mhurhangee/ep-ind-claims huggingface dataset:
A screen adjusting method, (301, 302, 303) wherein a mobile communication terminal is provided with a touch screen, and the method comprises the following steps of: - in a first screen display mode, responding to a selection of a user to provide a user interface having an initial setting, detecting a first pressing action of a finger of the user on the user interface, collecting a first fingerprint image according to the first pressing action, and generating corresponding first fingerprint characteristic data according to the first fingerprint image, wherein the first fingerprint characteristic data comprises first fingerprint information and a first fingerprint direction; - providing an application interface, detecting a second pressing action of a finger of the user on the user interface, collecting a second fingerprint image according to the second pressing action, and generating corresponding second fingerprint characteristic data according to the second fingerprint image, wherein the second fingerprint characteristic data comprises second fingerprint information and a second fingerprint direction; - when it is determined that first fingerprint information is consistent with second fingerprint information, calculating an angle difference value between a first fingerprint direction and a second fingerprint direction, and when the angle difference value is within a threshold range, switching to a second screen display mode. - in a first screen display mode, responding to a selection of a user to provide a user interface having an initial setting, detecting a first pressing action of a finger of the user on the user interface, collecting a first fingerprint image according to the first pressing action, and generating corresponding first fingerprint characteristic data according to the first fingerprint image, wherein the first fingerprint characteristic data comprises first fingerprint information and a first fingerprint direction; - providing an application interface, detecting a second pressing action of a finger of the user on the user interface, collecting a second fingerprint image according to the second pressing action, and generating corresponding second fingerprint characteristic data according to the second fingerprint image, wherein the second fingerprint characteristic data comprises second fingerprint information and a second fingerprint direction; - when it is determined that first fingerprint information is consistent with second fingerprint information, calculating an angle difference value between a first fingerprint direction and a second fingerprint direction, and when the angle difference value is within a threshold range, switching to a second screen display mode.
- A cooling system comprising at least: - a Stirling heat pump designed to cool an inlet gas (G e) down to a cryogenic temperature in order to form a cryogenic liquid, - a primary electric motor, intended to operate said Stirling heat pump, - a primary pump intended to circulate said cryogenic liquid under pressure, and - a cooling means, intended to cool said primary electric motor by means of the cryogenic liquid coming from said primary pump. - a Stirling heat pump designed to cool an inlet gas (G e) down to a cryogenic temperature in order to form a cryogenic liquid, - a primary electric motor, intended to operate said Stirling heat pump, - a primary pump intended to circulate said cryogenic liquid under pressure, and - a cooling means, intended to cool said primary electric motor by means of the cryogenic liquid coming from said primary pump.
A method for driving an electro-optic display having a plurality of pixels, each of which is capable of achieving at least two different gray levels, the method comprising: storing a base waveform defining a sequence of voltages to be applied to a pixel during a specific transition by the pixel between gray levels at a first temperature, a base frame rate and base amplitude, storing temperature-dependent multiplication factors, n and p, where n and p are positive numbers; obtaining a temperature measurement, and matching a value of n and a value of p to the measured temperature; and effecting the specific transition by applying to the pixel the base waveform at a frame rate that is n times the base frame rate and at an amplitude equal to p times the base amplitude. storing a base waveform defining a sequence of voltages to be applied to a pixel during a specific transition by the pixel between gray levels at a first temperature, a base frame rate and base amplitude, storing temperature-dependent multiplication factors, n and p, where n and p are positive numbers; obtaining a temperature measurement, and matching a value of n and a value of p to the measured temperature; and effecting the specific transition by applying to the pixel the base waveform at a frame rate that is n times the base frame rate and at an amplitude equal to p times the base amplitude.
Access-determining device in a building having at least one door and one electromagnet (30, 32) assigned to the door, said electromagnet being coupled to a voltage source via at least one switch (S1, S2, S3, S4, S5), wherein the switch (S1, S2, S3, S4, S5) is closed in a base state of the access-determining device, such that the electromagnet is powered and this electromagnet causes a fixing element (38, 39), which is supplied by a magnetic field (30, 32) of the electromagnet, said magnetic field being thus generated, and which is likewise assigned to the door, to prevent the door from opening or closing, wherein a lapse of the magnetic field of the electromagnet (30, 32) is caused only in an emergency state by permanent opening of the at least one switch (S1, S2, S3, S4, S5), and an opening of the door or a closing of the door is enabled, wherein the at least one switch is a semiconductor switch (S1, S2, S3, S4, S5) or another switch which can be switched every millisecond, wherein the switch is controlled via a control line (51, 52), and a testing means (60, 61, 62, 63) is provided which is designed to emit at least one signal for causing the opening of the switch (S1, S2, S3, S4, S5) via the control line (51, 52), based on the base state, for a sufficiently short period of time that opening or closing of the door is not yet enabled, characterised in that the testing means is further designed to test, using a detection means (01, 02, 03, 04, 05), whether the switch (S1, S2, S3, S4, S5) is actually opened because of the at least one signal for opening, and the electromagnet is redundantly coupled to the voltage source via at least two semiconductor switches (S1, S2, S3, S4, S5) (or two other switches which can be switched every millisecond) having an associated control line (51, 52) in such a manner that, when the semiconductor switch is opened, the electromagnet is deenergised and the emergency state is established.
A method for processing a sequence of ultrasound frames for display, the method comprising: receiving a sequence of intravascular ultrasound, IVUS, frames of a vessel having a lumen, the sequence comprising a first frame and a second frame, wherein each frame comprises a plurality of scan lines, each scan line comprising a plurality of pixels; determining one or more texture features for each of one or more regions of the first frame, wherein at least one of the one or more texture features comprises a difference between intensity values of i) the region of the first frame and ii) another region of the first frame spaced apart from the region; determining at least one flow feature using cross-frame correlation for each of the one or more regions by comparing the first and second frames; deriving a lumen border for the first frame using the one or more texture features and the at least one flow feature to characterize the one or more regions as within or outside of the lumen of the vessel; and displaying an ultrasound image of the first frame with the lumen border; wherein the one or more regions are each a pixel of the first frame. receiving a sequence of intravascular ultrasound, IVUS, frames of a vessel having a lumen, the sequence comprising a first frame and a second frame, wherein each frame comprises a plurality of scan lines, each scan line comprising a plurality of pixels; determining one or more texture features for each of one or more regions of the first frame, wherein at least one of the one or more texture features comprises a difference between intensity values of i) the region of the first frame and ii) another region of the first frame spaced apart from the region; determining at least one flow feature using cross-frame correlation for each of the one or more regions by comparing the first and second frames; deriving a lumen border for the first frame using the one or more texture features and the at least one flow feature to characterize the one or more regions as within or outside of the lumen of the vessel; and displaying an ultrasound image of the first frame with the lumen border; wherein the one or more regions are each a pixel of the first frame.
An optical member comprising: a ray effective area; a ray ineffective area; a continuous protective film arranged on a base so as to cover the ray effective area and at least part of the ray ineffective area; and a light-shielding and light-absorbing film arranged on the protective film located in the ray ineffective area; characterized in that the light-shielding and light-absorbing film includes a dye, a pigment, or fine opaque particles; and by further comprising a plate-crystal film having an antireflection function arranged on the protective film located in the ray effective area, the plate-crystal film comprising mainly aluminum oxide and having a textured structure as a surface thereof. a ray effective area; a ray ineffective area; a continuous protective film arranged on a base so as to cover the ray effective area and at least part of the ray ineffective area; and a light-shielding and light-absorbing film arranged on the protective film located in the ray ineffective area; characterized in that the light-shielding and light-absorbing film includes a dye, a pigment, or fine opaque particles; and by further comprising a plate-crystal film having an antireflection function arranged on the protective film located in the ray effective area, the plate-crystal film comprising mainly aluminum oxide and having a textured structure as a surface thereof.
A sensor comprising a sensitive component capable of detecting the magnetic field delivered by the movement of an encoder arranged at an air gap distance, said sensor comprising a printed circuit board having a face on which said sensitive component is implanted while having a detection surface which is arranged opposite said face, said printed circuit board comprising a layer coating at least one portion of the face, said sensor being characterised in that the coating layer forms a cavity in which the sensitive component is arranged, the thickness of said coating layer being such that the detection surface is flush with an opening of the cavity opening into the free face of said coating layer, said opening being concealed by a protective film which is arranged so as to cover the detection surface.
An information processing apparatus comprising: a processor configured to: on an operation screen that accepts a user operation, display a document image corresponding to contents of a document in response to an operation of giving an instruction to display the document image, the operation of giving the instruction to display the document image being an operation of specifying coordinates within a display area of an image or text as specified coordinates; and hide the document image in a case where an operation of removing the specified coordinates specified by the user operation from a predetermined area including an area where the document image is displayed is performed, characterised in that the processor is further configured to: in a case where an instruction to perform a process involving determination of a position on the operation screen is given by the user for the document image, shift to a wait state waiting for determination of the position; and not hide the document image in the wait state even if an operation of removing the specified coordinates from the predetermined area is performed. a processor configured to: on an operation screen that accepts a user operation, display a document image corresponding to contents of a document in response to an operation of giving an instruction to display the document image, the operation of giving the instruction to display the document image being an operation of specifying coordinates within a display area of an image or text as specified coordinates; and hide the document image in a case where an operation of removing the specified coordinates specified by the user operation from a predetermined area including an area where the document image is displayed is performed, on an operation screen that accepts a user operation, display a document image corresponding to contents of a document in response to an operation of giving an instruction to display the document image, the operation of giving the instruction to display the document image being an operation of specifying coordinates within a display area of an image or text as specified coordinates; and hide the document image in a case where an operation of removing the specified coordinates specified by the user operation from a predetermined area including an area where the document image is displayed is performed, characterised in that the processor is further configured to: in a case where an instruction to perform a process involving determination of a position on the operation screen is given by the user for the document image, shift to a wait state waiting for determination of the position; and not hide the document image in the wait state even if an operation of removing the specified coordinates from the predetermined area is performed. in a case where an instruction to perform a process involving determination of a position on the operation screen is given by the user for the document image, shift to a wait state waiting for determination of the position; and not hide the document image in the wait state even if an operation of removing the specified coordinates from the predetermined area is performed.
A glycosylated human Serum Amyloid P polypeptide comprising an N-linked oligosaccharide chain, wherein at least one branch of the oligosaccharide chain terminates with a α2,3-linked sialic acid moiety.
Moulding machine comprising a workstation including a device for holding a sheet-shaped element during the introduction phase thereof in the workstation, said holding device comprising a suctioning member able to partially retain each sheet by the rear portion thereof during the phase of introducing said sheet in said workstation, characterised in that the holding device further includes blowing means capable of flattening the rear portion of each sheet against the suctioning member during the introduction phase.
Fluid injector for producing hollow bodies by means of fluid-injection technology, with which a multi-phase mixture in the form of an atomised mist is introduced into a still-fluid moulding material, whereby a cavity is created in the moulding material through displacement of the moulding material and/or the moulding material is cooled, with an injector body (12, 32, 52, 122, 172), with a fastening device (13, 33, 53, 123, 173) on an outer surface of the injector body with which the fluid injector (10, 30, 50, 120, 150, 170) can be fastened to a moulding tool (11, 31, 51, 121, 171), with an elongated injector body channel (14, 34, 54, 124, 174) in the injector body (12, 32, 52, 122, 172), with an injector body inlet (16, 36, 56, 126, 176) at which a gaseous or liquid first fluid can be introduced into the injector body channel (14, 34, 54, 124, 174), with an injector body outlet (17, 37, 57, 127, 177) at which the first fluid flows out of the injector body channel (14, 34, 54, 124, 174), with an injector needle (15, 35, 55, 125, 155, 175) arranged in the injector body channel (14, 34, 54, 124, 174) with an outer diameter that is smaller than the inner diameter of the injector body channel (14, 34, 54, 124, 174), whereby an annular gap is formed between the injector body (12, 32, 52, 122, 172) and the injector needle (15, 35, 55 125, 175) through which the first fluid flows, with an elongated injector needle channel (19, 39, 59, 129, 159, 179) that runs longitudinally through the injector needle (15, 35, 55, 125, 155, 175), with an injector needle inlet (22, 42, 62, 132, 182) at which a liquid or gaseous second fluid that deviates from the first fluid with regard to its physical state can be introduced into the injector needle channel (19, 39, 59, 129, 159, 179), with an injector needle outlet (24, 44, 64, 134, 164, 184) from which the second fluid flows out simultaneously with the first fluid flowing out of the injector body outlet (17, 37, 57, 127, 177) and thereby together with the first fluid forms a multi-phase mixture in the form of an atomised mist that can be introduced into a still-fluid moulding material by the fluid injector (10, 30, 50, 120, 150, 170), characterised by a first feed line (20, 40, 60, 90, 130, 180) connected to the injector body inlet (16, 36, 56, 126, 176) for the first fluid and a second feed line (23, 43, 63, 93, 133, 183) connected to the injector needle inlet (22, 42, 62, 132, 182) for the second fluid, whereby the feed line for the first and/or second fluid is equipped with a metering device.
A battery pack, comprising: a plurality of stacked battery cells; and a case body that has a first bottom portion and a first side portion and that accommodates the plurality of battery cells, the first bottom portion being a portion on which the plurality of battery cells are placed, the first side portion rising from the first bottom portion, wherein a coolant path through which coolant flows is provided inside the first side portion, the battery pack further comprising: a heat conduction member interposed between each of the battery cells and the case body, wherein the heat conduction member has a second side portion disposed between each of the battery cells and the first side portion an upper end portion of the second side portion is disposed above the coolant path, and a lower end portion of the second side portion is disposed below the coolant path characterized in that the heat conduction member is composed of an adhesive agent that joins each of the battery cells to the case body. a plurality of stacked battery cells; and a case body that has a first bottom portion and a first side portion and that accommodates the plurality of battery cells, the first bottom portion being a portion on which the plurality of battery cells are placed, the first side portion rising from the first bottom portion, wherein a coolant path through which coolant flows is provided inside the first side portion, the battery pack further comprising: a heat conduction member interposed between each of the battery cells and the case body, wherein the heat conduction member has a second side portion disposed between each of the battery cells and the first side portion an upper end portion of the second side portion is disposed above the coolant path, and a lower end portion of the second side portion is disposed below the coolant path characterized in that the heat conduction member is composed of an adhesive agent that joins each of the battery cells to the case body. a heat conduction member interposed between each of the battery cells and the case body, wherein the heat conduction member has a second side portion disposed between each of the battery cells and the first side portion an upper end portion of the second side portion is disposed above the coolant path, and a lower end portion of the second side portion is disposed below the coolant path characterized in that the heat conduction member is composed of an adhesive agent that joins each of the battery cells to the case body.
A flow control insert (102, 302, 502a, 502b, 502c, 602, 702, 802) in combination with a dispensing closure having a housing with housing engagement means adapted to receive the flow control insert, the flow control insert consists of a single piece moulding having an axis, the flow control insert has insert engagement means adapted to engage the housing engagement means such that the flow control insert is received directly into the housing of the dispensing closure, and the flow control insert has a head having a plurality of dispensing slits that define petals (120, 122, 124, 126; 220, 222, 224, 226), in an as-moulded condition the petals are formed in an open position; characterised in that the petals are at least partially closed upon assembly of the flow control insert into the dispensing closure by axial pressure applied to the head of the flow control insert by the housing of the dispensing closure when the flow control insert is inserted into the dispensing closure. the flow control insert consists of a single piece moulding having an axis, the flow control insert has insert engagement means adapted to engage the housing engagement means such that the flow control insert is received directly into the housing of the dispensing closure, and the flow control insert has a head having a plurality of dispensing slits that define petals (120, 122, 124, 126; 220, 222, 224, 226), in an as-moulded condition the petals are formed in an open position; characterised in that the petals are at least partially closed upon assembly of the flow control insert into the dispensing closure by axial pressure applied to the head of the flow control insert by the housing of the dispensing closure when the flow control insert is inserted into the dispensing closure.
A tray table assembly comprising: (a) a table body; (b) a support arm comprising a first end rotatably coupled to the table body; (c) a linkage comprising a first end rotatably coupled to the table body; and (d) a receptacle, wherein a second end of the support arm and a second end of the linkage are rotatably coupled to the receptacle; wherein the table body is positioned within the receptacle in a stowed position and is configured to move away from the receptacle and rotate within a substantially horizontal plane to a deployed position forward of a passenger seat through application of a pulling force, characterized in that the support arm is shaped to overlap at least a portion of the linkage throughout an entire path traveled by the table body between the stowed position and the deployed position in order to minimize finger pinch hazards. (a) a table body; (b) a support arm comprising a first end rotatably coupled to the table body; (c) a linkage comprising a first end rotatably coupled to the table body; and (d) a receptacle, wherein a second end of the support arm and a second end of the linkage are rotatably coupled to the receptacle;
Thermo-fusible conjugate fibers, wherein the thermo-fusible conjugate fibers are characterised by comprising, as a 5 first component, a polyester-based resin, and as a second component, an olefin-based resin having a melting point lower than a melting point of the first component, wherein a degree of orientation obtained by laser Raman spectroscopy, as specified in the description, is 6.0 or less in the polyester-based resin, and a degree of crystallinity therein obtained by laser Raman spectroscopy is 24.6% or more therein.