mhurhangee/ep-ind-claims huggingface dataset:
A classification apparatus, comprising: an acquisition unit configured to acquire access result data for websites updated by administrators of the websites, the access result data including information on the websites; an update history generation unit configured to generate update histories of the websites by making comparison between sets of the access result data for each item of the access result data, for the website in chronological order, wherein a change indicated by the comparison is recorded into the update histories of the websites; and a classifier generation unit configured to generate a classifier that classifies a website having a possibility of being abused in the future by using feature values that are the update histories of the websites. an acquisition unit configured to acquire access result data for websites updated by administrators of the websites, the access result data including information on the websites; an update history generation unit configured to generate update histories of the websites by making comparison between sets of the access result data for each item of the access result data, for the website in chronological order, wherein a change indicated by the comparison is recorded into the update histories of the websites; and a classifier generation unit configured to generate a classifier that classifies a website having a possibility of being abused in the future by using feature values that are the update histories of the websites.
Method for preparing a fresh brewed cold coffee beverage, comprising the steps of: a. filling a brewing means with a predetermined quantity of coffee powder; b. brewing a hot coffee beverage by pushing hot water and/or hot steam through said predetermined quantity of coffee powder in said brewing means; c. cooling down said hot coffee beverage by means of at least one heat exchanger (14, 14'); and d. dispensing said cooled-down coffee beverage at a coffee outlet; e. characterized in that said cooling-down of said hot coffee beverage is done by exclusively bringing it in thermal contact with a first stream of cold water, thereby using said at least one heat exchanger. a. filling a brewing means with a predetermined quantity of coffee powder; b. brewing a hot coffee beverage by pushing hot water and/or hot steam through said predetermined quantity of coffee powder in said brewing means; c. cooling down said hot coffee beverage by means of at least one heat exchanger (14, 14'); and d. dispensing said cooled-down coffee beverage at a coffee outlet; e. characterized in that said cooling-down of said hot coffee beverage is done by exclusively bringing it in thermal contact with a first stream of cold water, thereby using said at least one heat exchanger.
A method of controlling a user terminal apparatus comprising: receiving a first user input for selecting at least one graphical object from among a plurality of graphical objects displayed on a touch display screen of the user terminal apparatus, through the touch display screen; the method being characterised by altering and displaying at least one graphical element which configures the selected graphical object selected according to the first user input; displaying at least one menu related to the selected graphical object; and receiving a second user input for rotating the displayed graphical object in a first direction or a second direction to select one of the displayed menus, through the touch display screen; in response to receiving the second user input, displaying the rotated graphical object and selecting one of the displayed menus based on a rotation direction of the rotated graphical object. receiving a first user input for selecting at least one graphical object from among a plurality of graphical objects displayed on a touch display screen of the user terminal apparatus, through the touch display screen; the method being characterised by altering and displaying at least one graphical element which configures the selected graphical object selected according to the first user input; displaying at least one menu related to the selected graphical object; and receiving a second user input for rotating the displayed graphical object in a first direction or a second direction to select one of the displayed menus, through the touch display screen; in response to receiving the second user input, displaying the rotated graphical object and selecting one of the displayed menus based on a rotation direction of the rotated graphical object.
Support device for adjusting the height of a green brick to be formed, comprising: - a substantially elongate base plate part and a substantially elongate first step plate part, wherein both plate parts (24, 26) comprise an upper side, an underside, end surfaces, a front side and a rear side; characterised in that: - the first step plate part comprises a plate thickness (D 26) and is provided at regular distances with recesses (U 26); - the first step plate part is arranged with its underside (O 26) against the upper side (B 24) of the base plate part; and - the upper sides (B 24, B 26) of the base plate part and the first step plate part together form a stepped support surface, wherein the step height is determined by the plate thickness (D 26) of the first step plate part. - a substantially elongate base plate part and a substantially elongate first step plate part, wherein both plate parts (24, 26) comprise an upper side, an underside, end surfaces, a front side and a rear side; characterised in that: - the first step plate part comprises a plate thickness (D 26) and is provided at regular distances with recesses (U 26); - the first step plate part is arranged with its underside (O 26) against the upper side (B 24) of the base plate part; and - the upper sides (B 24, B 26) of the base plate part and the first step plate part together form a stepped support surface, wherein the step height is determined by the plate thickness (D 26) of the first step plate part. - the first step plate part comprises a plate thickness (D 26) and is provided at regular distances with recesses (U 26); - the first step plate part is arranged with its underside (O 26) against the upper side (B 24) of the base plate part; and - the upper sides (B 24, B 26) of the base plate part and the first step plate part together form a stepped support surface, wherein the step height is determined by the plate thickness (D 26) of the first step plate part.
Scaffolding element, in particular for a scaffolding for building, comprising a vertical bar to be oriented substantially vertically and a horizontal bar to be oriented substantially horizontally and extending away from the vertical bar, further comprising a horizontal bar extension element detachably attached or attachable to the free end region of the horizontal bar, wherein the horizontal bar extension element comprises in its free end region positioned or to be positioned at a distance from the free end region of the horizontal bar a second scaffolding connection formation for connecting the horizontal bar extension element in its free end region to a scaffolding, characterised in that the horizontal bar has in its free end region positioned remote from the vertical bar a first scaffolding connection formation for connecting the horizontal bar in its free end region to a scaffolding.
An aircraft seat unit comprising: a seat portion including a first buttocks support layer and a second buttocks support layer; a backrest portion; and an ottoman, wherein: the seat portion is configured to be capable of changing states between a short seat portion state and a long seat portion state, and the first buttocks support layer configured to support buttocks of a passenger in the short seat portion state is harder than the second buttocks support layer configured to support the buttocks of the passenger in the long seat portion state, in the long seat portion state, an L-shaped surface is formed by a surface of the seat portion and a surface of the ottoman in a plan view, the seat portion includes: an upper cushion that includes the first buttocks support layer; and a lower cushion that includes the second buttocks support layer, and characterized in that the lower cushion is configured to support the upper cushion in the short seat portion state. the seat portion is configured to be capable of changing states between a short seat portion state and a long seat portion state, and the first buttocks support layer configured to support buttocks of a passenger in the short seat portion state is harder than the second buttocks support layer configured to support the buttocks of the passenger in the long seat portion state, in the long seat portion state, an L-shaped surface is formed by a surface of the seat portion and a surface of the ottoman in a plan view, the seat portion includes: an upper cushion that includes the first buttocks support layer; and a lower cushion that includes the second buttocks support layer, and characterized in that the lower cushion is configured to support the upper cushion in the short seat portion state.
A method of forming a semiconductor structure with flat top surface of a self-leveling dielectric material (4,54), a flowable, low-k-dielectric material, between a plurality of contacts to an array of pillar-based memory devices and surrounding one or more contacts tc one or more logic devices in a logic region of the semiconductor structure, the method comprising depositing Z a first dielectric material Z (3,53) over an encapsulation dielectric material covering a logic region of a semiconductor structure and a memory region of the semiconductor structure, wherein the memory region includes one or more pillar-based memory devices that are each on a portion of a first metal layer; depositing a self-leveling dielectric material (4, 54) over the first dielectric material (3,53); performing a chemical mechanical polish that removes a top portion of the self-leveling dielectric material (4,54) and a top portion of the first dielectric material (3,53) in the memory region; and forming one or more contacts in a second metal layer, wherein a first portion of the one or more contacts (44,84) the memory region are formed in the first dielectric material (3,53) and a second portion of the one or more contacts (44,84) are formed in the self-leveling dielectric material (4,54). depositing Z a first dielectric material Z (3,53) over an encapsulation dielectric material covering a logic region of a semiconductor structure and a memory region of the semiconductor structure, wherein the memory region includes one or more pillar-based memory devices that are each on a portion of a first metal layer; depositing a self-leveling dielectric material (4, 54) over the first dielectric material (3,53); performing a chemical mechanical polish that removes a top portion of the self-leveling dielectric material (4,54) and a top portion of the first dielectric material (3,53) in the memory region; and forming one or more contacts in a second metal layer, wherein a first portion of the one or more contacts (44,84) the memory region are formed in the first dielectric material (3,53) and a second portion of the one or more contacts (44,84) are formed in the self-leveling dielectric material (4,54).
An apparatus arranged for providing liquid from a storage container to a liquid intake device, especially a dosing device, the apparatus comprising: - an extraction probe for extracting liquid out of the storage container; - a buffer reservoir connected to the extraction probe; - a feeding line connecting the buffer reservoir to a liquid outlet of the apparatus, which liquid outlet is adapted for establishing a connection to the liquid intake device; - a venting line connecting the buffer reservoir with an air outlet of the apparatus; - a contact-free liquid level detector for detecting the liquid level in the buffer reservoir; and - a support for mounting the apparatus on the storage container in such way, that the extraction probe extends through a liquid outlet into the interior of the storage container, wherein the apparatus is adapted for a direct installation on the storage container. - an extraction probe for extracting liquid out of the storage container; - a buffer reservoir connected to the extraction probe; - a feeding line connecting the buffer reservoir to a liquid outlet of the apparatus, which liquid outlet is adapted for establishing a connection to the liquid intake device; - a venting line connecting the buffer reservoir with an air outlet of the apparatus; - a contact-free liquid level detector for detecting the liquid level in the buffer reservoir; and - a support for mounting the apparatus on the storage container in such way, that the extraction probe extends through a liquid outlet into the interior of the storage container, wherein the apparatus is adapted for a direct installation on the storage container.
A downhole straddle tool for deployment within a gas or oil well tubing, said straddle tool comprising a length of tubing having a first annular sealing means mounted on the outer surface of the tubing at a leading end thereof and a second annular sealing means mounted on the outer surface of the tubing at a trailing end thereof; and wherein the first and second annular sealing means are formed from a eutectic/bismuth based alloy that expands as it cools from a molten liquid state to a solid state, such that, in use, the alloy of each annular sealing means is melted to form a seal between the outer surface of the tubing and an inner surface of a surrounding gas or oil well tubing.
Device for screwing and unscrewing bolts and screws by means of a motor-driven screwing tool, which is preferably used in the track region of railroad facilities and comprises a two-shell housing, wherein the device has a central rib which serves as a reception area for all add-on or installed modular components, characterized in that the central rib has • a U-shaped insert (2, 3) that is open to the top and is meant for a battery as well as for an grab handle, • a compartment that is open to the side and is meant for a control device, • a reception area that is aligned horizontally upward and is meant for a display, • a U-shaped insert that is open to the bottom and is meant for the machine-drive, • and a downward-facing insert for an illumination device, which are arranged preferably inside a two-shell housing. • a U-shaped insert (2, 3) that is open to the top and is meant for a battery as well as for an grab handle, • a compartment that is open to the side and is meant for a control device, • a reception area that is aligned horizontally upward and is meant for a display, • a U-shaped insert that is open to the bottom and is meant for the machine-drive, • and a downward-facing insert for an illumination device, which are arranged preferably inside a two-shell housing.
A solid oxide fuel cell comprising: a metallic layer; a glass layer; and a barrier layer disposed between the metallic layer and the glass layer, wherein the barrier layer comprises alumina and a phosphate, and wherein the phosphate comprises an aluminum dihydrogen phosphate, an aluminum-containing phosphate, a phosphate of an element of the metallic layer, a phosphate of an element of the glass layer, or combinations thereof. a metallic layer; a glass layer; and a barrier layer disposed between the metallic layer and the glass layer, wherein the barrier layer comprises alumina and a phosphate, and wherein the phosphate comprises an aluminum dihydrogen phosphate, an aluminum-containing phosphate, a phosphate of an element of the metallic layer, a phosphate of an element of the glass layer, or combinations thereof.
A method of decoding an original speech signal for hybrid adversarial-parametric speech synthesis, wherein the method includes the steps of: (a) receiving quantized original linear prediction coding parameters estimated by applying linear prediction coding analysis filtering to an original speech signal and a quantized compressed representation of a residual of the original speech signal; (b) dequantizing the original linear prediction coding parameters and the compressed representation of the residual; (c) inputting the dequantized compressed representation of the residual into a decoder part of a Generator for applying adversarial mapping from the compressed residual domain to a fake (first) signal domain; (d) outputting, by the decoder part of the Generator, a fake speech signal; (e) applying linear prediction coding analysis filtering to the fake speech signal for obtaining a corresponding fake residual; and (f) reconstructing the original speech signal by applying linear prediction coding cross-synthesis filtering to the fake residual and the dequantized original linear prediction coding analysis parameters. (a) receiving quantized original linear prediction coding parameters estimated by applying linear prediction coding analysis filtering to an original speech signal and a quantized compressed representation of a residual of the original speech signal; (b) dequantizing the original linear prediction coding parameters and the compressed representation of the residual; (c) inputting the dequantized compressed representation of the residual into a decoder part of a Generator for applying adversarial mapping from the compressed residual domain to a fake (first) signal domain; (d) outputting, by the decoder part of the Generator, a fake speech signal; (e) applying linear prediction coding analysis filtering to the fake speech signal for obtaining a corresponding fake residual; and (f) reconstructing the original speech signal by applying linear prediction coding cross-synthesis filtering to the fake residual and the dequantized original linear prediction coding analysis parameters.
A method for detecting a hand of a user relative to a pad device, comprising: emitting light from a plurality of light emitters (EE1, EE2, EE3, EE4), the light emitters being integrated within the pad device; sensing a disrupted portion of the light, when disrupted, by a plurality of sensors (S1-S3) integrated within the pad device and arranged in an array, wherein the disrupted portion of the light is generated when the hand of the user is placed above the pad device, wherein the plurality of sensors that sense the disrupted portion of the light produce a plurality of electrical signals for identifying a current position and an orientation of the hand based on distances and angles in three dimensions of the hand with respect to a reference coordinate system originating from the pad device; repeating the sensing continuously to produce a plurality of electrical signals, the plurality of electrical signals being for identifying changes in the position and the orientation of the hand while the sensing is being repeated; and communicating the electrical signals to a game console for processing each of the electrical signals to produce a model of the hand and movement of the model of the hand, wherein the movement of the model of the hand is based on the changes to the position and the orientation of the hand, wherein the model of the hand is at least partially rendered as a virtual hand in a virtual environment that is displayed in a head-mounted display. emitting light from a plurality of light emitters (EE1, EE2, EE3, EE4), the light emitters being integrated within the pad device; sensing a disrupted portion of the light, when disrupted, by a plurality of sensors (S1-S3) integrated within the pad device and arranged in an array, wherein the disrupted portion of the light is generated when the hand of the user is placed above the pad device, wherein the plurality of sensors that sense the disrupted portion of the light produce a plurality of electrical signals for identifying a current position and an orientation of the hand based on distances and angles in three dimensions of the hand with respect to a reference coordinate system originating from the pad device; repeating the sensing continuously to produce a plurality of electrical signals, the plurality of electrical signals being for identifying changes in the position and the orientation of the hand while the sensing is being repeated; and communicating the electrical signals to a game console for processing each of the electrical signals to produce a model of the hand and movement of the model of the hand, wherein the movement of the model of the hand is based on the changes to the position and the orientation of the hand, wherein the model of the hand is at least partially rendered as a virtual hand in a virtual environment that is displayed in a head-mounted display.
A method in a Multimedia Broadcast Multicast Service Gateway, MBMS GW, node for restoring a Multimedia Broadcast Multicast Service, MBMS, session after path failure, comprising: detecting (201a, 601, 701) a path failure associated with an old path between the MBMS GW node and an old Mobility Management Entity, MME, node, which old MME node controls at least one MBMS session; selecting (202a, 603, 705) an alternative MME node to re-establish said at least one MBMS session; detecting (208b, 617, 714) that the old path between the MBMS GW node and the old MME node has been recovered; and sending (209b, 618, 715) to the old MME node an MBMS session stop request in order to delete the MBMS session in the old MME node. detecting (201a, 601, 701) a path failure associated with an old path between the MBMS GW node and an old Mobility Management Entity, MME, node, which old MME node controls at least one MBMS session; selecting (202a, 603, 705) an alternative MME node to re-establish said at least one MBMS session; detecting (208b, 617, 714) that the old path between the MBMS GW node and the old MME node has been recovered; and sending (209b, 618, 715) to the old MME node an MBMS session stop request in order to delete the MBMS session in the old MME node.