mhurhangee/patent-ind-claim-en huggingface dataset:
A semi-transparent thin film photovoltaic device comprising at least: - a transparent substrate ; - a front electrode made of an electrically conductive and transparent material and disposed on the transparent substrate ; - one or more photoactive layers called absorber ; - a back electrode made of a stack of at least: ∘ an oxidizable metallic conductive layer in contact with said absorber ; ∘ a metallic barrier layer homogeneously deposited on the whole of said metallic conductive layer and allowing to suppress the appearance of a native oxide of said metallic conductive layer ; - a metallic contact layer ; - a contact zone of the type back electrode/metal contact layer; wherein the thickness E1 of said metallic barrier layer is greater than 5% of the thickness E2 of said metallic conductive layer and is greater than 5 nm. - a transparent substrate ; - a front electrode made of an electrically conductive and transparent material and disposed on the transparent substrate ; - one or more photoactive layers called absorber ; - a back electrode made of a stack of at least: ∘ an oxidizable metallic conductive layer in contact with said absorber ; ∘ a metallic barrier layer homogeneously deposited on the whole of said metallic conductive layer and allowing to suppress the appearance of a native oxide of said metallic conductive layer ; ∘ an oxidizable metallic conductive layer in contact with said absorber ; ∘ a metallic barrier layer homogeneously deposited on the whole of said metallic conductive layer and allowing to suppress the appearance of a native oxide of said metallic conductive layer ; - a metallic contact layer ; - a contact zone of the type back electrode/metal contact layer; wherein the thickness E1 of said metallic barrier layer is greater than 5% of the thickness E2 of said metallic conductive layer and is greater than 5 nm.
A satellite , comprising: a satellite bus ; antenna arrays coupled to the satellite bus , wherein the antenna arrays include a direct radiating array configured to handle signals in a first satellite band and a space fed array configured to handle signals in a second satellite band at higher frequencies than the first satellite band; and upconversion and downconversion circuitry coupled between the direct radiating array and the space fed array , wherein the space fed array includes an inner antenna array communicatively coupled to the direct radiating array by the upconversion and downconversion circuitry, the space fed array includes a feed array , and the space fed array and the direct radiating array are configured to serve as a radio-frequency lens that projects outgoing wireless signals from the feed array onto a location on Earth and that routes incoming signals from Earth onto appropriate antenna elements of the feed array . a satellite bus ; antenna arrays coupled to the satellite bus , wherein the antenna arrays include a direct radiating array configured to handle signals in a first satellite band and a space fed array configured to handle signals in a second satellite band at higher frequencies than the first satellite band; and upconversion and downconversion circuitry coupled between the direct radiating array and the space fed array , wherein the space fed array includes an inner antenna array communicatively coupled to the direct radiating array by the upconversion and downconversion circuitry, the space fed array includes a feed array , and the space fed array and the direct radiating array are configured to serve as a radio-frequency lens that projects outgoing wireless signals from the feed array onto a location on Earth and that routes incoming signals from Earth onto appropriate antenna elements of the feed array .
A working apparatus, in particular an excavator or a machine for material handling, having an element movable via at least one hydraulic working cylinder, wherein at least one energy recovery cylinder is provided for recovering energy from the movement of the movable element, said energy recovering cylinder being filled with gas at the base side and having a piston rod and an annular space filled with a medium, wherein a flow restriction element is provided which restricts the flow of the medium out of the annular space on a sudden moving out of the piston rod of the energy recovery cylinder and thus controls the speed at which the piston rod of the energy recovery cylinder is moved out, characterized in that the flow restriction element is a restrictor, a diaphragm, and/or a valve unit. characterized in that the flow restriction element is a restrictor, a diaphragm, and/or a valve unit.
A resin composition comprising an alkenyl-substituted nadimide, a maleimide compound, and an epoxy-modified cyclic silicone compound.
Solar module temperature-control assembly having a heat-conducting element (6a-h), a fluid-conducting element (8a-h) and a heat-conducting filling and/or adhesive compound (10a-h), characterized in that the heat-conducting element (6a-h) consists of a composite material and has a receiving region , the fluid-conducting element (8a-h) is at least in certain portions in its longitudinal direction arranged on the receiving region and is connected to the heat-conducting element (6a-h) via the filling and/or adhesive compound (10a-h), wherein the filling and/or adhesive compound (10a-h) at least partially fills a radial gap between the fluid-conducting element (8a-h) and the receiving region .
A circuit, comprising: an input port, an output port, a squelch detector and a disconnect detector, wherein the squelch detector and the disconnect detector are enabled or disabled by a signal such that only one of the squelch detector and the disconnect detector is active at a given time, wherein when the squelch detector is active, a threshold generator generates a squelch threshold (Vref) for the squelch detector based on a squelch configuration data indicative of a predefined squelch threshold, wherein when the disconnect detector is active, the threshold generator generates a disconnect threshold for the disconnect detector based on a disconnect configuration data indicative of a predefined disconnect threshold.
An apparatus for measuring direct gravity gradients, the apparatus including: a flexible, elongate sensing element connected to a support at connection points (30-40) disposed along opposed side edges of the sensing element , the sensing element having opposed free ends , wherein the connection points (30-40) are provided at a mid-point of the sensing element and intermediate the mid-point and each respective said free end of the sensing element , and the apparatus characterised by at least one displacement sensor provided at or adjacent to at least one of the free ends and configured to detect deflection of the at least one of the free ends of the sensing element due to a gravitational field acting on the sensing element .
A method for paging memory used for one or more sequentially-accessed data structures, including: providing a recycle list data structure that identifies memory pages including at least some memory pages that store data for the one or more sequentially-accessed data structures and that present an order in which memory pages are to be reused; maintaining the recycle list data structure according to a history of access to a memory page associated with one of the sequentially-accessed data structures by determining a position of the memory page in the order according to whether a access of the memory page corresponds to a write pointer transitioning off of the memory page; providing a free list data structure that identifies memory pages on a free list that are unallocated; providing a volatile memory store ; providing a non-volatile memory store ; and reusing a first memory page from a first end of the recycle list data structure in response to the free list being empty after writing the contents of the first memory page from the volatile memory store to the non-volatile memory store, the first memory page including a most-recently used memory page in which an access of the first memory page corresponds to a write pointer transitioning off the first memory page, and reusing a second memory page from a second end of the recycle list data structure in response to an access entity closing the sequentially-accessed data structure that uses the second memory page, the second memory page including a least-recently used memory page in which an access of the second memory page includes a read pointer transitioning off the second memory page. providing a recycle list data structure that identifies memory pages including at least some memory pages that store data for the one or more sequentially-accessed data structures and that present an order in which memory pages are to be reused; maintaining the recycle list data structure according to a history of access to a memory page associated with one of the sequentially-accessed data structures by determining a position of the memory page in the order according to whether a access of the memory page corresponds to a write pointer transitioning off of the memory page; providing a volatile memory store ; providing a non-volatile memory store ; and reusing a first memory page from a first end of the recycle list data structure in response to the free list being empty after writing the contents of the first memory page from the volatile memory store to the non-volatile memory store, the first memory page including a most-recently used memory page in which an access of the first memory page corresponds to a write pointer transitioning off the first memory page, and reusing a second memory page from a second end of the recycle list data structure in response to an access entity closing the sequentially-accessed data structure that uses the second memory page, the second memory page including a least-recently used memory page in which an access of the second memory page includes a read pointer transitioning off the second memory page.
A heat-shrinkable label having a tubular shape, in which both end portions of a heat-shrinkable polyvinyl chloride-based film or a heat-shrinkable polystyrene-based film are bonded to each other with a solvent composition containing at least one organic solvent selected from the group consisting of tetrahydrofuran, methyl ethyl ketone and ethyl acetate, wherein the solvent composition further contains at least one resin selected from the group consisting of polyester, polypropylene and hydrogenated petroleum resin, and the end portion bonded has a peel strength of 2 N/15mm or more.
Mounting base (1; 101; 201) for a wired electrical component comprising: - a housing (3; 103; 203) to receive the electrical component equipped with at least one crimping electrical contact , and - at least one groove (17; 117; 217) able to receive an electrical wire intended to be connected to the electrical component , characterized in that said at least one groove (17; 117; 217) has in cross section: - a portion (19; 119) configured to receive an electrical wire , and - a convergent bottom (25; 125) acting as a crimping shape when the crimping electrical contact is inserted into the groove (17; 117; 217). - a housing (3; 103; 203) to receive the electrical component equipped with at least one crimping electrical contact , and - at least one groove (17; 117; 217) able to receive an electrical wire intended to be connected to the electrical component , - a portion (19; 119) configured to receive an electrical wire , and - a convergent bottom (25; 125) acting as a crimping shape when the crimping electrical contact is inserted into the groove (17; 117; 217).
A ventilation device to be attached to a wall opening, especially a wall opening of a stove, wherein the ventilation device has: - a member with a member frame the front side of which surrounds a member opening and the back side of which faces the wall of the wall opening, wherein the member frame has a circumferential member frame stem extending into the member opening to form an air passage and the member frame stem has two cleats that are fixed to the member frame stem and have cleat openings , wherein two spaced apart cleat openings are formed in each cleat ; and - a cover plate with a back side facing the air passage ; characterized in that four positioners to be detachably attached to the cleat of the member frame stem are formed on the back side of the cover plate , wherein the positioners enable to vary the distance between the cover plate and the air passage and to guide an air flow passing through the air passage , wherein the positioners have latching elements to engage the cleat openings . - a member with a member frame the front side of which surrounds a member opening and the back side of which faces the wall of the wall opening, wherein the member frame has a circumferential member frame stem extending into the member opening to form an air passage and the member frame stem has two cleats that are fixed to the member frame stem and have cleat openings , wherein two spaced apart cleat openings are formed in each cleat ; and - a cover plate with a back side facing the air passage ;
A two-part ball bearing cage for a ball bearing, comprising a first and a second annular body having, at the mutual facing end faces thereof, a plurality of holding claws , wherein the two annular bodies are formed identically and mountable on one another such that the holding claws of the one annular body are received in the recesses adjacent to the holding claws of the other annular body (1b, la), whereby, in the circumferential direction, a number of mutually spaced-apart pockets for receiving and guiding of the equal number of roller bodies are present, characterised in that, on both mutually facing end faces of the annular bodies in the circumferential direction, a pair of holding claws arranged radially adjacent thereto with a recess arranged between these two holding claws , a subsequent pocket base, and a single holding claw arranged at the end of the pocket base with two recesses arranged radially adjacent thereto each follow each other repeatedly so that, after the mounting of the ball bearing cage, each pocket is formed by at least two pairs of holding claws and at least two individual holding claws together with two pocket bases, wherein, between two pockets , in a circumferential spacing between a pair of holding claws of one pocket and a single holding claw of a neighbouring other pocket , there is formed a resulting free space , which is suitable for receiving lubricant, and wherein the pockets and the free spaces are fluidly interconnected via passages .
An automatic fire alarm system slave device comprising: a receiver electrically connected to a pair of cables and configured to receive a signal from a master device that is also electrically connected to the pair of cables , the signal being transmitted from the master device by varying a voltage applied between the pair of cables; and a controller configured to switch a state of the receiver to either a reception enabled state in which the receiver is operating or a reception disabled state in which the receiver stops operating, the controller being configured to switch the state of the receiver to either the reception enabled state or the reception disabled state by intermittently applying a power supply signal to the receiver, the power supply signal supplying power to operate the receiver. a receiver electrically connected to a pair of cables and configured to receive a signal from a master device that is also electrically connected to the pair of cables , the signal being transmitted from the master device by varying a voltage applied between the pair of cables; and a controller configured to switch a state of the receiver to either a reception enabled state in which the receiver is operating or a reception disabled state in which the receiver stops operating, the controller being configured to switch the state of the receiver to either the reception enabled state or the reception disabled state by intermittently applying a power supply signal to the receiver, the power supply signal supplying power to operate the receiver.
A sample transport pod comprising a container portion having a pod door frame defining a downwardly facing pod door opening , and a pod door that fits within and closes the downwardly facing pod door opening for providing an aseptic interior, the pod door having an upper surface for receiving a cassette for biologic vessels, the pod door having a latch mechanism with a central wheel partially rotatable about a central axis and a plurality of radially extending latching linkages connecting to the central wheel, the latching linkages movable radially outward and radially inward as the central wheel is partially rotated in one direction and then the opposite direction for engagement and disengagement of the latching linkages with the pod door frame, wherein the central wheel is a cam wheel with a plurality of cam surfaces (257.2) for engagement of the latching linkages, each latching linkage having a distal latching member for engagement and disengagement with the pod door frame. the pod door having a latch mechanism with a central wheel partially rotatable about a central axis and a plurality of radially extending latching linkages connecting to the central wheel, the latching linkages movable radially outward and radially inward as the central wheel is partially rotated in one direction and then the opposite direction for engagement and disengagement of the latching linkages with the pod door frame, wherein the central wheel is a cam wheel with a plurality of cam surfaces (257.2) for engagement of the latching linkages, each latching linkage having a distal latching member for engagement and disengagement with the pod door frame.
A body-mountable device comprising: a flexible substrate configured to be mounted to a skin surface; a first sensor , wherein the first sensor is configured to detect a physiological property; a flexible input component disposed on the flexible substrate, wherein the input component comprises a second sensor configured to detect a physical variable, wherein the input component is flexible such that the input component curves according to the skin surface to which the flexible substrate is mounted, and wherein the input component comprises an electrode directly formed on the flexible substrate; and one or more electronic components disposed on the flexible substrate and configured to: (i) use the first sensor to obtain data related to the physiological property, (ii) use the input component to receive an input by operating the second sensor to detect the physical variable; and (iii) perform one or more actions based on the received input. a flexible substrate configured to be mounted to a skin surface; a first sensor , wherein the first sensor is configured to detect a physiological property; a flexible input component disposed on the flexible substrate, wherein the input component comprises a second sensor configured to detect a physical variable, wherein the input component is flexible such that the input component curves according to the skin surface to which the flexible substrate is mounted, and wherein the input component comprises an electrode directly formed on the flexible substrate; and one or more electronic components disposed on the flexible substrate and configured to: (i) use the first sensor to obtain data related to the physiological property, (ii) use the input component to receive an input by operating the second sensor to detect the physical variable; and (iii) perform one or more actions based on the received input.
A method for routing XCAP requests U of a first group of users and XCAP requests ( 23 0b) of a second group of users at an Aggregation/Authentication Proxy server in a telecommunication system , comprising: - receiving by the Aggregation/Authentication Proxy server an XCAP request via the Ut interface transmitted by a User Equipment, UE , and - transmitting a User Data Request message, UDR , requesting to return Filter Criteria, of which one of the information elements is an Application Server Name of the server used for IMS service invocation by the Aggregation/Authentication Proxy server by a Diameter Client via an Sh interface to a Home Subscriber Server , and - receiving a User Data Answer message, UDA , by the Aggregation/Authentication Proxy server from the Home Subscriber Server in response to the transmitted UDR message, and parsing the UDA message to extract the returned filter criteria, whereby parsing of the filter criteria indicates whether a subscriber, which sent the XCAP request, is a member of the first group of users or of the second group of users, and - routing the XCAP request by the Aggregation/Authentication Proxy server based on the membership of the subscriber. - receiving by the Aggregation/Authentication Proxy server an XCAP request via the Ut interface transmitted by a User Equipment, UE , and - transmitting a User Data Request message, UDR , requesting to return Filter Criteria, of which one of the information elements is an Application Server Name of the server used for IMS service invocation by the Aggregation/Authentication Proxy server by a Diameter Client via an Sh interface to a Home Subscriber Server , and - receiving a User Data Answer message, UDA , by the Aggregation/Authentication Proxy server from the Home Subscriber Server in response to the transmitted UDR message, and parsing the UDA message to extract the returned filter criteria, whereby parsing of the filter criteria indicates whether a subscriber, which sent the XCAP request, is a member of the first group of users or of the second group of users, and - routing the XCAP request by the Aggregation/Authentication Proxy server based on the membership of the subscriber.
A method, comprising: at a next generation NodeB, gNB, implementing a radio access network, RAN, convergence functionality and a convergence layer for new radio, NR, and wireless local area network, WLAN, access, the gNB further implementing a split architecture comprising a NR central unit, CU, and a NR distributed unit, DU, for the NR access; and, a WLAN CU and a WLAN DU for the WLAN access; receiving a data packet for transmission to a user equipment, UE, implementing the RAN convergence functionality, wherein the data packet is a control plane, CP, packet and the convergence layer is an NR Convergence-C layer, wherein the NR Convergence-C layer resides below a radio resource control, RRC, layer and above a packet data convergence protocol, PDCP, layer on the NR CU, the NR Convergence-C layer generating a Convergence-C protocol data unit, PDU, for transmission to the NR PDCP and to the WLAN CU; splitting the data packet via the convergence layer residing on the NR CU; and transmitting the split data packet over the NR access and the WLAN access. at a next generation NodeB, gNB, implementing a radio access network, RAN, convergence functionality and a convergence layer for new radio, NR, and wireless local area network, WLAN, access, the gNB further implementing a split architecture comprising a NR central unit, CU, and a NR distributed unit, DU, for the NR access; and, a WLAN CU and a WLAN DU for the WLAN access; receiving a data packet for transmission to a user equipment, UE, implementing the RAN convergence functionality, wherein the data packet is a control plane, CP, packet and the convergence layer is an NR Convergence-C layer, wherein the NR Convergence-C layer resides below a radio resource control, RRC, layer and above a packet data convergence protocol, PDCP, layer on the NR CU, the NR Convergence-C layer generating a Convergence-C protocol data unit, PDU, for transmission to the NR PDCP and to the WLAN CU; splitting the data packet via the convergence layer residing on the NR CU; and transmitting the split data packet over the NR access and the WLAN access.