mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for recognizing media, comprising: an image sensor configured to emit different first light source and second light source to media including at least one character to acquire a first image and a second image corresponding to each light source: wherein the first light source and the second light source have at least one of an irradiation angle, a waveform, transmitted light, reflected light, and a disposed position which are different from each other; characterised by: a noise detector configured to detect noise of a region in which the character is included from the first image and the second image; a controller configured to combine the first image and the second image depending on the detected noise information to recognize the character included in the media; and wherein the controller recognizes the character included in the media based on character recognition information of a noise undetected image, if the noise is detected from any one of the first image and the second image. a noise detector configured to detect noise of a region in which the character is included from the first image and the second image; a controller configured to combine the first image and the second image depending on the detected noise information to recognize the character included in the media; and wherein the controller recognizes the character included in the media based on character recognition information of a noise undetected image, if the noise is detected from any one of the first image and the second image.
An input-output memory management unit, IOMMU, comprising: a plurality of memory elements (202,204), each memory element among the plurality of memory elements being selectable either for performing virtual address to physical address translations or for performing operations other than virtual address to physical address translations; and a controller, the controller configured to: select, using one or more factors, one or more selected memory elements from among the plurality of memory elements for performing virtual address to physical address translations in the IOMMU; perform the virtual address to physical address translations using the one or more selected memory elements; and use unselected memory elements from among the plurality of memory elements that are not selected for performing virtual address to physical address translations for operations other than performing virtual address to physical address translations or disable the unselected memory elements. a plurality of memory elements (202,204), each memory element among the plurality of memory elements being selectable either for performing virtual address to physical address translations or for performing operations other than virtual address to physical address translations; and a controller, the controller configured to: select, using one or more factors, one or more selected memory elements from among the plurality of memory elements for performing virtual address to physical address translations in the IOMMU; perform the virtual address to physical address translations using the one or more selected memory elements; and use unselected memory elements from among the plurality of memory elements that are not selected for performing virtual address to physical address translations for operations other than performing virtual address to physical address translations or disable the unselected memory elements. select, using one or more factors, one or more selected memory elements from among the plurality of memory elements for performing virtual address to physical address translations in the IOMMU; perform the virtual address to physical address translations using the one or more selected memory elements; and use unselected memory elements from among the plurality of memory elements that are not selected for performing virtual address to physical address translations for operations other than performing virtual address to physical address translations or disable the unselected memory elements.
An electro-osmosis dehydrator comprising: a sludge supplying part disposed in a central upper portion thereof, and comprising a rotating part and two rollers (12a, 12b) disposed under the rotating part; a drum disposed under the sludge supplying part to receive sludge, and having a cylindrical shape rotating about an axis thereof, wherein an inner circumference of the drum is charged negatively or positively by direct current power; a caterpillar part distanced from the drum, and moving along an endless track; and a plurality of idle sprocket parts disposed on the inside of the caterpillar part, and engaging with the chain to drive the caterpillar part, characterized in that the caterpillar part comprises: a power applying part charged with polarity opposite to that of the drum by direct current power; a filtering fabric disposed under the power applying part; a caterpillar disposed under the filtering fabric, and comprising a plurality of holes; a vinyl part disposed between the filtering fabric and the caterpillar to prevent the sludge from passing through the caterpillar; and a chain disposed under the caterpillar, and wherein the power applying part is configured to move along the endless track with the caterpillar part. a sludge supplying part disposed in a central upper portion thereof, and comprising a rotating part and two rollers (12a, 12b) disposed under the rotating part; a drum disposed under the sludge supplying part to receive sludge, and having a cylindrical shape rotating about an axis thereof, wherein an inner circumference of the drum is charged negatively or positively by direct current power; a caterpillar part distanced from the drum, and moving along an endless track; and a plurality of idle sprocket parts disposed on the inside of the caterpillar part, and engaging with the chain to drive the caterpillar part,
Pharmaceutical composition in dry powder form suitable for the delivery via inhalation, is characterized by containing a complex of tiotropium or a pharmaceutically acceptable salt, ester, solvate, polymorph or hydrate thereof and β-cyclodextrin or derivatives thereof, said complex having an average particle size ranging from 1 to 10 μm, wherein the β-cyclodextrin derivatives are 2-hydroxypropyl-β-cyclodextrin, sulfobutylether-β-cyclodextrin, the sodium salt of β-cyclodextrin, randomly methylated β-cyclodextrin or branched β-cyclodextrin.
Projector adapted to be installed on a household appliance, for projecting visible information onto a projection surface lying outside of said household appliance, the projector comprising a focusing unit that is adapted for focusing a light beam (10, 16) that emanates from a light source onto said projection surface, characterized in that the focusing unit further comprises at least one fixation element that is adapted to arrange the focusing unit in at least two different focusing positions (13, 13') within said projector and the projector comprises at least one flexible light conducting cable (34', 34a', 34b') connected to the at least one light source such that the light emitted from the light source is guided to a free cable end (38', 38a', 38b') of the light conducting cable (34', 34a', 34b'), from where it is projected onto the projection field, wherein the free cable end (38', 38a', 38b') is arranged in a housing, wherein the housing is arranged adjustable in a longitudinal direction in a carrier element.
A computer implemented method comprising: generating a template code of a virtual software platform, wherein the generated template code describes functions of one or more components of software according to received design information of a software platform, the software platform being a set of components including common elements and variable elements, wherein a variety of software products is formed by elements selectively combined; and generating a build script of the virtual software platform, the build script having configuration variables according to a type of the software, building the generated template code, and then changing configuration values of the configuration variables for combination of the components. generating a template code of a virtual software platform, wherein the generated template code describes functions of one or more components of software according to received design information of a software platform, the software platform being a set of components including common elements and variable elements, wherein a variety of software products is formed by elements selectively combined; and generating a build script of the virtual software platform, the build script having configuration variables according to a type of the software, building the generated template code, and then changing configuration values of the configuration variables for combination of the components.
A golf club head (14, 64) comprising: a top portion (24, 74); a sole portion (25, 75); a striking face (26, 76) extending from the top portion to the sole portion, the striking face providing a contact area for engaging a golf ball; a rear face (30, 80) opposite the striking face forming a rear cavity (32, 82) having a large opening extending towards the rear face; a bridge member (34, 84) connecting the heel and toe and extending across the rear face to vary a center of gravity of the golf club head, the bridge member having an upper edge, a lower edge, an outer surface on a rear of the golf club head, and an inner surface opposite the outer surface and facing the rear face; a damping element which extends from the rear face to the inner surface of the bridge member, the damping element forming first and second cavities within the rear cavity, wherein at least a portion of each of the first and second cavities is positioned between the inner surface of the bridge member and the rear face; and a wall (40, 90) secured to and extending from either the sole portion or the top portion to the bridge member, and wherein the front surface (43, 93) of the wall is secured to the inner surface of the bridge member. a top portion (24, 74); a sole portion (25, 75); a striking face (26, 76) extending from the top portion to the sole portion, the striking face providing a contact area for engaging a golf ball; a rear face (30, 80) opposite the striking face forming a rear cavity (32, 82) having a large opening extending towards the rear face; a bridge member (34, 84) connecting the heel and toe and extending across the rear face to vary a center of gravity of the golf club head, the bridge member having an upper edge, a lower edge, an outer surface on a rear of the golf club head, and an inner surface opposite the outer surface and facing the rear face; a damping element which extends from the rear face to the inner surface of the bridge member, the damping element forming first and second cavities within the rear cavity, wherein at least a portion of each of the first and second cavities is positioned between the inner surface of the bridge member and the rear face; and a wall (40, 90) secured to and extending from either the sole portion or the top portion to the bridge member, and wherein the front surface (43, 93) of the wall is secured to the inner surface of the bridge member.
Letterbox system with at least one letterbox housing with a drawer for receiving post which is insertable via a letter-posting-slit opening, characterized in that the housing consists of two parts - an upper tray and a lower tray, wherein the upper tray is fastened or is fastenable to a system carrier, and the lower tray forms the drawer, which is guided displaceably in the upper tray, wherein the upper tray consists of an upper cover wall and two downwardly extending side walls engaging laterally over the lower tray, wherein the lower tray consists of a lower bottom wall and two upwardly extending side walls engaging between the side walls of the upper tray, wherein the respectively adjacent side walls (20b, 22b) of upper and lower tray (20, 22) are connected via sliding guides, and wherein the system carrier consists of a front part and a rear part, wherein the housing upper tray is fastened by its two opposite end side regions between the front part and the rear part of the system carrier.
An apparatus for determining one or more parameters for use in diagnosing the presence of obstructive sleep apnea in a patient while the patient is awake, the apparatus comprising: a processor configured to receive signals representing measurements of a patient's breathing obtained during a plurality of breathing cycles by the patient, convert the signals into the frequency domain and to determine a value for at least one parameter based on an analysis of the frequency-domain converted signals in one or more frequency bands covering frequencies below 100 Hz, characterized in that the processor is configured to determine a value for a first parameter by comparing the signals in a first frequency band during exhalation to the signals in a second frequency band during exhalation, and/or determine a value for a second parameter by comparing the signals in a third frequency band during inhalation to the signals in the third frequency band during exhalation, and/or determine a value for a third parameter by comparing the signals in a fourth frequency band during an inhalation or exhalation to a noise level above a frequency threshold during the inhalation or exhalation. a processor configured to receive signals representing measurements of a patient's breathing obtained during a plurality of breathing cycles by the patient, convert the signals into the frequency domain and to determine a value for at least one parameter based on an analysis of the frequency-domain converted signals in one or more frequency bands covering frequencies below 100 Hz, characterized in that the processor is configured to determine a value for a first parameter by comparing the signals in a first frequency band during exhalation to the signals in a second frequency band during exhalation, and/or determine a value for a second parameter by comparing the signals in a third frequency band during inhalation to the signals in the third frequency band during exhalation, and/or determine a value for a third parameter by comparing the signals in a fourth frequency band during an inhalation or exhalation to a noise level above a frequency threshold during the inhalation or exhalation.
A process for preparing erythrocytes loaded with one or more active ingredients comprising the following steps: a) swelling the erythrocytes using a first hypotonic solution, wherein said first solution, brings the erythrocytes to an osmolality between 250-200 mOsm/Kg; b) further swelling the erythrocytes obtained in step a), without reaching the lysis, using a second hypotonic solution more hypotonic than the first hypotonic solution, wherein said second hypotonic solution brings the erythrocytes to an osmolality between 200 and 170 mOsm/Kg; c) concentrating the erythrocytes obtained in step b); d) placing the concentrated erythrocytes in contact with a lysing solution comprising one or more substances of pharmaceutical interest, and subsequently e) adding a sealing solution for the purpose of obtaining a population of erythrocytes loaded with said one or more active principles. a) swelling the erythrocytes using a first hypotonic solution, wherein said first solution, brings the erythrocytes to an osmolality between 250-200 mOsm/Kg; b) further swelling the erythrocytes obtained in step a), without reaching the lysis, using a second hypotonic solution more hypotonic than the first hypotonic solution, wherein said second hypotonic solution brings the erythrocytes to an osmolality between 200 and 170 mOsm/Kg; c) concentrating the erythrocytes obtained in step b); d) placing the concentrated erythrocytes in contact with a lysing solution comprising one or more substances of pharmaceutical interest, and subsequently e) adding a sealing solution for the purpose of obtaining a population of erythrocytes loaded with said one or more active principles.
An electrolytic cell intended for the production of aluminum by electrolysis, in which the electrolytic cell comprises a pot shell having two opposite longitudinal sides substantially symmetrical in relation to a longitudinal median plane of the electrolytic cell, an anode assembly which can only move in vertical translation with respect to the pot shell, the anode assembly comprising at least one anode block and a transverse anode support extending substantially transversely to the longitudinal sides of the pot shell from which the said at least one anode block is suspended, the transverse anode support comprising two connecting portions through which the transverse anode support is provided with electrolysis current, the electrolytic cell further comprising electrical connection conductors electrically connected to the two connecting portions of the transverse anode support characterized in that the two connecting portions are at a distance from each other in a substantially transverse direction of the electrolytic cell and located on either side of the plane.
A glass ceramic for veneering a dental framework structure, characterized in that said glass ceramic contains SiO 2 in an amount of from 60 to 75% by weight, preferably from 65 to 70% by weight, and B 2 O 3 in an amount of from 6 to 12% by weight, preferably from 7 to 10% by weight, respectively based on the total weight of the glass ceramic, characterized in that said glass ceramic has a softening point of lower than 790 °C, as determined according to a heating microscope.
A method for displaying an information resource, comprising: monitoring, by an operating system of a terminal, a collection event generated on a displayed page of an application; capturing, by the operating system, the collection event which occurred on the displayed page; determining, by the operating system, a type of an information resource to be collected; then, according to the type of the information resource to be collected, acquiring, by the operating system, key information of the information resource to be collected; storing, by the operating system, in a common collection folder, the key information of the information resources to be collected; when switching to a designated interface, acquiring a first set of key information of a preset number of items of collected information resources stored in the common collection folder, the common collection folder gathering and storing key information of user collected information resources derived from at least one application; and displaying the first set of the key information on the designated interface. monitoring, by an operating system of a terminal, a collection event generated on a displayed page of an application; capturing, by the operating system, the collection event which occurred on the displayed page; determining, by the operating system, a type of an information resource to be collected; then, according to the type of the information resource to be collected, acquiring, by the operating system, key information of the information resource to be collected; storing, by the operating system, in a common collection folder, the key information of the information resources to be collected; when switching to a designated interface, acquiring a first set of key information of a preset number of items of collected information resources stored in the common collection folder, the common collection folder gathering and storing key information of user collected information resources derived from at least one application; and displaying the first set of the key information on the designated interface.
An aerosol generating device comprising: a liquid formulation comprising a pharmaceutically active agent, a heater element, and a control program, wherein the control program comprises a first phase and a second phase, characterized in that the first phase controls delivery of a first amount of the liquid formulation to the heater element to generate a first aerosol comprising a first diameter and the second phase controls delivery of a second amount of the liquid formulation to the heater element to generate a second aerosol comprising a second diameter, wherein the first amount is different from the second amount. a liquid formulation comprising a pharmaceutically active agent, a heater element, and a control program, wherein the control program comprises a first phase and a second phase, characterized in that the first phase controls delivery of a first amount of the liquid formulation to the heater element to generate a first aerosol comprising a first diameter and the second phase controls delivery of a second amount of the liquid formulation to the heater element to generate a second aerosol comprising a second diameter, wherein the first amount is different from the second amount.
A method for detecting a downlink control channel performed by a User Equipment, UE, the method comprising: detecting the downlink control channel within a current slot using a corresponding Physical Downlink Control Channel, PDCCH, resource pattern in accordance with whether there is a Synchronization Signal Block, SSB, within the current slot, the method being characterized by the detecting the downlink control channel within the current slot using the corresponding PDCCH resource pattern in accordance with whether there is the SSB within the current slot comprises: detecting the downlink control channel using a first PDCCH resource pattern within a slot where the SSB is transmitted; or detecting the downlink control channel using a second PDCCH resource pattern within a slot where no SSB is transmitted. detecting the downlink control channel within a current slot using a corresponding Physical Downlink Control Channel, PDCCH, resource pattern in accordance with whether there is a Synchronization Signal Block, SSB, within the current slot, the method being characterized by the detecting the downlink control channel within the current slot using the corresponding PDCCH resource pattern in accordance with whether there is the SSB within the current slot comprises: detecting the downlink control channel using a first PDCCH resource pattern within a slot where the SSB is transmitted; or detecting the downlink control channel using a second PDCCH resource pattern within a slot where no SSB is transmitted. detecting the downlink control channel using a first PDCCH resource pattern within a slot where the SSB is transmitted; or detecting the downlink control channel using a second PDCCH resource pattern within a slot where no SSB is transmitted.
A brake disc arrangement for a vehicle, preferably a heavy duty vehicle such as a truck, comprising a brake disc extending annularly about an axially extending central axis and defining an inwardly facing circumference comprising a splined portion for transferring torques between the brake disc and a corresponding hub, when the brake disc arrangement is mounted to the hub; and a spring assembly adapted to be axially connected to the corresponding hub, wherein the inwardly facing circumference of the brake disc comprises one or more cavities, each cavity being defined by axially opposing lateral walls; and that the spring assembly is partially contained in said one or more cavities, such that a portion of the spring assembly may abut each one out of the axially opposing lateral walls, characterized in that the spring assembly comprises a plurality of spring elements. wherein the inwardly facing circumference of the brake disc comprises one or more cavities, each cavity being defined by axially opposing lateral walls; and that the spring assembly is partially contained in said one or more cavities, such that a portion of the spring assembly may abut each one out of the axially opposing lateral walls, characterized in that the spring assembly comprises a plurality of spring elements.