mhurhangee/patent-ind-claim-en huggingface dataset:
Micrometric speaker comprising: • A frame , • An electromechanical transducer , and • A mechanical-acoustic transducer comprising a rigid plate , movably mounted in the frame , the electromechanical transducer and the mechanical-acoustic transducer being coupled together such that an urging of the electromechanical transducer moves the mechanical-acoustic transducer relative to the frame and that a corresponding movement of the mechanical-acoustic transducer is converted into acoustic pressure, • the electromechanical transducer comprises at least two piezoelectric actuators and at least two elastic strips , each piezoelectric actuator being associated with an elastic strip to induce, when it is electrically powered, a deformation of the elastic strip by bimetal effect, • the frame comprises a central crossmember from which extend, securely and opposite one another, the two elastic strips , characterised in that : • the two elastic strips extend from the central crossmember of the frame until engaging two so-called coupling lateral edges of the mechanical-acoustic transducer , such that each elastic strip is in a so-called "recessed-guided" bending configuration, according to which, when the piezoelectric actuators are electrically powered, the elastic strips are deformed and drive with them, a movement of the rigid plate of the mechanical-acoustic transducer according to a direction substantially perpendicular to a main extension plane of the frame , and in that : • the mechanical-acoustic transducer further comprises at least two linearising springs each extending from one of the lateral coupling edges to a lateral edge of the rigid plate , which is located opposite, the linearising springs being configured so as to enable, during a deformation of the elastic strips , a movement of at least some of the two lateral coupling edges to the central crossmember of the frame . • A frame , • An electromechanical transducer , and • A mechanical-acoustic transducer comprising a rigid plate , movably mounted in the frame , • the electromechanical transducer comprises at least two piezoelectric actuators and at least two elastic strips , each piezoelectric actuator being associated with an elastic strip to induce, when it is electrically powered, a deformation of the elastic strip by bimetal effect, • the frame comprises a central crossmember from which extend, securely and opposite one another, the two elastic strips , • the two elastic strips extend from the central crossmember of the frame until engaging two so-called coupling lateral edges of the mechanical-acoustic transducer , • the mechanical-acoustic transducer further comprises at least two linearising springs each extending from one of the lateral coupling edges to a lateral edge of the rigid plate , which is located opposite, the linearising springs being configured so as to enable, during a deformation of the elastic strips , a movement of at least some of the two lateral coupling edges to the central crossmember of the frame .
A vacuum pump, in particular a turbomolecular pump, comprising a rotor , which is rotatably supported in a stator, for at least one pumping stage, wherein at least one bearing unit is provided for supporting the rotor and comprises at least one permanent magnet bearing in the region of a pump inlet ; a safety bearing associated with the permanent magnet bearing ; and a rolling element bearing in the region of a pump outlet, wherein the safety bearing is arranged in front of or behind the permanent magnet bearing , viewed in an axial direction of the rotor , and wherein the safety bearing is arranged at a section of the stator and is not in contact with the rotor in a normal operating state of the vacuum pump, characterized in that the bearing unit comprises a preload element , in particular a spring package, for axially preloading a stator-side part of the permanent magnet bearing and of the safety bearing at a section of the stator.
A touch protected busbar system (TP-BSYS) comprising at least one hybrid busbar having a current-carrying rail profile and a contact-receiving rail profile providing contact openings configured to receive protruding electrical contacts of a first type of electrical devices (ED-A) to be connected to said touch protected busbar system (TP-BSYS), wherein a front side of the at least one hybrid busbar is at least partially covered by electrical isolating touch protection elements (TPE) of said touch protected busbar system (TP-BSYS), wherein the at least one hybrid busbar is preferably at least partially encapsulated by an electrical isolating layer, and wherein the electrical isolating touch protection elements (TPE) comprise contact openings aligned with the contact openings of the contact-receiving rail profiles , characterized in that the hybrid busbar comprises at least one bounding geometry having a rectangular cross section (CS) engageable by hook-shaped device mounting latches of a second type of electrical devices (ED-B) or electrical connectors or electrical adapters to be connected to said touch protected busbar system (TP-BSYS), wherein the device mounting latches can be passed through latch openings of the touch protection elements (TPE) to engage the hybrid busbar from behind. wherein a front side of the at least one hybrid busbar is at least partially covered by electrical isolating touch protection elements (TPE) of said touch protected busbar system (TP-BSYS), wherein the at least one hybrid busbar is preferably at least partially encapsulated by an electrical isolating layer, and wherein the electrical isolating touch protection elements (TPE) comprise contact openings aligned with the contact openings of the contact-receiving rail profiles , characterized in that the hybrid busbar comprises at least one bounding geometry having a rectangular cross section (CS) engageable by hook-shaped device mounting latches of a second type of electrical devices (ED-B) or electrical connectors or electrical adapters to be connected to said touch protected busbar system (TP-BSYS), wherein the device mounting latches can be passed through latch openings of the touch protection elements (TPE) to engage the hybrid busbar from behind.
Magnetic tunnel junction with out-of-plane magnetisation comprising: o a storage layer (SL) having a magnetisation switchable between two magnetisation states perpendicular to the plane of the layer; o a reference layer (RL) having a fixed magnetisation and perpendicular to the plane of the layer; o a tunnel barrier layer (TB) separating the storage layer and the reference layer; the two magnetisation states of the storage layer being separated by an energy barrier comprising a contribution due to the shape anisotropy of the storage layer and a contribution of interfacial origin for each interface of the storage layer, and o the storage layer (SL) having a thickness comprised between 0.8 and 8 times a characteristic dimension of a planar section of the tunnel junction; o and the contribution to the energy barrier due to the shape anisotropy of the storage layer being at least two times greater than the contributions to the energy barrier of interfacial origin; said tunnel being characterized in that the storage layer (SL) comprises an interfacial layer (I) made of an alloy rich in cobalt in contact with the tunnel barrier (TB). o a storage layer (SL) having a magnetisation switchable between two magnetisation states perpendicular to the plane of the layer; o a reference layer (RL) having a fixed magnetisation and perpendicular to the plane of the layer; o a tunnel barrier layer (TB) separating the storage layer and the reference layer; the two magnetisation states of the storage layer being separated by an energy barrier comprising a contribution due to the shape anisotropy of the storage layer and a contribution of interfacial origin for each interface of the storage layer, and o the storage layer (SL) having a thickness comprised between 0.8 and 8 times a characteristic dimension of a planar section of the tunnel junction; o and the contribution to the energy barrier due to the shape anisotropy of the storage layer being at least two times greater than the contributions to the energy barrier of interfacial origin; said tunnel being characterized in that the storage layer (SL) comprises an interfacial layer (I) made of an alloy rich in cobalt in contact with the tunnel barrier (TB).
A composition comprising the following components: (a) 15 to 49.8 volume-percent of a first polysiloxane that is has a viscosity in a range of 50 square millimeters per second (centiStokes) to 550 square centimeters per Second (Stokes) as determined according to ASTM D4283-98; (b) 0.2 to 5 volume-percent of an organoclay; (c) 50-74 volume-percent roundish or crushed thermally conductive fillers comprising: (i) 5 to 15 volume-percent small thermally conductive fillers having a median particle size in a range of 0.1 to 1.0 micrometers; (ii) 10 to 25 volume-percent medium thermally conductive fillers having a median particle size in a range of 1.1 to 5.0 micrometers; (iii) 25 to 50 volume-percent large thermally conductive fillers having a median particle size in a range of 5.1 to 50 micrometers; and (d) 0 to 5 volume-percent of an alkoxy functional linear polysiloxane different from the first polysiloxane and/or an alkoxy functional linear silane; where volume-percent values are relative to composition volume. and the median particle size is determined according to the description. (a) 15 to 49.8 volume-percent of a first polysiloxane that is has a viscosity in a range of 50 square millimeters per second (centiStokes) to 550 square centimeters per Second (Stokes) as determined according to ASTM D4283-98; (b) 0.2 to 5 volume-percent of an organoclay; (c) 50-74 volume-percent roundish or crushed thermally conductive fillers comprising: (i) 5 to 15 volume-percent small thermally conductive fillers having a median particle size in a range of 0.1 to 1.0 micrometers; (ii) 10 to 25 volume-percent medium thermally conductive fillers having a median particle size in a range of 1.1 to 5.0 micrometers; (iii) 25 to 50 volume-percent large thermally conductive fillers having a median particle size in a range of 5.1 to 50 micrometers; and (i) 5 to 15 volume-percent small thermally conductive fillers having a median particle size in a range of 0.1 to 1.0 micrometers; (ii) 10 to 25 volume-percent medium thermally conductive fillers having a median particle size in a range of 1.1 to 5.0 micrometers; (iii) 25 to 50 volume-percent large thermally conductive fillers having a median particle size in a range of 5.1 to 50 micrometers; and (d) 0 to 5 volume-percent of an alkoxy functional linear polysiloxane different from the first polysiloxane and/or an alkoxy functional linear silane;
A communications method, performed by a network device, comprising: • sending indication information of a second time-frequency resource of a first dedicated control channel by using a preset first time-frequency resource (S 120), the second time-frequency resource of the first dedicated control channel is a first search space for one or more terminal devices which include a target terminal device and currently need scheduling; • sending indication information of a third time-frequency resource to the target terminal device by using the first dedicated control channel, and sending indication information of a fourth time-frequency resource of a second dedicated control channel to the target terminal device by using the third time-frequency resource, wherein the third time-frequency resource belongs to a time-frequency resource of a physical downlink shared channel, PDSCH (S 130); and • sending dedicated scheduling information for the target terminal device to the target terminal device by using the second dedicated control channel (S 140); • wherein the first dedicated control channel or the second dedicated control channel is carried in a symbol where three subcarriers of twelve continuous subcarriers are used for carrying reference signals and an offset of two of the three subcarriers, closest to each other, is four subcarriers and the other subcarriers except the three subcarriers are used for carrying the first dedicated control channel or the second dedicated control channel. • sending indication information of a second time-frequency resource of a first dedicated control channel by using a preset first time-frequency resource (S 120), the second time-frequency resource of the first dedicated control channel is a first search space for one or more terminal devices which include a target terminal device and currently need scheduling; • sending indication information of a third time-frequency resource to the target terminal device by using the first dedicated control channel, and sending indication information of a fourth time-frequency resource of a second dedicated control channel to the target terminal device by using the third time-frequency resource, wherein the third time-frequency resource belongs to a time-frequency resource of a physical downlink shared channel, PDSCH (S 130); and • sending dedicated scheduling information for the target terminal device to the target terminal device by using the second dedicated control channel (S 140); • wherein the first dedicated control channel or the second dedicated control channel is carried in a symbol where three subcarriers of twelve continuous subcarriers are used for carrying reference signals and an offset of two of the three subcarriers, closest to each other, is four subcarriers and the other subcarriers except the three subcarriers are used for carrying the first dedicated control channel or the second dedicated control channel.
Electronic device for controlling two switches, notably for a motor vehicle, this device comprising the two switches in series: - said two switches being respectively arranged to move from a closed state to an open state: • when one of the two switches is in the closed state, an electric power current (Ic) flows through said switch ; • when one of the two switches is in the open state, said switch blocks the electric power current from flowing; • when one of the two switches is in a switching phase, said switch switches from the closed state to the open state, or from the open state to the closed state, and a power current having a frequency (FdI/dt) of the variation in the power current flows through said switch ; - for each of the switches, two electric potential measurement points (P) are arranged so that, in the phase of switching from the closed state to the open state, there is an inductance between these two measurement points corresponding to a potential difference between the two points, the device furthermore being arranged to make it possible to control, in the switching phase, the variation in the power current flowing through the switch using this potential difference, the device being characterized in that the inductance of one of the switches is upstream of the two switches and the inductance of the other switch is downstream of the two switches. - said two switches being respectively arranged to move from a closed state to an open state: • when one of the two switches is in the closed state, an electric power current (Ic) flows through said switch ; • when one of the two switches is in the open state, said switch blocks the electric power current from flowing; • when one of the two switches is in a switching phase, said switch switches from the closed state to the open state, or from the open state to the closed state, and a power current having a frequency (FdI/dt) of the variation in the power current flows through said switch ; • when one of the two switches is in the closed state, an electric power current (Ic) flows through said switch ; • when one of the two switches is in the open state, said switch blocks the electric power current from flowing; • when one of the two switches is in a switching phase, said switch switches from the closed state to the open state, or from the open state to the closed state, and a power current having a frequency (FdI/dt) of the variation in the power current flows through said switch ; - for each of the switches, two electric potential measurement points (P) are arranged so that, in the phase of switching from the closed state to the open state, there is an inductance between these two measurement points corresponding to a potential difference between the two points, the device furthermore being arranged to make it possible to control, in the switching phase, the variation in the power current flowing through the switch using this potential difference,
System for separating a feed stream having methane and contaminants comprising: a distillation tower; a plurality of downcomer lines disposed external to the tower; and an apparatus for maintaining constant fluid pressure and equalized fluid flow among the plurality of downcomer lines through which liquid from the distillation tower is directed, the apparatus comprising: a substantially annular fluid distribution belt positioned about a circumference of the tower, the fluid distribution belt collecting liquid from the tower; and at least two outlets configured to direct liquid from the fluid distribution belt into a corresponding number of the downcomer lines, wherein an end of each downcomer line extends upwardly into the fluid distribution belt. a distillation tower; a plurality of downcomer lines disposed external to the tower; and an apparatus for maintaining constant fluid pressure and equalized fluid flow among the plurality of downcomer lines through which liquid from the distillation tower is directed, the apparatus comprising: a substantially annular fluid distribution belt positioned about a circumference of the tower, the fluid distribution belt collecting liquid from the tower; and at least two outlets configured to direct liquid from the fluid distribution belt into a corresponding number of the downcomer lines, a substantially annular fluid distribution belt positioned about a circumference of the tower, the fluid distribution belt collecting liquid from the tower; and at least two outlets configured to direct liquid from the fluid distribution belt into a corresponding number of the downcomer lines,
A wave-actuated component that comprises components that extend downwards from the wave-actuated component, and when the wave-actuated component is placed upon a horizontal surface, the components that extend downwards separate the horizontal surface from any part of the wave-actuated component that might otherwise be damaged by contact with the surface; wherein the wave-actuated component comprises at least one substantially rigid spine having fins secured thereto, and the substantially rigid spine is connected directly or indirectly to a tether; and wherein the wave-actuated component comprises springs that return the fins to a neutral position; and wherein the rotation of the fins, when the wave-actuated component is combined with a tether and a float in the form of a wave-powered device ,WPD, and the WPD is in wave-carrying water, is primarily controlled by a first spring when the rotation of the fins is within a first range about the neutral position and is primarily controlled by a second spring when the rotation of the fins is in a second range outside the first range, the second spring being stiffer than the first spring .
A printing control apparatus configured to execute printing using continuous sheets stored in a plurality of storage portions, the printing control apparatus comprising: determination means configured to determine a continuous sheet usable by each print job in a print queue; decision means configured to decide a use order of the continuous sheets usable by the print jobs and a continuous sheet that is not used by the print jobs in the continuous sheets stored in the plurality of storage portions, based on a result of determination by the determination means; and presentation means configured to perform display processing based on a result of decision by the decision means , wherein the use order of the continuous sheets used by the print jobs is displayed, and wherein the decision means is configured to decide the use order so that a continuous sheet with a smaller remaining amount is used preferentially. determination means configured to determine a continuous sheet usable by each print job in a print queue; decision means configured to decide a use order of the continuous sheets usable by the print jobs and a continuous sheet that is not used by the print jobs in the continuous sheets stored in the plurality of storage portions, based on a result of determination by the determination means; and presentation means configured to perform display processing based on a result of decision by the decision means , wherein the use order of the continuous sheets used by the print jobs is displayed, and wherein the decision means is configured to decide the use order so that a continuous sheet with a smaller remaining amount is used preferentially.
Device for a commercial vehicle body, having at least one component of the commercial vehicle body with a pixel-technological display field for displaying color-changing motifs, which has a multiplicity of separately controllable display pixels, the display field is mounted on the outside of the component or is structurally integrated into the component , characterized in that the display field is designed as a self-illuminating colour display field or as a colour display field with CMY or CMYK electro-wetting technology, wherein - the light radiation of the display field is less than +0.5 cd/m 2 compared to the averaged, relative ambient light and/or - the display field is designed as a non-lighting device. - the light radiation of the display field is less than +0.5 cd/m 2 compared to the averaged, relative ambient light and/or - the display field is designed as a non-lighting device.
A method of operating an Uninterruptible Power Supply, in short UPS, system , comprising: activating an idle state for a UPS module included in the UPS system ; providing a UPS module test input to the UPS module in the idle state by applying an ac input to a rectifier circuit included in the UPS module, while power is provided to a load by another UPS module in the UPS system ; providing, from the UPS module in the idle state, a UPS module test response to the UPS module test input; and identifying the UPS module as a potentially faulty UPS module responsive to determining that the UPS module test response varies from the predetermined UPS module test response by more than a threshold value. activating an idle state for a UPS module included in the UPS system ; providing a UPS module test input to the UPS module in the idle state by applying an ac input to a rectifier circuit included in the UPS module, while power is provided to a load by another UPS module in the UPS system ; providing, from the UPS module in the idle state, a UPS module test response to the UPS module test input; and identifying the UPS module as a potentially faulty UPS module responsive to determining that the UPS module test response varies from the predetermined UPS module test response by more than a threshold value.
Motor vehicle comprising: - front facade lower cross-member , - a sub-motor protection panel , characterized in that the panel comprises a front edge with hooks engaging, respectively, with openings in the lower cross-member of the front façade; said hooks and said openings being L-shaped so as to allow, during the mounting of the panel on the vehicle, a vertical insertion of the hooks in the openings followed by a longitudinal translation so as to ensure a transverse retention of said hooks , each of the hooks comprising a longitudinal branch , a transverse and terminal branch , and an elbow connecting said branches , said branches and said elbow corresponding to the L shape of said hook . - front facade lower cross-member , - a sub-motor protection panel ,