mhurhangee/ep-ind-claims huggingface dataset:
Primer element for the propellant charge of a munition, comprising two primer charges (5, 6), having an inner sleeve and an outer sleeve as the housing of the primer element and also at least one contact pin and an earthing contact, with two or more bridge wires, which are connected on the one hand to the contact pin and on the other hand to the earthing contact, are attached by welding and are embedded in the first primer charge, the first primer charge being located underneath the second primer charge, and a glass component, which is formed here as a glass bushing, serving as insulation between the contact pin and the earth, and the earthing contact having a metallic contact with respect to the inner sleeve and also with respect to the outer sleeve.
A network switching method, wherein the method comprises: transmitting, by an electronic device, data by using a wireless local area network; when a data transmission delay of the wireless local area network is greater than a first threshold, switching, by the electronic device, to transmitting data by using both the wireless local area network and a mobile network; and when the electronic device transmits data by using both the wireless local area network and the mobile network, if the data transmission delay of the wireless local area network is greater than a second threshold, and a data transmission delay of the mobile network is less than the second threshold, switching, by the electronic device, to transmitting data by using the mobile network, wherein the first threshold is less than the second threshold. transmitting, by an electronic device, data by using a wireless local area network; when a data transmission delay of the wireless local area network is greater than a first threshold, switching, by the electronic device, to transmitting data by using both the wireless local area network and a mobile network; and when the electronic device transmits data by using both the wireless local area network and the mobile network, if the data transmission delay of the wireless local area network is greater than a second threshold, and a data transmission delay of the mobile network is less than the second threshold, switching, by the electronic device, to transmitting data by using the mobile network, wherein the first threshold is less than the second threshold.
A rotatable compression roller for a device for compressing empty hollow elements, a) wherein a cylindrical enveloping surface of the compression roller includes plural profile portions of identical type and identical width in an operating portion of the compression roller in axial sequential alignment, b) wherein the profile portions are respectively separated from each other by a circumferential recess, and c) wherein each of the profile portions includes a first, a second and a third section (507, 508, 509) sequentially aligned in the axial direction, d) wherein at least one cam-shaped protrusion that radially protrudes from the enveloping surface is arranged in a center section, e) wherein the sections (507, 509) adjacent to the section with the cam-shaped protrusion are respectively configured as compression surfaces, characterized in that f) each cam-shaped protrusion is configured tooth-shaped and includes a sloped beveled slanted surface in a topside edge portion adjacent to its respective side surface, wherein the sloped beveled slanted surface has a much greater width than a normal edge bevel, and/or an edge portion of the sections (507, 509) that is respectively oriented towards the respective circumferential recess has a sloped beveled slanted surface adjacent to the section with the cam-shaped protrusion. a) wherein a cylindrical enveloping surface of the compression roller includes plural profile portions of identical type and identical width in an operating portion of the compression roller in axial sequential alignment, b) wherein the profile portions are respectively separated from each other by a circumferential recess, and c) wherein each of the profile portions includes a first, a second and a third section (507, 508, 509) sequentially aligned in the axial direction, d) wherein at least one cam-shaped protrusion that radially protrudes from the enveloping surface is arranged in a center section, e) wherein the sections (507, 509) adjacent to the section with the cam-shaped protrusion are respectively configured as compression surfaces, characterized in that f) each cam-shaped protrusion is configured tooth-shaped and includes a sloped beveled slanted surface in a topside edge portion adjacent to its respective side surface, wherein the sloped beveled slanted surface has a much greater width than a normal edge bevel,
A system for controlling the triggering of a purge of depollution means comprising means forming a NOx trap, integrated into an exhaust line of a motor vehicle engine, by changeover of the operation thereof between normal lean mode and rich purge mode, of the type comprising means forming purge controller for driving the changeover of the operation of the engine between these lean and rich modes, to trigger a purge or not, under the command of means forming a purge supervisor for decision to trigger the purge or not, in which the means forming a purge supervisor are connected to means (6, 8) for determining an authorized overconsumption as a function of running conditions of the vehicle and means (6, 7) for estimating an anticipated overconsumption of engine fuel in the case of triggering of a purge to validate or inhibit the triggering of a purge according to whether this estimated anticipated overconsumption is less than or greater than the determined authorized overconsumption, and the means (6, 8) for determining the authorized overconsumption include means (13, 14) for acquisition of the speed of the vehicle and of the torque of the engine, and means (9, 10, 11, 12) for calculation of the authorized overconsumption, able to calculate the running conditions as a function of the acquired speed and torque and to calculate the authorized overconsumption as a function of the calculated running conditions, characterized in including - means for section of a running type currently carried out by the vehicle from a predetermined set of running types; - means for selection of an overall running tendency carried out by the vehicle over a predetermined period of time from a predetermined set of overall running tendencies; and - means for calculation of the authorized overconsumption as a function of the selected running type and running tendency. - means for section of a running type currently carried out by the vehicle from a predetermined set of running types; - means for selection of an overall running tendency carried out by the vehicle over a predetermined period of time from a predetermined set of overall running tendencies; and - means for calculation of the authorized overconsumption as a function of the selected running type and running tendency.
A position sensor comprising a magnetic sensor and a target configured to be installed on a movable object, wherein the target has a magnet and a magnet base that holds the magnet, the magnet base has a magnet holding portion and a fixing portion (114a, 114b) for fixation to the movable object, the magnet holding portion and the fixing portion (114a, 114b) being formed integrally, the fixing portion (114a, 114b) has a first fixing portion and a second fixing portion, and the first fixing portion has a partially opened ring shape, characterized in that the first fixing portion has first, second, and third contact portions (114d, 114e, 114f) formed such that centers of each contact portion coming into contact with the movable object form an equilateral triangle.
Process for improving the mechanical strength of a bond between substrates when this bond is produced by means of an adhesive comprising a resin that can be cured by chain polymerization, characterized in that it comprises the grafting of groups capable of acting as chain transfer agents during the polymerization of said resin, to the surface of the substrates before the latter are brought into contact with the adhesive, these groups being chosen from carbon-based groups comprising an -I, -Br, -Cl, -F, -SH, -OH, -NH-, -NH 2, -PH-, -PH 2 or =S function.
An X-ray tomography apparatus comprising: an X-ray generator that emits an X-ray beam; an X-ray detector that detects said X-ray beam emitted from said X-ray generator; a support that supports said X-ray generator and said X-ray detector; a tomographic layer-of-interest setting unit that sets a position of a tomographic layer of interest; a turning drive unit that relatively turns said X-ray generator and said X-ray detector around at least a turning center axis with respect to said tomographic layer of interest; an image processor that generates an X-ray tomographic image indicating said tomographic layer of interest by performing image processing on a projection image generated based on an output signal output from said X-ray detector; and a controller that controls said turning drive unit and a change in a unit time dose that is an X-ray dose with which said tomographic layer of interest is irradiated per unit time, wherein said controller controls said turning drive unit and said change in said unit time dose such that said unit time dose in at least a part of a period in which a center axis of said X-ray beam is not orthogonal to said tomographic layer of interest is relatively smaller than said unit time dose in a period in which said center axis of said X-ray beam is orthogonal to said tomographic layer of interest. an X-ray generator that emits an X-ray beam; an X-ray detector that detects said X-ray beam emitted from said X-ray generator; a support that supports said X-ray generator and said X-ray detector; a tomographic layer-of-interest setting unit that sets a position of a tomographic layer of interest; a turning drive unit that relatively turns said X-ray generator and said X-ray detector around at least a turning center axis with respect to said tomographic layer of interest; an image processor that generates an X-ray tomographic image indicating said tomographic layer of interest by performing image processing on a projection image generated based on an output signal output from said X-ray detector; and a controller that controls said turning drive unit and a change in a unit time dose that is an X-ray dose with which said tomographic layer of interest is irradiated per unit time, wherein said controller controls said turning drive unit and said change in said unit time dose such that said unit time dose in at least a part of a period in which a center axis of said X-ray beam is not orthogonal to said tomographic layer of interest is relatively smaller than said unit time dose in a period in which said center axis of said X-ray beam is orthogonal to said tomographic layer of interest.
A charging device for charging battery packs, comprising: charging terminals including a first charging terminal to be connected to an electrode of a first battery pack and a second charging terminal to be connected to an electrode of a second battery pack, the first and the second battery pack (3a and 3b) being different in kind; and a charging power supply, the charging device being characterized by a conversion unit (57 and 58) for supplying electricity from the charging power supply to the first charging terminal when the electrode of the first battery pack is connected to the first charging terminal, and supplying electricity from the charging power supply to the second charging terminal when the electrode of the second battery pack is connected to the second charging terminal, wherein the conversion unit (57 and 58) includes a conversion relay and a control unit, wherein the conversion relay having a common terminal connected to the charging power supply, a normally closed terminal connected to the first charging terminal, and a normally open terminal connected to the second charging terminal, and wherein the control unit switching the common terminal to the normally closed terminal when the electrode of the first battery pack is connected to the first charging terminal, and switching the common terminal to the normally open terminal when the electrode of the second battery pack is connected to the second charging terminal. charging terminals including a first charging terminal to be connected to an electrode of a first battery pack and a second charging terminal to be connected to an electrode of a second battery pack, the first and the second battery pack (3a and 3b) being different in kind; and a charging power supply, the charging device being characterized by a conversion unit (57 and 58) for supplying electricity from the charging power supply to the first charging terminal when the electrode of the first battery pack is connected to the first charging terminal, and supplying electricity from the charging power supply to the second charging terminal when the electrode of the second battery pack is connected to the second charging terminal, wherein the conversion unit (57 and 58) includes a conversion relay and a control unit, wherein the conversion relay having a common terminal connected to the charging power supply, a normally closed terminal connected to the first charging terminal, and a normally open terminal connected to the second charging terminal, and wherein the control unit switching the common terminal to the normally closed terminal when the electrode of the first battery pack is connected to the first charging terminal, and switching the common terminal to the normally open terminal when the electrode of the second battery pack is connected to the second charging terminal.
Hydraulic pressurizing medium supply assembly for an open hydraulic circuit, having a hydro machine, having an adjusting mechanism which has an actuating cylinder having a set piston for adjusting a delivery volume of the hydro machine and which has a pilot valve which is electrically actuatable in a proportional manner, wherein an inflow to and/or an outflow from a control chamber of the actuating cylinder that is limited by the set piston is able to be controlled via the pilot valve in order for the set piston for actuation to be impinged with pressurizing medium, and wherein an electronic control which as input variables has at least a nominal outlet pressure of the hydro machine and/or a nominal delivery volume or a nominal swivel angle of the hydro machine, and which as an output variable has a control variable for the pilot valve is provided, wherein the control has a first closed-loop control circuit for an actual outlet pressure of the hydro machine and/or for an actual delivery volume or an actual swivel angle of the hydro machine, characterized in that the control so as to underlie the first closed-loop control circuit has a second closed-loop control circuit for a delivery-volume adjustment rate or a swivel-angle adjustment rate of the hydro machine, said second closed-loop control circuit as an input variable having an actual delivery-volume adjustment rate or an actual swivel-angle adjustment rate of the hydro machine, and as an output variable having the control variable for the pilot valve, wherein the second closed-loop control circuit is supplied a control value from the first closed-loop control circuit in the form of a nominal delivery-volume adjustment rate or a nominal swivel-angle adjustment rate.
A washing counter (1; 2; 3; 4), comprising: - a bowl portion having a concave configuration used for washing and the like; - a counter portion supporting said bowl portion; and - a light source portion (30; 90) disposed on a backside of said bowl portion to emit light toward said bowl portion, the washing counter (1; 2; 3; 3; 4) radiating the light from said light source portion (30; 90) to surroundings from a surface of said bowl portion, at least one portion of said bowl portion being formed of a transparent member obtained by dispersing a light diffusing member in a base member having a transparent raw material having a light-transmitting transparency, the light diffusing member being a micro particle having a transparent raw material having a light refractive index different from a light refractive index of the base member, the light source portion (30; 90) being disposed to face an end face of a butt portion of said transparent member, at least one portion of said transparent member being a light radiation portion, the light from said light source portion (30; 90) being guided through said transparent member from said butt portion being radiated outside by said light radiation portion while being diffused by said light diffusing member due to the at least one portion of said bowl portion being formed of said transparent member and said light source portion (30; 90) being disposed to face said end face, said bowl portion further includes - a bowl main body member formed entirely of said transparent member and having a side wall portion (14; 74) having a protruding wall portion (16; 76) protruding upward from a top face of said counter portion, said light radiation portion being a surface of said protruding wall portion (16; 76) and said butt portion being a lower end portion of said side wall portion, characterized in that said bowl portion also further includes a light-shielding member formed of a light-shielding raw material shielding a transmission of light and disposed to cover an inner face of said bowl portion at substantially the same height as the top face of said counter portion. - a bowl portion having a concave configuration used for washing and the like; - a counter portion supporting said bowl portion; and - a light source portion (30; 90) disposed on a backside of said bowl portion to emit light toward said bowl portion, - a bowl main body member formed entirely of said transparent member and having a side wall portion (14; 74) having a protruding wall portion (16; 76) protruding upward from a top face of said counter portion, said light radiation portion being a surface of said protruding wall portion (16; 76) and said butt portion being a lower end portion of said side wall portion, characterized in that said bowl portion also further includes
A method for detecting a liquid discharge event in an absorbent article, wherein said absorbent article comprises a sensor adapted to generate an electrical output signal representative of a degree of wetness of said absorbent article, wherein said electrical output signal is received by a processing unit, said method comprising the steps of - providing reference data over time representative of a liquid discharge event; - acquiring liquid discharge data over time in form of said electrical output signal; - analysing said liquid discharge data over time in relation to said reference data over time by means of said processing unit so that the variation of the liquid discharge data in relation to the reference data over time is taken into consideration; and - detecting a liquid discharge event based on said analysis, characterized in that said step of analysing said liquid discharge data over time in relation to said reference data over time comprises calculating a convolution of said liquid discharge data and said reference data. - providing reference data over time representative of a liquid discharge event; - acquiring liquid discharge data over time in form of said electrical output signal; - analysing said liquid discharge data over time in relation to said reference data over time by means of said processing unit so that the variation of the liquid discharge data in relation to the reference data over time is taken into consideration; and - detecting a liquid discharge event based on said analysis,
A vehicle speed control system for a vehicle having a plurality of wheels (111, 112, 113, 114), the vehicle speed control system configured to automatically control the speed of the vehicle to a vehicle control speed in dependence on an input target set-speed and comprising: receiving means for receiving a user input of a target set-speed at which the vehicle is intended to travel comprising an input means to enable the user to incrementally increase the target set-speed by pressing and holding a set-speed + button; applying means for applying torque to the at least one of the plurality of wheels (111, 112, 113, 114) for propelling the vehicle at the vehicle control speed; and a control means is configured to incrementally increase the target set-speed while the set-speed + button is held, characterised in that, once the set-speed + button is released the control means is configured to set the target set-speed to a value determined by the control means in dependence on at least one of the instantaneous vehicle speed and the terrain over which the vehicle is travelling. receiving means for receiving a user input of a target set-speed at which the vehicle is intended to travel comprising an input means to enable the user to incrementally increase the target set-speed by pressing and holding a set-speed + button; applying means for applying torque to the at least one of the plurality of wheels (111, 112, 113, 114) for propelling the vehicle at the vehicle control speed; and a control means is configured to incrementally increase the target set-speed while the set-speed + button is held, characterised in that, once the set-speed + button is released the control means is configured to set the target set-speed to a value determined by the control means in dependence on at least one of the instantaneous vehicle speed and the terrain over which the vehicle is travelling.
One track vehicle comprising: - at least one front wheel and one rear wheel, - a frame having a rear swing arm comprising at least one arm, wherein the rear wheel is supported on the at least one arm, - an electric motor, which is drivingly coupled with the rear wheel and a motor control unit for controlling the electric motor, wherein the electric motor as well as the motor control unit are arranged in an installation space of the rear swing arm, which is limited in transverse direction orthogonal to the driving direction by the at least one arm, - a cover that covers the installation space on a top side, characterized in that the cover comprises a support part for a spring-damper-unit. - at least one front wheel and one rear wheel, - a frame having a rear swing arm comprising at least one arm, wherein the rear wheel is supported on the at least one arm, - an electric motor, which is drivingly coupled with the rear wheel and a motor control unit for controlling the electric motor, wherein the electric motor as well as the motor control unit are arranged in an installation space of the rear swing arm, which is limited in transverse direction orthogonal to the driving direction by the at least one arm, - a cover that covers the installation space on a top side,