mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting Multimedia Broadcast Multicast Service (MBMS) paging indication signaling, characterized in that the method comprises: assigning, by a network side, bit resource which bears a Multipoint Control Channel (MCCH) modification indication for each MCCH according to available resources of paging indication signaling and a maximum number of MCCHs supported by a cell, and configuring mapping information of each MCCH modification indication which indicates whether content of the MCCH has changed in the paging indication signaling by the network side; and the MCCH modification indication corresponding to the configured MCCH being included in the paging indication signaling which is transmitted by the network side; wherein the available resource of the paging indication signaling is a Physical Downlink Control Channel (PDCCH) which bears the paging indication signaling; in step of transmitting the paging indication signaling by the network side, the network side continuously or separately populates the PDCCH with the MCCH modification indication corresponding to the configured MCCH; wherein the mapping information of the each MCCH modification indication in the paging indication signaling is an arrangement order and an initial position, on the PDCCH, of the MCCH modification indication corresponding to each configured MCCH. assigning, by a network side, bit resource which bears a Multipoint Control Channel (MCCH) modification indication for each MCCH according to available resources of paging indication signaling and a maximum number of MCCHs supported by a cell, and configuring mapping information of each MCCH modification indication which indicates whether content of the MCCH has changed in the paging indication signaling by the network side; and the MCCH modification indication corresponding to the configured MCCH being included in the paging indication signaling which is transmitted by the network side; wherein the available resource of the paging indication signaling is a Physical Downlink Control Channel (PDCCH) which bears the paging indication signaling; in step of transmitting the paging indication signaling by the network side, the network side continuously or separately populates the PDCCH with the MCCH modification indication corresponding to the configured MCCH; wherein the mapping information of the each MCCH modification indication in the paging indication signaling is an arrangement order and an initial position, on the PDCCH, of the MCCH modification indication corresponding to each configured MCCH.
A method for controlling access of a smart device, which is applied in a terminal, characterized in that the method comprises: detecting (S11, S21, S31) whether the terminal itself would communicate with a router through a Low Density Parity Check Code LDPC coding-decoding scheme when access to a Wireless Local Area Network WLAN is requested; upon determining that the terminal itself would communicate with the router through the LDPC coding-decoding scheme, ceasing (S12, S22, S32) establishing connection with the router; selecting a non-LDPC coding-decoding scheme under 802.11n protocol, or switching to 802.11b/g protocol and selecting a coding-decoding scheme; and broadcasting (S 13, S23) information about the WLAN through the non-LDPC coding-decoding scheme, the information about the WLAN being used for the smart device to access the WLAN via the router. detecting (S11, S21, S31) whether the terminal itself would communicate with a router through a Low Density Parity Check Code LDPC coding-decoding scheme when access to a Wireless Local Area Network WLAN is requested; upon determining that the terminal itself would communicate with the router through the LDPC coding-decoding scheme, ceasing (S12, S22, S32) establishing connection with the router; selecting a non-LDPC coding-decoding scheme under 802.11n protocol, or switching to 802.11b/g protocol and selecting a coding-decoding scheme; and broadcasting (S 13, S23) information about the WLAN through the non-LDPC coding-decoding scheme, the information about the WLAN being used for the smart device to access the WLAN via the router.
A method for maintaining the pluripotency of pluripotent stem cells in vitro, comprising: providing a substrate having a coating thereon, the coating comprising recombinant laminin 511 (laminin-10); and placing the pluripotent stem cells on the coating as monolayer at a density of 200 cells / mm 2 or less and such that each stem cell does not contact another stem cell, and culturing the stem cells in a growth medium, wherein the growth medium and the coating are devoid of any differentiation inhibitors, feeder cells, and differentiation inductors. providing a substrate having a coating thereon, the coating comprising recombinant laminin 511 (laminin-10); and placing the pluripotent stem cells on the coating as monolayer at a density of 200 cells / mm 2 or less and such that each stem cell does not contact another stem cell, and culturing the stem cells in a growth medium, wherein the growth medium and the coating are devoid of any differentiation inhibitors, feeder cells, and differentiation inductors.
Solar circulation pump for connection to a photovoltaic panel device, comprising an electric motor which is electronically commutated and has a control device for supplying a periodic commutation signal, the control device being so configured that the commutation signal is constantly varied with respect to the ratio of switch-on time to switch-off time, the control device comprising a control circuit in which the rotational speed of a rotor of the electric motor is the controlled magnitude, and the ratio of switch-on time and switch-off time in the commutation signal is the control quantity, the variation of the ratio of switch-on time and switch-off time in the commutation signal taking place by steps of increasing or decreasing the ratio, and the control aim for the controlled magnitude being maximization of the rotational speed, and a measuring device being provided for the rotational speed or for a magnitude that characterizes the rotational speed.
A spray coating device, comprising a bell cup (206, 286, 292, 306) having a generally parabolic flow surface (210, 296) and a flip edge (288, 308) between the generally parabolic flow surface (210, 296) and an outer edge of the bell cup (206, 286, 292, 306), characterized in that the flip edge (288, 308) has an angle (γ) discontinuous from the generally parabolic flow surface (210, 296).
A method for communicating cell system information to be used in conjunction with the sharing of physical spectrum resources among base stations in a radio telecommunication network including a plurality of base stations and at least a mobile station, wherein for updating cell system information a base station communicates at least a first information about future cell system parameters relating to a predetermined future cell configuration of said communicating base station, wherein said communicating base station additionally communicates second information which indicates a time or a time range when said future cell system parameters will take effect and that said communicating base station only tentatively intends to change to the predetermined future cell configuration.
A method for use in a wireless transmitter (110, 120) of a wireless communication network, the method comprising: transmitting, to a wireless receiver (120, 110) of the wireless communication network, control information relating to a slot, the control information including: an indication of whether the slot is of a first type or a second type; and when the slot is of the second type, a reference signal timing indication; wherein: a slot of the first type corresponds with a prescheduled slot interval; and a slot of the second type either starts between prescheduled slot interval boundaries and has an arbitrary length or starts at a prescheduled slot interval boundary and has a reduced length. an indication of whether the slot is of a first type or a second type; and when the slot is of the second type, a reference signal timing indication; wherein: a slot of the first type corresponds with a prescheduled slot interval; and a slot of the second type either starts between prescheduled slot interval boundaries and has an arbitrary length or starts at a prescheduled slot interval boundary and has a reduced length. a slot of the first type corresponds with a prescheduled slot interval; and a slot of the second type either starts between prescheduled slot interval boundaries and has an arbitrary length or starts at a prescheduled slot interval boundary and has a reduced length.
A light-output device (10; 70; 80; 90; 98; 110) comprising a light guide (11; 101; 111), wherein the light guide (11; 101; 111) comprises first and second oppositely arranged faces; a plurality of in-coupling portions (13a-f), each being adapted to in-couple light from an associated light-source (12a-f); and a plurality of out-coupling portions (15a-f; 103; 113a-f), each being adjacent to a corresponding one of said in-coupling portions (13a-f), wherein each out-coupling portion (15a-f; 103; 113a-f) is configured to out-couple a primary light beam having a direction of propagation directed from a position in said corresponding in-coupling portion (13a-f) with a lower out-coupling efficiency than a secondary light beam having a direction of propagation directed from a position in the light guide (11; 101; 111) outside said corresponding in-coupling portion (13a-f), wherein each out-coupling portion (15a-f; 103; 113a-f) comprises a plurality of out-coupling structures (17, 20, 21; 114a-d), wherein said out-coupling structures include a plurality of grooves (17, 20, 21) formed on at least one of said first and second faces of the light guide, each of said grooves (17, 20, 21) essentially extending along a projection of a respective one of said primary light beams in said face of the light guide (11; 101) in said out-coupling portion, wherein the light-output device (10; 70; 80; 90; 98; 110) further comprises a plurality of light-sources (12a-f; 112a-f), each being arranged at a respective one of said in-coupling portions, characterized in that the light guide (11; 101; 111) has redirecting means arranged between adjacent out-coupling portions (15a-f; 113a-f), the redirecting means being partially redirecting means, wherein neighboring ones of said light-sources (12a-f; 112a-f) are adapted to emit differently colored light, thereby improving color uniformity of light output by said light-output device (10; 70; 80; 90; 98; 110).
An image forming apparatus, comprising: image forming means for forming a toner image on a medium; a heat source (55;51); a fixing rotating body receiving heat supplied from said heat source; and a pressurizing rotating body adapted to form a nip portion with said fixing rotating body; feeding means (42, 43, 44) for feeding said medium at a speed synchronized with circumferential speed of said fixing rotating body and said pressurizing rotating body, so that said medium having said toner image formed thereon passes through said nip portion; temperature adjusting means (56, 6) for controlling an amount of heat generated by said heat source so that temperature of said fixing rotating body attains to a prescribed value; and control means for switching between a first mode in which said fixing rotating body and said pressurizing rotating body rotate at a first circumferential speed and said medium is fed to said image forming means at a first distance interval, and a second mode in which said fixing rotating body and said pressurizing rotating body rotate at a second circumferential speed higher than said first circumferential speed and said medium is fed to said image forming means at a second distance interval longer than said first distance interval. image forming means for forming a toner image on a medium; a heat source (55;51); a fixing rotating body receiving heat supplied from said heat source; and a pressurizing rotating body adapted to form a nip portion with said fixing rotating body; feeding means (42, 43, 44) for feeding said medium at a speed synchronized with circumferential speed of said fixing rotating body and said pressurizing rotating body, so that said medium having said toner image formed thereon passes through said nip portion; temperature adjusting means (56, 6) for controlling an amount of heat generated by said heat source so that temperature of said fixing rotating body attains to a prescribed value; and control means for switching between a first mode in which said fixing rotating body and said pressurizing rotating body rotate at a first circumferential speed and said medium is fed to said image forming means at a first distance interval, and a second mode in which said fixing rotating body and said pressurizing rotating body rotate at a second circumferential speed higher than said first circumferential speed and said medium is fed to said image forming means at a second distance interval longer than said first distance interval.
A method of operating a system, the method performed by the system comprising the steps of: responding to a page fault by determining if the page fault resulted from a stack access; creating a superpage in a page table and creating a corresponding translation lookaside buffer, TLB, entry for the superpage if the page fault did result from a stack access; and creating a normal size page in the page table if the page fault did not result from a stack access, characterized in that the step of responding to a page fault by determining if the page fault resulted from a stack access comprises determining that the page fault results from a stack access if the most significant bit of the faulting address is a 1. responding to a page fault by determining if the page fault resulted from a stack access; creating a superpage in a page table and creating a corresponding translation lookaside buffer, TLB, entry for the superpage if the page fault did result from a stack access; and creating a normal size page in the page table if the page fault did not result from a stack access, characterized in that the step of responding to a page fault by determining if the page fault resulted from a stack access comprises determining that the page fault results from a stack access if the most significant bit of the faulting address is a 1.
Prosthetic dental device comprising: - a first axial-symmetric intraosseus component, or implant, in which a first axial cavity is made, open toward the outside, partly threaded and provided with a conical wall; - a second component, or abutment configured to be connected on one side to said first intraosseus component and to support, on another side, a prosthetic dental component; - an axial-symmetric intermediate connection component provided with a distal part with a second axial cavity open toward the outside, a proximal part provided externally with a threaded portion that, during use, is screwed into said first axial cavity, and an intermediate part located between said distal part and said proximal part and provided with at least a conical portion, converging toward said proximal part and coupled with conicity to said conical wall, characterized in that said second axial cavity of said intermediate connection component is provided with a conical part and a threaded part more internal with respect to the conical part, with a diameter of the threading equal to that of said threaded portion, and in that said conical portion of said intermediate part has a conicity equal to the conicity of said conical part of said axial cavity. - a first axial-symmetric intraosseus component, or implant, in which a first axial cavity is made, open toward the outside, partly threaded and provided with a conical wall; - a second component, or abutment configured to be connected on one side to said first intraosseus component and to support, on another side, a prosthetic dental component; - an axial-symmetric intermediate connection component provided with a distal part with a second axial cavity open toward the outside, a proximal part provided externally with a threaded portion that, during use, is screwed into said first axial cavity, and an intermediate part located between said distal part and said proximal part and provided with at least a conical portion, converging toward said proximal part and coupled with conicity to said conical wall, characterized in that said second axial cavity of said intermediate connection component is provided with a conical part and a threaded part more internal with respect to the conical part, with a diameter of the threading equal to that of said threaded portion, and in that said conical portion of said intermediate part has a conicity equal to the conicity of said conical part of said axial cavity.
Method for conveying a non woven web by means of a conveying belt comprising at least one conveying section which is submitted to speed changes, characterized in that the non woven web and/or the conveying belt is or are electrostatically charged, so as to make said non woven web adhere to the surface of the conveying belt in said speed changing conveying section.
A variable stiffness guidewire comprising a core wire having a proximal portion and a distal portion, the distal portion having distal and proximal segments (10, 9) and the proximal portion having distal and proximal segments; the core wire proximal portion comprising stainless steel; and the core wire having an atraumatic tip attached to its extreme end, the guidewire being characterised by: the core wire distal portion comprising; a superelastic distal segment and a linear elastic proximal segment; wherein the core wire extends from the core wire proximal portion to the atraumatic tip and is attached to and contacts the atraumatic tip at the core wire's extreme distal end. the core wire distal portion comprising; a superelastic distal segment and a linear elastic proximal segment; wherein the core wire extends from the core wire proximal portion to the atraumatic tip and is attached to and contacts the atraumatic tip at the core wire's extreme distal end.
A system for supporting image-based navigation, comprising: an input interface for reviving one or more input images acquired by an X-ray imager whilst two or more medical devices (GW1, GW2) are present, at the same time or at different one or more times, in a field of view (FoV) of the X-ray imaging apparatus; an image identifier configured to identify the two or more medical devices based on image information in the one or more images, the image identifier including a detector module configured to detect transmission footprints in the input images caused by the presence of the two or more devices in the field of view (FoV) a tagger, configured to associate respective tags with each of at least two of the two or more medical devices (GW1, GW2) so identified, wherein the tagger is configured to implement a clustering algorithm to process the detected transmission footprints into clusters, thereby being capable of distinguishing between the two or more devices; and a graphics display generator configured to display on a display device the one or more input images in a video feed, with the tags included; wherein at least one further input image is received at the input interface, and the graphics display generator is configured to display on the display device, only when the image identifier actually identifies in the at least one or more further input image at least one of the medical devices (GW1,GW2), the said one or more further input image as part of the video feed, thereby including the same tag as earlier associated by the tagger with the said at least one medical device an input interface for reviving one or more input images acquired by an X-ray imager whilst two or more medical devices (GW1, GW2) are present, at the same time or at different one or more times, in a field of view (FoV) of the X-ray imaging apparatus; an image identifier configured to identify the two or more medical devices based on image information in the one or more images, the image identifier including a detector module configured to detect transmission footprints in the input images caused by the presence of the two or more devices in the field of view (FoV) a tagger, configured to associate respective tags with each of at least two of the two or more medical devices (GW1, GW2) so identified, wherein the tagger is configured to implement a clustering algorithm to process the detected transmission footprints into clusters, thereby being capable of distinguishing between the two or more devices; and a graphics display generator configured to display on a display device the one or more input images in a video feed, with the tags included; wherein at least one further input image is received at the input interface, and the graphics display generator is configured to display on the display device, only when the image identifier actually identifies in the at least one or more further input image at least one of the medical devices (GW1,GW2), the said one or more further input image as part of the video feed, thereby including the same tag as earlier associated by the tagger with the said at least one medical device
An operation method of a first terminal in a communication system, comprising: configuring, by a processor, sidelink, SL, bandwidth parts, BWPs, used for groupcast sidelink communication; transmitting, by the processor, a configuration information message including configuration information of the SL BWPs to participating terminals participating in the groupcast sidelink communication; performing, by the processor, the groupcast sidelink communication with the participating terminals using a first SL BWP activated among the SL BWPs; the method characterised in that, in response to determining that switching of an active SL BWP is necessary, selecting, by the processor, a second BWP among the SL BWPs; transmitting, by the processor, sidelink control information, SCI, including information indicating the second SL BWP to the participating terminals; and performing, by the processor, the groupcast sidelink communication with the participating terminals using the second SL BWP activated among the SL BWPs. configuring, by a processor, sidelink, SL, bandwidth parts, BWPs, used for groupcast sidelink communication; transmitting, by the processor, a configuration information message including configuration information of the SL BWPs to participating terminals participating in the groupcast sidelink communication; performing, by the processor, the groupcast sidelink communication with the participating terminals using a first SL BWP activated among the SL BWPs; the method characterised in that, in response to determining that switching of an active SL BWP is necessary, selecting, by the processor, a second BWP among the SL BWPs; transmitting, by the processor, sidelink control information, SCI, including information indicating the second SL BWP to the participating terminals; and performing, by the processor, the groupcast sidelink communication with the participating terminals using the second SL BWP activated among the SL BWPs.