mhurhangee/ep-ind-claims huggingface dataset:
A server, comprising: a processor; and a memory connected to the processor, the memory storing instructions executed by the processor to: send a gallery collection and corresponding enrollment prompts to a user, each gallery in the gallery collection including a sequence of photographs or videos; receive enrollment requests from the user for a plurality of selected galleries; register the user with the plurality of selected galleries in response to said enrollment requests; and thereafter to: receive messages from a plurality of users, each of said messages including a photograph or a video and a message parameter indicative of a characteristic of the message, by evaluating each received message make a determination that the message parameter corresponds to a selected gallery among the galleries with which the user who sent the message is registered; in response to said determination automatically post the message to the corresponding selected gallery or galleries; and supply the selected gallery in response to requests received from one or more users. a processor; and a memory connected to the processor, the memory storing instructions executed by the processor to: send a gallery collection and corresponding enrollment prompts to a user, each gallery in the gallery collection including a sequence of photographs or videos; receive enrollment requests from the user for a plurality of selected galleries; register the user with the plurality of selected galleries in response to said enrollment requests; send a gallery collection and corresponding enrollment prompts to a user, each gallery in the gallery collection including a sequence of photographs or videos; receive enrollment requests from the user for a plurality of selected galleries; register the user with the plurality of selected galleries in response to said enrollment requests; and thereafter to: receive messages from a plurality of users, each of said messages including a photograph or a video and a message parameter indicative of a characteristic of the message, by evaluating each received message make a determination that the message parameter corresponds to a selected gallery among the galleries with which the user who sent the message is registered; in response to said determination automatically post the message to the corresponding selected gallery or galleries; and supply the selected gallery in response to requests received from one or more users. receive messages from a plurality of users, each of said messages including a photograph or a video and a message parameter indicative of a characteristic of the message, by evaluating each received message make a determination that the message parameter corresponds to a selected gallery among the galleries with which the user who sent the message is registered; in response to said determination automatically post the message to the corresponding selected gallery or galleries; and supply the selected gallery in response to requests received from one or more users.
Plug connector (1, 21) with U-shaped or box-shaped cross-section, which is constructed as a straight, angled, polygonal or cruciform connector, for spacer cavity sections for insulating glass panes, with a base part and two longitudinal side edges which can be constructed as limbs (5, 6) projecting from the base, wherein the base part together with the longitudinal side edges (3, 4) forms the body of the connector, wherein outwardly projecting resiliently deformable slats for each insert section can be arranged at the longitudinal side edges (3, 4) and can be constructed to be inclined or curved and wherein the inclination or curvature can be formed to be rearward in insertion direction, characterised in that recesses are provided at the slats, wherein the recesses together form a channel facing in connector longitudinal direction and the recesses are provided at the ends of the slats facing away from the limbs (5, 6).
A poly-phase reactive power compensator for providing susceptance to an electric power network, said poly-phase reactive power compensator comprising for each delta phase (a-b, b-c, c-a) a reactive power means (3a, 3b, 3c) for providing varying susceptance, characterized by means (21, 22, 23) for transferring susceptance between said reactive power means (3a, 3b, 3c) and thereby between said phases (a-b, b-c, c-a), wherein said means for transferring susceptance comprises a thyristor valve arrangement, in turn comprising a first thyristor switch connected at one end to a first phase (a) and at the other end between a thyristor switch and reactor of a third phase (c), a second thyristor switch connected at one end to a second phase (b) and at the other end between the thyristor switch and reactor of said first phase (a), and a third thyristor switch connected at one end to said third phase (c) and at the other end between the thyristor switch and reactor of said second phase (b) and, wherein said reactive power means comprises thyristor-switched capacitors (3a, 3b, 3c), each thyristor-switched capacitor (3a, 3b, 3c) in turn comprising a capacitor bank (10a, 10b, 10c) and inductor (15a, 15b, 15c) in series connection with a thyristor switch (11a, 11b, 11c).
A configurable signal-processing circuit (400A, 400B) comprising: a signal processing core circuit, configured to provide a plurality of selectable signal-processing operations; a configuration circuit; an output terminal configured to receive an output signal from the signal processing core circuit; an input terminal configured to supply an input signal to the signal processing core circuit; a first terminal (SCI, CNV) configured to supply a first timing waveform (V) to the configuration circuit, the first timing waveform indicating instances in time for evaluation of voltage levels of the input signal; a second terminal configured to supply a second timing waveform (V) to the configuration circuit, the second timing waveform indicating instances in time to output the output signal; wherein the configuration circuit is configured to receive the first timing waveform and the second timing waveform and configured to provide a configuration code based on a timing pattern thereof, the timing pattern being based on the occurrence of rising edges of the first timing waveform relative to the occurrence of rising edges of the second timing waveform, and the timing pattern matching a predefined timing pattern; wherein the configurable signal-processing circuit is configured to: select an operation from the plurality of selectable signal-processing operations based on the configuration code; and output the output signal according to the selected operation. a signal processing core circuit, configured to provide a plurality of selectable signal-processing operations; a configuration circuit; an output terminal configured to receive an output signal from the signal processing core circuit; an input terminal configured to supply an input signal to the signal processing core circuit; a first terminal (SCI, CNV) configured to supply a first timing waveform (V) to the configuration circuit, the first timing waveform indicating instances in time for evaluation of voltage levels of the input signal; a second terminal configured to supply a second timing waveform (V) to the configuration circuit, the second timing waveform indicating instances in time to output the output signal; wherein the configuration circuit is configured to receive the first timing waveform and the second timing waveform and configured to provide a configuration code based on a timing pattern thereof, the timing pattern being based on the occurrence of rising edges of the first timing waveform relative to the occurrence of rising edges of the second timing waveform, and the timing pattern matching a predefined timing pattern; wherein the configurable signal-processing circuit is configured to: select an operation from the plurality of selectable signal-processing operations based on the configuration code; and output the output signal according to the selected operation. select an operation from the plurality of selectable signal-processing operations based on the configuration code; and output the output signal according to the selected operation.
A process for purifying tall oil material, comprising the following steps (a) evaporating the tall oil material in a first evaporation step to produce a first fraction comprising light hydrocarbons and water and a second fraction comprising fatty acids, resin acids, neutral substances and residue components, (b) evaporating said second fraction in at least one further evaporation step (G; F,G) to produce a third fraction comprising fatty acids, resin acids and light neutral substances, and a residue fraction, and (c) recovering said first fraction, third fraction and residue fraction, (d) one or more hydroprocessing step(s) of converting the third fraction to one or more biofuels or components thereof selected from the group consisting of diesel, jet fuel, gasoline, naphta and fuel gases; characterized in that the first evaporation step is performed at a temperature of 50 to 250°C and at a pressure of 5 to 100 mbar. (a) evaporating the tall oil material in a first evaporation step to produce a first fraction comprising light hydrocarbons and water and a second fraction comprising fatty acids, resin acids, neutral substances and residue components, (b) evaporating said second fraction in at least one further evaporation step (G; F,G) to produce a third fraction comprising fatty acids, resin acids and light neutral substances, and a residue fraction, and (c) recovering said first fraction, third fraction and residue fraction, (d) one or more hydroprocessing step(s) of converting the third fraction to one or more biofuels or components thereof selected from the group consisting of diesel, jet fuel, gasoline, naphta and fuel gases; characterized in that the first evaporation step is performed at a temperature of 50 to 250°C and at a pressure of 5 to 100 mbar.
A device that includes an enable circuit, the device comprising: a housing; a controller (200, 400, 600) located within the housing, the controller (200, 400, 600) including a processing unit (230, 455, 645) and a memory (235, 460, 650), the controller (200, 400, 600) configured to selectively prevent the operation of the device; and the enable circuit located within the housing, the enable circuit configured to receive a signal related to enabling operation of the device, wherein the signal is operable to cause the device to change from a disabled state, during which the device is prevented from operating, to an enabled state, during which the device is permitted to operate, wherein the device is selected from the group consisting of: a battery pack, a power tool, and a charger, characterized in that the enable circuit includes an activation component and a fuse; and the signal is operable to activate the activation component and open the fuse, wherein the activation component includes a first sub-component and a second sub-component that work together to open the fuse; and wherein the first sub-component is configured to receive the signal and the second sub-component is a resistor that is configured to generate heat and cause the fuse to be opened as a consequence of receiving the signal. a controller (200, 400, 600) located within the housing, the controller (200, 400, 600) including a processing unit (230, 455, 645) and a memory (235, 460, 650), the controller (200, 400, 600) configured to selectively prevent the operation of the device; and the enable circuit located within the housing, the enable circuit configured to receive a signal related to enabling operation of the device, wherein the signal is operable to cause the device to change from a disabled state, during which the device is prevented from operating, to an enabled state, during which the device is permitted to operate, wherein the device is selected from the group consisting of: a battery pack, a power tool, and a charger, characterized in that the enable circuit includes an activation component and a fuse; and the signal is operable to activate the activation component and open the fuse, wherein the activation component includes a first sub-component and a second sub-component that work together to open the fuse; and wherein the first sub-component is configured to receive the signal and the second sub-component is a resistor that is configured to generate heat and cause the fuse to be opened as a consequence of receiving the signal.
An electrochemical sensor comprising: a housing comprising an opening therein, the housing defining a chamber; a primary cell comprising: a primary working electrode aligned with the opening in the housing so that the primary working electrode is exposed to an environment outside of the chamber and exposed to target gases in the environment outside of the chamber, and a primary counter electrode sealed within the chamber; and a secondary cell comprising: a secondary counter electrode sealed within the chamber, characterised in that: the secondary cell comprises a secondary working electrode sealed within the chamber, and wherein the primary counter electrode, the secondary working electrode, and the secondary counter electrode are constructed and arranged to be isolated from the target gases in the environment outside of the chamber. a housing comprising an opening therein, the housing defining a chamber; a primary cell comprising: a primary working electrode aligned with the opening in the housing so that the primary working electrode is exposed to an environment outside of the chamber and exposed to target gases in the environment outside of the chamber, and a primary counter electrode sealed within the chamber; and a secondary cell comprising: a secondary counter electrode sealed within the chamber, characterised in that: the secondary cell comprises a secondary working electrode sealed within the chamber, and wherein the primary counter electrode, the secondary working electrode, and the secondary counter electrode are constructed and arranged to be isolated from the target gases in the environment outside of the chamber. a primary working electrode aligned with the opening in the housing so that the primary working electrode is exposed to an environment outside of the chamber and exposed to target gases in the environment outside of the chamber, and a primary counter electrode sealed within the chamber; and a secondary cell comprising: a secondary counter electrode sealed within the chamber, characterised in that: the secondary cell comprises a secondary working electrode sealed within the chamber, and wherein the primary counter electrode, the secondary working electrode, and the secondary counter electrode are constructed and arranged to be isolated from the target gases in the environment outside of the chamber. a secondary counter electrode sealed within the chamber, characterised in that: the secondary cell comprises a secondary working electrode sealed within the chamber, and wherein the primary counter electrode, the secondary working electrode, and the secondary counter electrode are constructed and arranged to be isolated from the target gases in the environment outside of the chamber. the secondary cell comprises a secondary working electrode sealed within the chamber, and wherein the primary counter electrode, the secondary working electrode, and the secondary counter electrode are constructed and arranged to be isolated from the target gases in the environment outside of the chamber.
Immobilising device acting on at least one strand (34, 35) of a shoelace, the device comprising a body that extends longitudinally between a first end and a second end, transversely between a first edge and a second edge, and in height between a connecting face and a free face, the body defining a passage (51, 52) for each strand (34, 35) of a shoelace, the device comprising an immobilizing member (53, 54) which cooperates with the passage (51, 52) to immobilize or free each strand (34, 35) of a shoelace, an elastic means (73, 74) permanently urging the immobilizing member (53, 54) in an immobilizing direction, the passage (51, 52) extending longitudinally from a first end opening (55, 56) to a second end opening (57, 58), the passage (51, 52) having a longitudinal opening (61, 62) which extends from the first end opening (55, 56) to the second end opening (57, 58), characterized in that the longitudinal opening (61, 62) opens onto an edge (43, 44) of the body so as to allow each strand (34, 35) to be inserted into or removed from the passage (51, 52) in a transverse direction of the device,
Filter cassette for a vacuum cleaner, having the following features: a filter holder for holding a filter material which can be inserted into an air guide duct of a vacuum cleaner in the air flow direction; and a stripping rib, which, at least in one section, connects to an edge of the filter holder and is embodied, characterised in that in the section of the edge of the filter holder, the stripping rib rests against a wall of the air guide duct when the filter cassette is at a point in the air guide duct provided for the filter cassette during use, and the stripping rib remains in contact with the wall of the air guide duct at least across one part of a removal distance when the filter cassette is removed from the air guide duct. a filter holder for holding a filter material which can be inserted into an air guide duct of a vacuum cleaner in the air flow direction; and a stripping rib, which, at least in one section, connects to an edge of the filter holder and is embodied,
A system comprising: a wellhead comprising a wellhead load shoulder to support, within a wellbore, a tubular hanger connected to a tubular string (13, 14, 15), the tubular hanger having a tubular hanger contact shoulder; characterised by: sensors to detect one or more physical phenomena as the tubular hanger contact shoulder approaches the wellhead load shoulder and to generate signals that are based on the one or more physical phenomena, the one or more physical phenomena being based on at least one of a proximity of the tubular hanger contact shoulder to the wellhead load shoulder or a contact between the tubular hanger contact shoulder and the wellhead load shoulder, the sensors being arranged around a circumference of the wellhead at a location proximate to the wellhead load shoulder in order to detect the one or more physical phenomena, the one or more physical phenomena changing as the tubular hanger contact shoulder approaches the wellhead load shoulder.
A dental furnace having a closed or closable firing chamber, which is surrounded by a thermal insulation and which has at least one inlet port and at least one outlet port, through both of which a gas, in particular air, is passable through the firing chamber and/or dischargeable from the firing chamber, wherein a vacuum source is provided, which is in direct or indirect communication with the outlet port and by which the outlet port may be depressurized, characterized in that at the outlet port an in particular T-shaped or Y-shaped connector is attached, in that the connector comprises two inlets (32, 24) and one outlet, wherein the outlet is in communication with the vacuum source and a first inlet is in communication with the firing chamber, particularly is flange-mounted to the outlet port thereof, and a second inlet is in communication with ambient air, namely in a controlled manner, in particular with a flow resistance.
A laminate assembly for decorating an object in a hydrographic transfer system, the laminate assembly comprising: a carrier film configured to be soluble when placed into the hydrographic transfer system; an optical effect layer configured to provide one or more of an optical effect or a security feature to the object; the effect layer including a relief pattern formed by cracks extending through an entire thickness of the effect layer; one or more ink layers disposed between the carrier film and the effect layer; and a coat layer disposed between the one or more ink layers and the optical effect layer, wherein the relief pattern is configured to provide the one or more of the optical effect or the security feature to the object. a carrier film configured to be soluble when placed into the hydrographic transfer system; an optical effect layer configured to provide one or more of an optical effect or a security feature to the object; the effect layer including a relief pattern formed by cracks extending through an entire thickness of the effect layer; one or more ink layers disposed between the carrier film and the effect layer; and a coat layer disposed between the one or more ink layers and the optical effect layer, wherein the relief pattern is configured to provide the one or more of the optical effect or the security feature to the object.
A composition of matter suitable for repairing bone damage and promoting bone formation in mammals comprising: (i) from 5% to 20% (w/w) of a dispersing agent selected from glycerin, polyethylene glycol, N-methyl pyrrolidone, and triacetin; (ii) from 1.0% to 6.0% (w/w) of a polymer selected from sodium carboxymethylcellulose, hyaluronic acid, polyvinylalcohol, polyvinylpyrrolidone, hydroxyethyl cellulose, hydroxypropyl methylcellulose, methylcellulose, and ethylcellulose; (iii) from 65% to 90% (w/w) of an osteoconductive component comprising anorganic bone mineral particles; and (iv) from 1 % to 5% (w/w) water and wherein said composition is pliable and is processed by a lyophilization step without an occlusive skin being formed around the anorganic bone mineral particles, such that the composition has a porosity of 5% to 30%. (i) from 5% to 20% (w/w) of a dispersing agent selected from glycerin, polyethylene glycol, N-methyl pyrrolidone, and triacetin; (ii) from 1.0% to 6.0% (w/w) of a polymer selected from sodium carboxymethylcellulose, hyaluronic acid, polyvinylalcohol, polyvinylpyrrolidone, hydroxyethyl cellulose, hydroxypropyl methylcellulose, methylcellulose, and ethylcellulose; (iii) from 65% to 90% (w/w) of an osteoconductive component comprising anorganic bone mineral particles; and (iv) from 1 % to 5% (w/w) water and wherein said composition is pliable and is processed by a lyophilization step without an occlusive skin being formed around the anorganic bone mineral particles, such that the composition has a porosity of 5% to 30%.