mhurhangee/ep-ind-claims huggingface dataset:
A yarn threading robot configured to perform yarn threading onto a spun yarn take-up apparatus while sucking and retaining a yarn by a sucking retaining unit, the spun yarn take-up apparatus being configured to wind the spun-out yarn onto a bobbin while traversing the yarn to form a package, the yarn threading robot comprising a main body, a robotic arm, a yarn threading unit attached to a distal end portion of the robotic arm and including the sucking retaining unit, and a controller configured to control a suction force of the sucking retaining unit, wherein the robotic arm is attached to the main body and includes arms and joints connecting the arms with one another, each joint incorporating therein an arm motor, the robotic arm being arranged so that, as the arm motor is driven, the arm is swung about the joint, this arrangement allowing the robotic arm to move three-dimensionally, and the controller is configured to change the suction force of the sucking retaining unit in a single set of processes of yarn threading characterized in that various sensors configured to detect the position and/or posture of the robotic arm are provided, and the controller is configured to control the suction force of the sucking retaining unit based on a value output from these sensors. a main body, a robotic arm, a yarn threading unit attached to a distal end portion of the robotic arm and including the sucking retaining unit, and a controller configured to control a suction force of the sucking retaining unit, wherein the robotic arm is attached to the main body and includes arms and joints connecting the arms with one another, each joint incorporating therein an arm motor, the robotic arm being arranged so that, as the arm motor is driven, the arm is swung about the joint, this arrangement allowing the robotic arm to move three-dimensionally, and the controller is configured to change the suction force of the sucking retaining unit in a single set of processes of yarn threading characterized in that various sensors configured to detect the position and/or posture of the robotic arm are provided, and the controller is configured to control the suction force of the sucking retaining unit based on a value output from these sensors.
A fertilizer core particle comprising an outer surface and comprising one or more fertilizer additives, one or more extrudable binders, hydroxypropyl methylcellulose, and one or more pH buffering agents, wherein the fertilizer core particle is an extruded fertilizer core particle that comprises from 10 wt % to 99 wt % of the one or more extrudable binders and from more than 0 wt % to 5 wt % of the hydroxypropyl methylcellulose.
A connection assembly (1; 40), comprising: - a first rail vehicle element (2; 41); - a second rail vehicle element (3; 42), the first and second rail vehicle elements being coupled to a revolute joint and pivotable with respect to one another about a joint rotational axis; - a first attachment device (9; 45, 46); - a second attachment device (10; 47, 48), the first and second attachment devices (9, 10; 45, 46, 47, 48) being disposed spaced apart from each other and pivotable with respect to one another about the joint rotational axis; - at least one flexible connecting element (15, 16; 49, 50); the connecting element (15, 16; 49, 50) being connected with a first section (23, 24) of the connecting element (15, 16; 49, 50) to the first attachment device (9; 45, 46), and with a second section (25, 26) of the connecting element (15, 16; 49, 50) being connected to the second attachment device (10; 47, 48), characterized in that the first attachment device is mounted on the first rail vehicle element (2; 41) so as to rotate about a first rotational axis that is parallel to the joint rotational axis, and/or the second attachment device is mounted on the second rail vehicle element (3; 42) so as to rotate about a second rotational axis that is parallel to the joint rotational axis. - a first rail vehicle element (2; 41); - a second rail vehicle element (3; 42), the first and second rail vehicle elements being coupled to a revolute joint and pivotable with respect to one another about a joint rotational axis; - a first attachment device (9; 45, 46); - a second attachment device (10; 47, 48), the first and second attachment devices (9, 10; 45, 46, 47, 48) being disposed spaced apart from each other and pivotable with respect to one another about the joint rotational axis; - at least one flexible connecting element (15, 16; 49, 50); the connecting element (15, 16; 49, 50) being connected with a first section (23, 24) of the connecting element (15, 16; 49, 50) to the first attachment device (9; 45, 46), and with a second section (25, 26) of the connecting element (15, 16; 49, 50) being connected to the second attachment device (10; 47, 48),
An electronic device, comprising a sub-assembly and a housing; the sub-assembly comprising: a display having a cover layer and a plurality of display layers including a thin-film transistor layer, wherein the cover layer has first and second opposing surfaces and wherein the first surface forms an exterior surface of the electronic device when assembled, and wherein the plurality of display layers are attached to the second surface of the cover layer; a flex circuit that has an end that is attached to the thin-film transistor layer; a support structure around which a portion of the flex circuit bends; and an electrical component connected to the flex circuit; and the housing having a protrusion which forms a cavity in the housing; wherein the sub-assembly is configured to be inserted into the housing during assembly causing the electrical component to be inserted into the cavity, wherein the sub-assembly is attached to the housing by attaching the cover layer to the protrusion. a display having a cover layer and a plurality of display layers including a thin-film transistor layer, wherein the cover layer has first and second opposing surfaces and wherein the first surface forms an exterior surface of the electronic device when assembled, and wherein the plurality of display layers are attached to the second surface of the cover layer; a flex circuit that has an end that is attached to the thin-film transistor layer; a support structure around which a portion of the flex circuit bends; and an electrical component connected to the flex circuit; and
A method for wireless communications, comprising: signaling, to an apparatus, an aggregation level used to transmit a downlink control channel to the apparatus; receiving one or more signals from the apparatus (116,122) on the uplink; determining transmission parameters used for transmission of the one or more signals by the apparatus (116,122), wherein the determined transmission parameters comprise a consistent transmit diversity scheme and control channel resources, the consistent transmit diversity scheme being independent of the signaled aggregation level used to transmit the downlink control channel to the apparatus, and the control channel resources used for transmission of the one or more signals being determined based on control channel resources used for the downlink control channel and based on the signaled aggregation level; and decoding the one or more signals based on the transmission parameters. signaling, to an apparatus, an aggregation level used to transmit a downlink control channel to the apparatus; receiving one or more signals from the apparatus (116,122) on the uplink; determining transmission parameters used for transmission of the one or more signals by the apparatus (116,122), wherein the determined transmission parameters comprise a consistent transmit diversity scheme and control channel resources, the consistent transmit diversity scheme being independent of the signaled aggregation level used to transmit the downlink control channel to the apparatus, and the control channel resources used for transmission of the one or more signals being determined based on control channel resources used for the downlink control channel and based on the signaled aggregation level; and decoding the one or more signals based on the transmission parameters.
Device for synchronizing a periodic high frequency signal and an external reference signal, comprising a phase control circuit (100, 200) configured to determine a phase difference of the periodic high frequency signal and the external reference signal, an analog-to-digital converter having an input connected to an output of the phase control circuit (100, 200), a digital oscillator circuit (130, 230), having an input connected to an output of the analog-to-digital converter configured to provide a digital control signal, and wherein the digital oscillator circuit (130, 230) comprises means for generating the periodic high frequency signal dependent on the digital control signal, further comprises a signal processing circuit, having an input connected to the analog-to-digital converter and an output connected to the digital synthesizer circuit, and wherein the signal processing circuit is configured to regulate a frequency tuning word provided at the output of the signal processing circuit dependent on a value of the digital control signal, characterized in that the signal processing circuit comprises an activation circuit configured to activate a coarse tuning of the frequency tuning word in case the value of the digital control signal is outside a pre-set reference value range. a phase control circuit (100, 200) configured to determine a phase difference of the periodic high frequency signal and the external reference signal, an analog-to-digital converter having an input connected to an output of the phase control circuit (100, 200), a digital oscillator circuit (130, 230), having an input connected to an output of the analog-to-digital converter configured to provide a digital control signal, and wherein the digital oscillator circuit (130, 230) comprises means for generating the periodic high frequency signal dependent on the digital control signal, further comprises a signal processing circuit, having an input connected to the analog-to-digital converter and an output connected to the digital synthesizer circuit, and wherein the signal processing circuit is configured to regulate a frequency tuning word provided at the output of the signal processing circuit dependent on a value of the digital control signal, characterized in that the signal processing circuit comprises an activation circuit configured to activate a coarse tuning of the frequency tuning word in case the value of the digital control signal is outside a pre-set reference value range.
A display device comprising: a housing providing an internal accommodation space; a roller installed in the housing; a display panel which is wound around or unwound from the roller; a module cover coupled to a rear of the display panel, the module cover which is wound around or unwound from the roller together with the display panel; an extension sheet extending from one lateral side of the display panel, the extension sheet which is wound around the roller; at least one shock-absorbing member (16A, 16B) located next to one lateral side of the module cover, the at least one shock-absorbing member (16A, 16B) fixed to a rear surface of the extension sheet; and a cable located at a rear of the extension sheet, characterized in that the at least one shock-absorbing member (16A, 16B) comprises: a first plurality of shock-absorbing members fixed to the extension sheet; and a second plurality of shock-absorbing members fixed to the extension sheet and opposite to the first plurality of shock-absorbing members with respect to the cable. a housing providing an internal accommodation space; a roller installed in the housing; a display panel which is wound around or unwound from the roller; a module cover coupled to a rear of the display panel, the module cover which is wound around or unwound from the roller together with the display panel; an extension sheet extending from one lateral side of the display panel, the extension sheet which is wound around the roller; at least one shock-absorbing member (16A, 16B) located next to one lateral side of the module cover, the at least one shock-absorbing member (16A, 16B) fixed to a rear surface of the extension sheet; and a cable located at a rear of the extension sheet, characterized in that the at least one shock-absorbing member (16A, 16B) comprises: a first plurality of shock-absorbing members fixed to the extension sheet; and a second plurality of shock-absorbing members fixed to the extension sheet and opposite to the first plurality of shock-absorbing members with respect to the cable. a first plurality of shock-absorbing members fixed to the extension sheet; and a second plurality of shock-absorbing members fixed to the extension sheet and opposite to the first plurality of shock-absorbing members with respect to the cable.
An aerosol-generating device comprising: at least two reservoirs (20, 21), each arranged to contain a separate aerosol producing composition; means for drawing the compositions from the reservoirs to generate an aerosol for inhalation for a user, and means for mixing the compositions (14, 15) after they have been drawn from the reservoirs, the mixing means being arranged to allow a user to select the relative proportions of the two compositions in the aerosol, wherein the aerosol-generating device further comprises: a power source lodged in an elongated body; at least one heater assembly (31, 32); a means for selectively supplying power from the power source to the heater assembly; control means for selectively controlling the heating of compositions from one or more of the reservoirs by the heater assembly, such that, when power is supplied to the heater assembly together with the selected liquid, an aerosol is generated for inhalation by a user, characterised by a mouthpiece through which a user can inhale the generated aerosol, the mouthpiece being located at an end of the elongated body wherein the at least one heater assembly and the at least two reservoirs are lodged in the mouthpiece of the aerosol-generating device. at least two reservoirs (20, 21), each arranged to contain a separate aerosol producing composition; means for drawing the compositions from the reservoirs to generate an aerosol for inhalation for a user, and means for mixing the compositions (14, 15) after they have been drawn from the reservoirs, the mixing means being arranged to allow a user to select the relative proportions of the two compositions in the aerosol, wherein the aerosol-generating device further comprises: a power source lodged in an elongated body; at least one heater assembly (31, 32); a means for selectively supplying power from the power source to the heater assembly; control means for selectively controlling the heating of compositions from one or more of the reservoirs by the heater assembly, such that, when power is supplied to the heater assembly together with the selected liquid, an aerosol is generated for inhalation by a user, characterised by a mouthpiece through which a user can inhale the generated aerosol, the mouthpiece being located at an end of the elongated body wherein the at least one heater assembly and the at least two reservoirs are lodged in the mouthpiece of the aerosol-generating device.
A method of generating batches of food items, comprising: • transferring food items to a weight determination means where the weight of the food items are obtained for single food items and/or food items in groups, • generating a plurality of batches based on the obtained weight of the single food items and/or food items in groups, wherein the step of generating batches is controlled such that the weight of batches is within a pre-defined weight range, characterised in that the distribution of the batches within the weight range is pre-defined. • transferring food items to a weight determination means where the weight of the food items are obtained for single food items and/or food items in groups, • generating a plurality of batches based on the obtained weight of the single food items and/or food items in groups, wherein the step of generating batches is controlled such that the weight of batches is within a pre-defined weight range, characterised in that the distribution of the batches within the weight range is pre-defined.
A collector flow ring housing configured to mitigate an accumulation of fuel debris in an extreme ultraviolet radiation system, the collector flow ring housing comprising: a plurality of showerhead flow channel outlets configured to output a plurality of first gaseous fluid flows over a plurality of portions of a plasma-facing surface of the collector flow ring housing; a gutter purge flow channel outlet configured to output a second gaseous fluid flow over a fuel debris-receiving surface of the collector flow ring housing; a shroud mounting structure configured to support a shroud assembly; a cooling flow channel configured to transport a fluid configured to remove heat from at least a portion of the collector flow ring housing during an EUV radiation generation operation of the EUV radiation system; and a plurality of optical metrology ports configured to receive a plurality of optical metrology tubes. a plurality of showerhead flow channel outlets configured to output a plurality of first gaseous fluid flows over a plurality of portions of a plasma-facing surface of the collector flow ring housing; a gutter purge flow channel outlet configured to output a second gaseous fluid flow over a fuel debris-receiving surface of the collector flow ring housing; a shroud mounting structure configured to support a shroud assembly; a cooling flow channel configured to transport a fluid configured to remove heat from at least a portion of the collector flow ring housing during an EUV radiation generation operation of the EUV radiation system; and a plurality of optical metrology ports configured to receive a plurality of optical metrology tubes.
A method for tying off sausages on a string of sausages with a tying twine which comes from a twine reel which turns about the string of sausages and with which a counterweight is associated, characterised in that the counterweight and twine reel are adapted to each other when unreeling the tying twine.
A method for producing a pedelec frame composed of plastic, - wherein said pedelec frame is produced by joining together two corresponding plastic half-shells (2, 3), preferably by a material bond; - wherein the pedelec frame comprises receivers (12, 13, 14) for a handlebar, for a bottom bracket and preferably for a rider's saddle; - wherein the two plastic half-shells (2, 3) are produced by an injection-moulding process from a fibre-reinforced thermoplastic polymer that contains a partially aromatic polyamide, - wherein the partially aromatic polyamide is selected from one comprising aliphatic dicarbonyl repeat units and aromatic diamino repeat units, or from one comprising aromatic dicarbonyl repeat units and aliphatic diamino repeat units, or from a mixture of the above-mentioned substances, and - wherein the fibre-reinforced thermoplastic polymer comprises an aliphatic polyamide in addition to the partially aromatic polyamide. - wherein said pedelec frame is produced by joining together two corresponding plastic half-shells (2, 3), preferably by a material bond; - wherein the pedelec frame comprises receivers (12, 13, 14) for a handlebar, for a bottom bracket and preferably for a rider's saddle; - wherein the two plastic half-shells (2, 3) are produced by an injection-moulding process from a fibre-reinforced thermoplastic polymer that contains a partially aromatic polyamide, - wherein the partially aromatic polyamide is selected from one comprising aliphatic dicarbonyl repeat units and aromatic diamino repeat units, or from one comprising aromatic dicarbonyl repeat units and aliphatic diamino repeat units, or from a mixture of the above-mentioned substances, and - wherein the fibre-reinforced thermoplastic polymer comprises an aliphatic polyamide in addition to the partially aromatic polyamide.
A method of operating a thermal transfer printer, the thermal transfer printer comprising: first and second spool supports each being configured to support a spool (3,4) of ribbon; a ribbon drive configured to cause movement of ribbon from the first spool support to the second spool support along a predetermined ribbon path; and a printhead, the printhead being moveable towards and away from a printing surface, and, during printing, being configured to selectively transfer ink from the ribbon to a substrate as the substrate and printhead are moved relative to one another at a print speed; the method being characterized by causing relative movement between the ribbon and the printhead at a ribbon speed, wherein a relative speed of movement between the ribbon and the substrate during printing is controlled based upon: a force exerted upon the ribbon by the printhead during a printing operation; and/or a parameter indicative of an area of contact between a portion of the printhead and a portion of the printing surface. a force exerted upon the ribbon by the printhead during a printing operation; and/or a parameter indicative of an area of contact between a portion of the printhead and a portion of the printing surface.
A method for producing a strain gauge device comprising the steps of producing a band having an upper side, an underside, defining a tensioning direction running in the longitudinal direction of the band and having flexibility in a measuring zone, producing a sensor comprising at least one elongate measuring strand changing electrical resistivity in dependence of the strain and arranging the sensor without pre-tension at or in the band such that the measuring strand runs at least almost in the tensioning direction from one end to the other end of the measuring zone, changing the shape of the band at least in the measuring zone into a retaining working shape and thereby stretching the measuring strand to an amount of pre-tension, whereat the amount of pre-tension defines a lower limit of a working range of the sensor.
Dialysis machine having an extracorporeal blood system; a dialysis fluid system having a dialyzer; having a control unit, wherein the dialysis machine furthermore comprises a balancing chamber having two balancing chamber halves for a balanced infeed and draining of dialysis fluid to and from the dialyzer, wherein a line is provided through which the dialysis fluid is conducted to the balancing chamber, and wherein a mixing chamber is provided upstream of the balancing chamber in which the fresh dialysis fluid or a component thereof is located and which is directly or indirectly connected to a de-airing line closable by a valve, characterized in that the dialysis machine comprises recognition means which are configured to detect the lack or an empty state of a concentrate container (42,52), and which are connected to the control unit, wherein the control unit is configured, when the named detection by the recognition means occured, to open and close the valve once, or a number of times, when the balancing chamber half of the balancing chamber in fluid communication with the named line is in its high-pressure phase.
Device for creating a vessel access for extracorporeal blood treatment with an extracorporeal blood treatment device, wherein the device for creating the vessel access has an electrically conductive puncture needle with a proximal and distal end piece (1A, 1B) and a base body made of electrically non-conductive material, into which the distal end piece of the puncture needle is inserted, the base body having an electrically conductive contact element, characterised in that the electrically conductive puncture needle forms a first measurement electrode and the electrically conductive contact element of the base body forms a second measurement electrode, the base body made of electrically non-conductive material represents an insulator between the electrically conductive puncture needle and the electrical contact element.