mhurhangee/ep-ind-claims huggingface dataset:
An automatic method for determining a physical end-of-travel position (zphys) of a reeve-block of a crane which may be moved in ascent and in descent by means of a lifting cable, said reeve-block being suspended by the lifting cable from a distribution trolley, said automatic method being characterized in that it comprises an ascent phase of the reeve-block during which a force on a strand of the lifting cable is measured by a monitoring device, said physical end-of-travel position (zphys), which corresponds to a position in which the reeve-block is physically in contact with the distribution trolley, being reached and determined depending on a variation of the force on the strand of the lifting cable.
A pressure sensor system comprising: a substrate comprising a plurality of layers and having a passage, the passage comprising: a first through-hole in a first layer of the substrate; a second through-hole in the first layer; and a path in a second layer of the substrate and joining the first through-hole to the second through-hole; a pressure sensor die attached to the first layer of the substrate over the second through-hole; and a cap over the pressure sensor die and attached to the substrate, the cap having a first port and a second port, wherein the cap and the substrate form a first chamber and a second chamber in the pressure sensor system, and the first port provides a first path into the first chamber into which the first through-hole opens and the second port provides a second path into the second chamber in which the pressure sensor die is attached to the first layer, characterised in that a bottom surface of the cap includes a groove that corresponds to a raised rib of the substrate that allows the cap to attach to the substrate in a tongue and groove fashion and the substrate comprises the raised rib separating the first chamber from the second chamber. a first through-hole in a first layer of the substrate; a second through-hole in the first layer; and a path in a second layer of the substrate and joining the first through-hole to the second through-hole; a pressure sensor die attached to the first layer of the substrate over the second through-hole; and a cap over the pressure sensor die and attached to the substrate, the cap having a first port and a second port, wherein the cap and the substrate form a first chamber and a second chamber in the pressure sensor system, and the first port provides a first path into the first chamber into which the first through-hole opens and the second port provides a second path into the second chamber in which the pressure sensor die is attached to the first layer, characterised in that a bottom surface of the cap includes a groove that corresponds to a raised rib of the substrate that allows the cap to attach to the substrate in a tongue and groove fashion and the substrate comprises the raised rib separating the first chamber from the second chamber.
A ripcord for optic cable including a folded and twisted yarn formed by folding and twisting together wholly aromatic polyamide filaments and a coating layer formed on a surface of the folded and twisted yarn, in which the coating layer comprises a binder and a colorant dispersed in the binder, characterized in that the binder comprises at least one polymer selected from glycol based polymers having a number average molecular weight ranging from 100 to 1,000.
A unit with a sliding wing and a fitting for the sliding wing with a tilting possibility, especially with plastic or metal spars as frame profiles of the sliding wing, wherein the sliding wing comprises horizontal and vertical spars and can be mounted via at least one thereof on at least one carriage (10, 20) which is movable parallel to a fixed frame, wherein the fitting comprises the carriage, which carriage is formed to be tightly connected to the sliding wing in a corner region thereof, and - the carriage comprises a receiving or support surface which extends in the mounted state substantially parallel to the plane of the sliding wing; - and with a connector which engages through or in an opening of the surface; - and with a reinforcing bracket (50; 50h, 50v) whose one limb m can be tensioned with the connector in the direction of the surface, such that the reinforcing bracket comes to lie in the rabbet space between the fixed frame and the sliding wing, and extends around the corner of the sliding wing, characterized in that the reinforcing bracket is attached to the wing adjacent to a fitting groove of the wing between the fitting groove and a cover on the wing, wherein the cover defines a first of the inner surfaces facing the rabbet space, and that the face end of the casement defines the further inner surface extending substantially perpendicularly to the first inner surface, and the reinforcing bracket is formed in such a way that it rests on both inner surfaces. - the carriage comprises a receiving or support surface which extends in the mounted state substantially parallel to the plane of the sliding wing; - and with a connector which engages through or in an opening of the surface; - and with a reinforcing bracket (50; 50h, 50v) whose one limb m can be tensioned with the connector in the direction of the surface, such that the reinforcing bracket comes to lie in the rabbet space between the fixed frame and the sliding wing, and extends around the corner of the sliding wing, characterized in that the reinforcing bracket is attached to the wing adjacent to a fitting groove of the wing between the fitting groove and a cover on the wing, wherein the cover defines a first of the inner surfaces facing the rabbet space, and that the face end of the casement defines the further inner surface extending substantially perpendicularly to the first inner surface, and the reinforcing bracket is formed in such a way that it rests on both inner surfaces.
An apparatus comprising: a vessel for holding a volume of soap, the vessel having a fill opening; and a spout having a nozzle formed therein for dispensing soap from the vessel, the nozzle in fluid communication with the vessel via a tubing; a fluid level sensor assembly (100, 72) configured to provide feedback regarding a level of soap in the vessel, the fluid level sensor assembly including an arm operably associated with the vessel such that a position of the arm within the vessel changes with changes in volume of soap within the vessel and an accelerometer attached to the arm and configured to move in an arc as the arm pivots, and wherein the accelerometer that outputs a signal that varies with changes in the volume of soap within the vessel; wherein the arm comprises a linkage (74, 76) having a stationary link and a pivoting link pivotably mounted to the stationary link at a lower end of the stationary link, and wherein the accelerometer is mounted to the pivoting link and is configured to measure an angle of the pivoting link relative to the stationary link; and wherein the stationary link is oriented along a vertical axis, extends through the fill opening, and has an upper end mounted to the spout. a vessel for holding a volume of soap, the vessel having a fill opening; and a spout having a nozzle formed therein for dispensing soap from the vessel, the nozzle in fluid communication with the vessel via a tubing; a fluid level sensor assembly (100, 72) configured to provide feedback regarding a level of soap in the vessel, the fluid level sensor assembly including an arm operably associated with the vessel such that a position of the arm within the vessel changes with changes in volume of soap within the vessel and an accelerometer attached to the arm and configured to move in an arc as the arm pivots, and wherein the accelerometer that outputs a signal that varies with changes in the volume of soap within the vessel; wherein the arm comprises a linkage (74, 76) having a stationary link and a pivoting link pivotably mounted to the stationary link at a lower end of the stationary link, and wherein the accelerometer is mounted to the pivoting link and is configured to measure an angle of the pivoting link relative to the stationary link; and wherein the stationary link is oriented along a vertical axis, extends through the fill opening, and has an upper end mounted to the spout.
Method for entering a personal identification code composed of characters (dp) in a device comprising a user graphical interface, characterized in that said method comprises the steps of: - displaying a plurality of reference elements on the device's user graphical interface; - displaying a plurality of characters (d) on the device's user graphical interface; - indicating, by means of an audio canal of the device, a reference element to be used for setting a personal identification code's character (dp) in correspondence with said reference element S); and - capturing said personal identification code's character (dp) which has been positioned by means of said user graphical interface to correspond with said reference element. - displaying a plurality of reference elements on the device's user graphical interface; - displaying a plurality of characters (d) on the device's user graphical interface; - indicating, by means of an audio canal of the device, a reference element to be used for setting a personal identification code's character (dp) in correspondence with said reference element S); and - capturing said personal identification code's character (dp) which has been positioned by means of said user graphical interface to correspond with said reference element.
A computer-executable method for enhancing security in a secure communication channel, comprising: collecting, by a mobile device, contextual information associated with the mobile device or a user of the mobile device (step 506); determine whether a trigger condition is met based on the collected contextual information (step 508); in response to determining that the trigger condition is met, performing a first type of key-ratcheting operation on a current cryptographic key to update the cryptographic key (step 510); in response to determining that the trigger condition is not met, performing a second type of key-ratcheting operation on the current cryptographic key to update the cryptographic key (step 512); and encrypting a to-be-sent message using an encryption key associated with the updated cryptographic key (step 514). collecting, by a mobile device, contextual information associated with the mobile device or a user of the mobile device (step 506); determine whether a trigger condition is met based on the collected contextual information (step 508); in response to determining that the trigger condition is met, performing a first type of key-ratcheting operation on a current cryptographic key to update the cryptographic key (step 510); in response to determining that the trigger condition is not met, performing a second type of key-ratcheting operation on the current cryptographic key to update the cryptographic key (step 512); and encrypting a to-be-sent message using an encryption key associated with the updated cryptographic key (step 514).
A steering wheel heater comprising: a heating wire; a first connecting member connected to a first end of the heating wire, the first connecting member being electrically connected to a first switch; a second connecting member connected to a second end of the heating wire, the second connecting member being electrically connected to a ground line; a lead-out wire connected to a portion between the first end and the second end which is a point along a wiring pattern formed of the heating wire; and a third connecting member connected to the lead-out wire, the third connecting member being externally connected, wherein the third connecting member is connected to an external signal line which is connected to a contact detection circuit via a capacitive element. a heating wire; a first connecting member connected to a first end of the heating wire, the first connecting member being electrically connected to a first switch; a second connecting member connected to a second end of the heating wire, the second connecting member being electrically connected to a ground line; a lead-out wire connected to a portion between the first end and the second end which is a point along a wiring pattern formed of the heating wire; and a third connecting member connected to the lead-out wire, the third connecting member being externally connected, wherein the third connecting member is connected to an external signal line which is connected to a contact detection circuit via a capacitive element.
A trailer braking system including: a supply line for connection to a continuous source of pressurised fluid; a trailer reservoir for storing a volume of pressurised fluid; a spring brake, which has an apply position and a release position, and the spring brake moves to the release position when pressurised fluid is provided at or above a threshold; a spring brake control valve, which controls the flow of fluid to the spring brake; an immobiliser having a brake release position and an immobilise position, which control the flow of pressurised fluid to the spring brake control valve, a temporary override valve having an override position and an inactive position, and being operable to move between positions independently of the pressure in the supply line; wherein when the temporary override valve is in the override position, the immobiliser remains in the immobilise position and the spring brake remains in the apply position when the supply line is unpressured and, the immobiliser is moved to its brake release position and the supply line is connected to the spring brake control valve automatically when the supply line is connected to a source of fluid, such that the spring brake is moved to the release position. a supply line for connection to a continuous source of pressurised fluid; a trailer reservoir for storing a volume of pressurised fluid; a spring brake, which has an apply position and a release position, and the spring brake moves to the release position when pressurised fluid is provided at or above a threshold; a spring brake control valve, which controls the flow of fluid to the spring brake; an immobiliser having a brake release position and an immobilise position, which control the flow of pressurised fluid to the spring brake control valve, a temporary override valve having an override position and an inactive position, and being operable to move between positions independently of the pressure in the supply line; wherein when the temporary override valve is in the override position, the immobiliser remains in the immobilise position and the spring brake remains in the apply position when the supply line is unpressured and, the immobiliser is moved to its brake release position and the supply line is connected to the spring brake control valve automatically when the supply line is connected to a source of fluid, such that the spring brake is moved to the release position.
An injectable hyaluronic acid filler material for use in a therapeutic method for increasing girth of a penis, the method comprising: creating a first space along a length of the penis between Buck's Fascia of the penis and Darte's fascia of the penis; injecting an injectable hyaluronic acid filler material into the first space; and modeling the filler material in the first space, wherein creating the first space includes hydro-dissection by injecting a fluid with a needle. creating a first space along a length of the penis between Buck's Fascia of the penis and Darte's fascia of the penis; injecting an injectable hyaluronic acid filler material into the first space; and modeling the filler material in the first space, wherein creating the first space includes hydro-dissection by injecting a fluid with a needle.
An eartip configured to couple with an electronics module on an earphone earpiece, the eartip comprising: a body for coupling with the electronics module; and a sealing structure coupled with the body, the sealing structure comprising a substantially conical shape for conforming to an entrance of an ear canal of a user, wherein the sealing structure is defined by a cone-shaped wall having a smaller end and a larger end, wherein a shape of the sealing structure is defined by dimensions comprising: (a) a perimeter of a first opening at the smaller end; (b) a perimeter of a second opening at the larger end; (c) a thickness of the cone-shaped wall; and (d) a distance between the smaller end and the larger end as measured along a primary axis of the sealing structure, and the eartip being characterized in that dimensions (a), (b) and (d) have a ratio relative to the thickness of the cone-shaped wall (c) of approximately: (a) 13:1 to 14:1; (b) 56:1 to 62:1; and (d) 7.5:1 to 8.5:1. a body for coupling with the electronics module; and a sealing structure coupled with the body, the sealing structure comprising a substantially conical shape for conforming to an entrance of an ear canal of a user, wherein the sealing structure is defined by a cone-shaped wall having a smaller end and a larger end, wherein a shape of the sealing structure is defined by dimensions comprising: (a) a perimeter of a first opening at the smaller end; (b) a perimeter of a second opening at the larger end; (c) a thickness of the cone-shaped wall; and (d) a distance between the smaller end and the larger end as measured along a primary axis of the sealing structure, and (a) a perimeter of a first opening at the smaller end; (b) a perimeter of a second opening at the larger end; (c) a thickness of the cone-shaped wall; and (d) a distance between the smaller end and the larger end as measured along a primary axis of the sealing structure, and the eartip being characterized in that dimensions (a), (b) and (d) have a ratio relative to the thickness of the cone-shaped wall (c) of approximately: (a) 13:1 to 14:1; (b) 56:1 to 62:1; and (d) 7.5:1 to 8.5:1.
Shaped composite material comprising an inner layer (3; 103) of CCM C/SiC/Si material comprising disorderly filaments, essentially consisting of carbon, and respective outer layers (2, 2'; 102, 102') of C/SiC/Si material having a orderly fabric structure, wherein the inner layer (3; 103) has a composition, expressed as percentages by weight, that varies within the ranges given below: said disorderly filaments essentially consisting of carbon having a length of less than 30 mm 30-65% silicon 5-25% SiC 25-55%, and wherein the outer layers (2, 2'; 102, 102') of composite material C/SiC/Si with orderly fabric structure have a composition by weight that varies within the ranges given below: carbon fibres 5-40% carbon binder 5-40% silicon 15-60% SiC 20-60%.
A nozzle management machine which is configured to manage suction nozzles used to hold an electrical component in an electrical component mounting machine, the nozzle management machine comprising: a nozzle storing device that is configured to store a plurality of suction nozzles, wherein the nozzle storing device includes a plurality of pallets on which the plurality of suction nozzles are respectively placed, and a pallet moving device that is configured to move the plurality of pallets in the nozzle storing device, the nozzle management machine being characterized by including a device (104, 106, 108, 110) for performing a treatment on nozzles that is configured to perform a certain treatment on the suction nozzles placed or to be placed in the nozzle storing device, and a pallet transfer device (114, 116, 118, 120) that is configured to transfer one of the plurality of pallets moved to a set position by the pallet moving device to the device (104, 106, 108, 110) for performing a treatment on nozzles. a nozzle storing device that is configured to store a plurality of suction nozzles, wherein the nozzle storing device includes a plurality of pallets on which the plurality of suction nozzles are respectively placed, and a pallet moving device that is configured to move the plurality of pallets in the nozzle storing device, the nozzle management machine being characterized by including a device (104, 106, 108, 110) for performing a treatment on nozzles that is configured to perform a certain treatment on the suction nozzles placed or to be placed in the nozzle storing device, and a pallet transfer device (114, 116, 118, 120) that is configured to transfer one of the plurality of pallets moved to a set position by the pallet moving device to the device (104, 106, 108, 110) for performing a treatment on nozzles.
An electric food processor comprising: an input opening for receiving a food item to be processed; a pressure applicator adapted to be received in the input opening, to enable pressure to be applied to the food item by the user during processing; a rotary processing member; and a motor for driving the rotary processing member, characterized in that processor is configured so that the food item is pressed against said rotary processing member during processing, and wherein the food processor further comprises a pressure indicator for displaying a signal representing the user-applied pressure. an input opening for receiving a food item to be processed; a pressure applicator adapted to be received in the input opening, to enable pressure to be applied to the food item by the user during processing; a rotary processing member; and a motor for driving the rotary processing member, characterized in that processor is configured so that the food item is pressed against said rotary processing member during processing, and wherein the food processor further comprises a pressure indicator for displaying a signal representing the user-applied pressure.
Connecting element for providing a connection between a sill and a jamb of a frame, which connecting element comprises a first part with first material properties and a second part with second material properties, which second material properties differ from the first material properties, wherein the second part is connected inseparably to the first part, so that the first part and the second part cannot be separated from each other without damaging the first part and/or the second part, wherein the second part is adapted to form a seal between the first part and the jamb, wherein the connecting element is formed from an inseparable, composite material, which composite material is composed of a first base material with the first material properties for forming the first part and a second base material with the second material properties for forming the second part, wherein a boundary layer between connecting surfaces of the first part and the second part is not flat and/or smooth, because, during composing of the composite material, when the second base material is pressed onto the first base material, the second base material is pressed into the first base material to some extent. wherein the second part is connected inseparably to the first part, so that the first part and the second part cannot be separated from each other without damaging the first part and/or the second part, wherein the second part is adapted to form a seal between the first part and the jamb, wherein the connecting element is formed from an inseparable, composite material, which composite material is composed of a first base material with the first material properties for forming the first part and a second base material with the second material properties for forming the second part, wherein a boundary layer between connecting surfaces of the first part and the second part is not flat and/or smooth, because, during composing of the composite material, when the second base material is pressed onto the first base material, the second base material is pressed into the first base material to some extent.