mhurhangee/patent-ind-claim-en huggingface dataset:
An endoscope camera , comprising: a cylindrical enclosure having an enclosure diameter ; a rectangular array of imaging pixels formed on a planar substrate acting as a supporting frame for the array ; a right-angle transparent prism having a rectangular entrance face , an exit face , and an hypotenuse; and optics , configured to receive incoming radiation from an object, mounted so as to focus the incoming radiation onto the array via the entrance and exit faces of the prism , characterized in that the rectangular array has a first side of a first length and a second side of a second length, wherein the first length is longer than the second length, and the array is mounted within the enclosure so that a plane face of the array is parallel to the enclosure diameter ; the right-angle transparent prism is configured to reflect radiation from the entrance face to the exit face , the entrance face having a first edge of the first length and a second edge of the second length, the prism being mounted within the enclosure so that the first edge is parallel to the enclosure diameter ; the exit face of the prism is cemented to the plane face of the array ; and the optics are anamorphic, having a first magnification in a first direction parallel to the first side of the array and a second magnification, different from the first magnification, in a second direction parallel to the second side of the array so as to form an image on the array that is distorted responsively to an aspect ratio of the exit face . a cylindrical enclosure having an enclosure diameter ; a rectangular array of imaging pixels formed on a planar substrate acting as a supporting frame for the array ; a right-angle transparent prism having a rectangular entrance face , an exit face , and an hypotenuse; and optics , configured to receive incoming radiation from an object, mounted so as to focus the incoming radiation onto the array via the entrance and exit faces of the prism , characterized in that the rectangular array has a first side of a first length and a second side of a second length, wherein the first length is longer than the second length, and the array is mounted within the enclosure so that a plane face of the array is parallel to the enclosure diameter ; the right-angle transparent prism is configured to reflect radiation from the entrance face to the exit face , the entrance face having a first edge of the first length and a second edge of the second length, the prism being mounted within the enclosure so that the first edge is parallel to the enclosure diameter ; the exit face of the prism is cemented to the plane face of the array ; and the optics are anamorphic, having a first magnification in a first direction parallel to the first side of the array and a second magnification, different from the first magnification, in a second direction parallel to the second side of the array so as to form an image on the array that is distorted responsively to an aspect ratio of the exit face .
A head-mounted device , comprising: a head-mounted housing structure ; a camera support structure attached to the head-mounted housing structure ; a first camera mounted to the camera support structure at a first location; a second camera mounted to the camera support structure at a second location; and an antenna on the camera support structure . a head-mounted housing structure ; a camera support structure attached to the head-mounted housing structure ; a first camera mounted to the camera support structure at a first location; a second camera mounted to the camera support structure at a second location; and an antenna on the camera support structure .
A method of preparing a concentrated food additive consisting of: (a) treating vinegar with a basic neutralizing agent to partially neutralize the vinegar to a pH in the range of 4.0 to 5.5; and (b) evaporating water from and drying the product of step (a) to produce the concentrated food additive consisting of an acetate and an acid in the form of a powder. (a) treating vinegar with a basic neutralizing agent to partially neutralize the vinegar to a pH in the range of 4.0 to 5.5; and (b) evaporating water from and drying the product of step (a) to produce the concentrated food additive consisting of an acetate and an acid in the form of a powder.
A vehicle display control device , comprising: a memory ; and a processor coupled to the memory , the processor being configured to: cause a display unit provided in a vehicle cabin to display an inducement image (D1 to D8) requesting that an occupant grip a steering wheel in a case in which it is necessary for the occupant to grip the steering wheel , determine whether or not the occupant is gripping the steering wheel before the processor causes the display unit to display the inducement image (D1 to D4), characterized in that the processor is configured to cause the display unit to display the inducement image (D1 to D4) more prominently in a case of requesting that the occupant grip the steering wheel before the vehicle switches from an autonomous driving mode to a manual driving mode as the vehicle is continuing to drive autonomously, than in a case of requesting that the occupant continue to grip the steering wheel as the vehicle is continuing to drive autonomously. a memory ; and a processor coupled to the memory , the processor being configured to: cause a display unit provided in a vehicle cabin to display an inducement image (D1 to D8) requesting that an occupant grip a steering wheel in a case in which it is necessary for the occupant to grip the steering wheel , determine whether or not the occupant is gripping the steering wheel before the processor causes the display unit to display the inducement image (D1 to D4), characterized in that the processor is configured to cause the display unit to display the inducement image (D1 to D4) more prominently in a case of requesting that the occupant grip the steering wheel before the vehicle switches from an autonomous driving mode to a manual driving mode as the vehicle is continuing to drive autonomously, than in a case of requesting that the occupant continue to grip the steering wheel as the vehicle is continuing to drive autonomously. cause a display unit provided in a vehicle cabin to display an inducement image (D1 to D8) requesting that an occupant grip a steering wheel in a case in which it is necessary for the occupant to grip the steering wheel , determine whether or not the occupant is gripping the steering wheel before the processor causes the display unit to display the inducement image (D1 to D4), characterized in that the processor is configured to cause the display unit to display the inducement image (D1 to D4) more prominently in a case of requesting that the occupant grip the steering wheel before the vehicle switches from an autonomous driving mode to a manual driving mode as the vehicle is continuing to drive autonomously, than in a case of requesting that the occupant continue to grip the steering wheel as the vehicle is continuing to drive autonomously.
An apparatus for sensing a process variable, the apparatus comprising: a housing ; a process variable sensor having an electrical characteristic that changes with a process variable; a first sealed portion configured to be exposed to a process fluid, and wherein the process variable sensor is mounted relative to the first sealed portion ; a second sealed portion coupling the first sealed portion to the housing , the second sealed portion having at least one seal that fluidically isolates the first sealed portion from the housing , characterized in that the second sealed portion includes a pressure port coupled to an interior of the second sealed portion. a housing ; a process variable sensor having an electrical characteristic that changes with a process variable; a first sealed portion configured to be exposed to a process fluid, and wherein the process variable sensor is mounted relative to the first sealed portion ; a second sealed portion coupling the first sealed portion to the housing , the second sealed portion having at least one seal that fluidically isolates the first sealed portion from the housing , characterized in that the second sealed portion includes a pressure port coupled to an interior of the second sealed portion.
A method comprising: receiving, at a processing element (404; 616) including a processing device , a first set of vectors (x, w) comprising a set of outputs from a layer of a neural network; storing, by a processing element control circuit,PECC, (414; 600), a set of values representing a second set of vectors (a, b; 418), the set of values retrieved from a remote data source; replacing, as input to the processing device by a hijack control circuit (416; 500), the first set of vectors (x, w) with a second set of vectors (a, b; 418) in response to detecting that the processing element (404; 616) is idle, by switching, by a multiplexer of the processing element (404; 616), between the first set of vectors (x, w) and the second set of vectors (a, b; 418) based on a hijack control signal received by the multiplexer and generated by the hijack control circuit (416; 500), the detecting that the processing element (404; 616) is idle comprising detecting that a previous output of the layer of the neural network is the same as a current output of the layer of the neural network; storing, by the processing element (404; 616), an output of the processing device which is the element-wise product of the first set of vectors, in a register ; and transmitting, by the processing element (404; 616), the output of the processing device to a second multiplexer . receiving, at a processing element (404; 616) including a processing device , a first set of vectors (x, w) comprising a set of outputs from a layer of a neural network; storing, by a processing element control circuit,PECC, (414; 600), a set of values representing a second set of vectors (a, b; 418), the set of values retrieved from a remote data source; replacing, as input to the processing device by a hijack control circuit (416; 500), the first set of vectors (x, w) with a second set of vectors (a, b; 418) in response to detecting that the processing element (404; 616) is idle, by switching, by a multiplexer of the processing element (404; 616), between the first set of vectors (x, w) and the second set of vectors (a, b; 418) based on a hijack control signal received by the multiplexer and generated by the hijack control circuit (416; 500), the detecting that the processing element (404; 616) is idle comprising detecting that a previous output of the layer of the neural network is the same as a current output of the layer of the neural network; storing, by the processing element (404; 616), an output of the processing device which is the element-wise product of the first set of vectors, in a register ; and transmitting, by the processing element (404; 616), the output of the processing device to a second multiplexer .
A dispensing control system , comprising: • a frame component having a first side surface and a second side surface ; • a first sensor portion positioned proximate the first side surface ; and • a second sensor portion positioned proximate the second side surface , the second sensor portion being separated from the first sensor portion a distance to allow a liquid spray stream exiting a dispenser of a conformal coating machine to pass therebetween; wherein the first sensor portion transmits a beam of light towards the second sensor portion to measure the liquid spray stream exiting the dispenser , the beam of light encompassing both edges of the liquid spray stream while the dispenser is stationary, including a first edge that is closest to the frame component and a second edge that is furthest from the frame component ; characterised by : • means for comparing the measured liquid spray stream with a desired liquid spray stream, and by • at least one adjustment component in operable communication with the dispenser configured to adjust the measured liquid spray stream so that the measured liquid spray stream is closer to the desired liquid spray stream . • a frame component having a first side surface and a second side surface ; • a first sensor portion positioned proximate the first side surface ; and • a second sensor portion positioned proximate the second side surface , the second sensor portion being separated from the first sensor portion a distance to allow a liquid spray stream exiting a dispenser of a conformal coating machine to pass therebetween; • means for comparing the measured liquid spray stream with a desired liquid spray stream, and by • at least one adjustment component in operable communication with the dispenser configured to adjust the measured liquid spray stream so that the measured liquid spray stream is closer to the desired liquid spray stream .
A braking device for a vehicle , having a braking element which is movably connected to a housing , which braking element is able to be brought from a transport position into a braking position by means of a movement in a first movement direction , in which braking position a substrate is able to be contacted by the braking element , when the braking device is arranged on a vehicle , wherein at least a second braking element is provided, which is movably connected to the housing and, by means of a movement in a second movement direction different from the first movement direction , is able to be moved from a transport position into a braking position, characterized in that a holding mechanism is provided for fixing the braking elements in the transport position, wherein the holding mechanism has a pin for fixing the braking elements in the transport position, and a force transmission, so that the holding mechanism is able to be activated and able to be released again with minimal force, preferably by means of an electromagnet.
An improved electrical connection device for signaling vehicles, enabled to be linked materially and electrically to an external support of the vehicle to be signalized, that has an electric potential difference, and at the same time enabled to be linked materially and electrically to an external electrically lighting operated device for signaling the vehicle, and therefore transmitting electric potential between said external support and said lighting device , the connection device comprising a base having a first cylindrical housing configured to receive the external support wherein the base incorporates a spring and a shaft enabled for receiving and transmitting the electric potential difference from the external support , and being arranged on the same base , wherein, in order to transmit the electrical potential the shaft has one end inside the first cylindrical housing configured to electrically connect to an internal terminal of the support and an opposite end configured to electrically connect to a terminal for wires, wherein the spring further comprises a first termination and a second termination opposite the first one for electrically contacting, respectively, another terminal for wires and the support , the spring being movable inside the base , by means of a compressive force on said spring , for switching between transmitting the electrical potential, when the one end of the shaft and the second termination of the spring are in contact with the external support , and not transmitting the electrical potential, when the one end of the shaft and the second termination of the spring are not in contact with the external support , the electrical connection device further including a coaxial second hollow cylindrical housing extending from the base in a direction opposite to the first cylindrical housing , and internally in communication and in continuity with the inside of the first cylindrical housing , wherein the second cylindrical housing is enabled to contain the spring arranged in the very contour thereof and around the same axial axis thereof, the first termination of the spring being a straight termination parallel to the axial axis thereof and protruding from the same second cylindrical housing at the end of the same second cylindrical 30 housing opposite its contact with the base and the second termination being inserted in the first cylindrical housing to make electrical contact with the support .
A method of forming a ceramic selective membrane having elastomeric edging, the method comprising: a step of impregnating an edge portion of a flat porous membrane substrate with an elastomeric polymer prior to the step of applying the ceramic precursor sol to the porous membrane substrate, the step of impregnating the edge portion of the porous membrane substrate with the elastomeric polymer comprises impregnating all the edges of the porous membrane substrate with the elastomeric polymer, sufficient to form a gasket bordering the porous membrane substrate, applying a ceramic precursor sol to the porous membrane substrate with the impregnated edges; and gelling the ceramic precursor sol, using a sol-gel process, to form a selective silica ceramic from the ceramic precursor sol, thereby providing a ceramic selective membrane comprising the selective silica ceramic supported by the porous membrane substrate; wherein the ceramic precursor sol comprises an alkaline silicate solution formed from a silicate selected from the group consisting of sodium silicate, lithium silicate and potassium silicate. a step of impregnating an edge portion of a flat porous membrane substrate with an elastomeric polymer prior to the step of applying the ceramic precursor sol to the porous membrane substrate, the step of impregnating the edge portion of the porous membrane substrate with the elastomeric polymer comprises impregnating all the edges of the porous membrane substrate with the elastomeric polymer, sufficient to form a gasket bordering the porous membrane substrate, applying a ceramic precursor sol to the porous membrane substrate with the impregnated edges; and gelling the ceramic precursor sol, using a sol-gel process, to form a selective silica ceramic from the ceramic precursor sol, thereby providing a ceramic selective membrane comprising the selective silica ceramic supported by the porous membrane substrate; wherein the ceramic precursor sol comprises an alkaline silicate solution formed from a silicate selected from the group consisting of sodium silicate, lithium silicate and potassium silicate.
A computing apparatus for providing a hardware-assisted virtual switch on a host, the apparatus comprising: a hardware virtual switch, vSwitch, circuit that is provisioned and allocated by a hypervisor (420-1); and a hardware virtual host, vHost, circuit , the vHost circuit having an interface driver specific to the hardware vSwitch and configured to provide a vHost data plane to: provide a plurality of hardware queues to communicatively couple the hardware vSwitch to a guest virtual function, VF of a virtual machine, VM , that is provisioned and allocated by the hypervisor ; and present to a virtual network driver of the guest VF an interface that is backward compatible with a software network interface by making the host comprising the hardware vSwitch appear identical to a host with a software vSwitch. a hardware virtual switch, vSwitch, circuit that is provisioned and allocated by a hypervisor (420-1); and a hardware virtual host, vHost, circuit , the vHost circuit having an interface driver specific to the hardware vSwitch and configured to provide a vHost data plane to: provide a plurality of hardware queues to communicatively couple the hardware vSwitch to a guest virtual function, VF of a virtual machine, VM , that is provisioned and allocated by the hypervisor ; and present to a virtual network driver of the guest VF an interface that is backward compatible with a software network interface by making the host comprising the hardware vSwitch appear identical to a host with a software vSwitch. provide a plurality of hardware queues to communicatively couple the hardware vSwitch to a guest virtual function, VF of a virtual machine, VM , that is provisioned and allocated by the hypervisor ; and present to a virtual network driver of the guest VF an interface that is backward compatible with a software network interface by making the host comprising the hardware vSwitch appear identical to a host with a software vSwitch.
A method for managing interference, comprising: reporting , by a serving LTE High frequency Hotspot and Indoor access point, LTE-Hi AP, a scheduling parameter to a centralized control node, wherein the scheduling parameter comprises information of a cell which interferes a serving cell of a user equipment served by the LTE-Hi access point and load information of the serving cell of the user equipment, wherein the information of the cell which interferes the serving cell of the user equipment is generated from a measured result reported by the user equipment, and the measured result is obtained by performing a measurement on a cell adjacent to the serving cell of the user equipment; receiving , by the serving LTE-Hi access point, scheduling control information sent by the centralized control node, wherein the scheduling control information is determined according to the scheduling parameter; and scheduling, by the serving LTE-Hi access point, resources according to the scheduling control information; wherein the load information of the serving cell of the user equipment comprises spectrum information of the serving cell and time-frequency resource requirement information at a serving cell edge. reporting , by a serving LTE High frequency Hotspot and Indoor access point, LTE-Hi AP, a scheduling parameter to a centralized control node, wherein the scheduling parameter comprises information of a cell which interferes a serving cell of a user equipment served by the LTE-Hi access point and load information of the serving cell of the user equipment, wherein the information of the cell which interferes the serving cell of the user equipment is generated from a measured result reported by the user equipment, and the measured result is obtained by performing a measurement on a cell adjacent to the serving cell of the user equipment; receiving , by the serving LTE-Hi access point, scheduling control information sent by the centralized control node, wherein the scheduling control information is determined according to the scheduling parameter; and scheduling, by the serving LTE-Hi access point, resources according to the scheduling control information; wherein the load information of the serving cell of the user equipment comprises spectrum information of the serving cell and time-frequency resource requirement information at a serving cell edge.