mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: determining , by a network management device , a service condition relating to a first portion of a network , the service condition relating to a network outage or a degraded network performance; determining , by the network management device , a prioritization for a plurality of portions of the network based on determining the service condition relating to the first portion of the network , the plurality of portions of the network including the first portion of the network , the prioritization for a respective portion of the network , of the plurality of portions of the network , being related to the priority of one or more subscribers of the network that, historically or within a threshold period of time, have been active in the respective portion of the network ; and altering , by the network management device , one or more network parameters associated with a second portion of the network , of the plurality of portions of the network , based on the prioritization for the plurality of portions of the network . determining , by a network management device , a service condition relating to a first portion of a network , the service condition relating to a network outage or a degraded network performance; determining , by the network management device , a prioritization for a plurality of portions of the network based on determining the service condition relating to the first portion of the network , the plurality of portions of the network including the first portion of the network , the prioritization for a respective portion of the network , of the plurality of portions of the network , being related to the priority of one or more subscribers of the network that, historically or within a threshold period of time, have been active in the respective portion of the network ; and the plurality of portions of the network including the first portion of the network , the prioritization for a respective portion of the network , of the plurality of portions of the network , being related to the priority of one or more subscribers of the network that, historically or within a threshold period of time, have been active in the respective portion of the network ; and altering , by the network management device , one or more network parameters associated with a second portion of the network , of the plurality of portions of the network , based on the prioritization for the plurality of portions of the network .
A method for allocating a MAC address to a communication device in a network environment , which is part of a desk-sharing environment comprising a number of communication devices , wherein a first communication device is arranged in a first environment (A) with a first workstation and a second communication device is arranged in a second environment (B) with a second workstation, and wherein a user has a near-field communication device in the form of a headset to connect to the first communication device or the second communication device via a Bluetooth connection , wherein the first and second communication devices can be configured with a MAC address , wherein the user registration with the network environment is executed via the communication device , and wherein a telephone number associated with the user is allocated to the first telephony terminal when the user registers with the network environment , wherein a MAC address associated with the user and specific to the user is configured in the first communication device to pair the first communication device with the headset of the user when the user initially registers with the network environment via the first telephony terminal , wherein the pairing is executed between the first communication device and the near-field communication device of the user in the first environment (A) when the user initially registers in the first environment (A) of the network environment , characterized in that a unique identifier assigned to the user , which is used to generate the MAC address on the first telephony terminal in the first environment (A), is generated by calculating a hash value using a defined hash algorithm of 24 bits from the phone number associated with the user , wherein the unique identifier assigned to the user is written into a second half of an individually configurable portion of the MAC address consisting of 3 bytes in order to generate a user-specific MAC address , and wherein, when the user changes from the first environment (A) to the second environment (B) during the user registration with the second communication device of the second workstation, the same MAC address associated with the user and specific to the user is used, which MAC address is calculated using the same hash algorithm to avoid a repeat pairing between the headset of the user and the second communication device .
Contactor , comprising - an interface for at least one control line for transmitting to an electronic tripping device of a motor circuit breaker a control signal, generated depending on a switching signal for switching the contactor , characterized by - an electrical energy storage which is charged by the switching signal , - wherein the interface has a connection for an auxiliary power conductor between the motor circuit breaker and the contactor , via which the electrical energy storage can supply energy to the electronic tripping device . - an interface for at least one control line for transmitting to an electronic tripping device of a motor circuit breaker a control signal, generated depending on a switching signal for switching the contactor , - an electrical energy storage which is charged by the switching signal , - wherein the interface has a connection for an auxiliary power conductor between the motor circuit breaker and the contactor , via which the electrical energy storage can supply energy to the electronic tripping device .
A dampened hinge assembly comprising a male leaf and a female leaf , the female leaf comprising spaced apart first and second end barrels coaxially rotating with respect to a central barrel of the male leaf therebetween, an axial shaft fixed to the second end barrel of the female leaf at a proximal end of the axial shaft , the axial shaft having a distal helicoidally threaded spindle , a compression gear having a helicoidally threaded bore matching the helicoidal thread of the spindle , the compression gear having external longitudinal threading matching interior longitudinal threading of the central barrel wherein helicoidal threading between the leaves causes the compression gear to displace towards the first end barrel when the leaves move into alignment and towards the second end barrel when the leaves move out of alignment and wherein the first end barrel engages a first removable end closure having an axial bore , an elongate end-of-range soft closure compression strut , and a soft closure helicoidal compression spring , wherein the first removable end closure can be removed in use for the installation of the elongate end-of-range soft closure compression strut within the bore in use for bearing against a central distal bearing face of the compression gear to act between the first removable end closure and the compression gear across an end-of-range soft closure relative rotation offset range between the leaves ; and the compression gear defines a peripheral distal bearing face and the first removable end closure defines an oppositely facing peripheral bearing face such that the first removable end closure can be removed in use for the installation of the soft closure helicoidal compression spring coaxially with respect to the axial bore to act between the peripheral distal bearing face and the oppositely facing peripheral bearing face across a soft closure relative rotation offset range between the leaves , wherein the elongate end-of-range soft closure compression strut does not contact the central distal bearing face of the compression gear outside the end-of-range soft closure relative rotation offset range so that the soft closure relative rotation offset range is greater than the end-of-range soft closure relative rotation offset range .
A touch sensor assembly , comprising: a substrate having a front surface attached to a rear surface of a panel on which touch points are illuminated through a front surface of the panel ; at least one piezo disc having a piezoelectric disc , a metallic plate , and an electrically conductive layer , wherein the piezoelectric disc is stacked above a central portion of the metallic plate , wherein the electrically conductive layer is disposed on a surface of the piezoelectric disc and wherein the electrically conductive layer is configured to contact a rear surface of a press region provided in the substrate on an area corresponding to at least one of the touch points ; a holder that is configured to support the piezo disc and to fix the piezo disc to the substrate on the area corresponding to the at least one of the touch points ; and a cover attached to the substrate , characterised in that the cover includes at least one cavity which is concavely formed in the cover to face the substrate and cover the holder and wherein a lattice is formed in a rear of the cover so as not to overlap with the cavity . a substrate having a front surface attached to a rear surface of a panel on which touch points are illuminated through a front surface of the panel ; at least one piezo disc having a piezoelectric disc , a metallic plate , and an electrically conductive layer , wherein the piezoelectric disc is stacked above a central portion of the metallic plate , wherein the electrically conductive layer is disposed on a surface of the piezoelectric disc and wherein the electrically conductive layer is configured to contact a rear surface of a press region provided in the substrate on an area corresponding to at least one of the touch points ; a holder that is configured to support the piezo disc and to fix the piezo disc to the substrate on the area corresponding to the at least one of the touch points ; and a cover attached to the substrate , characterised in that the cover includes at least one cavity which is concavely formed in the cover to face the substrate and cover the holder and wherein a lattice is formed in a rear of the cover so as not to overlap with the cavity .
A method of processing a sample obtained from a livestock animal, comprising: applying at least some of said sample to a test surface of a growth medium test plate , waiting for a time sufficient to allow microbial growth to form on said test surface, characterized by acquiring a visual spectrum image depicting at least part of the test surface, using an image capture device, and providing a computer-implemented pre-trained image classifier algorithm, said image classifier algorithm being pre-trained to determine a microorganism type based on a visible spectrum image depicting a growth pattern of a known microorganism, and applying said image to the pre-trained image classifier algorithm to determine a microorganism type based on a microorganism growth pattern visible on the image, wherein the image capture device forms part of a smartphone or a tablet, wherein the method further comprises positioning the test plate on a first part of an image capture support and positioning the image capture device on a second part of the image capture support , said second part being spaced from the first part, and wherein the acquisition of the image is performed while the image capture device and the test plate are positioned on the image capture support . applying at least some of said sample to a test surface of a growth medium test plate , waiting for a time sufficient to allow microbial growth to form on said test surface, characterized by acquiring a visual spectrum image depicting at least part of the test surface, using an image capture device, and providing a computer-implemented pre-trained image classifier algorithm, said image classifier algorithm being pre-trained to determine a microorganism type based on a visible spectrum image depicting a growth pattern of a known microorganism, and applying said image to the pre-trained image classifier algorithm to determine a microorganism type based on a microorganism growth pattern visible on the image, wherein the image capture device forms part of a smartphone or a tablet, wherein the method further comprises positioning the test plate on a first part of an image capture support and positioning the image capture device on a second part of the image capture support , said second part being spaced from the first part, and wherein the acquisition of the image is performed while the image capture device and the test plate are positioned on the image capture support .
combination of a forward passenger seat and a contoured class divider for dividing an aircraft cabin arrangement between the forward passenger seat and at least one aft passenger seat, the contoured class divider comprising: a panel comprising a connector and a lower support assembly , the panel being positioned adjacent to and rearwardly of the forward seat , the panel having a contoured shape for receiving the back of the forward passenger seat in at least one of a reclined position and an upright position, the panel extending substantially from a connector for an underside of an overhead bin to a lower support assembly , wherein the lower support assembly is configured to support lower edge of the panel above a floor of the aircraft cabin such that a passenger in the aft passenger seat can stow luggage beneath the forward passenger seat; and means to articulate the panel from a rearward position during normal operation to a forward position during emergency landing, wherein the contoured class divider is affixed to the forward passenger seat without affixing to a structure of the floor of the cabin. a panel comprising a connector and a lower support assembly , the panel being positioned adjacent to and rearwardly of the forward seat , the panel having a contoured shape for receiving the back of the forward passenger seat in at least one of a reclined position and an upright position, the panel extending substantially from a connector for an underside of an overhead bin to a lower support assembly , wherein the lower support assembly is configured to support lower edge of the panel above a floor of the aircraft cabin such that a passenger in the aft passenger seat can stow luggage beneath the forward passenger seat; and means to articulate the panel from a rearward position during normal operation to a forward position during emergency landing, wherein the contoured class divider is affixed to the forward passenger seat without affixing to a structure of the floor of the cabin.
Gutter system rainwater trap, comprising an overflow stub pipe , the stub pipe having a solid outer or side wall and being open at its top, inside which a generally vertical water pipe is placed, the inlet end of the water pipe passing through an opening in the outer (side) wall, and to the outer (side) wall of the overflow stub pipe there is attached a partition and a pipe for supplying a sealing and fixing agent to the partition .
A display substrate, comprising a plurality of sub-pixels arranged in a matrix according to a row direction and a column direction and forming a plurality of rows of sub-pixels in the row direction, the plurality of sub-pixels comprising a first sub-pixel , a second sub-pixel and a third sub-pixel , wherein said first sub-pixel , said second sub-pixel and said third sub-pixel are sub-pixels of different colors including red, green and blue, characterized in that said display substrate further comprises two types of sub-pixel rows alternately in the column direction wherein: in one type of sub-pixel row, a first group of sub-pixels comprising the second sub-pixel , the third sub-pixel , the second sub-pixel , the first sub-pixel , and the third sub-pixel arranged successively in that order is repeatedly; in the other type of sub-pixel row, adjacent to the first type of sub-pixel row, a second group of sub-pixels comprising the third sub-pixel , the first sub-pixel , the second sub-pixel , the third sub-pixel and the second sub-pixel arranged successively in that order is repeatedly; wherein the center line of a sub-pixel in a sub-pixel row of one type of sub-pixel row does not coincide with the center line of a sub-pixel in the other type of sub-pixel row in the column direction, wherein the center line of a sub-pixel in the one type of sub-pixel row coincides with the center line of sub-pixels in the same type of sub-pixel row in a corresponding column; wherein the center line of a sub-pixel in the other type of sub-pixel row coincides with the center line of sub-pixels in the same other type of sub-pixel row in a corresponding column. in one type of sub-pixel row, a first group of sub-pixels comprising the second sub-pixel , the third sub-pixel , the second sub-pixel , the first sub-pixel , and the third sub-pixel arranged successively in that order is repeatedly; in the other type of sub-pixel row, adjacent to the first type of sub-pixel row, a second group of sub-pixels comprising the third sub-pixel , the first sub-pixel , the second sub-pixel , the third sub-pixel and the second sub-pixel arranged successively in that order is repeatedly; wherein the center line of a sub-pixel in a sub-pixel row of one type of sub-pixel row does not coincide with the center line of a sub-pixel in the other type of sub-pixel row in the column direction, wherein the center line of a sub-pixel in the one type of sub-pixel row coincides with the center line of sub-pixels in the same type of sub-pixel row in a corresponding column; wherein the center line of a sub-pixel in the other type of sub-pixel row coincides with the center line of sub-pixels in the same other type of sub-pixel row in a corresponding column.
A prosthesis for inguinal hernia repair, for being implanted by endoscopic or open preperitoneal pathway, comprising an openwork textile of a biocompatible material, comprising a first so-called parietal face, for being placed facing the biological tissues of the inguinal region, and a second so-called peritoneal face, opposite to said first face, for being placed facing the peritoneum and the anterior face of the bladder, characterised in that the peritoneal face comprises, on part of its surface, a first zone provided with an anti-adherent coating, the parietal face comprising, on part of its surface, a second zone (7,11 21) provided with a non-adherent coating, the prosthesis being rectangular in shape, comprising an upper longitudinal edge , a lower longitudinal edge , and two side edges , the first zone extending over the entire width of the prosthesis from a side edge of the prosthesis, the second zone extending over a width of between one-third and one-half of the width of the prosthesis, the first zone and the second zone not being arranged substantially vertically to one another when the prosthesis is seen in a plane view.
Set control composition for cementitious systems comprising a) an amine-glyoxylic acid condensate, b) at least one of (i) a borate source and (ii) a carbonate source, wherein the carbonate source is selected from inorganic carbonates having an aqueous solubility of 0.1 gL -1 or more, and organic carbonates. a) an amine-glyoxylic acid condensate, b) at least one of (i) a borate source and (ii) a carbonate source, wherein the carbonate source is selected from inorganic carbonates having an aqueous solubility of 0.1 gL -1 or more, and organic carbonates.
A computer-implemented process for determining an operational status for a cellular service vendor, the process comprising: sending a test signal comprising a test message to each of a plurality of testing nodes , each testing node being a cellular device and being associated with a different cellular service vendor; receiving (312-314, 412), from each of the testing nodes, a respective status confirmation in reply to the test message; certifying the operational status of each of the cellular service vendors based upon the respective status confirmation; based on the certifying, generating a computerized display output describing the operational status of each of the cellular service vendors; and based on the certifying, allocating marketing resources, the allocating comprising sending messages to one of the cellular service vendors based upon the respective status confirmation confirming that the test message was received by the testing node for the cellular service vendor. sending a test signal comprising a test message to each of a plurality of testing nodes , each testing node being a cellular device and being associated with a different cellular service vendor; receiving (312-314, 412), from each of the testing nodes, a respective status confirmation in reply to the test message; certifying the operational status of each of the cellular service vendors based upon the respective status confirmation; based on the certifying, generating a computerized display output describing the operational status of each of the cellular service vendors; and based on the certifying, allocating marketing resources, the allocating comprising sending messages to one of the cellular service vendors based upon the respective status confirmation confirming that the test message was received by the testing node for the cellular service vendor.
Rod lens system for an endoscope, in which the rod lens system has an optical axis (OA) and at least one reversal stage , in order to project an intermediate image lying in a distal intermediate image plane into a proximal intermediate image plane , wherein each reversal stage (10- 12) has at least one rod lens (16 - 21) and projects an intermediate image into a next intermediate image plane, and wherein the rod lens system is formed as an asymmetrical rod lens system and at least one of the reversal stages (10 - 12) is formed as an asymmetrical reversal stage (10 - 12), wherein an asymmetrical formation means that a symmetry relative to no plane perpendicular to the optical axis (OA) is present in respect of materials, dimensions and curvature of boundary surfaces, wherein three reversal stages (10 - 12) arranged one behind the other are provided, characterized in that all reversal stages have a first rod lens of a first type, exactly two of the three reversal stages have a second rod lens of a second type and a third of the three reversal stages has a third rod lens of a third type, wherein the third reversal stage does not have a rod lens of the second type and only the third reversal stage has the third rod lens, wherein the rod lenses of the first, second and third type are different and rod lenses of the same type have the same materials, dimensions and curvature of boundary surfaces, and wherein two of the reverse stages are arranged symmetrically to one another relative to the intermediate image plane arranged between both reversal stages in respect of materials, dimensions and curvature of boundary surfaces.