mhurhangee/ep-ind-claims huggingface dataset:
Cutting insert for a milling tool formed for gear milling in the form of hobbing of a workpiece having cogs, such as gear wheels, racks and the like, the cutting insert comprising an under side, an opposite upper side that forms a chip surface and extends parallel to an extension plane (p), a circumferential edge side that connects the upper side and the under side, a centre axis that extends through the under side and the upper side, a symmetry line that is perpendicular to and intersects the centre axis, and a first cutting edge comprising a primary main cutting edge, a secondary main cutting edge (24") - which are symmetrical in respect of the symmetry line and formed where the edge side meets the chip surface - and a transverse end cutting edge that extends between the primary main cutting edge and the secondary main cutting edge (24") and that comprises a straight segment, characterized in that a normal to the extension plane (p) forms an acute clearance angle (δ) with the edge side at least along the first cutting edge so that the cutting insert obtains a positive cutting geometry along the primary main cutting edge, the secondary main cutting edge (24") and the transverse end cutting edge, wherein the under side has a recess that extends from the under side and that is arranged to be in engagement with a corresponding projection of a support surface of the milling tool, wherein the chip surface comprises a reinforcement bevel that extends inward from only said primary main cutting edge or wherein the chip surface comprises a reinforcement bevel having a width (b', b") that extends inward from at least said primary and secondary main cutting edges (24', 24", 25', 25") and wherein the width (b') along the primary main cutting edge (24', 25') is greater than the width (b") along the secondary main cutting edge (24", 25").
A method for manufacturing a separator, wherein a porous coating layer composed of a mixture of inorganic particles and binder polymers is formed on a porous planar substrate, comprising: preparing a porous planar substrate having a plurality of pores; preparing a slurry containing inorganic particles dispersed therein and a polymer solution comprising a first binder polymer and a second binder polymer in a solvent, and sequentially coating the slurry on the porous substrate through a first discharge hole and a non-solvent incapable of dissolving the second binder polymer on the slurry through a second discharge hole adjacent to the first discharge hole; and simultaneously removing the solvent and the non-solvent by drying, whereby a larger amount of the second binder polymer is present at the surface portion of the porous coating layer than the underlying portion thereof. preparing a porous planar substrate having a plurality of pores; preparing a slurry containing inorganic particles dispersed therein and a polymer solution comprising a first binder polymer and a second binder polymer in a solvent, and sequentially coating the slurry on the porous substrate through a first discharge hole and a non-solvent incapable of dissolving the second binder polymer on the slurry through a second discharge hole adjacent to the first discharge hole; and simultaneously removing the solvent and the non-solvent by drying, whereby a larger amount of the second binder polymer is present at the surface portion of the porous coating layer than the underlying portion thereof.
A method of providing unit information on an electronic device, the method comprising: displaying a message composition interface on the electronic device; in response to identifying a recipient of a message in the message composition interface and during composition of the message content: identifying a location associated with the recipient; analyzing the message content to identify numerical values and associated units of measurement entered on the electronic device; in response to identifying a first numerical value and first unit of measurement in the message, converting the first numerical value and first unit of measurement to a second numerical value and second unit of measurement associated with the location; and adding the second numerical value and second unit of measurement to the message content prior to sending the message from the electronic device; wherein the second numerical value and the second unit of measurement are added to the message content during entry of the message content and prior to receipt of a send command to send the message from the electronic device. displaying a message composition interface on the electronic device; in response to identifying a recipient of a message in the message composition interface and during composition of the message content: identifying a location associated with the recipient; analyzing the message content to identify numerical values and associated units of measurement entered on the electronic device; in response to identifying a first numerical value and first unit of measurement in the message, converting the first numerical value and first unit of measurement to a second numerical value and second unit of measurement associated with the location; and adding the second numerical value and second unit of measurement to the message content prior to sending the message from the electronic device; wherein the second numerical value and the second unit of measurement are added to the message content during entry of the message content and prior to receipt of a send command to send the message from the electronic device. identifying a location associated with the recipient; analyzing the message content to identify numerical values and associated units of measurement entered on the electronic device; in response to identifying a first numerical value and first unit of measurement in the message, converting the first numerical value and first unit of measurement to a second numerical value and second unit of measurement associated with the location; and adding the second numerical value and second unit of measurement to the message content prior to sending the message from the electronic device; wherein the second numerical value and the second unit of measurement are added to the message content during entry of the message content and prior to receipt of a send command to send the message from the electronic device.
A method for processing and displaying breast ultrasound information, comprising: acquiring a sonographic response from scanning patient's breast while chestwardly compressed, with a mechanically driven ultrasound transducer to acquire axial thin-slice original images; applying computer image processing to a sonographic response comprising axial thin-slice original images to thereby produce an enhanced, whole-breast navigator overview image representing a two-dimensional chestward projection, on a coronal surface, of the entire three-dimensional volume of the patient's breast that generated the acquired sonographic response, from which entire 3D volume non-breast tissue included in the sonographic response has been segmented out; further enhancing the enhanced, whole-breast, 2D navigator overview image with indications of: abnormalities found in the breast; whether the abnormalities are likely malignant or likely benign; and boosted representations of features related to likely malignant abnormalities; and displaying the resulting enhanced, whole-breast, 2D navigator overview image in association with selected other images generated from the sonographic response; said displaying of selected other images being in an automatic response to a pointing to an abnormality in the displayed 2D overview image; and the displayed other images including at least a thick-slice coronal image and an original axial thin-slice image each containing the pointed to abnormality. acquiring a sonographic response from scanning patient's breast while chestwardly compressed, with a mechanically driven ultrasound transducer to acquire axial thin-slice original images; applying computer image processing to a sonographic response comprising axial thin-slice original images to thereby produce an enhanced, whole-breast navigator overview image representing a two-dimensional chestward projection, on a coronal surface, of the entire three-dimensional volume of the patient's breast that generated the acquired sonographic response, from which entire 3D volume non-breast tissue included in the sonographic response has been segmented out; further enhancing the enhanced, whole-breast, 2D navigator overview image with indications of: abnormalities found in the breast; whether the abnormalities are likely malignant or likely benign; and boosted representations of features related to likely malignant abnormalities; and abnormalities found in the breast; whether the abnormalities are likely malignant or likely benign; and boosted representations of features related to likely malignant abnormalities; and displaying the resulting enhanced, whole-breast, 2D navigator overview image in association with selected other images generated from the sonographic response; said displaying of selected other images being in an automatic response to a pointing to an abnormality in the displayed 2D overview image; and the displayed other images including at least a thick-slice coronal image and an original axial thin-slice image each containing the pointed to abnormality.
A molding material comprising: a composite of 1 to 50 wt% of a continuous reinforcing fiber bundle and 0.1 to 20 wt% of a poly (phenylene ether ether ketone) oligomer; and 30 to 98.9 wt% of a thermoplastic resin adhering to the composite, wherein the component has a melting point of not higher than 270°C. a composite of 1 to 50 wt% of a continuous reinforcing fiber bundle and 0.1 to 20 wt% of a poly (phenylene ether ether ketone) oligomer; and 30 to 98.9 wt% of a thermoplastic resin adhering to the composite, wherein the component has a melting point of not higher than 270°C.
A composition for use in a method of treating a subject with cancer comprising administering to the subject an effective amount of an isolated microRNA (miRNA) nucleic acid comprising an miR-30-5p nucleic acid, or a miR-30-5p mimic or mimetic nucleic acid, wherein the mimic or mimetic nucleic acid comprises one or more modified nucleic acids, a 5'-end modification, and/or a 3'-end modification, wherein the mimic or mimetic nucleic acid comprises one or more of 2'-O-methyl-, 2'-methoxyethoxy-, 2'-dimethylaminooxyethoxy-, 2'-aminopropoxy-, and 2'-fluoro-modified nucleotides, and/or wherein the mimic or mimetic nucleic acid comprises a 5'-amino C3 modification, a 5'-amino C6 modification, or a 5'-amino C12 modification, or an expression vector comprising the miR-30-5p nucleic acid or the miR-30-5p mimic or mimetic nucleic acid, thereby treating the subject with cancer, wherein the cancer comprises head and neck squamous cell carcinoma or cervical squamous cell carcinoma.
A wireless communication apparatus comprising: an obtaining unit configured to obtain parameter information and to store the parameter information in a connection history, wherein the parameter information is positional information of the wireless communication apparatus regarding a connection time with another wireless communication apparatus; and a communication control unit configured to prioritize and select said other wireless communication apparatus (20a; 20b; 20c) included in the connection history as a connection when a difference between the positional information of the wireless communication apparatus at the connection time with said other wireless communication apparatus (20a; 20b; 20c) included in the connection history and current positional information obtained by the obtaining unit when not connected to said other wireless communication apparatus (20a; 20b; 20c) is equal to or less than a predetermined value, wherein the communication control unit is configured to prioritize and select said other wireless communication apparatus (20a; 20b; 20c) included in the connection history as the connection when the positional information of the wireless communication apparatus at the connection time with said other wireless communication apparatus (20a; 20b; 20c) included in the connection history is within a certain distance from the current position of the wireless communication apparatus, characterized in that the connection time is the timing when the connection with said other wireless communication apparatus (20a; 20b; 20c) ended. an obtaining unit configured to obtain parameter information and to store the parameter information in a connection history, wherein the parameter information is positional information of the wireless communication apparatus regarding a connection time with another wireless communication apparatus; and a communication control unit configured to prioritize and select said other wireless communication apparatus (20a; 20b; 20c) included in the connection history as a connection when a difference between the positional information of the wireless communication apparatus at the connection time with said other wireless communication apparatus (20a; 20b; 20c) included in the connection history and current positional information obtained by the obtaining unit when not connected to said other wireless communication apparatus (20a; 20b; 20c) is equal to or less than a predetermined value,
A guidewire exit ramp member (102; 200; 300) for use with an elongate medical device having a longitudinally extending laterally accessible guidewire lumen (14; 106; 208), the member (102; 200; 300) having a proximal end and a distal end, the member (102; 200; 300) comprising: a proximal portion (50; 60) extending distally from the proximal end, the proximal portion (50; 60) shaped and sized to surround and receive an axial portion (10; 100; 204) of the elongate medical device; a flap (52; 62; 104; 202) extending distally from the proximal portion (50; 60), the flap (52; 62; 104; 202) sized for entry into the guidewire lumen (14; 106; 208); and a distal shaft portion (54; 64) extending distally from the proximal portion (50; 60), the distal shaft portion shaped to receive the elongate medical device when the flap (52; 62; 104; 202) is placed in the guidewire lumen (14; 106; 208). a proximal portion (50; 60) extending distally from the proximal end, the proximal portion (50; 60) shaped and sized to surround and receive an axial portion (10; 100; 204) of the elongate medical device; a flap (52; 62; 104; 202) extending distally from the proximal portion (50; 60), the flap (52; 62; 104; 202) sized for entry into the guidewire lumen (14; 106; 208); and a distal shaft portion (54; 64) extending distally from the proximal portion (50; 60), the distal shaft portion shaped to receive the elongate medical device when the flap (52; 62; 104; 202) is placed in the guidewire lumen (14; 106; 208).
A mesh network comprising a first station, a second station and one or more intermediate stations, wherein the first, second and one or more intermediate stations (101, 102, 1001) are configured to comprise a sleep mode wherein the first, second and one or more intermediate stations (101, 102, 1001) are sleeping, and an awake mode wherein the first, second and one or more intermediate stations (101, 102, 1001) are awake, wherein the first, second and one or more intermediate stations (101, 102, 1001) are configured to be in the awake mode during a duration of a discovery window - DW - and a mesh management window - MMW - and wherein the first, second and one or more intermediate stations (101, 102, 1001) are configured to listen for a synchronization beacon during the DW and to transmit and/or listen for one or more mesh path hybrid wireless mesh protocol - HWMP - frames during the MMW, wherein the first station is configured to transmit a discovery beacon outside the DW and to transmit the synchronization beacon to synchronize the one or more intermediate stations and the second station in relation to the first station, wherein the HWMP frames are at least one of a path request - PREQ - frame and a path reply - PREP - frame, wherein the first station is further configured to initiate a communication with the second station, and wherein the first station, the second station and the one or more intermediate stations are configured to define a mesh path for the communication, characterized in that the first station is further configured to define a quality of service - QoS - class defining a level of quality of the communication; the first station is configured to set a number of mesh awake windows - MAW - as available based on the QoS class; the first station is configured to define a MAW map comprising the available MAWs; the first station is configured to embed the QoS class and the MAW map in the PREQ frame; and the first station is configured to broadcast the PREQ frame comprising the QoS class and the MAW map to the second station during the MMW.
System for sorting metal objects by magnetic separation, comprising: • an electromagnetic core comprising: ∘ at least one first portion comprising a winding, ∘ a second portion, the second portion being wider than the first portion, ∘ and a base connecting the first portion to the second portion, • a sorting flap arranged opposite said electromagnetic core so as to provide, between the sorting flap and the electromagnetic core, a circulation space for a conveyor of objects to be sorted from the first portion to the second portion, said sorting system being characterized in that the sorting flap comprises a magnetic element arranged to form an air gap between the first portion and the sorting flap, said air gap forming a magnetic barrier opposing the passage of non-magnetic metal objects, so that said non-magnetic metal objects are ejected from the conveyor, the second portion being arranged between the bottom and a portion of the magnetic element of the sorting flap opposite the air gap to ensure a return of the magnetic field lines towards the first portion. • an electromagnetic core comprising: ∘ at least one first portion comprising a winding, ∘ a second portion, the second portion being wider than the first portion, ∘ and a base connecting the first portion to the second portion, ∘ at least one first portion comprising a winding, ∘ a second portion, the second portion being wider than the first portion, ∘ and a base connecting the first portion to the second portion, • a sorting flap arranged opposite said electromagnetic core so as to provide, between the sorting flap and the electromagnetic core, a circulation space for a conveyor of objects to be sorted from the first portion to the second portion, said sorting system being characterized in that the sorting flap comprises a magnetic element arranged to form an air gap between the first portion and the sorting flap, said air gap forming a magnetic barrier opposing the passage of non-magnetic metal objects, so that said non-magnetic metal objects are ejected from the conveyor, the second portion being arranged between the bottom and a portion of the magnetic element of the sorting flap opposite the air gap to ensure a return of the magnetic field lines towards the first portion.
Method of avoiding casting level fluctuations during a casting sequence for casting a cast strip of metal, comprising the following steps: continuous monitoring of casting level fluctuations in a mould with regard to whether they exceed a predetermined threshold value; a) if yes: changing a casting parameter from a sub-group of casting parameters so as to reduce the severity of the casting level fluctuations, wherein a dead time dtT > 0 is waited out between the changes of individual casting parameters from the sub-group, or b) if no fluctuations of the casting level beyond the threshold value were ascertained during a predetermined waiting time dtB > 0, wherein dtB > dtT, in the course of the monitoring, the following steps are performed after expiry of the waiting time: checking whether the casting parameters from a predetermined sub-group of casting parameters were already changed once on an earlier occasion; if yes: restoring the casting parameters, which were changed in step a), from the sub-group to their initial values; or if no: changing on each occasion only a single casting parameter, which is arbitrarily selected from a group - inclusive of the sub-group - of casting parameters, at a point in time to preclude in the future a rise of the casting level fluctuations beyond the threshold value. a) if yes: changing a casting parameter from a sub-group of casting parameters so as to reduce the severity of the casting level fluctuations, wherein a dead time dtT > 0 is waited out between the changes of individual casting parameters from the sub-group, or b) if no fluctuations of the casting level beyond the threshold value were ascertained during a predetermined waiting time dtB > 0, wherein dtB > dtT, in the course of the monitoring, the following steps are performed after expiry of the waiting time: checking whether the casting parameters from a predetermined sub-group of casting parameters were already changed once on an earlier occasion; if yes: restoring the casting parameters, which were changed in step a), from the sub-group to their initial values; or if no: changing on each occasion only a single casting parameter, which is arbitrarily selected from a group - inclusive of the sub-group - of casting parameters, at a point in time to preclude in the future a rise of the casting level fluctuations beyond the threshold value. checking whether the casting parameters from a predetermined sub-group of casting parameters were already changed once on an earlier occasion; if yes: restoring the casting parameters, which were changed in step a), from the sub-group to their initial values; or if no: changing on each occasion only a single casting parameter, which is arbitrarily selected from a group - inclusive of the sub-group - of casting parameters, at a point in time to preclude in the future a rise of the casting level fluctuations beyond the threshold value.
A method performed by a digital assistant device of managing a voice call established between a calling party and a recipient, the voice call having been queued by an answering machine to await a response by a human representative of the recipient of the voice call, being characterized in comprising: detecting, by utilizing audio recognition, from a voice indication provided by the calling party of the voice call, information indicating a point in time when the human representative of the recipient is expected to be able to provide a response to the queued voice call; and setting the calling party in contact with the recipient at the determined point in time. detecting, by utilizing audio recognition, from a voice indication provided by the calling party of the voice call, information indicating a point in time when the human representative of the recipient is expected to be able to provide a response to the queued voice call; and setting the calling party in contact with the recipient at the determined point in time.