mhurhangee/ep-ind-claims huggingface dataset:
Gas analyzing device comprising at least the following components: a) an ion mobility spectrometer, b) an energy supply device which acts on a reaction chamber of the ion mobility spectrometer and which is geared to manipulating the density of free reactant ions in the reaction chamber by supply of energy, c) a first field generation device (50, 51, 52, 53), as energy supply device, which is geared to generating an electric field in the reaction chamber, d) a negative-pressure generation device which is coupled to a reaction chamber of the ion mobility spectrometer and which is geared to generating a negative pressure with respect to the atmospheric pressure at least in the reaction chamber, e) wherein the negative-pressure generation device generates a negative pressure within the range from 2 mbar to 100 mbar absolute pressure in the reaction chamber and f) wherein the first field generation device (50, 51, 52, 53) generates in the reaction chamber a field strength of the electric field, at which, at a given negative pressure, the particles in the reaction chamber are accelerated between two collisions as a result of supply of energy by the electric field because of the thereby reduced particle density such that desired free reactant ions are cleared of water molecules or other unwanted binding partners bound thereto and/or bonds of the desired reactant ions with water molecules or other unwanted binding partners are completely or partially suppressed. a) an ion mobility spectrometer, b) an energy supply device which acts on a reaction chamber of the ion mobility spectrometer and which is geared to manipulating the density of free reactant ions in the reaction chamber by supply of energy, c) a first field generation device (50, 51, 52, 53), as energy supply device, which is geared to generating an electric field in the reaction chamber, d) a negative-pressure generation device which is coupled to a reaction chamber of the ion mobility spectrometer and which is geared to generating a negative pressure with respect to the atmospheric pressure at least in the reaction chamber, e) wherein the negative-pressure generation device generates a negative pressure within the range from 2 mbar to 100 mbar absolute pressure in the reaction chamber and f) wherein the first field generation device (50, 51, 52, 53) generates in the reaction chamber a field strength of the electric field, at which, at a given negative pressure, the particles in the reaction chamber are accelerated between two collisions as a result of supply of energy by the electric field because of the thereby reduced particle density such that desired free reactant ions are cleared of water molecules or other unwanted binding partners bound thereto and/or bonds of the desired reactant ions with water molecules or other unwanted binding partners are completely or partially suppressed.
A drinking straw, comprising a tubular body intended to define a passage for a liquid product and a tip portion intended to pierce a pierceable portion of a container to allow consumption of the liquid product, wherein said tip portion is bounded by two stiffness promoting elements obtained by bending and permanently deforming said tubular body, characterized in that the drinking straw comprises a first bending line, a second bending line and a third bending line along which said tubular body is bent and permanently deformed to obtain said stiffness promoting elements, said first bending line and said second bending line are arranged on opposite sides of a longitudinal symmetry plane of said drinking straw and said third bending line is arranged on said longitudinal symmetry plane, said stiffness promoting elements comprise a first rib and a second rib that are arranged on opposite sides of said longitudinal symmetry plane and converge at a pointed end of said tip portion, said first rib is delimited by said first bending line and said third bending line and said second rib is delimited by said second bending line and said third bending line.
A profiled cylinder, comprising a cylinder housing, a rotatable cylinder core which has a keyway with a predetermined profile, and further key-actuated pin tumblers which comprise inner pins in the cylinder core and outer pins in the cylinder housing, and further comprising pin springs in the cylinder housing which pretension the pin tumblers towards the keyway, wherein a sleeve-shaped ring is arranged in an axial section of the cylinder housing, reaching into at least one of the pin tumblers and having a locking lug, wherein a borehole or a through-opening which corresponds to the diameter of the respective pin tumbler is situated in the sleeve-shaped ring, wherein, depending on the depth of the encoding in the associated key (11; 11.1), the sleeve-shaped ring is either coupled to or separated from the cylinder core via the pin tumbler, so that depending on the key (11; 11.1) and the encoding only a limited rotational angle of the key (11; 11.1) and the cylinder core is released, characterized in that a recess is disposed in the partial housing accommodating the cylinder core, which recess limits the rotational movement path of the sleeve-shaped ring by striking engagement with the locking lug.
Method for baking food by means of at least one cooking appliance, at least one cooking chamber being heated by means of at least one heating device and at least one appliance function being set by means of at least one control device, in each case at least one characteristic variable for a temperature and in particular for a crumb temperature of the food being detected at at least two spaced-apart measuring points by means of at least one measuring system and being registered as a measured temperature, and the lowest and the highest measured temperature being identified from the registered measured temperatures which are detected at the different measuring points at at least one defined measuring time, the lowest measured temperature being used as a minimum temperature and the highest measured temperature being used as a maximum temperature in order to determine a cooking state of the food and at least one device function being set by the control device depending on the determined cooking state, characterised in that at least one temporal gradient of the minimum temperature and/or at least one temporal gradient of the amount of the difference between the minimum temperature and the maximum temperature is determined and compared with at least one threshold value, and in that a temporal gradient below the threshold value is at least one prerequisite for assuming a finished cooking state.
A consumer product comprising a detergent product and a container, the container comprising a box, a lid for the box, and a lock to maintain the lid in a closed position, the box comprising the detergent product, the box comprising a base, sidewalls and an opening opposite the base, the lid comprising a top and flanks, the top covering the opening and at least a portion of the flanks covering at least a specific portion of the sidewalls when the lid is in the closed position, the lid being moveable from the closed position to an open position, the lock comprising an actuator moveable from a locking position to an opening position by applying an actuation pressure onto the actuator when the lid is in the closed position, the actuator being connected to the specific portion of the sidewalls, the actuator abutting against a locking tab of the flanks when in the locking position, the actuator being maintained away from the locking tab when in the opening position, the actuator being displaceable by the actuation pressure by an unlocking displacement distance in a direction normal to the specific portion of the sidewalls, characterized in that the lid further comprises a support element, the support element entering the opening when the lid is in the closed position, at least part of the specific portion of the sidewalls being located between the flanks and the support element when the lid is in the closed position, a clearance distance separating the sidewalls from the support element in a direction normal to the specific portion of the sidewalls when the lid is in the closed position and when no actuation pressure is applied, the clearance distance being reduced to zero by flexing of the specific portion of the sidewalls when the actuation pressure is applied above a pressure threshold when the lid is in the closed position.
A coil (11, 12), in particular for an electromagnetically actuable brake or clutch, wherein the coil (11, 12) comprises two or more part windings (11, 12) and associated taps, wherein a first part winding comprises a winding wire with a first wire diameter and a second part winding comprises a winding wire with another wire diameter, characterised in that a first tap (2, 2a) comprises a first contacting element to which an end of the winding wire of the associated part winding and an end of an associated connection wire and an end of a connecting wire manufactured from stranded wire is connected, wherein the first tap (2, 2a) comprises a second contacting element to which another end of the connecting wire and an end of the winding wire of another part winding is connected.
Holding device for a canopy, with a lower leg and an upper leg, between which a receiving area for receiving a canopy plate is defined, wherein in at least one of the two legs a through hole with a female thread is formed, into which a screw body extending into the receiving area is screwed from outside, wherein the screw body has a threaded portion screwed into the through hole and a securing portion for securing the canopy plate, wherein the securing portion is arranged in the receiving area with the screw body in a screwed-in state, characterized in that the screw body is adapted to engage into a recess in the canopy plate, an upper support portion for supporting the canopy plate on the upper leg is formed at a wall-side end area of the upper leg, and a lower support section for supporting the canopy plate on the lower leg is formed at a free end area of the lower leg, at least one contact element (41, 41') for securing the canopy plate against lifting when exposed to lift drag is arranged on the lower leg, wherein said at least one contact element (41, 41') is arranged from the lower support portion in the direction of the wall-side end area of the lower leg, and at least one of the contact elements is arranged on a separate support screw, which is screwed into a threaded hole of the lower leg from outside, wherein said at least one contact element is arranged on an end face of the support screw directed toward the receiving area.
Method for operating an industrial robot by means of an operating device having a graphic user interface with touch display, comprising the steps: - displaying of at least one virtual operating element (80, 82, 84) representing a function or operating mode of the industrial robot on the touch display, - selecting of a desired function or operating mode by activating the at least one virtual operating element (80, 82, 84) by a user, - detecting of the activating of the at least one virtual operating element (80, 82, 84) and sending of a control command corresponding to the selected function or operating mode to a safety controller, - evaluating of the control signal in the safety controller and selection of a graphic information correlated with the selected function or operating mode, - generating of an image in which the graphic information is positioned at a display position determined by the safety controller, - transmission of the image to the operating device and display of the image with the graphic information on the touch display, - detecting of a confirmation position upon the user confirming the displayed graphic information, - sending back the confirmation position to the safety controller, - comparing of the received confirmation position with the predetermined display position, - performing of the selected function or operating mode if the confirmation position matches up with the display position. - displaying of at least one virtual operating element (80, 82, 84) representing a function or operating mode of the industrial robot on the touch display, - selecting of a desired function or operating mode by activating the at least one virtual operating element (80, 82, 84) by a user, - detecting of the activating of the at least one virtual operating element (80, 82, 84) and sending of a control command corresponding to the selected function or operating mode to a safety controller, - evaluating of the control signal in the safety controller and selection of a graphic information correlated with the selected function or operating mode, - generating of an image in which the graphic information is positioned at a display position determined by the safety controller, - transmission of the image to the operating device and display of the image with the graphic information on the touch display, - detecting of a confirmation position upon the user confirming the displayed graphic information, - sending back the confirmation position to the safety controller, - comparing of the received confirmation position with the predetermined display position, - performing of the selected function or operating mode if the confirmation position matches up with the display position.
A method for producing a gas-permeable member, comprising welding a gas-permeable porous fluororesin membrane made of a fluororesin to a resin component made of a thermoplastic resin so as to cover a through hole of the resin component using a welding horn (62, 72) having an annular shape and a working surface (62p, 72p) adapted to be brought into contact with a work object, the working surface (62p, 72p) being provided with a plurality of projections (62t, 72t), wherein the gas-permeable member is a vent member for providing ventilation to an interior of a housing while preventing entry of liquids and solids into the housing, a waterproof sound-transmitting member for allowing transmission of sound while preventing entry of water, or a housing with an opening portion for ventilation, the resin component being respectively a support body for the vent member, a support body for the waterproof sound-transmitting member, or a part of the housing with the opening portion for ventilation.
A method for the production of a zeolite particle composition, comprising the steps of (a) providing natural zeolite particles containing at least 85 wt.% of clinoptilolite as determined by X-ray diffraction and having a volume based particle size as measured by laser diffraction ranging between 0.001 and 0.5 mm; (b) introducing the particles provided in step (a) in a first micronization device via a particle inlet tube and tribo-mechanically micronizing the particles; (c) collecting the particles micronized in step (b) at a particle outlet port of the first micronization device; (d) introducing the particles collected in step (c) in the first or a second micronization device via a particle inlet tube and tribo-mechanically micronizing the particles; and (e) collecting the particles micronized in step (d) at a particle outlet port of the second micronization device; (f) optionally repeating steps (d) and (e); wherein the particles are treated with a gas containing at least 95 mol-% of oxygen throughout at least one of steps (b) or (d). (a) providing natural zeolite particles containing at least 85 wt.% of clinoptilolite as determined by X-ray diffraction and having a volume based particle size as measured by laser diffraction ranging between 0.001 and 0.5 mm; (b) introducing the particles provided in step (a) in a first micronization device via a particle inlet tube and tribo-mechanically micronizing the particles; (c) collecting the particles micronized in step (b) at a particle outlet port of the first micronization device; (d) introducing the particles collected in step (c) in the first or a second micronization device via a particle inlet tube and tribo-mechanically micronizing the particles; and (e) collecting the particles micronized in step (d) at a particle outlet port of the second micronization device; (f) optionally repeating steps (d) and (e);
A piezoelectric device comprising: a piezoelectric layer having an electrode and an electrically conductive pattern connected to the electrode, which are formed on a principal surface of the piezoelectric layer, the piezoelectric layer being a piezoelectric substrate or a piezoelectric thin film; a supporting layer arranged at the periphery of the electrode on the principal surface of the piezoelectric layer; and a cover arranged on the supporting layer and extending so as to form a space around the electrode, the cover being configured so that between its projection on the piezoelectric layer, when the piezoelectric layer is viewed from the normal direction of the principal surface of the piezoelectric layer, and the periphery of the main surface there is a space completely surrounding the area corresponding to said projection on the piezoelectric layer; characterized in that the piezoelectric device further comprises: an insulating reinforcing layer arranged on the cover and completely covering it as well as the portions of the principal surface of the piezoelectric layer coinciding with the said space; and an electrically conductive member electrically connected to the electrically conductive pattern and passing through the cover and the reinforcing layer. a piezoelectric layer having an electrode and an electrically conductive pattern connected to the electrode, which are formed on a principal surface of the piezoelectric layer, the piezoelectric layer being a piezoelectric substrate or a piezoelectric thin film; a supporting layer arranged at the periphery of the electrode on the principal surface of the piezoelectric layer; and a cover arranged on the supporting layer and extending so as to form a space around the electrode, the cover being configured so that between its projection on the piezoelectric layer, when the piezoelectric layer is viewed from the normal direction of the principal surface of the piezoelectric layer, and the periphery of the main surface there is a space completely surrounding the area corresponding to said projection on the piezoelectric layer; characterized in that the piezoelectric device further comprises: an insulating reinforcing layer arranged on the cover and completely covering it as well as the portions of the principal surface of the piezoelectric layer coinciding with the said space; and an electrically conductive member electrically connected to the electrically conductive pattern and passing through the cover and the reinforcing layer. an insulating reinforcing layer arranged on the cover and completely covering it as well as the portions of the principal surface of the piezoelectric layer coinciding with the said space; and an electrically conductive member electrically connected to the electrically conductive pattern and passing through the cover and the reinforcing layer.
An audio and ultrasound signal processing circuit (300; 700), comprising: an audio input terminal for receiving an input signal comprising an audio input signal (302; 702; 802); an amplitude detector, configured to determine an amplitude of the input signal and provide an amplitude level signal; a gain calculator (434; 734) configured to determine an ultrasound amplification factor (436; 736) in accordance with the amplitude level signal (432; 732) and a target amplitude signal (318; 418; 718); a variable ultrasound amplifier (312; 438; 742) configured to receive an ultrasound input signal and modulate an amplitude of the ultrasound input signal in accordance with the ultrasound amplification factor (436; 736) in order to provide an amplified ultrasound signal; and an output terminal (416; 716) for providing an enhanced output signal comprising frequency components that correspond to the audio input signal and frequency components that correspond to the amplified ultrasound signal, wherein the enhanced output signal is suitable for gesture recognition. an audio input terminal for receiving an input signal comprising an audio input signal (302; 702; 802); an amplitude detector, configured to determine an amplitude of the input signal and provide an amplitude level signal; a gain calculator (434; 734) configured to determine an ultrasound amplification factor (436; 736) in accordance with the amplitude level signal (432; 732) and a target amplitude signal (318; 418; 718); a variable ultrasound amplifier (312; 438; 742) configured to receive an ultrasound input signal and modulate an amplitude of the ultrasound input signal in accordance with the ultrasound amplification factor (436; 736) in order to provide an amplified ultrasound signal; and an output terminal (416; 716) for providing an enhanced output signal comprising frequency components that correspond to the audio input signal and frequency components that correspond to the amplified ultrasound signal, wherein the enhanced output signal is suitable for gesture recognition.
Agricultural vehicle comprising a container mounted on at least one set of wheels (6, 6'), in particular tipping trailer, mixer or mixer trailer, in which the container rests by means of fixing plates or brackets (9, 11) and balances or weight sensors (4, 4'), preferably directly, that is, without using an intermediate chassis, on one or more axles forming said set of wheels, vehicle characterised in that the container is mounted on the axle or each of the axles of the set in question by means of at least two pairs (5 and 5') of balances (4, 4'), each pair (5, 5') consisting of two balances (4 and 4') situated on either side of a vertical plane containing the axis of the axle, in the case of a single-axle set, or a plane parallel to the vertical planes containing the axes (X, X', X") of the axles of a multi-axle set.
A packaging container which is obtained by tube forming by longitudinal sealing of a web-like packaging material having crease lines, filling a liquid product into the tube shaped packaging material, transversal sealing in a transverse direction of the tube shaped packaging material, forming of pillowy packaging bodies, individual cutting of the pillowy packaging bodies, folding up along the crease lines to form a top wall, side walls and a bottom wall, and attaching fins and flaps which are formed to the above-mentioned walls to form a final shape, wherein the top wall and the bottom wall are substantially horizontal when the packaging container stands straight, wherein the bottom wall has a rectangle shape, and the horizontal top wall overhangs one panel of the side walls, characterized in that the top wall and, a section of the main body of the packaging container formed by four ridgelines which connect two corner points of the top wall and two corner points of the bottom wall has a trapezoid shape.
An object detecting actuator comprising: a rotary shaft; a roller lever; and a roller being rotatably attached to the roller lever via the rotary shaft and adapted to receive a load of an external force and adapted to displace the object detecting actuator in accordance with the load of the external force, characterized in that, the roller is constituted by a sintered body comprising stainless steel material and impregnated with lubricating oil, wherein the density of stainless steel material is in a range of 6,45 to 6,7 g/cm3. a rotary shaft; a roller lever; and a roller being rotatably attached to the roller lever via the rotary shaft and adapted to receive a load of an external force and adapted to displace the object detecting actuator in accordance with the load of the external force, characterized in that, the roller is constituted by a sintered body comprising stainless steel material and impregnated with lubricating oil, wherein the density of stainless steel material is in a range of 6,45 to 6,7 g/cm3.