mhurhangee/ep-ind-claims huggingface dataset:
A terminal for receiving content based on a status of the terminal, the terminal comprising: a first low-power short range communication unit; and a controller configured to determine a status of the terminal, to include status information of the terminal in an advertising packet so as to periodically broadcast the advertising packet through the first low-power short range communication unit, and to receive content corresponding to the status of the terminal from an external device (200a, 200b, 200c) that scans the advertising packet, wherein the status information of the terminal includes at least one of a display unit off status, a display unit on status, an unlocking status, and execution of a predetermined application. a first low-power short range communication unit; and a controller configured to determine a status of the terminal, to include status information of the terminal in an advertising packet so as to periodically broadcast the advertising packet through the first low-power short range communication unit, and to receive content corresponding to the status of the terminal from an external device (200a, 200b, 200c) that scans the advertising packet, wherein the status information of the terminal includes at least one of a display unit off status, a display unit on status, an unlocking status, and execution of a predetermined application.
A method for preparing AMG 416 as set forth in formula: said method comprising: contacting a peptide having the structure of Ac-D-Cys(SPy)-D-Ala-D-Arg-D-Arg-D-Arg-D-Ala-D-Arg-NH 2 (SEQ ID NO:4) with L-Cys to produce a conjugated product of formula.
A method performed by a first network node, for improving the performance of a handover of a user equipment, UE, wherein the network node serves at least a first cell comprising one or more UEs, the method comprising: determining whether a Signaling Radio Bearer, SRB, is to be scheduled in the next Transmission Time Interval, TTI, for the UE involved in the handover, when the SRB is determined to be scheduled in the next TTI for the UE in handover from the first cell to a second cell, increasing a Control Channel Element, CCE, aggregation level in an Orthogonal Frequency Division Multiplexing, OFDM, subframe to be sent to the UE, which subframe is sent in every Transmission Time Interval, TTI, related to the handover, wherein increasing the CCE aggregation level comprises increasing the number of CCEs assigned to a PDCCH of the UE in the OFDM-subframe, and increasing the number of OFDM-symbols included in the control region of the OFDM-subframe to fit the increased CCE aggregation level. determining whether a Signaling Radio Bearer, SRB, is to be scheduled in the next Transmission Time Interval, TTI, for the UE involved in the handover, when the SRB is determined to be scheduled in the next TTI for the UE in handover from the first cell to a second cell, increasing a Control Channel Element, CCE, aggregation level in an Orthogonal Frequency Division Multiplexing, OFDM, subframe to be sent to the UE, which subframe is sent in every Transmission Time Interval, TTI, related to the handover, wherein increasing the CCE aggregation level comprises increasing the number of CCEs assigned to a PDCCH of the UE in the OFDM-subframe, and increasing the number of OFDM-symbols included in the control region of the OFDM-subframe to fit the increased CCE aggregation level.
An antibody or fragment thereof which binds cathepsin S and inhibits its proteolytic activity and inhibits angiogenesis and tumour cell invasion, wherein the antibody or fragment thereof comprises an antigen binding domain comprising (i) a CDR having an amino acid sequence Seq ID No: 1 or a variant of amino acid sequence Seq ID No: 1, a CDR having an amino acid sequence Seq ID No: 2 or a variant of amino acid sequence Seq ID No: 2, and a CDR having an amino acid sequence Seq ID No: 3 or a variant of amino acid sequence Seq ID No: 3 as CDR 1, CDR2, and CDR3 respectively of the V H domain; and (ii) a CDR having an amino acid sequence Seq ID No: 4 or a variant of amino acid sequence Seq ID No: 4, a CDR having an amino acid sequence Seq ID No: 5 or a variant of amino acid sequence Seq ID No: 5, and a CDR having an amino acid sequence Seq ID No: 6 or a variant of amino acid sequence Seq ID No: 6 as CDR1, CDR2, and CDR3 respectively of the the V L domain; wherein where a CDR comprises a variant of a recited amino acid sequence, said variant consists of said recited amino acid sequence with amino acid substitutions in 30% or less of said recited amino acid sequence.
A method for controlling a digital device such that when fingerprints contact a display, a command independently corresponding to a single or a plurality of fingerprints is executed, wherein the display of the device comprises an optical fingerprint recognition sheet on a fingerprint contact portion, the sheet comprises a lower base layer; a light control layer positioned on the lower base layer and having a first light control part and a second light control part, the first light control part is provided so as to emit light incident on the lower surface of the first light control part at a first incident angle (θ 0) as light with a second incident angle (θ A) different from the first incident angle (θ 0), and the second light control part is provided so as to emit light incident on the upper surface of the second light control part at the second incident angle (θ A) as light with the second incident angle (θ A) and light with a third incident angle (θ B) different from the second incident angle (θ A).
A system that facilitates delineating anatomical features in images used for image-guided therapy planning, including: a processor configured to: receive an initial image of an anatomical structure in a patient from an imaging device (12, 14); detect anatomical landmarks in the initial image; compare positions of the detected anatomical landmarks with reference landmarks in a reference contour corresponding to the anatomical structure; map the detected anatomical landmarks to the reference landmarks by determining a transform that transforms the detected anatomical landmarks into locations that overlay the reference landmarks; adjust the reference contour to the anatomical structure based on the mapped landmark pairs by applying an inverse of said transform to the reference contour; adjust a contour of the anatomical structure in a second image of the anatomical structure in said patient using the adjusted reference contour; store an adjusted second image to a memory; and provide the adjusted second image to a therapy planning component. receive an initial image of an anatomical structure in a patient from an imaging device (12, 14); detect anatomical landmarks in the initial image; compare positions of the detected anatomical landmarks with reference landmarks in a reference contour corresponding to the anatomical structure; map the detected anatomical landmarks to the reference landmarks by determining a transform that transforms the detected anatomical landmarks into locations that overlay the reference landmarks; adjust the reference contour to the anatomical structure based on the mapped landmark pairs by applying an inverse of said transform to the reference contour; adjust a contour of the anatomical structure in a second image of the anatomical structure in said patient using the adjusted reference contour; store an adjusted second image to a memory; and provide the adjusted second image to a therapy planning component.
A sealing device configured to seal an annular gap between a shaft and a housing that rotate relative to each other, the sealing device comprising: a seal lip configured to slide on the shaft; and a side lip configured to slide on an end face of an annular member fixed to the shaft, wherein the sealing device being configured to be used in a state where lubricant is applied on a sliding surface of the side lip, the sliding surface of the side lip at a position away from a distal end of the side lip is provided with a plurality of annular grooves adjacent each other, each of all parts that form annular protrusions between adjacent annular grooves protrudes most at a center in a width direction thereof, with an amount of protrusion gradually decreasing with increasing separation from the center, both sides of the center in the width direction are symmetric in shape, and a tip portion of the sliding surface of the side lip on a distal side of a region, which is provided with the plurality of annular grooves, is configured to make a planar contact with an end face of the annular member. a seal lip configured to slide on the shaft; and a side lip configured to slide on an end face of an annular member fixed to the shaft, wherein the sealing device being configured to be used in a state where lubricant is applied on a sliding surface of the side lip, the sliding surface of the side lip at a position away from a distal end of the side lip is provided with a plurality of annular grooves adjacent each other, each of all parts that form annular protrusions between adjacent annular grooves protrudes most at a center in a width direction thereof, with an amount of protrusion gradually decreasing with increasing separation from the center, both sides of the center in the width direction are symmetric in shape, and a tip portion of the sliding surface of the side lip on a distal side of a region, which is provided with the plurality of annular grooves, is configured to make a planar contact with an end face of the annular member.
A pin joint for pivotally coupling a first component with a second component such that the first and second components (114, 120) are movable relative to each other about a pivot axis P-P', the pin joint comprising: a shell disposed within an opening in the first component, the shell having a bore and a coupling portion; a sleeve disposed concentrically within the bore of the shell; a retainer disposed proximal to an end of the sleeve and detachably coupled to the coupling portion of the shell, the retainer configured to axially retain the sleeve within the bore of the shell; and a pin received through the sleeve and the retainer, and engaged with the second component, characterised in that the coupling portion, defined at a first end of the shell, extends axially along the pivot axis P-P' and in that the retainer is a hollow cylindrical structure having: a base portion configured to receive the pin therethrough; and an elongated portion extending axially from the base portion, the elongated portion configured to engage with the coupling portion. a shell disposed within an opening in the first component, the shell having a bore and a coupling portion; a sleeve disposed concentrically within the bore of the shell; a retainer disposed proximal to an end of the sleeve and detachably coupled to the coupling portion of the shell, the retainer configured to axially retain the sleeve within the bore of the shell; and a pin received through the sleeve and the retainer, and engaged with the second component, characterised in that the coupling portion, defined at a first end of the shell, extends axially along the pivot axis P-P' and in that the retainer is a hollow cylindrical structure having: a base portion configured to receive the pin therethrough; and an elongated portion extending axially from the base portion, the elongated portion configured to engage with the coupling portion. a base portion configured to receive the pin therethrough; and an elongated portion extending axially from the base portion, the elongated portion configured to engage with the coupling portion.
A system for providing a wireless device with access to an Internet Protocol, IP, based computer network, the system comprising: an access point that sets up, at least in part, a radio link with a wireless device, the radio link coupling the wireless device to the computer network through the access point; a server that receives data packets from the access point through the computer network, the data packets including at least one data packet that has a first identifier (232; 402) that uniquely identifies the wireless device and a second identifier (234; 404) that corresponds to 1) a manufacturer code of the wireless device, 2) a vendor code of the wireless device, or 3) both 1) and 2); and, a database coupled to communicate with the server and storing data that associates a service plan with the first and second identifiers, the service plan being based, at least in part, on the second identifier, wherein the data stored at the database further includes a time stamp corresponding to an activation time and/or date of the service plan, wherein the service plan is for wireless access to the IP based computer network and not to a cellular phone network, wherein the association of the service plan is not performed based on use of a subscriber identity module, SIM, associated with the wireless device, and wherein the service plan is at least temporarily discontinued when a predetermined amount of time elapses after the activation time. an access point that sets up, at least in part, a radio link with a wireless device, the radio link coupling the wireless device to the computer network through the access point; a server that receives data packets from the access point through the computer network, the data packets including at least one data packet that has a first identifier (232; 402) that uniquely identifies the wireless device and a second identifier (234; 404) that corresponds to 1) a manufacturer code of the wireless device, 2) a vendor code of the wireless device, or 3) both 1) and 2); and, 1) a manufacturer code of the wireless device, 2) a vendor code of the wireless device, or 3) both 1) and 2); and, a database coupled to communicate with the server and storing data that associates a service plan with the first and second identifiers, the service plan being based, at least in part, on the second identifier, wherein the data stored at the database further includes a time stamp corresponding to an activation time and/or date of the service plan, wherein the service plan is for wireless access to the IP based computer network and not to a cellular phone network, wherein the association of the service plan is not performed based on use of a subscriber identity module, SIM, associated with the wireless device, and wherein the service plan is at least temporarily discontinued when a predetermined amount of time elapses after the activation time.
A method for producing an orthodontic correcting device having a wire or a wall, which wire or wall rests on a tooth surface and has a dynamic synthetic material that changes its shape in a predictable way upon contact with water or saliva or heat, having the steps of - detecting the actual position of a tooth to be corrected, - calculating the nominal position of the tooth to be corrected, - calculating the wall or wire of the correcting device, taking into account the actual position, the nominal position and the change in shape of the dynamic synthetic material, - producing the correcting device with the wall resting on the tooth surface in the actual position or the wire resting on the tooth surface, which wall or wire changes its shape at least in sections in a way as calculated upon contact with water or saliva or heat in order to move the tooth in the direction of the nominal position. - detecting the actual position of a tooth to be corrected, - calculating the nominal position of the tooth to be corrected, - calculating the wall or wire of the correcting device, taking into account the actual position, the nominal position and the change in shape of the dynamic synthetic material, - producing the correcting device with the wall resting on the tooth surface in the actual position or the wire resting on the tooth surface, which wall or wire changes its shape at least in sections in a way as calculated upon contact with water or saliva or heat in order to move the tooth in the direction of the nominal position.
A method to produce a compound for a tyre sealant layer; said method being characterized in that it comprises a swelling step, during which a crumb rubber is immersed in a process oil chosen among the ones belonging to the families of paraffin process oils, naphthene process oils or natural process oils, so as to obtain a crumb rubber that swells due to the absorption of said process oil; and a following mixing step, during which said swollen crumb rubber is mixed with at least one polymer base consisting of an essentially saturated polymer.
A pre-coding method for cooperative communication, comprising: obtaining, by a task decomposition and scheduling apparatus, Multiple-Input Multiple-Output, MIMO, Cooperation Area, CA, information, wherein the MIMO CA information comprises cooperation information between Base Stations, BSs, and a correspondence relation between the BSs and User Equipments, UEs, served by the BSs; determining, by the task decomposition and scheduling apparatus, an interference relation between MIMO CAs according to the cooperation information between the BSs; combining, by the task decomposition and scheduling apparatus, channel matrices of a User Equipment UE, collected by all BSs serving the UE according to the interference relation between the MIMO CAs; and performing, by a computation device, pre-coding computation of the UE by using the combined channel matrices; wherein the combining the channel matrices of the UE collected by all BSs serving the UE according to the interference relation between the MIMO CAs comprises: obtaining the channel matrices sent by the BSs and reported by the UEs served by the BSs; combining the channel matrices collected by all BSs serving a certain UE according to the correspondence relation between the BSs and the UEs, when interference exists between the MIMO CAs; and sending the combined channel matrices to a corresponding computation device. obtaining, by a task decomposition and scheduling apparatus, Multiple-Input Multiple-Output, MIMO, Cooperation Area, CA, information, wherein the MIMO CA information comprises cooperation information between Base Stations, BSs, and a correspondence relation between the BSs and User Equipments, UEs, served by the BSs; determining, by the task decomposition and scheduling apparatus, an interference relation between MIMO CAs according to the cooperation information between the BSs; combining, by the task decomposition and scheduling apparatus, channel matrices of a User Equipment UE, collected by all BSs serving the UE according to the interference relation between the MIMO CAs; and performing, by a computation device, pre-coding computation of the UE by using the combined channel matrices; obtaining the channel matrices sent by the BSs and reported by the UEs served by the BSs; combining the channel matrices collected by all BSs serving a certain UE according to the correspondence relation between the BSs and the UEs, when interference exists between the MIMO CAs; and sending the combined channel matrices to a corresponding computation device.
A hydraulic tool, comprising: a stator having a plurality of lobes; and a rotor rotatably disposed within the stator, the rotor having one fewer lobe than the stator, wherein the lobes of the rotor are configured to engage with the lobes of the stator when the rotor moves; characterised in that at least one of at least an inner portion of the stator and at least an outer portion of the rotor comprises at least one insert, the at least one insert comprising a volume of a hard material attached to a substrate, the hard material having a Knoop hardness value of about 800 Kg f /mm 2 (7,845 MPa) or more, the insert having a thickness of at least 1 mm, wherein the at least one insert has a major surface that is contoured to match a surface (8, 12) of the stator or the rotor; and wherein the at least one of the inner portion of the stator and the outer portion of the rotor comprises a metal matrix material at least partially surrounding the at least one insert and comprising a material having a higher flexibility than the hard material of the at least one insert. a stator having a plurality of lobes; and a rotor rotatably disposed within the stator, the rotor having one fewer lobe than the stator, wherein the lobes of the rotor are configured to engage with the lobes of the stator when the rotor moves; characterised in that at least one of at least an inner portion of the stator and at least an outer portion of the rotor comprises at least one insert, the at least one insert comprising a volume of a hard material attached to a substrate, the hard material having a Knoop hardness value of about 800 Kg f /mm 2 (7,845 MPa) or more, the insert having a thickness of at least 1 mm, wherein the at least one insert has a major surface that is contoured to match a surface (8, 12) of the stator or the rotor; and at least one of at least an inner portion of the stator and at least an outer portion of the rotor comprises at least one insert, the at least one insert comprising a volume of a hard material attached to a substrate, the hard material having a Knoop hardness value of about 800 Kg f /mm 2 (7,845 MPa) or more, the insert having a thickness of at least 1 mm, wherein the at least one insert has a major surface that is contoured to match a surface (8, 12) of the stator or the rotor; and wherein the at least one of the inner portion of the stator and the outer portion of the rotor comprises a metal matrix material at least partially surrounding the at least one insert and comprising a material having a higher flexibility than the hard material of the at least one insert.
Blister packaging with a front panel and a rear panel, which while including an accommodating space between them are bonded to each other in planar fashion, where a join region in which the front panel and the rear panel are bonded to each other surrounds the accommodating space completely, where the front panel and the rear panel are each formed from a polymer layer arrangement (22, 26), where at least one polymer layer arrangement (22, 26) as an opening layer arrangement (24; 124) exhibits in the extension region of the accommodating space a material weakening formation (70; 170) that decreases the tearing and/or the bursting strength of the opening layer arrangement (24; 124) compared with an identically constructed but unweakened polymer layer arrangement (22, 26), where the opening layer arrangement (24; 124) exhibits an unweakened region running completely around the material weakening formation (70; 170) in which the opening layer arrangement (24; 124) is free from material weakening, and the polymer layer arrangement (22, 26) of the front panel and/or of the rear panel exhibits a non-oriented polymer layer (36; 136), Characterized in that the front panel and the rear panel taken together comprise more than 95% by weight polymer layers (32, 36; 132, 136, 138) of the same polymer family, where material of the non-oriented polymer layer (36; 136) extends into the material weakening formation (70; 170) and fills the material weakening formation (70; 170) at least in part, preferably completely.