mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: obtaining traffic pattern information of a first plurality of communication slots of a first radio module (45;51;53); scheduling a second plurality of communication slots for transmitting, TX, or receiving, RX, operation of a second radio module (46;52;54), wherein the second plurality of communication slots is aligned with the first plurality of communication slots, and wherein the second radio module (46;52;54) and the first radio module (45;51;53) are co-located within a wireless communication device (32;120); selectively skipping one or more communication slots from the second plurality of communication slots based at least in part on the traffic pattern information, wherein the skipped slots are disabled for TX or RX operation; determining Co-located Coexistence, CLC, information based at least in part on the traffic pattern information by the second radio module (46;52;54); and transmitting the CLC information to a peer radio module by the second radio module (46;52;54), the second radio module (46;52;54)comprising a master device and the peer radio module comprising a slave device, characterised by the further steps of: the master device is configured to transmit an acknowledgement, ACK, from one communication slot to the next communication slot; deliberately skipping one or more communication slots by the master device for sending the ACK to the slave device, and postponing the transmission of the ACK by the master device to one of the next. communication slots. obtaining traffic pattern information of a first plurality of communication slots of a first radio module (45;51;53); scheduling a second plurality of communication slots for transmitting, TX, or receiving, RX, operation of a second radio module (46;52;54), wherein the second plurality of communication slots is aligned with the first plurality of communication slots, and wherein the second radio module (46;52;54) and the first radio module (45;51;53) are co-located within a wireless communication device (32;120); selectively skipping one or more communication slots from the second plurality of communication slots based at least in part on the traffic pattern information, wherein the skipped slots are disabled for TX or RX operation; determining Co-located Coexistence, CLC, information based at least in part on the traffic pattern information by the second radio module (46;52;54); and transmitting the CLC information to a peer radio module by the second radio module (46;52;54), the second radio module (46;52;54)comprising a master device and the peer radio module comprising a slave device, characterised by the further steps of: the master device is configured to transmit an acknowledgement, ACK, from one communication slot to the next communication slot; deliberately skipping one or more communication slots by the master device for sending the ACK to the slave device, and postponing the transmission of the ACK by the master device to one of the next. communication slots.
A rotary-drum type magnetic separator that includes a rotary drum on which a plurality of magnets are disposed and separates an unnecessary material contained in used coolant, the rotary-drum type magnetic separator comprising: a pair of partition portions that are provided below both end portions of the rotary drum and partition a flow passage, in which the used coolant flows, into a flow passage that is formed near the middle portion of the rotary drum and flow passages that are formed near both end portions of the rotary drum; and openings that are formed at lower portions of the flow passages partitioned by the partition portions, wherein the partition portions function as filters preventing the unnecessary material of the used coolant from moving to the flow passages, which are formed near both end portions of the rotary drum, from the flow passage that is formed near the middle portion of the rotary drum. a pair of partition portions that are provided below both end portions of the rotary drum and partition a flow passage, in which the used coolant flows, into a flow passage that is formed near the middle portion of the rotary drum and flow passages that are formed near both end portions of the rotary drum; and openings that are formed at lower portions of the flow passages partitioned by the partition portions, wherein the partition portions function as filters preventing the unnecessary material of the used coolant from moving to the flow passages, which are formed near both end portions of the rotary drum, from the flow passage that is formed near the middle portion of the rotary drum.
A magnetron structure for use in a sputtering apparatus, the magnetron structure comprising a magnetron (100, 200, 300, 401) and a controller (106, 206, 301, 402) rigidly connected to the magnetron (100, 200, 300, 401), wherein the magnetron structure further comprises a sensor configured to sense parameters related to the sputtering apparatus or a sputtering process performed by the sputtering apparatus, and wherein the controller (106, 206, 301, 402) is configured to receive signals from the sensor and to process the sensor signals into data for at least partly controlling and/or at least partly monitoring the status of the sputtering apparatus or components thereof or the status of the sputtering process.
Device for finishing a workpiece comprising a holding device for holding at least one pressing element and a finishing band that can be pressed against a workpiece surface to be finished at the height of the pressing element by means of said pressing element, wherein a flexible intermediate element is provided which transmits a pressing force of the pressing element to the finishing band by means of a force-receiving surface and a force-transmitting surface, wherein two pressing elements distributed over a partial circumference of the workpiece surface are held on the holding device, wherein the intermediate element or a plurality of intermediate elements transmits pressing forces displaced relative to one another in the circumferential direction of the workpiece surface to the finishing band, wherein force-transmitting surfaces of the intermediate element or of a plurality of intermediate elements assigned to the different pressing elements are oriented in a substantially V-shaped manner to one another, characterized in that the force-transmitting surfaces are substantially planar in an unformed initial state and exhibit a curvature in the same direction as the workpiece surface during transmission of a pressing force.
Eyewear comprising: a frame having a right temple arm and a left temple arm and a lower shoulder extending rearwardly from a lower edge of a rear surface of a central portion of the frame; a rear plate positioned rearwardly behind the central portion of the frame and having a forwardly extending upper shoulder; a pair of lenses (14, 16), a portion of each lens positioned between the frame and the rear plate, the lower shoulder extending beneath and being directly adjacent the pair of lenses and the upper shoulder extending above and being directly adjacent the pair of lenses each lens including a first tab (62, 72) on an upper portion of an inner edge thereof, a second tab (64, 74) beneath the first tab, a first recess (66, 76) between the first and second tabs, and a second recess (68, 78) along an upper edge thereof adjacent the first tab; a pair of grooves (50, 52) formed in an upper surface of the lower shoulder, each groove receiving a portion of a corresponding second tab (64, 74) of the pair of lenses (14, 16); and a pair of projections extending downwardly from a lower surface of the upper shoulder, each projection being received in a corresponding second recess (68, 78) of the pair of lenses (14, 16). a frame having a right temple arm and a left temple arm and a lower shoulder extending rearwardly from a lower edge of a rear surface of a central portion of the frame; a rear plate positioned rearwardly behind the central portion of the frame and having a forwardly extending upper shoulder; a pair of lenses (14, 16), a portion of each lens positioned between the frame and the rear plate, the lower shoulder extending beneath and being directly adjacent the pair of lenses and the upper shoulder extending above and being directly adjacent the pair of lenses each lens including a first tab (62, 72) on an upper portion of an inner edge thereof, a second tab (64, 74) beneath the first tab, a first recess (66, 76) between the first and second tabs, and a second recess (68, 78) along an upper edge thereof adjacent the first tab; a pair of grooves (50, 52) formed in an upper surface of the lower shoulder, each groove receiving a portion of a corresponding second tab (64, 74) of the pair of lenses (14, 16); and a pair of projections extending downwardly from a lower surface of the upper shoulder, each projection being received in a corresponding second recess (68, 78) of the pair of lenses (14, 16).
A system comprising a percutaneously deliverable apparatus support structure for maintaining patency of the coronary sinus during collection of fluid therefrom, the percutaneously deliverable apparatus support structure comprising two consecutively inflatable regions wherein: a collection lumen comprising a centralized tip; a first inflatable region (342, 352), wherein the collection lumen extends through the first inflatable region, wherein the first inflatable region is configured to, when inflated, rest in abutment with a portion of the right atrium wall surrounding the coronary sinus ostium; and a second inflatable region (344, 354), characterised in that: the collection lumen extends through the second inflatable region, wherein the second inflatable region is configured to, when inflated, sit inside the coronary sinus and occlude flow between the coronary sinus and the right atrium, whilst allowing collection of fluid from the coronary sinus through a the centralized tip of the collection lumen. a collection lumen comprising a centralized tip; a first inflatable region (342, 352), wherein the collection lumen extends through the first inflatable region, wherein the first inflatable region is configured to, when inflated, rest in abutment with a portion of the right atrium wall surrounding the coronary sinus ostium; and a second inflatable region (344, 354), characterised in that: the collection lumen extends through the second inflatable region, wherein the second inflatable region is configured to, when inflated, sit inside the coronary sinus and occlude flow between the coronary sinus and the right atrium, whilst allowing collection of fluid from the coronary sinus through a the centralized tip of the collection lumen. the collection lumen extends through the second inflatable region, wherein the second inflatable region is configured to, when inflated, sit inside the coronary sinus and occlude flow between the coronary sinus and the right atrium, whilst allowing collection of fluid from the coronary sinus through a the centralized tip of the collection lumen.
A process for preparing an aqueous cobalt sulfate solution having a pH in the range from 5 to 8, wherein (a) metallic cobalt is dissolved in aqueous sulfuric acid in an atmosphere of hydrogen or of inert gas or of nitrogen/oxygen mixtures comprising nitrogen and oxygen in a volume ratio in the range from 6:1 to 100:1, and (b) the resulting acidic cobalt sulfate solution is purified in an ion exchanger. (a) metallic cobalt is dissolved in aqueous sulfuric acid in an atmosphere of hydrogen or of inert gas or of nitrogen/oxygen mixtures comprising nitrogen and oxygen in a volume ratio in the range from 6:1 to 100:1, and (b) the resulting acidic cobalt sulfate solution is purified in an ion exchanger.
A light emitting display apparatus comprising: a substrate including a plurality of pixels, each having an emission area; a light extraction pattern disposed in the emission area and having an undulated surface including a plurality of concave portions; and a light emitting portion disposed in the emission area on the light extraction pattern to have a corresponding shape, characterized in that the concave portions have a curvature of 0.217μm -1 to 0.311μm -1, wherein the curvature is defined as the reciprocal of the curvature radius, and wherein the curvature of a concave portion is defined as the curvature of said concave portion at its center point. a substrate including a plurality of pixels, each having an emission area; a light extraction pattern disposed in the emission area and having an undulated surface including a plurality of concave portions; and a light emitting portion disposed in the emission area on the light extraction pattern to have a corresponding shape, characterized in that the concave portions have a curvature of 0.217μm -1 to 0.311μm -1, wherein the curvature is defined as the reciprocal of the curvature radius, and wherein the curvature of a concave portion is defined as the curvature of said concave portion at its center point.
Method for processing a raw image characterised by raw measurements S p (i,j) associated with active bolometers B pix_ (i,j) of an imager arranged in a matrix array along n rows (L i) and m columns (C j), the imager is at an ambient temperature T amb, and further comprises blind bolometers B b_ (k), each blind bolometer B b_ (k) being used for the differential measurement of the active bolometers B pix_ (i,j) of at least one column of bolometers specific thereto, advantageously each blind bolometer B b_ (k) is associated with a single column (C j) of active bolometers B pix_ (i,j), the method, executed by a computer provided with a memory, comprises the following steps: a) a step of calculating the electrical resistances R Tc (i,j) and R Tc (k), at the temperature T amb, respectively, of the active and blind bolometers from their respective electrical resistances R Tr (i,j) and R Tr (k) at a reference temperature T r, stored in the memory; b) a step of determining the temperatures actually measured T sc (i,j) by each of the active bolometers B pix_ (i,j) from the electrical resistances calculated in step a) and from the raw measurements S p (i,j). a) a step of calculating the electrical resistances R Tc (i,j) and R Tc (k), at the temperature T amb, respectively, of the active and blind bolometers from their respective electrical resistances R Tr (i,j) and R Tr (k) at a reference temperature T r, stored in the memory; b) a step of determining the temperatures actually measured T sc (i,j) by each of the active bolometers B pix_ (i,j) from the electrical resistances calculated in step a) and from the raw measurements S p (i,j).
A mould for manufacturing a wind turbine blade shell part, the mould being provided with a moulding surface that defines the outer shape of the wind turbine shell part, wherein the mould has a longitudinal direction and comprises a root end mould part at a longitudinal end thereof, and wherein the mould is provided with a lowering mechanism, which is adapted to carry and lower a root end insert onto the moulding surface of the mould, characterized in that the lowering mechanism is adapted to lower the root end insert in a two-step motion, where the root end insert in a first motion step is lowered onto the moulding surface while the root end insert is angled upwards in the longitudinal direction until a first end of the root end insert contacts a part of the moulding surface at the root end, and where the root end insert in a second motion step is tilted until the root end insert rests on the moulding surface.
A tissue retraction delivery device, comprising: a positioning assembly, the assembly including: a delivery catheter having a distal end region and a lumen extending therein, wherein the distal end region includes an engagement member orienting tip, wherein a tubular wall defining the distal end region of the delivery catheter is formed at an angle with respect to a longitudinal axis of the delivery catheter; an actuation catheter extending within at least a portion of the delivery catheter, the actuation catheter including a distal end region and a lumen extending therein; an actuation wire extending within the lumen of the actuation catheter, the actuation wire having a proximal end region and a distal end region; and an end effector coupled to the distal end region of the actuation wire, the end effector configured to capture an engagement member (51, 152) of a tissue retraction device; wherein the actuation wire is configured such that manipulation of the actuation wire shifts the end effector from a first position to a second closed position. a delivery catheter having a distal end region and a lumen extending therein, wherein the distal end region includes an engagement member orienting tip, wherein a tubular wall defining the distal end region of the delivery catheter is formed at an angle with respect to a longitudinal axis of the delivery catheter; an actuation catheter extending within at least a portion of the delivery catheter, the actuation catheter including a distal end region and a lumen extending therein; an actuation wire extending within the lumen of the actuation catheter, the actuation wire having a proximal end region and a distal end region; and an end effector coupled to the distal end region of the actuation wire, the end effector configured to capture an engagement member (51, 152) of a tissue retraction device; wherein the actuation wire is configured such that manipulation of the actuation wire shifts the end effector from a first position to a second closed position.
A retractable handle arrangement comprising a handle having a swing-arm moveable about a pivot axis and arranged to couple the handle to a support structure for movement between a stowed state and a deployed state, and wherein the swing arm comprises an engagement means that in the deployed state engages the support structure so as to substantially prevent lateral play of the handle, and in the stowed state does not engage the support structure.
A fiber sheet, comprising: a plurality of fibers in a closely-adhered state, a portion of the fibers in the closely-adhered state having been melted and the fibers being fused in the melted portion, the fibers including not less than 10 wt% of at least one of collagen, laminin, gelatin, and chitin, the fibers extending in about the same direction, a maximum dimension of pores included in the fiber sheet being less than 0.5 μm, the maximum dimension of the pores being determined by imaging an electron micrograph of a surface of the fiber sheet and by measuring the dimensions of the pores confirmed using the electron micrograph, and all of the following to being satisfied, where F1 is a tensile strength in a first direction, and F2 is a tensile strength in a second direction orthogonal to the first direction: F2 > F1; F1 is 1 MPa or more; and F2/F1 is 2 or more, whereby the first direction is perpendicular to the direction in which the fibers extend, and the second direction is parallel to the direction in which the fibers extend, whereby the tensile strength is measured in accordance with JIS P8113, and wherein the fibers are fibers formed by electrospinning and the fibers have been fused in the melted portion by supplying a volatile liquid to the fibers and then drying the fibers. a plurality of fibers in a closely-adhered state, a portion of the fibers in the closely-adhered state having been melted and the fibers being fused in the melted portion, the fibers including not less than 10 wt% of at least one of collagen, laminin, gelatin, and chitin, the fibers extending in about the same direction, a maximum dimension of pores included in the fiber sheet being less than 0.5 μm, the maximum dimension of the pores being determined by imaging an electron micrograph of a surface of the fiber sheet and by measuring the dimensions of the pores confirmed using the electron micrograph, and all of the following to being satisfied, where F1 is a tensile strength in a first direction, and F2 is a tensile strength in a second direction orthogonal to the first direction: F2 > F1; F1 is 1 MPa or more; and F2/F1 is 2 or more, F2 > F1; F1 is 1 MPa or more; and F2/F1 is 2 or more, whereby the first direction is perpendicular to the direction in which the fibers extend, and the second direction is parallel to the direction in which the fibers extend, whereby the tensile strength is measured in accordance with JIS P8113, and wherein the fibers are fibers formed by electrospinning and the fibers have been fused in the melted portion by supplying a volatile liquid to the fibers and then drying the fibers.
A method for controlling the plasma pharmacokinetics of an IgG antibody while retaining the antigen-binding activity of the variable region, which method comprises modifying the charge of at least one exposable amino acid residue on the surface of a complementarity determining region of the antibody, wherein the exposable amino acid residue on the surface of the CDR region is at least one amino acid residue selected from amino acid residues at positions 31, 61, 62, 64, and 65 in the heavy chain variable region and positions 24, 27, 53, 54, and 55 in the light chain variable region according to Kabat's numbering system.
A method of setting up a Proximity-based Service, ProSe, connection by a ProSe-enabled UE (UE1.1) of a first Mobile Network Operator, MNO, in a cellular communication system, the method comprising: broadcasting (S1002a, S1002b) a first message including first resource allocation information for a first radio resource of the first MNO, wherein the first message is broadcast using a specific radio resource that is available to ProSe-enabled UEs of a second MNO; and receiving acknowledgement information regarding the first message from one or more ProSe-enabled UEs (UE2.1, UE3.1) of the second MNO by using the first radio resource of the first MNO. broadcasting (S1002a, S1002b) a first message including first resource allocation information for a first radio resource of the first MNO, wherein the first message is broadcast using a specific radio resource that is available to ProSe-enabled UEs of a second MNO; and receiving acknowledgement information regarding the first message from one or more ProSe-enabled UEs (UE2.1, UE3.1) of the second MNO by using the first radio resource of the first MNO.
A method of executing an application, comprising: a first device accessing a second device (1, 21-25) connected to a network; the first device and second device exchanging information required for the first device to connect to the network, via a first communication protocol having a shorter range and lower bandwidth than a second communication protocol used by the network; transmitting information specifying the execution of an application from one of the first and second devices to the other of the devices, via the first communication protocol; establishing a secure connection between the first device and the network using the exchanged connection information; and executing the application based on the transmitted application information. a first device accessing a second device (1, 21-25) connected to a network; the first device and second device exchanging information required for the first device to connect to the network, via a first communication protocol having a shorter range and lower bandwidth than a second communication protocol used by the network; transmitting information specifying the execution of an application from one of the first and second devices to the other of the devices, via the first communication protocol; establishing a secure connection between the first device and the network using the exchanged connection information; and executing the application based on the transmitted application information.