mhurhangee/ep-ind-claims huggingface dataset:
Erosion protection mattress, partitioned in lengthwise compartments, at least three layers comprehensively, wherein the outer layers (15, 16) of synthetics consist and the intervening layer a substrate of a mixture of geologic substrate and biogenic material and / or clay globule is, with an to the water surface facing top layer with a coarse structure in the form of a net-like material, thereby marked, that at least an to the water surface facing top layer formed by a confused layer of continuous filaments is, and the confused layer different layer-thicknesses shows, and thicker layer sections represented in form of loops, humps and honeycombs, and the confused layer is formed, that invertebrates between the thicker layer sections and in the thicker layer sections can set down or cling.
A motor driving circuit comprising: a rotating-position detecting unit that detects a rotating position of a rotor of a permanent magnet synchronous motor; a voltage converting unit that converts a direct-current voltage and generates a driving voltage for the permanent magnet synchronous motor; and a voltage control unit that generates a modulation wave on the basis of the rotating position and a rotating speed control signal for controlling rotating speed of the rotor and controls the voltage converting unit on the basis of a comparison result of the modulation wave and a carrier wave a voltage-phase determining unit that determines, on the basis of the rotating speed control signal and an offset signal, a phase of the modulation wave generated by the voltage control unit and causes the voltage control unit to generate the modulation wave with the determined phase; and an offset generating unit that generates the offset signal, characterized in that the voltage-phase determining unit comprises a differential amplifier circuit that receives the rotating speed control signal and the offset signal as inputs, and determines, based on an output of the differential amplifier, the phase such that the phase is 0° when the rotor is not rotating and the phase is larger than 0° after the rotor starts rotation. a rotating-position detecting unit that detects a rotating position of a rotor of a permanent magnet synchronous motor; a voltage converting unit that converts a direct-current voltage and generates a driving voltage for the permanent magnet synchronous motor; and a voltage control unit that generates a modulation wave on the basis of the rotating position and a rotating speed control signal for controlling rotating speed of the rotor and controls the voltage converting unit on the basis of a comparison result of the modulation wave and a carrier wave a voltage-phase determining unit that determines, on the basis of the rotating speed control signal and an offset signal, a phase of the modulation wave generated by the voltage control unit and causes the voltage control unit to generate the modulation wave with the determined phase; and an offset generating unit that generates the offset signal, characterized in that the voltage-phase determining unit comprises a differential amplifier circuit that receives the rotating speed control signal and the offset signal as inputs, and determines, based on an output of the differential amplifier, the phase such that the phase is 0° when the rotor is not rotating and the phase is larger than 0° after the rotor starts rotation.
A connecting fitting for connecting two lightweight construction panels (12, 14) arranged at right angles to one another, wherein both lightweight construction panels (12, 14) have a first cover plate and a second cover plate made of a dense material that is rigid in compression, and a core arranged between the cover plates (16, 20) and made of a material having a low density compared with the cover plates (16, 20), in particular a paper honeycomb or foam material, with a first cup-shaped fitting element and a second cup-shaped fitting element, wherein the first fitting element and the second fitting element are designed for insertion in each case into a blind hole in the lightweight construction panels (12, 14), wherein each of the blind holes only fully penetrates the first cover plate and the core, and the first fitting element and the second fitting element are each designed to be arranged at a distance from a respective nearer side edge of the associated lightweight construction panel, such that an upper face of a base body of the first fitting element and an upper face of the second fitting element can be enclosed by the first cover plate of the respectively associated lightweight construction panel over an angle of more than 200 degrees, in particular of more than 300 degrees, characterised in that, each fitting element (22, 24) has at least one projection (28, 34) on its lower face, which in the installed state abuts against the bottom of the blind hole, and which consists of plastic material that can be fused when subjected to ultrasound, so that the projection can partially fuse when subjected to ultrasound, and can be bonded with the material of the second cover plate at the bottom of the blind hole, wherein the first fitting element has a screw passage for a connecting screw, and a guide pin that surrounds the screw passage, partially in the axial direction and completely in the radial direction, and that extends radially outwards starting from a base part of the first fitting element, for a reliable positioning of the first fitting element relative to the second fitting element, wherein the second fitting element has on its upper face a recess, which is designed to be compatible with the guide pin, and the screw passage is dimensioned such that it expands when the connecting screw is screwed in, and the guide pin also expands slightly, such that a frictional fit also results between the guide pin and the associated wall of the other fitting element.
A light-emitting diode light source, comprising: a plurality of LED dies, wherein each LED die is a double-sided light emission LED with the light emitting surface on a bottom surface of the LED die and another light -emitting surface on the top surface of the LED die; a plurality of electricity-conducting holding elements being metal sheets respectively, wherein the light emitting surface is located and not covered between the holding elements; wherein adjacent two of the electricity-conducting holding elements are configured to jointly hold and electrically connect to one of the LED dies to form a flexible LED light bar, wherein the electricity-conducting holding elements and the LED dies are alternately connected in series to form the flexible LED light bar; and characterised in that a length of each electricity-conducting holding element is greater than or equal to a length of each LED die, and the width of the electricity-conducting holding element is greater than or equal to one half of the width of the LED die. a plurality of LED dies, wherein each LED die is a double-sided light emission LED with the light emitting surface on a bottom surface of the LED die and another light -emitting surface on the top surface of the LED die; a plurality of electricity-conducting holding elements being metal sheets respectively, wherein the light emitting surface is located and not covered between the holding elements; wherein adjacent two of the electricity-conducting holding elements are configured to jointly hold and electrically connect to one of the LED dies to form a flexible LED light bar, wherein the electricity-conducting holding elements and the LED dies are alternately connected in series to form the flexible LED light bar; and characterised in that a length of each electricity-conducting holding element is greater than or equal to a length of each LED die, and the width of the electricity-conducting holding element is greater than or equal to one half of the width of the LED die.
Thermal insulation panel (3, 3') of the VIP type, comprising: - a porous material resistant to compression, which defines two main opposite faces (4a, 4b) and of which the smallest dimension is a maximum thickness (e) between these two faces; and - a gas-tight barrier casing making it possible to maintain an inside vacuum and which encloses the porous material, with the casing being carried out from at least one film or flexible sheet and having: -- a first portion which covers a first of the two main faces, and -- a second portion which covers a second of the two main faces, - a first support surface (21, 21') provided with a relief, underlying with the first portion of the barrier casing; characterised in that the first support surface (21, 21') has corrugations by forming bosses outwards, each one with a rounded top, and in that the barrier casing defines the outer layer of the panel (3, 3') under atmospheric pressure, with the first portion of the barrier casing extending along the first support surface and being deformed in order to conform according to said relief with bosses with a rounded top in correspondence with said bosses. - a porous material resistant to compression, which defines two main opposite faces (4a, 4b) and of which the smallest dimension is a maximum thickness (e) between these two faces; and - a gas-tight barrier casing making it possible to maintain an inside vacuum and which encloses the porous material, with the casing being carried out from at least one film or flexible sheet and having: -- a first portion which covers a first of the two main faces, and -- a second portion which covers a second of the two main faces, -- a first portion which covers a first of the two main faces, and -- a second portion which covers a second of the two main faces, - a first support surface (21, 21') provided with a relief, underlying with the first portion of the barrier casing;
An apparatus for controlling information broadcast in a wireless mesh network, the apparatus comprising: - at least one device table for tracking which device has successfully relayed a broadcast transmission; - at least one broadcast table for keeping a record of any new broadcast transmission that has been initiated by said apparatus or received from a neighboring device; - wherein each broadcast transmission includes a radius parameter R, which indicates an allowed number of hops through said mesh network before the broadcast transmission is discarded; - wherein the apparatus is adapted to add to a new broadcast transmission a radius parameter R, or to reduce the radius parameter R, by one when a received broadcast transmission is forwarded; and - wherein the apparatus is adapted to check information provided in the device table and the broadcast table so as to report to a message initiator a maximum repetition number Rmax, representative of the number of hops which was necessary to transmit the message. - at least one device table for tracking which device has successfully relayed a broadcast transmission; - at least one broadcast table for keeping a record of any new broadcast transmission that has been initiated by said apparatus or received from a neighboring device; - wherein each broadcast transmission includes a radius parameter R, which indicates an allowed number of hops through said mesh network before the broadcast transmission is discarded; - wherein the apparatus is adapted to add to a new broadcast transmission a radius parameter R, or to reduce the radius parameter R, by one when a received broadcast transmission is forwarded; and - wherein the apparatus is adapted to check information provided in the device table and the broadcast table so as to report to a message initiator a maximum repetition number Rmax, representative of the number of hops which was necessary to transmit the message.
Jumper device for a timepiece device including: - at least one first arm including a first beak for positioning a first mobile unit, - at least one second arm including a second beak for positioning a second mobile unit, - an elastic element for returning the first arm and the second arm to configurations positioning the first and second mobile units, characterized in that it comprises: - a lever (83; 83') interfaced between: o on the one hand, the elastic return element, and o on the other hand, the first and second arms. - at least one first arm including a first beak for positioning a first mobile unit, - at least one second arm including a second beak for positioning a second mobile unit, - an elastic element for returning the first arm and the second arm to configurations positioning the first and second mobile units, - a lever (83; 83') interfaced between: o on the one hand, the elastic return element, and o on the other hand, the first and second arms. o on the one hand, the elastic return element, and o on the other hand, the first and second arms.
A panel comprising: a first wall section; and a second wall section configured to be at least partially received within the first wall section, the first wall section and second wall section being each formed from a folded sheet material; characterised in that: the first wall section comprises a main wall portion and first tab sections each including a first fold forming an outer side wall portion oriented perpendicular to the main wall section, a second fold forming an inner side wall portion oriented adjacent and parallel to the outer side wall portion, and a third fold arranged to locate the distal end of the side tab between the inner and outer side wall portions with a recess being defined between the third fold and the main wall portion, and the second wall section comprises second tab sections each folded to form catch members configured to be received within the corresponding recesses of the first wall section arranged such that they engage when the second wall section is inserted into the first wall section to hold the first and second wall sections (2,4) together the first and second tab sections being integral with the first and second wall sections (2,4) respectively and formed from the same folded sheet material with the first and second wall sections (2,4) being folded such that when the second wall section is received within the first wall section none of the external edges of the first or the second wall sections (2,4) are externally exposed. a first wall section; and a second wall section configured to be at least partially received within the first wall section, the first wall section and second wall section being each formed from a folded sheet material;
A method performed by a first network node, comprising: determining a first subcarrier in a first resource of the first network node to transmit a reference signal for remote interference detection, wherein the first subcarrier is aligned with a second subcarrier in a second resource of a second network node; and transmitting the reference signal on the first subcarrier, according to a first reference signal sequence mapped to the first resource, wherein the first reference signal sequence is aligned, in an overlapped part of the first resource and the second resource, with a second reference signal sequence mapped to the second resource, wherein the first resource corresponds to a first central frequency and the second resource corresponds to a second central frequency, and wherein the second central frequency has a first offset with respect to the first central frequency by an integer multiple of a subcarrier spacing for the remote interference detection, and characterised in that the first resource corresponds to a first absolute radio frequency channel number and the second resource corresponds to a second absolute radio frequency channel number which has a second offset, Δ inter − cell EARFCN, with respect to the first absolute radio frequency channel number, and wherein the second offset is determined based at least in part on the first offset and a channel raster value of 100kHz, and wherein the second offset is an integer multiple of 3. determining a first subcarrier in a first resource of the first network node to transmit a reference signal for remote interference detection, wherein the first subcarrier is aligned with a second subcarrier in a second resource of a second network node; and transmitting the reference signal on the first subcarrier, according to a first reference signal sequence mapped to the first resource, wherein the first reference signal sequence is aligned, in an overlapped part of the first resource and the second resource, with a second reference signal sequence mapped to the second resource, wherein the first resource corresponds to a first central frequency and the second resource corresponds to a second central frequency, and wherein the second central frequency has a first offset with respect to the first central frequency by an integer multiple of a subcarrier spacing for the remote interference detection, and characterised in that the first resource corresponds to a first absolute radio frequency channel number and the second resource corresponds to a second absolute radio frequency channel number which has a second offset, Δ inter − cell EARFCN, with respect to the first absolute radio frequency channel number, and wherein the second offset is determined based at least in part on the first offset and a channel raster value of 100kHz, and wherein the second offset is an integer multiple of 3.
A force sense die assembly comprising: a sense die having a top side and a bottom side, wherein the sense die includes a cavity, with one or more walls, and a diaphragm formed therein, and one or more sensing elements positioned on a bottom side of the diaphragm, wherein the sense die is formed of a single wafer; an actuation element (130 or 230) placed in the cavity of the sense die and in contact with a top side of the diaphragm and with a wall of the cavity; characterized by: a cover member comprising a silicon or silicon oxide layer formed on the top side of the sense die, wherein the cover member includes an opening positioned over the cavity of the sense die, wherein a portion (132 or 232) of the actuation element (130 or 230) extends through the opening, wherein the cover member has a portion defining the opening, and the cavity is defined by the top side of the diaphragm, the one or more walls and a portion of the cover member which defines a top wall of the cavity, and wherein the cover member provides wafer-level retention of the actuation element (130 or 230) in the cavity. a sense die having a top side and a bottom side, wherein the sense die includes a cavity, with one or more walls, and a diaphragm formed therein, and one or more sensing elements positioned on a bottom side of the diaphragm, wherein the sense die is formed of a single wafer; an actuation element (130 or 230) placed in the cavity of the sense die and in contact with a top side of the diaphragm and with a wall of the cavity; characterized by: a cover member comprising a silicon or silicon oxide layer formed on the top side of the sense die, wherein the cover member includes an opening positioned over the cavity of the sense die, wherein a portion (132 or 232) of the actuation element (130 or 230) extends through the opening, wherein the cover member has a portion defining the opening, and the cavity is defined by the top side of the diaphragm, the one or more walls and a portion of the cover member which defines a top wall of the cavity, and a cover member comprising a silicon or silicon oxide layer formed on the top side of the sense die, wherein the cover member includes an opening positioned over the cavity of the sense die, wherein a portion (132 or 232) of the actuation element (130 or 230) extends through the opening, wherein the cover member has a portion defining the opening, and the cavity is defined by the top side of the diaphragm, the one or more walls and a portion of the cover member which defines a top wall of the cavity, and wherein the cover member provides wafer-level retention of the actuation element (130 or 230) in the cavity.
- A painting gun configured to paint an article, said painting gun defining a housing extending along a longitudinal axis, said housing configured to house flow regulation means suitable for regulating the passage of painting fluid coming from a source of painting fluid, said painting gun comprising an adjustment system for controlling the maximum quantity of painting fluid that can be adjusted by said flow adjustment means said flow regulating means comprising a rod and an opening defined by a portion of said gun, said rod being controlled to move with respect to said opening and selectively cooperating in contact to close said opening or to allow the passage of said painting fluid between said opening and said rod, said adjustment system comprising a wheel configured to rotate around an axis to vary the maximum stroke of said rod with respect to said opening, said adjustment system comprising actuator means configured to act alternatively on said wheel to rotate it in a first rotation direction around said axis and in a second rotation direction around said axis, opposite to the first, characterized in that said adjustment system comprises first actuator means configured to move said wheel in a direction of rotation around said axis and second actuator means (11") configured to move said wheel in an opposite direction to that of said first actuator means (11"), said first and second actuator means (11', 11") acting alternatively on said wheel. said painting gun comprising an adjustment system for controlling the maximum quantity of painting fluid that can be adjusted by said flow adjustment means said flow regulating means comprising a rod and an opening defined by a portion of said gun, said rod being controlled to move with respect to said opening and selectively cooperating in contact to close said opening or to allow the passage of said painting fluid between said opening and said rod, said adjustment system comprising a wheel configured to rotate around an axis to vary the maximum stroke of said rod with respect to said opening, said adjustment system comprising actuator means configured to act alternatively on said wheel to rotate it in a first rotation direction around said axis and in a second rotation direction around said axis, opposite to the first, characterized in that said adjustment system comprises first actuator means configured to move said wheel in a direction of rotation around said axis and second actuator means (11") configured to move said wheel in an opposite direction to that of said first actuator means (11"), said first and second actuator means (11', 11") acting alternatively on said wheel.
Device for treating a container with a treatment fluid, preferably in a beverage filling plant, wherein the device has: at least one treatment member with a switchable treatment valve, wherein the at least one treatment member is configured to treat the container with the treatment fluid by opening the treatment valve and to end the treatment by closing the treatment valve; at least one motion sensor configured to detect a movement of the treatment member or of a component that is mechanically coupled to the treatment member during switching of the treatment valve; and an electronic evaluation unit coupled in a communicating manner to the at least one motion sensor, and configured to draw conclusions about the switching behaviour of the treatment valve by processing the data that are detected by the motion sensor. at least one treatment member with a switchable treatment valve, wherein the at least one treatment member is configured to treat the container with the treatment fluid by opening the treatment valve and to end the treatment by closing the treatment valve; at least one motion sensor configured to detect a movement of the treatment member or of a component that is mechanically coupled to the treatment member during switching of the treatment valve; and an electronic evaluation unit coupled in a communicating manner to the at least one motion sensor, and configured to draw conclusions about the switching behaviour of the treatment valve by processing the data that are detected by the motion sensor.