mhurhangee/patent-ind-claim-en huggingface dataset:
A system, comprising: a light engine configured to emit light in response to a drive current, the light engine comprising a light engine controller circuit and one or more parallel strings of series-connected solid state light sources (206a, 206b, ... 206n); and a driver circuit configured to provide the drive current; a system controller ; wherein the light engine controller circuit is configured to: monitor an output voltage of the driver circuit ; detect a failure of one of the solid state light sources (206a, 206b, ... 206n), the failure associated with a change in the output voltage of the driver circuit ; and transmit a first signal to the driver circuit in response to detecting a failure, wherein the driver circuit is configured to decrease the drive current in response to the first signal; characterized in that the light engine controller circuit is further configured to detect a rate of change of the output voltage, wherein the rate of change defines a speed in the change of the output voltage, and in response to the rate of change exceeding a threshold, report an error condition to the system controller of the system. a light engine configured to emit light in response to a drive current, the light engine comprising a light engine controller circuit and one or more parallel strings of series-connected solid state light sources (206a, 206b, ... 206n); and a driver circuit configured to provide the drive current; a system controller ; wherein the light engine controller circuit is configured to: monitor an output voltage of the driver circuit ; detect a failure of one of the solid state light sources (206a, 206b, ... 206n), the failure associated with a change in the output voltage of the driver circuit ; and transmit a first signal to the driver circuit in response to detecting a failure, wherein the driver circuit is configured to decrease the drive current in response to the first signal; characterized in that the light engine controller circuit is further configured to detect a rate of change of the output voltage, wherein the rate of change defines a speed in the change of the output voltage, and in response to the rate of change exceeding a threshold, report an error condition to the system controller of the system. monitor an output voltage of the driver circuit ; detect a failure of one of the solid state light sources (206a, 206b, ... 206n), the failure associated with a change in the output voltage of the driver circuit ; and transmit a first signal to the driver circuit in response to detecting a failure, wherein the driver circuit is configured to decrease the drive current in response to the first signal; characterized in that the light engine controller circuit is further configured to detect a rate of change of the output voltage, wherein the rate of change defines a speed in the change of the output voltage, and in response to the rate of change exceeding a threshold, report an error condition to the system controller of the system.
Device for the transmission of a rotational movement comprising - a rotatable component and - a gear wheel , wherein - the gear wheel and the component are connected via a connection assembly , - the gear wheel comprises a helical toothing that has a helix angle (β) in relation to the axis of rotation of the gear wheel and a first connection segment and - the component comprises a second connection segment via which the component is connected to the first connection segment , wherein the component comprises, at least in the second connection segment , at least one indentation or elevation that is in operative connection with the first connection segment when the component is connected to the first connection segment and - the first connection segment has protrusions corresponding to the at least one indentation or recesses corresponding to the at least one elevation and the indentation or the elevation comprises a helix connection angle (α) in relation to the axis of rotation of the gear wheel , characterized in that the helix connection angle (α) is defined as: 0° < α < β. - a rotatable component and - a gear wheel , wherein - the gear wheel and the component are connected via a connection assembly , - the gear wheel comprises a helical toothing that has a helix angle (β) in relation to the axis of rotation of the gear wheel and a first connection segment and - the component comprises a second connection segment via which the component is connected to the first connection segment , wherein the component comprises, at least in the second connection segment , at least one indentation or elevation that is in operative connection with the first connection segment when the component is connected to the first connection segment and - the first connection segment has protrusions corresponding to the at least one indentation or recesses corresponding to the at least one elevation and the indentation or the elevation comprises a helix connection angle (α) in relation to the axis of rotation of the gear wheel , characterized in that the helix connection angle (α) is defined as: 0° < α < β.
A system for providing an acoustically transparent imaging display comprising a substrate with light sources on one side, a display surface and perforations having a first visible optical reflectance, the perforations extend perpendicularly to the display surface and are disposed between the light sources , characterized in that a layer having a second visible optical reflectance is disposed on the substrate on the side of the light sources , the layer having an acoustical transparency attenuation of at most -10dB, and the difference between the optical reflectance in the visible wavelength range of the layer and that of the perforations is lower than the difference between optical reflectance in the visible wavelength range of the substrate and that of the perforations .
A method for producing a hybrid material component with a metallic hollow section and sheathing arranged thereon, having the steps: - producing the metallic hollow section with a predetermined cross-sectional shape and a predetermined section course, wherein the metallic hollow section is produced by means of a hydroforming process, - producing sheathing at least on a portion of an outer surface of the metallic hollow section , wherein the sheathing is formed from a plastics material reinforced with continuous filaments , wherein the continuous filaments are especially carbon, aramid and/or glass fibres and after the production of the metallic hollow section the continuous filaments are applied at least to a predetermined portion of the outer surface of the metallic hollow section , characterised in that - the continuous filaments are applied to the predetermined portion of the metallic hollow section in that it is braided with the continuous filaments , with - the continuous filaments being present as prepregs and - the metallic hollow section , at least in that portion in which the continuous filaments are arranged, being introduced into an autoclave and then being pressurised, with a resin located on the continuous filaments curing, and in that at least during the curing of the plastics material matrix an internal pressure (P l ) which counteracts an external pressing pressure (P A ) is generated in an inner cavity of the metallic hollow profile . - producing the metallic hollow section with a predetermined cross-sectional shape and a predetermined section course, wherein the metallic hollow section is produced by means of a hydroforming process, - producing sheathing at least on a portion of an outer surface of the metallic hollow section , wherein the sheathing is formed from a plastics material reinforced with continuous filaments , wherein the continuous filaments are especially carbon, aramid and/or glass fibres and after the production of the metallic hollow section the continuous filaments are applied at least to a predetermined portion of the outer surface of the metallic hollow section , characterised in that - the continuous filaments are applied to the predetermined portion of the metallic hollow section in that it is braided with the continuous filaments , with - the continuous filaments being present as prepregs and - the metallic hollow section , at least in that portion in which the continuous filaments are arranged, being introduced into an autoclave and then being pressurised, with a resin located on the continuous filaments curing, and in that at least during the curing of the plastics material matrix an internal pressure (P l ) which counteracts an external pressing pressure (P A ) is generated in an inner cavity of the metallic hollow profile .
A timing belt , which is endless and used for a suction feeder, the timing belt comprising: a planar conveying surface; and a driving surface positioned opposite to the conveying surface , the driving surface having a flat surface extending in the longitudinal direction of the timing belt at the center portion in the lateral direction of the timing belt, the driving surface having belt teeth formed at a constant interval in the longitudinal direction on both of the outer sides of the flat surface; wherein the timing belt further comprises a fabric , said fabric being stretchable in both the longitudinal and lateral directions of the timing belt; wherein the flat surface is configured with suction holes , drilled at a predetermined interval in the longitudinal direction, which penetrate through the conveying surface; wherein the fabric covers the whole of the driving surface, including the flat surface, a tooth bottom portion formed between two adjacent belt teeth, a tip portion of the belt tooth, a tooth side portion formed between the tip portion and the tooth bottom portion, and a tooth end portion positioned on the flat-surface side of the belt tooth. a planar conveying surface; and a driving surface positioned opposite to the conveying surface , the driving surface having a flat surface extending in the longitudinal direction of the timing belt at the center portion in the lateral direction of the timing belt, the driving surface having belt teeth formed at a constant interval in the longitudinal direction on both of the outer sides of the flat surface; wherein the timing belt further comprises a fabric , said fabric being stretchable in both the longitudinal and lateral directions of the timing belt; wherein the flat surface is configured with suction holes , drilled at a predetermined interval in the longitudinal direction, which penetrate through the conveying surface; wherein the fabric covers the whole of the driving surface, including the flat surface, a tooth bottom portion formed between two adjacent belt teeth, a tip portion of the belt tooth, a tooth side portion formed between the tip portion and the tooth bottom portion, and a tooth end portion positioned on the flat-surface side of the belt tooth.
AN ABC transporter ATP-binding protein variant consisting of an amino acid sequence represented by SEQ ID NO: 1, wherein valine, which is an amino acid corresponding to position 199 of SEQ ID NO: 3, is substituted with methionine.
Portable electric motorized shears (200;300;400;500) comprising a cutting tool , a means for actuating said cutting tool , in particular in the form of a trigger or a button, and a safety device acting on the operation of said cutting tool when said cutting tool comes into electrical contact with the body of an operator holding the shears, said safety device comprising: - a terminal , called reference terminal, intended to be electrically coupled to said cutting tool ; and - a single terminal , called contact terminal, intended to be electrically coupled to the body of said operator; characterized in that the single contact terminal is provided on said actuating means . - a terminal , called reference terminal, intended to be electrically coupled to said cutting tool ; and - a single terminal , called contact terminal, intended to be electrically coupled to the body of said operator;
Process for producing a strand-shaped profile made of an elastomer material which is provided at least partly with a friction-reducing coating , characterized in that for the friction-reducing coating , a curable ink with friction-reducing additive is applied by an ink-jet printing process to the elastomer material, the curable ink comprising at least one binder for forming a binder phase by polymerization, and dry lubricant particles, the fraction of the dry lubricant particles in the ink being in the range between 5 and 30 wt%.
A cotton-free ultrasonic atomizer, comprising an e-liquid cup , an air inlet passage, an e-liquid smoke outlet passage and an atomization component, wherein the atomization component comprises a first atomization sheet and a second atomization sheet ; an atomization cavity is formed between the first atomization sheet and the second atomization sheet , and spraying end of the first atomization sheet faces an atomization surface of the second atomization sheet ; the first atomization sheet communicates with an e-liquid outlet of the e-liquid cup , the air inlet passage communicates with the atomization cavity, and the atomization cavity communicates with the e-liquid smoke outlet passage; and a hole is provided in the first atomization sheet , and the second atomization sheet is a solid atomization sheet.
A method comprising: with respect to a memory system having a first memory level and a second memory level, monitoring bandwidth utilization of the second memory level, the first memory level having different access time performance than the second memory level; dynamically modifying the bandwidth utilization of the second memory level based on the monitored bandwidth utilization of the second memory level; and, dynamically modifying the operational state of at least one processing core in response to the modification of the bandwidth utilization of the second memory level, wherein modifying the available bandwidth utilization of the second memory level based on the monitored bandwidth utilization of the second memory level comprises modifying a page size for the first memory level. with respect to a memory system having a first memory level and a second memory level, monitoring bandwidth utilization of the second memory level, the first memory level having different access time performance than the second memory level; dynamically modifying the bandwidth utilization of the second memory level based on the monitored bandwidth utilization of the second memory level; and, dynamically modifying the operational state of at least one processing core in response to the modification of the bandwidth utilization of the second memory level, wherein modifying the available bandwidth utilization of the second memory level based on the monitored bandwidth utilization of the second memory level comprises modifying a page size for the first memory level.
A solid-state imaging device , comprising: a plurality of pixels arranged in a matrix form, each pixel including a photoelectric converter that converts received light into a signal charge, and a first transfer electrode that accumulates and transfers the signal charge read out from the photoelectric converter , and a control line connected in common to the first transfer electrodes of the pixels in a row, the solid-state imaging device being characterized in that one or more of the plurality of pixels in a row are "floating diffusion layer-including pixels" each having a floating diffusion layer that accumulates the transferred signal charge, and one or more of the plurality of pixels in a row adjacent to the row of the floating diffusion layer-including pixels are "second pixels" not having a floating diffusion layer , and in that the control line is connected in common to each of the first transfer electrodes of the floating diffusion layer-including pixels and to the second pixel arranged in a column and sharing the floating diffusion layer with the floating diffusion layer-including pixel . a plurality of pixels arranged in a matrix form, each pixel including a photoelectric converter that converts received light into a signal charge, and a first transfer electrode that accumulates and transfers the signal charge read out from the photoelectric converter , and a photoelectric converter that converts received light into a signal charge, and a first transfer electrode that accumulates and transfers the signal charge read out from the photoelectric converter , and a control line connected in common to the first transfer electrodes of the pixels in a row, the solid-state imaging device being characterized in that one or more of the plurality of pixels in a row are "floating diffusion layer-including pixels" each having a floating diffusion layer that accumulates the transferred signal charge, and one or more of the plurality of pixels in a row adjacent to the row of the floating diffusion layer-including pixels are "second pixels" not having a floating diffusion layer , and in that the control line is connected in common to each of the first transfer electrodes of the floating diffusion layer-including pixels and to the second pixel arranged in a column and sharing the floating diffusion layer with the floating diffusion layer-including pixel .
A method of providing access to a telecommunications network, the method comprising: receiving, at an internal server associated with the telecommunications network, a request from a third party mobile device associated with a third party user that is not a subscriber of the telecommunications network, wherein the request is to access the telecommunications network; selecting, at the internal server, a subscriber mobile device which is currently suitable to provide the third party mobile device with access to the telecommunications network via peer to peer communications based on a current characteristic of the subscriber mobile device, the subscriber mobile device being associated with a subscriber of the telecommunications network; routing, by the internal server, the request to the selected subscriber mobile device; facilitating, by the internal server, execution of a smart contract that defines terms between the selected subscriber mobile device and the third party mobile device to facilitate access to the telecommunications network for the third party mobile device via peer to peer communications between the selected subscriber mobile device and the third party mobile device, wherein the smart contract includes terms for compensation to be provided to the subscriber of the telecommunications network; and establishing, by the internal server, a peer to peer connection between the selected subscriber mobile device and the third party mobile device in response to the execution of the smart contract. receiving, at an internal server associated with the telecommunications network, a request from a third party mobile device associated with a third party user that is not a subscriber of the telecommunications network, wherein the request is to access the telecommunications network; selecting, at the internal server, a subscriber mobile device which is currently suitable to provide the third party mobile device with access to the telecommunications network via peer to peer communications based on a current characteristic of the subscriber mobile device, the subscriber mobile device being associated with a subscriber of the telecommunications network; routing, by the internal server, the request to the selected subscriber mobile device; facilitating, by the internal server, execution of a smart contract that defines terms between the selected subscriber mobile device and the third party mobile device to facilitate access to the telecommunications network for the third party mobile device via peer to peer communications between the selected subscriber mobile device and the third party mobile device, wherein the smart contract includes terms for compensation to be provided to the subscriber of the telecommunications network; and establishing, by the internal server, a peer to peer connection between the selected subscriber mobile device and the third party mobile device in response to the execution of the smart contract.
Set comprising at least one electrical plug-in connection and at least one functional element , the plug-in connection having a plug-in connector and a mating plug-in connector which is assigned to the plug-in connector as a mating piece and to which the plug-in connector can be plugged in a plug-in direction (S), the plug-in connector having a housing and a plurality of electrical plug contacts which are arranged at least partially in the housing and which are arranged next to one another in a row direction (A), wherein a first housing wall of the housing , which is arranged parallel to a plane spanned by the plug-in direction (S) and the row direction (A), adjoins a second housing wall of the housing , the normal of the second housing wall pointing approximately in the plug-in direction (S) and being arranged at an angle to the first housing wall , and adjoining the second housing wall is a third housing wall of the housing , which is arranged at an angle to the second housing wall , so that the second housing wall is arranged between the first and the third housing wall, having the following features: a) the first housing wall has at least one first fastening element for fastening the functional element to the housing , b) the third housing wall has at least one second fastening element for fastening the functional element to the housing , characterized in that the first and the second fastening element are designed as a receiving recess, it being possible for the functional element which can be fastened to the housing to be secured to the first and the second fastening element , the functional element having at least one second projecting fastening region which can be fastened to the first fastening element and a first projecting fastening region which can be fastened to the second fastening element . a) the first housing wall has at least one first fastening element for fastening the functional element to the housing , b) the third housing wall has at least one second fastening element for fastening the functional element to the housing ,
Permanent magnet including a stack of ferromagnetic and antiferromagnetic layers the magnetic moment of which per unit surface area is greater than (50 x 10 -2 )/ (4π) A, this stack comprising for this purpose: - at least two first ferromagnetic layers (42, 50; 96, 98), the magnetization direction of each first ferromagnetic layer being set, by an exchange coupling, with one of the antiferromagnetic layers of the stack, parallel to and in the same direction as the magnetization directions of the other first ferromagnetic layers, and the stack also comprises at least one second ferromagnetic layer (46; 104, 106; 46, 134), the magnetization direction of each second ferromagnetic layer being pinned only by RKKY (Ruderman-Kittel-Kasuya-Yosida) coupling with at least one of the first ferromagnetic layers or with at least one other of the second ferromagnetic layers, characterized in that there are at least two antiferromagnetic layers. - at least two first ferromagnetic layers (42, 50; 96, 98), the magnetization direction of each first ferromagnetic layer being set, by an exchange coupling, with one of the antiferromagnetic layers of the stack, parallel to and in the same direction as the magnetization directions of the other first ferromagnetic layers,