mhurhangee/ep-ind-claims huggingface dataset:
A heat-sensitive recording material comprising at least a heat-sensitive recording layer formed on a support, the heat-sensitive recording layer comprising a leuco dye and developers, the developers including a sulfonamide compound represented by formula: wherein R 1 and R 2 may be the same or different, and each represents a hydrogen atom, an alkyl group having 1 to 4 carbon atoms, an alkoxy group having 1 to 4 carbon atoms, or a halogen atom, and further including a urea-urethane compound represented by formula: and a diphenylsulfone-crosslinked compound represented by formula: wherein n is an integer of 1 to 6.
Multi-coated lactic acid bacteria having a multi-coating layer; wherein said multi-coating layer forms bacterial clusters and comprises in sequential order a protein, a polysaccharide, nanoparticles, and an edible oil/fat component, wherein the lactic acid bacteria are coated first with the protein component.
An optically variable security element for securing objects of value, wherein - a relief structure and a two-layer color mirror are arranged one above the other and in cooperation produce an optically variable and colored appearance in reflection, wherein - the two-layered color mirror consists of a reflective metal layer and an absorber layer that is arranged on the metal layer, characterized in that the absorber layer consists of an ultra-thin layer of silicon, a silicon alloy, or SiO x with x <1. - a relief structure and a two-layer color mirror are arranged one above the other and in cooperation produce an optically variable and colored appearance in reflection, wherein - the two-layered color mirror consists of a reflective metal layer and an absorber layer that is arranged on the metal layer, characterized in that the absorber layer consists of an ultra-thin layer of silicon, a silicon alloy, or SiO x with x <1.
A vehicle comprising a driver's seat and at least two passenger seats (17, 18), the driver's seat having a seat part, a back part, and a seat belt arrangement, and being positioned substantially centrally between the nearside and offside of a vehicle, the passenger seats being provided behind the driver's seat but laterally offset therefrom, the seat belt arrangement comprising: first and second anchorage points (12, 13) on opposite sides of the seat part, the first anchorage point providing an anchorage for one end of the seat belt and the second anchorage point comprising a latching mechanism for receiving a latch carried by the seat belt; a third anchorage point comprising a retractor system located behind the seat, the first, second and third anchorage points each being located at a relatively low position; and an upper mounting provided on said back part at or towards an upper end thereof and thus at a higher level than the first, second and third anchorage points, whereby, in the secured position, a seat belt can extend behind the back part of the seat from the retractor system to the upper mounting, through the upper mounting, in front of the front of the back part diagonally from the upper mounting to the latching mechanism of the second anchorage point and over the seat part from the latching mechanism to the first anchorage point, wherein the upper mounting bracket comprises a bracket secured to the back part of the seat back having a slot or channel through which the seat belt passes, the anchorage points (12, 13, 14) are located on the vehicle structure and the driver's seat comprises a relatively lightweight structural member which extends from the seat part to the back part thereof so as to fix the back part relative to the seat part.
A dual plate check valve assembly for controlling the direction of flow in a piping system, comprising: - a pressure retaining enclosure comprising a valve body having a valve bore and defining a valve seat; and - a disc assembly arranged inside the valve body and comprising two disc members (12a, 12b) adapted to engage with the valve seat to control the flow through the valve bore; wherein the disc assembly is displaceable arranged inside the valve body in a transverse direction in relation to the direction of flow, and the dual plate check valve assembly comprises a rising stem mechanism configured to transversally displace the disc assembly between a lowered position, wherein the disc assembly may control the flow through the valve bore and a raised position wherein the disc assembly is lifted at least partially clear of the valve bore and the valve seat, leaving the valve bore at least partially open to achieve free flow through the valve bore. - a pressure retaining enclosure comprising a valve body having a valve bore and defining a valve seat; and - a disc assembly arranged inside the valve body and comprising two disc members (12a, 12b) adapted to engage with the valve seat to control the flow through the valve bore;
Sound post, in particular for string instruments, which is composed of at least two sound piece components (2, 3) and has pivotable end pieces on its end faces, the second sound post component having a threaded portion and the first sound post component having an internal thread corresponding to the threaded portion, in such a way that the sound post components (2, 3) can be screwed together and thus can be adjusted in height relative to one another, characterised in that - the threaded portion has a fine thread and - a scale having an equidistant gradation is arranged on one of the at least two sound post components (2, 3), the gradation of the scale corresponding to the pitch of the fine thread. - the threaded portion has a fine thread and - a scale having an equidistant gradation is arranged on one of the at least two sound post components (2, 3), the gradation of the scale corresponding to the pitch of the fine thread.
Heat exchanger comprising at least one duct for channelling a flow of fluid and a plurality of elements containing at least one phase-change material that are disposed in said duct, characterized in that at least some of said elements containing at least one phase-change material are suspended on a support, their upper ends being connected to the support by way of articulations configured to allow said elements containing at least one phase-change material to move freely in the flow of fluid in order to increase the disturbance of the flow of fluid in contact with the elements, said support being positioned in the upper part or at the top of the duct.
A method of transmitting data from a radio link control, RLC, layer operating in an acknowledged mode in a radio communication system, the method comprising: - receiving service data units, SDUs, from an upper layer; - transforming the service data units into protocol data units, PDUs, to be transmitted to a receiving side; - transmitting at least one protocol data unit among the protocol data units to the receiving side; and - discarding at least one service data unit if a discard time limit expires for the at least one service data unit, characterized by - checking if a protocol data unit, PDU, having data of a discarded service data unit, SDU, has been transmitted to the receiving side; and - transmitting discard information about the discarded service data unit to the receiving side if the protocol data unit, PDU, having the data of the discarded service data unit, SDU, has been transmitted to the receiving side. - receiving service data units, SDUs, from an upper layer; - transforming the service data units into protocol data units, PDUs, to be transmitted to a receiving side; - transmitting at least one protocol data unit among the protocol data units to the receiving side; and - discarding at least one service data unit if a discard time limit expires for the at least one service data unit, characterized by - checking if a protocol data unit, PDU, having data of a discarded service data unit, SDU, has been transmitted to the receiving side; and - transmitting discard information about the discarded service data unit to the receiving side if the protocol data unit, PDU, having the data of the discarded service data unit, SDU, has been transmitted to the receiving side.
A method of managing operational modes of a network adapter, comprising: receiving a user initiated request for a network control operation associated with a first virtual adapter, the first virtual adapter being from a plurality of virtual adapters that are each configured to be interfaced to a wireless medium via the network adapter; determining a conflict between executing the requested network control operation and a current operational mode of the network adapter, the current operational mode of the network adapter being associated with a second virtual adapter of the plurality of virtual adapters; determining that the requested network control operation is associated with a priority level that allows preemption of the current operational mode; in response to determining the conflict and determining that the requested network control operation is associated with the priority level that allows preemption of the current operational mode, preempting the current operational mode of the network adapter; executing the requested network control operation; and in response to a completion of the execution of the requested network control operation, restoring the preempted operational mode of the network adapter. receiving a user initiated request for a network control operation associated with a first virtual adapter, the first virtual adapter being from a plurality of virtual adapters that are each configured to be interfaced to a wireless medium via the network adapter; determining a conflict between executing the requested network control operation and a current operational mode of the network adapter, the current operational mode of the network adapter being associated with a second virtual adapter of the plurality of virtual adapters; determining that the requested network control operation is associated with a priority level that allows preemption of the current operational mode; in response to determining the conflict and determining that the requested network control operation is associated with the priority level that allows preemption of the current operational mode, preempting the current operational mode of the network adapter; executing the requested network control operation; and in response to a completion of the execution of the requested network control operation, restoring the preempted operational mode of the network adapter.
Reversible elastic locking element of a metal or plastic wire orthogonally on a plant stake, consisting of a section of shaped metal wire having a longitudinal axis (X-X) and which includes a first end opposite a second end through the interposition of a generally rectilinear central portion, said first end being folded to form a ring comprising a continuous first portion and an interrupted second portion, characterized in that said first and second portions are connected to each other by means of a first and a second folds so that said portions lie on a first plane and on a second different plane, respectively, and in such a way that said portions each comprises a respective first section (23, 26) opposite each other and adapted to create two diametrically opposite locking points (D1, D2) of the element itself on the stake, the recess of said first and second folds being adapted to simultaneously embrace said wire and keep it pushed against said stake, and said second end being adapted to abut with a first section against said stake.
An apparatus for use in a User Equipment, UE, the apparatus configured to: establish a connection with an evolved Node B, eNB, of a Long Term Evolution, LTE, network; receive a Radio Resource Control, RRC, message in a radio transmission from the eNB over the connection, the RRC message comprising Wireless Local Area Network, WLAN, authentication information and WLAN identifier information, the WLAN identifier information comprises one or more WLAN identifiers of one or more WLANs and the WLAN authentication information comprises authentication information corresponding to the one or more WLANs to assist the UE in determining a security key for a WLAN connection with the one or more WLANs; connect to a WLAN of the one or more WLANs based on the WLAN identifier information in the RRC message; and based on the WLAN authentication information, determine the security key to be used by the UE for the WLAN connection with the one or more WLANs. establish a connection with an evolved Node B, eNB, of a Long Term Evolution, LTE, network; receive a Radio Resource Control, RRC, message in a radio transmission from the eNB over the connection, the RRC message comprising Wireless Local Area Network, WLAN, authentication information and WLAN identifier information, the WLAN identifier information comprises one or more WLAN identifiers of one or more WLANs and the WLAN authentication information comprises authentication information corresponding to the one or more WLANs to assist the UE in determining a security key for a WLAN connection with the one or more WLANs; connect to a WLAN of the one or more WLANs based on the WLAN identifier information in the RRC message; and based on the WLAN authentication information, determine the security key to be used by the UE for the WLAN connection with the one or more WLANs.
A torque limiting assembly comprising: an input shaft; an output shaft; and a first resilient biasing member having a first portion coupled to the input shaft and a second portion coupled with the output shaft; characterised in that: the assembly is configured such that, in a low torque mode, when the input shaft is rotated in a first direction the first resilient biasing member is compressed by a relatively low amount and transmits a force from rotation of the input shaft to drive rotation of the output shaft; and wherein the assembly is configured such that, in a high torque mode, when the input shaft is rotated in the first direction the first resilient biasing member is compressed by a relatively high amount such that the input shaft rotates relative to the output shaft, thereby moving or urging an engagement member so as to either: i) disconnect the input shaft from the output shaft; or ii) engage a housing to prevent or inhibit rotation of the input shaft relative to the housing. an input shaft; an output shaft; and a first resilient biasing member having a first portion coupled to the input shaft and a second portion coupled with the output shaft; characterised in that: the assembly is configured such that, in a low torque mode, when the input shaft is rotated in a first direction the first resilient biasing member is compressed by a relatively low amount and transmits a force from rotation of the input shaft to drive rotation of the output shaft; and wherein the assembly is configured such that, in a high torque mode, when the input shaft is rotated in the first direction the first resilient biasing member is compressed by a relatively high amount such that the input shaft rotates relative to the output shaft, thereby moving or urging an engagement member so as to either: i) disconnect the input shaft from the output shaft; or ii) engage a housing to prevent or inhibit rotation of the input shaft relative to the housing. the assembly is configured such that, in a low torque mode, when the input shaft is rotated in a first direction the first resilient biasing member is compressed by a relatively low amount and transmits a force from rotation of the input shaft to drive rotation of the output shaft; and wherein the assembly is configured such that, in a high torque mode, when the input shaft is rotated in the first direction the first resilient biasing member is compressed by a relatively high amount such that the input shaft rotates relative to the output shaft, thereby moving or urging an engagement member so as to either: i) disconnect the input shaft from the output shaft; or ii) engage a housing to prevent or inhibit rotation of the input shaft relative to the housing.
Method for producing a decorated element for a timepiece or piece of jewellery, the method includes the steps of: - taking a base substrate, - depositing a layer of positive or negative photosensitive resin on the base substrate, - placing a mask at the contour of the pattern to be created on the photosensitive resin, - illuminating the resin through the mask, - removing the illuminated portions of the resin, if the photosensitive resin is of the positive type, or removing the non-illuminated portions of the resin, if the photosensitive resin is of the negative type, - filling the removed portions of the resin with at least one solder paste or powder to produce partitions or a mould, - heating the assembly formed of the base substrate, the resin and the solder paste or powder to melt the solder paste or powder prior to solidification of the solder, - removing all the resin, and - filling the mould or decorative partitions with at least one filler material to obtain the decorated element. - taking a base substrate, - depositing a layer of positive or negative photosensitive resin on the base substrate, - placing a mask at the contour of the pattern to be created on the photosensitive resin, - illuminating the resin through the mask, - removing the illuminated portions of the resin, if the photosensitive resin is of the positive type, or removing the non-illuminated portions of the resin, if the photosensitive resin is of the negative type, - filling the removed portions of the resin with at least one solder paste or powder to produce partitions or a mould, - heating the assembly formed of the base substrate, the resin and the solder paste or powder to melt the solder paste or powder prior to solidification of the solder, - removing all the resin, and - filling the mould or decorative partitions with at least one filler material to obtain the decorated element.
An electrical interconnect arrangement (100, 200), comprising: a post (106, 206); a bus bar (102, 202) electrically connected to the post (106, 206) wherein a first current flows through the bus bar (102,202) to a joint (108,208); and the joint (108, 208) coupling the bus bar (102, 202) to the post (106, 206), wherein the joint (108, 208) has a plurality of interfaces defined between the post (106, 206) and the bus bar (102, 202) to limit resistive heat generation in the joint (108, 208) and wherein said first current flow is divided, before entering the joint (108,208) into three or more current flows that flow along different paths through the post (106,206), wherein the bus bar (102, 202) has first (124, 224) and second (126, 226) terminations, the first termination and the second termination defining a gap (122, 222A) therebetween; wherein the post has a first prong (132, 232) and a second prong (134, 234), and wherein the first prong is seated in the gap (122, 222A) and is bounded by a pair of electrically conductive interfaces and the second prong is seated against the first termination and bounded by a single electrically conductive interface; the electrical interconnect arrangement, further including a void bounded by the bus bar and the first prong; characterised in that the post (106, 206) is a single piece of material, or the bus bar (102, 202) is a single piece of material. a post (106, 206); a bus bar (102, 202) electrically connected to the post (106, 206) wherein a first current flows through the bus bar (102,202) to a joint (108,208); and the joint (108, 208) coupling the bus bar (102, 202) to the post (106, 206), wherein the joint (108, 208) has a plurality of interfaces defined between the post (106, 206) and the bus bar (102, 202) to limit resistive heat generation in the joint (108, 208) and wherein said first current flow is divided, before entering the joint (108,208) into three or more current flows that flow along different paths through the post (106,206), wherein the bus bar (102, 202) has first (124, 224) and second (126, 226) terminations, the first termination and the second termination defining a gap (122, 222A) therebetween; wherein the post has a first prong (132, 232) and a second prong (134, 234), and wherein the first prong is seated in the gap (122, 222A) and is bounded by a pair of electrically conductive interfaces and the second prong is seated against the first termination and bounded by a single electrically conductive interface; the electrical interconnect arrangement, further including a void bounded by the bus bar and the first prong; characterised in that the post (106, 206) is a single piece of material, or the bus bar (102, 202) is a single piece of material.
A Lactobacillus pentosus TUA4337L deposited under accession number NITE BP-1479, characterized in that the strain has proliferation ability in the intestinal tract.
A wireless charger, comprising a housing, defining an opening hole; a lifting module, received in the housing and movable up and down in the housing; a translation module, disposed on the lifting module and capable of translating in the housing and movable up and down along with the lifting module; a charging module, arranged on the translation module, configured to charge a device to be charged, and capable of translating in the housing along with the translation of the charging module; and a connecting module, disposed on the lifting module, arranged correspondingly to the opening hole, and configured to be connected to the device to be charged, wherein the lifting module is capable of driving the connecting module to move up and down and be further exposed out of the housing from the opening hole, wherein the wireless charger is characterized in that the translation module comprises a translation bracket configured to support the charging module; the translation bracket comprises a first supporting plate for translation, which is configured to carrying the charging module; and a protruding slider is disposed on the first supporting plate for translation, and the protruding slider is slidably connected to the lifting module to support the first supporting plate for translation. a housing, defining an opening hole; a lifting module, received in the housing and movable up and down in the housing; a translation module, disposed on the lifting module and capable of translating in the housing and movable up and down along with the lifting module; a charging module, arranged on the translation module, configured to charge a device to be charged, and capable of translating in the housing along with the translation of the charging module; and a connecting module, disposed on the lifting module, arranged correspondingly to the opening hole, and configured to be connected to the device to be charged, wherein the lifting module is capable of driving the connecting module to move up and down and be further exposed out of the housing from the opening hole, wherein the wireless charger is characterized in that the translation module comprises a translation bracket configured to support the charging module; the translation bracket comprises a first supporting plate for translation, which is configured to carrying the charging module; and a protruding slider is disposed on the first supporting plate for translation, and the protruding slider is slidably connected to the lifting module to support the first supporting plate for translation.
A device for removal of haemolysis-derived components from blood, the device comprising: a support and a plurality of binding agents bound to said support, wherein the binding agents comprise at least one iron-chelating molecule, at least one haemoglobin-binding molecule, and at least one haem-binding molecule. a support and a plurality of binding agents bound to said support,