mhurhangee/patent-ind-claim-en huggingface dataset:
A method for distributing RFID-tagged items using a mobile RFID container configured to carry a plurality of RFID-tagged items , the mobile RFID container comprising an RFID detector configured to conduct RFID scans and generate scan data concerning the plurality of RFID-tagged items carried in the mobile RFID container , and location determining circuitry for generating location data concerning the location of the mobile RFID container , the method comprising: placing a plurality of RFID-tagged items in the mobile RFID container ; conducting one or more RFID scans to generate scan data concerning the contents of the RFID container ; processing the scan data and location data to determine the location of the mobile RFID container at times when the contents of the RFID container have changed; defining one or more geofence boundaries, each of which corresponds to a particular geographical location; monitoring the location data to determine the location of the mobile RFID container ; and performing at least one automated process in response to the location of the mobile RFID container relative to the at least one geofence boundary, wherein the at least one automated process comprises generating invoicing data, credit data, and/or restocking data based on the scan and location; and wherein the mobile RFID container comprises a mobile case. placing a plurality of RFID-tagged items in the mobile RFID container ; conducting one or more RFID scans to generate scan data concerning the contents of the RFID container ; processing the scan data and location data to determine the location of the mobile RFID container at times when the contents of the RFID container have changed; defining one or more geofence boundaries, each of which corresponds to a particular geographical location; monitoring the location data to determine the location of the mobile RFID container ; and performing at least one automated process in response to the location of the mobile RFID container relative to the at least one geofence boundary, wherein the at least one automated process comprises generating invoicing data, credit data, and/or restocking data based on the scan and location; and wherein the mobile RFID container comprises a mobile case.
A computer-implemented method of characterizing a reverberant response associated with a reverberant subsystem , the method comprising: determining a first variance associated with an excitation energy exposed to the reverberant subsystem , wherein the first variance represents uncertainty in amplitude of the excitation energy with respect to frequency; determining a second variance associated with a damping provided by the reverberant subsystem , wherein the second variance represents uncertainty in the damping provided by the reverberant subsystem with respect to frequency; determining a third variance associated with an input modal power acceptance of the reverberant subsystem ; determining a cumulative variance associated with the reverberant response based on the first variance, the second variance, and the third variance in accordance with the law of total variance; obtaining a mean reverberant response associated with the reverberant subsystem in response to the excitation energy ; obtaining a probability density function for the reverberant response; determining a maximum expected value for the reverberant as a percentile of the probability density function using the mean reverberant response and the cumulative variance; and displaying a graphical representation of the maximum expected value on an electronic display device . determining a first variance associated with an excitation energy exposed to the reverberant subsystem , wherein the first variance represents uncertainty in amplitude of the excitation energy with respect to frequency; determining a second variance associated with a damping provided by the reverberant subsystem , wherein the second variance represents uncertainty in the damping provided by the reverberant subsystem with respect to frequency; determining a third variance associated with an input modal power acceptance of the reverberant subsystem ; determining a cumulative variance associated with the reverberant response based on the first variance, the second variance, and the third variance in accordance with the law of total variance; obtaining a mean reverberant response associated with the reverberant subsystem in response to the excitation energy ; obtaining a probability density function for the reverberant response; determining a maximum expected value for the reverberant as a percentile of the probability density function using the mean reverberant response and the cumulative variance; and displaying a graphical representation of the maximum expected value on an electronic display device .
Checking method for checking a manufacturing process that uses a mold in a foundry, the checking method comprises the steps of: feeding molten metal into the mold ; extracting from the mold , at the end of a cooling time, a mechanical piece formed by the solidified molten metal; and acquiring at least one real thermographic image (A, X) of an internal surface of the mold ; the checking method is characterized in that it comprises the further steps of: determining a differential thermographic image (C, Z) whose points have values equal to the differences between the values of the points of the real thermographic image (A, X) and the values of the corresponding points of a reference thermographic image (A, X, B, Y); and displaying the differential thermographic image (C, Z) on a screen to be viewed by an operator; and checking at least one part of the manufacturing process using the differential thermographic image (C, Z). feeding molten metal into the mold ; extracting from the mold , at the end of a cooling time, a mechanical piece formed by the solidified molten metal; and acquiring at least one real thermographic image (A, X) of an internal surface of the mold ; the checking method is characterized in that it comprises the further steps of: determining a differential thermographic image (C, Z) whose points have values equal to the differences between the values of the points of the real thermographic image (A, X) and the values of the corresponding points of a reference thermographic image (A, X, B, Y); and displaying the differential thermographic image (C, Z) on a screen to be viewed by an operator; and checking at least one part of the manufacturing process using the differential thermographic image (C, Z). determining a differential thermographic image (C, Z) whose points have values equal to the differences between the values of the points of the real thermographic image (A, X) and the values of the corresponding points of a reference thermographic image (A, X, B, Y); and displaying the differential thermographic image (C, Z) on a screen to be viewed by an operator; and checking at least one part of the manufacturing process using the differential thermographic image (C, Z).
An Internet of Things, IoT, device for mitigating an attack, the IoT device comprising: a transceiver; and a processor configured to: receive a first communication from a gateway device; send to the gateway device: an indication that the first communication is associated with an attack on the IoT device; and a request to change a filtering rule set at the gateway device; enter a sleep mode, wherein the IoT device does not process a communication from the gateway device; enter an active mode; and receive a second communication from the gateway device. a transceiver; and a processor configured to: receive a first communication from a gateway device; send to the gateway device: an indication that the first communication is associated with an attack on the IoT device; and a request to change a filtering rule set at the gateway device; enter a sleep mode, wherein the IoT device does not process a communication from the gateway device; enter an active mode; and receive a second communication from the gateway device. receive a first communication from a gateway device; send to the gateway device: an indication that the first communication is associated with an attack on the IoT device; and a request to change a filtering rule set at the gateway device; an indication that the first communication is associated with an attack on the IoT device; and a request to change a filtering rule set at the gateway device; enter a sleep mode, wherein the IoT device does not process a communication from the gateway device; enter an active mode; and receive a second communication from the gateway device.
A recombinant protein comprising an Fc-binding polypeptide and, linked to the N-terminus of said Fc-binding polypeptide, an N-terminal spacer having a length such that the number of amino acid residues between a signal peptide cleaving site and an N-terminus proximal alpha-helix of said Fc-binding polypeptide is 14-24, and wherein the two N-terminal amino acids of said N-terminal spacer are alanine followed by glutamine.
Headgear for a respiratory interface having a strap assembly comprising: an elongate flexible strap ; a rail extending longitudinally along a rail portion of the strap; and a slide member having a channel that receives the rail; wherein the slide member is attached to an attachment portion of the flexible strap and slidable along the rail to adjust the length of the strap assembly; and wherein the strap comprises woven threads of different thicknesses, or woven bundles of varying numbers of threads, to vary the width or thickness of the strap. an elongate flexible strap ; a rail extending longitudinally along a rail portion of the strap; and a slide member having a channel that receives the rail;
A computing system , comprising: a first host device comprising a first die on an interposer ; and at least one second host device comprising a second die on the interposer , wherein: the first host device and the at least one second host device are interconnected via at least one high bandwidth interface, HBI, that configured to implement a layered protocol for chip-to-chip communication between the first host device and the at least one second host device , the layered protocol includes a protocol layer , a transport layer protocol , and a physical layer protocol, wherein the physical layer protocol is configured according to a high bandwidth memory, HBM, physical layer protocol , wherein the first host device and the at least one second host device are configured to communicate via the at least one HBI , wherein the transport protocol layer is configured to provide parity protection and data bit inversion, DBI, functionality and credit-based flow control, and intra-channel framing and alignment. a first host device comprising a first die on an interposer ; and at least one second host device comprising a second die on the interposer , wherein: the first host device and the at least one second host device are interconnected via at least one high bandwidth interface, HBI, that configured to implement a layered protocol for chip-to-chip communication between the first host device and the at least one second host device , the layered protocol includes a protocol layer , a transport layer protocol , and a physical layer protocol, wherein the physical layer protocol is configured according to a high bandwidth memory, HBM, physical layer protocol , wherein the first host device and the at least one second host device are configured to communicate via the at least one HBI , wherein the transport protocol layer is configured to provide parity protection and data bit inversion, DBI, functionality and credit-based flow control, and intra-channel framing and alignment.
Wastewater treatment assembly for the efficient purification of partial wastewater streams - polluted to different degrees - , in particular of industrial effluents, characterised by the following components: - an electrodialysis unit - an emergency reservoir , - a buffer tank , wherein - the buffer tank is designed indirectly reachable via the electrodialysis unit and directly reachable by partial wastewater streams and that - the buffer tank is designed indirectly reachable via the emergency reservoir and directly reachable by the partial wastewater streams , and that - after the buffer tank a first flotation vessel , an anaerobic reactor and an SBR unit are connected in series before the outflow . - an electrodialysis unit - an emergency reservoir , - a buffer tank , wherein - the buffer tank is designed indirectly reachable via the electrodialysis unit and directly reachable by partial wastewater streams and that - the buffer tank is designed indirectly reachable via the emergency reservoir and directly reachable by the partial wastewater streams , and that - after the buffer tank a first flotation vessel , an anaerobic reactor and an SBR unit are connected in series before the outflow .
A panel light, comprising a light cover , a light body and a light-emitting assembly , wherein the light-emitting assembly comprises a light guide plate , a reflective film , a light strip and a lamp connector ; the light cover and the light body enclose and form a receiving cavity, the lamp connector is arranged in the receiving cavity, and the light strip is connected to the lamp connector; the reflective film abuts against the inner bottom surface of the light body, the light guide plate has a connecting side surface abutting against the reflective film and a light-emitting surface facing away from the connecting side surface; a circumferential side surface of the light guide plate is provided with the light strip; the cover comprising a bottom wall and a flange surrounding the bottom wall, wherein the light cover further comprises an optical bulge arranged on the bottom wall, the optical bulge being arranged on a side surface of the bottom wall facing a light source, and the optical bulge abutting against the light-emitting assembly of the panel light, and the light cover further has a cavity for receiving the light reflected by the optical bulge, the cavity being arranged between the optical bulge and the flange and wherein the optical bulge, the flange, the bottom wall and the lamp connector enclose and form the cavity.
A silicone-polycarbonate copolymer having the formula X g [Z j Y o ] c , wherein each X is independently a silicone moiety having one of formulas (I) or (II): each Y comprises an independently selected polycarbonate moiety, and each Z is an independently selected siloxane moiety having the formula [R 1 h SiO (4-h)/2 ] d , where each R 1 is an independently selected substituted or unsubstituted hydrocarbyl group having from 1 to 18 carbon atoms; each R 2 is an independently selected substituted or unsubstituted hydrocarbyl group having from 1 to 18 carbon atoms; each D 1 is an independently selected divalent hydrocarbon group having from 2 to 18 carbon atoms; each subscript a is independently selected from 0 to 2; each subscript b is independently 0 or 1; subscript c is from 1 to 150; each subscript d is from 1 to 1000; each subscript e is independently 1 or 2; each subscript f is independently 0 or 1, with the proviso that within each X, when f is 1, b is 1; subscript g is >1; subscript h is independently selected from 0 to 2 in each moiety indicated by subscript d; each subscript j is independently ≥0 and <2; each subscript o is independently >0 and <2, with the proviso that j+o=2 in each moiety indicated by subscript c; subscript t is ≥0; and subscript u is >0.
Method for obtaining an address of a subscription data management server of an operator arranged in order to make it possible to download a network access profile for a security module fitted to a mobile equipment , said method comprising: - the security module sending (E4), after the provision by a user of the mobile equipment (E0) to said operator, and then the transmission to a subscription data management server of said operator of an identifier of the security module (EID) on a date (d s ) on which a subscription is taken out with said operator, a request for the address of a subscription data management server of the operator to a second server , said request comprising a current anonymous identifier (ID c ), calculated by the security module as a function of its identifier (EID) and of a current date (d c ), said second server being in charge of searching for said current anonymous identifier in at least one set (S) of anonymized identification values, said set (S) being associated with an operator and comprising, for a given security module, a plurality of anonymized identification values, one of said anonymized identification values being calculated as a function of the identifier of the security module and of a date varying within a time range between an initial date (ds), representative of the date on which the subscription is taken out with the operator, and a final date (df), representative of the end of the validity of the network access profile associated with the subscription taken out - the security module receiving (E8), from the second server , the address of the subscription data management server of the operator. - the security module sending (E4), after the provision by a user of the mobile equipment (E0) to said operator, and then the transmission to a subscription data management server of said operator of an identifier of the security module (EID) on a date (d s ) on which a subscription is taken out with said operator, a request for the address of a subscription data management server of the operator to a second server , said request comprising a current anonymous identifier (ID c ), calculated by the security module as a function of its identifier (EID) and of a current date (d c ), said second server being in charge of searching for said current anonymous identifier in at least one set (S) of anonymized identification values, said set (S) being associated with an operator and comprising, for a given security module, a plurality of anonymized identification values, one of said anonymized identification values being calculated as a function of the identifier of the security module and of a date varying within a time range between an initial date (ds), representative of the date on which the subscription is taken out with the operator, and a final date (df), representative of the end of the validity of the network access profile associated with the subscription taken out - the security module receiving (E8), from the second server , the address of the subscription data management server of the operator.
A user plane data transmission method, wherein the method comprises: setting up , by a core network node, a radio access bearer connection with a radio access network node; and performing , by the core network node, user plane data transmission with the radio access network node by using a user plane protocol stack, wherein the user plane protocol stack comprises a physical layer, a data link layer, a network layer, and a GPRS Tunneling Protocol-User plane, GTP-U, layer, wherein the network layer encapsulates first user plane data with an Internet Protocol Version 6, IPv6, header, wherein a next-hop header of the IPv6 header carries a type identifier of a GTP-U header; wherein the performing user plane data transmission with the radio access network node by using a user plane protocol stack comprises: receiving the first user plane data sent by a serving gateway, SGW, encapsulating the first user plane data with the IPv6 header, and sending the encapsulated first user plane data to the radio access network node. setting up , by a core network node, a radio access bearer connection with a radio access network node; and performing , by the core network node, user plane data transmission with the radio access network node by using a user plane protocol stack, wherein the user plane protocol stack comprises a physical layer, a data link layer, a network layer, and a GPRS Tunneling Protocol-User plane, GTP-U, layer, wherein the network layer encapsulates first user plane data with an Internet Protocol Version 6, IPv6, header, wherein a next-hop header of the IPv6 header carries a type identifier of a GTP-U header; wherein the performing user plane data transmission with the radio access network node by using a user plane protocol stack comprises: receiving the first user plane data sent by a serving gateway, SGW, encapsulating the first user plane data with the IPv6 header, and sending the encapsulated first user plane data to the radio access network node.
Slip ring unit for an electric machine, the slip ring unit being provided to receive a brush holding apparatus , the brush holding apparatus having cooling air lines for the targeted feed of cooling air to slip ring brushes which can be arranged in the brush holding apparatus , the brush holding apparatus having cooling air ducts which in each case at least one air inlet opening for the collection of cooling air and in each case at least one air outlet opening for the feed of the cooling air which is collected in the cooling air ducts , via the cooling air lines which are connected to the air outlet openings , to the slip ring brushes which can be arranged in each case in brush pockets of the brush holding apparatus , characterized in that the slip ring unit has a fan and/or can be coupled to a fan , in that the fan is provided for the generation of an air volumetric flow for cooling of the brush holding apparatus as active cooling system, in that the cooling air duct is configured as part of a brush yoke , in that the brush yoke has a first part region for electric cabling of the slip ring brush, and a second part region which acts as cooling air duct , and in that the brush yoke has the air outlet openings for the connection of the cooling air lines to the slip ring brushes which can be arranged in each case in brush pockets of the brush holding apparatus . the brush holding apparatus having cooling air lines for the targeted feed of cooling air to slip ring brushes which can be arranged in the brush holding apparatus , the brush holding apparatus having cooling air ducts which in each case at least one air inlet opening for the collection of cooling air and in each case at least one air outlet opening for the feed of the cooling air which is collected in the cooling air ducts , via the cooling air lines which are connected to the air outlet openings , to the slip ring brushes which can be arranged in each case in brush pockets of the brush holding apparatus , characterized in that the slip ring unit has a fan and/or can be coupled to a fan , in that the fan is provided for the generation of an air volumetric flow for cooling of the brush holding apparatus as active cooling system, in that the cooling air duct is configured as part of a brush yoke , in that the brush yoke has a first part region for electric cabling of the slip ring brush, and a second part region which acts as cooling air duct , and in that the brush yoke has the air outlet openings for the connection of the cooling air lines to the slip ring brushes which can be arranged in each case in brush pockets of the brush holding apparatus .