mhurhangee/patent-ind-claim-en huggingface dataset:
A distributed antenna system, the system comprising: a plurality of host units , each host unit coupled to at least one of a plurality of remote units (120-127), wherein the plurality of host units are coupled to the plurality of remote units (120-127) through a communication link network comprising a plurality of communication links ; wherein a first host unit of the plurality of host units is designated and configured to provide a master clock to the system based on a Master Clock Priority Level , MCPL, assigned to the first host unit , wherein the first host unit is configured to transmit to the communication link network a reference clock signal based on the master clock; wherein each of the plurality of host units and each of the plurality of remote units (120-127) are configured to periodically transmit to the communication link network a Network Chain Level , NCL, that indicates the MCPL of the first host unit and a chain level value indicating a chain depth that represents a number of links down a chain from the first host unit ; wherein each of the plurality of remote units (120-127) are configured to synchronize to the master clock based on a received reference clock signal associated with a highest priority NCL value . a plurality of host units , each host unit coupled to at least one of a plurality of remote units (120-127), wherein the plurality of host units are coupled to the plurality of remote units (120-127) through a communication link network comprising a plurality of communication links ; wherein a first host unit of the plurality of host units is designated and configured to provide a master clock to the system based on a Master Clock Priority Level , MCPL, assigned to the first host unit , wherein the first host unit is configured to transmit to the communication link network a reference clock signal based on the master clock; wherein each of the plurality of host units and each of the plurality of remote units (120-127) are configured to periodically transmit to the communication link network a Network Chain Level , NCL, that indicates the MCPL of the first host unit and a chain level value indicating a chain depth that represents a number of links down a chain from the first host unit ; wherein each of the plurality of remote units (120-127) are configured to synchronize to the master clock based on a received reference clock signal associated with a highest priority NCL value .
A method for pitting and re-pitting fruit halves, in particular peach halves, comprising the steps of: lifting the fruit halves from a loading area to a feeding zone, feeding the fruit halves to an advancing lane, moving the fruit halves forward, removing pit or pit fragments from the fruit halves, and delivering the fruit halves to their further treatment, characterized in that the method further comprises: - detecting the supporting condition of each fruit half on its advancing lane for the next cutting, and a presence of pit or pit fragments, if any, in the fruit half; - assessing said supporting condition as correct or incorrect; - communicating the presence of pit or pit fragments, if any, in the fruit half, as a useful information for removing the pit and delivering the fruit halves to their further treatment; and - bringing the fruit halves, whose useful position is assessed as incorrect, back to the step of fruit half lifting from the loading area to the feeding zone. lifting the fruit halves from a loading area to a feeding zone, feeding the fruit halves to an advancing lane, moving the fruit halves forward, removing pit or pit fragments from the fruit halves, and delivering the fruit halves to their further treatment, characterized in that the method further comprises: - detecting the supporting condition of each fruit half on its advancing lane for the next cutting, and a presence of pit or pit fragments, if any, in the fruit half; - assessing said supporting condition as correct or incorrect; - communicating the presence of pit or pit fragments, if any, in the fruit half, as a useful information for removing the pit and delivering the fruit halves to their further treatment; and - bringing the fruit halves, whose useful position is assessed as incorrect, back to the step of fruit half lifting from the loading area to the feeding zone. - detecting the supporting condition of each fruit half on its advancing lane for the next cutting, and a presence of pit or pit fragments, if any, in the fruit half; - assessing said supporting condition as correct or incorrect; - communicating the presence of pit or pit fragments, if any, in the fruit half, as a useful information for removing the pit and delivering the fruit halves to their further treatment; and - bringing the fruit halves, whose useful position is assessed as incorrect, back to the step of fruit half lifting from the loading area to the feeding zone.
A leadless chip carrier comprising a thermal pad for attaching to a printed circuit board (PCB) , and an integrated circuit electrically connected to a plurality of electrical lead frame pads for connection to a plurality of corresponding pads on the PCB, in which the leadless chip carrier further comprises a non-collapsible conductive shim bonded to a first surface of the thermal pad, the conductive shim having a first surface and a second surface, the conductive shim being between 50 microns and 1000 microns in thickness for providing a stand-off between the thermal pad and the PCB, and in which each of the plurality of electrical lead frame pads is attached to a volume of solder , characterized in that the first surface of the conductive shim being bonded to the thermal pad by a layer of solder having a thickness of between 10 and 150 microns in thickness.
A microcapsule comprising a capsule core and a polymeric shell, wherein the core essentially contains only hydrophilic components and the shell comprises in polymerized form A) at least one poly(ester-urethane) containing at least 2 isocyanate groups, obtainable by reacting at least one polyester-polyol containing at least 2 OH groups with at least one polyisocyanate containing at least 2 NCO groups, and B) at least one compound which comprises at least 2 terminal groups which are reactive towards isocyanate-groups, which are selected from OH, NHR, or SH, wherein R is selected from hydrogen, alkyl, cycloalkyl or aryl; wherein the hydrophilic component comprises a pesticide. A) at least one poly(ester-urethane) containing at least 2 isocyanate groups, obtainable by reacting at least one polyester-polyol containing at least 2 OH groups with at least one polyisocyanate containing at least 2 NCO groups, and B) at least one compound which comprises at least 2 terminal groups which are reactive towards isocyanate-groups, which are selected from OH, NHR, or SH, wherein R is selected from hydrogen, alkyl, cycloalkyl or aryl;
A mounting structure for a leaky cable connector, comprising: a first shell and a second shell that are sleeved with each other, wherein the first shell is disposed inside, the second shell is disposed outside, and a mounting space allowing a leaky cable to pass through is provided in each of the first shell and the second shell ; and a cable clamp , disposed at a connection between the first shell and the second shell , wherein a gap allowing insertion of an external conductor of the leaky cable is provided between the cable clamp and the first shell , and when the leaky cable is inserted in the mounting spaces, the cable clamp is subjected to a force to move toward the first shell to fasten the external conductor of the leaky cable , characterized in that the first shell is formed with an assembly space allowing insertion of the cable clamp under the action of an external force, and correspondingly, the cable clamp is formed with a protrusion adapting to the assembly space , and in that the other end of the cable clamp opposite to the protrusion is provided with a first limiting member , the first shell is provided with a second limiting member matching the first limiting member , and the first limiting member climbs over the second limiting member under the action of an external force to insert the protrusion into the assembly space for fastening. a first shell and a second shell that are sleeved with each other, wherein the first shell is disposed inside, the second shell is disposed outside, and a mounting space allowing a leaky cable to pass through is provided in each of the first shell and the second shell ; and a cable clamp , disposed at a connection between the first shell and the second shell , wherein a gap allowing insertion of an external conductor of the leaky cable is provided between the cable clamp and the first shell , and when the leaky cable is inserted in the mounting spaces, the cable clamp is subjected to a force to move toward the first shell to fasten the external conductor of the leaky cable , characterized in that the first shell is formed with an assembly space allowing insertion of the cable clamp under the action of an external force, and correspondingly, the cable clamp is formed with a protrusion adapting to the assembly space , and in that the other end of the cable clamp opposite to the protrusion is provided with a first limiting member , the first shell is provided with a second limiting member matching the first limiting member , and the first limiting member climbs over the second limiting member under the action of an external force to insert the protrusion into the assembly space for fastening.
A composition comprising graphene quantum dots (GQDs) as an active ingredient for use in the treatment of a viral disease, wherein the viral disease is a disease caused by infection with adenovirus.
A tasting glass of a liquid food, in particular oil, comprising a main body provided with a drinking opening , said main body comprising a cup-like base portion shaped for a grip in the palm of a user and a top portion curved so as to define an external decanting tank suitable for receiving the liquid to be tasted, wherein said external tank houses filtering means of the liquid and said base portion comprises an internal tasting chamber in communication with said opening and positioned in such a way as to receive the liquid by pouring from said external tank , the overall configuration being such that, in a drinking position of the glass , said internal chamber allows the liquid to be directed towards said opening and said external tank is intended to receive at least partially the user's nose, characterised in that said main body consists of a single continuous containment wall having two opposite faces, wherein a first face defines said internal chamber and a second face defines said external tank .
A local oscillator control method, comprising: in response to receiving an operating resource of a scene and determining that the operating resource contains a millimeter wave resource, extracting, from the operating resource, an operating frequency band in the scene that is different from the millimeter wave resource ; evaluating whether interference presents between the operating frequency band and a default frequency point of an intermediate-frequency signal associated with the millimeter wave resource ; and in response to a presence of interference, acquiring a new frequency point of a local oscillator signal matched with an interference-free frequency point of an intermediate-frequency signal, and adaptively adjusting the frequency point of the local oscillator signal from a default frequency point of the local oscillator signal to the new frequency point . in response to receiving an operating resource of a scene and determining that the operating resource contains a millimeter wave resource, extracting, from the operating resource, an operating frequency band in the scene that is different from the millimeter wave resource ; evaluating whether interference presents between the operating frequency band and a default frequency point of an intermediate-frequency signal associated with the millimeter wave resource ; and in response to a presence of interference, acquiring a new frequency point of a local oscillator signal matched with an interference-free frequency point of an intermediate-frequency signal, and adaptively adjusting the frequency point of the local oscillator signal from a default frequency point of the local oscillator signal to the new frequency point .
A system in which a plurality of electronic gaming machines ("EGMs") are connected on a network wherein players are enabled to play games on the EGMs with an opportunity to win an award, the system comprising a first central server in communication with the network , characterized in that the first central server comprises: a true random number generator ("TRNG") for generating random numbers ("RNs") that determine the outcome of games played on EGMs on the network wherein each game outcome resulting from a corresponding random number ("RN") is one of a predefined set of game outcomes including winning and losing outcomes; and a true random number generator request handler ("TRNGRH") for handling RN batch requests with individual RN requests received on the network from the EGMs or from a service acting as an abstraction layer and coordinating the transmission of RNs generated by the TRNG on the network ; and that the system further comprises at least one server based gaming ("SBG") server in communication with the network wherein an abstraction layer is used for: (a) receiving individual RN requests from at least a first group of EGMs that is a subset of the plurality of EGMs and accumulating the RN requests in a list that forms a batch of RN requests; (b) parsing, in time intervals Δ t <<min(Δ T , δT ), the list and determining whether an equation t + τ i ≥ t i - δT is fulfilled for any of the RN requests; (c) if the equation is fulfilled for any i , sending the batch of RN requests to the TRNGRH for handling and response; (d) receiving a response to the batch of RN requests sent to the TRNGRH including a RN corresponding to each RN request in the batch of RN requests; and (e) transmitting each RN to the appropriate electronic gaming machine ("EGM") in response to each individual RN request received from the EGMs ; wherein t is a running time variable in the system; τ i is an expected response time for a particular EGM to receive a RN; t i is the latest arrival time at which a particular request for a RN made on the i th EGM may be answered; δT is an operator defined value set to cover an unexpected level of fluctuation; and Δ T is the maximum allowable latency time between request and receipt of a RN on the EGM . a true random number generator ("TRNG") for generating random numbers ("RNs") that determine the outcome of games played on EGMs on the network wherein each game outcome resulting from a corresponding random number ("RN") is one of a predefined set of game outcomes including winning and losing outcomes; and a true random number generator request handler ("TRNGRH") for handling RN batch requests with individual RN requests received on the network from the EGMs or from a service acting as an abstraction layer and coordinating the transmission of RNs generated by the TRNG on the network ; and that
A transcatheter mitral valve replacement system for a heart , comprising: a delivery sheath having a distal end portion insertable into a left atrium; a delivery catheter slidably disposed within the delivery sheath ; and a two-part prosthetic mitral valve coupled to the delivery catheter by one or more control wires, the two-part prosthetic mitral valve configured to be disposed within the delivery sheath in a radially compressed condition and to radially self-expand when the two-part prosthetic mitral valve is outside of the delivery sheath and is unconstrained by the one or more control wires, the two-part prosthetic mitral valve comprising: a valve assembly including an expandable valve frame and a tri-leaflet occluder; an anchor assembly separately expandable from the valve assembly and defining an interior space within which the valve assembly is nested while the two-part prosthetic mitral valve is within the delivery sheath for simultaneous deployment from the delivery sheath ; and a pusher catheter slidably disposed within the delivery catheter and releasably coupled to the anchor assembly . a delivery sheath having a distal end portion insertable into a left atrium; a delivery catheter slidably disposed within the delivery sheath ; and a two-part prosthetic mitral valve coupled to the delivery catheter by one or more control wires, the two-part prosthetic mitral valve configured to be disposed within the delivery sheath in a radially compressed condition and to radially self-expand when the two-part prosthetic mitral valve is outside of the delivery sheath and is unconstrained by the one or more control wires, the two-part prosthetic mitral valve comprising: a valve assembly including an expandable valve frame and a tri-leaflet occluder; an anchor assembly separately expandable from the valve assembly and defining an interior space within which the valve assembly is nested while the two-part prosthetic mitral valve is within the delivery sheath for simultaneous deployment from the delivery sheath ; and a pusher catheter slidably disposed within the delivery catheter and releasably coupled to the anchor assembly . a valve assembly including an expandable valve frame and a tri-leaflet occluder; an anchor assembly separately expandable from the valve assembly and defining an interior space within which the valve assembly is nested while the two-part prosthetic mitral valve is within the delivery sheath for simultaneous deployment from the delivery sheath ; and a pusher catheter slidably disposed within the delivery catheter and releasably coupled to the anchor assembly .
A solid-body joint, comprising two bearing elements arranged pivotably about an axis of rotation (D), and at least two spring elements extending transversely to the axis of rotation (D), each of which spring elements are each operatively connected to one bearing element at one end and to the other bearing element at the other end, characterized in that a spiral or helical spring element (5, 5*) is arranged between the two bearing elements and that the at least two spring elements extending transversely to the axis of rotation (D) are each connected to the spiral or helical spring element (5, 5*) at one end and to one of the two bearing elements at the other end.
A flexible display device, comprising: a flexible display panel including a folding region (FA) and a peripheral region (SA); a first outer member disposed on a surface of the flexible display panel; and a first adhesive member (200-A) arranged to attach the first outer member to the flexible display panel, the first adhesive member comprising an ultraviolet curable resin, and first and second regions (200-AF, 200-AS) respectively corresponding to the folding and peripheral regions, wherein the ultraviolet curable resin of the first region has a conversion rate lower than a conversion rate of the ultraviolet curable resin of the second region. a flexible display panel including a folding region (FA) and a peripheral region (SA); a first outer member disposed on a surface of the flexible display panel; and a first adhesive member (200-A) arranged to attach the first outer member to the flexible display panel, the first adhesive member comprising an ultraviolet curable resin, and first and second regions (200-AF, 200-AS) respectively corresponding to the folding and peripheral regions, wherein the ultraviolet curable resin of the first region has a conversion rate lower than a conversion rate of the ultraviolet curable resin of the second region.
A method for streaming volumetric video, comprising: identifying a set of one or more saliency regions in a global scene depicted by the volumetric video; generating a set of one or more saliency video streams that track the set of one or more saliency regions identified in the global scene, wherein each saliency video stream in the set of one or more saliency video streams tracks a respective saliency region in the set of one or more saliency regions; generating a saliency stream based representation of the volumetric video, wherein the saliency stream based representation includes the set of one or more saliency video streams (S1; S2); transmitting the saliency stream based representation of the volumetric video to a video streaming client, wherein the set of one or more saliency video streams includes a first saliency video stream assigned with a first saliency rank and a second saliency video stream assigned with a second saliency rank lower than the first saliency rank, characterized in that the second saliency video stream is removed from the set of one or more saliency video streams to be transmitted to the video streaming client at a later time, in response to determining that an available data rate has been reduced, wherein the first saliency rank and/or the second saliency rank is ranked by visual saliency algorithms which apply computer vision techniques and/or machine learning to detect image features, objects, and/or characters as salient parts of the global scene with respective saliency ranks. identifying a set of one or more saliency regions in a global scene depicted by the volumetric video; generating a set of one or more saliency video streams that track the set of one or more saliency regions identified in the global scene, wherein each saliency video stream in the set of one or more saliency video streams tracks a respective saliency region in the set of one or more saliency regions; generating a saliency stream based representation of the volumetric video, wherein the saliency stream based representation includes the set of one or more saliency video streams (S1; S2); transmitting the saliency stream based representation of the volumetric video to a video streaming client, wherein the set of one or more saliency video streams includes a first saliency video stream assigned with a first saliency rank and a second saliency video stream assigned with a second saliency rank lower than the first saliency rank, characterized in that the second saliency video stream is removed from the set of one or more saliency video streams to be transmitted to the video streaming client at a later time, in response to determining that an available data rate has been reduced, wherein the first saliency rank and/or the second saliency rank is ranked by visual saliency algorithms which apply computer vision techniques and/or machine learning to detect image features, objects, and/or characters as salient parts of the global scene with respective saliency ranks.