mhurhangee/ep-ind-claims huggingface dataset:
A fuel injection amount control device (6, 6A) comprising: learning means configured to learn a secular change in an injection amount of a fuel injection valve to acquire a learned value; correcting means configured to correct the injection amount of the fuel injection valve based on the learned value acquired by the learning means; characterised by that an interface is configured to connect to a terminal device whereby information, including a travel distance of a vehicle, can be input to the control device (6, 6A) through the terminal device; and temporary learned value calculating means configured to calculate a temporary learned value of the injection amount of the fuel injection valve based on the input travel distance of a vehicle and an estimated secular change information indicating the secular change in the injection amount of the fuel injection valve estimated per travel distance of the vehicle, wherein the correcting means is configured to correct the injection amount of the fuel injection valve based on the temporary learned value calculated by the temporary learned value calculating means instead of the learned value until the learning means completes an acquisition of the learned value after the travel distance is input through the terminal device via the interface. learning means configured to learn a secular change in an injection amount of a fuel injection valve to acquire a learned value; correcting means configured to correct the injection amount of the fuel injection valve based on the learned value acquired by the learning means; characterised by that an interface is configured to connect to a terminal device whereby information, including a travel distance of a vehicle, can be input to the control device (6, 6A) through the terminal device; and temporary learned value calculating means configured to calculate a temporary learned value of the injection amount of the fuel injection valve based on the input travel distance of a vehicle and an estimated secular change information indicating the secular change in the injection amount of the fuel injection valve estimated per travel distance of the vehicle, wherein the correcting means is configured to correct the injection amount of the fuel injection valve based on the temporary learned value calculated by the temporary learned value calculating means instead of the learned value until the learning means completes an acquisition of the learned value after the travel distance is input through the terminal device via the interface.
A method to assist the manual deposition of samples on a sample support for ionization by laser desorption in a mass spectrometer wherein: (a) a sample support with several sample sites is provided; (b) a selection criterion is, or several selection criteria are, defined according to which a spotting sequence is to be carried out; (c) a quantity of sample sites is selected in accordance with the selection criterion, or the several selection criteria; (d) a sample site of the quantity is, or several sample sites of the quantity are, highlighted from above, wherein light exiting from a light source, or from two light sources, by means of respectively associated swivel-mounted guiding elements, or light from a swivel-mounted spotlight, is guided across the sample support to the selected sample site(s) to be highlighted so that the highlighting is visible to the human eye; (e) a sample is, or several samples are, manually deposited on the highlighted sample site(s) whereupon the highlighting is finished; and (f) if unprocessed sample sites of the quantity remain, method steps (d) and (e) are repeated with the next sample site or next several sample sites. (a) a sample support with several sample sites is provided; (b) a selection criterion is, or several selection criteria are, defined according to which a spotting sequence is to be carried out; (c) a quantity of sample sites is selected in accordance with the selection criterion, or the several selection criteria; (d) a sample site of the quantity is, or several sample sites of the quantity are, highlighted from above, wherein light exiting from a light source, or from two light sources, by means of respectively associated swivel-mounted guiding elements, or light from a swivel-mounted spotlight, is guided across the sample support to the selected sample site(s) to be highlighted so that the highlighting is visible to the human eye; (e) a sample is, or several samples are, manually deposited on the highlighted sample site(s) whereupon the highlighting is finished; and (f) if unprocessed sample sites of the quantity remain, method steps (d) and (e) are repeated with the next sample site or next several sample sites.
An orally-disintegrating solid preparation comprising fine granules showing controlled release of a pharmaceutically active ingredient, wherein the outermost layer of the fine granules is coated with a coating layer comprising hydroxypropylmethylcellulose and low-substituted hydroxypropylcellulose and wherein the pharmaceutically active ingredient is unstable to acid and wherein the orally-disintegrating solid preparation is an orally-disintegrating tablet and wherein a weight ratio of hydroxypropylmethylcellulose and low-substituted hydroxypropylcellulose in the coating layer is 10:1 - 1:10.
A control device for an internal combustion engine including a variable compression ratio mechanism arranged to vary a relative position relationship between a piston and a cylinder, and thereby to vary a mechanical compression ratio, and a fuel injection valve arranged to directly inject a fuel within a combustion chamber, the control device being configured with, in an engine high load region including a full open, the mechanical compression ratio at an exhaust upper dead center being controlled to a low compression ratio, a fuel injection start timing of the fuel in which an air-fuel mixture is formed within the combustion chamber, and which is ignited by an ignition plug being set before the exhaust upper dead center, and a fuel injection end timing being set after an intake lower dead center so that a fuel injection period continuously crosses the exhaust upper dead center and the intake lower dead center from the fuel injection start timing to the fuel injection end timing.
A frame loss concealment method, wherein a segment from a previously received or reconstructed audio signal is used as a prototype frame in order to create a substitution frame for a lost audio frame, the method comprising: - transforming the prototype frame into a frequency domain; - analyzing a previously reconstructed signal frame and frame loss statistics to detect predetermined conditions (101, 121, 122), wherein said conditions comprise detected transient and burst losses with several consecutive frame losses; - if said conditions are not detected, applying a first concealment method, wherein the first concealment method comprises: applying a sinusoidal model to the prototype frame to identify a frequency of a sinusoidal component of the audio signal, calculating a phase shift θ k for the sinusoidal component and phase shifting the sinusoidal component by θ k; - if said conditions are detected, applying a second concealment method, wherein the second concealment method comprises: adapting the first concealment method by selectively adjusting a magnitude of the prototype frame spectrum; and - creating the substitution frame by performing an inverse frequency transform of a frequency spectrum of the prototype frame. - transforming the prototype frame into a frequency domain; - analyzing a previously reconstructed signal frame and frame loss statistics to detect predetermined conditions (101, 121, 122), wherein said conditions comprise detected transient and burst losses with several consecutive frame losses; - if said conditions are not detected, applying a first concealment method, wherein the first concealment method comprises: applying a sinusoidal model to the prototype frame to identify a frequency of a sinusoidal component of the audio signal, calculating a phase shift θ k for the sinusoidal component and phase shifting the sinusoidal component by θ k; - if said conditions are detected, applying a second concealment method, wherein the second concealment method comprises: adapting the first concealment method by selectively adjusting a magnitude of the prototype frame spectrum; and - creating the substitution frame by performing an inverse frequency transform of a frequency spectrum of the prototype frame.
A method for performing an offline indication of a machine type communication, MTC, device in a mobile communication system, the method comprising: receiving, by a core network node, a first notification message informing that a user equipment, UE, can perform an offline indication from a first radio access network, RAN,; receiving, by the core network node, a second notification message regarding an offline indication of the UE from a second RAN; and determining, by the core network node, whether the UE in idle mode has moved from the first RAN to the second RAN and the UE is a target of the first notification message and the second notification message, by comparing information included in the first notification message received from the first RAN and information included in the second notification message received from the second RAN, determining that the UE is in an offline state when the UE has moved from the second RAN and the UE is the target of the first notification message and the second notification message. receiving, by a core network node, a first notification message informing that a user equipment, UE, can perform an offline indication from a first radio access network, RAN,; receiving, by the core network node, a second notification message regarding an offline indication of the UE from a second RAN; and determining, by the core network node, whether the UE in idle mode has moved from the first RAN to the second RAN and the UE is a target of the first notification message and the second notification message, by comparing information included in the first notification message received from the first RAN and information included in the second notification message received from the second RAN, determining that the UE is in an offline state when the UE has moved from the second RAN and the UE is the target of the first notification message and the second notification message.
A multiport for making an optical connection, comprising: a shell; at least one connection port disposed on the multiport with the at least one connection port comprising an optical connector opening extending from an outer surface of the multiport into a cavity of the multiport and defining a connection port passageway along a longitudinal axis; characterized in that the multiport further comprises at least one securing member being associated with the connection port passageway, wherein the at least one securing member is capable of translating in a direction that is transverse to the longitudinal axis; and at least one rotating actuator, wherein the at least one rotating actuator engages with the at least one securing member. a shell; at least one connection port disposed on the multiport with the at least one connection port comprising an optical connector opening extending from an outer surface of the multiport into a cavity of the multiport and defining a connection port passageway along a longitudinal axis; characterized in that the multiport further comprises at least one securing member being associated with the connection port passageway, wherein the at least one securing member is capable of translating in a direction that is transverse to the longitudinal axis; and at least one rotating actuator, wherein the at least one rotating actuator engages with the at least one securing member.
A pharmaceutical composition comprising mesenchymal stem cells (MSCs), wherein the MSCs have been transduced with a viral vector encoding a human immunodeficiency virus antiviral fusion inhibitor, wherein said MSCs express and secrete the HIV antiviral fusion inhibitor, and wherein the HIV antiviral fusion inhibitor is an antibody.
Collagen matrix comprising a polysaccharide or a salt of this polysaccharide having a weight-average molar mass of between 500 000 and 2 000 000 g/mol, preferably between 700 000 and 900 000 g/mol, characterized by a linear repeating oside sequence comprising the following 4 oside residues: [(-3)-DGlcNacβ DGlcAβ DGlcAβ DGalNacα(1-)] [(-3)-DGlcNacβ DGlcAβ DGlcAβ DGalNacα(1-)]
Assembly formed by at least one drawer side wall and at least one connection device for connecting the at least one drawer side wall to at least one further drawer wall, in particular a front panel, wherein the at least one connection device comprises at least one retaining device which is or can be arranged in the at least one drawer side wall and at least one mounting device which can be secured to the further drawer wall, the at least one retaining device has at least one retaining bar and at least one guide, and the at least one retaining bar is arranged in the at least one guide displaceable between a retaining position, in which the at least one retaining bar retains the mounting device, and a release position, in which the at least one retaining bar releases the mounting device, wherein the at least one drawer side wall is manufactured from a, preferably non-metallic, material, particularly preferably from wood or at least one wood substitute, and the at least one guide is formed, preferably milled out, in the material of the at least one drawer side wall, wherein the at least one retaining bar is mounted in the at least one guide directly and immediately displaceable, characterized in that at least one height-adjustment device, with which a location of the at least one mounting device is adjustable in a transverse direction of the at least one drawer side wall, is arranged in the at least one drawer side wall, preferably wherein a location of the at least one mounting device is adjustable relative to the at least one retaining bar with the at least one height-adjustment device, preferably wherein the at least one retaining bar is formed substantially plate-shaped and is arranged substantially in a longitudinal plane of the at least one drawer side wall.
A cylinder bore wall thermal insulator (36a-36d) suitable for being set in a groove-like cooling water channel of a cylinder block of an internal combustion engine including cylinder bores and for insulating all bore walls (23a1, 23a2, 23b1, 23b2) of all the cylinder bores or a part of the bore walls (23a1, 23a2, 23b1, 23b2) of all the cylinder bores, the thermal insulator (36a-36d) comprising: bore wall insulating sections having an arcuate shape when viewed from above and for insulating a wall surface on the cylinder bore side of the groove-like cooling water channel; and a supporting section (34a-34c) made of synthetic resin and having a shape conforming to a shape of the groove-like cooling water channel in a setting position of the thermal insulator (36a-36d), the bore wall insulating sections being fixed to the supporting section (34a-34c), wherein the bore wall insulating sections include: rubber members configured to be brought into contact with the wall surface on the cylinder bore side of the groove-like cooling water channel and for covering the wall surface on the cylinder bore side of the groove-like cooling water channel; rear surface pressing members (32, 47) provided on rear surface sides of the rubber members and configured to press the entire rubber members toward the wall surface on the cylinder bore side of the groove-like cooling water channel from the rear side; and elastic members that are configured to urge the rear surface pressing members (32, 47) to press the rubber members toward the wall surface on the cylinder bore side of the groove-like cooling water channel, and only a center or a vicinity of the center in an arc direction of each of the bore wall insulating sections is fixed to the supporting section (34a-34c).
A computer-implemented method, comprising: - obtaining, using an image capturing device, at least one digital image of a target coating, each digital image being obtained at a different angle with respect to a surface of the target coating; - performing, using an electronic computer processor in an operative connection with at least one filtering unit, a first image analysis on the obtained at least one digital image to determine at least one bright region within the at least one digital image by isolating image foreground data from image background data; - performing, using the processor, a blob analysis to determine at least one corrupt area within the at least one bright region; wherein the blob analysis comprises searching in the image foreground data obtained from the first image analysis for blobs with a big aspect ratio compared to the majority of residual blobs obtained from the image foreground data, wherein a second threshold value is defined and an aspect ratio of each blob obtained from the image foreground data is compared with the second threshold value and a blob is identified as corrupt area when its aspect ratio is equal or greater than the second threshold value, wherein the second threshold value for the blob aspect ratios is set to more than 3; and if at least one corrupt area is found, - masking out the at least one corrupt area for further analysis of the respective digital image, for further image processing as the at least one corrupt area is removed, and alternatively, rejecting the respective digital image and initiating a repetition of the image capturing in order to obtain a new digital image of the target coating. - obtaining, using an image capturing device, at least one digital image of a target coating, each digital image being obtained at a different angle with respect to a surface of the target coating; - performing, using an electronic computer processor in an operative connection with at least one filtering unit, a first image analysis on the obtained at least one digital image to determine at least one bright region within the at least one digital image by isolating image foreground data from image background data; - performing, using the processor, a blob analysis to determine at least one corrupt area within the at least one bright region; wherein the blob analysis comprises searching in the image foreground data obtained from the first image analysis for blobs with a big aspect ratio compared to the majority of residual blobs obtained from the image foreground data, wherein a second threshold value is defined and an aspect ratio of each blob obtained from the image foreground data is compared with the second threshold value and a blob is identified as corrupt area when its aspect ratio is equal or greater than the second threshold value, wherein the second threshold value for the blob aspect ratios is set to more than 3; and - masking out the at least one corrupt area for further analysis of the respective digital image, for further image processing as the at least one corrupt area is removed, and alternatively,
A Doherty amplifier, comprising: a distributor adapted to distribute input signals to a linear amplifier and a nonlinear amplifier; the linear amplifier is adapted to receive one signal from the distributor; the nonlinear amplifier is adapted to receive another signal from the distributor; and a combiner adapted to combine output signals from the linear amplifier and the nonlinear amplifier, characterized in that the Doherty amplifier comprises a package containing two transistors for implementing a push-pull amplifier or balance amplifier, wherein among the two transistors included in the package one transistor is the linear amplifier, and the other transistor is the nonlinear amplifier. a distributor adapted to distribute input signals to a linear amplifier and a nonlinear amplifier; the linear amplifier is adapted to receive one signal from the distributor; the nonlinear amplifier is adapted to receive another signal from the distributor; and a combiner adapted to combine output signals from the linear amplifier and the nonlinear amplifier, characterized in that the Doherty amplifier comprises a package containing two transistors for implementing a push-pull amplifier or balance amplifier, wherein among the two transistors included in the package one transistor is the linear amplifier, and the other transistor is the nonlinear amplifier.
A chuck for holding a master electrode or a substrate during an electrochemical pattern replication ECPR process, said chuck comprising a distal interaction surface for arrangement of the master electrode or the substrate thereon, and attaching means for clamping said master electrode or said substrate to said interaction surface, such that said master electrode or said substrate is substantially conforming to the shape of said interaction surface in a resting position of the interaction surface and the master electrode or the substrate arranged thereon, characterized by a void proximally of the interaction surface, and a pressure channel communicating with said void, such that an over pressure in said void brings said interaction surface into a convex shape, such that said master electrode or said substrate arches distally in said resting position.
An electrode drying method, comprising the following steps: measuring an internal temperature of an accommodation space before introducing an electrode to be dried into the accommodation space of an electrode drying apparatus; when the measured internal temperature of the accommodation space is higher than a reference value, which is a level at which drying of the electrode to be dried is stabilized, spraying, by a moisture supply unit, moisture into the accommodation space to cool the accommodation space; determining, by a controller, whether or not the internal temperature of the accommodation space has reached the reference value by evaporation heat of the moisture supplied into the accommodation space; and when the internal temperature of the accommodation space has reached the reference value, stopping the supplying of the moisture into the accommodation space and performing a drying process by allowing the electrode to be dried to move through the accommodation space. measuring an internal temperature of an accommodation space before introducing an electrode to be dried into the accommodation space of an electrode drying apparatus; when the measured internal temperature of the accommodation space is higher than a reference value, which is a level at which drying of the electrode to be dried is stabilized, spraying, by a moisture supply unit, moisture into the accommodation space to cool the accommodation space; determining, by a controller, whether or not the internal temperature of the accommodation space has reached the reference value by evaporation heat of the moisture supplied into the accommodation space; and when the internal temperature of the accommodation space has reached the reference value, stopping the supplying of the moisture into the accommodation space and performing a drying process by allowing the electrode to be dried to move through the accommodation space.