mhurhangee/ep-ind-claims huggingface dataset:
A hood for clothing, comprising: a hood body having an opening and a drawstring channel (22, 122), the drawstring channel (22, 122) including a first portion (22a, 122a) that extends in a substantially vertical direction along left and right peripheral edges of an upper portion of the opening, a second portion (22b, 122b) that extends in a substantially vertical direction along left and right peripheral edges respectively of a lower portion of the opening, and a third portion (22c, 122c) that is coupled to a lower end of the first portion (22a, 122a) and an upper end of the second portion (22, 122b) and extends in a substantially front-rear direction on left and right sides respectively of the hood body; a first string threaded through at least the second portion (22b, 122b) of the drawstring channel (22, 122) and on which a guide with a through hole is provided on an upper end portion thereof; a second string threaded through at least the first portion (22a, 122a) and the third portion (22c, 122c) of the drawstring channel (22, 122), threaded through the through hole of the guide, and having a hook portion (26, 126) that is configured to be caught by the guide in the first portion (22a, 122a) before the guide; and an adjusting member provided on a back side of the hood body and configured to adjust a length of the second string in accordance with operation by a user. a hood body having an opening and a drawstring channel (22, 122), the drawstring channel (22, 122) including a first portion (22a, 122a) that extends in a substantially vertical direction along left and right peripheral edges of an upper portion of the opening, a second portion (22b, 122b) that extends in a substantially vertical direction along left and right peripheral edges respectively of a lower portion of the opening, and a third portion (22c, 122c) that is coupled to a lower end of the first portion (22a, 122a) and an upper end of the second portion (22, 122b) and extends in a substantially front-rear direction on left and right sides respectively of the hood body; a first string threaded through at least the second portion (22b, 122b) of the drawstring channel (22, 122) and on which a guide with a through hole is provided on an upper end portion thereof; a second string threaded through at least the first portion (22a, 122a) and the third portion (22c, 122c) of the drawstring channel (22, 122), threaded through the through hole of the guide, and having a hook portion (26, 126) that is configured to be caught by the guide in the first portion (22a, 122a) before the guide; and an adjusting member provided on a back side of the hood body and configured to adjust a length of the second string in accordance with operation by a user.
A data transmission method, carried out by a target optical network unit, ONU, or by an optical line terminal, OLT, comprising the steps of: acquiring a first type of data and a second type of data to be transmitted, wherein the first type of data is low-delay requirement data and a transmission requirement delay of the first type of data is less than a transmission delay requirement of the second type of data; and transmitting the first type of data on a first carrier frequency band of a transmission channel between the target ONU and the OLT, and transmitting the second type of data on a second carrier frequency band of the transmission channel; wherein a lowest frequency of the second carrier frequency band is higher than a highest frequency in the first carrier frequency band.
A needle assembly comprising a retractable needle that comprises a cannula and a needle body comprising one or more fluid channels (426A, 426B) that in use co-operate with one or more fluid conduits of a plunger seal to direct fluid to said cannula and further comprising a needle retainer releasably coupled to said needle body characterized in that the assembly also comprises an ejector that facilitates release of the retractable needle from the retainer to allow retraction of said retractable needle when engaged by said plunger seal, the ejector comprising a plurality of tabs (622A, 622B, 622C) that releasably engage the needle body.
A method of manufacturing a hollow body provided with a glass inside surface defining a cavity, said body constituting a container, said method including a step of covering at least a fraction of said inside surface with a metal lining, characterized in that said hollow body comprises a single piece of glass inside which said cavity is formed and constituting a container designed for containing in the cavity a cosmetics substance formed by an alcoholic liquid such as a body perfume, the inside surface being covered with the lining in a quantity per unit area that is equal to or greater than 1000 mg/m 2, said covering step including a sub-step of activating said inside surface by putting the inside surface into contact with an activation agent, so as to obtain an activated inside surface, and thereafter a sub-step of grafting said activated inside surface with a grafting agent, in order to obtain a grafted inside surface.
Process for the preparation of lactic acid comprising the steps of: a) providing an aqueous medium comprising magnesium lactate; b) adding to the aqueous medium comprising magnesium lactate a monovalent base to form an aqueous medium comprising a water soluble monovalent lactate salt and a solid magnesium base; c) separating the solid magnesium base from the aqueous medium comprising the water soluble monovalent lactate salt; d) providing an aqueous medium comprising the water soluble monovalent lactate salt at a concentration of more than 30 wt.% and at most 45 wt.%; e) subjecting the aqueous medium comprising the water soluble monovalent lactate salt from step d) to water-splitting electrodialysis, to produce a first solution comprising monovalent base and a second solution comprising lactic acid and monovalent lactate salt, the electrodialysis being carried out to a partial conversion of 40 to 99 mole%; f) recovering lactic acid from the second solution comprising lactic acid and monovalent lactate salt. a) providing an aqueous medium comprising magnesium lactate; b) adding to the aqueous medium comprising magnesium lactate a monovalent base to form an aqueous medium comprising a water soluble monovalent lactate salt and a solid magnesium base; c) separating the solid magnesium base from the aqueous medium comprising the water soluble monovalent lactate salt; d) providing an aqueous medium comprising the water soluble monovalent lactate salt at a concentration of more than 30 wt.% and at most 45 wt.%; e) subjecting the aqueous medium comprising the water soluble monovalent lactate salt from step d) to water-splitting electrodialysis, to produce a first solution comprising monovalent base and a second solution comprising lactic acid and monovalent lactate salt, the electrodialysis being carried out to a partial conversion of 40 to 99 mole%; f) recovering lactic acid from the second solution comprising lactic acid and monovalent lactate salt.
Aero gas turbine with a fan disc to which are attached, distributed around the circumference, fan blades that form an interspace with respect to one another, with a sealing disc arranged on the rear side of the fan disc, and with an inlet cone mounted on the front side of the fan disc, as well as with filler elements arranged in the interspaces, characterized in that the inlet cone has strip-shaped extensions which are integrally formed therewith, which can be introduced into the interspaces, and the free ends of which are inserted into an annular groove formed on the sealing disc, and in that a filler element is arranged on each strip-shaped extension.
Sand core making machine comprising a core box, a blowing device suitable for introducing a sand-binder mixture in the core box, and a hardening device suitable for introducing pressurized hot air in the core box, conducted through a specific path to said core box, for hardening the mixture present in said core box, the hardening device comprising at least one heating unit (3.1) in said path upstream of the core box for heating said pressurized air before it reaches said core box, characterized in that the machine further comprises a flowmeter for measuring the flow of the pressurized air through said path, a flow regulator for regulating said airflow, the flow regulator being able to be acted on depending on the measurement obtained by the flowmeter, and a control unit which is communicated with the flowmeter and with the flow regulator, and configured for acting on the flow regulator for regulating pressurized airflow depending on the measurement obtained by means of the flowmeter, the core box comprising a cavity (1.3) with the shape of the core to be made, at least one inlet conduit (1.1.1) communicating the outside of the core box with the cavity (1.3) to be able to introduce the mixture and the pressurized air in the cavity (1.3), and at least one outlet conduit (1.2.1) different from the inlet conduit (1.1.1), communicating the outside of the core box with the cavity (1.3) to be able to discharge air present in the cavity (1.3) from said cavity (1.3) as the mixture and the pressurized air are introduced in said cavity (1.3), the machine comprising an outlet pipe fluidically communicated with the outlet conduit (1.2.1) for conducting air discharged through said outlet conduit (1.2.1) where required, and the flow regulator being arranged in said outlet pipe, said flow regulator thereby being configured for directly regulating the flow through the outlet pipe.
A system comprised of a first floor processing device guided manually by a user within an environment, a second, exclusively automatically operated floor processing device, and a computing device, wherein the first floor processing device has a detection device for detecting a parameter of the environment and/or a surface to be processed, and wherein the second floor processing device has a navigation device for navigating and self-localizing in the environment, characterized in that the computing device is set up, based on the parameter detected by the detection device of the first floor processing device, to determine whether a specific partial surface area (6, 7, 8) of the surface to be processed is suitable for floor processing by the second floor processing device.
A bale wrapper device that is configured to travel over the ground, the bale wrapper device including a pick-up device for picking up an agricultural bale from the ground, said pick-up device including a pick-up mechanism that is engageable with opposite sides of the bale and operable to lift the bale, and a wrapping system (50, 52, 54) for wrapping a film wrapper around an agricultural bale that has been picked-up by the pick-up device; characterised in that the pick-up device includes a sensing system (60, 62) that is configured to sense the position and/or size of an object on the ground as the bale wrapper device travels towards the object, and a control unit that is configured to determine the position of the pick-up mechanism relative to the object based on signals received from the sensing system prior to picking-up the object, and to operate the pick-up mechanism when the pick-up mechanism is positioned correctly relative to the object.
An optical transmitter arranged for modulating light from a light source by an optical modulator with use of an arbitrary data sequence being an electric signal, the optical transmitter comprising: light intensity detection means arranged for detecting intensity of output light of the optical modulator; data signal generation means arranged for generating the arbitrary data sequence; characterized that the optical transmitter is adapted for modulating light from a light source by the optical modulator with use of the arbitrary data sequence, to thereby generate an arbitrary optical waveform, wherein the optical transmitter further comprises: average modulation degree calculation means arranged for calculating an average modulation degree of the arbitrary data sequence based on the arbitrary data sequence; and bias control means arranged for performing bias control on the optical modulator based on the intensity of the output light detected by the light intensity detection means and the average modulation degree of the arbitrary data sequence calculated by the average modulation degree calculation means. light intensity detection means arranged for detecting intensity of output light of the optical modulator; data signal generation means arranged for generating the arbitrary data sequence; characterized that the optical transmitter is adapted for modulating light from a light source by the optical modulator with use of the arbitrary data sequence, to thereby generate an arbitrary optical waveform, wherein the optical transmitter further comprises: average modulation degree calculation means arranged for calculating an average modulation degree of the arbitrary data sequence based on the arbitrary data sequence; and bias control means arranged for performing bias control on the optical modulator based on the intensity of the output light detected by the light intensity detection means and the average modulation degree of the arbitrary data sequence calculated by the average modulation degree calculation means. average modulation degree calculation means arranged for calculating an average modulation degree of the arbitrary data sequence based on the arbitrary data sequence; and bias control means arranged for performing bias control on the optical modulator based on the intensity of the output light detected by the light intensity detection means and the average modulation degree of the arbitrary data sequence calculated by the average modulation degree calculation means.
Device for the high-precision charging of a press with stacks of workpieces that are to be pressed in a press with structured pressing plates with pore accuracy with respect to upper and lower decorative layers, having a charging device for the press, characterized in that the charging device consists of longitudinal guides which are arranged on both sides of the assembled stacks of workpieces and on which slides that are driven in each case independently of one another are guided, said slides having vertical guides for pivot arms that are pivotable in each case independently of one another and are equipped with clamping strips for receiving the stacks of workpieces.
A method of channel access by a wireless device in a wireless network comprising: determining whether there is network traffic on the channel according to a protocol that uses preambles of a first type and preambles of a second type, the preambles of the second type being longer than the preambles of the first type, wherein determining that there is network traffic includes assuming that there is network traffic associated with the preamble of the second type when an energy level of the channel is determined to be above a predetermined threshold for a first period of time; and sending a packet with a preamble of the first type, responsive to determining that no network traffic is detected associated with the preamble of the second type or network traffic associated with the preamble of the first type for the first period of time, wherein the wireless device includes logic to decode the preamble of the first type, and does not implement logic to decode the preamble of the second type. determining whether there is network traffic on the channel according to a protocol that uses preambles of a first type and preambles of a second type, the preambles of the second type being longer than the preambles of the first type, wherein determining that there is network traffic includes assuming that there is network traffic associated with the preamble of the second type when an energy level of the channel is determined to be above a predetermined threshold for a first period of time; and sending a packet with a preamble of the first type, responsive to determining that no network traffic is detected associated with the preamble of the second type or network traffic associated with the preamble of the first type for the first period of time, wherein the wireless device includes logic to decode the preamble of the first type, and does not implement logic to decode the preamble of the second type.
Monometallic metal complex containing a hexadentatssse tripodal ligand in which three bidentate sub-ligands coordinate to a metal and the three bidentate sub-ligands, which may be the same or different, are joined via a bridge of the formula: where the dotted bond represents the bond of the bidentate sub-ligands to this structure and the symbols used are as follows: X 1 is the same or different at each instance and is C which may also be substituted or N; X 2 is the same or different at each instance and is C which may also be substituted or N, or two adjacent X 2 groups together are N which may also be substituted, O or S, so as to form a five-membered ring, or two adjacent X 2 groups together are C which may also be substituted or N when one of the X 3 groups in the cycle is N, so as to form a five-membered ring, with the proviso that not more than two adjacent X 2 groups in each ring are N; at the same time, any substituents present may also form a ring system with one another or with substituents bonded to X 1; X 3 is C at each instance in one cycle or one X 3 group is N and the other X 3 group in the same cycle is C, where the X 3 groups in the three cycles may be selected independently, with the proviso that two adjacent X 2 groups together are C which may also be substituted or N when one of the X 3 groups in the cycle is N; at the same time, the three bidentate ligands, apart from by the bridge of the formula, may also be ring-closed by a further bridge to form a cryptate. X 1 is the same or different at each instance and is C which may also be substituted or N; X 2 is the same or different at each instance and is C which may also be substituted or N, or two adjacent X 2 groups together are N which may also be substituted, O or S, so as to form a five-membered ring, or two adjacent X 2 groups together are C which may also be substituted or N when one of the X 3 groups in the cycle is N, so as to form a five-membered ring, with the proviso that not more than two adjacent X 2 groups in each ring are N; at the same time, any substituents present may also form a ring system with one another or with substituents bonded to X 1; X 3 is C at each instance in one cycle or one X 3 group is N and the other X 3 group in the same cycle is C, where the X 3 groups in the three cycles may be selected independently, with the proviso that two adjacent X 2 groups together are C which may also be substituted or N when one of the X 3 groups in the cycle is N; at the same time, the three bidentate ligands, apart from by the bridge of the formula, may also be ring-closed by a further bridge to form a cryptate.
A pneumatic tire comprising a pair of bead portions each having a bead core therein, wherein each of the pair of the bead portions has an outer side surface which is to be in contact with a standard rim on an outer side in a tire axial direction of the respective one of the bead cores, characterized in that in a tire meridian section of the pneumatic tire in a pre-mounted state in which a width in a tire axial direction between the outer side surfaces is equal to a rim width (Wa) of the standard rim, in at least one of the pair of the bead portions, a distance in a tire radial direction between an inner end in the tire radial direction of the bead core and a bead toe is in a range from 1.0 to 1.7 times a maximum width in the tire axial direction of the bead core, and a minimum length in the tire axial direction between the bead core and the outer side surface is in a range of from 10% to 25% of the maximum width. each of the pair of the bead portions has an outer side surface which is to be in contact with a standard rim on an outer side in a tire axial direction of the respective one of the bead cores, characterized in that in a tire meridian section of the pneumatic tire in a pre-mounted state in which a width in a tire axial direction between the outer side surfaces is equal to a rim width (Wa) of the standard rim, in at least one of the pair of the bead portions, a distance in a tire radial direction between an inner end in the tire radial direction of the bead core and a bead toe is in a range from 1.0 to 1.7 times a maximum width in the tire axial direction of the bead core, and a minimum length in the tire axial direction between the bead core and the outer side surface is in a range of from 10% to 25% of the maximum width.
A method of forming a solder deposit on a substrate comprising the following steps: i) provide a substrate including a surface bearing electrical circuitry that includes at least one contact area, ii) form a solder mask layer that is placed on the substrate surface and patterned to expose the at least one contact area, iii) contact the entire substrate area including the solder mask layer and the at least one contact area with a solution suitable to provide a conductive layer on the substrate surface, iv) electroplate from an acidic electrolytic plating bath a solder deposit layer containing a tin or tin alloy onto the conductive layer, wherein the plating of tin and tin alloys for solder depot plating is performed by pulse plating comprising at least one forward current pulse and at least one reverse current pulse, wherein - the duration of the at least one forward current pulse is adjusted to at least 5 ms to 1000 ms, and - the duration of the at least one reverse current pulse is adjusted to 0.2 to 5 ms at most, v) etch away an amount of the solder deposit layer containing tin or tin alloy and the conductive layer sufficient to remove both the solder deposit layer and the conductive layer from the solder mask layer area leaving a solder deposit layer on the at least one contact area. i) provide a substrate including a surface bearing electrical circuitry that includes at least one contact area, ii) form a solder mask layer that is placed on the substrate surface and patterned to expose the at least one contact area, iii) contact the entire substrate area including the solder mask layer and the at least one contact area with a solution suitable to provide a conductive layer on the substrate surface, iv) electroplate from an acidic electrolytic plating bath a solder deposit layer containing a tin or tin alloy onto the conductive layer, wherein the plating of tin and tin alloys for solder depot plating is performed by pulse plating comprising at least one forward current pulse and at least one reverse current pulse, wherein - the duration of the at least one forward current pulse is adjusted to at least 5 ms to 1000 ms, and - the duration of the at least one reverse current pulse is adjusted to 0.2 to 5 ms at most, - the duration of the at least one forward current pulse is adjusted to at least 5 ms to 1000 ms, and - the duration of the at least one reverse current pulse is adjusted to 0.2 to 5 ms at most, v) etch away an amount of the solder deposit layer containing tin or tin alloy and the conductive layer sufficient to remove both the solder deposit layer and the conductive layer from the solder mask layer area leaving a solder deposit layer on the at least one contact area.