mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal interface comprising a shape memory material and a thermally-conductive material , wherein: the thermal interface is configured to be formed as a compressed thermal interface and as an expanded thermal interface , wherein the compressed thermal interface is configured to partially fill a thermal gap between a first component and a second component , and wherein the expanded thermal interface is configured to fill the thermal gap; the thermal interface is configured to be formed as the expanded thermal interface when the thermal interface remains below a glass transition temperature of the shape memory material, and the thermal interface is configured to be formed as the compressed thermal interface when the thermal interface is heated above the glass transition temperature; and the thermal interface forms a base ring with semicircular curved petals, wherein the petals are up against the base ring in the compressed thermal interface and the petals form a larger diameter circle in the expanded thermal interface. the thermal interface is configured to be formed as a compressed thermal interface and as an expanded thermal interface , wherein the compressed thermal interface is configured to partially fill a thermal gap between a first component and a second component , and wherein the expanded thermal interface is configured to fill the thermal gap; the thermal interface is configured to be formed as the expanded thermal interface when the thermal interface remains below a glass transition temperature of the shape memory material, and the thermal interface is configured to be formed as the compressed thermal interface when the thermal interface is heated above the glass transition temperature; and the thermal interface forms a base ring with semicircular curved petals, wherein the petals are up against the base ring in the compressed thermal interface and the petals form a larger diameter circle in the expanded thermal interface.
An ultrasonic welding system comprising: a contact element supply configured to include a plurality of contact elements ; a base structure supply configured to include a plurality of base structures ; a workpiece assembly station configured to assemble a contact element with a respective base structure to obtain an assembled workpiece (300a1), wherein the contact element is aligned with the base structure; a support structure for supporting the assembled workpiece (300a1); a material handling system to move the assembled workpiece to the support structure ; and a weld head assembly including an ultrasonic converter carrying a sonotrode , the sonotrode being configured to operate during a welding operation at a bond force of between 5-500 kg, and to weld conductive contacts of the contact element of the assembled workpiece to conductive regions of the base structure of the assembled workpiece using at least one of linear ultrasonic motion and torsional ultrasonic motion with a sonotrode tip motion amplitude of between 5-150 microns; with the weld head assembly being moveable along a plurality of substantially horizontal axes. a contact element supply configured to include a plurality of contact elements ; a base structure supply configured to include a plurality of base structures ; a workpiece assembly station configured to assemble a contact element with a respective base structure to obtain an assembled workpiece (300a1), wherein the contact element is aligned with the base structure; a support structure for supporting the assembled workpiece (300a1); a material handling system to move the assembled workpiece to the support structure ; and a weld head assembly including an ultrasonic converter carrying a sonotrode , the sonotrode being configured to operate during a welding operation at a bond force of between 5-500 kg, and to weld conductive contacts of the contact element of the assembled workpiece to conductive regions of the base structure of the assembled workpiece using at least one of linear ultrasonic motion and torsional ultrasonic motion with a sonotrode tip motion amplitude of between 5-150 microns; with the weld head assembly being moveable along a plurality of substantially horizontal axes.
A brake health monitoring system, comprising: a brake control unit , BCU; a first wheel speed sensor in electronic communication with the BCU, the first wheel speed sensor configured to detect a first wheel speed corresponding to a first wheel; a second wheel speed sensor in electronic communication with the BCU, the second wheel speed sensor configured to detect a second wheel speed corresponding to a second wheel; characterised in that the BCU is configured to detect a difference between the first wheel speed and the second wheel speed, and output a health status indicating a failure in a brake control component associated with the first wheel in response to the difference being greater than a predetermined threshold. a brake control unit , BCU; a first wheel speed sensor in electronic communication with the BCU, the first wheel speed sensor configured to detect a first wheel speed corresponding to a first wheel; a second wheel speed sensor in electronic communication with the BCU, the second wheel speed sensor configured to detect a second wheel speed corresponding to a second wheel; characterised in that the BCU is configured to detect a difference between the first wheel speed and the second wheel speed, and output a health status indicating a failure in a brake control component associated with the first wheel in response to the difference being greater than a predetermined threshold.
An electronic device , comprising: a cover window defining a front housing of the electronic device; a display panel disposed under the cover window, wherein the display panel includes a first panel area having a first width and a first height and a second panel area having a second width and a second height; a conductive member including a first conductive plate disposed at a location corresponding to the first panel area of the display panel, a second conductive plate disposed at a location corresponding to the second panel area of the display panel, and a connection area connecting the first conductive plate and the second conductive plate only in an area, wherein the first conductive plate and the second conductive plate are spaced apart from each other by a gap; a flexible printed circuit board 'FPCB' physically and electrically contacting the first plate and the second plate and for feeding electric power to the second conductive plate; and a wireless communication circuit electrically connected to the FPCB, wherein the wireless communication circuit is configured to use a slot defined by the second conductive plate, the connection area, and the first conductive plate as an antenna element, wherein the location of the gap corresponds to the location of the slot, and wherein a driving circuit does not output content in an area corresponding to the gap or a pixel density in an area corresponding to the gap is lower than a pixel density in the first panel area or the second panel area, or there is a physical separation in the display panel in an area corresponding to the gap. a cover window defining a front housing of the electronic device; a display panel disposed under the cover window, wherein the display panel includes a first panel area having a first width and a first height and a second panel area having a second width and a second height; a conductive member including a first conductive plate disposed at a location corresponding to the first panel area of the display panel, a second conductive plate disposed at a location corresponding to the second panel area of the display panel, and a connection area connecting the first conductive plate and the second conductive plate only in an area, wherein the first conductive plate and the second conductive plate are spaced apart from each other by a gap; a flexible printed circuit board 'FPCB' physically and electrically contacting the first plate and the second plate and for feeding electric power to the second conductive plate; and a wireless communication circuit electrically connected to the FPCB, wherein the wireless communication circuit is configured to use a slot defined by the second conductive plate, the connection area, and the first conductive plate as an antenna element, wherein the location of the gap corresponds to the location of the slot, and wherein a driving circuit does not output content in an area corresponding to the gap or a pixel density in an area corresponding to the gap is lower than a pixel density in the first panel area or the second panel area, or there is a physical separation in the display panel in an area corresponding to the gap.
An RPG defeat method comprising: placing a porous body on or in proximity to a vehicle or structure ; a plug of the porous body being displaced by an incoming RPG forming a channel in the porous body allowing an RPG sensor to enter the channel in the porous body without the RPG sensor signaling the RPG detonator; the method being characterized by the porous body material proximate the channel deforming the RPG nose cone and short circuiting the electrical connection between the RPO sensor and detonator before the RPG sensor strikes the vehicle or structure. placing a porous body on or in proximity to a vehicle or structure ; a plug of the porous body being displaced by an incoming RPG forming a channel in the porous body allowing an RPG sensor to enter the channel in the porous body without the RPG sensor signaling the RPG detonator; the method being characterized by the porous body material proximate the channel deforming the RPG nose cone and short circuiting the electrical connection between the RPO sensor and detonator before the RPG sensor strikes the vehicle or structure.
A mobile system , comprising: - a light sensor ; - a communication interface ; and - at least one processor configured to use said light sensor to receive a light emission from a light source , to determine an identifier from said light emission , said identifier being associated with a group of devices, said group of devices comprising mobile devices which are receiving a light emission with said identifier, to join said group of devices, and to use said communication interface to communicate with at least one further device from said group of devices, and wherein the at least one processor is configured to leave said group of devices when said light sensor is no longer receiving said light emission with said identifier. - a light sensor ; - a communication interface ; and - at least one processor configured to use said light sensor to receive a light emission from a light source , to determine an identifier from said light emission , said identifier being associated with a group of devices, said group of devices comprising mobile devices which are receiving a light emission with said identifier, to join said group of devices, and to use said communication interface to communicate with at least one further device from said group of devices, and
A method for protecting against exposure to content violating a content policy, the method comprising: receiving , by one or more processors, a plurality of content items including a first set of content items associated with a content group, wherein at least some of the plurality of content items include a content category determined by a machine learning algorithm based on the content policy; determining , by the one or more processors, a measurement associated with an amount of the first set of content items belonging to a specific content category; responsive to determining the measurement is less than or equal to a thresehold: assigning , by the one or more processors, one or more of the plurality of content items to be categorized by at least one of the machine learning algorithm or a manual review process; responsive to determining the measurement is greater than the threshold: automatically applying , by the one or more processors, the specific content category to one or more other content items of the content group such that the one or more other content items are not reviewed by the manual review process; and transmitting , by the one or more processors, at least one of the plurality of content items, wherein the content category of each of the plurality of content items indicates whether the specific content item violates any content policies. receiving , by one or more processors, a plurality of content items including a first set of content items associated with a content group, wherein at least some of the plurality of content items include a content category determined by a machine learning algorithm based on the content policy; determining , by the one or more processors, a measurement associated with an amount of the first set of content items belonging to a specific content category; responsive to determining the measurement is less than or equal to a thresehold: assigning , by the one or more processors, one or more of the plurality of content items to be categorized by at least one of the machine learning algorithm or a manual review process; responsive to determining the measurement is greater than the threshold: automatically applying , by the one or more processors, the specific content category to one or more other content items of the content group such that the one or more other content items are not reviewed by the manual review process; and transmitting , by the one or more processors, at least one of the plurality of content items, wherein the content category of each of the plurality of content items indicates whether the specific content item violates any content policies. automatically applying , by the one or more processors, the specific content category to one or more other content items of the content group such that the one or more other content items are not reviewed by the manual review process; and transmitting , by the one or more processors, at least one of the plurality of content items, wherein the content category of each of the plurality of content items indicates whether the specific content item violates any content policies.
An apparatus for generating ions for analysis by a mass spectrometer, comprising: an ion source housing defining an ion source chamber , the ion source chamber configured to be in fluid communication with a sampling orifice of a mass spectrometer; an inlet conduit having an inlet end for receiving a liquid sample from a sample source ; and an outlet conduit , characterized by : a return conduit for receiving a first portion of the liquid sample from the inlet conduit; and the outlet conduit being for receiving a second portion of the liquid sample from the inlet conduit, the outlet conduit having an outlet end for discharging the second portion of the liquid sample into the ion source chamber , wherein a volumetric flow rate of liquid sample in the inlet conduit is substantially equal to a volumetric flow rate in the return conduit plus a volumetric flow rate in the outlet conduit and the ratio of the volumetric flow rate in the return conduit to the volumetric flow rate in the outlet conduit is greater than about 10, and wherein bubbles contained within the liquid sample in the inlet conduit are preferentially diverted to the return conduit relative to the outlet conduit. an ion source housing defining an ion source chamber , the ion source chamber configured to be in fluid communication with a sampling orifice of a mass spectrometer; an inlet conduit having an inlet end for receiving a liquid sample from a sample source ; and an outlet conduit , characterized by : a return conduit for receiving a first portion of the liquid sample from the inlet conduit; and the outlet conduit being for receiving a second portion of the liquid sample from the inlet conduit, the outlet conduit having an outlet end for discharging the second portion of the liquid sample into the ion source chamber , a return conduit for receiving a first portion of the liquid sample from the inlet conduit; and the outlet conduit being for receiving a second portion of the liquid sample from the inlet conduit, the outlet conduit having an outlet end for discharging the second portion of the liquid sample into the ion source chamber , wherein a volumetric flow rate of liquid sample in the inlet conduit is substantially equal to a volumetric flow rate in the return conduit plus a volumetric flow rate in the outlet conduit and the ratio of the volumetric flow rate in the return conduit to the volumetric flow rate in the outlet conduit is greater than about 10, and wherein bubbles contained within the liquid sample in the inlet conduit are preferentially diverted to the return conduit relative to the outlet conduit.
A surgical lighting system, comprising: a light head housing including a plurality of light emitting elements therein that are arranged to emit light downward to a region of interest; a handle mounted to the light head housing and protruding downward from the light head housing, the handle including a handle housing having a sufficient size to be gripped by the human hand; and, a camera assembly mounted within the handle housing, the camera assembly including a camera having a field of view that encompasses at least a portion of the region of interest; wherein the camera assembly is mounted within the handle housing for rotation within the handle housing greater than 360 degrees about a rotation axis from a first stop to a second stop and vice versa, wherein the first stop limits clockwise rotation of the camera about the rotation axis and the second stop limits counterclockwise rotation of the camera about the rotation axis. a handle mounted to the light head housing and protruding downward from the light head housing, the handle including a handle housing having a sufficient size to be gripped by the human hand; and, a camera assembly mounted within the handle housing, the camera assembly including a camera having a field of view that encompasses at least a portion of the region of interest; wherein the camera assembly is mounted within the handle housing for rotation within the handle housing greater than 360 degrees about a rotation axis from a first stop to a second stop and vice versa, wherein the first stop limits clockwise rotation of the camera about the rotation axis and the second stop limits counterclockwise rotation of the camera about the rotation axis.
Distributor boom for a crop protection sprayer, wherein the distributor boom extends transversely to the direction of travel (F) of the crop protection sprayer, and dispensing elements are arranged in its lower region, which are preferably in the form of spray nozzles , to which the liquid to be dispensed is fed via feed lines and which dispense this liquid in a settable manner, and having a plurality of sensor elements , arranged in a spaced-apart manner on the front side of the distributor boom , for weed detection and/or identifying the weed density over a field area to which the liquid to be dispensed by the dispensing elements is applied, characterized in that the dispensing elements , having means carrying the dispensing elements , are arranged on the distributor boom at a distance of >20 cm from the lower region, in that these carrying means are assigned means that can move the dispensing elements into different positions, and in that , by means of the abovementioned means, the dispensing elements are arranged so as to be movable into a parked position located in the immediate vicinity of the distributor boom and at a distance of >10 cm above the lower plane of the distributor boom and into at least one dispensing position, located at a distance of >20 cm behind the rear plane and/or below the lower plane of the distributor boom , on the distributor boom .
Prefabricated application for the use of disinfectants in the disinfection of water supplies, the application comprising at least i. a solid filling comprising or forming the disinfectant, ii. which is located in an inner packaging made of a material which, on contact with liquid water, renders possible the liquid water to enter the solid filling and is permeable to the disinfectant, and iii. an additional water-resistant envelope surrounding the inner packaging , which envelope has a structure permeable to liquid water, characterized in that iv. the inner packaging includes a water-soluble or water-dispersible hydrophilic polymer, and the v. water-resistant envelope is also connected to a handling aid in the form of a thread or wire having an end loop . i. a solid filling comprising or forming the disinfectant, ii. which is located in an inner packaging made of a material which, on contact with liquid water, renders possible the liquid water to enter the solid filling and is permeable to the disinfectant, and iii. an additional water-resistant envelope surrounding the inner packaging , which envelope has a structure permeable to liquid water, characterized in that iv. the inner packaging includes a water-soluble or water-dispersible hydrophilic polymer, and the v. water-resistant envelope is also connected to a handling aid in the form of a thread or wire having an end loop .
A receiver, comprising: a decode processing unit adapted to decode a video signal received from a transmitter; an identification information acquisition unit adapted to acquire identification information including a format concerning 2D or 3D of video from a layer corresponding to each frame of the video signal; and a processing unit adapted to perform processing for an image display by the video signal based on the identification information, wherein the processing unit includes a scaling unit adapted to perform spatial or temporal scaling of video data based on the identification information and, when the format of the video is switched, to switch parameters for the scaling adjusting to switching timing, characterized in that the identification information contains offset information indicating the timing when the switching of the 3D format of the video occurs or the timing when the switching of the 3D Video and the 2D video occurs and the scaling unit is adapted to start, based on the offset information, the processing to switch the parameters before the timing when the switching occurs, wherein the identification information contains information indicating whether spatial or temporal phases of two views for a left eye and a right eye according to the 3D format have same phases or different phases. a decode processing unit adapted to decode a video signal received from a transmitter; an identification information acquisition unit adapted to acquire identification information including a format concerning 2D or 3D of video from a layer corresponding to each frame of the video signal; and a processing unit adapted to perform processing for an image display by the video signal based on the identification information, wherein the processing unit includes a scaling unit adapted to perform spatial or temporal scaling of video data based on the identification information and, when the format of the video is switched, to switch parameters for the scaling adjusting to switching timing, characterized in that the identification information contains offset information indicating the timing when the switching of the 3D format of the video occurs or the timing when the switching of the 3D Video and the 2D video occurs and the scaling unit is adapted to start, based on the offset information, the processing to switch the parameters before the timing when the switching occurs, wherein the identification information contains information indicating whether spatial or temporal phases of two views for a left eye and a right eye according to the 3D format have same phases or different phases.