mhurhangee/ep-ind-claims huggingface dataset:
An incontinence article for the absorption of bodily waste, comprising a front abdominal portion and a rear back portion, which are spaced apart from one another in a longitudinal direction and which are connected to one another by the manufacturer at side seam regions on either side to form an abdominal and back belt which is continuous in the transverse direction or circumferential direction of the hip and has a hip opening which is closed in the circumferential direction of the hip, and comprising a crotch portion, which has an absorption body and extends in the longitudinal direction between the abdominal portion and the back portion, the crotch portion, the abdominal portion and the back portion collectively delimiting leg openings of the incontinence article in each case, the abdominal portion and the back portion being designed to be elastically stretchable in the transverse direction or circumferential direction of the hip, and the back portion and/or the abdominal portion comprising a nonwoven material having at least a first region and a second region, a first marking means being provided in the first region, and the first marking means having a first marking which is formed by an extensive colored zone and which provides a first piece of information, the colored zone being visually distinguishable from the second region, characterized in that the first marking means comprises a second marking which provides a second piece of information and is formed by cutouts of the colored zone being provided in the first marking, the first marking means (70, 90) being arranged within a region between an imaginary line arranged at the longitudinal end of the absorption body, in particular at the longitudinal end of the crotch portion, and extending in the transverse direction, and a line describing the hip opening edge (18', 18").
Use of a device for inductive heating of an electrically conductive, preferably metallic, insertion part as a component of an injection-molded part during its production in an injection-molding process in an injection-molding tool of an injection-molding system, wherein the injection-molding tool has a first cavity which is adjacent to a shaping second cavity; wherein an inductor of the device for inductive heating is positioned in the first cavity, wherein a partition wall is formed between the cavities (4, 5), and wherein the partition wall has one or more openings for regionally positioning at least one insertion part in the first and second cavities (4, 5), such that the insertion part extends into the electromagnetic field of the inductor, characterized in that at least one support element in the form of a projection is arranged in the first cavity, which projection extends parallel to the opening direction over the entire length of the first cavity as far as the partition wall and via which a counterforce to the injection pressure during injection molding can be transmitted to the partition wall in such a way that force transmission is diverted past the device for induction heating. wherein a partition wall is formed between the cavities (4, 5), and wherein the partition wall has one or more openings for regionally positioning at least one insertion part in the first and second cavities (4, 5), such that the insertion part extends into the electromagnetic field of the inductor, characterized in that at least one support element in the form of a projection is arranged in the first cavity, which projection extends parallel to the opening direction over the entire length of the first cavity as far as the partition wall and via which a counterforce to the injection pressure during injection molding can be transmitted to the partition wall in such a way that force transmission is diverted past the device for induction heating.
An apparatus for successively making plastic bags from a plastic film from which wastes are formed in at least two areas (15A, 15B, 15C, 15D) adjacent to each other widthwise of the plastic film, the apparatus comprising: a suction path; a suction means configured to generate an airflow in the suction path such that the wastes in the areas (15A, 15B, 15C, 15D) can be suctioned by the airflow; the suction path being divided into at least two paths (21A, 21B, 21C, 21D) widthwise of the plastic film such that the wastes can be guided to each of the divided paths (21A, 21B, 21C, 21D) and be discharged; an optical sensor configured to detect the wastes discharged to each of the divided paths (21A, 21B, 21C, 21D); and a controller configured to perform an action such as an alarm when the wastes are not discharged to each of the divided paths (21A, 21B, 21C, 21D), the controller being connected with the optical sensor, the apparatus being characterized by comprising: at least one partition plate configured to divide the suction path into at least two, the partition plate being disposed in the suction paths. a suction path; a suction means configured to generate an airflow in the suction path such that the wastes in the areas (15A, 15B, 15C, 15D) can be suctioned by the airflow; the suction path being divided into at least two paths (21A, 21B, 21C, 21D) widthwise of the plastic film such that the wastes can be guided to each of the divided paths (21A, 21B, 21C, 21D) and be discharged; an optical sensor configured to detect the wastes discharged to each of the divided paths (21A, 21B, 21C, 21D); and a controller configured to perform an action such as an alarm when the wastes are not discharged to each of the divided paths (21A, 21B, 21C, 21D), the controller being connected with the optical sensor, the apparatus being characterized by comprising: at least one partition plate configured to divide the suction path into at least two, the partition plate being disposed in the suction paths.
An alarm method, comprising: playing a first-time alarm clock ring when an alarm clock is triggered for a first time; playing a delay alarm clock ring when the alarm clock is triggered again after a period of delay time, and before the playing the first-time alarm clock ring, further comprising: saving the first-time alarm clock ring and the delay alarm clock ring that are set by a user, characterized in that when the saved delay alarm clock ring is the same as the saved first-time alarm clock ring, reminding the user to modify the first-time alarm clock ring or the delay alarm clock ring. playing a first-time alarm clock ring when an alarm clock is triggered for a first time; playing a delay alarm clock ring when the alarm clock is triggered again after a period of delay time, and before the playing the first-time alarm clock ring, further comprising: saving the first-time alarm clock ring and the delay alarm clock ring that are set by a user, characterized in that when the saved delay alarm clock ring is the same as the saved first-time alarm clock ring, reminding the user to modify the first-time alarm clock ring or the delay alarm clock ring. saving the first-time alarm clock ring and the delay alarm clock ring that are set by a user, characterized in that when the saved delay alarm clock ring is the same as the saved first-time alarm clock ring, reminding the user to modify the first-time alarm clock ring or the delay alarm clock ring.
A composition for use in a method of improving sexual function in a male with benign prostatic hyperplasia and sexual dysfunction and with no prior history of medical or surgical treatment for BPH, wherein the composition is administered to the male and comprises a therapeutically effective amount of a peptide comprising the amino acid sequence in SEQ ID NO. 66 (Ile-Asp-Gln-Gln-Val-Leu-Ser-Arg-Ile-Lys-Leu-Glu-Ile-Lys-Arg-Cys-Leu, wherein the method improves sexual function from about 18% to about 230%, when compared to a patient receiving a control, the improvement in sexual function being determined by: (a) determining the difference in scores of a standardized questionnaire before (baseline) and after administering the peptide to calculate the mean change from baseline; (b) determining the difference in scores of a standardized questionnaire before (baseline) and after administering the control to calculate the mean change from baseline; and (c) determining the percentage difference between (a) and (b), wherein the standardized questionnaire selected from the group consisting of the Brief Male Sexual Functional Inventory, the International Index of Erectile Function, the Male Sexual Health Questionnaire, and the International Continence Society Male Short Form. (a) determining the difference in scores of a standardized questionnaire before (baseline) and after administering the peptide to calculate the mean change from baseline; (b) determining the difference in scores of a standardized questionnaire before (baseline) and after administering the control to calculate the mean change from baseline; and (c) determining the percentage difference between (a) and (b),
A battery module, comprising a binding member and a plurality of battery cell assemblies that are arranged along a horizontal direction, wherein the battery cell assembly comprises an upper-layer battery cell and a lower-layer battery cell that are stacked along a vertical direction; the upper-layer battery cell and the lower-layer battery cell are interconnected and form a joint; and the binding member covers the joint, the binding member is located between two adjacent battery cell assemblies, and the binding member is fixed to the battery cell assemblies; wherein each of the upper-layer battery cell and the lower-layer battery cell comprises an electrode assembly and a battery housing, the electrode assembly being accommodated in the battery housing; the battery housing comprises two first surfaces and two second surfaces, and an area of the first surface is greater than an area of the second surface; the two second surfaces face each other along the horizontal direction, and the two first surfaces face each other along the vertical direction; and one of the second surfaces of the upper-layer battery cell and one of the second surfaces of the lower-layer battery cell are respectively bonded and fixed to one side of the binding member by using an adhesive, such that the upper-layer battery cell and the lower-layer battery cell are simultaneously fixed and bound by using the one binding member. the upper-layer battery cell and the lower-layer battery cell are interconnected and form a joint; and the binding member covers the joint, the binding member is located between two adjacent battery cell assemblies, and the binding member is fixed to the battery cell assemblies; wherein each of the upper-layer battery cell and the lower-layer battery cell comprises an electrode assembly and a battery housing, the electrode assembly being accommodated in the battery housing; the battery housing comprises two first surfaces and two second surfaces, and an area of the first surface is greater than an area of the second surface; the two second surfaces face each other along the horizontal direction, and the two first surfaces face each other along the vertical direction; and one of the second surfaces of the upper-layer battery cell and one of the second surfaces of the lower-layer battery cell are respectively bonded and fixed to one side of the binding member by using an adhesive, such that the upper-layer battery cell and the lower-layer battery cell are simultaneously fixed and bound by using the one binding member.
An inflation device for selectively inflating a balloon of a surgical instrument, the device comprising: a syringe including a plunger slidably disposed within a barrel; a connector for fluidly connecting an outlet of the syringe with a surgical instrument balloon to establish a closed inflation system between the syringe and an interior of the balloon; a mechanical pressure indicator associated with the syringe and configured to indicate when the inflation system pressure has reached a first predetermined level; a relief port configured to maintain the inflation system pressure below a second predetermined level, wherein the second predetermined level is higher than the first predetermined level; and a cover assembled to the connector, the barrel of the syringe, and a housing of the mechanical pressure indicator, wherein fluid in the inflation system is expelled to within the cover from the relief port when a pressure in the inflation system is raised above the second predetermined level. a syringe including a plunger slidably disposed within a barrel; a connector for fluidly connecting an outlet of the syringe with a surgical instrument balloon to establish a closed inflation system between the syringe and an interior of the balloon; a mechanical pressure indicator associated with the syringe and configured to indicate when the inflation system pressure has reached a first predetermined level; a relief port configured to maintain the inflation system pressure below a second predetermined level, wherein the second predetermined level is higher than the first predetermined level; and a cover assembled to the connector, the barrel of the syringe, and a housing of the mechanical pressure indicator, wherein fluid in the inflation system is expelled to within the cover from the relief port when a pressure in the inflation system is raised above the second predetermined level.
A vacuum plasma processor comprising: a vacuum plasma chamber for processing a workpiece, a reactance arranged for electrical coupling with gas in the chamber, the chamber including an electrode assembly arranged for electrical coupling with gas in the chamber, the electrode assembly including a first electrode; an AC electric source arrangement (50 or 91-93) connected to said reactance, the AC source arrangement having sufficient power to excite the gas in the chamber to a plasma; the chamber, the reactance and the electrode assembly being arranged for causing (a) plasma exciting AC electric fields at a frequency of the source arrangement to subsist between the reactance and electrode assembly and (b) a DC bias voltage to be developed on an electrode of the electrode assembly in response to the gas in the chamber being excited to a plasma; a detector for the DC bias voltage; and circuitry connected to be responsive to the detector for controlling the plasma exciting AC electric fields; the circuitry including a variable impedance connected to an electrode of the electrode assembly, the variable impedance being arranged to have a value controlled in response to the detected DC bias voltage characterised in that the variable impedance is connected between the first electrode and a reference potential, and the circuitry further includes a series tuned circuit such that the variable impedance is a reactance of said series tuned circuit. a vacuum plasma chamber for processing a workpiece, a reactance arranged for electrical coupling with gas in the chamber, the chamber including an electrode assembly arranged for electrical coupling with gas in the chamber, the electrode assembly including a first electrode; an AC electric source arrangement (50 or 91-93) connected to said reactance, the AC source arrangement having sufficient power to excite the gas in the chamber to a plasma; the chamber, the reactance and the electrode assembly being arranged for causing (a) plasma exciting AC electric fields at a frequency of the source arrangement to subsist between the reactance and electrode assembly and (b) a DC bias voltage to be developed on an electrode of the electrode assembly in response to the gas in the chamber being excited to a plasma; a detector for the DC bias voltage; and circuitry connected to be responsive to the detector for controlling the plasma exciting AC electric fields; the circuitry including a variable impedance connected to an electrode of the electrode assembly, the variable impedance being arranged to have a value controlled in response to the detected DC bias voltage characterised in that the variable impedance is connected between the first electrode and a reference potential, and the circuitry further includes a series tuned circuit such that the variable impedance is a reactance of said series tuned circuit.
Method for monitoring the state of a tire, in which method at least one analysis value (U k i), from which a tire state is inferred, is formed from wheel speed signals (ω dreh i) of the vehicle wheels, wherein the analysis value (U R i) is an absolute rolling circumference of a tire or a variable which represents the absolute rolling circumference of a tire, in particular a dynamic tire radius, which is determined by means of an evaluation of wheel speed signals (ω dreh i) and signals from at least one sensor for measuring the speed of the vehicle over an underlying surface, and a pressure loss and/or a load/working load on the tire are inferred from the analysis value (U k i), wherein the at least one sensor for measuring the speed of the vehicle over an underlying surface is based on an optical measuring method or a measuring method which is based on radar, characterized in that a vehicle longitudinal speed (v F x) and a vehicle lateral speed (v F y) are determined from the signals of the sensor for measuring the speed of the vehicle over an underlying surface, from which absolute vehicle speeds at the wheel contact points (v R i) are determined, in particular for each wheel, wherein the speed components are determined in the wheel longitudinal direction from the absolute vehicle speeds at the wheel contact points, in particular for each wheel. A yaw rate (ψ) is taken into account during the determination of the absolute vehicle speeds at the wheel contact points (v R i).
Combination of a bag and a backpack comprising a backpack and a bag, wherein the bag has a first storage space that is limited by - a bottom, - a partition wall and - a first side wall, that connects the bottom and the partition wall, that has an access opening, characterized in that the bag has a second storage space that is adjacent to the first storage space and that is limited by - the partition wall, - a cover and - a second side wall that connects the partition wall and the cover, wherein the cover can be unzipped or entirely detached from the second side wall by a circumferential zipper or by circumferential push buttons so that a free edge is available on the second side wall and that the bag can be fixed with the free edge on the backpack, after the cover has been entirely detached, and the cover can be fixed on the backpack. - a bottom, - a partition wall and - a first side wall, that connects the bottom and the partition wall, that has an access opening, - the partition wall, - a cover and - a second side wall that connects the partition wall and the cover,
Depilatory polymeric composition including a. at least one basic compound permitting adherence to the hair, b. at least one wax-based rheology regulating compound, and c. at least one microwave absorber compound; characterized in that at least one microwave absorber compound is a hyper-branched or dendritic polymer. a. at least one basic compound permitting adherence to the hair, b. at least one wax-based rheology regulating compound, and c. at least one microwave absorber compound;
Method for transferring fuel from the fuel tank of a motor vehicle which has a fuel tank, a fuel pump and a control device, the method including connecting a diagnostic test device to the control device of the motor vehicle and activating the control device by means of the diagnostic test device in such a way that the control device drives the fuel pump of the motor vehicle so that the fuel pump transfers fuel from the fuel tank of the motor vehicle through a fuel pressure line, characterized in that the operation of the fuel pump is stopped if a flowmeter in the fuel pressure line determines that no more fuel is flowing through the fuel pressure line.
A method for harvesting plant parts, in particular for harvesting hemp, by means of a mobile agricultural harvester for harvesting plant parts, in particular for harvesting hemp, comprising a vehicle as well as a cutting apparatus attached thereto for severing parts from plants still in the soil, a first transport apparatus for transporting severed plant parts substantially transversely to the driving direction of the vehicle and a second transport apparatus for transporting severed plant parts substantially longitudinally to the driving direction of the vehicle, as well as a container for receiving the severed plant parts into which the plant parts are insertable by means of the second transport apparatus, wherein, in the method, a field having plants is driven across with the agricultural harvester, parts of plants are severed by means of the cutting apparatus, severed plant parts are transported substantially transversely to the driving direction of the vehicle by means of the first transport apparatus, severed plant parts are transported substantially longitudinally to the driving direction of the vehicle by means of the second transport apparatus and are transferred into the container for storage and/or transport purposes, characterized in that severing plant parts by means of the cutting apparatus is conducted several times on the same plants in the growing plant stock, wherein the respective severing processes on the plants are conducted at different heights above the ground.
A mass spectrometer having an electron impact ionization source, comprising: an ejector (N; 12) for forming a beam of sample gas being driven in a first direction through an interaction region; a magnet assembly configured and arranged such that its magnetic field lines pass through the interaction region substantially parallel to the first direction, wherein the magnet assembly has an annular shape and is disposed concentrically about the ejector or wherein the magnet assembly comprises an axially magnetized magnet that is located behind, and aligned coaxially with, the ejector; an electron emitter assembly for directing electrons toward the interaction region in a second direction being aligned to the first direction at angles between about 120 degrees and 240 degrees, wherein the electrons propagate along and are confined about the magnetic field lines until reaching the interaction region in a direction of motion substantially opposite to the first direction and forming sample gas ions therein; and a mass analyzer located downstream from the interaction region to which the sample gas ions are guided for mass analysis. an ejector (N; 12) for forming a beam of sample gas being driven in a first direction through an interaction region; a magnet assembly configured and arranged such that its magnetic field lines pass through the interaction region substantially parallel to the first direction, wherein the magnet assembly has an annular shape and is disposed concentrically about the ejector or wherein the magnet assembly comprises an axially magnetized magnet that is located behind, and aligned coaxially with, the ejector; an electron emitter assembly for directing electrons toward the interaction region in a second direction being aligned to the first direction at angles between about 120 degrees and 240 degrees, wherein the electrons propagate along and are confined about the magnetic field lines until reaching the interaction region in a direction of motion substantially opposite to the first direction and forming sample gas ions therein; and a mass analyzer located downstream from the interaction region to which the sample gas ions are guided for mass analysis.