendon, a second displacement portion distally positioned with respect to the fixation portion with a convex outer surface configured and dimensioned to engage and laterally displace the iliotibial band, and a spanning section having a general Y-shape between the fixation portion and said displacement portions, with one arm of the spanning section extending at an angle medially and anteriorly to the first displacement portion; and another arm of the spanning section configured and dimensioned to extend laterally and distally from the fixation portion to position the second displacement portion with respect to the iliotibial band for lateral displacement thereof while avoiding select tissues extending between the fixation site and the target tissues.
A multirotor aircraft that is adapted for vertical take-off and landing, comprising a fuselage and at least one thrust producing unit that is connected to the fuselage via an associated structural support and pivotable around the associated structural support relative to the fuselage, wherein the at least one thrust producing unit comprises at least one main rotor assembly, a plurality of secondary rotor assemblies, and a shrouding that forms a main air duct and a plurality of secondary air ducts, the main air duct being provided for interacting with the at least one main rotor assembly and the plurality of secondary air ducts being provided for interacting with the plurality of secondary rotor assemblies, wherein the plurality of secondary air ducts is peripherally arranged around the main air duct in an arc-shaped layout, wherein the at least one main rotor assembly and the plurality of secondary rotor assemblies are operable independent of each other, wherein the plurality of secondary rotor assemblies is configured to implement a tilting mechanism adapted for pivoting the at least one thrust producing unit around the associated structural support relative to the fuselage, and wherein at least a first portion of the plurality of secondary rotor assemblies is operable independent of a second portion of the plurality of secondary rotor assemblies to implement the tilting mechanism.
An optical transmission assembly, wherein the optical transmission assembly comprises a serializer, a high-order modulation unit, a digital-analog conversion unit, and an optical transmission module, wherein the serializer and the high-order modulation unit are electrically connected, the high-order modulation unit and the digital-analog conversion unit are electrically connected, and the digital-analog conversion unit and the optical transmission module are electrically connected; the optical transmission module comprises at least one transmit processing unit and at least one receive processing unit; the serializer is configured to serially combine every two of multiple electrical signals that are input into the optical transmission assembly, to obtain a serially mixed electrical signal; and is further configured to serially split a serially mixed electrical signal received from the high-order modulation unit, to obtain and output multiple electrical signals; the high-order modulation unit is configured to modulate the serially mixed electrical signal received from the serializer and output a modulated serially mixed electrical signal to the digital-analog conversion unit, and is further configured to demodulate a modulated serially mixed electrical signal received from the digital-analog conversion unit, to obtain the serially mixed electrical signal and output the serially mixed electrical signal to the serializer; the digital-analog conversion unit is configured to convert the modulated serially mixed electrical signal received from the high-order modulation unit to an analog electrical signal and output the analog electrical signal to the optical transmission module, and is further configured to convert an analog electrical signal received from the optical transmission module to the modulated serially mixed electrical signal and output the modulated serially mixed electrical signal to the high-order modulation unit; and the high-order modulation unit is a pulse amplitude modulation four, PAM4, unit or a Discrete Multi-Tone, DMT, unit.
A non-transitory computer readable medium comprising instructions which, when executed by one or more hardware processors, causes performance of operations comprising: selecting a first controller (100; 900) of a cluster of controllers (125, 925) for managing a first access point (130; 940); selecting the first controller (100; 900) for managing a second access point (140; 950); wherein the first controller is responsible for handling the management of the first access point and for providing an AP-to-controller configuration table to the first and second access point and wherein the cluster of controllers (125, 925) comprises a plurality of controllers storing the AP-to-controller configuration table, detecting a particular event; the instructions characterised in that responsive to detecting the particular event they cause the performance of operations comprising: selecting a second controller (110; 910) of a cluster of controllers for managing the first access point (130; 940) without modifying the selection of the first controller (100; 900) for managing the second access point by updating the AP-to-controller configuration table and sharing the updated configuration table with the controllers of the cluster of controllers (125, 925); wherein controllers within the cluster (125; 925) are able to communicate data among all controllers in the cluster (125; 925) and wherein the first and second access points (130; 940; 140; 950) are edge devices that control access to a network. selecting a first controller (100; 900) of a cluster of controllers (125, 925) for managing a first access point (130; 940); selecting the first controller (100; 900) for managing a second access point (140; 950); wherein the first controller is responsible for handling the management of the first access point and for providing an AP-to-controller configuration table to the first and second access point and wherein the cluster of controllers (125, 925) comprises a plurality of controllers storing the AP-to-controller configuration table, detecting a particular event; the instructions characterised in that responsive to detecting the particular event they cause the performance of operations comprising: selecting a second controller (110; 910) of a cluster of controllers for managing the first access point (130; 940) without modifying the selection of the first controller (100; 900) for managing the second access point by updating the AP-to-controller configuration table and sharing the updated configuration table with the controllers of the cluster of controllers (125, 925); wherein controllers within the cluster (125; 925) are able to communicate data among all controllers in the cluster (125; 925) and wherein the first and second access points (130; 940; 140; 950) are edge devices that control access to a network.
Arrangement for producing prefabricated concrete components with at least one anchor bar embedded in the prefabricated concrete component, with a formwork and at least one anchor bar secured to the formwork, the anchor bar having a substantially C-shaped cross-section, with a bar back, where the anchor to be embedded in the prefabricated concrete component is located, and with a longitudinal slot facing the formwork, wherein a device for positioning and fixing the anchor bar is provided on the formwork, wherein the device comprises for each anchor bar at least one holding element (9, 19, 20), which is located on the formwork and extends through the longitudinal slot into the anchor bar, wherein the holding element (9, 19, 20) is joined to the anchor bar before the concrete is poured into the formwork, and wherein the holding element (9, 19, 20) can be released from the anchor bar and removed therefrom through the longitudinal slot after the hardening of the concrete, characterised in that the holding element (9, 19) has a top side (18, 22) facing the bar back with a bore starting therefrom, in that a fastening element extending through the bar back and engaging with the bore is provided, and in that the fastening element is designed to be destroyed by the effect of a force after the hardening of the concrete.
Passenger supply channel for an aircraft, with a.1) a multifunction module, which a.2) comprises at least one supply unit for supply of a passenger, a.3) comprises a first interface of the supply unit which is designed for connection of the supply unit, and a.4) a position detection unit which is designed for detecting a defined end position of the multifunction module at an installation of the multifunction module to the passenger supply channel; b.1) a second interface of the passenger supply channel, b.2) which is designed for connection of the supply unit of the multifunction module via the first interface, and c.1) an energy supply unit, c.2) which is designed for wireless transmission of energy from an energy source of the aircraft to the energy supply unit and from the energy supply unit into the multifunction module. a.1) a multifunction module, which a.2) comprises at least one supply unit for supply of a passenger, a.3) comprises a first interface of the supply unit which is designed for connection of the supply unit, and a.4) a position detection unit which is designed for detecting a defined end position of the multifunction module at an installation of the multifunction module to the passenger supply channel; b.1) a second interface of the passenger supply channel, b.2) which is designed for connection of the supply unit of the multifunction module via the first interface, and c.1) an energy supply unit, c.2) which is designed for wireless transmission of energy from an energy source of the aircraft to the energy supply unit and from the energy supply unit into the multifunction module.
A method for wireless communication at a user equipment, UE (115, 415, 605, 805), comprising: receiving (435, 1305), from a base station (105, 405, 1005, 1205), configuration information for a control channel search space set in a first transmission time interval, TTI, characterised in that: the received configuration information comprises an indication of an absence of a physical downlink control channel, PDCCH, transmission in the control channel search space set, and a set of time and frequency resources for the control channel search space set; identifying (440, 1310) time and frequency resources allocated for a physical downlink shared channel, PDSCH, in a second TTI based at least in part on the set of time and frequency resources for the control channel search space set in the first TTI and the indication of the absence of a PDCCH transmission in the control channel search space set; and receiving a PDSCH transmission in the second TTI using the identified time and frequency resources. the received configuration information comprises an indication of an absence of a physical downlink control channel, PDCCH, transmission in the control channel search space set, and a set of time and frequency resources for the control channel search space set; identifying (440, 1310) time and frequency resources allocated for a physical downlink shared channel, PDSCH, in a second TTI based at least in part on the set of time and frequency resources for the control channel search space set in the first TTI and the indication of the absence of a PDCCH transmission in the control channel search space set; and receiving a PDSCH transmission in the second TTI using the identified time and frequency resources.
- A laundry dryer comprising a drum wherein the laundry is loaded; at least one baffle which is mounted onto the inner surface of the drum and which provides the tumbling of the laundry; and a control unit which regulates the drying processes, a temperature measurement unit which is detachably mounted into a housing formed on the baffle and extending into the hollow inner volume of the baffle, which has an infrared sensor detecting the temperature of the laundry; characterized by a load sensor which is disposed in the baffle and which is configured to detect the contact of the laundry with the baffle wherein the control unit is configured to measure the temperature by activating the infrared sensor when the load sensor detects the contact of the laundry with the baffle; or a proximity sensor which is disposed in the baffle and which detects the presence of the laundry in the vicinity of the baffle wherein the control unit is configured to measure the temperature by activating the infrared sensor when the proximity sensor detects the presence of the laundry in the vicinity of the baffle.
An antenna apparatus comprising: a first antenna configured to generate a magnetic field based on a first inductive current, the first antenna being configured to be able to be coupled and separated with a coupling part; and a module unit including a second antenna whose opening area is smaller than an opening area of the first antenna in a state where the first antenna is coupled with the coupling part and which is able to be electromagnetically coupled with the first antenna, and a module configured to be operated by a second inductive current generated by the second antenna through electromagnetic coupling between the first antenna and the second antenna, wherein the module unit includes a module body and is able to be attached to and removed from the first antenna, characterized in that the module is a non-contact integrated circuit, IC, chip provided at the module body, wherein the module body has a shape such that the first antenna penetrates through the module body and is configured to be able to freely move along the first antenna and to rotate around the first antenna, and wherein the second antenna is a coil antenna wound around the module body in a shape of a toroidal coil in which a current flows by electromagnetic induction when a magnetic field is generated around the first antenna. a first antenna configured to generate a magnetic field based on a first inductive current, the first antenna being configured to be able to be coupled and separated with a coupling part; and a module unit including a second antenna whose opening area is smaller than an opening area of the first antenna in a state where the first antenna is coupled with the coupling part and which is able to be electromagnetically coupled with the first antenna, and a module configured to be operated by a second inductive current generated by the second antenna through electromagnetic coupling between the first antenna and the second antenna, wherein the module unit includes a module body and is able to be attached to and removed from the first antenna, characterized in that the module is a non-contact integrated circuit, IC, chip provided at the module body, wherein the module body has a shape such that the first antenna penetrates through the module body and is configured to be able to freely move along the first antenna and to rotate around the first antenna, and wherein the second antenna is a coil antenna wound around the module body in a shape of a toroidal coil in which a current flows by electromagnetic induction when a magnetic field is generated around the first antenna.