mhurhangee/ep-ind-claims huggingface dataset:
Method for actuating a mobile closure, privacy, solar protection or screen element, under the action of an actuator, the mobile element being able to be actuated in two distinct directions, comprising: • a step of detection of a threshold overshoot by an operating parameter of the actuator, upon a driving in one of the two directions, called first direction, of the mobile element; • a de-stressing step (E9-E10) triggered on detection of the threshold overshoot, during which the actuator drives the mobile element in the other direction, called second direction, to a de-stressed stop position (P H) of the mobile element; characterized in that it comprises a step of parameterizing of a de-stressing value (τ) defining the de-stressed stop position (P H) comprising the following substeps: • detecting a discontinuity in the trend of the operating parameter of the actuator upon the driving in the first direction, preceding the threshold overshoot; • parameterizing the de-stressing value (τ) as a function of the discontinuity and of the threshold overshoot detected. • a step of detection of a threshold overshoot by an operating parameter of the actuator, upon a driving in one of the two directions, called first direction, of the mobile element; • a de-stressing step (E9-E10) triggered on detection of the threshold overshoot, during which the actuator drives the mobile element in the other direction, called second direction, to a de-stressed stop position (P H) of the mobile element; • detecting a discontinuity in the trend of the operating parameter of the actuator upon the driving in the first direction, preceding the threshold overshoot; • parameterizing the de-stressing value (τ) as a function of the discontinuity and of the threshold overshoot detected.
Sealing tool for a tray sealing machine, comprising: an upper tool, a lower tool with a main body, which has a tray depression for receiving at least a part of a tray to be sealed, and with a tray carrier, wherein a gas channel runs through said tray carrier, wherein said tray carrier comprises a first plate with a first pressing surface and a second plate with a second pressing surface and said first plate has a first depression extending from said first pressing surface, wherein said first depression forms at least a section of said gas channel when said first plate and said second plate are pressed against each other at said first and the second pressing surface (20, 21), respectively, characterized in that a protrusion is provided on said second pressing surface and, in the pressed-on state, said protrusion is configured to extend into said first depression. an upper tool, a lower tool with a main body, which has a tray depression for receiving at least a part of a tray to be sealed, and with a tray carrier, wherein a gas channel runs through said tray carrier, wherein said tray carrier comprises a first plate with a first pressing surface and a second plate with a second pressing surface and said first plate has a first depression extending from said first pressing surface, wherein said first depression forms at least a section of said gas channel when said first plate and said second plate are pressed against each other at said first and the second pressing surface (20, 21), respectively, characterized in that a protrusion is provided on said second pressing surface and, in the pressed-on state, said protrusion is configured to extend into said first depression.
Assembly consisting of a first windscreen-wiper blade and a second windscreen-wiper blade for a glazing panel of a vehicle, the first windscreen-wiper blade comprising an upper end and a lower end located close to an articulation axis of the blade and at least one means for spraying a washing liquid onto said glazing panel, said means comprising a plurality of sprinklers positioned on at least one side of said blade, along a part referred to as the effective part of the blade, characterized in that, on a same side of said first blade, the spacing between at least two consecutive sprinklers in a portion of the effective part of said first blade is smaller than the spacing between at least two consecutive sprinklers located in a portion positioned further up on the effective part of the first blade, the effective part of the first blade comprising a lower part and an upper part, the spacing between the sprinklers of the lower part being shorter than the spacing between the sprinklers of the upper part, and in that, on a same side of said second blade, the spacing between at least two consecutive sprinklers in a portion of the effective part of said second blade is larger than the spacing between at least two consecutive sprinklers located in a portion positioned further up on the effective part of said second blade.
Agricultural spreader machine having a reservoir container for storing material which is to be discharged, in particular seeds, fertilizer and/or crop protection products, a frame which bears the reservoir container and is supported on the ground by means of running gear comprising running gear wheels, wherein the running gear is equipped with a brake system comprising a braking-force control system, a first sensor device for real-time detection of the weight force currently acting on the running gear, wherein the braking-force control system is suitable for setting the braking force of the brake system on the basis of the detected weight force which is currently acting on the running gear, and a second sensor device for the real-time detection of the rotational speeds of the running gear wheels, characterized in that the running gear can be moved between a working position and a transportation position by means of a hydraulic and/or pneumatic actuating element, wherein the first sensor device is suitable for detecting the working pressure of the hydraulic and/or pneumatic actuating element, and the braking-force control system is suitable for determining the brake slip of the running gear wheels by means of the rotational speeds of the running gear wheels, which are detected by the second sensor device, and for controlling the current braking force, by combining the data detected by the first sensor device and the second sensor device and the data determined by the braking-force control system, in such a way that at any time a braking effect which is optimized and/or optimum in accordance with the current weight force is achieved.
A method comprising the steps of: displaying first successive images on a screen; acquiring at least one second image with a device of acquisition, the second image being a color image comprising at least two sub-images associated with different colors; and searching for the position of at least one actuation member relative to the screen based on the detection, in each sub-image, of the reflection of the first image by the actuation member or of the shadow of the actuation member, by determining whether conditions of determination of the position of the actuation member in the second image are fulfilled, the conditions of determination of the position of the actuation member being fulfilled if the reflection of the first image by the actuation member is detected at the same position in each sub-image or if the shadow of the actuation member is detected at the same position in each sub-image, modifying at least one of the next first images to be displayed if the conditions of determination of the position of the actuation member in the second image are only partially fulfilled, the conditions of determination of the position of the actuation member in the second image being only partially fulfilled if the reflection of the first image by the actuation member is detected in at least one of the sub-images and is not detected in all the sub-images or the conditions of determination of the position of the actuation member relative to the screen being only partially fulfilled if the shadow of the actuation member is detected in one of the sub-images and is not detected in all the sub-images. displaying first successive images on a screen; acquiring at least one second image with a device of acquisition, the second image being a color image comprising at least two sub-images associated with different colors; and searching for the position of at least one actuation member relative to the screen based on the detection, in each sub-image, of the reflection of the first image by the actuation member or of the shadow of the actuation member, by determining whether conditions of determination of the position of the actuation member in the second image are fulfilled, the conditions of determination of the position of the actuation member being fulfilled if the reflection of the first image by the actuation member is detected at the same position in each sub-image or if the shadow of the actuation member is detected at the same position in each sub-image, modifying at least one of the next first images to be displayed if the conditions of determination of the position of the actuation member in the second image are only partially fulfilled, the conditions of determination of the position of the actuation member in the second image being only partially fulfilled if the reflection of the first image by the actuation member is detected in at least one of the sub-images and is not detected in all the sub-images or the conditions of determination of the position of the actuation member relative to the screen being only partially fulfilled if the shadow of the actuation member is detected in one of the sub-images and is not detected in all the sub-images.
A communication method, executed by a server, comprising: receiving information sent by each device of multiple devices of one user, wherein the information comprises a device type and a scene mode of the device; determining, according to at least the received information, a device responding to a voice instruction of the multiple devices; and sending a message to a device different from the device responding to the voice instruction of the multiple devices, wherein the message is used to instruct a voice assistant of the different device not to respond to the voice instruction. receiving information sent by each device of multiple devices of one user, wherein the information comprises a device type and a scene mode of the device; determining, according to at least the received information, a device responding to a voice instruction of the multiple devices; and sending a message to a device different from the device responding to the voice instruction of the multiple devices, wherein the message is used to instruct a voice assistant of the different device not to respond to the voice instruction.
A luminescent lanthanide complex comprising a lanthanide ion with a xanthone or thiaxanthone sensitising moiety, coordinated to the lanthanide ion by the nitrogen atom of an integral pyridyl group or a related group able to bind the lanthanide ion, the complex having any one of the following structures 4 and 5: (wherein: R 1 is H, alkyl, aralkyl, CO 2 R 3, CONHR 3; R 2 is H, alkyl or aralkyl; R 3 is alkyl, aralkyl or aryl, optionally substituted; R 4 is H, alkyl, aralkyl, CO 2 R 6; R 5 is CH 2 CH 2 NHSO 2 R 6; R 6 is alkyl, p -R 4 -Ph, p -OMe-Ph, p -CF 3 -Ph; X is O or S; Y is N N-oxide or C-OH Z 1 is CO 2, PR 1 O 2, pO 3 2-, CONHR 3; Z 2 is CO 2, PR 4 O 2, PO 3 2-, CONHR 4 and Ln is a lanthanide ion). R 1 is H, alkyl, aralkyl, CO 2 R 3, CONHR 3; R 2 is H, alkyl or aralkyl; R 3 is alkyl, aralkyl or aryl, optionally substituted; R 4 is H, alkyl, aralkyl, CO 2 R 6; R 5 is CH 2 CH 2 NHSO 2 R 6; R 6 is alkyl, p -R 4 -Ph, p -OMe-Ph, p -CF 3 -Ph; X is O or S; Y is N N-oxide or C-OH Z 1 is CO 2, PR 1 O 2, pO 3 2-, CONHR 3; Z 2 is CO 2, PR 4 O 2, PO 3 2-, CONHR 4 and Ln is a lanthanide ion).
A cleaning method comprising: removing a cover assembly from a pressure pot of a material spray system; mating the cover assembly with a wash tank, wherein the cover assembly closes an opening into the wash tank; directing cleaning solution into a cavity of the wash tank and against the cover assembly from a nozzle to remove material residue from the cover assembly; and directing the cleaning solution into a conduit (38, 40) of the cover assembly to remove material residue from within the conduit (38, 40); characterised in that the nozzle is configured to direct the cleaning solution upwards and against a tube of a material pickup device of the cover assembly, and the nozzle is further configured to direct the cleaning solution into a recess of the tube and into an internal passage of the conduit. removing a cover assembly from a pressure pot of a material spray system; mating the cover assembly with a wash tank, wherein the cover assembly closes an opening into the wash tank; directing cleaning solution into a cavity of the wash tank and against the cover assembly from a nozzle to remove material residue from the cover assembly; and directing the cleaning solution into a conduit (38, 40) of the cover assembly to remove material residue from within the conduit (38, 40); characterised in that the nozzle is configured to direct the cleaning solution upwards and against a tube of a material pickup device of the cover assembly, and the nozzle is further configured to direct the cleaning solution into a recess of the tube and into an internal passage of the conduit.
Method for preparing an organic semiconductor layer in a vacuum chamber at a pressure of 10 -5 to 10 -9 mbar comprising a step of sublimating a composition from a single vacuum thermal evaporation source arranged in the vacuum chamber, wherein the composition comprises a physical mixture of (a) a first organic aromatic matrix compound having a molecular weight ≥ 400 and ≤ 1,000; and (b) a first alkali organic complex having a molecular weight of ≥ 100 and ≤ 400. (a) a first organic aromatic matrix compound having a molecular weight ≥ 400 and ≤ 1,000; and (b) a first alkali organic complex having a molecular weight of ≥ 100 and ≤ 400.
A method for manufacturing semiconductor packages, comprising the steps of: sealing at least two semiconductor elements between a photosensitive resin layer and a polymer resin layer, wherein the polymer resin layer is formed on a substrate and contains an alkali-soluble resin and a heat-curable binder; selectively exposing to light and alkali-developing the photosensitive resin layer to form photosensitive resin blocks, and simultaneously alkali-developing exposed portions of the polymer resin layer to form polymer resin blocks; curing the polymer resin blocks to form insulating layers; removing the photosensitive resin blocks; wherein in the alkali developing step, the semiconductor elements are sealed between photosensitive resin blocks and polymer resin blocks which are in contact with each other; forming insulating pattern layers on the insulating layers; and forming a metal pattern layer on the insulating pattern layer connected to the semiconductor elements. sealing at least two semiconductor elements between a photosensitive resin layer and a polymer resin layer, wherein the polymer resin layer is formed on a substrate and contains an alkali-soluble resin and a heat-curable binder; selectively exposing to light and alkali-developing the photosensitive resin layer to form photosensitive resin blocks, and simultaneously alkali-developing exposed portions of the polymer resin layer to form polymer resin blocks; curing the polymer resin blocks to form insulating layers; removing the photosensitive resin blocks; wherein in the alkali developing step, the semiconductor elements are sealed between photosensitive resin blocks and polymer resin blocks which are in contact with each other; forming insulating pattern layers on the insulating layers; and forming a metal pattern layer on the insulating pattern layer connected to the semiconductor elements.
A processing apparatus for deciding a position of center holes to be bored in a material crankshaft, comprising: three-dimensional shape data acquiring means for acquiring three-dimensional shape data of the material crankshaft; and center-hole assuming means for assuming the position of the center hole in the material crankshaft based on the three-dimensional shape data; characterized by shape specifying means for simulating a predetermined working for the material crankshaft based on the assumed position of the center hole as a reference and then specifying a shape of the material crankshaft after the working simulation; balance deciding means for deciding whether or not a rotational imbalance amount in the shape of the material crankshaft after the working simulation is within a predetermined allowable range; and center-hole deciding means for deciding the assumed position of the center hole as an actual boring position of the center hole when the rotational imbalance amount is within the predetermined allowable range. three-dimensional shape data acquiring means for acquiring three-dimensional shape data of the material crankshaft; and center-hole assuming means for assuming the position of the center hole in the material crankshaft based on the three-dimensional shape data; characterized by shape specifying means for simulating a predetermined working for the material crankshaft based on the assumed position of the center hole as a reference and then specifying a shape of the material crankshaft after the working simulation; balance deciding means for deciding whether or not a rotational imbalance amount in the shape of the material crankshaft after the working simulation is within a predetermined allowable range; and center-hole deciding means for deciding the assumed position of the center hole as an actual boring position of the center hole when the rotational imbalance amount is within the predetermined allowable range.
Method for electrochemical deposition of metals on substrates for the production of metallic structures and/or of galvanoplastics, (a) whereby in a first method step at least a solubilizate and/or a dispersion selected on the basis of electrically conductive materials from the group of electrically conductive carbon allotropes, electrically conductive polymers and electrically conductive inorganic oxides is applied to an electrically non-conductive substrate, whereby the application of the solubilizate and/or the dispersion is locally limited and/or carried out by means of location-specific printing process, whereby the solubilizate and/or the dispersion is applied to the substrate with a layer thickness of 0.5 to 30 μm, (b) where appropriate, a subsequent method step of drying or curing of the solubilizate and/or the dispersion is carried out, and (c) whereby in a subsequent method step, at least a metal is electro-chemically deposited on the optionally dried or cured solubilizate and/or on the optionally dried or cured dispersion. (a) whereby in a first method step at least a solubilizate and/or a dispersion selected on the basis of electrically conductive materials from the group of electrically conductive carbon allotropes, electrically conductive polymers and electrically conductive inorganic oxides is applied to an electrically non-conductive substrate, whereby the application of the solubilizate and/or the dispersion is locally limited and/or carried out by means of location-specific printing process, whereby the solubilizate and/or the dispersion is applied to the substrate with a layer thickness of 0.5 to 30 μm, (b) where appropriate, a subsequent method step of drying or curing of the solubilizate and/or the dispersion is carried out, and (c) whereby in a subsequent method step, at least a metal is electro-chemically deposited on the optionally dried or cured solubilizate and/or on the optionally dried or cured dispersion.
An article of footwear, comprising: a sole including an outer member, a midsole, and a composite plate disposed between the outer member and the midsole; wherein the outer member has an inner portion; wherein the midsole has a lower portion facing the inner portion of the outer member; wherein the composite plate covers a first portion of the inner portion of the outer member, leaving a remaining second portion of the inner portion of the outer member; wherein the composite plate covers a first portion of the lower portion of the midsole, leaving a remaining second portion of the lower portion of the midsole; a composite-plate-to-midsole adhesive disposed between and attaching the composite plate and the first portion of the lower portion of the midsole; and a midsole-to-outer-member adhesive (1321, 1330; 1550) disposed between and attaching the remaining second portion of the lower portion of the midsole and the remaining second portion of the inner portion of the outer member, characterized in that the composite-plate-to-midsole adhesive is an adhesive film and the midsole-to-outer-member adhesive (1321, 1330; 1550) has a flowable or pourable consistency. a sole including an outer member, a midsole, and a composite plate disposed between the outer member and the midsole; wherein the outer member has an inner portion; wherein the midsole has a lower portion facing the inner portion of the outer member; wherein the composite plate covers a first portion of the inner portion of the outer member, leaving a remaining second portion of the inner portion of the outer member; wherein the composite plate covers a first portion of the lower portion of the midsole, leaving a remaining second portion of the lower portion of the midsole; a composite-plate-to-midsole adhesive disposed between and attaching the composite plate and the first portion of the lower portion of the midsole; and a midsole-to-outer-member adhesive (1321, 1330; 1550) disposed between and attaching the remaining second portion of the lower portion of the midsole and the remaining second portion of the inner portion of the outer member, characterized in that the composite-plate-to-midsole adhesive is an adhesive film and the midsole-to-outer-member adhesive (1321, 1330; 1550) has a flowable or pourable consistency.
A method of handling a load by a load handling device comprising gripping means for gripping at least one fastening point of the load, the method comprising: determining, in the gripping means, a distance map that includes a plurality of points associated with distance information, and within the area of the distance map are described a part of the area of the load to which the gripping means attach and/or on which another load is stacked, as well as surroundings of the load; characterised by determining a plurality of distance maps describing different areas of loads within which fastening points or stacking points are located; forming a set of distance maps wherein parts of the distance maps comprising loads to be handled are separated from one another and from their surroundings; and controlling the gripping means on the basis of shapes of areas of the distance maps determined by the loads. determining, in the gripping means, a distance map that includes a plurality of points associated with distance information, and within the area of the distance map are described a part of the area of the load to which the gripping means attach and/or on which another load is stacked, as well as surroundings of the load; characterised by determining a plurality of distance maps describing different areas of loads within which fastening points or stacking points are located; forming a set of distance maps wherein parts of the distance maps comprising loads to be handled are separated from one another and from their surroundings; and controlling the gripping means on the basis of shapes of areas of the distance maps determined by the loads.