mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a mobile terminal, the method comprising: displaying a three-dimensional map image including a plurality of 3D individual objects on a first display area; selecting (S41; S71; S91; S111; S131; S161; S183; S201; S41; S251; S271; S81; S301) at least one 3D individual object from the displayed 3D map image through a touch input or a proximity input to the 3D individual object; obtaining (S282; S303) detailed information of the selected 3D individual object from a memory; and displaying (S43; S74; S93; S114; S134; S163; S184; S203; S242; S252; S273; S283; S304) the detailed information; wherein based on a user input, displaying the detailed information further comprises displaying the selected object or information regarding the selected object in a second display area, wherein the displaying of the detailed information further includes displaying additional information that was at least partially hidden behind the selected 3D individual object, the additional information being a 3D individual object hidden behind the selected 3D individual object, wherein the selected individual object and the 3D individual object behind the selected 3D individual object are displayed alternately whenever a predetermined critical time elapses while the 3D individual object is touched or proximity touched, wherein the selected 3D individual object disappears when the 3D individual object behind the selected 3D individual object is displayed. displaying a three-dimensional map image including a plurality of 3D individual objects on a first display area; selecting (S41; S71; S91; S111; S131; S161; S183; S201; S41; S251; S271; S81; S301) at least one 3D individual object from the displayed 3D map image through a touch input or a proximity input to the 3D individual object; obtaining (S282; S303) detailed information of the selected 3D individual object from a memory; and displaying (S43; S74; S93; S114; S134; S163; S184; S203; S242; S252; S273; S283; S304) the detailed information; wherein based on a user input, displaying the detailed information further comprises displaying the selected object or information regarding the selected object in a second display area, wherein the displaying of the detailed information further includes displaying additional information that was at least partially hidden behind the selected 3D individual object, the additional information being a 3D individual object hidden behind the selected 3D individual object, wherein the selected individual object and the 3D individual object behind the selected 3D individual object are displayed alternately whenever a predetermined critical time elapses while the 3D individual object is touched or proximity touched, wherein the selected 3D individual object disappears when the 3D individual object behind the selected 3D individual object is displayed.
Robot device ensuring the automatic guiding of a robotic arm, comprising a frame holding a robotic arm articulated along a plurality of axes of freedom, said robotic arm comprising a distal operator device for generating a human-machine interaction, said robot device further comprising an image acquisition system comprising at least two optical devices (3, 31, 32, 33, 34, 35, 36) integral with said frame and arranged in at least two distinct positions of the frame, each optical device being configured to acquire a 3D image, the image acquisition system being configured to acquire a plurality of 3D images of a human body of a patient from at least two optical devices, the robot device comprising a calculation unit for generating in real time a human body model (MOD_S) of said patient from said acquired 3D images and a guiding trajectory (TRAJ) referenced to the surface of said human body model (MOD_S), the movements of said robotic arm being enslaved to said guiding trajectory (TRAJ).
A method performed by a serving gateway control-plane, SGW-C, of establishing a GTP-C tunnel to a packet data network gateway control-plane function, PGW-C, and establishing a GTP-C tunnel to a Mobile management entity, MME, the method comprising: receiving from an MME a Create Session Request, including the GTP-C TEID of the MME; transmitting, to a serving gateway user-plane, SGW-U, a request to get a user data general packet radio service tunneling protocol, GTP-U, tunnel endpoint identifier, TEID, of the SGW-U; receiving, from the SGW-U, a response including the GTP-U TEID of the SGW-U; transmitting, to the PGW-C, a create session request message including the GTP-U TEID of the SGW-U and including a GTP-C TEID of the SGW-C; receiving, from the PGW-C, a create session response including the GTP-U TEID of a packet data network gateway user-plane, PGW-U and a GTP-C TEID of the PGW-C; and transmitting, to the SGW-U, the GTP-U TEID of the PGW-U; establishing, using the GTP-C TEID of the SGW-C and the GTP-C TEID of the PGW-C, a GTP-C tunnel between the SGW-C and PGW-C; responding to the Create Session Request from the MME with the GTP-C TEID of the SGW-C and the GTP-U TEID of the SGW-U; and establishing, using the GTP-C TEID of the MME and GTP-C TEID of the SGW-C, a GTP-C tunnel between the SGW-C and the MN. receiving from an MME a Create Session Request, including the GTP-C TEID of the MME; transmitting, to a serving gateway user-plane, SGW-U, a request to get a user data general packet radio service tunneling protocol, GTP-U, tunnel endpoint identifier, TEID, of the SGW-U; receiving, from the SGW-U, a response including the GTP-U TEID of the SGW-U; transmitting, to the PGW-C, a create session request message including the GTP-U TEID of the SGW-U and including a GTP-C TEID of the SGW-C; receiving, from the PGW-C, a create session response including the GTP-U TEID of a packet data network gateway user-plane, PGW-U and a GTP-C TEID of the PGW-C; and transmitting, to the SGW-U, the GTP-U TEID of the PGW-U; establishing, using the GTP-C TEID of the SGW-C and the GTP-C TEID of the PGW-C, a GTP-C tunnel between the SGW-C and PGW-C; responding to the Create Session Request from the MME with the GTP-C TEID of the SGW-C and the GTP-U TEID of the SGW-U; and establishing, using the GTP-C TEID of the MME and GTP-C TEID of the SGW-C, a GTP-C tunnel between the SGW-C and the MN.
Filter unit for a household appliance, in particular for a washing machine, the filter unit (1, 1a) comprising: a filter receiving body, a filter opening in the filter receiving body, a cap (3, 3a) for closing the filter opening, a drain passage (4, 4a) passing through the cap (3, 3a), a closing means (5, 5a) for closing the drain passage (4, 4a), a swivel-mounted lever element (6; 6a, 6b) in connection or in operative connection with the closing means (5, 5a) for opening and closing the closing means (5, 5a) a drain channel (7, 7a) for guiding residual water exiting said drain passage (4, 4a) away from the filter unit, characterized in that said closing means forms a valve element in respect of the drain passage. a filter receiving body, a filter opening in the filter receiving body, a cap (3, 3a) for closing the filter opening, a drain passage (4, 4a) passing through the cap (3, 3a), a closing means (5, 5a) for closing the drain passage (4, 4a), a swivel-mounted lever element (6; 6a, 6b) in connection or in operative connection with the closing means (5, 5a) for opening and closing the closing means (5, 5a) a drain channel (7, 7a) for guiding residual water exiting said drain passage (4, 4a) away from the filter unit, characterized in that said closing means forms a valve element in respect of the drain passage.
A rock drilling arrangement, comprising: a drilling boom comprising a first boom part connectable to a movable carrier of a rock drilling rig, and a distal second boom part; and two rock drilling units (6a, 6b) supported movably on the boom; wherein the mentioned two rock drilling units (6a, 6b) are separate units and are movable relative to the drilling boom independently relative to each other; wherein the rock drilling units (6a, 6b) are mounted on carriages (15a, 15b) which are movable independently relative to the boom; between the carriages (15a, 15b) and the rock drilling units (6a, 6b) are rotation units for turning the rock drilling units (6a, 6b) independently relative to the boom; wherein the carriages (15a, 15b) are configured to be moved in longitudinal direction of the boom and rotation axis of the rotation units are perpendicular relative to the movement direction of the carriages (15a, 15b); between the boom parts (3a, 3b) is a horizontal joint allowing the distal second boom part to be turned relative to the first boom part whereby the second boom part is tiltable forwards and backwards relative to the horizontal joint; and wherein the rock drilling units (6a, 6b) are mounted on opposing side surfaces of the second boom part and are movable in longitudinal direction of the second boom part. a drilling boom comprising a first boom part connectable to a movable carrier of a rock drilling rig, and a distal second boom part; and two rock drilling units (6a, 6b) supported movably on the boom; wherein the mentioned two rock drilling units (6a, 6b) are separate units and are movable relative to the drilling boom independently relative to each other; wherein the rock drilling units (6a, 6b) are mounted on carriages (15a, 15b) which are movable independently relative to the boom; between the carriages (15a, 15b) and the rock drilling units (6a, 6b) are rotation units for turning the rock drilling units (6a, 6b) independently relative to the boom; wherein the carriages (15a, 15b) are configured to be moved in longitudinal direction of the boom and rotation axis of the rotation units are perpendicular relative to the movement direction of the carriages (15a, 15b); between the boom parts (3a, 3b) is a horizontal joint allowing the distal second boom part to be turned relative to the first boom part whereby the second boom part is tiltable forwards and backwards relative to the horizontal joint; and wherein the rock drilling units (6a, 6b) are mounted on opposing side surfaces of the second boom part and are movable in longitudinal direction of the second boom part.
An insulated cap for sealing a mouth of a container, comprising: an outer shell; an insulation block disposed at least partially within the outer shell; a securing element, configured to secure the cap to the container; and a sealing member configured to form a seal between the insulated cap and the container when the insulated cap is secured to the container by the securing element, characterized in that the insulation block defines a plurality of elongate voids, each elongate void having an opening in an upper face of the insulation block, and each elongate void being otherwise enclosed by the insulation block, such that each elongate void is capped by the outer shell. an outer shell; an insulation block disposed at least partially within the outer shell; a securing element, configured to secure the cap to the container; and a sealing member configured to form a seal between the insulated cap and the container when the insulated cap is secured to the container by the securing element, characterized in that the insulation block defines a plurality of elongate voids, each elongate void having an opening in an upper face of the insulation block, and each elongate void being otherwise enclosed by the insulation block, such that each elongate void is capped by the outer shell.
A method to play video in reverse, comprising: decoding a first plurality of bits of a video data stream into a first sequence of presentable frames ordered for forward play from frame (Y+1) to frame Z, wherein Y and Z are integers, and Z is larger than Y; storing the first sequence of presentable frames in a first buffer; decoding a second plurality of bits of the video data stream into a second sequence of presentable frames ordered for forward play from frame (X+1) to frame Y, wherein X is an integer, and Y is larger than X; storing the second sequence of presentable frames in a second buffer; retrieving the first sequence of presentable frames from the first buffer; concurrent with decoding the second plurality of bits outputting the first sequence of presentable frames as a reverse playing video stream of frames ordered frame Z to (Y+1); retrieving the second sequence of presentable frames from the second buffer; and outputting the second sequence of presentable frames as a reverse playing video stream of frames ordered Y to X +1. decoding a first plurality of bits of a video data stream into a first sequence of presentable frames ordered for forward play from frame (Y+1) to frame Z, wherein Y and Z are integers, and Z is larger than Y; storing the first sequence of presentable frames in a first buffer; decoding a second plurality of bits of the video data stream into a second sequence of presentable frames ordered for forward play from frame (X+1) to frame Y, wherein X is an integer, and Y is larger than X; storing the second sequence of presentable frames in a second buffer; retrieving the first sequence of presentable frames from the first buffer; concurrent with decoding the second plurality of bits outputting the first sequence of presentable frames as a reverse playing video stream of frames ordered frame Z to (Y+1); retrieving the second sequence of presentable frames from the second buffer; and outputting the second sequence of presentable frames as a reverse playing video stream of frames ordered Y to X +1.
A method to control a short discontinuous reception 'DRX' timer comprising: checking, by a user equipment, whether a medium access control, MAC, control element is received and whether a short DRX cycle is configured; and responsive to the checking, starting the short DRX timer if the short DRX timer is not running and restarting the short DRX timer from an initial value if the short DRX timer is running. checking, by a user equipment, whether a medium access control, MAC, control element is received and whether a short DRX cycle is configured; and responsive to the checking, starting the short DRX timer if the short DRX timer is not running and restarting the short DRX timer from an initial value if the short DRX timer is running.
An in vitro method for detecting prostatic basal cells, comprising visualizing the expression of tripartite motif-containing protein 29 (TRIM29) protein in basal cells of a prostate by immunohistostaining.
A control device of a hybrid vehicle, the hybrid vehicle including an engine, an engine starter (20, 22) to start the engine, a low-voltage battery to supply the engine starter with electric power, and a high-voltage system with a first motor generator, the hybrid vehicle being configured to travel using the engine and the first motor generator as driving sources, the control device comprising: a start control unit to perform an initial system-start process of initially starting a system of the hybrid vehicle, characterized in that: in the initial system-start process, the start control unit: determines whether to be impossible to complete a start of the engine after starting the travelling, based on a voltage of the low-voltage battery; performs an HEV start process of starting the engine to thereafter start the high-voltage system., if it determines to be impossible to complete the start of the engine after starting the travelling; and otherwise performs an EV start process of starting the high-voltage system without starting the engine. a start control unit to perform an initial system-start process of initially starting a system of the hybrid vehicle, characterized in that: in the initial system-start process, the start control unit: determines whether to be impossible to complete a start of the engine after starting the travelling, based on a voltage of the low-voltage battery; performs an HEV start process of starting the engine to thereafter start the high-voltage system., if it determines to be impossible to complete the start of the engine after starting the travelling; and otherwise performs an EV start process of starting the high-voltage system without starting the engine. determines whether to be impossible to complete a start of the engine after starting the travelling, based on a voltage of the low-voltage battery; performs an HEV start process of starting the engine to thereafter start the high-voltage system., if it determines to be impossible to complete the start of the engine after starting the travelling; and otherwise performs an EV start process of starting the high-voltage system without starting the engine.
A solution comprising a proteinaceous material and an aldehyde for use in a method for the protection and regeneration of dental pulp in a dental restorative procedure treating an intraoral surface, the method comprising: (i) preparing a tooth area to provide a cavity floor within the tooth, wherein a remaining dentin thickness between the cavity floor and the dental pulp is less than 0.5 mm, and (ii) applying to the cavity floor the solution of a proteinaceous material and an aldehyde and allowing a polymerization reaction to occur to thereby form a protein hydrogel that can perform as a biodegradable cavity liner comprising the proteinaceous material in cross-linked form of gel consistency, (iii) etching the remaining tooth area with an etchant, and (iv) applying a restorative composition to the tooth area after etching to restore the tooth, wherein the proteinaceous material is an albumin. (i) preparing a tooth area to provide a cavity floor within the tooth, wherein a remaining dentin thickness between the cavity floor and the dental pulp is less than 0.5 mm, and (ii) applying to the cavity floor the solution of a proteinaceous material and an aldehyde and allowing a polymerization reaction to occur to thereby form a protein hydrogel that can perform as a biodegradable cavity liner comprising the proteinaceous material in cross-linked form of gel consistency, (iii) etching the remaining tooth area with an etchant, and (iv) applying a restorative composition to the tooth area after etching to restore the tooth,
A method, comprising: determining, by a network management device, a service condition relating to a first portion of a network, the service condition relating to a network outage or a degraded network performance; determining, by the network management device, a prioritization for a plurality of portions of the network based on determining the service condition relating to the first portion of the network, the plurality of portions of the network including the first portion of the network, the prioritization for a respective portion of the network, of the plurality of portions of the network, being related to the priority of one or more subscribers of the network that, historically or within a threshold period of time, have been active in the respective portion of the network; and altering, by the network management device, one or more network parameters associated with a second portion of the network, of the plurality of portions of the network, based on the prioritization for the plurality of portions of the network. determining, by a network management device, a service condition relating to a first portion of a network, the service condition relating to a network outage or a degraded network performance; determining, by the network management device, a prioritization for a plurality of portions of the network based on determining the service condition relating to the first portion of the network, the plurality of portions of the network including the first portion of the network, the prioritization for a respective portion of the network, of the plurality of portions of the network, being related to the priority of one or more subscribers of the network that, historically or within a threshold period of time, have been active in the respective portion of the network; and the plurality of portions of the network including the first portion of the network, the prioritization for a respective portion of the network, of the plurality of portions of the network, being related to the priority of one or more subscribers of the network that, historically or within a threshold period of time, have been active in the respective portion of the network; and altering, by the network management device, one or more network parameters associated with a second portion of the network, of the plurality of portions of the network, based on the prioritization for the plurality of portions of the network.
A driver circuit for generating a control voltage for an electrical device, comprising a receiver module comprising a receiver unit for receiving an initiation signal and a low-pass filter for filtering the initiation signal to generate a driving signal; and a counter unit having an input terminal and a plurality of output terminals (Q1, Q2, Q3, Q4), wherein the counter unit is adapted to receive the driving signal via the input terminal and sequentially activate the output terminals (Q1, Q2, Q3, Q4) following a predetermined counting sequence, thereby outputting a control signal; and a voltage regulation unit, comprising a plurality of first resistors (R1, R2, R3, R4) and a second resistor connected at one end in series with the first resistors (R1, R2, R3, R4), so that the control voltage for driving the electrical device is output from the first resistor (R1, R2, R3, R4) connected to the activated output terminal (Q1, Q2, Q3, Q4) and the second resistor according to the control signal characterized in that the driver circuit further comprises: a plurality of diodes, each connected to a respective one of the output terminals (Q1, Q2, Q3, Q4) of the counter unit, wherein each of said plurality of first resistors (R1, R2, R3, R4) is connected to a respective one of said plurality of diodes.
A control system for a centrifuge, comprising: a controller that receives a first pressure signal indicative of a first pressure of a product flowing into or out of the centrifuge, and a second pressure signal indicative of a second pressure of an operating fluid flowing into or out of the centrifuge, the controller being configured to: determine a first pressure difference between the first pressure and the second pressure; and in response to the first pressure difference dropping below a first predetermined offset, output a first control signal that causes a backpressure of the product flowing out of the centrifuge to increase. determine a first pressure difference between the first pressure and the second pressure; and in response to the first pressure difference dropping below a first predetermined offset, output a first control signal that causes a backpressure of the product flowing out of the centrifuge to increase.
Cantilever probe head comprising a support ring, a PCB board connected to said support ring and a plurality of contact probes, protruding from said support ring in a cantilever manner and being held by a support connected to said support ring, each contact probe having a rod-like probe body and a longitudinal axis inclined with respect to a reference plane (π) corresponding to a plane of a wafer of devices under test by means of said cantilever probe head, as well as at least one first end portion, realized in a first probe section protruding from said support in the direction of said wafer of devices under test, said first end portion being bent with respect to said longitudinal axis starting from a bending point and ending with a contact tip of said contact probe adapted to abut onto a contact pad of a device under test of said wafer, each of said contact probes further comprising a second end portion realized in a second probe section protruding from said support in the opposite direction with respect to said first probe section towards said PCB board, said second end portion being bent with respect to said longitudinal axis starting from a further bending point and ending with a further contact end of said contact probe, characterized in that said support ring, provided with said support, is mounted in pressing contact with said PCB board so that said further contact ends of said end portions of said contact probes abut in a pressing contact onto said contact pads of said PCB board.