mhurhangee/ep-ind-claims huggingface dataset:
A 3D NAND memory device comprising: a cell region in which memory blocks are disposed, each of the memory blocks including gate electrode layers and insulating layers, alternately stacked on a substrate, and channel structures extending in a first direction perpendicular to an upper surface of the substrate and passing through the gate electrode layers and the insulating layers to be connected to the substrate; and a peripheral circuit region including a row decoder connected to the gate electrode layers and a page buffer connected to the channel structures, wherein the memory blocks include main blocks and at least a first spare block, wherein a length of the first spare block is shorter than a length of each of the main blocks in a second direction parallel to the upper surface of the substrate wherein the memory blocks are divided by first separation layers extending in a third direction parallel to the upper surface of the substrate, wherein each of the memory blocks includes string selection lines provided by upper gate electrode layers with respect to the first direction and divided by second separation layers disposed between the first separation layers and upper separation layers, both of the second separation layers and the upper separation layers being extended in the third direction and shorter than the first separation layers, and wherein the number of the string selection lines included in each of the main blocks is greater than the number of the string selection lines included in the first spare block. a cell region in which memory blocks are disposed, each of the memory blocks including gate electrode layers and insulating layers, alternately stacked on a substrate, and channel structures extending in a first direction perpendicular to an upper surface of the substrate and passing through the gate electrode layers and the insulating layers to be connected to the substrate; and a peripheral circuit region including a row decoder connected to the gate electrode layers and a page buffer connected to the channel structures, wherein the memory blocks include main blocks and at least a first spare block, wherein a length of the first spare block is shorter than a length of each of the main blocks in a second direction parallel to the upper surface of the substrate wherein the memory blocks are divided by first separation layers extending in a third direction parallel to the upper surface of the substrate, wherein each of the memory blocks includes string selection lines provided by upper gate electrode layers with respect to the first direction and divided by second separation layers disposed between the first separation layers and upper separation layers, both of the second separation layers and the upper separation layers being extended in the third direction and shorter than the first separation layers, and wherein the number of the string selection lines included in each of the main blocks is greater than the number of the string selection lines included in the first spare block.
A compound suitable for use in an electrochromic device, said compound having a formula Li a EC 1 M1 b M2 c O x, wherein: "a" ranges from 0.5 to 3; b + c ranges from 0.1 to 1; c/(b + c) ranges from 0.1 to 0.9; x is 0.1 to 50; "EC" is an electrochromic metal species; "M1" is a host-oxide metal species; and "M2" is a dopant oxide metal species, wherein M2 is selected from the group consisting of Ta, Mo, Nb, La, and Ce; and wherein EC is selected from the group consisting of a mixture of Ni and Ni; a mixture of Co and Co; and a mixture of Ir and Ir. "a" ranges from 0.5 to 3; b + c ranges from 0.1 to 1; c/(b + c) ranges from 0.1 to 0.9; x is 0.1 to 50; "EC" is an electrochromic metal species; "M1" is a host-oxide metal species; and "M2" is a dopant oxide metal species, wherein M2 is selected from the group consisting of Ta, Mo, Nb, La, and Ce; and wherein EC is selected from the group consisting of a mixture of Ni and Ni; a mixture of Co and Co; and a mixture of Ir and Ir.
A multi-frequency eddy current (MFEC) inspection system for inspection of case hardening depth on a part, the MFEC inspection system comprising: a generator configured to generate one or more multi-frequency excitation signals, wherein the generator comprises a function generator; an eddy current probe configured to be disposed at one side of the part and comprising one or more drivers and one or more pickup sensors, wherein the one or more drivers are configured to receive the one or more multi-frequency excitation signals to induce eddy currents in the part and the one or more pickup sensors are configured to detect the induced eddy currents within a local area of the part to generate one or more multi-frequency response signals; and a processor configured to receive the one or more multi-frequency response signals for processing to determine a case hardening depth of the local area of the part, characterised in that the processor comprises a lock-in amplifier, and wherein the function generator is further configured to supply one or more reference signals with the same frequencies as the respective one or more multi-frequency excitation signals to the lock-in amplifier. a generator configured to generate one or more multi-frequency excitation signals, wherein the generator comprises a function generator; an eddy current probe configured to be disposed at one side of the part and comprising one or more drivers and one or more pickup sensors, wherein the one or more drivers are configured to receive the one or more multi-frequency excitation signals to induce eddy currents in the part and the one or more pickup sensors are configured to detect the induced eddy currents within a local area of the part to generate one or more multi-frequency response signals; and a processor configured to receive the one or more multi-frequency response signals for processing to determine a case hardening depth of the local area of the part, characterised in that the processor comprises a lock-in amplifier, and wherein the function generator is further configured to supply one or more reference signals with the same frequencies as the respective one or more multi-frequency excitation signals to the lock-in amplifier.
Device for masking the inner periphery (6b1) of a disc of a turbine engine, characterised in that it comprises: - a lower element, along a longitudinal axis, - an upper element, along a longitudinal axis, - a elastic annular seal, along a longitudinal axis, the lower element, the upper element and the seal being coaxial, the seal being arranged longitudinally between the lower element and the upper element, the seal comprising a lower annular part bearing radially and internally against the lower element, an upper annular part bearing radially and internally against the upper element, the lower part and the upper part being connected to one another by an annular central part forming a return element, said seal being further configured to bear longitudinally, radially and externally against each longitudinal end of said inner periphery (6b1) of the disc, so as to mask said inner periphery (6b1), and - a clamping system (2c, 5), capable of clamping the seal between the lower element and the upper element. - a lower element, along a longitudinal axis, - an upper element, along a longitudinal axis, - a elastic annular seal, along a longitudinal axis, the lower element, the upper element and the seal being coaxial, the seal being arranged longitudinally between the lower element and the upper element, the seal comprising a lower annular part bearing radially and internally against the lower element, an upper annular part bearing radially and internally against the upper element, the lower part and the upper part being connected to one another by an annular central part forming a return element, said seal being further configured to bear longitudinally, radially and externally against each longitudinal end of said inner periphery (6b1) of the disc, so as to mask said inner periphery (6b1), and - a clamping system (2c, 5), capable of clamping the seal between the lower element and the upper element.
Assembly forming a casing for electrical equipment, said assembly comprising: - a first casing for receiving at least a first electronic component (300, 310, 370, 315) of the electrical equipment; - a second casing for receiving at least a second electronic component (320, 330, 340, 350) of the electrical equipment; a first wall known as the first interface wall of the first casing and a second wall known as the first interface wall of the second casing, said walls arranged to press against one another to form the assembly; assembly wherein: - the first and the second casings each comprise at least a side wall respectively known as the first and second side walls, which extend respectively from the first interface wall and the second interface wall in an opposite direction relative to the other casing; and - the second side wall has an opening, known as the connection opening, for receiving an electrical connector; the assembly being characterised in that the second side wall comprises a portion surrounding the opening, known as the connection portion, for receiving a sealing part of the electrical connector, with said first and second side walls being arranged such that the connection portion extends towards the first casing so as to face one external surface of the first side wall. - a first casing for receiving at least a first electronic component (300, 310, 370, 315) of the electrical equipment; - a second casing for receiving at least a second electronic component (320, 330, 340, 350) of the electrical equipment; - the first and the second casings each comprise at least a side wall respectively known as the first and second side walls, which extend respectively from the first interface wall and the second interface wall in an opposite direction relative to the other casing; and - the second side wall has an opening, known as the connection opening, for receiving an electrical connector;
A method implemented in a mobile device having at least one processor, the method comprising: determining a first geographical location of the mobile device using GPS; based on a first geographical location, determining that the mobile device is within an area represented by a first geo-fence that is an active geo-fence, the first geofence that is an active geo-fence representing a high-engagement area with respect to a service provided by a service provider; in response to the determining that the mobile device is within the area represented by the first geo-fence that is an active geo-fence, periodically reporting the geographical location of the mobile device to a server system of the service provider; determining a second geographical location of the mobile device using GPS; based on a second geographical location, determining that the mobile device has moved to within an area represented by a second geo-fence within the area of the first geo-fence that is an active geo-fence and determining that the second geo-fence is a passive geo-fence by accessing a tag, flag or mapping information that indicates that the second geo-fence is a passive geo-fence, the second geo-fence that is a passive geo-fence representing a low-engagement area with respect to the service provided by the service provider; and in response to the determining that the mobile device is within the area represented by the second geo-fence that is a passive geo-fence, reducing the frequency of reporting or stopping reporting of geographical location of the mobile device to the server system. determining a first geographical location of the mobile device using GPS; based on a first geographical location, determining that the mobile device is within an area represented by a first geo-fence that is an active geo-fence, the first geofence that is an active geo-fence representing a high-engagement area with respect to a service provided by a service provider; in response to the determining that the mobile device is within the area represented by the first geo-fence that is an active geo-fence, periodically reporting the geographical location of the mobile device to a server system of the service provider; determining a second geographical location of the mobile device using GPS; based on a second geographical location, determining that the mobile device has moved to within an area represented by a second geo-fence within the area of the first geo-fence that is an active geo-fence and determining that the second geo-fence is a passive geo-fence by accessing a tag, flag or mapping information that indicates that the second geo-fence is a passive geo-fence, the second geo-fence that is a passive geo-fence representing a low-engagement area with respect to the service provided by the service provider; and in response to the determining that the mobile device is within the area represented by the second geo-fence that is a passive geo-fence, reducing the frequency of reporting or stopping reporting of geographical location of the mobile device to the server system.
Articulated apparatus (10; 20) for a micro manipulator arrangement, for guiding a relative movement of components into a target position, in particular into an operating position in the case of the micro manipulator arrangement, having at least one first part (11; 21), one second part (12; 22) and one third part (13; 23), wherein the first part (11; 21) and the second part (12; 22) are connected together so as to be movable for carrying out a first relative movement, wherein the second part (12; 22) and the third part (13; 23) are connected together so as to be movable for carrying out a second relative movement, having at least one first stop device (14; 24) and one second stop device (15; 25), wherein by way of the first stop device (14; 24) the first relative movement is blocked in a first stop position, in which the first (11; 21) and second part (12; 22) impact against one another in a first direction, wherein by way of the second stop device (15; 25) the second relative movement is blocked in a second stop position, in which the second (12; 22) and third part (13; 23) impact against one another in a second direction, having at least one first fixing device (16; 26) which brings about a first fixing force and one second fixing device (17; 27) which brings about a second fixing force, wherein the first (11; 21) and second part (12; 22) are held by way of the first fixing device (16; 26) in the first stop position in opposition to a release force which is directed in a negative first direction until said release force exceeds the first fixing force, wherein the second (12; 22) and third part (13; 23) are held by way of the second fixing device (17; 27) in the second stop position in opposition to a release force which is directed in a negative second direction until said release force exceeds the second fixing force, and wherein a combined stop position is settable as said target position in which the first stop position and the second stop position are both present, and having at least one first guide device (18; 28) and one second guide device (19; 29), wherein the first relative movement is guided by the first guide device and the second relative movement is guided by the second guide device, wherein the first relative movement extends along a first path of movement into a positive or negative first direction, and wherein the second relative movement extends along a second path of movement path into a positive or negative second direction, wherein in particular the first and second paths of movement are parallel.
An ultrasound-guided piercing needle (10, 10a, 10b) including a ridged and grooved portion capable of reflecting ultrasonic waves and comprising: a grooved portion provided on an outer circumferential surface near a distal portion having a blade face; said grooved portion is arcuate in cross section and is formed with a constant depth over the circumferential direction, and ridged portions disposed on both sides in the axial direction of the grooved portion, characterized in that the grooved portion is formed in an annular shape so as to protrude toward an inner circumferential side, and the ridged portions are formed in an annular shape so as to protrude toward a radially outer side, and the ridged portions are arcuate in cross section, and are formed with a constant height over the circumferential direction. a grooved portion provided on an outer circumferential surface near a distal portion having a blade face; said grooved portion is arcuate in cross section and is formed with a constant depth over the circumferential direction, and ridged portions disposed on both sides in the axial direction of the grooved portion, characterized in that the grooved portion is formed in an annular shape so as to protrude toward an inner circumferential side, and the ridged portions are formed in an annular shape so as to protrude toward a radially outer side, and the ridged portions are arcuate in cross section, and are formed with a constant height over the circumferential direction.
Combustion heater system in the form of a decorative heater for burning ethanol, having a combustion chamber which is at least partially surrounded by a wall (16, 18, 20, 22, 24), and with a bottom-side burner for burning ethanol, wherein there is provided a closed panel whose interior is at reduced pressure and which is thermally connected to the hot combustion gases, wherein an adsorption material is received in the interior of the panel, which material draws in water vapour and releases it again at the temperatures of the combustion gases, wherein the panel is connected to a water condensate container via a connection (36, 41), wherein, when the adsorption material is active, the combustion chamber can be preheated by opening the connection between the adsorption material and the water condensate container, wherein the approximately U-shaped panel is designed such that it represents a lining of the combustion chamber in the region of the side walls (16, 18) and in the region of the rear wall.
A purified lectin for use in a method of treating or preventing an infectious disease, wherein the lectin is galectin-4 (Gal-4) or an active fragment thereof.
Device for matching an air flow to a main body and at least two closable or releasable outlet openings (22, 23) which are arranged in a vehicle front region and are coupled to a corresponding air shaft (28, 29) wherein a first actuating element is configured as a linearly displaceable flap which closes the at least two outlet openings (22, 23) in a first position, releases a first outlet opening in a second position and closes a second outlet opening and releases both outlet openings (22, 23) in a third position, characterised in that a second actuating element forms a fin (25.2) when the first actuating element is arranged in the second or third position wherein the fin (25.2) can be formed by folding and/or bending the second actuating element.
A tray assembly for a painting roller (60, 60'), characterised in that it comprises: - a tray including a paint containing portion; and - a paint delivery reservoir rising from said tray, which has, at a side surface thereof, turned, in use, towards the paint containing portion of the tray, a window and opening/closing means of said window which can be operated by the painting roller (60, 60') and are suitable for placing said paint delivery reservoir in fluid communication with said tray, thereby delivering therein controlled quantities of paint. - a tray including a paint containing portion; and - a paint delivery reservoir rising from said tray, which has, at a side surface thereof, turned, in use, towards the paint containing portion of the tray, a window and opening/closing means of said window which can be operated by the painting roller (60, 60') and are suitable for placing said paint delivery reservoir in fluid communication with said tray, thereby delivering therein controlled quantities of paint.
A computerized encryption system comprising: an input data interface module for receiving input data to be protected; a plurality of encryption functions; sequencer data that defines an order in which selected ones of the plurality of encryption functions are applied to the input data; and a sequencer instruction execution module that performs the sequencing of the execution of the selected encryption functions in the order according to the sequencer data, characterized by: the execution of the selected encryption functions comprising: a) using a portion of the sequencer data to identify a first function, performing the first function on the input data to generate a first output, and performing the first function on at least a portion of the sequencer data to produce first modified sequencer data, b) using a portion of the first modified sequencer data to identify a second function, performing the second function on the first output to generate a second output, and performing the second function on at least a portion of the first modified sequencer data to produce second modified sequencer data, and c) using a portion of the second modified sequencer data to identify a third function and performing the third function on the second output. an input data interface module for receiving input data to be protected; a plurality of encryption functions; sequencer data that defines an order in which selected ones of the plurality of encryption functions are applied to the input data; and a sequencer instruction execution module that performs the sequencing of the execution of the selected encryption functions in the order according to the sequencer data, characterized by: the execution of the selected encryption functions comprising: a) using a portion of the sequencer data to identify a first function, performing the first function on the input data to generate a first output, and performing the first function on at least a portion of the sequencer data to produce first modified sequencer data, b) using a portion of the first modified sequencer data to identify a second function, performing the second function on the first output to generate a second output, and performing the second function on at least a portion of the first modified sequencer data to produce second modified sequencer data, and c) using a portion of the second modified sequencer data to identify a third function and performing the third function on the second output. a) using a portion of the sequencer data to identify a first function, performing the first function on the input data to generate a first output, and performing the first function on at least a portion of the sequencer data to produce first modified sequencer data, b) using a portion of the first modified sequencer data to identify a second function, performing the second function on the first output to generate a second output, and performing the second function on at least a portion of the first modified sequencer data to produce second modified sequencer data, and c) using a portion of the second modified sequencer data to identify a third function and performing the third function on the second output.