mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for wireless communication, comprising: a primary radio ; a wakeup radio for receiving a wakeup signal indicating that the primary radio has some data to receive and for providing the primary radio with an indication to wake up to receive the pending data; a processor; memory in electronic communication with the processor; and instructions stored in the memory and operable, when executed by the processor, to cause the apparatus to: activate the wakeup radio , periodically or periodically with pseudorandom jitter, while the primary radio is in a sleep mode; receive a preamble of a wakeup signal from an access point, AP, , the preamble having a first bandwidth; and receive, from the AP at the wakeup radio , the wakeup message of the wakeup signal, the wakeup message having a second bandwidth that is less than the first bandwidth of the preamble. a primary radio ; a wakeup radio for receiving a wakeup signal indicating that the primary radio has some data to receive and for providing the primary radio with an indication to wake up to receive the pending data; a processor; memory in electronic communication with the processor; and instructions stored in the memory and operable, when executed by the processor, to cause the apparatus to: activate the wakeup radio , periodically or periodically with pseudorandom jitter, while the primary radio is in a sleep mode; receive a preamble of a wakeup signal from an access point, AP, , the preamble having a first bandwidth; and receive, from the AP at the wakeup radio , the wakeup message of the wakeup signal, the wakeup message having a second bandwidth that is less than the first bandwidth of the preamble. activate the wakeup radio , periodically or periodically with pseudorandom jitter, while the primary radio is in a sleep mode; receive a preamble of a wakeup signal from an access point, AP, , the preamble having a first bandwidth; and receive, from the AP at the wakeup radio , the wakeup message of the wakeup signal, the wakeup message having a second bandwidth that is less than the first bandwidth of the preamble.
A system for providing sealant to an aircraft structure during manufacturing, the system comprising: a robot arm including an end effector with a sealant dispensing nozzle ; a sealant supply including a supply of raw sealant; a rotatable chamber disposed on the robot arm ; and a sealant line connected to the end effector and to the rotatable chamber ; the rotatable chamber configured such that when gas accumulates in the center of the rotatable chamber when the rotatable chamber is rotating, the gas is ventable from the rotatable chamber and gasless sealant is provided to the sealant line , with the gasless sealant being delivered directly to the end effector via the sealant line , the rotatable chamber comprising a hollow opening arranged such that gas accumulating at the center of rotatable chamber is ventable from the rotatable chamber , wherein the hollow opening is constructed as (i) a single tube or other shape with a first opening in the center of the rotatable chamber and a second opening outside of the rotatable chamber , or (ii) a plurality of tubes or other shapes with first openings at or near the center of the rotatable chamber and openings outside of the rotatable chamber . a robot arm including an end effector with a sealant dispensing nozzle ; a sealant supply including a supply of raw sealant; a rotatable chamber disposed on the robot arm ; and a sealant line connected to the end effector and to the rotatable chamber ; the rotatable chamber configured such that when gas accumulates in the center of the rotatable chamber when the rotatable chamber is rotating, the gas is ventable from the rotatable chamber and gasless sealant is provided to the sealant line , with the gasless sealant being delivered directly to the end effector via the sealant line , the rotatable chamber comprising a hollow opening arranged such that gas accumulating at the center of rotatable chamber is ventable from the rotatable chamber , wherein the hollow opening is constructed as (i) a single tube or other shape with a first opening in the center of the rotatable chamber and a second opening outside of the rotatable chamber , or (ii) a plurality of tubes or other shapes with first openings at or near the center of the rotatable chamber and openings outside of the rotatable chamber .
A method for making an object , the method comprising the steps of: forming a section of the object by irradiating a material with a radiation , the material being disposed on a material receiving surface of a flexible element that is tensioned by a tensioner pulling a perimeter of the flexible element outwardly in both a x and a y direction, the shape of the flexible element being affected by contact between a shaping member and the flexible element ; and tilting at least one of the shaping member and the flexible element to induce a peeling separation of the shaping member from the flexible element . forming a section of the object by irradiating a material with a radiation , the material being disposed on a material receiving surface of a flexible element that is tensioned by a tensioner pulling a perimeter of the flexible element outwardly in both a x and a y direction, the shape of the flexible element being affected by contact between a shaping member and the flexible element ; and tilting at least one of the shaping member and the flexible element to induce a peeling separation of the shaping member from the flexible element .
An infusion pump for infusing fluid from a reservoir into a body of a user, the infusion pump comprising: a housing ; a drive mechanism including a motor and one or more drive components contained within the housing and operatively coupled to the reservoir to deliver fluid from the reservoir through a fluid path into the body of the user; one or more electronic components adapted to take a series of measurements of a parameter associated with the motor or one of the drive train components ; and a controller contained within the housing and adapted to: calculate a weighted average of the series of measurements ; determine the drive count of the motor; determine a drive count value based on the drive count of the motor ; calculate a maximum threshold value based on the drive count value ; compare the weighted average to the maximum threshold value ; and determine whether an occlusion has occurred in the fluid path of the infusion pump by determining whether the weighted average is greater than the maximum threshold value ; wherein the parameter is a force. a housing ; a drive mechanism including a motor and one or more drive components contained within the housing and operatively coupled to the reservoir to deliver fluid from the reservoir through a fluid path into the body of the user; one or more electronic components adapted to take a series of measurements of a parameter associated with the motor or one of the drive train components ; and a controller contained within the housing and adapted to: calculate a weighted average of the series of measurements ; determine the drive count of the motor; determine a drive count value based on the drive count of the motor ; calculate a maximum threshold value based on the drive count value ; compare the weighted average to the maximum threshold value ; and determine whether an occlusion has occurred in the fluid path of the infusion pump by determining whether the weighted average is greater than the maximum threshold value ; calculate a weighted average of the series of measurements ; determine the drive count of the motor; determine a drive count value based on the drive count of the motor ; calculate a maximum threshold value based on the drive count value ; compare the weighted average to the maximum threshold value ; and determine whether an occlusion has occurred in the fluid path of the infusion pump by determining whether the weighted average is greater than the maximum threshold value ; wherein the parameter is a force.
A clamp arrangement for an underwater power generating system which includes a power generation unit and a support structure , the power generation unit having a mounting portion which is releasably engageable with a support portion of the support structure, the clamp arrangement for clamping the mounting portion to the support portion, and having an open position in which the mounting portion is removable from the support portion, a closed position in which the mounting portion is fixed relative to the support portion, and a bearing position in which the mounting portion is rotatable relative to the support portion and is not removable from the support portion, the clamp arrangement comprising: first and second clamp portions , and actuation means arranged between the first and second clamp portions, and operable to move the first and second clamp portions between the open position, the bearing position and the closed position of the clamp arrangement, wherein the actuation means comprises a first drive unit operable to move the first and second clamp portions between the open position, the bearing position and the closed position of the clamp arrangement, a spring unit arranged to provide a clamping load on the first and second clamp portions, characterised in that the actuation means comprises a second drive unit operable to reduce the clamping load during operation of the first drive unit. first and second clamp portions , and actuation means arranged between the first and second clamp portions, and operable to move the first and second clamp portions between the open position, the bearing position and the closed position of the clamp arrangement, wherein the actuation means comprises a first drive unit operable to move the first and second clamp portions between the open position, the bearing position and the closed position of the clamp arrangement, a spring unit arranged to provide a clamping load on the first and second clamp portions, characterised in that the actuation means comprises a second drive unit operable to reduce the clamping load during operation of the first drive unit.
A ram air module for use in a ram air system, the ram air module comprising: a diffuser having a diffuser body including an inlet end and an outlet end ; a flow diverter assembly connected to the inlet end of the diffuser body; and a valve connected to the outlet end of the diffuser body; wherein the valve further comprises: a flange extending radially outwardly from the diffuser body adjacent the outlet end of the diffuser body; at least one bypass opening formed in the flange; and at least one valve element mounted to the flange adjacent the at least one bypass opening, the at least one valve element being movable between a first position when the at least one bypass opening is closed and a second position where the at least one bypass opening is at least partially open. a diffuser having a diffuser body including an inlet end and an outlet end ; a flow diverter assembly connected to the inlet end of the diffuser body; and a valve connected to the outlet end of the diffuser body; wherein the valve further comprises: a flange extending radially outwardly from the diffuser body adjacent the outlet end of the diffuser body; at least one bypass opening formed in the flange; and at least one valve element mounted to the flange adjacent the at least one bypass opening, the at least one valve element being movable between a first position when the at least one bypass opening is closed and a second position where the at least one bypass opening is at least partially open. a flange extending radially outwardly from the diffuser body adjacent the outlet end of the diffuser body; at least one bypass opening formed in the flange; and at least one valve element mounted to the flange adjacent the at least one bypass opening, the at least one valve element being movable between a first position when the at least one bypass opening is closed and a second position where the at least one bypass opening is at least partially open.
A therapeutic composition comprising at least one isolated bacterium and a pharmaceutically acceptable excipient, wherein the bacterium comprises a gene encoding a 16S ribosomal RNA (rRNA) and said gene comprises a sequence with at least 90% sequence identity with the sequence set forth in any one of SEQ ID NOs 21, 22, 23, 29, 39, 41, 42; a sequence with at least 91% sequence identity with the sequence set forth in any one of SEQ ID NOs 1, 6, 30, 47; a sequence with at least 92% sequence identity with the sequence set forth in any one of SEQ ID Nos 11, 19, 36; a sequence with at least 93% sequence identity with the sequence set forth in any one of SEQ ID Nos 14, 15, 34, 35, 37, 38, 43, 44, 50; a sequence with at least 94% sequence identity with the sequence set forth in any one of SEQ ID Nos 5, 13, 17, 18, 27, 40, 45, 46; a sequence with at least 95% sequence identity with the sequence set forth in any one of SEQ ID Nos 7, 32, 33, 48, 51; a sequence with at least 96% sequence identity with the sequence set forth in any one of SEQ ID Nos 12, 16, 20, 49; a sequence with at least 97% sequence identity with the sequence set forth in any one of SEQ ID Nos 3, 8, 9, 10; a sequence with at least 98% sequence identity with the sequence set forth in any one of SEQ ID Nos 2, 4, 31, or a sequence with at least 100% sequence identity with the sequence set forth in any one of SEQ ID Nos 14, 24, 25, 26, 28 .
A resin powder for solid freeform fabrication comprising: pillar-like form particles having an average circularity of 0.85 to 0.98 in a particle diameter range of from 0.5 to 200 μm.
A method comprising: acquiring, by one or more processing units of a location-based manager of a cloud service provider , a pool of subscriptions from a cloud platform configured to allocate cloud resources to the cloud service provider , where each subscription defines a specific set of cloud resources allocated for use for a defined time period ; and a roster of tenants associated with the subscription ; assigning, by the location-based manager of the cloud service provider , at least one subscription of the pool of subscriptions for a resource unit of the cloud platform , wherein the at least one subscription is shared by a plurality of tenants configured to request access to the cloud resources from the resource unit ; creating, by the location-based manager of the cloud service provider , a logical zone that effectively creates a security boundary between the resource unit and other resource units managed by the location-based manager ; and deploying, by the location-based manager of the cloud service provider , the cloud resources associated with the at least one subscription within the logical zone for use by the resource unit on behalf of the plurality of tenants . acquiring, by one or more processing units of a location-based manager of a cloud service provider , a pool of subscriptions from a cloud platform configured to allocate cloud resources to the cloud service provider , where each subscription defines a specific set of cloud resources allocated for use for a defined time period ; and a roster of tenants associated with the subscription ; assigning, by the location-based manager of the cloud service provider , at least one subscription of the pool of subscriptions for a resource unit of the cloud platform , wherein the at least one subscription is shared by a plurality of tenants configured to request access to the cloud resources from the resource unit ; creating, by the location-based manager of the cloud service provider , a logical zone that effectively creates a security boundary between the resource unit and other resource units managed by the location-based manager ; and deploying, by the location-based manager of the cloud service provider , the cloud resources associated with the at least one subscription within the logical zone for use by the resource unit on behalf of the plurality of tenants .
A laser processing machine comprising: a laser oscillator configured to excite a laser beam having a wavelength in a 1 μm band or a shorter wavelength band; one process fiber configured to transmit the laser beam emitted from the laser oscillator; and a collimator lens configured to collimate the laser beam emitted from the laser oscillator , characterized in that the laser processing machine further comprises: a focusing optical element configured to focus, when a workpiece (W1) having a sheet thickness of 3 mm or more is irradiated with the laser beam emitted from the collimator lens , the laser beam on a plurality of spots in a unit area on a surface of the workpiece (W1) within a unit time, the unit area having a radius of 0.5 mm of an optical axis of the laser beam, and the unit time being a time from when the workpiece (W1) starts to melt to when the melting of the workpiece (W1) ends, wherein the focusing optical element is a facet lens having plural planes with a polygonal shape with four or more sides on its surface and configured to focus the laser beam collimated by the collimator lens on the workpiece (W1) . a laser oscillator configured to excite a laser beam having a wavelength in a 1 μm band or a shorter wavelength band; one process fiber configured to transmit the laser beam emitted from the laser oscillator; and a collimator lens configured to collimate the laser beam emitted from the laser oscillator , characterized in that the laser processing machine further comprises: a focusing optical element configured to focus, when a workpiece (W1) having a sheet thickness of 3 mm or more is irradiated with the laser beam emitted from the collimator lens , the laser beam on a plurality of spots in a unit area on a surface of the workpiece (W1) within a unit time, the unit area having a radius of 0.5 mm of an optical axis of the laser beam, and the unit time being a time from when the workpiece (W1) starts to melt to when the melting of the workpiece (W1) ends, wherein the focusing optical element is a facet lens having plural planes with a polygonal shape with four or more sides on its surface and configured to focus the laser beam collimated by the collimator lens on the workpiece (W1) . a focusing optical element configured to focus, when a workpiece (W1) having a sheet thickness of 3 mm or more is irradiated with the laser beam emitted from the collimator lens , the laser beam on a plurality of spots in a unit area on a surface of the workpiece (W1) within a unit time, the unit area having a radius of 0.5 mm of an optical axis of the laser beam, and the unit time being a time from when the workpiece (W1) starts to melt to when the melting of the workpiece (W1) ends, wherein the focusing optical element is a facet lens having plural planes with a polygonal shape with four or more sides on its surface and configured to focus the laser beam collimated by the collimator lens on the workpiece (W1) .
A tactile sensation providing apparatus comprising: a rectangular panel with two opposing transverse sides and two opposing longitudinal sides; two actuators respectively arranged at the centers of the transverse sides configured to vibrate the panel in a direction parallel to the normal of the panel , wherein, when the panel is not pressed by a user, the two actuators are configured to vibrate the panel by causing translational motion of the panel in the direction parallel to the normal of the panel ; and a weight provided to the panel , wherein the weight is positioned such that, when the two actuators vibrate the panel and the panel is pressed by the user, the weight suppresses inhibition of vibration at a position where the panel is pressed by reducing a rotational motion component of the panel about an axis orthogonal to the normal of the panel and thereby reducing inhibition of the translational motion of the panel ; and wherein the weight comprises one of: two weights provided at either end of one of the transverse sides of the panel , two weights of elongated shape arranged along the longitudinal sides of the panel , or four weights provided at either corner of the panel . a rectangular panel with two opposing transverse sides and two opposing longitudinal sides; two actuators respectively arranged at the centers of the transverse sides configured to vibrate the panel in a direction parallel to the normal of the panel , wherein, when the panel is not pressed by a user, the two actuators are configured to vibrate the panel by causing translational motion of the panel in the direction parallel to the normal of the panel ; and a weight provided to the panel , wherein the weight is positioned such that, when the two actuators vibrate the panel and the panel is pressed by the user, the weight suppresses inhibition of vibration at a position where the panel is pressed by reducing a rotational motion component of the panel about an axis orthogonal to the normal of the panel and thereby reducing inhibition of the translational motion of the panel ; and two weights provided at either end of one of the transverse sides of the panel , two weights of elongated shape arranged along the longitudinal sides of the panel , or four weights provided at either corner of the panel .
Method for through-type coating of a device that rotates during coating in a closed coating booth and that is conveyed to and away from the coating booth by means of a carrier holding the device in a defined position, wherein the method comprises the following steps: Picking up of the loaded carrier from a supplying conveyor conveying the loaded carrier together with the forks of a fork-type loader through a loading opening of the painting booth into the painting booth, coupling the device to be coated to the system rotating the device during coating and separating the device from its carrier handing over the unloaded carrier to the forks of a fork-type unloader completely withdrawing the empty forks of the loader out of the booth through the loading opening of the booth and completely withdrawing the forks of the unloader together with the unloaded carrier out of the booth through an unloading opening of the booth closing the loading opening and the unloading opening of the booth rotating and coating the device to be coated opening at least the unloading opening of the booth conveying the unloaded carrier together with the forks of the unloader through an unloading opening of the painting booth into the painting booth uncoupling the device from the system that has rotated the device during coating while joining the device with the carrier completely withdrawing the forks of the unloader together with the loaded carrier out of the booth through the unloading opening of the booth handing over the loaded carrier to a discharging conveyor . Picking up of the loaded carrier from a supplying conveyor conveying the loaded carrier together with the forks of a fork-type loader through a loading opening of the painting booth into the painting booth, coupling the device to be coated to the system rotating the device during coating and separating the device from its carrier handing over the unloaded carrier to the forks of a fork-type unloader completely withdrawing the empty forks of the loader out of the booth through the loading opening of the booth and completely withdrawing the forks of the unloader together with the unloaded carrier out of the booth through an unloading opening of the booth closing the loading opening and the unloading opening of the booth rotating and coating the device to be coated opening at least the unloading opening of the booth conveying the unloaded carrier together with the forks of the unloader through an unloading opening of the painting booth into the painting booth uncoupling the device from the system that has rotated the device during coating while joining the device with the carrier completely withdrawing the forks of the unloader together with the loaded carrier out of the booth through the unloading opening of the booth handing over the loaded carrier to a discharging conveyor .