mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communications, comprising: receiving, by a user plane of a base station from a control plane of the base station, a quality of service, QoS, update, wherein the QoS update includes information indicative of a mapping between a QoS flow and a corresponding radio resource for user data transmission, and one or more quality of service flow identities, QFIs, for one or more quality of service, QoS, flows that are non-access stratum, NAS, reflective, and wherein the QoS update is received in response to the QoS flow and the corresponding radio resource that are remapped by the control plane of the base station; storing, at the user plane, the information from the QoS update; receiving, by the user plane, a downlink data packet of the QoS flow from a core network, wherein the downlink data packet comprises a quality of service flow identity, QFI; performing a determination, by the user plane, that the QFI is same as one of the one or more QFIs that are NAS reflective; and transmitting, by the user plane, the downlink data packet of the QoS flow on the corresponding radio resource, wherein the downlink data packet is transmitted with the QFI in the downlink data packet in response to the determination. receiving, by a user plane of a base station from a control plane of the base station, a quality of service, QoS, update, wherein the QoS update includes information indicative of a mapping between a QoS flow and a corresponding radio resource for user data transmission, and one or more quality of service flow identities, QFIs, for one or more quality of service, QoS, flows that are non-access stratum, NAS, reflective, and wherein the QoS update is received in response to the QoS flow and the corresponding radio resource that are remapped by the control plane of the base station; storing, at the user plane, the information from the QoS update; receiving, by the user plane, a downlink data packet of the QoS flow from a core network, wherein the downlink data packet comprises a quality of service flow identity, QFI; performing a determination, by the user plane, that the QFI is same as one of the one or more QFIs that are NAS reflective; and transmitting, by the user plane, the downlink data packet of the QoS flow on the corresponding radio resource, wherein the downlink data packet is transmitted with the QFI in the downlink data packet in response to the determination.
Flexible dispatch pouch of the envelope type, which comprises an internal pocket defining a compartment for receiving an article, and external pocket incorporating the internal pocket, an opening arranged on the internal and external pockets for accessing a compartment, the internal pocket and the external pocket being attached together so as to define an inflatable chamber around said internal pocket, the pouch comprising a conduit extending inside the chamber, the conduit including an outlet emerging in the chamber and an inlet emerging on the outside of the pouch, the conduit being implemented directly between a face of the external pocket and a face of the internal pocket, characterised in that the conduit extends in the direction of the length of the pouch so that inflating the chamber forms at least one fold on the pouch, said fold providing the closure of the conduit.
A bearing assembly to be mounted in a bearing support, having at least one rotary bearing and at least one elastomer sleeve receiving the rotary bearing, wherein the elastomer sleeve has at least one frictional contact surface which is configured to be received in the bearing support, wherein the elastomer sleeve comprises at least one stop collar, wherein the elastomer sleeve comprises recesses, and wherein U-shaped spring clips are arranged in the recesses, with which the elastomer sleeve is secured to the bearing support, characterised in that the U-shaped spring clips engage around the bearing support through the recesses and fix the stop collar of the elastomer sleeve to the edge of the bearing support, and in that an inner part of the U-shaped spring clips contacts the inner part of the bearing support and an outer part of the U-shaped spring clips contacts the outer part of the bearing support. wherein the elastomer sleeve comprises at least one stop collar, wherein the elastomer sleeve comprises recesses, and wherein U-shaped spring clips are arranged in the recesses, with which the elastomer sleeve is secured to the bearing support, characterised in that the U-shaped spring clips engage around the bearing support through the recesses and fix the stop collar of the elastomer sleeve to the edge of the bearing support, and in that an inner part of the U-shaped spring clips contacts the inner part of the bearing support and an outer part of the U-shaped spring clips contacts the outer part of the bearing support.
A terminal apparatus comprising: a MAC, Medium Access Control, layer processing unit configured to initiate a random access procedure on a primary cell, and initiate a random access procedure on a secondary cell, and in a case in which at least one scheduling request is pending, no UL-SCH, uplink shared channel, resources are available for a transmission, a PUCCH, Physical Uplink Control Channel, resource for the scheduling request is configured only on the secondary cell, and a value of a counter which counts the number of scheduling requests transmitted is smaller than a predetermined value, increment the value of the counter by 1 and instruct a transmission unit to transmit the scheduling request on the PUCCH; and the transmission unit configured to transmit the scheduling request on the PUCCH on the secondary cell, wherein the MAC layer processing unit is further configured to, in a case in which at least one scheduling request is pending, no UL-SCH resources are available for the transmission, the PUCCH resource for the scheduling request is configured only on the secondary cell, and the secondary cell is deactivated, initiate the random access procedure on the primary cell out of the primary cell and the secondary cell, the primary cell in which the terminal apparatus performed an initial connection establishment procedure and the PUCCH resource for the scheduling request being configured on the secondary cell. a MAC, Medium Access Control, layer processing unit configured to initiate a random access procedure on a primary cell, and initiate a random access procedure on a secondary cell, and in a case in which at least one scheduling request is pending, no UL-SCH, uplink shared channel, resources are available for a transmission, a PUCCH, Physical Uplink Control Channel, resource for the scheduling request is configured only on the secondary cell, and a value of a counter which counts the number of scheduling requests transmitted is smaller than a predetermined value, increment the value of the counter by 1 and instruct a transmission unit to transmit the scheduling request on the PUCCH; and the transmission unit configured to transmit the scheduling request on the PUCCH on the secondary cell, wherein the MAC layer processing unit is further configured to, in a case in which at least one scheduling request is pending, no UL-SCH resources are available for the transmission, the PUCCH resource for the scheduling request is configured only on the secondary cell, and the secondary cell is deactivated, initiate the random access procedure on the primary cell out of the primary cell and the secondary cell, the primary cell in which the terminal apparatus performed an initial connection establishment procedure and the PUCCH resource for the scheduling request being configured on the secondary cell.
A dual band antenna, comprising: a dielectric substrate; first, second, and third conductors (102, 104, 106) defined on a first surface of the dielectric substrate in an antenna area, wherein the second and the third conductors (104, 106) are spaced apart from the first conductor and are capacitively coupled to the first conductor; and a transmitter feed line in electrical contact with the first conductor and configured to communicate a radio frequency electrical signal, wherein the first conductor has an effective length corresponding to a quarter wavelength at a first frequency in a first frequency band, the second conductor has an effective length corresponding to a half wavelength at a frequency in a second frequency band different from the first frequency band, and the third conductor has an effective length corresponding to a half wavelength at a second frequency in the first frequency band, wherein the first frequency band is at about 5-6 GHz and the second frequency band is at about 2-3 GHz and the first frequency and second frequency in the first frequency band are different frequencies. a dielectric substrate; first, second, and third conductors (102, 104, 106) defined on a first surface of the dielectric substrate in an antenna area, wherein the second and the third conductors (104, 106) are spaced apart from the first conductor and are capacitively coupled to the first conductor; and a transmitter feed line in electrical contact with the first conductor and configured to communicate a radio frequency electrical signal, wherein the first conductor has an effective length corresponding to a quarter wavelength at a first frequency in a first frequency band, the second conductor has an effective length corresponding to a half wavelength at a frequency in a second frequency band different from the first frequency band, and the third conductor has an effective length corresponding to a half wavelength at a second frequency in the first frequency band, wherein the first frequency band is at about 5-6 GHz and the second frequency band is at about 2-3 GHz and the first frequency and second frequency in the first frequency band are different frequencies.
A coherent light projection system comprising: a coherent light source system configured at least to emit coherent light; an image forming system including one or more spatial light modulators configured to interact with the coherent light in a manner consistent with image data; a relay system configured at least to form an intermediate image at an intermediate image plane from coherent light output from the image forming system, the intermediate image being an aerial real image; characterized by a speckle reduction element located at or substantially at the intermediate image plane, the speckle reduction element having surface structures formed on a curved surface configured to transfer the intermediate image through it; a movement generating system configured at least to move the speckle reduction element; and a projection subsystem configured at least to project the intermediate image, as transferred through the speckle reduction element, onto a displayed image plane at a display surface, wherein the projection subsystem is adapted to project a curved object surface onto the displayed image plane at the display surface, and wherein the curvature of the curved object surface substantially matches the curvature of the curved surface of the speckle reduction element. a coherent light source system configured at least to emit coherent light; an image forming system including one or more spatial light modulators configured to interact with the coherent light in a manner consistent with image data; a relay system configured at least to form an intermediate image at an intermediate image plane from coherent light output from the image forming system, the intermediate image being an aerial real image; characterized by a speckle reduction element located at or substantially at the intermediate image plane, the speckle reduction element having surface structures formed on a curved surface configured to transfer the intermediate image through it; a movement generating system configured at least to move the speckle reduction element; and a projection subsystem configured at least to project the intermediate image, as transferred through the speckle reduction element, onto a displayed image plane at a display surface, wherein the projection subsystem is adapted to project a curved object surface onto the displayed image plane at the display surface, and wherein the curvature of the curved object surface substantially matches the curvature of the curved surface of the speckle reduction element.
A method for preparing rod-like smoking products, preferably on a drum machine of the tobacco-processing industry or a filter assembler machine, wherein rod-like articles of the tobacco-processing industry will be or are arranged in receiving troughs of rotating conveyor drums (12, 14, 22, 24, 26, 28, 32, 34) of a conveying arrangement for conveying rod-like articles transversely axially behind one another and are conveyed by the rotation of the conveyor drums (12, 14, 22, 24, 26, 32, 34) in the transverse axial direction and wherein the rod-like articles are transferred in the respective transfer region between two conveyor drums by in each case a conveyor drum dispensing articles to a conveyor drum receiving articles, wherein the conveyor arrangement has a first conveying section with a first cutting drum and a first cutting device arranged on the first cutting drum for cutting rod-like articles and a second conveying section with a second cutting drum and a second cutting device arranged on the second cutting drum for cutting rod-like articles, wherein rod-like articles of multiple ready-for-use length are each cut into rod-shaped article rods (111, 112, 113) on the first cutting drum of the first conveying section and the rod-like article rods (111, 112, 113) are subsequently each cut into article rod pieces (111.A, 111.B; 112.A, 112.B; 113.A, 113.B) on the second cutting drum of the second conveying section, wherein a feeding device for feeding smoking article components to the rod-like articles conveyed on the conveyor drums is provided with respect to the transverse axial conveying direction of the rod-like articles after the first cutting drum of the first conveying section and the second cutting drum of the second conveying section, wherein in the first conveying section the rod-like articles are conveyed on the first cutting drum with a first predetermined pitch between the receiving troughs of the first cutting drum and wherein, in the second conveying section, the rod-like articles are conveyed on the second cutting drum with a second predetermined pitch between the receiving troughs of the second cutting drum, characterized in that the first predetermined pitch of the first cutting drum of the first conveying section is equal to or greater than the second predetermined pitch of the second cutting drum of the second conveying section.
A system having a plurality of industrial controllers (102; 80), each having a file system comprising a set of common file services including Get File Information, Read File, Write File, Create File, Delete File, Open File and Close File, the system comprising: a local server coupled to the plurality of industrial controllers through a first network, the local server including a plurality of user defined routine files and a plurality of recipe files, each of the industrial controllers accessing the user defined routine files and the recipe files through the file system of the respective industrial controller; and a remote computer coupled to the local server through a second network, the plurality of industrial controllers logging and retrieving measured data and trend data through the remote computer using the file system of the respective industrial controller. a local server coupled to the plurality of industrial controllers through a first network, the local server including a plurality of user defined routine files and a plurality of recipe files, each of the industrial controllers accessing the user defined routine files and the recipe files through the file system of the respective industrial controller; and a remote computer coupled to the local server through a second network, the plurality of industrial controllers logging and retrieving measured data and trend data through the remote computer using the file system of the respective industrial controller.
A method for sharing a same profile on different integrated circuit cards included in mobile devices (10 1...10 p), the method including the operations of: in the plurality of mobile devices (10 1...10 p) configured to operate with a mobile communication network and during a setup phase (510, 520) the profile to be shared among such mobile devices (10 1...10 p) being loaded on all the mobile devices (10 1...10 p), which is enabled for operation on only one currently enabled mobile device (10 j) in said plurality of devices (10 1...10 p), said mobile devices (10 1...10 p) having different respective identifier information (SC1, SC2) upon an user's request, performing a procedure enabling said given profile on a mobile device to be enabled (10 k) in said plurality of devices (10 1...10 p) different from said currently enabled mobile device (10 j), performing a network attach procedure including sending at least the identifier information (SC2; SC, EC2) of said mobile device to be enabled (10 k) comprising at least subscriber information, to the mobile network, performing a mobile device authentication procedure between the mobile communication network and the mobile device to be enabled (10 k), performing (552, 553) in the mobile communication network on the basis of the received identifier information (SC2; SC, EC2) a location update operation using the identifier information (SC2; SC, EC2) of said mobile device to be enabled (10 k), said location update operation comprising then performing cancellation of the location of the currently enabled mobile device (10 j). in the plurality of mobile devices (10 1...10 p) configured to operate with a mobile communication network and during a setup phase (510, 520) the profile to be shared among such mobile devices (10 1...10 p) being loaded on all the mobile devices (10 1...10 p), which is enabled for operation on only one currently enabled mobile device (10 j) in said plurality of devices (10 1...10 p), said mobile devices (10 1...10 p) having different respective identifier information (SC1, SC2) upon an user's request, performing a procedure enabling said given profile on a mobile device to be enabled (10 k) in said plurality of devices (10 1...10 p) different from said currently enabled mobile device (10 j), performing a network attach procedure including sending at least the identifier information (SC2; SC, EC2) of said mobile device to be enabled (10 k) comprising at least subscriber information, to the mobile network, performing a mobile device authentication procedure between the mobile communication network and the mobile device to be enabled (10 k), performing (552, 553) in the mobile communication network on the basis of the received identifier information (SC2; SC, EC2) a location update operation using the identifier information (SC2; SC, EC2) of said mobile device to be enabled (10 k), said location update operation comprising then performing cancellation of the location of the currently enabled mobile device (10 j).
A vacuum pump apparatus comprising: a pair of pump rotors (6a to 6d) arranged opposite to each other, the pair of pump rotors (6a to 6d) being a roots rotor or a claw rotor; a pair of shafts fixed to the pair of pump rotors (6a to 6d), the pair of shafts extending in a vertical direction; a motor configured to rotate the pair of pump rotors (6a to 6d); a pair of timing gears fixed to the pair of shafts, the pair of timing gears meshing with each other; characterised by: a fixed-side bearing (20, 21) arranged above the pair of pump rotors (6a to 6d), the fixed-side bearing (20, 21) being restricted in movement in an axial direction of the pair of shafts; and a free-side bearing configured to support the shaft together with the fixed-side bearing (20, 21), the free-side bearing being movable in the axial direction. a pair of pump rotors (6a to 6d) arranged opposite to each other, the pair of pump rotors (6a to 6d) being a roots rotor or a claw rotor; a pair of shafts fixed to the pair of pump rotors (6a to 6d), the pair of shafts extending in a vertical direction; a motor configured to rotate the pair of pump rotors (6a to 6d); a pair of timing gears fixed to the pair of shafts, the pair of timing gears meshing with each other; a fixed-side bearing (20, 21) arranged above the pair of pump rotors (6a to 6d), the fixed-side bearing (20, 21) being restricted in movement in an axial direction of the pair of shafts; and a free-side bearing configured to support the shaft together with the fixed-side bearing (20, 21), the free-side bearing being movable in the axial direction.
A miniature air gap inspection crawler, comprising: a base comprising a plurality of magnets positioned therein and a keeper plate positioned adjacent to the plurality of magnets, the keeper plate having a plurality of apertures, and being moveable to align the apertures with the magnets to attach the crawler to the field of a generator; a linear drive mechanism (200, 210) comprising a pair of belt assemblies; a circumferential drive mechanism (330, 340) comprising a pair of drive roller assemblies and a pair of wing assemblies (330, 340) which may be maneuvered about the base such that either the linear drive mechanism (200, 210) or the circumferential drive mechanism (330, 340) may be employed to move the crawler in any desired direction along the field; and an inspection module connected to the base, wherein the inspection module comprises an ultrasonic device. a base comprising a plurality of magnets positioned therein and a keeper plate positioned adjacent to the plurality of magnets, the keeper plate having a plurality of apertures, and being moveable to align the apertures with the magnets to attach the crawler to the field of a generator; a linear drive mechanism (200, 210) comprising a pair of belt assemblies; a circumferential drive mechanism (330, 340) comprising a pair of drive roller assemblies and a pair of wing assemblies (330, 340) which may be maneuvered about the base such that either the linear drive mechanism (200, 210) or the circumferential drive mechanism (330, 340) may be employed to move the crawler in any desired direction along the field; and an inspection module connected to the base, wherein the inspection module comprises an ultrasonic device.
A computer-implemented method of rendering graphics in a computer device, comprising: receiving, at a graphics processing unit, GPU, a memory location address of a portion of a primitive to be rendered along with an indication of one or more values of one or more pixel shader parameters for the portion of the primitive, wherein the one or more pixel shader parameters include a shading rate or an indication of a stencil from a stencil buffer; selecting, by the GPU, multiple pixel shaders (125, 127) from a plurality of possible pixel shaders based on the indication of the one or more values of the one or more pixel shader parameters; and generating, by the GPU, multiple outputs (131, 133) of a render target of the portion of the primitive based on applying the pixel shader (125, 127) to the portion of the primitive; Merging said multiple outputs to the at least one render target for rendering the portion of the primitive. receiving, at a graphics processing unit, GPU, a memory location address of a portion of a primitive to be rendered along with an indication of one or more values of one or more pixel shader parameters for the portion of the primitive, wherein the one or more pixel shader parameters include a shading rate or an indication of a stencil from a stencil buffer; selecting, by the GPU, multiple pixel shaders (125, 127) from a plurality of possible pixel shaders based on the indication of the one or more values of the one or more pixel shader parameters; and generating, by the GPU, multiple outputs (131, 133) of a render target of the portion of the primitive based on applying the pixel shader (125, 127) to the portion of the primitive;