mhurhangee/ep-ind-claims huggingface dataset:
A gage block tool for adjusting a brake cable comprising: a body comprising: a first member extending in a first direction, the first member having a first length and a first thickness; and a second member extending in a second direction, the second member having a second length and a second thickness, wherein at least one of the first member or the second member are sized and configured to be placed between a stop and a lever of a brake valve, the brake cable connected between the lever and a brake handle being properly adjusted when the gage block sandwiched between the lever and the stop contacts both the lever and the stop while the brake handle is in a park lock position. a body comprising: a first member extending in a first direction, the first member having a first length and a first thickness; and a second member extending in a second direction, the second member having a second length and a second thickness, wherein at least one of the first member or the second member are sized and configured to be placed between a stop and a lever of a brake valve, the brake cable connected between the lever and a brake handle being properly adjusted when the gage block sandwiched between the lever and the stop contacts both the lever and the stop while the brake handle is in a park lock position. a first member extending in a first direction, the first member having a first length and a first thickness; and a second member extending in a second direction, the second member having a second length and a second thickness, wherein at least one of the first member or the second member are sized and configured to be placed between a stop and a lever of a brake valve, the brake cable connected between the lever and a brake handle being properly adjusted when the gage block sandwiched between the lever and the stop contacts both the lever and the stop while the brake handle is in a park lock position.
A circuit, comprising: an analog-to-digital converter circuit comprising an output circuit (B2, B3, XOR) and a one-bit analog-to-digital converter for receiving an analog input signal, the one-bit analog-to-digital converter is coupled to the output circuit (B2, B3, XOR) a transformer having at least one first winding for receiving a modulated output of the one-bit analog-to-digital converter and at least one second winding for providing an isolated data output; a demodulator (31, 32) coupled to the at least one second winding of the transformer for demodulating the isolated data output to generate digital values of the analog input signal; and an isolation circuit (34, 35) coupled to the at least one second winding of the transformer for coupling at least one of a clock signal or power supply waveform via another output circuit through the transformer to the analog-to-digital converter circuit whereby the analog-to-digital converter circuit is supplied with at least one of the clock signal or the power supply waveform; characterized in that the one-bit analog-to-digital converter comprises a delta-sigma modulator, and wherein the modulated output of the one-bit analog-to-digital converter is an output of a quantizer of the delta-sigma modulator that is coupled to the at least one first winding when the output circuit (B2, B3, XOR) is enabled and wherein the demodulator (31, 32) includes a decimator that decimates the isolated data output.
A method, comprising: collecting, by a universal programming module on a first device, context and state information from a local application executing on the first device; providing the context and state information from the universal programming module to a context mobility agent on the first device; establishing a connection between the first device and an edge router device by the context mobility agent, the edge router device providing network access for the first device and a remote device; transferring the context and state information from the first device to the edge router device over the connection, the transferring step comprising continually updating the context and state information at the edge router device and continually storing the received updated context and state information at the edge router device; transferring, by the edge router device, the context and state information to the remote device in response to a trigger; and configuring a remote application on the remote device to execute according to the transferred context and state information from the first device. collecting, by a universal programming module on a first device, context and state information from a local application executing on the first device; providing the context and state information from the universal programming module to a context mobility agent on the first device; establishing a connection between the first device and an edge router device by the context mobility agent, the edge router device providing network access for the first device and a remote device; transferring the context and state information from the first device to the edge router device over the connection, the transferring step comprising continually updating the context and state information at the edge router device and continually storing the received updated context and state information at the edge router device; transferring, by the edge router device, the context and state information to the remote device in response to a trigger; and configuring a remote application on the remote device to execute according to the transferred context and state information from the first device.
A 3D organic perovskite having the Formula: ABX 3 wherein: A has the formula DR 2+, wherein DR 2+ is: wherein R is F, Cl, Br, CN, or OH; and R' is H or CH 3; B is NH 4 +; and X is BF 4 - or PF 6 -. A has the formula DR 2+, wherein DR 2+ is: wherein R is F, Cl, Br, CN, or OH; and R' is H or CH 3; R is F, Cl, Br, CN, or OH; and R' is H or CH 3; B is NH 4 +; and X is BF 4 - or PF 6 -.
An apparatus for endodontic treatment comprising a nozzle (401, 603, 701, 901, 1219) comprising a tip small enough to be inserted through a pulp chamber of a tooth; wherein said nozzle is shaped to create a beam comprising at least one fluid jet at an angle to a vertical axis of said nozzle; and comprising one or more inlet pipes that are configured to be connectable to external sources (801, 803, 813) of components for a fluid to be emitted from the nozzle; characterized in that said nozzle comprises: an internal cone (411, 417, 441, 613, 703) and an external cone (413, 615, 705) defining a lumen between them for fluid to flow through; wherein said lumen (417, 709) is configured so that fluid supplied by said one or more inlet pipes travels through the lumen (417, 709) along a helical path having both a tangential and a longitudinal component; and wherein said angle of said at least one fluid jet does not intersect, said vertical axis of said nozzle. wherein said nozzle is shaped to create a beam comprising at least one fluid jet at an angle to a vertical axis of said nozzle; and comprising one or more inlet pipes that are configured to be connectable to external sources (801, 803, 813) of components for a fluid to be emitted from the nozzle; an internal cone (411, 417, 441, 613, 703) and an external cone (413, 615, 705) defining a lumen between them for fluid to flow through; wherein said lumen (417, 709) is configured so that fluid supplied by said one or more inlet pipes travels through the lumen (417, 709) along a helical path having both a tangential and a longitudinal component; and wherein said angle of said at least one fluid jet does not intersect, said vertical axis of said nozzle.
A gripper configured for a milking robot, the gripper having a proximal end and a distal end (10") and being configured to be attached to the milking robot at the proximal end (10 1), the gripper having an extension plane (p) and a longitudinal centre axis (x 4) extending in the extension plane (p) through the proximal end and the distal end (10"), wherein the longitudinal centre axis (x 4) divides the gripper in a primary side and a secondary side, wherein the gripper has a plurality of separate gripping recesses (11 - 14), each being configured to grip a respective teatcup, and wherein the gripping recesses (11 - 14) are asymmetrically positioned with respect to the longitudinal centre axis (x 4). characterized in that the gripper has four separate gripping recesses (11 - 14), and wherein the gripping recesses (11 - 14) are asymmetrically positioned with respect to the longitudinal centre axis (x 4) so that at least three of the gripping recesses (11 - 14) are mainly located on the primary side.
A computer-implemented method of operating a first computing device, the method comprising: receiving an audio input; determining one or more values from the audio input, wherein the one or more values comprise at least one of: a first value indicating an energy level of the audio input; or a second value indicating a likelihood that the audio input comprises speech; activating a first module (110, 112; 202) of the first computing device based at least in part on the one or more values; performing an operation, by the first module, wherein the operation comprises: determining that the audio input comprises a wakeword and causing activation of a network interface module in response to determining that the audio input comprises a wakeword; and causing transmission of at least a portion of the audio input to a second computing device via the activated network interface module. receiving an audio input; determining one or more values from the audio input, wherein the one or more values comprise at least one of: a first value indicating an energy level of the audio input; or a second value indicating a likelihood that the audio input comprises speech; a first value indicating an energy level of the audio input; or a second value indicating a likelihood that the audio input comprises speech; activating a first module (110, 112; 202) of the first computing device based at least in part on the one or more values; performing an operation, by the first module, wherein the operation comprises: determining that the audio input comprises a wakeword and causing activation of a network interface module in response to determining that the audio input comprises a wakeword; and causing transmission of at least a portion of the audio input to a second computing device via the activated network interface module. determining that the audio input comprises a wakeword and causing activation of a network interface module in response to determining that the audio input comprises a wakeword; and causing transmission of at least a portion of the audio input to a second computing device via the activated network interface module.
A thermosetting resin composition comprising: an epoxy compound having an isocyanuric acid ring represented by the following formula: wherein in the formula, at least one of X, Y and Z is a group containing an epoxy ring, and when X, Y or Z contains no epoxy ring, X, Y or Z containing no epoxy ring is an atom of H, a group composed only of C and H, or a group composed only of C, H and O; a solid lubricant; and a dicyanate compound, or the dicyanate compound and a bismaleimide compound; wherein the solid lubricant is contained in an amount of 10% by weight to 70% by weight in the thermosetting resin composition; a total content amount (L+M) of a content amount of the epoxy compound having the isocyanuric acid ring and a content amount of the dicyanate compound, or a total content amount (L+M+N) of the content amount of the epoxy compound having the isocyanuric acid ring, the content amount of the dicyanate compound, and a content amount of the bismaleimide compound is in a range of 20% by weight to 90% by weight; and a weight ratio (M/L) of the content amount of the dicyanate compound to the content amount of the epoxy compound having the isocyanuric acid ring, or a weight ratio ((M+N)/L) of a total of the content amount of the dicyanate compound and the content amount of the bismaleimide compound to the content amount of the epoxy compound having the isocyanuric acid ring is in a range of 0.65 to 4.00. wherein in the formula, at least one of X, Y and Z is a group containing an epoxy ring, and when X, Y or Z contains no epoxy ring, X, Y or Z containing no epoxy ring is an atom of H, a group composed only of C and H, or a group composed only of C, H and O; a solid lubricant; and a dicyanate compound, or the dicyanate compound and a bismaleimide compound; wherein the solid lubricant is contained in an amount of 10% by weight to 70% by weight in the thermosetting resin composition; a total content amount (L+M) of a content amount of the epoxy compound having the isocyanuric acid ring and a content amount of the dicyanate compound, or a total content amount (L+M+N) of the content amount of the epoxy compound having the isocyanuric acid ring, the content amount of the dicyanate compound, and a content amount of the bismaleimide compound is in a range of 20% by weight to 90% by weight; and a weight ratio (M/L) of the content amount of the dicyanate compound to the content amount of the epoxy compound having the isocyanuric acid ring, or a weight ratio ((M+N)/L) of a total of the content amount of the dicyanate compound and the content amount of the bismaleimide compound to the content amount of the epoxy compound having the isocyanuric acid ring is in a range of 0.65 to 4.00.
Pressure measuring cell, comprising: a ceramic counter-body; a ceramic measuring membrane, which is joined, in a pressure-tight manner, to the counter-body, forming a measuring chamber between the counter-body and the measuring membrane by means of a circumferential joint, wherein the measuring membrane can be deformed by a pressure to be measured; a capacitive converter designed to convert a pressure-dependent deformation of the measuring membrane into an electrical signal; and a temperature transducer to provide at least an electrical signal that depends on a temperature or a temperature gradient of the pressure measuring cell, characterized in that the temperature transducer comprises at least a first thermocouple, which features a galvanic contact between a first conductor, which comprises a first electroconductive material, and a second conductor, which comprises at least a second electroconductive material, said second conductor being in contact with the first conductor, wherein the counter-body has a first material thickness (hg), wherein the galvanic contact between the first conductor and the second conductor is not spaced by more than 25 % of the first material thickness away from a surface of the measuring membrane facing towards the counter-body, and/or wherein the joint has a second material thickness (hf), wherein the galvanic contact between the first conductor and the second conductor is not spaced by more than 10 times the second material thickness away from a surface of the measuring membrane facing towards the counter-body. a ceramic counter-body; a ceramic measuring membrane, which is joined, in a pressure-tight manner, to the counter-body, forming a measuring chamber between the counter-body and the measuring membrane by means of a circumferential joint, wherein the measuring membrane can be deformed by a pressure to be measured; a capacitive converter designed to convert a pressure-dependent deformation of the measuring membrane into an electrical signal; and a temperature transducer to provide at least an electrical signal that depends on a temperature or a temperature gradient of the pressure measuring cell, characterized in that the temperature transducer comprises at least a first thermocouple, which features a galvanic contact between a first conductor, which comprises a first electroconductive material, and a second conductor, which comprises at least a second electroconductive material, said second conductor being in contact with the first conductor, wherein the counter-body has a first material thickness (hg), wherein the galvanic contact between the first conductor and the second conductor is not spaced by more than 25 % of the first material thickness away from a surface of the measuring membrane facing towards the counter-body, and/or wherein the joint has a second material thickness (hf), wherein the galvanic contact between the first conductor and the second conductor is not spaced by more than 10 times the second material thickness away from a surface of the measuring membrane facing towards the counter-body.
A surgical access port assembly configured to attach to a lumen of a surgical instrument, the surgical access port comprising: a hollow cannula defining an interior shaft extending longitudinally therethrough and having a diameter of less than about 3 mm; and a tapered hub on a proximal end of the hollow cannula, the tapered hub having a tapered open end portion, and an inner conical surface with at least one inner ring on the inner conical surface, the at least one inner ring being configured to attach to the surgical instrument via friction or compression of the at least one inner ring(1 18A, 118B, 118C) on the inner conical surface, and a locking mechanism comprising: a lock base with a central ring, having an aperture configured to receive the surgical access port; and a locking member, and a ball disposed between the lock base and the locking member, the locking member having an opening configured to receive the surgical access port, wherein the locking member is configured to rotate relative to the lock base into a locked position to secure the surgical access port to the patient, when inserted into a fascia. a hollow cannula defining an interior shaft extending longitudinally therethrough and having a diameter of less than about 3 mm; and a tapered hub on a proximal end of the hollow cannula, the tapered hub having a tapered open end portion, and an inner conical surface with at least one inner ring on the inner conical surface, the at least one inner ring being configured to attach to the surgical instrument via friction or compression of the at least one inner ring(1 18A, 118B, 118C) on the inner conical surface, and a locking mechanism comprising: a lock base with a central ring, having an aperture configured to receive the surgical access port; and a locking member, and a ball disposed between the lock base and the locking member, the locking member having an opening configured to receive the surgical access port, a lock base with a central ring, having an aperture configured to receive the surgical access port; and a locking member, and a ball disposed between the lock base and the locking member, the locking member having an opening configured to receive the surgical access port, wherein the locking member is configured to rotate relative to the lock base into a locked position to secure the surgical access port to the patient, when inserted into a fascia.
Method for extracting liquid from a liquid dispenser which comprises: - a liquid container, - a liquid dispensing device which is able to take up liquid from the container and convey it along a path as far as at least one liquid outlet (54a; 72a; 82a) of the device so as to dispense the taken-up liquid to outside the dispenser, the dispenser comprising at least one compensating-air inlet for letting air into the container and which, when open, by letting a volume of air in from outside makes it possible to compensate for a volume of liquid taken up by the device, the device comprising a pumping device for pumping the liquid contained in the container, said pumping device being able to occupy a rest position and, under the action of an actuating command, one or more actuated positions in which or in each of which said at least one compensating-air inlet is open to the outside, characterized in that the method comprises a step of injecting a volume of extraction gas under pressure into the container through said at least one compensating-air inlet open to the outside when the pumping device is in an actuated position, so as to apply pressure to the liquid contained in the container in order to cause it to flow along the liquid-conveying path and thus extract a predetermined quantity of liquid from the dispenser, the injection of the volume of extraction gas into the container through said at least one open compensating-inlet having the effect of expelling said predetermined quantity of liquid from the container. - a liquid container, - a liquid dispensing device which is able to take up liquid from the container and convey it along a path as far as at least one liquid outlet (54a; 72a; 82a) of the device so as to dispense the taken-up liquid to outside the dispenser, the dispenser comprising at least one compensating-air inlet for letting air into the container and which, when open, by letting a volume of air in from outside makes it possible to compensate for a volume of liquid taken up by the device, the device comprising a pumping device for pumping the liquid contained in the container, said pumping device being able to occupy a rest position and, under the action of an actuating command, one or more actuated positions in which or in each of which said at least one compensating-air inlet is open to the outside, characterized in that the method comprises a step of injecting a volume of extraction gas under pressure into the container through said at least one compensating-air inlet open to the outside when the pumping device is in an actuated position, so as to apply pressure to the liquid contained in the container in order to cause it to flow along the liquid-conveying path and thus extract a predetermined quantity of liquid from the dispenser, the injection of the volume of extraction gas into the container through said at least one open compensating-inlet having the effect of expelling said predetermined quantity of liquid from the container.
A stent delivery system comprising a hypotube having an elongate tubular body having a first section and a continuous helical cut (326, 328) extending about the first section, the cut (326, 328) having an axial length of at least 50 cm, wherein a pitch of the helical cut (326, 328) varies over the length of the cut, the length of the cut (326, 328) having a first segment, the cut (326, 328) having a first pitch magnitude in the first segment, wherein the pitch of the cut (326, 328) changes, at both ends of the first segment, from the first magnitude by 0.2 mm/rotation or less, wherein the cut (326, 328) comprises a plurality of individual helical slots (326, 328) interconnected in an end-to-end manner and adjacent individual helical slots (326, 328) interconnect via an aperture extending through the hypotube, the adjacent individual helical slots (326, 328) extending from the aperture.