mhurhangee/ep-ind-claims huggingface dataset:
Method for providing a communication connection, comprising: determining a unique connection ID; storing the unique connection ID in a first communication entity; providing the unique connection ID to a second communication entity for establishing of the communication connection identified by the unique connection ID; and providing to the second communication entity an indication for handover of the communication connection identified by the unique connection ID, wherein the communication connection is a communication connection according to the Proxy Mobile IP protocol, wherein the unique connection ID comprises a mobile node ID, an access point name and a bearer ID, wherein handover of the communication connection, identified by the unique connection ID, is between the first communication entity and a third communication entity, and wherein the mobile node ID, the access point name and the bearer ID of the unique connection ID remain the same during handover. determining a unique connection ID; storing the unique connection ID in a first communication entity; providing the unique connection ID to a second communication entity for establishing of the communication connection identified by the unique connection ID; and providing to the second communication entity an indication for handover of the communication connection identified by the unique connection ID, wherein the communication connection is a communication connection according to the Proxy Mobile IP protocol, wherein the unique connection ID comprises a mobile node ID, an access point name and a bearer ID, wherein handover of the communication connection, identified by the unique connection ID, is between the first communication entity and a third communication entity, and wherein the mobile node ID, the access point name and the bearer ID of the unique connection ID remain the same during handover.
A method of handling attempted access to a store in a memory of a device, the method comprising: receiving, from an application, a request for access to; the store in the memory of the device; detecting an identity attribute for the application; detecting a class attribute for the application, wherein the class attribute is associated with a mode of operation of the device, the mode of operation being selected from one of a corporate mode of operation and a personal mode of operation; using the detected identity attribute and class attribute to determine whether the application can access the store, the store having access conditions defining read-only and read/write properties associated with it, the access conditions being based on both the identity attribute and class attribute of applications allowed to access the store, wherein the determining comprises determining that the store is in a namespace of the application based on the identity attribute for the application, a namespace for a given application being a list of all stores to which the given application has access; and based on the determining, processing the request, wherein the processing comprises allowing the application read or read/write access to the store in the event that the store is in the namespace of the application and the access conditions associated with the store permit that application to access the store. receiving, from an application, a request for access to; the store in the memory of the device; detecting an identity attribute for the application; detecting a class attribute for the application, wherein the class attribute is associated with a mode of operation of the device, the mode of operation being selected from one of a corporate mode of operation and a personal mode of operation; using the detected identity attribute and class attribute to determine whether the application can access the store, the store having access conditions defining read-only and read/write properties associated with it, the access conditions being based on both the identity attribute and class attribute of applications allowed to access the store, wherein the determining comprises determining that the store is in a namespace of the application based on the identity attribute for the application, a namespace for a given application being a list of all stores to which the given application has access; and based on the determining, processing the request, wherein the processing comprises allowing the application read or read/write access to the store in the event that the store is in the namespace of the application and the access conditions associated with the store permit that application to access the store.
A method of treating a zone of a subterranean formation penetrated by a well bore, the static temperature of the zone being above 38°C (100°F), which method comprises injecting into the well bore and into contact with said formation an aqueous gelled fluid comprised of an aqueous liquid, a viscosity increasing amount of gelling agent comprising a galactomannan, a modified or derivative galactomannan or cellulose derivative or any mixture of two or more thereof, a breaker comprising an alkali metal chlorite or hypochlorite or any mixture of two or more thereof, present in an amount sufficient to effect a controlled reduction in the viscosity of said fluid, wherein the method is characterised by a breaker activator comprised of an amine, present in an amount sufficient to activate said breaker, wherein said amine is selected from a group consisting of tetraethylenepentamine, ethylene diamine, diethylene triamine, and ethylene diamine hydrogen chloride salt.
An in-the-ear, ITE, hearing assistance device adapted to process sounds, including sounds from a wearer's mouth, comprising: a hollow plastic housing adapted to be worn in an ear of the wearer; and a differential pressure sensor mounted to an interior surface of the housing configured to be placed in an ear canal of the wearer, the differential sensor having inlets located within the housing, characterised in that the differential pressure sensor is mounted using a suspension stiffness configured to resonate with the mass of the differential pressure sensor. a hollow plastic housing adapted to be worn in an ear of the wearer; and a differential pressure sensor mounted to an interior surface of the housing configured to be placed in an ear canal of the wearer, the differential sensor having inlets located within the housing, characterised in that the differential pressure sensor is mounted using a suspension stiffness configured to resonate with the mass of the differential pressure sensor.
A single-fiber subassembly, comprising a first photodiode for receiving incident light and a laser diode for transmitting emergent light, and further comprising: a single-wavelength optical splitter having a positive direction and comprising a first birefringent plate, a half-wave plate, a 45° Faraday rotator, and a second birefringent plate that is the same as the first birefringent plate, which are arranged in sequence along the positive direction and vertical to the positive direction, wherein: an included angle between an optical axis of the first birefringent plate and the positive direction is α, wherein o°< α < 90°; an angle between an e-axis of the half-wave plate and a principal section of the first birefringent plate is β, wherein β = 67.5° or β = 22.5°; the incident light passes through the single-wavelength optical splitter along the positive direction; the emergent light passes through the single-wavelength optical splitter along a direction opposite to the positive direction; and the emergent light is linearly polarized light whose polarization direction is vertical to the principal section of the first birefringent plate; wherein: the included angle between the optical axis of the first birefringent plate and the positive direction is α = 47.85°. a single-wavelength optical splitter having a positive direction and comprising a first birefringent plate, a half-wave plate, a 45° Faraday rotator, and a second birefringent plate that is the same as the first birefringent plate, which are arranged in sequence along the positive direction and vertical to the positive direction, wherein: an included angle between an optical axis of the first birefringent plate and the positive direction is α, wherein o°< α < 90°; an angle between an e-axis of the half-wave plate and a principal section of the first birefringent plate is β, wherein β = 67.5° or β = 22.5°; the incident light passes through the single-wavelength optical splitter along the positive direction; the emergent light passes through the single-wavelength optical splitter along a direction opposite to the positive direction; and the emergent light is linearly polarized light whose polarization direction is vertical to the principal section of the first birefringent plate; an included angle between an optical axis of the first birefringent plate and the positive direction is α, wherein o°< α < 90°; an angle between an e-axis of the half-wave plate and a principal section of the first birefringent plate is β, wherein β = 67.5° or β = 22.5°; the incident light passes through the single-wavelength optical splitter along the positive direction; the emergent light passes through the single-wavelength optical splitter along a direction opposite to the positive direction; and the emergent light is linearly polarized light whose polarization direction is vertical to the principal section of the first birefringent plate; the included angle between the optical axis of the first birefringent plate and the positive direction is α = 47.85°.
A heat storage device (1; 1A; 1B; 1C; 1D; 1E), comprising: a heat storage tank having an inlet and an outlet, and configured to store a liquid heating medium; a check valve having an inlet and an outlet; a first flow path configured to connect the outlet of the heat storage tank to the inlet of the check valve; a second flow path configured to connect the outlet of the check valve to the inlet of the heat storage tank; a pump provided in the first flow path and configured to transfer the heating medium; characterized by a filler port provided in the first flow path, wherein the heat storage device (1;1A;1B;1C;1D;1E) is configured to, when a closed circuit including the heat storage tank, the check valve, the first flow path, the second flow path, and the pump is filled with the heating medium, the heating medium being supplied from an external supply source injected into the first flow path through the filler port such that the injected heating medium flows into the heat storage tank from the inlet in the lower portion of the heat storage tank through the check valve and the second flow path, and also in the direction toward the pump and the outlet in the upper portion of the heat storage tank from the filler port through the first flow path, and wherein the closed circuit corresponds to a circuit in which the heating medium exiting the outlet of the heat storage tank circulates so as to flow into the inlet of the heat storage tank after passing through the first flow path, the check valve, and the second flow path. a heat storage tank having an inlet and an outlet, and configured to store a liquid heating medium; a check valve having an inlet and an outlet; a first flow path configured to connect the outlet of the heat storage tank to the inlet of the check valve; a second flow path configured to connect the outlet of the check valve to the inlet of the heat storage tank; a pump provided in the first flow path and configured to transfer the heating medium; characterized by a filler port provided in the first flow path, wherein the heat storage device (1;1A;1B;1C;1D;1E) is configured to, when a closed circuit including the heat storage tank, the check valve, the first flow path, the second flow path, and the pump is filled with the heating medium, the heating medium being supplied from an external supply source injected into the first flow path through the filler port such that the injected heating medium flows into the heat storage tank from the inlet in the lower portion of the heat storage tank through the check valve and the second flow path, and also in the direction toward the pump and the outlet in the upper portion of the heat storage tank from the filler port through the first flow path, and wherein the closed circuit corresponds to a circuit in which the heating medium exiting the outlet of the heat storage tank circulates so as to flow into the inlet of the heat storage tank after passing through the first flow path, the check valve, and the second flow path.
A method for the protected deposit of event protocol data (Log_A_B) of a computer system, wherein an access control (2, 7, 9) is provided which prohibits access to the event protocol data (Log_A_B) in the computer system and also performs the following steps: - reading of event protocol data (Log_A_B) generated in the computer system, - sequential assignment of individual data sections (A1, A2, B1, B2) of the read event protocol data (Log_A_B) to one of at least two categories (A, B) depending on predetermined criteria, - merging of the categorized data sections (A1, A2, B1, B2) of each respective category (A, B) to sub-data (Log_A, Log_B), - separate deposition of all created sub-data (Log_A, Log_B), as well as - setting up a specific access option separately for the respective sub-data (Log_A, Log_B) depending on predetermined user groups. - reading of event protocol data (Log_A_B) generated in the computer system, - sequential assignment of individual data sections (A1, A2, B1, B2) of the read event protocol data (Log_A_B) to one of at least two categories (A, B) depending on predetermined criteria, - merging of the categorized data sections (A1, A2, B1, B2) of each respective category (A, B) to sub-data (Log_A, Log_B), - separate deposition of all created sub-data (Log_A, Log_B), as well as - setting up a specific access option separately for the respective sub-data (Log_A, Log_B) depending on predetermined user groups.
Gas bag arrangement for a vehicle occupant restraint system, comprising - at least one first and at least one second gas bag (120, 140) which can be inflated in order to protect a vehicle occupant, wherein the at least one first and at least one second gas bag (120, 140) is to be arranged in each case on a vehicle structure, and - a connection system which is provided for forming a mechanical connection between the at least one first gas bag and the at least one second gas bag, wherein the connection system comprises a first connecting element which is fastened on the at least one first gas bag, and a second connecting element which is fastened on the at least one second gas bag, wherein the first and the second connecting element (151, 152) interact in order to form the mechanical connection between the at least one first gas bag and the at least one second gas bag, wherein the mechanical connection between the at least one first gas bag and the at least one second gas bag is formed during or at the end of the inflation process of the gas bags (120, 140), in that the at least one first gas bag and the at least one second gas bag approach or contact one another, characterised in that the first connecting element comprises a first portion (1511, 15151) which is directly or indirectly fastened to the at least one first gas bag via a releasable connection (170, 170a), and a second portion (1512, 15152, 15142) which is located outside of the first portion (1511, 15151) and is fastened to the at least one first gas bag via a non-releasable connection (180, 180a), wherein the releasable connection (170, 170a) can be released only after the mechanical connection between the at least one first gas bag and the at least one second gas bag has been formed at least in part. - at least one first and at least one second gas bag (120, 140) which can be inflated in order to protect a vehicle occupant, wherein the at least one first and at least one second gas bag (120, 140) is to be arranged in each case on a vehicle structure, and - a connection system which is provided for forming a mechanical connection between the at least one first gas bag and the at least one second gas bag, wherein the connection system comprises a first connecting element which is fastened on the at least one first gas bag, and a second connecting element which is fastened on the at least one second gas bag, wherein the first and the second connecting element (151, 152) interact in order to form the mechanical connection between the at least one first gas bag and the at least one second gas bag, wherein the mechanical connection between the at least one first gas bag and the at least one second gas bag is formed during or at the end of the inflation process of the gas bags (120, 140), in that the at least one first gas bag and the at least one second gas bag approach or contact one another,
A method for sharing compression histories among a plurality of devices to improve compression of data transmitted via a plurality of connections, the method comprising: (a) receiving, by a first device from a second device, an index of entries for a compression history shared between the second device and a third device; each index entry comprising a location identifier of data stored in the second device; (b) receiving, by the first device, a data stream intended for a fourth device; (c) identifying, by the first device, that a portion of the data stream matches an entry of the received index; (d) transmitting, by the first device to the second device, a location identifier corresponding to the matched entry; (e) receiving, by the first device from the second device, a portion of the compression history corresponding to the location identifier; (f) determining, by the first device, that the portion of the compression history matches a portion of the data stream; and (g) transmitting, by the first device to the fourth device, information identifying the portion of the compression history. (a) receiving, by a first device from a second device, an index of entries for a compression history shared between the second device and a third device; each index entry comprising a location identifier of data stored in the second device; (b) receiving, by the first device, a data stream intended for a fourth device; (c) identifying, by the first device, that a portion of the data stream matches an entry of the received index; (d) transmitting, by the first device to the second device, a location identifier corresponding to the matched entry; (e) receiving, by the first device from the second device, a portion of the compression history corresponding to the location identifier; (f) determining, by the first device, that the portion of the compression history matches a portion of the data stream; and (g) transmitting, by the first device to the fourth device, information identifying the portion of the compression history.
An IL-17 production inhibitory composition for use in a method for the prevention or treatment of diseases caused by the production of IL-17, wherein the disease is selected from the group consisting of Kawasaki disease, microscopic polyangitis, adult-onset Still's disease, Stevens-Johnson syndrome or toxic epidermal necrolysis, comprising adipose tissue-derived mesenchymal stem cells as an active ingredient, wherein at least 50% of the adipose tissue-derived mesenchymal stem cells are CD10, CD13, CD29, CD44 and CD90 positive, and CD34, CD45 and STRO-1 negative.
A fluorescent mark indicator comprising: a substrate containing optical brightening agents; a first dot design to fill a first pattern printed as an image upon the substrate, the first dot design further comprised of substantially non-overlapping primary colorants (620, 630, 640) arranged so as to provide a relatively high paper coverage, the resultant first dot design thus having a property of high suppression of substrate fluorescence; and, a second dot design to fill a complementary pattern printed as an image upon the substrate in substantially close spatial proximity to the printed first pattern, the second dot design further comprised of primary colorants arranged to create a relatively low paper coverage while having substantially similar average color appearance as the first dot design under normal light, the resultant second dot design thus having a property of low suppression of substrate fluorescence, such that the resultant printed substrate image suitably exposed to an ultra-violet light source, will yield a discernible pattern evident as a fluorescent mark. a substrate containing optical brightening agents; a first dot design to fill a first pattern printed as an image upon the substrate, the first dot design further comprised of substantially non-overlapping primary colorants (620, 630, 640) arranged so as to provide a relatively high paper coverage, the resultant first dot design thus having a property of high suppression of substrate fluorescence; and, a second dot design to fill a complementary pattern printed as an image upon the substrate in substantially close spatial proximity to the printed first pattern, the second dot design further comprised of primary colorants arranged to create a relatively low paper coverage while having substantially similar average color appearance as the first dot design under normal light, the resultant second dot design thus having a property of low suppression of substrate fluorescence, such that the resultant printed substrate image suitably exposed to an ultra-violet light source, will yield a discernible pattern evident as a fluorescent mark.
A secondary battery, battery, comprising: a case having one or more partition walls providing a plurality of accommodating spaces (S1, S2, S3, S4, S5); a plurality of electrode assemblies (200a, 200b, 200c, 200d, 200e) in the accommodating spaces (S1, S2, S3, S4, S5) with an electrolyte, the plurality of electrode assemblies (200a, 200b, 200c, 200d, 200e) including electrode tabs; and a cap assembly including a cap plate sealing a top portion of the case, the cap assembly having the electrode tabs extending therethrough and first connection tabs (321, 322) electrically connecting the plurality of electrode assemblies (200a, 200b, 200c, 200d, 200e) through the electrode tabs, the partition walls being impregnated with the electrolyte; characterized in that each of the partition walls is a membrane-type porous layer including one or more of polyurethane or oriented polystyrene. a case having one or more partition walls providing a plurality of accommodating spaces (S1, S2, S3, S4, S5); a plurality of electrode assemblies (200a, 200b, 200c, 200d, 200e) in the accommodating spaces (S1, S2, S3, S4, S5) with an electrolyte, the plurality of electrode assemblies (200a, 200b, 200c, 200d, 200e) including electrode tabs; and a cap assembly including a cap plate sealing a top portion of the case, the cap assembly having the electrode tabs extending therethrough and first connection tabs (321, 322) electrically connecting the plurality of electrode assemblies (200a, 200b, 200c, 200d, 200e) through the electrode tabs, the partition walls being impregnated with the electrolyte; characterized in that each of the partition walls is a membrane-type porous layer including one or more of polyurethane or oriented polystyrene.