mhurhangee/ep-ind-claims huggingface dataset:
A fluid ejection die comprising an integrated circuit for driving a plurality of fluid actuation devices, the integrated circuit comprising: a plurality of first memory cells, each first memory cell storing a customization bit to configure an operation of the integrated circuit; a plurality of first storage elements, each first storage element coupled to a corresponding first memory cell; control logic to, in response to a reset signal, read the customization bit stored in each first memory cell and latch each customization bit in a corresponding first storage element; a second memory cell storing a lock bit; and a second storage element coupled to the second memory cell, wherein the control logic is to, in response to the reset signal, read the lock bit stored in the second memory cell and latch the lock bit in the second storage element, and wherein the control logic is to allow or prevent writing to the plurality of first memory cells based on the latched lock bit, and to allow or prevent external read access of the plurality of first memory cells based on the latched lock bit. a plurality of first memory cells, each first memory cell storing a customization bit to configure an operation of the integrated circuit; a plurality of first storage elements, each first storage element coupled to a corresponding first memory cell; control logic to, in response to a reset signal, read the customization bit stored in each first memory cell and latch each customization bit in a corresponding first storage element; a second memory cell storing a lock bit; and a second storage element coupled to the second memory cell, wherein the control logic is to, in response to the reset signal, read the lock bit stored in the second memory cell and latch the lock bit in the second storage element, and wherein the control logic is to allow or prevent writing to the plurality of first memory cells based on the latched lock bit, and to allow or prevent external read access of the plurality of first memory cells based on the latched lock bit.
A cable-type secondary battery (20, 100, 200), comprising: an inner electrode; a separation layer (24, 140, 240) surrounding the outer surface of the inner electrode to prevent a short circuit between electrodes; wherein the sheet-form outer electrode comprises an outer current collector and an outer electrode active material layer formed on one surface of the outer current collector, characterised in that a sheet-form outer electrode (25, 150, 250) wherein the separation layer (24, 140, 240) is laminated on the outer electrode (25, 150, 250) to form an assembly of separation layer-outer electrode, and the assembly of a separation layer-outer electrode is helically wound to surround the inner electrode; the outer electrode further comprises a first porous supporting layer formed on the outer electrode active material layer, wherein the first supporting layer is a mesh-form porous membrane or a non-woven fabric, wherein the first supporting layer is made of any one selected from the group consisting of high-density polyethylene, low-density polyethylene, linear low-density polyethylene, ultra-high molecular weight polyethylene, polypropylene, polyethylene terephthalate, polybutylene terephthalate, polyester, polyacetal, polyamide, polycarbonate, polyimide, polyetheretherketone, polyethersulfone, polyphenylene oxide, polyphenylene sulfide, polyethylene naphthalate, and a mixture thereof an inner electrode; a separation layer (24, 140, 240) surrounding the outer surface of the inner electrode to prevent a short circuit between electrodes;
A motorcycle comprising: a vehicle body frame having a pair of left and right seat frames which support a seat; a storage box and a fuel tank which are arranged between the pair of left and right seat frames in order from a front side; a hydraulic brake (45, 46) which imparts a braking force to a wheel (WF, WR); an ABS module which reduces a liquid pressure applied to the hydraulic brake; and a straddling space formed between a handle and the seat, characterized in that the ABS module is arranged between the pair of left and right seat frames in a sandwiched position between the storage box and the fuel tank in the longitudinal direction. a vehicle body frame having a pair of left and right seat frames which support a seat; a storage box and a fuel tank which are arranged between the pair of left and right seat frames in order from a front side; a hydraulic brake (45, 46) which imparts a braking force to a wheel (WF, WR); an ABS module which reduces a liquid pressure applied to the hydraulic brake; and a straddling space formed between a handle and the seat, characterized in that the ABS module is arranged between the pair of left and right seat frames in a sandwiched position between the storage box and the fuel tank in the longitudinal direction.
A water basin such as a swimming pool, consisting of - a tank which can be filled with water, and - edge stones arranged in a row one against the other at the edge of the tank, and - illumination means which extend in the region of the edge, wherein - at least one of the edge stones consists at least partially of a transparent or translucent material, and - inside it there is arranged at least one light source, the light rays of which exit through the transparent or translucent areas of the edge stone, characterized in that at least one edge stone is a hollow body, inside which the light sources are arranged. - a tank which can be filled with water, and - edge stones arranged in a row one against the other at the edge of the tank, and - illumination means which extend in the region of the edge, - at least one of the edge stones consists at least partially of a transparent or translucent material, and - inside it there is arranged at least one light source, the light rays of which exit through the transparent or translucent areas of the edge stone,
Casement or fixed-frame profile in which at least one longitudinal guide groove is formed, having a transmission rod which is intended to be housed inside said groove so as to be able to move in translation, said transmission rod having two opposite lateral ends (31, 31'), said guide groove having a bottom wall, two internal lateral walls (11, 11') that are upright with respect to the bottom wall and two lips (13, 13') that are each upright with respect to a respective internal lateral wall (11, 11'), said bottom wall, said internal lateral walls (11, 11') and said lips (13, 13') extending longitudinally along the entire length of the guide groove, said internal lateral walls (11, 11') each extending vertically from a lower end (17, 17') adjacent to the bottom wall to an upper end (19, 19') adjacent to a corresponding lip (13, 13'), each lip defining a lower internal surface (15, 15') opposite said bottom wall, said lips (13, 13') each having a free end (21, 21') remote from the corresponding interior lateral wall (11, 11'), the two free ends (21, 21') together defining an insertion space for said transmission rod, said guide groove having an identical cross section along its entire length, said transmission rod having, in cross section, a greatest distance T4 between said two opposite lateral ends (31, 31') that is identical along its entire length; a profile in which the distance T4 meets the following conditions: T4≤R1; T4≤R3; and R2≤T4, give or take the precision of machining, in which: R1 is the distance, in cross section, between the lower ends (17, 17') of the internal lateral walls (11, 11'); R2 is the distance, in cross section, between said free ends (21, 21') of the lips (13, 13'); and R3 is the distance, in cross section, between the free end of one of the lips and an intersection formed by the bottom wall and the internal lateral wall adjacent to the other lip, such that, on the one hand the transmission rod is insertable via the insertion space and on the other hand the two lateral ends (31, 31') of said transmission rod are housed between the bottom wall and the lower internal surface (15, 15') corresponding to this lateral end (11, 11'), and in that it also comprises an accessory which is able to come into engagement with said transmission rod so as to ensure, with the internal lateral walls (11, 11') of the groove, that the lateral ends (31, 31') of said transmission rod are held laterally; the profile being characterized in that the lateral ends (35, 35') of the accessory each have a retaining rib (37, 37') which encloses the corresponding lateral ends (31, 31') of the transmission rod. R1 is the distance, in cross section, between the lower ends (17, 17') of the internal lateral walls (11, 11'); R2 is the distance, in cross section, between said free ends (21, 21') of the lips (13, 13'); and R3 is the distance, in cross section, between the free end of one of the lips and an intersection formed by the bottom wall and the internal lateral wall adjacent to the other lip,
A method performed by a first server communicatively connected to a network for supporting tele-operated driving, ToD, of a vehicle, characterized in that the method comprising: • receiving a request from a client device for a ToD support, wherein the request comprises a trigger and information for supporting the ToD; and • responsive to the request, signalling to the client device a response to the trigger for providing support for the ToD, wherein the trigger comprises at least one of: an event of starting or stopping a ToD driving session • receiving a request from a client device for a ToD support, wherein the request comprises a trigger and information for supporting the ToD; and • responsive to the request, signalling to the client device a response to the trigger for providing support for the ToD,
A method for selective control of zoom adjustments in an electronic publication, comprising: generating content for display on an electronic reading device; generating at least one style for the content, comprising: identifying a first portion of the content for which at least one zoom increment value will be specified; specifying a base text size for the first portion of the content; specifying a first increment value for the first portion of the content to increment the base text size for the first portion of the content to a first zoom state text size for the first portion of the content; identifying a second portion of the content for which at least one zoom increment value will be specified; specifying a base text size for the second portion of the content; and specifying a first increment value for the second portion of the content to increment the base text size for the second portion of the content to a first zoom state text size for the second portion of the content; and storing the content and the at least one style on a computer readable medium. generating content for display on an electronic reading device; generating at least one style for the content, comprising: identifying a first portion of the content for which at least one zoom increment value will be specified; specifying a base text size for the first portion of the content; specifying a first increment value for the first portion of the content to increment the base text size for the first portion of the content to a first zoom state text size for the first portion of the content; identifying a second portion of the content for which at least one zoom increment value will be specified; specifying a base text size for the second portion of the content; and specifying a first increment value for the second portion of the content to increment the base text size for the second portion of the content to a first zoom state text size for the second portion of the content; and identifying a first portion of the content for which at least one zoom increment value will be specified; specifying a base text size for the first portion of the content; specifying a first increment value for the first portion of the content to increment the base text size for the first portion of the content to a first zoom state text size for the first portion of the content; identifying a second portion of the content for which at least one zoom increment value will be specified; specifying a base text size for the second portion of the content; and specifying a first increment value for the second portion of the content to increment the base text size for the second portion of the content to a first zoom state text size for the second portion of the content; and storing the content and the at least one style on a computer readable medium.
Injection element (10, 10') for a gas injection system inside a regenerator of a fluid catalytic cracking unit, said injection system comprising a support (11, 11') defining at least one orifice, this support comprising a wall defining at least one portion of a cavity and having a first face intended to be in contact with the gas contained in this cavity, and the support comprising a second face, opposite the first face, intended to be in contact with a fluidized catalyst bed, in which said injection element defines a flow passage (12, 12') and is arranged so as to be able to be firmly attached to the support, at the orifice, so that gas from the cavity can circulate via the flow passage to the fluidized catalyst bed, characterized in that said injection element is made of a ceramic material comprising a ceramic matrix and carbon and/or ceramic fibres incorporated into this ceramic matrix, and in that the ceramic material is obtained by sintering a relatively fine sintering powder having a mean grain diameter of less than or equal to 500 nm.
A rubber composition, wherein, an integrated value of White areas by particles for diameter of 29 μm or more is 15% or less of an integrated value of White areas by particles for diameter from 3 to 57 μm, and a value of (White Area%) × (integrated value of white areas by particles for diameter of 29 μm or more)/(integrated value of white areas by particles for diameter from 3 to 57 μm) is 0.2% or less in an examination of a cross section of the rubber composition with a dispergrader based on ASTM D7723; and a total content of zinc oxide, a fatty acid, and a zinc salt of fatty acid is 2 parts by weight or more and less than 13 parts by weight per 100 parts by weight of a rubber.
A lead receptacle (408, 1304) comprising a lumen configured to support a lead traversing through the lumen, wherein the lumen is configured to support one or more cardiac leads traversing through an intercostal space and the lead receptacle (408, 1304) is configured to be fixed for chronic implantation in the intercostal space.
Stack storage assembly with a plurality of container receiving spaces and a charging space which is arranged below the container receiving spaces, wherein a frame arrangement is arranged between the container receiving spaces and the charging space, in which longitudinally extending sections are connected to one another by transversely extending sections, the frame arrangement has, for each container receiving space, an opening through which the container receiving space can be loaded, and characterized in that the frame arrangement has a plurality of modules which are connected to one another.
A method for operating a magnetically actuated switch assembly to perform a low energy test pulse, the switch assembly including a fixed contact and a movable contact, the method comprising: energizing a magnetic actuator to move the moveable contact against the bias of at least one spring (66, 78) coupled to the movable contact towards the fixed contact to make contact therebetween, characterised by the method being such that AC current conducts across a gap formed between the movable contact and the fixed contact as the moveable contact is moved toward the fixed contact and before the movable contact and the fixed contact make contact; and reversing the magnetic actuator to move the movable contact away from the fixed contact at least under the bias of the at least one spring (66, 78) so that the amount of time that the current conducts between the movable contact and the fixed contact is about one fundamental frequency cycle, and preferably, about one-half of one fundamental frequency cycle of the current, wherein reversing the magnetic actuator occurs at a time so that when the movable contact and the fixed contact begin conducting an applied voltage on the switch assembly is at or near a peak of the voltage wave so that the current is symmetric. energizing a magnetic actuator to move the moveable contact against the bias of at least one spring (66, 78) coupled to the movable contact towards the fixed contact to make contact therebetween, characterised by the method being such that AC current conducts across a gap formed between the movable contact and the fixed contact as the moveable contact is moved toward the fixed contact and before the movable contact and the fixed contact make contact; and reversing the magnetic actuator to move the movable contact away from the fixed contact at least under the bias of the at least one spring (66, 78) so that the amount of time that the current conducts between the movable contact and the fixed contact is about one fundamental frequency cycle, and preferably, about one-half of one fundamental frequency cycle of the current, wherein reversing the magnetic actuator occurs at a time so that when the movable contact and the fixed contact begin conducting an applied voltage on the switch assembly is at or near a peak of the voltage wave so that the current is symmetric.
A topical or oral composition comprising: (i) 0.1 to 10 wt% of a polymer of galacturonic acid; and, (ii) a base; characterised in that the polymer of galacturonic acid has a molecular weight from 18 kDa to 35 kDa wherein the polymer of galacturonic acid is obtainable by a process comprising the steps of: (i) extracting Camellia sinensis in water at a temperature of 85 to 100°C; (ii) separating the extracted Camellia sinensis to obtain an aqueous extract; (iii) adding 30 to 70% ethanol-water solution to the aqueous extract to generate a precipitate; (iv) separating the precipitate of step (iii); (v) washing the precipitate of step (iv) with 70 to 95% ethanol-water solution; (vi) filtering and drying the washed precipitate of step (v) to obtain the extract of Camellia sinensis comprising a polymer of galacturonic acid with a molecular weight from 18 to 35kDa. (vii) separating the polymer of galacturonic acid with a molecular weight from 18 to 35kDa from said extract of Camellia sinensis. (i) 0.1 to 10 wt% of a polymer of galacturonic acid; and, (ii) a base; (i) extracting Camellia sinensis in water at a temperature of 85 to 100°C; (ii) separating the extracted Camellia sinensis to obtain an aqueous extract; (iii) adding 30 to 70% ethanol-water solution to the aqueous extract to generate a precipitate; (iv) separating the precipitate of step (iii); (v) washing the precipitate of step (iv) with 70 to 95% ethanol-water solution; (vi) filtering and drying the washed precipitate of step (v) to obtain the extract of Camellia sinensis comprising a polymer of galacturonic acid with a molecular weight from 18 to 35kDa. (vii) separating the polymer of galacturonic acid with a molecular weight from 18 to 35kDa from said extract of Camellia sinensis.
An MRI phantom for calibrated anisotropic imaging comprising hollow tubular textile fibers, wherein each hollow tubular fiber has an outer diameter of less than 50 microns and an inner diameter of less than 20 microns; and wherein at least 70% of the hollow tubular fibers contain a fluid within an interior of the tubular fiber and maintained within the hollow tubular fibers to form quantifiable simulated intra-axonal water; wherein at least some of the hollow tubular fluid filled textile fibers are formed in fasciculi, wherein at least some fasciculi are combined into tracks that are supported in fixed frames within the phantom, characterized in that, the fluid comprises one of water and deuterium oxide.
A cannulated fastener for use in connection with fixing a rod in a body member relative to a spine of a patient, comprising: a head at a first end and a bone connection element at a second end, wherein said head includes at least one deformation element thereon and the bone connection element is adapted for connection to the spine of the patient; wherein the deformation element deforms under pressure applied thereto by the rod, and characterized in that the deformation element substantially surrounds the cannulation in the fastener.
A method for determining process parameters by means of 2D fluorescence spectroscopy in liquid cultures in a plurality of microreactors of at least one microtiter plate that are continuously agitated with an orbital shaker at least until completion of cultivation in all of the microreactors, wherein the 2D fluorescence spectra of the liquid cultures during cultivation are recorded by means of at least one measuring device decoupled from the agitating motion of the microtiter plate according to the following steps: 1.1 production of monochromatic excitation light, the excitation wavelength of which is modified step by step, 1.2 successive introduction of the excitation light with different excitation wavelengths into the liquid culture in one of the microreactors, 1.3 transfer of the emission spectra from the liquid culture in the microreactor to an optical element that decomposes the emission spectrum for each excitation wavelength into the different wavelengths and depicts fanned out on a sensor matrix with photosensitive sensors, 1.4 recording of the 2D fluorescence spectrum by measuring the intensity of the different wavelengths of each emission spectrum by means of the sensor matrix and 1.5 recording the 2D fluorescence spectra of the liquid cultures in further microreactors of the at least one microtiter plate by means of steps 1.1-1.4. 1.1 production of monochromatic excitation light, the excitation wavelength of which is modified step by step, 1.2 successive introduction of the excitation light with different excitation wavelengths into the liquid culture in one of the microreactors, 1.3 transfer of the emission spectra from the liquid culture in the microreactor to an optical element that decomposes the emission spectrum for each excitation wavelength into the different wavelengths and depicts fanned out on a sensor matrix with photosensitive sensors, 1.4 recording of the 2D fluorescence spectrum by measuring the intensity of the different wavelengths of each emission spectrum by means of the sensor matrix and 1.5 recording the 2D fluorescence spectra of the liquid cultures in further microreactors of the at least one microtiter plate by means of steps 1.1-1.4.