mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical apparatus capable of being mounted on an attachment rail , this electrical apparatus including: - a casing, comprising a central part and a side cover mounted on the central part; - a bistable locking device , including: • a tab translatable along a first axis (X1) between locked position, suitable for keeping the electrical apparatus attached on an attachment rail , and an unlocked position, suitable for allowing the movement of the electrical apparatus relative to the attachment rail ; • a resiliently deformable blade that connects the tab to the central part of the casing and that is suitable for exerting a first resilient return force on the tab from the unlocked position toward the locked position; the tab further includes a locking member arranged on a side face of the tab and that protrudes relative to this side face along a second axis (Y1) perpendicular to the first axis (X1), this second axis (Y1) forming a transverse axis of the apparatus ; the electrical apparatus includes, arranged on an inner face of the cover , a retaining wall that delimits at least part of a housing with a shape complementary to the locking member, the inner face facing the locking member and the housing being situated across from the locking member , and the locking member is movable, by undergoing a resilient travel in a direction of travel (Z1) perpendicular to the first axis (X1) and the second axis (Y1), between a retained position inside the housing , in which the retaining wall keeps the tab in the locked position, by preventing a movement of the locking member in translation along the first axis (X1), and a released position outside the housing , in which the locking member allows a translational movement of the tab along the first axis (X1). - a casing, comprising a central part and a side cover mounted on the central part; - a bistable locking device , including: • a tab translatable along a first axis (X1) between locked position, suitable for keeping the electrical apparatus attached on an attachment rail , and an unlocked position, suitable for allowing the movement of the electrical apparatus relative to the attachment rail ; • a resiliently deformable blade that connects the tab to the central part of the casing and that is suitable for exerting a first resilient return force on the tab from the unlocked position toward the locked position; • a tab translatable along a first axis (X1) between locked position, suitable for keeping the electrical apparatus attached on an attachment rail , and an unlocked position, suitable for allowing the movement of the electrical apparatus relative to the attachment rail ; • a resiliently deformable blade that connects the tab to the central part of the casing and that is suitable for exerting a first resilient return force on the tab from the unlocked position toward the locked position;
An apparatus comprising: processing circuitry configured to perform data processing in response to one or more software processes; memory access circuitry configured to enforce ownership rights for a plurality of memory regions, wherein a given memory region is associated with an owner realm specified from among a plurality of realms, each realm corresponding to at least a portion of at least one of the software processes, said owner realm having a right to exclude other realms from accessing data stored within said given memory region; the apparatus being characterized in that it comprises : a realm management unit configured to manage the plurality of realms according to a realm hierarchy in which each realm other than a root realm is a child realm initialised in response to a command triggered by a parent realm; wherein in response to a command requesting invalidation of a target realm, the realm management unit is configured to make the target realm and any descendant realm of the target realm inaccessible to the processing circuitry; and the processing circuitry is configured to trigger a fault condition when the processing circuitry attempts to enter a target realm and realm management data associated with the target realm is inaccessible. processing circuitry configured to perform data processing in response to one or more software processes; memory access circuitry configured to enforce ownership rights for a plurality of memory regions, wherein a given memory region is associated with an owner realm specified from among a plurality of realms, each realm corresponding to at least a portion of at least one of the software processes, said owner realm having a right to exclude other realms from accessing data stored within said given memory region; the apparatus being characterized in that it comprises : a realm management unit configured to manage the plurality of realms according to a realm hierarchy in which each realm other than a root realm is a child realm initialised in response to a command triggered by a parent realm; wherein in response to a command requesting invalidation of a target realm, the realm management unit is configured to make the target realm and any descendant realm of the target realm inaccessible to the processing circuitry; and the processing circuitry is configured to trigger a fault condition when the processing circuitry attempts to enter a target realm and realm management data associated with the target realm is inaccessible. a realm management unit configured to manage the plurality of realms according to a realm hierarchy in which each realm other than a root realm is a child realm initialised in response to a command triggered by a parent realm; wherein in response to a command requesting invalidation of a target realm, the realm management unit is configured to make the target realm and any descendant realm of the target realm inaccessible to the processing circuitry; and the processing circuitry is configured to trigger a fault condition when the processing circuitry attempts to enter a target realm and realm management data associated with the target realm is inaccessible.
A pump for conveying a fluid with varying viscosity which has a housing having an inlet and having an outlet for the fluid to be conveyed, as well as having at least one impeller for conveying the fluid from the inlet to the outlet , the impeller being arranged on a rotatable shaft , as well as having a balance drum for the relief of axial thrust; wherein the balance drum comprises a rotor rotationally fixedly connected to the shaft , the rotor having a high pressure side and a low pressure side , a stator stationary with respect to the housing and a relief passage that extends between the rotor and the stator from the high pressure side up to the low pressure side of the rotor ; wherein further at least one intermediate passage is provided which opens into the relief passage between the high pressure side and the low pressure side of the rotor , and wherein a blocking member is provided for the influencing of the flow through the intermediate passage , characterized in that a return passage is further provided which connects the low pressure side of the rotor to the inlet , and in that the relief passage extends in the axial direction from the high pressure side to the low pressure side .
A ferrite particle, having a porous structure in an interior thereof and an outer shell structure on an outer periphery thereof, wherein the ferrite particle has a pore volume as measured according to the description of 0.006 to 0.02 ml/g and a peak pore size as measured according to the description of 0.7 to 2 μm, and wherein the ferrite particle contains 0.5 to 4% by weight of Mg and 63 to 70% by weight of Fe.
A method for validating a vehicle component power unit , the method comprising: detecting an electronic connection between a vehicle electronic control unit (ECU) and a vehicle power unit over a communications bus ; comparing a vehicle power unit start-up program passcode stored in a memory of the vehicle ECU to at least one predetermined ECU passcode stored in the memory of the vehicle ECU ; authenticating the vehicle power unit to start-up with the vehicle ECU when the vehicle power unit start-up program passcode matches the ECU passcode ; transmitting a power up signal from the vehicle ECU to the vehicle power unit when the vehicle power unit is authenticated, characterised by ; monitoring the communications bus for when the vehicle power unit is disconnected from the communications bus ; erasing the vehicle power unit start-up program passcode from the memory of the vehicle ECU when the vehicle power unit is disconnected from the bus ; erasing the predetermined ECU passcode corresponding to the vehicle power unit start-up program passcode from the memory of the vehicle ECU when the vehicle power unit is disconnected from the communications bus ; storing a new vehicle power unit start-up program passcode in the memory of the vehicle ECU ; and re-authenticating the vehicle power unit with the vehicle ECU when the new vehicle power unit start-up program passcode matches another of the predetermined ECU passcodes . detecting an electronic connection between a vehicle electronic control unit (ECU) and a vehicle power unit over a communications bus ; comparing a vehicle power unit start-up program passcode stored in a memory of the vehicle ECU to at least one predetermined ECU passcode stored in the memory of the vehicle ECU ; authenticating the vehicle power unit to start-up with the vehicle ECU when the vehicle power unit start-up program passcode matches the ECU passcode ; transmitting a power up signal from the vehicle ECU to the vehicle power unit when the vehicle power unit is authenticated, characterised by ; monitoring the communications bus for when the vehicle power unit is disconnected from the communications bus ; erasing the vehicle power unit start-up program passcode from the memory of the vehicle ECU when the vehicle power unit is disconnected from the bus ; erasing the predetermined ECU passcode corresponding to the vehicle power unit start-up program passcode from the memory of the vehicle ECU when the vehicle power unit is disconnected from the communications bus ; storing a new vehicle power unit start-up program passcode in the memory of the vehicle ECU ; and re-authenticating the vehicle power unit with the vehicle ECU when the new vehicle power unit start-up program passcode matches another of the predetermined ECU passcodes .
Kitchen appliance comprising a control device for controlling the operation of the kitchen appliance and a scale for measuring a weight of foodstuffs, characterized in that the control device of the kitchen appliance is able to control the operation of the kitchen appliance in dependence on a pressing on the upper side of the kitchen appliance detected by the scale in dependence on the position of the pressing, wherein the scale comprises force sensors for measuring the weight and for determining the position of the pressing.
Acousto-optic deflector with a layered structure comprising at least two electro-acoustic transducers (14, 14', 14") and at least two acousto-optic crystals (12, 12', 12") to each of which at least one electro-acoustic transducer (14, 14', 14") is connected, and the adjacent crystals (12, 12', 12") are separated by an acoustic isolator , characterised by that the acousto-optic deflector has an aperture which is divided into bands by the acousto-optic crystals and a first electro-acoustic transducer is connected to a first acousto-optic crystal and a second electro-acoustic transducer (14") is connected to a second acousto-optic crystal (12") such that the second electro-acoustic transducer (14") is arranged between the first acousto-optic crystal and the second acousto-optic crystal (12"); and the at least two transducers (14, 14', 14") can be controlled independently of each other.
Electric current transducer comprising a housing , a magnetic core and a magnetic field detection system, the magnetic core surrounding a primary conductor passage for receiving a primary conductor therethrough, the magnetic core comprising a first part and a second part assembled in the housing so as to form a first magnetic circuit gap and a second magnetic circuit gap , the magnetic field detection system comprising a first magnetic field detector positioned in the first magnetic circuit gap and a second magnetic field detector positioned in the second magnetic circuit gap , the first and second magnetic circuit gaps being disposed on opposing sides of magnetic core, each of the first and second parts comprising a pair of lateral branches , joined by a bridging branch , characterized in that the lateral branches of the first and second magnetic core parts overlap such that the lateral branches of the first part of the magnetic core are positioned adjacent an inner side of the lateral branches of the second part of the magnetic core, said first and second magnetic circuit gaps being formed between an outer side of the lateral branches of the first part and an inner side of the lateral branches of the second part.
Method for controlling a temperature of a battery cell in a battery module , the method comprising the steps of: - determining an initial temperature of the battery cell from the temperature of the battery module ; - measuring a current (I) flowing into or out of the battery cell ; - determining an actual temperature gradient of the battery cell using a thermal battery cell model described by a differential equation of a temperature of the battery cell with respect to time, containing at least a term of heat loss from the battery cell and a term of heat transfer between the battery cell and an adjacent medium, for which input values comprise at least the determined initial temperature and the measured current (I), wherein the thermal battery cell model further comprises mechanical information from which a thermal stress of the battery cell and/or a housing in connection with an actual temperature gradient is derived, wherein the thermal battery cell model reflects a variation of shape of the cells and/or housing depending on a temperature gradient; - comparing the determined temperature gradient of the battery cell with a pre-defined desired temperature gradient; and - adjusting the current (I) flowing into or out of the battery cell to be less if the determined temperature gradient of the battery cell is higher than the pre-defined desired temperature gradient, according to a result of the comparison; and - using a predefined admissible deformation in order to ensure that the corresponding admissible thermal stress is not exceeded. - determining an initial temperature of the battery cell from the temperature of the battery module ; - measuring a current (I) flowing into or out of the battery cell ; - determining an actual temperature gradient of the battery cell using a thermal battery cell model described by a differential equation of a temperature of the battery cell with respect to time, containing at least a term of heat loss from the battery cell and a term of heat transfer between the battery cell and an adjacent medium, for which input values comprise at least the determined initial temperature and the measured current (I), wherein the thermal battery cell model further comprises mechanical information from which a thermal stress of the battery cell and/or a housing in connection with an actual temperature gradient is derived, wherein the thermal battery cell model reflects a variation of shape of the cells and/or housing depending on a temperature gradient; - comparing the determined temperature gradient of the battery cell with a pre-defined desired temperature gradient; and - adjusting the current (I) flowing into or out of the battery cell to be less if the determined temperature gradient of the battery cell is higher than the pre-defined desired temperature gradient, according to a result of the comparison; and - using a predefined admissible deformation in order to ensure that the corresponding admissible thermal stress is not exceeded.
A method for transmitting, by a wireless device , a random access preamble in an unlicensed band, the method comprising: performing a clear channel assessment, CCA, on a wireless medium of the unlicensed band; transmitting a random access preamble by using a random access resource based on a success of the CCA; transmitting a first message including a device identifier identifying the wireless device on a physical uplink shared channel, PUSCH, wherein a transmission resource used for transmitting the PUSCH is determined based on the random access resource, wherein the first message includes information related to the random access resource, and wherein the transmission resource used for transmitting the PUSCH is in a slot after a certain number of slots, which is determined based on a slot in which the random access preamble is transmitted, from the random access resource; and receiving a second message as a response to the first message, wherein the second message includes an auxiliary identifier, which has fewer bits than the device identifier, obtained based on the device identifier. performing a clear channel assessment, CCA, on a wireless medium of the unlicensed band; transmitting a random access preamble by using a random access resource based on a success of the CCA; transmitting a first message including a device identifier identifying the wireless device on a physical uplink shared channel, PUSCH, wherein a transmission resource used for transmitting the PUSCH is determined based on the random access resource, wherein the first message includes information related to the random access resource, and wherein the transmission resource used for transmitting the PUSCH is in a slot after a certain number of slots, which is determined based on a slot in which the random access preamble is transmitted, from the random access resource; and receiving a second message as a response to the first message, wherein the second message includes an auxiliary identifier, which has fewer bits than the device identifier, obtained based on the device identifier.
A method implemented by a network node for allocating resources for multiple radio links in a wireless communication system, the method comprising: successively performing (S22) each of multiple scheduling loops such that the resources with one or more of multiple resource types are allocated to one or more radio links selected from the multiple radio links, wherein each of the multiple scheduling loops is associated with the one or more of multiple types of the resources, characterized in that the multiple resource types include a dedicated resource type, a shared resource type and an unused resource type, and the plurality of scheduling loops include a first scheduling loop, a second scheduling loop and a third scheduling loop, and the first scheduling loop, the second scheduling loop and the third scheduling loop are sequentially performed for the dedicated resource type, the unused resource type and the shared resource type, respectively, wherein: a dedicated resource type comprises a resource that is used exclusively by a specific radio link; a shared resource type comprises a resource that is shared between different coexisting radio links; and an unused resource type comprises a resource that is prohibitive for utilization by a certain link but may be available for the certain link after resource coordination among multiple radio links. successively performing (S22) each of multiple scheduling loops such that the resources with one or more of multiple resource types are allocated to one or more radio links selected from the multiple radio links, wherein each of the multiple scheduling loops is associated with the one or more of multiple types of the resources, characterized in that the multiple resource types include a dedicated resource type, a shared resource type and an unused resource type, and the plurality of scheduling loops include a first scheduling loop, a second scheduling loop and a third scheduling loop, and the first scheduling loop, the second scheduling loop and the third scheduling loop are sequentially performed for the dedicated resource type, the unused resource type and the shared resource type, respectively, wherein: a dedicated resource type comprises a resource that is used exclusively by a specific radio link; a shared resource type comprises a resource that is shared between different coexisting radio links; and an unused resource type comprises a resource that is prohibitive for utilization by a certain link but may be available for the certain link after resource coordination among multiple radio links. a dedicated resource type comprises a resource that is used exclusively by a specific radio link; a shared resource type comprises a resource that is shared between different coexisting radio links; and an unused resource type comprises a resource that is prohibitive for utilization by a certain link but may be available for the certain link after resource coordination among multiple radio links.
The use of a consumable filament comprising an heterophasic propylene ethylene copolymer having a xylene soluble content measured according to ISO 16152, 2005 ranging from 15 wt% to 50 wt% and a melt flow rate MFR L (Melt Flow Rate according to ISO 1133, condition L, i.e. 230°C and 2.16 kg load) ranging from 0.5 to 100 g/10 min as consumable filament in an extrusion-based additive manufacturing system.
An apparatus comprising: a gas turbine engine component comprising a blade , a platform forming an airflow surface from which the blade extends on one side, a blade stalk disposed on a non-airflow side of the platform and in which is formed a motion weld receiving surface disposed on the non-airflow side of the platform ; and a disk having a motion weld disk portion configured to receive the motion weld receiving surface of the gas turbine engine component and form a motion weld coupling when the disk and gas turbine engine component are coupled; wherein the platform further includes a fixture feature structured to engage an assembly device capable of providing relative motion between the gas turbine engine component and the disk to form a friction weld coupling; the apparatus being characterized in that the fixture feature includes a through-hole formed through the platform . a gas turbine engine component comprising a blade , a platform forming an airflow surface from which the blade extends on one side, a blade stalk disposed on a non-airflow side of the platform and in which is formed a motion weld receiving surface disposed on the non-airflow side of the platform ; and a disk having a motion weld disk portion configured to receive the motion weld receiving surface of the gas turbine engine component and form a motion weld coupling when the disk and gas turbine engine component are coupled; wherein the platform further includes a fixture feature structured to engage an assembly device capable of providing relative motion between the gas turbine engine component and the disk to form a friction weld coupling; the apparatus being characterized in that the fixture feature includes a through-hole formed through the platform .