mhurhangee/ep-ind-claims huggingface dataset:
A shish kebab machine for producing shish kebab skewers with a defined number and sequence of ingredients on a skewer, the shish kebab machine comprising: - a an ingredient module in which - a piece of an ingredient is provided in a bowl with a pass through hole in a floor, - the bowls are arranged in bowl lines (12a, b) - a skewer holder in which plural skewers - can be received parallel to one another with a defined distance from each other by a skewer providing module - accordingly offset identical ingredients of a bowl line (12a, b) can be punctured by the skewer holder in corresponding bowls of bowl rows (8a, b) that are adjacent to each other and extend transversal to the bowl lines (12a, b), - a control which controls movements of movable components relative to each other, characterized in that - the pass through hole is configured so that the skewer is insertable from above through the ingredient and the pass through hole. - a an ingredient module in which - a piece of an ingredient is provided in a bowl with a pass through hole in a floor, - the bowls are arranged in bowl lines (12a, b) - a skewer holder in which plural skewers - can be received parallel to one another with a defined distance from each other by a skewer providing module - accordingly offset identical ingredients of a bowl line (12a, b) can be punctured by the skewer holder in corresponding bowls of bowl rows (8a, b) that are adjacent to each other and extend transversal to the bowl lines (12a, b), - a control which controls movements of movable components relative to each other, - the pass through hole is configured so that the skewer is insertable from above through the ingredient and the pass through hole.
A method of detecting a grain count of a crop material flow, in particular in a self-propelled harvester, in which a sensor of a measuring device detects grains which impact on an impact surface of the sensor by means of a measurement signal and a processing unit of the measuring device is adapted to determine the grain count by means of the measurement signal, wherein the rising edges of the measurement signal are detected and form a measure for the grain count, wherein the measurement signal is pre-processed, in particular filtered, smoothed and/or amplified, and wherein the pre-processed measurement signal is rectified, digitised and an envelope curve of the pre-processed measurement signal is formed, wherein the envelope curve is differentiated and wherein positive pulses of the differentiated envelope curve form a measure for the grain count, wherein only positive pulses of the differentiated envelope curve which are arranged above a minimum threshold value are counted as grain, characterised in that for a current positive pulse of the differentiated envelope curve, that is above the minimum threshold value, a time-dependent and amplitude-dependent limit function is ascertained for detecting a grain count.
A wrap skirt (120, 220, 320) comprising: a skirt panel having a top waist portion, a first end and a second end; a first portion (34-1, 234-1) of a first connector coupled to the skirt panel proximate the top waist portion between the first end and the second end; a second portion (34-2, 234-2) of the first connector coupled to the skirt panel proximate the top waist portion proximate the first end; a first portion (36-1, 236-1) of a second connector coupled to the skirt panel proximate the top waist portion between the first end and the second end; a second portion (36-2, 236-2) of the second connector coupled to the skirt panel proximate the top waist portion proximate the second end, wherein the first connector is configured to retain the top waist portion about a waistline of a person as an overlapping portion of the skirt panel is wrapped and subsequently retained in place by the second connector; characterized by; a sleeve (150, 250, 350) extending along the top waist portion; and a webbing (152, 252) slidably positioned within the sleeve (150, 250, 350), wherein the first portion (34-1, 234-1) of the first connector is carried by a first end portion of the webbing (152, 252) and wherein the second portion (36-2, 236-2) of the second connector is carried by a second end portion of the webbing (152, 252). a skirt panel having a top waist portion, a first end and a second end; a first portion (34-1, 234-1) of a first connector coupled to the skirt panel proximate the top waist portion between the first end and the second end; a second portion (34-2, 234-2) of the first connector coupled to the skirt panel proximate the top waist portion proximate the first end; a first portion (36-1, 236-1) of a second connector coupled to the skirt panel proximate the top waist portion between the first end and the second end; a second portion (36-2, 236-2) of the second connector coupled to the skirt panel proximate the top waist portion proximate the second end, wherein the first connector is configured to retain the top waist portion about a waistline of a person as an overlapping portion of the skirt panel is wrapped and subsequently retained in place by the second connector; characterized by; a sleeve (150, 250, 350) extending along the top waist portion; and a webbing (152, 252) slidably positioned within the sleeve (150, 250, 350), wherein the first portion (34-1, 234-1) of the first connector is carried by a first end portion of the webbing (152, 252) and wherein the second portion (36-2, 236-2) of the second connector is carried by a second end portion of the webbing (152, 252). a sleeve (150, 250, 350) extending along the top waist portion; and a webbing (152, 252) slidably positioned within the sleeve (150, 250, 350), wherein the first portion (34-1, 234-1) of the first connector is carried by a first end portion of the webbing (152, 252) and wherein the second portion (36-2, 236-2) of the second connector is carried by a second end portion of the webbing (152, 252).
Test kit based on chromatographic test strips for the detection of hapten-antihapten complexes, comprising vessels with first and second hapten-coupled receptors against an analyte for the formation of a hapten-antihapten complex, a strip-shaped carrier coated with a thin layer of a chromatographic separation material, a labelling zone impregnated with first mobile reporter molecule-labelled antibodies or receptors against a first hapten, a detection zone, in which a receptor against a second hapten has been immobilised, and a control zone, in which second receptors against the first mobile reporter molecule-labelled antibodies or receptors have been immobilised, wherein a first hapten-antihapten komplex is formed in the labelling zone and a second hapten-antihapten complex is formed in the detection zone; characterised in that the test kit comprises one or more first vessels and one or more second vessels for receiving and positioning test strips, wherein at least one first vessel comprises a known amount of a peptidic analyte, embedded in a glass-like trehalose layer which is dried onto an interior wall of the control vessel as a layer in such a way that the layer dissolves in the aqueous sample solution, and wherein the second vessels do not comprise a known amount of analyte but hapten-coupled receptors embedded in a glass-like trehalose layer in amounts that there is a detection complex formed when the test sample comprises the peptidic analyte and becomes visible during chromatographic analysis of the test strip. vessels with first and second hapten-coupled receptors against an analyte for the formation of a hapten-antihapten complex, a strip-shaped carrier coated with a thin layer of a chromatographic separation material, a labelling zone impregnated with first mobile reporter molecule-labelled antibodies or receptors against a first hapten, a detection zone, in which a receptor against a second hapten has been immobilised, and a control zone, in which second receptors against the first mobile reporter molecule-labelled antibodies or receptors have been immobilised, wherein a first hapten-antihapten komplex is formed in the labelling zone and a second hapten-antihapten complex is formed in the detection zone; characterised in that the test kit comprises one or more first vessels and one or more second vessels for receiving and positioning test strips, wherein at least one first vessel comprises a known amount of a peptidic analyte, embedded in a glass-like trehalose layer which is dried onto an interior wall of the control vessel as a layer in such a way that the layer dissolves in the aqueous sample solution, and wherein the second vessels do not comprise a known amount of analyte but hapten-coupled receptors embedded in a glass-like trehalose layer in amounts that there is a detection complex formed when the test sample comprises the peptidic analyte and becomes visible during chromatographic analysis of the test strip.
A method for sealing a bore in casings in a pressure-tight fashion, comprising the embedding of an essentially socket-shaped, one-piece plug into the bore of the casing, wherein only the plug is plastically deformed by means of an axial tool (6, 9) such that the plug is deformed radially outward over at least part of its length and thereby tightly connected to the inner wall of the bore, and wherein a circumferential groove and/or undercut is produced in the bore prior to the insertion of the plug and the material of the plug is permanently deformed by essentially being pressed radially into this groove or behind this undercut, characterized in that the tool acts upon the bottom of the essentially socket-shaped plug by means of an essentially cylindrical section in such a way that material of the bottom of the plug is pressed into the groove /undercut forward and also radially outward.
A deflector for the rear part of a vehicle, which is arranged at least partially beneath the underbody of the vehicle and which comprises at least one mechanical link means designed to link the deflector to the underbody, the mechanical link means comprising a shock absorber which is designed to absorb at least a portion of an axial force transmitted from the deflector to the underbody of the vehicle, along at least one absorption axis that is generally perpendicular to the underbody, in the case of an impact against the deflector, characterized in that the mechanical link means of the deflector to the underbody has a tubular shape which extends along the absorption axis and which comprises: - a lower end forming a base connected to the deflector, - an intermediate axial tubular portion forming the shock absorber, and - an upper end connected to the underbody. - a lower end forming a base connected to the deflector, - an intermediate axial tubular portion forming the shock absorber, and - an upper end connected to the underbody.
A spectral sample analyzer including - an analyzer housing, - a mechanical stage, - a controller and - a spectral detection unit which includes an illumination unit the illumination unit, comprising: a housing assembly that defines an internal space; a first light source for illuminating the sample during measurement, mounted to the housing assembly in the internal space, the first light source positioned on a first axis; a second light source for calibrating the spectral detection unit, mounted to the housing assembly in the internal space on a second axis that intersects and is angularly offset with respect to the first axis; and a reflector in the internal space of the housing assembly, the reflector including an aperture through which the first axis extends and a reflective surface angled with respect to the first axis and second axis, wherein the first light source is configured to produce contiguous radiation across the spectrum and the second light source is a precision spectral line light source. - an analyzer housing, - a mechanical stage, - a controller and - a spectral detection unit which includes an illumination unit the illumination unit, comprising: a housing assembly that defines an internal space; a first light source for illuminating the sample during measurement, mounted to the housing assembly in the internal space, the first light source positioned on a first axis; a second light source for calibrating the spectral detection unit, mounted to the housing assembly in the internal space on a second axis that intersects and is angularly offset with respect to the first axis; and a reflector in the internal space of the housing assembly, the reflector including an aperture through which the first axis extends and a reflective surface angled with respect to the first axis and second axis, wherein the first light source is configured to produce contiguous radiation across the spectrum and the second light source is a precision spectral line light source. a housing assembly that defines an internal space; a first light source for illuminating the sample during measurement, mounted to the housing assembly in the internal space, the first light source positioned on a first axis; a second light source for calibrating the spectral detection unit, mounted to the housing assembly in the internal space on a second axis that intersects and is angularly offset with respect to the first axis; and a reflector in the internal space of the housing assembly, the reflector including an aperture through which the first axis extends and a reflective surface angled with respect to the first axis and second axis, wherein the first light source is configured to produce contiguous radiation across the spectrum and the second light source is a precision spectral line light source.
An engagement method for engaging a first gear element with a second gear element, at least the second gear element being mounted to move between a meshing position and a disengaged position by means of an actuator, the engagement method including a step of driving at least one of the gear elements in rotation so as to establish a non-zero difference in speed of rotation between said gear elements, and a step of controlling the actuator to perform the following in succession: - moving at least the second gear element towards the meshing position; - on detecting contact between the gear elements, stopping the movement of the second gear element; and - on detecting an ideal angular position for engaging said gear elements, moving the second gear element as quickly as possible into the meshing position. - moving at least the second gear element towards the meshing position; - on detecting contact between the gear elements, stopping the movement of the second gear element; and - on detecting an ideal angular position for engaging said gear elements, moving the second gear element as quickly as possible into the meshing position.
A camera (102 or 103), comprising: a shooting part (302, 303, 304, 305) shooting an image in either one of 2D and 3D, characterized in that the camera (102 or 103) further comprises: a control information part generating control information indicating whether the image shot by the shooting part (302, 303, 304, 305) is in any one of 2D and 3D; a first storage part storing the image by associating the image with the control information; and when the image stored in the first storage part is output to an external image display device, connected with the camera, an output controlling part generating a control signal used for control performed by the external image display device from the control information associated with the image and outputting the control signal to the external image display device. a shooting part (302, 303, 304, 305) shooting an image in either one of 2D and 3D, characterized in that the camera (102 or 103) further comprises: a control information part generating control information indicating whether the image shot by the shooting part (302, 303, 304, 305) is in any one of 2D and 3D; a first storage part storing the image by associating the image with the control information; and when the image stored in the first storage part is output to an external image display device, connected with the camera, an output controlling part generating a control signal used for control performed by the external image display device from the control information associated with the image and outputting the control signal to the external image display device. a control information part generating control information indicating whether the image shot by the shooting part (302, 303, 304, 305) is in any one of 2D and 3D; a first storage part storing the image by associating the image with the control information; and when the image stored in the first storage part is output to an external image display device, connected with the camera, an output controlling part generating a control signal used for control performed by the external image display device from the control information associated with the image and outputting the control signal to the external image display device.
Windscreen wiper assembly for a vehicle, with a drive device, which has an electric motor with a pole pot and a gearing which is drivable by the electric motor and is operatively connected/operatively connectable to at least one wiper arm, and with a device for fastening the drive device to the vehicle, wherein the device has a tab which engages at least in regions on the circumferential side around the pole pot of the electric motor and has a free end which protrudes from the pole pot and is fastenable/fastened to the vehicle, wherein the free end of the tab is assigned a decoupling element for decoupling vibrations, characterized in that the tab has at least one stiffening rib.
An electrolyzer apparatus designed such that an electrolysis reaction can be effected in the apparatus, with an anode and a cathode both being submerged in an electrolytic solution containing chlorite and further designed such that a chlorine dioxide gas can be generated from the anode side; wherein an anode tank having the anode and a cathode tank having the cathode are provided separately from each other; the anode tank includes a feed opening for feeding an amount of electrolytic solution into the anode tank, an anode aeration device for feeding aeration air to the fed electrolytic solution, and a gas extraction pipe for guiding gas generated from the anode tank to the outside of the anode tank; a communication pipe having one end thereof connected to the anode tank and the other end thereof connected to the cathode tank is provided for allowing the amount of electrolytic solution fed into the anode tank to flow into the cathode tank; a gas collecting pipe having one end thereof connected to an upper portion of the anode tank and the other end thereof connected to an upper portion of the cathode tank; and a cathode aeration device for feeding aeration air to the fed electrolytic solution present in the cathode tank; wherein the electrolyzer apparatus is further designed such that via the electrolytic solution in the communication pipe, electric conduction can be established between the anode and the cathode; and wherein the electrolyzer apparatus is designed such that an amount of chlorine dioxide gas generated by an electrolysis reaction inside the anode tank can be discharged to the outside of the anode tank via the gas extraction pipe together with the aeration air and the electrolyzer apparatus is further designed such that the electrolytic solution introduced into the cathode tank can be discharged continuously; and wherein the electrolyzer apparatus is designed such that an amount of chlorine dioxide dissolved and remaining in the electrolytic solution in the cathode tank can be extracted together with the aeration air via the gas collection pipe and the gas extraction pipe to the outside of the anode tank.
A common-path optical waveguide probe comprising: an optical waveguide (414, 514, 614, 814, 914) having a proximal end and a distal end; a lens (417, 517, 617, 717, 817, 917) coupled to the distal end; a reference reflector (418, 518, 618, 818, 918) positioned between the optical waveguide and the lens; a reflective surface (422, 424, 524, 526, 622, 722, 824, 922) angled to an axial direction of the optical waveguide; wherein, the lens comprises the reflective surface; or wherein the reflective surface is external to the lens; wherein, the waveguide probe is configured to focus light in a lateral direction with respect to the axial direction of the optical waveguide, wherein the focusing comprises: a passage of the light through the reference reflector toward the lens and the reflective surface in the axial direction of the optical waveguide; and a reflectance of the light from the reflective surface in the lateral direction, characterized in that the reference reflector is not glass and is a metal film with a thickness of between 1 pm and 1 mm; and/ or the reference reflector is not glass and comprises a metal selected from the group consisting of gold, silver, aluminum, platinum, or a combination thereof; or the reference reflector is not glass and is a dielectric film, with a thickness of between 1 pm and 1 mm. an optical waveguide (414, 514, 614, 814, 914) having a proximal end and a distal end; a lens (417, 517, 617, 717, 817, 917) coupled to the distal end; a reference reflector (418, 518, 618, 818, 918) positioned between the optical waveguide and the lens; a reflective surface (422, 424, 524, 526, 622, 722, 824, 922) angled to an axial direction of the optical waveguide; wherein, the lens comprises the reflective surface; or wherein the reflective surface is external to the lens; wherein, the waveguide probe is configured to focus light in a lateral direction with respect to the axial direction of the optical waveguide, wherein the focusing comprises: a passage of the light through the reference reflector toward the lens and the reflective surface in the axial direction of the optical waveguide; and a reflectance of the light from the reflective surface in the lateral direction, characterized in that the reference reflector is not glass and is a metal film with a thickness of between 1 pm and 1 mm; and/ or the reference reflector is not glass and comprises a metal selected from the group consisting of gold, silver, aluminum, platinum, or a combination thereof; or the reference reflector is not glass and is a dielectric film, with a thickness of between 1 pm and 1 mm. a passage of the light through the reference reflector toward the lens and the reflective surface in the axial direction of the optical waveguide; and a reflectance of the light from the reflective surface in the lateral direction, characterized in that
Process for the preparation of polyethercarbonate polyols, characterized in that (i) in a first step a polyethercarbonate polyol is prepared from one or more H-functional starter substances, one or more alkylene oxides and carbon dioxide in the presence of at least one DMC catalyst, and (ii) in a second step the polyethercarbonate polyol chain is extended with a mixture of at least two different alkylene oxides in the presence of at least one DMC catalyst, and in that the mixture of at least two different alkylene oxides used in the second step (ii) is a mixture comprising propylene oxide and ethylene oxide in a molar ratio PO/EO of 15/85 to 60/40. (i) in a first step a polyethercarbonate polyol is prepared from one or more H-functional starter substances, one or more alkylene oxides and carbon dioxide in the presence of at least one DMC catalyst, and (ii) in a second step the polyethercarbonate polyol chain is extended with a mixture of at least two different alkylene oxides in the presence of at least one DMC catalyst,
An identification method for identifying a resonance of a power grid where a grid-connected unit is connected, the method includes, measuring an electrical quantity at a point of common coupling, calculating an envelope of a waveform of the electrical quantity, detecting an occurrence of the resonance based on the envelope, characterized in that the envelope is calculated based on a waveform superimposed to a fundamental component of the electrical quantity, wherein the superimposed waveform is calculated by taking off the fundamental component of the electrical quantity from the electrical quantity.