mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a metal member, which is used as an exterior part of a vehicle, the method comprising: a molding step of: by using a laminated body including a paint substitute film that includes a thermoplastic resin film, a colored layer, and a semi-cured hard coat layer, in this order, and a protective film that is bonded to a surface of the semi-cured hard coat layer, and using a steel plate, performing thermocompression bonding on the laminated body and the steel plate, which has been heated, and performing press-molding while curing the semi-cured hard coat layer, wherein the thermoplastic resin film in the paint substitute film contains at least one selected from the group consisting of a polyolefin resin, a polyamide resin, an acrylic resin, a polyester resin, a polycarbonate resin and a polyarylene sulfide resin, the colored layer of the paint substitute film contains a binder resin and a coloring agent, the semi-cured hard coat layer of the paint substitute film contains a thermosetting resin, and the protective film contains at least one selected from the group consisting of a polyolefin resin, a polyamide resin, an acrylic resin, a polyester resin, a polycarbonate resin and a polyarylene sulfide resin. by using a laminated body including a paint substitute film that includes a thermoplastic resin film, a colored layer, and a semi-cured hard coat layer, in this order, and a protective film that is bonded to a surface of the semi-cured hard coat layer, and using a steel plate, performing thermocompression bonding on the laminated body and the steel plate, which has been heated, and performing press-molding while curing the semi-cured hard coat layer, wherein the thermoplastic resin film in the paint substitute film contains at least one selected from the group consisting of a polyolefin resin, a polyamide resin, an acrylic resin, a polyester resin, a polycarbonate resin and a polyarylene sulfide resin, the colored layer of the paint substitute film contains a binder resin and a coloring agent, the semi-cured hard coat layer of the paint substitute film contains a thermosetting resin, and the protective film contains at least one selected from the group consisting of a polyolefin resin, a polyamide resin, an acrylic resin, a polyester resin, a polycarbonate resin and a polyarylene sulfide resin.
A method performed by a Service Capability Exposure Function, SCEF, to configure power saving mode, PSM, settings for one or more wireless transmit receive units, WTRUs (102a, 102b, 102c), the method comprising: receiving, at the SCEF, a request related to one or more PSM settings for one or more WTRUs, the PSM settings comprising one or more parameters, wherein a first parameter of the one or more parameters is a time indicating a period of reachability for the one or more WTRUs, and wherein the request originates from an application server and is directed towards a core network associated with the SCEF; determining whether the one or more parameters are permitted based on the request; and on a condition that the one or more parameters are permitted, sending the one or more parameters to the core network for the one or more WTRUs, and on a condition that the one or more parameters are not permitted, sending a response to the application server with a cause indicating why the request was not permitted. receiving, at the SCEF, a request related to one or more PSM settings for one or more WTRUs, the PSM settings comprising one or more parameters, wherein a first parameter of the one or more parameters is a time indicating a period of reachability for the one or more WTRUs, and wherein the request originates from an application server and is directed towards a core network associated with the SCEF; determining whether the one or more parameters are permitted based on the request; and on a condition that the one or more parameters are permitted, sending the one or more parameters to the core network for the one or more WTRUs, and on a condition that the one or more parameters are not permitted, sending a response to the application server with a cause indicating why the request was not permitted.
Method for operating a powerline communication network on the basis of frequency ranges coinciding with frequency ranges also used by radio receivers, said powerline communication network having powerline communication network nodes (3 to 7) being connected via said network, the method comprising the steps of: - supplying frequency reuse information by using the powerline communication network to said network nodes (3 to 7) of said powerline communication network, said frequency reuse information defining a frequency range previously reserved for use by said radio receivers to receive radio signals and wherein said network nodes were previously operated so as to communicate with each other at frequencies lying outside said frequency range of said radio receivers, - wherein said network nodes (3 to 7) are currently operated in accordance to said frequency reuse information so as to communicate with each other at frequencies indicated by the frequency reuse information. - supplying frequency reuse information by using the powerline communication network to said network nodes (3 to 7) of said powerline communication network, said frequency reuse information defining a frequency range previously reserved for use by said radio receivers to receive radio signals and wherein said network nodes were previously operated so as to communicate with each other at frequencies lying outside said frequency range of said radio receivers, - wherein said network nodes (3 to 7) are currently operated in accordance to said frequency reuse information so as to communicate with each other at frequencies indicated by the frequency reuse information.
A flow sensor for enabling determination of a flow signal corresponding to a flow of a fluid of a fluid administration system, the flow sensor comprising a housing, wherein the housing has: arranged a flow input, a flow chamber and a flow output (1ο) being designed that the flow input and the flow output (1ο) can be connected to the fluid administration system such that at least an amount of the fluid of the fluid administration system can consecutively pass the flow input (1 i), the flow chamber and the flow output (1ο), wherein the housing has further arranged a first mechanical sensor for recording a raw flow signal corresponding to the flow of the fluid passing the flow chamber and an ambient noise, wherein the first mechanical sensor can sense mechanical movements induced by a change of the pressure of the fluid in the flow chamber, and wherein the housing has further arranged a second mechanical sensor for recording an ambient noise signal corresponding to the ambient noise, wherein the first mechanical sensor is arranged closer to the flow chamber than the second mechanical sensor, wherein the housing and the arrangement of the first mechanical sensor and the arrangement of the second mechanical sensor are designed that a signal processing unit receiving the raw flow signal and the ambient noise signal is enabled to determine the flow signal from the raw flow signal and the ambient noise signal in such a manner that the flow signal exhibits less ambient noise than the raw flow signal. arranged a flow input, a flow chamber and a flow output (1ο) being designed that the flow input and the flow output (1ο) can be connected to the fluid administration system such that at least an amount of the fluid of the fluid administration system can consecutively pass the flow input (1 i), the flow chamber and the flow output (1ο), wherein the housing has further arranged a first mechanical sensor for recording a raw flow signal corresponding to the flow of the fluid passing the flow chamber and an ambient noise, wherein the first mechanical sensor can sense mechanical movements induced by a change of the pressure of the fluid in the flow chamber, and wherein the housing has further arranged a second mechanical sensor for recording an ambient noise signal corresponding to the ambient noise, wherein the first mechanical sensor is arranged closer to the flow chamber than the second mechanical sensor, wherein the housing and the arrangement of the first mechanical sensor and the arrangement of the second mechanical sensor are designed that a signal processing unit receiving the raw flow signal and the ambient noise signal is enabled to determine the flow signal from the raw flow signal and the ambient noise signal in such a manner that the flow signal exhibits less ambient noise than the raw flow signal.
Insert for a storage and transport container made of plastic, which insert is provided with a base plate and a compartment with a plurality of first partition walls extending parallel to one another at a distance, and with a plurality of second partition walls extending parallel to one another at a distance, wherein the partition walls (4, 5) have slots (6, 7) by means of which the partition walls can be plugged together crosswise, wherein the partition walls are made of a hard plastic material and the slots (6, 7) extend approximately to half the height of the partition walls, characterized in that the slots (6, 7) comprise expanded open ends and, in their extension, two parallel webs serving to guide the edges of a respective slot (6, 7) to be received of a partition wall to be put together crosswise, and on the lower edges of the partition walls (4, 5) there are provided lugs which are complementary to the expanded open ends of the slots (6, 7) so that a plurality of compartments can be stacked, and the base plate has recesses corresponding to a division of the lugs on the lower edges of the partition walls (4, 5) for engaging the lugs in order to hold the partition walls (4, 5) in a non-slip manner on the base plate.
A method for migrating from an existing railroad installation to a new railroad installation, wherein the existing railroad installation has an existing field element control device for controlling a field element, and wherein the new railroad installation has a new field element control device for controlling the same field element, the method comprising: (a) providing a changeover switch which can be switched between a preferably stable first operating state and a second operating state, characterized in that the method comprises: (b) connecting the changeover switch to the field element, the existing field element control device and the new field element control device such that the changeover switch electrically connects the field element to the existing field element control device in the first operating state and to the new field element control device in the second operating state, wherein the changeover switch electrically connects the field element alternately to the existing field element control device or the new field element control device via a multi-wire interface, in particular a four-wire interface. wherein the existing railroad installation has an existing field element control device for controlling a field element, and wherein the new railroad installation has a new field element control device for controlling the same field element, the method comprising: (a) providing a changeover switch which can be switched between a preferably stable first operating state and a second operating state, (a) providing a changeover switch which can be switched between a preferably stable first operating state and a second operating state, characterized in that the method comprises: (b) connecting the changeover switch to the field element, the existing field element control device and the new field element control device such that the changeover switch electrically connects the field element to the existing field element control device in the first operating state and to the new field element control device in the second operating state, wherein the changeover switch electrically connects the field element alternately to the existing field element control device or the new field element control device via a multi-wire interface, in particular a four-wire interface. (b) connecting the changeover switch to the field element, the existing field element control device and the new field element control device such that the changeover switch electrically connects the field element to the existing field element control device in the first operating state and to the new field element control device in the second operating state, wherein the changeover switch electrically connects the field element alternately to the existing field element control device or the new field element control device via a multi-wire interface, in particular a four-wire interface.
Rapid release coupling comprising a first medium conducting end piece, a second medium conducting end piece, a coupling piece provided at the first medium conducting end piece, and a coupling counter piece that is provided at the second medium conducting end piece and can be actively connected to the coupling piece, wherein via coupling piece and coupling counter piece coupling and fluid connection of first and second medium conducting end piece (1, 2) can be carried out simultaneously, wherein the coupling counter piece can be gripped by the coupling piece and be brought into a linkage position, and inside the medium conducting end pieces (1, 2) a locking system of the rapid release coupling is provided, wherein the rapid release coupling is designed such during production of a sealing contact between coupling piece and coupling counter piece the locking system is activated for its release, wherein the coupling piece has a mounting device for the coupling counter piece, and the mounting device engages around or behind the coupling counter piece at least in sections, wherein the mounting device is designed as sleeve or semi-sleeve that can shift in axial direction and with respect to the coupling piece, wherein the claw-like mounting device is arranged movably against the power of a spring of the rapid release coupling, wherein the spring is supported in or at medium conducting end piece (1, 2) allocated to the coupling piece, and/or a projection is provided that is encompassed by the end area of the spring or projects in the end area of the spring, characterized in that the spring is arranged surrounding the coupling piece, and that a locking device is provided defining a connection of coupling counter piece and coupling piece in the linkage position, and as locking device an arm with at least one guiding crank is provided that is applied to the mounting device and has a swiveling axle, wherein in the guiding crank at least one projection or bolt at the coupling piece or at the medium conducting end piece (1, 2) allocated to the coupling piece is guided.
A slide bearing for supporting a load applied to a shaft member while allowing rotation of the shaft member, comprising: an upper case attached to an object to be supported by the shaft member in a state that the shaft member is inserted in the upper case; a lower case rotatably combined with the upper case in a state that the shaft member is inserted in the lower case, so that an annular space is formed between the upper case and the lower case; an annular center plate placed in the annular space; and a pair of annular sliding sheets placed over and under the center plate in the annular space; wherein the center plate comprises a bearing surface with a pair of annular projected portions (42a, 42b) and an annular recessed portion arranged between the annular projected portions and has a wave shape in cross-section in the direction of its axis, wherein the annular recessed portion is filled with a lubricant; and wherein either the center plate or each of the sliding sheets is formed of elastically-deformable material having a lower elastic modulus than the other. an upper case attached to an object to be supported by the shaft member in a state that the shaft member is inserted in the upper case; a lower case rotatably combined with the upper case in a state that the shaft member is inserted in the lower case, so that an annular space is formed between the upper case and the lower case; an annular center plate placed in the annular space; and a pair of annular sliding sheets placed over and under the center plate in the annular space; wherein the center plate comprises a bearing surface with a pair of annular projected portions (42a, 42b) and an annular recessed portion arranged between the annular projected portions and has a wave shape in cross-section in the direction of its axis, wherein the annular recessed portion is filled with a lubricant; and wherein either the center plate or each of the sliding sheets is formed of elastically-deformable material having a lower elastic modulus than the other.
Device for dosing a foodstuff having a housing with a container for holding the foodstuff, comprising a receiving space, at a bottom of which at least one outlet opening is arranged, with at least one cylinder with a piston, with an inlet opening and an outlet opening, wherein an outlet valve opening upon pressure is provided in the cylinder for opening and closing the outlet opening of the cylinder, wherein the end of the piston protruding from the cylinder is movable on a drive device in the direction of the longitudinal axis of the cylinder, characterized by a heating block having a bottom side, the bottom side is complementary to a portion of the cylinder, wherein the heating block is removable from the housing and from the container. having a housing with a container for holding the foodstuff, comprising a receiving space, at a bottom of which at least one outlet opening is arranged, with at least one cylinder with a piston, with an inlet opening and an outlet opening, wherein an outlet valve opening upon pressure is provided in the cylinder for opening and closing the outlet opening of the cylinder, wherein the end of the piston protruding from the cylinder is movable on a drive device in the direction of the longitudinal axis of the cylinder, characterized by a heating block having a bottom side, the bottom side is complementary to a portion of the cylinder, wherein the heating block is removable from the housing and from the container.
A computer-implemented method, comprising receiving, at a computing device, a request from a user to display descriptors of media programming scheduled during a time period; identifying people associated with the user employing information stored in a computer database wherein the people are identified from a list of friends predetermined by the user and by querying a social networking server with an identifier for the user and obtaining in return the list of friends; identifying time-associated media programs scheduled on behalf of the identified people; and providing, for display to the user, the descriptions of the identified people and of the time-associated media programs wherein: the display comprises a presentation of an electronic program guide containing personalized channels for one or more of the identified people; when a communication with a new contact starts the new contact's media programming selections are added as a row in the electronic program guide; and when the user ends communication with a particular contact, the electronic program guide is changed or reduced by elimination of a channel representing that particular contact's media selections. the display comprises a presentation of an electronic program guide containing personalized channels for one or more of the identified people; when a communication with a new contact starts the new contact's media programming selections are added as a row in the electronic program guide; and when the user ends communication with a particular contact, the electronic program guide is changed or reduced by elimination of a channel representing that particular contact's media selections.
A method of coding video data, the method comprising: coding (104, 122) a video parameter set, VPS, for a plurality of layers of video data, wherein each of the plurality of layers of video data refer to the VPS, and wherein coding the VPS comprises: coding data of the VPS indicative of a number of frames to be reordered in at least one of the plurality of layers of video data, coding data of the VPS indicative of a number of pictures to be stored in a decoded picture buffer, DPB, during decoding of the plurality of layers of video data, and coding data of the VPS indicative of a maximum number of temporal layers in the plurality of layers of video data; and coding (114, 130) the plurality of layers of video data based at least in part on the VPS. coding (104, 122) a video parameter set, VPS, for a plurality of layers of video data, wherein each of the plurality of layers of video data refer to the VPS, and wherein coding the VPS comprises: coding data of the VPS indicative of a number of frames to be reordered in at least one of the plurality of layers of video data, coding data of the VPS indicative of a number of pictures to be stored in a decoded picture buffer, DPB, during decoding of the plurality of layers of video data, and coding data of the VPS indicative of a maximum number of temporal layers in the plurality of layers of video data; and coding data of the VPS indicative of a number of frames to be reordered in at least one of the plurality of layers of video data, coding data of the VPS indicative of a number of pictures to be stored in a decoded picture buffer, DPB, during decoding of the plurality of layers of video data, and coding data of the VPS indicative of a maximum number of temporal layers in the plurality of layers of video data; and coding (114, 130) the plurality of layers of video data based at least in part on the VPS.
The isolated bacterial strain deposited under number VTT-E-193585 or a genetically-modified or mutated strain generated using said bacterial strain, wherein said genetically-modified or mutated strain has retained the ability to grow using hydrogen gas as energy source and carbon dioxide as the only carbon source.