mhurhangee/ep-ind-claims huggingface dataset:
Method for monitoring a diagnostic test process of samples including at least two sub-processes, the method including: a simulating procedure, by a simulation module, including simulating, at least based on data representing characteristics of each of the at least two sub-processes, a progress, here referred to as simulated progress, of the diagnostic test process for each of the at least two sub-processes; a receiving procedure, by a receiving module, including receiving time information data representing the actual progress of the diagnostic test process for each of the at least two sub-processes; and a displaying procedure, by a displaying module, including displaying, for each of the at least two sub-processes, information derived from at least the simulated progress of the diagnostic test process and the received time information data representing the actual progress of the diagnostic test process, wherein the derived information is displayed in a manner enabling a comparison of the simulated progress and the actual progress for each of the at least two sub-processes. a simulating procedure, by a simulation module, including simulating, at least based on data representing characteristics of each of the at least two sub-processes, a progress, here referred to as simulated progress, of the diagnostic test process for each of the at least two sub-processes; a receiving procedure, by a receiving module, including receiving time information data representing the actual progress of the diagnostic test process for each of the at least two sub-processes; and a displaying procedure, by a displaying module, including displaying, for each of the at least two sub-processes, information derived from at least the simulated progress of the diagnostic test process and the received time information data representing the actual progress of the diagnostic test process, wherein the derived information is displayed in a manner enabling a comparison of the simulated progress and the actual progress for each of the at least two sub-processes.
A sockliner, the sockliner comprising: a compressible foam body, the compressible foam body having a surface (161, 161B), the surface (161, 161B) having a central portion and a periphery; and a fabric skirt having a central portion and a periphery, the central portion of the fabric skirt joined to the central portion of the surface of the compressible foam body (161, 161B), wherein at least a portion of the periphery of the surface of the compressible foam body is not joined to the fabric skirt, leaving at least a portion of the periphery of the fabric skirt loose from the periphery of the compressible foam body.
A probe system, comprising: a chuck including a support surface configured to support a substrate that includes a device under test; a probe head assembly, including: (i) a platen; (ii) a first manipulator operatively attached to the platen; (iii) a first manipulated assembly operatively attached to the first manipulator and including a first probe configured to contact the DUT; (iv) a second manipulator operatively attached to the platen; and (v) a second manipulated assembly operatively attached to the second manipulator and including a second probe configured to contact the DUT; and a measurement device configured to directly measure a distance between the first manipulated assembly and the second manipulated assembly. a chuck including a support surface configured to support a substrate that includes a device under test; a probe head assembly, including: (i) a platen; (ii) a first manipulator operatively attached to the platen; (iii) a first manipulated assembly operatively attached to the first manipulator and including a first probe configured to contact the DUT; (iv) a second manipulator operatively attached to the platen; and (v) a second manipulated assembly operatively attached to the second manipulator and including a second probe configured to contact the DUT; and (i) a platen; (ii) a first manipulator operatively attached to the platen; (iii) a first manipulated assembly operatively attached to the first manipulator and including a first probe configured to contact the DUT; (iv) a second manipulator operatively attached to the platen; and (v) a second manipulated assembly operatively attached to the second manipulator and including a second probe configured to contact the DUT; and a measurement device configured to directly measure a distance between the first manipulated assembly and the second manipulated assembly.
Lower part of tool for cutting flans from a sheet strip, including a sheet coil, the lower part comprising: - an advance zone of sheet strip with a top surface, - a blade for cutting flans from the sheet strip, the said blade being arranged at the top surface, and - at least one retractable band guide below the top surface which is at least partially disposed of in the advance area, characterized by having at least one matrix forming an opening that is placed in the alignment of at least one retractable band guide according to the direction of advancement of the sheet metal band. - an advance zone of sheet strip with a top surface, - a blade for cutting flans from the sheet strip, the said blade being arranged at the top surface, and - at least one retractable band guide below the top surface which is at least partially disposed of in the advance area,
A method of distributing a first piece of content to multiple receivers using multicast channels, the first piece of content comprising a plurality of content portions (C1P1, C1P2, C1P3, C1P4), the method comprising: for each of a plurality of selected content portions of the plurality of content portions, there being two or more versions of each said selected content portion, allocating each version of that selected content portion to a respective multicast channel; and providing each receiver with access to a respective group of the multicast channels, each receiver being identifiable at least in part by means of the respective group of multicast channels for that receiver. for each of a plurality of selected content portions of the plurality of content portions, there being two or more versions of each said selected content portion, allocating each version of that selected content portion to a respective multicast channel; and providing each receiver with access to a respective group of the multicast channels, each receiver being identifiable at least in part by means of the respective group of multicast channels for that receiver.
An air-conditioning management system comprising: an air conditioning apparatus including an outdoor unit and an indoor unit, a refrigerant circuit, and a recovery unit (12, 16), the air conditioning apparatus being configured to carry out a refrigerant recovery operation of recovering a refrigerant from a the refrigerant circuit that connects the outdoor unit and an the indoor unit and sending the recovered refrigerant to a the recovery unit (12, 16); and a control unit; characterized in that the control unit is configured to make a determination whether all the recovered refrigerant is sendable to the recovery unit (12, 16) before a start of the refrigerant recovery operation by the air conditioning apparatus, and to output, when determining that all the recovered refrigerant is not sendable to the recovery unit (12, 16), a command for notifying the determination. an air conditioning apparatus including an outdoor unit and an indoor unit, a refrigerant circuit, and a recovery unit (12, 16), the air conditioning apparatus being configured to carry out a refrigerant recovery operation of recovering a refrigerant from a the refrigerant circuit that connects the outdoor unit and an the indoor unit and sending the recovered refrigerant to a the recovery unit (12, 16); and a control unit; characterized in that the control unit is configured to make a determination whether all the recovered refrigerant is sendable to the recovery unit (12, 16) before a start of the refrigerant recovery operation by the air conditioning apparatus, and to output, when determining that all the recovered refrigerant is not sendable to the recovery unit (12, 16), a command for notifying the determination.
A cylinder lock, comprising - an outer housing part with an outer core rotatable mounted therein, - an inner housing part with an inner core rotatable mounted therein, - a cam, mounted between the housing parts and, - a solid bridge connecting element, joining the housing parts and, - the connecting element comprises a central thickened portion with two lateral arms, - the central thickened portion is disposed just below the cam, - the arms are mounted in longitudinal housing bores formed in the housing parts and, characterized in that the connecting element is fixed to the housing parts and through a screw fit by an external thread, realized on the arms end portions, engaged in respective internal thread of fixing sleeves mounted in transversal slots formed in the housing parts and. - an outer housing part with an outer core rotatable mounted therein, - an inner housing part with an inner core rotatable mounted therein, - a cam, mounted between the housing parts and, - a solid bridge connecting element, joining the housing parts and, - the connecting element comprises a central thickened portion with two lateral arms, - the central thickened portion is disposed just below the cam, - the arms are mounted in longitudinal housing bores formed in the housing parts and,
A method of operating a mobile device in a communication network, the communication network comprising a network node, the method comprising: operating the mobile device in a discontinuous reception, DRX, mode with a DRX cycle length that is longer than a modification period in the network; periodically activating a receiver in the mobile device to receive a paging message from the network node; processing a received paging message to determine if an update to system information is to occur in an updated information modification period, the updated information modification period being preceded by a change notification modification period, characterized in receiving, during a modification period that occurs before the change notification modification period, a paging message indicating an update to system information is to occur, wherein the method further comprises: the step of activating the receiver in the mobile device during the updated information modification period to determine the updated system information responsive to the paging message indicating an update to system information is to occur; or the step of, following receipt of the paging message indicating that an update to system information is to occur, activating the receiver in the mobile device to determine the updated system information when the mobile device is to transmit data to the network node. operating the mobile device in a discontinuous reception, DRX, mode with a DRX cycle length that is longer than a modification period in the network; periodically activating a receiver in the mobile device to receive a paging message from the network node; processing a received paging message to determine if an update to system information is to occur in an updated information modification period, the updated information modification period being preceded by a change notification modification period, characterized in receiving, during a modification period that occurs before the change notification modification period, a paging message indicating an update to system information is to occur, wherein the method further comprises: the step of activating the receiver in the mobile device during the updated information modification period to determine the updated system information responsive to the paging message indicating an update to system information is to occur; or the step of, following receipt of the paging message indicating that an update to system information is to occur, activating the receiver in the mobile device to determine the updated system information when the mobile device is to transmit data to the network node. the step of activating the receiver in the mobile device during the updated information modification period to determine the updated system information responsive to the paging message indicating an update to system information is to occur; or the step of, following receipt of the paging message indicating that an update to system information is to occur, activating the receiver in the mobile device to determine the updated system information when the mobile device is to transmit data to the network node.
A mirror die image recognition system configured to perform recognition, from many dies on a wafer diced into many separated dies, of a mirror die without damage or a pattern that is the same quadrilateral shape as a production die having a pattern, in a manner that distinguishes the mirror die without damage or pattern from a mirror die with damage and from a production die, the mirror die image recognition system comprising: a camera configured to image at least a portion of the wafer in a field of view; and an image processing device configured to process the image captured by the camera to recognize, from among each of the dies in the image, a mirror die without damage in a manner that distinguishes the mirror die without damage from other dies, characterized in that the image processing device is configured to acquire the mean brightness level of a region at at least five locations including regions corresponding to four corner location portions and a center portion of each die in the image, determine whether the mean brightness levels of the regions of the at least five locations are uniform, and recognize the die for which the mean brightness levels of the regions of the at least five locations are uniform as the mirror die without damage, wherein the mean brightness levels of the regions of the at least five locations are uniform, when the variance of the mean brightness levels of the regions of the at least five locations is within a specified variance range. a camera configured to image at least a portion of the wafer in a field of view; and an image processing device configured to process the image captured by the camera to recognize, from among each of the dies in the image, a mirror die without damage in a manner that distinguishes the mirror die without damage from other dies, characterized in that the image processing device is configured to acquire the mean brightness level of a region at at least five locations including regions corresponding to four corner location portions and a center portion of each die in the image, determine whether the mean brightness levels of the regions of the at least five locations are uniform, and recognize the die for which the mean brightness levels of the regions of the at least five locations are uniform as the mirror die without damage, wherein the mean brightness levels of the regions of the at least five locations are uniform, when the variance of the mean brightness levels of the regions of the at least five locations is within a specified variance range.
A DLP 3D printer system (200, 300) for building 3D objects comprising a control unit (202, 302), production table (240, 340) and DLP projector apparatus (230, 330) arranged to selectively irradiate a layer of radiation-curable material at the production table, wherein the DLP projector apparatus comprises: at least three light sources (111, 112, 113, 114) to be turned on in sequence, each capable of radiating a monochromatic light beam; at least one light sink for capturing at least some of said monochromatic light beams; at least one projection lens for refracting and projecting at least some of said monochromatic light beams for display; at least one DMD chip for selectively reflecting at least some of said radiated monochromatic light beams from said at least three light sources towards said projection lens for refracting and projecting an image display; and the control unit (202, 302) controls the activation of each of said at least three light sources (111, 112, 113, 114) in synchronization with said DMD chip; wherein said image display comprises images of said at least three light sources which are defocused to display said images shifted with respect to each other on a defocused imaging plane at the production table. at least three light sources (111, 112, 113, 114) to be turned on in sequence, each capable of radiating a monochromatic light beam; at least one light sink for capturing at least some of said monochromatic light beams; at least one projection lens for refracting and projecting at least some of said monochromatic light beams for display; at least one DMD chip for selectively reflecting at least some of said radiated monochromatic light beams from said at least three light sources towards said projection lens for refracting and projecting an image display; and the control unit (202, 302) controls the activation of each of said at least three light sources (111, 112, 113, 114) in synchronization with said DMD chip; wherein said image display comprises images of said at least three light sources which are defocused to display said images shifted with respect to each other on a defocused imaging plane at the production table.
A method for controlling an elevator comprising a car with at least two car doors (12A, 12B, 12C), each car door (12A, 12B, 12C) being provided with a door contact (A1, A2, A3), a shaft being provided with corresponding landing doors (22A, 22B, 22C), each landing door (22A, 22B, 22C) being provided with a door contact (B1, B2, B3), each landing door (22A, 22B, 22C) opening in synchronism with the corresponding car door (12A, 12B, 12C), the door contacts (A1, A2, A3, B1, B2, B3,) forming part of a safety circuit of the elevator, characterised by a car door contact input being connected to a middle point in the safety circuit between a series connection of the car door contacts (A1, A2, A3) and a series connection of the landing door contacts (B1, B2, B3), the method comprising: monitoring a status information of the car door contact input in order to determine whether the door contacts (A1, A2, A3, B1, B2, B3,) are operational or not when the car doors (12A, 12B, 12C) are opened and/or closed with a predetermined time delay at a landing (L1, L2).
A terminal comprising: a receiving section configured to receive a downlink signal; a transmitting section configured to transmit an uplink signal; and a control section configured to control a transmission time interval used in reception of the downlink signal and/or used in transmission of the uplink signal, wherein the control section is configured to control the transmission time interval used in reception of the downlink signal and/or used in transmission of the uplink signal to be a first transmission time interval of length 1ms or a second transmission time interval that is shorter than the first transmission time interval, and in the case where the second TTI is used in time division duplex, TDD, communication, the receiving section is configured to receive an uplink-downlink configuration for use with the first transmission time interval via system infοrmatiοn block 1, SIB1, or radio resource control, RRC, signaling, and the control section is configured to determine a transmission direction of the second transmission time interval to be the same as a transmission direction of the first transmission time interval based on the uplink-downlink configuration for the first transmission time interval. a receiving section configured to receive a downlink signal; a transmitting section configured to transmit an uplink signal; and a control section configured to control a transmission time interval used in reception of the downlink signal and/or used in transmission of the uplink signal, wherein the control section is configured to control the transmission time interval used in reception of the downlink signal and/or used in transmission of the uplink signal to be a first transmission time interval of length 1ms or a second transmission time interval that is shorter than the first transmission time interval, and in the case where the second TTI is used in time division duplex, TDD, communication, the receiving section is configured to receive an uplink-downlink configuration for use with the first transmission time interval via system infοrmatiοn block 1, SIB1, or radio resource control, RRC, signaling, and the control section is configured to determine a transmission direction of the second transmission time interval to be the same as a transmission direction of the first transmission time interval based on the uplink-downlink configuration for the first transmission time interval.
An absorbent article for pet animal having a longitudinal direction, a transverse direction being orthogonal thereto, a body-contact surface facing pet animal's body and a non-body-contact surface lying on the side opposite thereto and including an absorbent panel having a ventral region, a dorsal region and an intermediate region defined between the ventral region and the dorsal region as viewed in the longitudinal direction wherein the absorbent panel includes a liquid-permeable interior sheet, a liquid-impermeable exterior sheet and a liquid absorbent core lying between these interior and exterior sheets, wherein: the liquid absorbent core is arranged in a limited area extending from a zone of the intermediate region defined adjacent to a slit for formation of an opening into which the pet animal's tail is inserted into the ventral region and has a first end lying in the ventral region and a second end lying in the intermediate region opposed to each other in the longitudinal direction; characterised in that a dimension in the transverse direction of the ventral region of the liquid absorbent core gradually narrows from the side of the second end toward the first end. the liquid absorbent core is arranged in a limited area extending from a zone of the intermediate region defined adjacent to a slit for formation of an opening into which the pet animal's tail is inserted into the ventral region and has a first end lying in the ventral region and a second end lying in the intermediate region opposed to each other in the longitudinal direction; characterised in that a dimension in the transverse direction of the ventral region of the liquid absorbent core gradually narrows from the side of the second end toward the first end.
A lighting umbrella, comprising a lower slot and an upper slot fixed on the top of a stick, one end of a long framework being articulated with the upper slot while the other end thereof supporting a cover, one end of a short framework being articulated with the lower slot while the other end thereof being articulated with the middle of the long framework, wherein a notch having a light emitting device provided therein is formed in one or both of the long framework and the short framework; the light emitting device comprises a light guide bar clamped inside the notch and provided with a light source on its end surface; the light source being fixed on a fixed base that is fixedly connected to the frameworks and sleeved with a stopper for the purpose of protection, wherein the light source comprises a surface mount device light emitting diode (SMD LED) lamp and a printed circuit board lamp panel; a through hole is formed inside the fixed base, the PCB lamp panel is inserted into and fixed in the through hole inside the fixed base; and the SMD LED lamp clings to the light guide bar and the PCB lamp panel is connected to the power supply wire.