mhurhangee/ep-ind-claims huggingface dataset:
A razor cartridge, comprising: an elongated housing having: a guard at a front region of the housing, the guard including a plurality of spaced-apart ribs defining guard rib slots between adjacent ribs; a rear region of the housing including a cap; a side wall at each elongated end region of the housing connecting the front region and the rear region; pivotal connecting structure defining a pivot axis; and a partition extending between and integrally formed with the side walls, and providing a first blade mounting region between the guard and the partition, and a second blade mounting region between the partition and the cap; a first razor blade mounted in the first blade mounting region; and a second razor blade, adjacent the partition, and a third razor blade are both mounted in the second blade mounting region; all of the razor blades (50, 52, 54) having their respective cutting edges (50a, 52a, 54a) extending transversely of the guard ribs; a first span between the cutting edge of the first razor blade and the cutting edge of the second razor blade is in a range 3.0 to 5. 12mm; and the pivot axis is in a region between the cutting edge of the first razor blade and the cutting edge of the second razor blade. an elongated housing having: a guard at a front region of the housing, the guard including a plurality of spaced-apart ribs defining guard rib slots between adjacent ribs; a rear region of the housing including a cap; a side wall at each elongated end region of the housing connecting the front region and the rear region; pivotal connecting structure defining a pivot axis; and a partition extending between and integrally formed with the side walls, and providing a first blade mounting region between the guard and the partition, and a second blade mounting region between the partition and the cap; a guard at a front region of the housing, the guard including a plurality of spaced-apart ribs defining guard rib slots between adjacent ribs; a rear region of the housing including a cap; a side wall at each elongated end region of the housing connecting the front region and the rear region; pivotal connecting structure defining a pivot axis; and a partition extending between and integrally formed with the side walls, and providing a first blade mounting region between the guard and the partition, and a second blade mounting region between the partition and the cap; a first razor blade mounted in the first blade mounting region; and a second razor blade, adjacent the partition, and a third razor blade are both mounted in the second blade mounting region; all of the razor blades (50, 52, 54) having their respective cutting edges (50a, 52a, 54a) extending transversely of the guard ribs; a first span between the cutting edge of the first razor blade and the cutting edge of the second razor blade is in a range 3.0 to 5. 12mm; and the pivot axis is in a region between the cutting edge of the first razor blade and the cutting edge of the second razor blade.
A method operable at a second mobile computing device to receive a phone number from a first mobile computing device, the second mobile computing device comprising a radio processor, a transceiver and a central processor, the method comprising: initiating, using the central processor, a phone call with the first mobile computing device, receiving, at the central processor, a message containing contact information of a third person from the first mobile computing device while the phone call is maintained with the first mobile computing device, wherein the contact information includes a phone number of third person and a name of the third person; extracting, using the central processor, the phone number from the contact information; and presenting, using the central processor a user interface with the contact information and the phone number that enables a user of the second mobile computing device to call the received phone number with a single button press. initiating, using the central processor, a phone call with the first mobile computing device, receiving, at the central processor, a message containing contact information of a third person from the first mobile computing device while the phone call is maintained with the first mobile computing device, wherein the contact information includes a phone number of third person and a name of the third person; extracting, using the central processor, the phone number from the contact information; and presenting, using the central processor a user interface with the contact information and the phone number that enables a user of the second mobile computing device to call the received phone number with a single button press.
Aerosol-generating device, comprising: a main body comprising a heating chamber for receiving an aerosol-forming substrate; and a mouthpiece, wherein the mouthpiece is movably connected to the main body, wherein the mouthpiece is configured movable with respect to the main body in a first movement between a first position and a second position, wherein the first position is an operation position of the aerosol-generating device, wherein in the second position, the heating chamber is at least partially exposed, wherein the mouthpiece is configured movable with respect to the main body in a second movement between the second position and a third position, wherein the second movement of the mouthpiece from the second position to the third position is configured to trigger an event, wherein the event comprises any one or more of the following: at least partial ejection of the used aerosol-generating article; at least partial ejection of a heating element of the heating chamber; at least partial ejection of the heating chamber; initiation a cleaning cycle of the heating chamber; initiation of a pyrolysis cleaning cycle of the heating chamber; initiation of a signal from a controller to output one or more pieces of information on a user interface. a main body comprising a heating chamber for receiving an aerosol-forming substrate; and a mouthpiece, wherein the mouthpiece is movably connected to the main body, wherein the mouthpiece is configured movable with respect to the main body in a first movement between a first position and a second position, wherein the first position is an operation position of the aerosol-generating device, wherein in the second position, the heating chamber is at least partially exposed, wherein the mouthpiece is configured movable with respect to the main body in a second movement between the second position and a third position, wherein the second movement of the mouthpiece from the second position to the third position is configured to trigger an event, wherein the event comprises any one or more of the following: at least partial ejection of the used aerosol-generating article; at least partial ejection of a heating element of the heating chamber; at least partial ejection of the heating chamber; initiation a cleaning cycle of the heating chamber; initiation of a pyrolysis cleaning cycle of the heating chamber; initiation of a signal from a controller to output one or more pieces of information on a user interface. at least partial ejection of the used aerosol-generating article; at least partial ejection of a heating element of the heating chamber; at least partial ejection of the heating chamber; initiation a cleaning cycle of the heating chamber; initiation of a pyrolysis cleaning cycle of the heating chamber; initiation of a signal from a controller to output one or more pieces of information on a user interface.
Transportation securing system for a washing machine, which during transportation of the washing machine arrests a vibration system which is present in relation to a housing, wherein an elastic sleeve connects the vibration system, by way of its outer container, to a front wall of the housing, wherein the sleeve also encloses an opening periphery in the front wall and makes it possible for a loading door to be sealed in its closed state, wherein provision is made for at least one transportation securing element (25, 27, 29) to be introduced with guidance through the sleeve, such that it is supported, on the one hand, on the opening periphery and/or a region of the loading door within the opening periphery and, on the other hand, on a sub-region of the vibration system, characterised in that in order to arrest the vibration system in relation to the housing, the container has a number of first form-fitting formations and the inside of a wall of the housing has an identical number of second form-fitting formations, wherein the first form-fitting formations and the second form-fitting formations render possible a form fit between the vibration system and the housing of the washing machine when the transportation securing element (25, 27, 29) guided through the sleeve provides for the support between the housing and the vibration system as intended.
A method for facilitating removal of slag from weld metal when welding a workpiece with an electrode, said method comprising: adjusting the welding composition such that the weight ratio of aluminum oxide to magnesium oxide in the slag is at least about 2:1; wherein said step of adjusting the welding composition includes increasing the amount of total aluminum in the electrode or decreasing the amount of magnesium in the electrode and, adjusting the welding composition such that the electrode has an atomic ratio of total aluminum to total magnesium of at least about 1.5:1, wherein said atomic ratio of total aluminum to total magnesium is about 1.6:1, about 1.7:1, about 1.8:1, about 1.9:1, about 2:1, or more than 2:1 and, wherein said aluminum content of said electrode is selected to deposit up to about 1.4 weight percent aluminum in the weld metal and, wherein said electrode includes aluminum oxide. adjusting the welding composition such that the weight ratio of aluminum oxide to magnesium oxide in the slag is at least about 2:1; wherein said step of adjusting the welding composition includes increasing the amount of total aluminum in the electrode or decreasing the amount of magnesium in the electrode and, adjusting the welding composition such that the electrode has an atomic ratio of total aluminum to total magnesium of at least about 1.5:1, wherein said atomic ratio of total aluminum to total magnesium is about 1.6:1, about 1.7:1, about 1.8:1, about 1.9:1, about 2:1, or more than 2:1 and, wherein said aluminum content of said electrode is selected to deposit up to about 1.4 weight percent aluminum in the weld metal and, wherein said electrode includes aluminum oxide.
Method for the recovery and regeneration of metal powders in Electron Beam Melting applications, comprising: - eroding three-dimensional objects obtained by means of EBM of metal powders by means of sandblasting inside a cleaning chamber, wherein at least one compressed-air nozzle is provided in said cleaning chamber, wherein said cleaning chamber is formed with walls made of the same metallic material as the metal powders from which said three-dimensional objects are made, wherein said walls are made of titanium or alloys thereof, cobalt-chrome or magnesium and alloys thereof, depending on the metal powders used to produce the three-dimensional objects obtained by means of EBM, and wherein an entire sandblasting portion, including the nozzle and flexible pipes, of said cleaning chamber is made with metals corresponding to the metal powders of the three-dimensional objects; - recovering of the metal powders inside said cleaning chamber of said three-dimensional objects obtained by means of EBM of said metal powders; - treating the metal powders by mixing thoroughly with Extra Low Interstitial metal powders with a predetermined oxygen content of less than 0.12% by weight; - obtaining regenerated metal powders in which the oxygen content is restored to a value below a predetermined threshold. - eroding three-dimensional objects obtained by means of EBM of metal powders by means of sandblasting inside a cleaning chamber, wherein at least one compressed-air nozzle is provided in said cleaning chamber, wherein said cleaning chamber is formed with walls made of the same metallic material as the metal powders from which said three-dimensional objects are made, wherein said walls are made of titanium or alloys thereof, cobalt-chrome or magnesium and alloys thereof, depending on the metal powders used to produce the three-dimensional objects obtained by means of EBM, and wherein an entire sandblasting portion, including the nozzle and flexible pipes, of said cleaning chamber is made with metals corresponding to the metal powders of the three-dimensional objects; - recovering of the metal powders inside said cleaning chamber of said three-dimensional objects obtained by means of EBM of said metal powders; - treating the metal powders by mixing thoroughly with Extra Low Interstitial metal powders with a predetermined oxygen content of less than 0.12% by weight; - obtaining regenerated metal powders in which the oxygen content is restored to a value below a predetermined threshold.
Multi-folded, fully automatically opening and closing protective cover, consisting of: - a cover frame with a closing spring, - a cover material fastened to the cover frame, - a shaft unit, - a cover cap fastened to the upper end of the shaft unit, - a cover slide fitted onto the shaft unit and - a cover handle; where the cover frame, the cover cap and the cover slide are adapted to each other, where the protective cover is provided with a transmission mechanism fitted into the shaft unit and serving to open and close the protective cover and an actuating mechanism built into the cover handle and the shaft unit and serving to open and close the protective cover, where the shaft unit consists of three or more tubes - from top to bottom: outer tube, middle tube and inner tube; where an outer pulley is fitted at the upper end of the outer tube and an outer tube retaining ring constructed to fit the middle tube is fastened to the lower end of the outer tube and a middle tube stopper fitted with a middle tube pulley is fastened to the upper end of the middle tube and a middle tube retaining ring is fastened to the lower end of the middle tube and a middle tube retaining ring pulley is fitted on the outside of the middle tube retaining ring and the lower end of the inner tube is fastened to the cover handle, where the transmission mechanism serving to open and close the protective cover is made up of a slide pull-cable, a middle tube pull-cable and an inner tube pull-cable and where one end of the slide pull-cable is fastened to the middle tube stopper and the other end runs through the outer tube and around the outer tube pulley and to the cover slide and is fastened to the cover slide, where one end of the middle tube pull-cable is fastened to the upper end of the inner tube and the other end runs through the bottom end of the middle tube and round the middle tube retaining ring pulley of the middle tube retaining ring and into the middle pulley and out again through the upper end of the middle tube and into the outer tube and then out again through the upper end of the outer tube and up to the tip of the outer tube and is fastened to the tip of the outer tube, where one end of the inner tube pull-cable is fastened to the upper end of the inner tube and the other end runs through the middle tube and around the middle tube pulley of the middle tube stopper and from there into the space between the middle tube and the outer tube and is fastened to the lower end of the outer tube, where the actuating mechanism serving to open and close the protective cover is made up of actuating elements that are connected to the middle tube stopper and of an actuating unit that actuates the up and down movement of the inner tube in accordance with the actuating elements, where the actuating unit is controlled by means of a button on the cover handle. - a cover frame with a closing spring, - a cover material fastened to the cover frame, - a shaft unit, - a cover cap fastened to the upper end of the shaft unit, - a cover slide fitted onto the shaft unit and - a cover handle;
A system (700; 900) for single analyte and/or multiple analyte detection, the system comprising: a donor particle; a hollow polymer optic fiber (106; 720; 904); wherein the donor particle is to be introduced into an interior of the hollow polymer optic fiber, the donor particle comprising a donor dye composition that releases singlet oxygen when illuminated with excitation light (102; 946) and having a corresponding particle binding partner conjugated to its surface that binds with a particular corresponding analyte of interest; and wherein the hollow polymer optic fiber comprises a fiber binding partner conjugated to its interior surface that binds to the analyte of interest, and wherein the hollow polymer optic fiber is doped with an acceptor dye composition that accepts singlet oxygen and as a consequence emits light (104; 906; 1360); an excitation light source; and a detector (760; 908) for detecting emission light traveling through the hollow polymer optic fiber resulting from singlet oxygen channeling. a donor particle; a hollow polymer optic fiber (106; 720; 904); wherein the donor particle is to be introduced into an interior of the hollow polymer optic fiber, the donor particle comprising a donor dye composition that releases singlet oxygen when illuminated with excitation light (102; 946) and having a corresponding particle binding partner conjugated to its surface that binds with a particular corresponding analyte of interest; and wherein the hollow polymer optic fiber comprises a fiber binding partner conjugated to its interior surface that binds to the analyte of interest, and wherein the hollow polymer optic fiber is doped with an acceptor dye composition that accepts singlet oxygen and as a consequence emits light (104; 906; 1360); an excitation light source; and a detector (760; 908) for detecting emission light traveling through the hollow polymer optic fiber resulting from singlet oxygen channeling.
A grate element (1, 11) for a feed grate of a combustion or large combustion system, wherein the grate element (1, 11) has a frontal sliding surface which is penetrated by a throughflow opening for air and/or gases, characterized in that a high-temperature resistant ceramic insert comprising an opening is cast in the front side in the grate element (1, 11) and is enclosed thereby on all sides.
Device for obtaining a linkage of a wiper mechanism in a transport position, characterized in that the retaining device includes: • a clip comprising two elastic arms intended to cooperate with a bush of a bearing of the linkage, and • a retaining staple intended to cooperate with a link of the linkage, the retaining staple being connected to the clip so that in the mounted state the retaining device connects the link to the bush in a fixed manner in a close position of the bush relative to the link. • a clip comprising two elastic arms intended to cooperate with a bush of a bearing of the linkage, and • a retaining staple intended to cooperate with a link of the linkage, the retaining staple being connected to the clip so that in the mounted state the retaining device connects the link to the bush in a fixed manner in a close position of the bush relative to the link.
Device for machine monitoring comprising at least one camera for capturing image data in the area of a machine, a control unit for controlling the components of the device, an evaluation unit for evaluating the image data captured with the aid of the at least one camera, a storage unit for storing and/or temporarily storing the image data captured with the aid of the at least one camera and a network module for connecting the at least one camera at least to the control unit and the evaluation unit, wherein at least one camera is designed as a trigger camera, so that the storage and/or evaluation of the image data captured by the at least one camera can be limited to a relevant time range in the sense of a time window defined as a function of the time of the trigger event, wherein the at least one camera is designed to continuously record video sequences of a predetermined length, wherein the video sequences can be transmitted to the control unit and the evaluation unit by means of the network module, characterized in that the evaluation unit is designed to evaluate the video sequences of the trigger camera for the presence of a trigger event in the sense of a malfunction of the monitored machine, wherein the control unit of the device for machine monitoring is designed to retrieve a predefined number of video sequences from the at least one camera via the network module only when a trigger event is present in a video sequence of the trigger camera and to make the at least one retrieved video sequence available to the evaluation unit for evaluation and/or for storage of the at least one video sequence in the storage unit.
A positive photosensitive resin composition comprising: (A-1) an alkali-soluble resin containing at least one or more structures selected from a polyimide structure, a polybenzoxazole structure, a polyamide-imide structure, and a precursor structure thereof; (A-2) a resin containing at least one or more structures selected from a polyimide structure, a polybenzoxazole structure, a polyamide-imide structure, and a precursor structure thereof, each of which has no alkali-soluble group and contains a heterocyclic skeleton having at least one or more nitrogen atoms at a molecular end; a compound having a quinonediazide structure for serving as a photosensitizer to generate an acid by light and increase a dissolution speed to an alkaline aqueous solution; and a solvent. (A-1) an alkali-soluble resin containing at least one or more structures selected from a polyimide structure, a polybenzoxazole structure, a polyamide-imide structure, and a precursor structure thereof; (A-2) a resin containing at least one or more structures selected from a polyimide structure, a polybenzoxazole structure, a polyamide-imide structure, and a precursor structure thereof, each of which has no alkali-soluble group and contains a heterocyclic skeleton having at least one or more nitrogen atoms at a molecular end; a compound having a quinonediazide structure for serving as a photosensitizer to generate an acid by light and increase a dissolution speed to an alkaline aqueous solution; and a solvent.