mhurhangee/ep-ind-claims huggingface dataset:
An interference coordination method in an long term evolution, LTE, system, comprising: generating, by a source node device, an interference coordination message, wherein the interference coordination message comprises a priority configuration of each resource of multiple resources of the source node device, and a resource with a preset priority in the priority configuration is used to transmit a control channel or a control message; and sending, by the source node device, the interference coordination message to a target node device, so that the target node device performs interference coordination according to the interference coordination message; wherein the each resource of multiple resources is a partial physical resource block, wherein the partial physical resource block is a part of one extended control channel element, eCCE, or a part of aggregation of at least two eCCEs. generating, by a source node device, an interference coordination message, wherein the interference coordination message comprises a priority configuration of each resource of multiple resources of the source node device, and a resource with a preset priority in the priority configuration is used to transmit a control channel or a control message; and sending, by the source node device, the interference coordination message to a target node device, so that the target node device performs interference coordination according to the interference coordination message; wherein the each resource of multiple resources is a partial physical resource block, wherein the partial physical resource block is a part of one extended control channel element, eCCE, or a part of aggregation of at least two eCCEs.
A method for automatically identifying at least one control element in an application view of a computer program using two detection patterns stored in an object template, which include information on a type of control elements of the computer program, wherein the first detection pattern identifies the structure of a control element of the type button, text box, or table cell, and the second detection pattern includes the file name of the image representing the geometric shape of the control element and a search area, wherein the object template comprises a weight indicating with which precision the control element is described in the object template, an a threshold, wherein a) a detection method which, by a detection means, generates method objects from the application view, which are subjected to testing based on two detection patterns, each method object being a potential control element, b) depending on the testing based on the two detection patterns, detection reliability with respect to each of the generated method objects is determined, c) depending on the detection reliability achieved compared to the threshold, the status of said at least one control element is determined to be "identified" or "not identified", wherein the determination of the detection reliability by means of the first detection pattern includes a comparison of the type stored in the detection pattern with the type of the method object, wherein if the type of the detection pattern matches the type of the method object, the detection reliability becomes the weight of the object template, and if the type of the detection pattern does not match the type of the method object, the detection reliability becomes the weight of the object template minus the detection distance between the first detection pattern and the method object, wherein, subsequently, the determination of the detection reliability by means of the second detection pattern comprises the search of the image stored in the file on a screenshot of the application view within the stored search area, wherein if the image is found in the search area, the detection reliability remains unchanged, and if the image is not found in the search area, the detection distance between the second detection pattern and the method object is deducted from the detection reliability. a) a detection method which, by a detection means, generates method objects from the application view, which are subjected to testing based on two detection patterns, each method object being a potential control element, b) depending on the testing based on the two detection patterns, detection reliability with respect to each of the generated method objects is determined, c) depending on the detection reliability achieved compared to the threshold, the status of said at least one control element is determined to be "identified" or "not identified",
A method for determining direction information for guiding a vehicle to a predetermined position, where the predetermined position is defined by the placement of a first and a second receiver and by the radio frequency identification devices mounted at the vehicle, depending on the reception of a first predetermined radio signal comprising - detecting a second predetermined radio signal at the first receiver, - detecting (1,2,3,4) the first predetermined radio signal at the second receiver, wherein the first predetermined radio signal and the second predetermined radio signal are respectively sent by two radio frequency identification devices having predetermined mounting positions in the vehicle, wherein detecting a signal allows to identify the mounting position of the radio frequency identification device having sent said signal, and determining the direction information depending on the reception of the first predetermined radio signal at the second receiver and the mounting position of the radio frequency identification device having sent said first predetermined radio signal, independent of the reception of the second predetermined radio signal, when the second predetermined radio signal is detected at the first receiver, wherein the reception is determined depending on the signal strength of the respective predetermined radio signal. - detecting a second predetermined radio signal at the first receiver, - detecting (1,2,3,4) the first predetermined radio signal at the second receiver,
Transmission system for transmitting a driving torque from a driving wheel to a driven output wheel, wherein it comprises a first transmission stage of the freewheel type, comprising a first wheel engaged with the driving wheel, a second wheel coaxial with said first wheel, and a first coupling mechanism between the first wheel and the second wheel configured for fixing said first wheel and second wheel to each other when the first wheel rotates in a first direction of rotation (C') and for disengaging the first wheel from the second wheel when the first wheel rotates in a second direction of rotation (C"), wherein said second wheel of the first transmission stage is engaged with the driven output wheel, and wherein it comprises an intermediate driven wheel, engaged with the driving wheel, and a second transmission stage of the freewheel type, comprising a third wheel engaged with the intermediate driven wheel, a fourth wheel coaxial with said third wheel, and a second coupling mechanism between the third wheel and the fourth wheel configured for fixing the third wheel and the fourth wheel to each other when the third wheel rotates in a first direction of rotation (G') and for disengaging the third wheel from the fourth wheel when the third wheel rotates in a second direction of rotation (G"), wherein said fourth wheel of the second transmission stage is engaged with the driven output wheel, and wherein the first direction of rotation (C') of the first transmission stage and the first direction of rotation (G') of the second transmission stage are coincident directions. wherein it comprises a first transmission stage of the freewheel type, comprising a first wheel engaged with the driving wheel, a second wheel coaxial with said first wheel, and a first coupling mechanism between the first wheel and the second wheel configured for fixing said first wheel and second wheel to each other when the first wheel rotates in a first direction of rotation (C') and for disengaging the first wheel from the second wheel when the first wheel rotates in a second direction of rotation (C"), wherein said second wheel of the first transmission stage is engaged with the driven output wheel, and wherein it comprises an intermediate driven wheel, engaged with the driving wheel, and a second transmission stage of the freewheel type, comprising a third wheel engaged with the intermediate driven wheel, a fourth wheel coaxial with said third wheel, and a second coupling mechanism between the third wheel and the fourth wheel configured for fixing the third wheel and the fourth wheel to each other when the third wheel rotates in a first direction of rotation (G') and for disengaging the third wheel from the fourth wheel when the third wheel rotates in a second direction of rotation (G"), wherein said fourth wheel of the second transmission stage is engaged with the driven output wheel, and wherein the first direction of rotation (C') of the first transmission stage and the first direction of rotation (G') of the second transmission stage are coincident directions.
A gene construct coding for a polypeptide comprising a secretion signal peptide, a TNFα binding domain and a surface attachment domain, said TNFα binding domain and said surface attachment domain being separated by a spacer region, and said gene construct being under the control of a suitable promoter; wherein said construct codes for the protein sequence (a) of any one of SEQ ID NO:6 to SEQ ID NO: 10, or (b) for a sequence which is at least 80 percent identical to any one of said sequences under (a), and conferring the same biological function as said sequence under (a).
A method of controlling a mobile terminal, the method comprising: providing a plurality of menus corresponding to operational functions of the mobile terminal respectively; associating a different gesture input with each of the plurality of menus; placing the mobile terminal in a lock state after associating the different gesture inputs; receiving a communication event; displaying an alert information for notifying an occurrence of the communication event on a display module; receiving one of the associated gesture inputs in connection with the alert information; displaying a trajectory of the received gesture input upon receiving the one of the associated gesture inputs; if the trajectory of the received gesture input is successfully recognized, temporarily displaying a gesture icon corresponding to the recognized trajectory; and in response to the received gesture input, releasing the mobile terminal from the lock state and entering an operating mode corresponding to the communication event. providing a plurality of menus corresponding to operational functions of the mobile terminal respectively; associating a different gesture input with each of the plurality of menus; placing the mobile terminal in a lock state after associating the different gesture inputs; receiving a communication event; displaying an alert information for notifying an occurrence of the communication event on a display module; receiving one of the associated gesture inputs in connection with the alert information; displaying a trajectory of the received gesture input upon receiving the one of the associated gesture inputs; if the trajectory of the received gesture input is successfully recognized, temporarily displaying a gesture icon corresponding to the recognized trajectory; and in response to the received gesture input, releasing the mobile terminal from the lock state and entering an operating mode corresponding to the communication event.
An antenna for wireless power system comprising: a first substrate having a plurality of via; (21,22); and a single continuous coil (11,12) wound on the first substrate to form a pattern of at least three overlapped circular loops, wherein a center of each loop of the three circular loops (1,2,3) of the coil is equidistant to centers of other loops of three circular loops of the coil, such that the three circular loops of the coil are decoupled from one another; wherein the loops of the single continuous coil have a winding path in which the coil passes through the vias (21,22) of the substrate, such that the coil is continuous and no segment of the coil is repeated. a first substrate having a plurality of via; (21,22); and a single continuous coil (11,12) wound on the first substrate to form a pattern of at least three overlapped circular loops, wherein a center of each loop of the three circular loops (1,2,3) of the coil is equidistant to centers of other loops of three circular loops of the coil, such that the three circular loops of the coil are decoupled from one another; wherein the loops of the single continuous coil have a winding path in which the coil passes through the vias (21,22) of the substrate, such that the coil is continuous and no segment of the coil is repeated.
A tool for the application of pressing wedges in wedge-type levelling spacer systems used in the application of tiles and that are equipped with a base block and a pressing wedge, wherein the tool comprises: a handgrip comprising a front end from which projects a support rod having a longitudinal axis; a slider constrained to the support rod and at least partially delimiting a through opening configured to slidably receive at least one axial segment of the pressing wedge; a thruster associated with the handgrip in a movable manner at least along a thrusting direction parallel to the longitudinal axis of the support rod between an advanced position, wherein the thruster is proximal to the slider, and a withdrawn position, wherein the thruster is distal from the slider; and a mechanical actuator associated with the handgrip and configured to actuate the thruster at least from the withdrawn position to the advanced position, characterized in that the handgrip has an inner chamber, wherein the mechanical actuator is chosen in the group constituted by a pneumatic actuator and an electric actuator and comprises a fixed body rigidly fixed to the handgrip within the inner chamber thereof. a handgrip comprising a front end from which projects a support rod having a longitudinal axis; a slider constrained to the support rod and at least partially delimiting a through opening configured to slidably receive at least one axial segment of the pressing wedge; a thruster associated with the handgrip in a movable manner at least along a thrusting direction parallel to the longitudinal axis of the support rod between an advanced position, wherein the thruster is proximal to the slider, and a withdrawn position, wherein the thruster is distal from the slider; and a mechanical actuator associated with the handgrip and configured to actuate the thruster at least from the withdrawn position to the advanced position, characterized in that the handgrip has an inner chamber, wherein the mechanical actuator is chosen in the group constituted by a pneumatic actuator and an electric actuator and comprises a fixed body rigidly fixed to the handgrip within the inner chamber thereof.
A sanitary tissue product comprising a fibrous structure comprising a plurality of filaments and a plurality of fibers, wherein the fibrous structure exhibits a pore volume distribution such that less than 20% of the total pore volume present in the fibrous structure exists in pores radii of from 1μm to 50μm measured according to the Pore Volume Distribution Test Method, and wherein the fibrous structure exhibits a VFS of greater than 11g/g measured according to the Vertical Full Sheet Test method, wherein the filaments exhibit an average filament diameter of less than 1 μm.
A non-aqueous electrolytic solution which comprises a non-aqueous solvent comprising a cyclic carbonate selected from the group consisting of ethylene carbonate and propylene carbonate, a linear carbonate and vinylene carbonate, and an electrolyte dissolved in the non-aqueous solvent, in which the vinylene carbonate is contained in the electrolytic solution in an amount of 0.1 to 5 wt.%, and which shows a reduction potential, as determined in the part "Measurement of Reduction Potential" according to the description, in the range of 0.7 volt to 0.8 volt, with reference to lithium and which contains one or more chlorine atom-containing organic compounds in an amount of 5 ppm or less, in terms of chlorine atom content.
A bench top incubator (10; 110) comprising: a housing, wherein the housing has an outer volume that is 1.5 m 3 or less; a first tray stack within the housing; a plurality of slide trays (17; 27; 37; 47), the first tray stack being configured to retain the plurality of slide trays (17; 27; 37; 47) in a vertically stacked arrangement, each slide tray (17; 27; 37; 47) including multiple slide insets, each slide inset being configured to retain and mate with a microscope slide; a second tray stack within the housing and horizontally adjacent to the first tray stack; a plurality of plate trays, the second tray stack being configured to retain the plurality of plate trays in a vertically stacked arrangement, each plate tray including one or more plate insets, each plate inset being configured to retain and mate with a multi-well plate; and a temperature control system; wherein the bench top incubator (10; 110) is free of gas flow systems. a housing, wherein the housing has an outer volume that is 1.5 m 3 or less; a first tray stack within the housing; a plurality of slide trays (17; 27; 37; 47), the first tray stack being configured to retain the plurality of slide trays (17; 27; 37; 47) in a vertically stacked arrangement, each slide tray (17; 27; 37; 47) including multiple slide insets, each slide inset being configured to retain and mate with a microscope slide; a second tray stack within the housing and horizontally adjacent to the first tray stack; a plurality of plate trays, the second tray stack being configured to retain the plurality of plate trays in a vertically stacked arrangement, each plate tray including one or more plate insets, each plate inset being configured to retain and mate with a multi-well plate; and a temperature control system; wherein the bench top incubator (10; 110) is free of gas flow systems.
A processor-implemented method for performing lawful interception in a communication network, the method comprising: detecting (502; 606) in real-time adulteration in communication data, in a communication session involving a target user identified for lawful interception, based on a comparison of a set of adulteration parameters derived from the communication data with associated thresholds within a set of thresholds; analyzing (504; 608) adulterated content in the communication data to determine feasibility of correcting the adulterated content based on satisfaction of predefined criteria comprising meeting a confidence level of accuracy in correcting the adulterated content; correcting (506; 610), selectively, the adulterated content based on satisfaction of the predefined criteria; and sending the selectively corrected adulterated content to a lawful interception gateway. detecting (502; 606) in real-time adulteration in communication data, in a communication session involving a target user identified for lawful interception, based on a comparison of a set of adulteration parameters derived from the communication data with associated thresholds within a set of thresholds; analyzing (504; 608) adulterated content in the communication data to determine feasibility of correcting the adulterated content based on satisfaction of predefined criteria comprising meeting a confidence level of accuracy in correcting the adulterated content; correcting (506; 610), selectively, the adulterated content based on satisfaction of the predefined criteria; and sending the selectively corrected adulterated content to a lawful interception gateway.
A bending press (1; 21) or press brake comprising two tool halves (2, 3; 22, 23) designed as dies and punches, which can be moved relative to one another, and comprising a platform (4; 24), in particular a table, wherein a tool half (2; 22) is displaceably mounted on the platform (4; 24) by means of a bearing, characterised in that the bearing is a gas bearing (5; 25) to which a gaseous medium can be applied, in particular an air bearing, having gas outlet openings (6; 26) in the bearing surface (7; 27) for generating a gas cushion.
A rotation rate sensor comprising a moveable oscillator which is excitable in a direction of excitation to an oscillation with a resonance angular frequency ω 0, and a controller unit comprising a PI-controller (225, 325) with a proportional transfer element (224, 324) and an integrating transfer element (222, 322), arranged parallel to the proportional transfer element (224, 324), wherein a controller input of the controller unit is connected with both transfer elements (222, 224, 322, 324), characterized in that a transfer function of the PI-controller (225, 325) has a conjugate complex pole at a controller angular frequency ω 0 in the s-plane or a pole at e ± jω 0 T in the z-plane, wherein T is the sampling time of a discrete input signal of the PI-controller (225, 325) and ω 0 is larger than 0.
Apparatus for installation in or mounting to a hospital or care bed equipped with a mattress, having two shafts height-adjustable and rotatable relative to the mattress, to be arranged on two opposite longitudinal sides of the bed, and a bed sheet having two opposite ends, which, between the two shafts, is generally in parallel to a plane upper side of the mattress in a lowered position, is suspended and lifted off the mattress together with a patient lying on the bed sheet in a raised position and can be caused to move to transfer the patient between the shafts characterised in that one end of the bed sheet is wound on a supply roll, in that the dimensions of the bed sheet between its two ends are multiple times the width of the mattress, and in that a plurality of bed sheet changes are possible by unwinding the bed sheet from the supply roll, in which respectively a soiled portion of the bed sheet is replaced by an adjacent clean portion on the upper side of the mattress.
A wet-cleaning device, in particular a wet wiping device, with a cleaning roller mounted rotatably around a roller axis and a roller cover enveloping the cleaning roller at least partially in the circumferential direction, which has at least one displaceable cover element (5, 6) for optionally closing and/or releasing an opening region of the roller cover, characterized in that the wet-cleaning device has a first cover element and a second cover element, which can be displaced in opposition to each other in relation to a circumferential direction of the cleaning roller, so as to close and/or release the opening region from opposite circumferential directions.