mhurhangee/ep-ind-claims huggingface dataset:
A line penetration for routing a line through a passage opening of a building part, especially a wall or a ceiling of a building, with a first and a second building-part wall (21, 22), between which an intermediate space is provided, with a closure element comprising: - an inner part for filling the intermediate space in the region of the passage opening; - holding parts, with cross section smaller than that of the inner part, disposed on both sides of the inner part; - a straight-through line opening, which penetrates the inner part and the holding parts in the direction in which they are disposed; and - a sliding device, which is formed in order to guide the line slidingly and gas-tightly through the line opening, characterised in that a clamp is provided which has circlips that circumferentially surround the holding parts, in order to hold the closure element on the line. - an inner part for filling the intermediate space in the region of the passage opening; - holding parts, with cross section smaller than that of the inner part, disposed on both sides of the inner part; - a straight-through line opening, which penetrates the inner part and the holding parts in the direction in which they are disposed; and - a sliding device, which is formed in order to guide the line slidingly and gas-tightly through the line opening,
A connector for use with a conduit to supply gases to a user comprising: a pair of connectors (34, 36), said pair of connectors (34, 36) being a male connector and a female connector, adapted to fit together, and a collar enclosing the connection between said pair of connectors (34, 36), said collar capable of swivelling relative to each of said pair of connectors (34, 36); characterised in that: said male connector includes a sleeve and a male portion; said sleeve is permanently attachable to said male portion and, once permanently attached, said sleeve is rotatable about said male portion and rotatable relative to said collar; said female connector includes a plurality of guide slots (43, 44); and said sleeve includes a plurality of guide ridges (41, 42) aligned longitudinally with the axis of the sleeve, said guide ridges (41, 42) corresponding to said guide slots (43, 44) on said female connector, such that upon connection of said male and female connectors (34, 36), said guide ridges (41,42) slidably mate with said guide slots (43, 44) and, once connected, said female connector can swivel relative to the male portion of the male connector. a pair of connectors (34, 36), said pair of connectors (34, 36) being a male connector and a female connector, adapted to fit together, and a collar enclosing the connection between said pair of connectors (34, 36), said collar capable of swivelling relative to each of said pair of connectors (34, 36); said male connector includes a sleeve and a male portion; said sleeve is permanently attachable to said male portion and, once permanently attached, said sleeve is rotatable about said male portion and rotatable relative to said collar; said female connector includes a plurality of guide slots (43, 44); and said sleeve includes a plurality of guide ridges (41, 42) aligned longitudinally with the axis of the sleeve, said guide ridges (41, 42) corresponding to said guide slots (43, 44) on said female connector, such that upon connection of said male and female connectors (34, 36), said guide ridges (41,42) slidably mate with said guide slots (43, 44) and, once connected, said female connector can swivel relative to the male portion of the male connector.
A remote unit for use in a wireless communication network, the remote unit comprising: a receiver arranged to receive a plurality of downlink frames; a processor arranged to generate a hybrid automatic repeat request acknowledgment bundle in response to the plurality of downlink subframes to be transmitted on a first available feedback resource according to the time-division duplex configuration in use, a transmitter arranged to transmit the hybrid automatic repeat request acknowledgment bundle on the first available feedback resource when the hybrid automatic repeat request acknowledgment bundle is equal to or less than a threshold number of hybrid automatic repeat request acknowledgments; wherein when the hybrid automatic repeat request acknowledgment bundle is greater than the threshold number of hybrid automatic repeat request acknowledgments, the transmitter is arranged to transmit the threshold number of hybrid automatic repeat request acknowledgments bundled on the first available feedback resource and to further transmit the excess hybrid automatic repeat request acknowledgment bundle on the next available subframe according to the time-division duplex configuration in use; and wherein the threshold number of hybrid automatic repeat request acknowledgments is predefined or configured by signaling, or is dynamically changed during operation. a receiver arranged to receive a plurality of downlink frames; a processor arranged to generate a hybrid automatic repeat request acknowledgment bundle in response to the plurality of downlink subframes to be transmitted on a first available feedback resource according to the time-division duplex configuration in use, a transmitter arranged to transmit the hybrid automatic repeat request acknowledgment bundle on the first available feedback resource when the hybrid automatic repeat request acknowledgment bundle is equal to or less than a threshold number of hybrid automatic repeat request acknowledgments; wherein when the hybrid automatic repeat request acknowledgment bundle is greater than the threshold number of hybrid automatic repeat request acknowledgments, the transmitter is arranged to transmit the threshold number of hybrid automatic repeat request acknowledgments bundled on the first available feedback resource and to further transmit the excess hybrid automatic repeat request acknowledgment bundle on the next available subframe according to the time-division duplex configuration in use; and wherein the threshold number of hybrid automatic repeat request acknowledgments is predefined or configured by signaling, or is dynamically changed during operation.
A method for inversion of time-lapse seismic data, a base survey and a later monitor survey of the same subsurface formation, to estimate the change in fluid saturation and reservoir pressure from the time of the base survey to the time of the monitor survey, comprising: (a) inverting the 4D seismic data at at least one well location to directly obtain formation pressure change and fluid saturation change for at least one formation fluid, constraining the inversion with well log data; and (b) using the saturation and pressure change from at least one well location to obtain saturation and pressure change away from well locations, thereby generating a well-tied fluid saturation and pressure change model predicting change of fluid saturation from the time of the base survey to the time of the monitor survey. (a) inverting the 4D seismic data at at least one well location to directly obtain formation pressure change and fluid saturation change for at least one formation fluid, constraining the inversion with well log data; and (b) using the saturation and pressure change from at least one well location to obtain saturation and pressure change away from well locations, thereby generating a well-tied fluid saturation and pressure change model predicting change of fluid saturation from the time of the base survey to the time of the monitor survey.
Method for controlling routing of user plane traffic by modifying parameters of a session description protocol, comprising - receiving by a first session border controller a request for a session from a user equipment, the request comprising a first codec list in a first encoding, wherein the user equipment is located upstream from the first session border controller and the first session border controller is located upstream from a subsequent session border controller, characterized in that the method comprises: - deciding if a user plane gateway is to be added to a user plane path based on information in the received request; - including by the first session border controller, in the request for the session, the first codec list in a second encoding, - including by the first session border controller, in the request for the session, address information of the user plane gateway added to the user plane session and a second codec list in the first encoding to add the gateway, wherein the second codec list is formed based on the first codec list with one or more codecs that the user plane gateway supports added; and - transmitting, by the first session border controller, the request for the session to the subsequent session border controller, wherein the first encoding comprises encoding as m-line of the session description protocol and/or wherein the second encoding is associated with a second attribute which is indicating address information of the user plane gateway or address information of a control entity controlling the user plane gateway. - receiving by a first session border controller a request for a session from a user equipment, the request comprising a first codec list in a first encoding, wherein the user equipment is located upstream from the first session border controller and the first session border controller is located upstream from a subsequent session border controller, characterized in that the method comprises: - deciding if a user plane gateway is to be added to a user plane path based on information in the received request; - including by the first session border controller, in the request for the session, the first codec list in a second encoding, - including by the first session border controller, in the request for the session, address information of the user plane gateway added to the user plane session and a second codec list in the first encoding to add the gateway, wherein the second codec list is formed based on the first codec list with one or more codecs that the user plane gateway supports added; and - transmitting, by the first session border controller, the request for the session to the subsequent session border controller,
A counting mechanism for a dispenser or a sampler, wherein the mechanism is configured to record the number of dispensing counts or sampling counts, the mechanism comprising: a first housing part and a second housing part, wherein the housing parts (110, 120) are rotatable with respect to each other and the second housing part has a curved cross-sectional shape; a counting ring disposed between the first and second housing parts; the first housing part having a protrusion which abuts the counting ring, holding a portion of the counting ring in contact with the second housing part; wherein relative rotation of the housing parts (110, 120) causes the protrusion to slide against the surface of the counting ring to drive a rolling movement of the counting ring around the circumference of the second housing part; such that a predefined rotation of the housing parts produces an incremental rotational displacement between the counting ring and second housing part to record a count. a first housing part and a second housing part, wherein the housing parts (110, 120) are rotatable with respect to each other and the second housing part has a curved cross-sectional shape; a counting ring disposed between the first and second housing parts; the first housing part having a protrusion which abuts the counting ring, holding a portion of the counting ring in contact with the second housing part; wherein relative rotation of the housing parts (110, 120) causes the protrusion to slide against the surface of the counting ring to drive a rolling movement of the counting ring around the circumference of the second housing part; such that a predefined rotation of the housing parts produces an incremental rotational displacement between the counting ring and second housing part to record a count.
A rotary electric machine having a central axis, comprising: - a rotor, the rotor being mounted so as to rotate about the central axis; - a stator, the stator comprising a winding of generally cylindrical shape centred on the central axis and having a plurality of predetermined connection heads for connecting the winding to an electrical circuit, the connection heads being located at an axial end of the winding in a cavity of the rotating electrical machine; - an air ventilation system, the air ventilation system comprising an air inlet for the entry of a flow of air, the air inlet discharging into the cavity opening into the cavity in which the connection heads are located, first ventilation ducts of the rotor and second ventilation ducts of the stator; and - a deflector configured to divide the flow of air entering the cavity via the air inlet into a first flow of air circulating towards the first ventilation ducts and a second flow of air circulating towards the second ventilation ducts, the deflector being configured so that the first flow of air and the second flow of air bypass the connection heads without passing through the connection heads. - a rotor, the rotor being mounted so as to rotate about the central axis; - a stator, the stator comprising a winding of generally cylindrical shape centred on the central axis and having a plurality of predetermined connection heads for connecting the winding to an electrical circuit, the connection heads being located at an axial end of the winding in a cavity of the rotating electrical machine; - an air ventilation system, the air ventilation system comprising an air inlet for the entry of a flow of air, the air inlet discharging into the cavity opening into the cavity in which the connection heads are located, first ventilation ducts of the rotor and second ventilation ducts of the stator; and - a deflector configured to divide the flow of air entering the cavity via the air inlet into a first flow of air circulating towards the first ventilation ducts and a second flow of air circulating towards the second ventilation ducts, the deflector being configured so that the first flow of air and the second flow of air bypass the connection heads without passing through the connection heads.
A coin bin, comprising: a body defining a chamber to receive coins; a lid to close the chamber, the lid being lockable and removable when unlocked; and a plurality of wheels affixed to the body to support the body; wherein: the body further defines a receiving area to releasably receive part of a steering handle and is formed of a structurally strong plastic; the lid defines a plurality of recesses positioned to partly receive wheels of another coin bin when the another coin bin is stack on top of the coin bin; each of the wheels is coupled to the body via a fixed axle that defines an axis of rotation of the wheel; each of the wheels comprises a plurality of rollers disposed around a periphery of the wheel; each of the rollers has an axis of rotation that is perpendicular to the axis of rotation of the wheel; and each of the wheels is partly received in a wheel recess defined by the body. a body defining a chamber to receive coins; a lid to close the chamber, the lid being lockable and removable when unlocked; and a plurality of wheels affixed to the body to support the body; wherein: the body further defines a receiving area to releasably receive part of a steering handle and is formed of a structurally strong plastic; the lid defines a plurality of recesses positioned to partly receive wheels of another coin bin when the another coin bin is stack on top of the coin bin; each of the wheels is coupled to the body via a fixed axle that defines an axis of rotation of the wheel; each of the wheels comprises a plurality of rollers disposed around a periphery of the wheel; each of the rollers has an axis of rotation that is perpendicular to the axis of rotation of the wheel; and each of the wheels is partly received in a wheel recess defined by the body. the body further defines a receiving area to releasably receive part of a steering handle and is formed of a structurally strong plastic; the lid defines a plurality of recesses positioned to partly receive wheels of another coin bin when the another coin bin is stack on top of the coin bin; each of the wheels is coupled to the body via a fixed axle that defines an axis of rotation of the wheel; each of the wheels comprises a plurality of rollers disposed around a periphery of the wheel; each of the rollers has an axis of rotation that is perpendicular to the axis of rotation of the wheel; and each of the wheels is partly received in a wheel recess defined by the body.
A cushion or mattress suspension element (101, 201,..., 901) comprising: at least one compressible core (102, 202,..., 902) of flexible material and presenting at least one compression axis; and at least two bearing parts (103, 203,..., 903), with at least a first bearing part being connected to one end of the compressible core (102, 202,..., 902) and at least one second bearing part being connected to an end of the compressible core (102, 202,..., 902) that is opposite along the compression axis, and with each bearing part presenting an outer bearing area (103a, 203a,..., 903a) that is substantially perpendicular to said compression axis, and in at least one direction perpendicular to the compression axis, that is substantially larger than the compressible core (102, 202,..., 902) in its relaxed position; at least one spring secured to at least one of the bearing parts (103, 203,..., 903) and formed integrally with at least one of the bearing parts (103, 203,..., 903) to which it is secured, characterized in that said at least two bearing parts (103,203,...,903) are of material that is more rigid than the material of the compressible core (102,202,...,902). at least one compressible core (102, 202,..., 902) of flexible material and presenting at least one compression axis; and at least two bearing parts (103, 203,..., 903), with at least a first bearing part being connected to one end of the compressible core (102, 202,..., 902) and at least one second bearing part being connected to an end of the compressible core (102, 202,..., 902) that is opposite along the compression axis, and with each bearing part presenting an outer bearing area (103a, 203a,..., 903a) that is substantially perpendicular to said compression axis, and in at least one direction perpendicular to the compression axis, that is substantially larger than the compressible core (102, 202,..., 902) in its relaxed position; at least one spring secured to at least one of the bearing parts (103, 203,..., 903) and formed integrally with at least one of the bearing parts (103, 203,..., 903) to which it is secured, characterized in that said at least two bearing parts (103,203,...,903) are of material that is more rigid than the material of the compressible core (102,202,...,902).
Cushioning mat made of a thermoplastic material, such as a thermoplastic gel, by injection moulding, comprising a plurality of cushioning bumps arranged in a plurality of rows, the bumps of each row alternating with substantially flat bottom portions, each bump comprising a top wall and a side wall extending from a mat base identified by said bottom portions, said top wall and said side wall defining an inner bump cavity, the bumps of adjacent rows being staggered with each other, the top walls of the bumps forming a yielding support surface for a user, characterized in that, in at least a portion of the side wall a vent opening is made which places in communication the inner cavity of the bump with the outside of the bump, the vent opening configured to allow air circulation as being formed in the side wall and without being occluded by the presence the user on the mat, and in that, when the bump is compressed by the weight of the user, the vent opening is configured to crush downwards and remaining sufficiently open to let the air of the inner cavity, compressed by the crushing of the bump, flow out from the inside to the outside of said inner cavity, so as to create a circulation of air both on the upper side and under the mat.
An aliphatic polyester, which comprises: a first structural unit represented by wherein R 1 is absent or a C1 to C40 aliphatic hydrocarbyl; a second structural unit represented by wherein R 2 is a C1 to C10 aliphatic hydrocarbyl; a third structural unit derived from a first cross-linking agent, wherein the first cross-linking agent has three reactive functional groups, wherein the reactive functional groups of the first cross-linking agent are independently a carboxyl or hydroxyl, and at least one reactive functional group of the first cross-linking agent is a secondary or tertiary hydroxyl, with the proviso that the first cross-linking agent is not malic acid; and a fourth structural unit derived from a second cross-linking agent, wherein the second cross-linking agent has three reactive functional groups, wherein the reactive functional groups of the second cross-linking agent are independently a carboxyl or hydroxyl, and at least one reactive functional group of the second cross-linking agent is a secondary or tertiary hydroxyl, with the proviso that the second cross-linking agent is different from the first cross-linking agent, wherein the molar ratio of the third structural unit to the first structural unit is less than 0.4:100. a first structural unit represented by wherein R 1 is absent or a C1 to C40 aliphatic hydrocarbyl; a second structural unit represented by wherein R 2 is a C1 to C10 aliphatic hydrocarbyl; a third structural unit derived from a first cross-linking agent, wherein the first cross-linking agent has three reactive functional groups, wherein the reactive functional groups of the first cross-linking agent are independently a carboxyl or hydroxyl, and at least one reactive functional group of the first cross-linking agent is a secondary or tertiary hydroxyl, with the proviso that the first cross-linking agent is not malic acid; and a fourth structural unit derived from a second cross-linking agent, wherein the second cross-linking agent has three reactive functional groups, wherein the reactive functional groups of the second cross-linking agent are independently a carboxyl or hydroxyl, and at least one reactive functional group of the second cross-linking agent is a secondary or tertiary hydroxyl, with the proviso that the second cross-linking agent is different from the first cross-linking agent, wherein the molar ratio of the third structural unit to the first structural unit is less than 0.4:100.