mhurhangee/patent-ind-claim-en huggingface dataset:
A method for decontaminating a small enclosure , comprising the steps of: entering input parameters of the small enclosure into a processing unit , wherein the processing unit is programmed to determine fluid properties of a cleaning fluid in a decontamination device based on the input parameters of the small enclosure space , activating a decontamination cycle of the decontamination device , wherein the decontamination cycle comprises the steps of: providing a reservoir of the cleaning fluid ; setting the determined fluid properties of the cleaning fluid; generating a very dry mist comprising ionized hydrogen peroxide of the cleaning fluid, wherein the generated very dry mist is applied to decontaminate the substantially small enclosure , wherein the setting of the determined fluid properties to the cleaning fluid is performed by controlling an air valve. entering input parameters of the small enclosure into a processing unit , wherein the processing unit is programmed to determine fluid properties of a cleaning fluid in a decontamination device based on the input parameters of the small enclosure space , activating a decontamination cycle of the decontamination device , wherein the decontamination cycle comprises the steps of: providing a reservoir of the cleaning fluid ; setting the determined fluid properties of the cleaning fluid; generating a very dry mist comprising ionized hydrogen peroxide of the cleaning fluid, wherein the generated very dry mist is applied to decontaminate the substantially small enclosure , wherein the setting of the determined fluid properties to the cleaning fluid is performed by controlling an air valve.
A resource determining method, the method being performed by a terminal device and comprising: receiving downlink control information, DCI, from a network device, wherein the DCI is carried on a physical downlink control channel, PDCCH; and determining a resource of an uplink channel based on the DCI, wherein the resource of the uplink channel is used to send uplink information; wherein the uplink channel is a physical uplink control channel, PUCCH, and the PUCCH carries feedback information corresponding to a physical downlink shared channel, PDSCH, scheduled by using the DCI; and the determining a resource of an uplink channel based on the DCI comprises: determining a carrier on which the PUCCH is located; the method being characterized by : determining a resource of the PUCCH based on the carrier on which the PUCCH is located and the DCI; and wherein the determining a carrier on which the PUCCH is located comprises: when the DCI comprises second indication information, determining a carrier corresponding to a value of the second indication information as the carrier on which the PUCCH is located. receiving downlink control information, DCI, from a network device, wherein the DCI is carried on a physical downlink control channel, PDCCH; and determining a resource of an uplink channel based on the DCI, wherein the resource of the uplink channel is used to send uplink information; wherein the uplink channel is a physical uplink control channel, PUCCH, and the PUCCH carries feedback information corresponding to a physical downlink shared channel, PDSCH, scheduled by using the DCI; and the determining a resource of an uplink channel based on the DCI comprises: determining a carrier on which the PUCCH is located; the method being characterized by : determining a resource of the PUCCH based on the carrier on which the PUCCH is located and the DCI; and wherein the determining a carrier on which the PUCCH is located comprises: when the DCI comprises second indication information, determining a carrier corresponding to a value of the second indication information as the carrier on which the PUCCH is located. determining a resource of the PUCCH based on the carrier on which the PUCCH is located and the DCI; and wherein the determining a carrier on which the PUCCH is located comprises: when the DCI comprises second indication information, determining a carrier corresponding to a value of the second indication information as the carrier on which the PUCCH is located.
An absorbent article comprising an abdomen side section and a dorsal side section, at least one edge section of the abdomen side section and one edge section of the dorsal side section in a widthwise direction being joined together by a joint section while overlapping in a thickness direction along a lengthwise direction, wherein: the joint section comprises a plurality of fused joint sections, each of the plurality of fused joint sections includes: a fused section where a plurality of sheets on the abdomen side section and a plurality of sheets on the dorsal side section are fused together in the thickness direction, and a side wall section where the plurality of sheets on the abdomen side section and the plurality of sheets on the dorsal side section are fused together in the thickness direction in a manner extending from a perimeter edge of the fused section cylindrically in the thickness direction, a location of the fused section in the thickness direction deviates from a border between the abdomen side section and the dorsal side section, a dimension of the side wall section in the thickness direction is larger than a dimension of the fused section in the thickness direction, and a dimension of the side wall section in the lengthwise direction is smaller than a dimension in the widthwise direction. the joint section comprises a plurality of fused joint sections, each of the plurality of fused joint sections includes: a fused section where a plurality of sheets on the abdomen side section and a plurality of sheets on the dorsal side section are fused together in the thickness direction, and a side wall section where the plurality of sheets on the abdomen side section and the plurality of sheets on the dorsal side section are fused together in the thickness direction in a manner extending from a perimeter edge of the fused section cylindrically in the thickness direction, a location of the fused section in the thickness direction deviates from a border between the abdomen side section and the dorsal side section, a dimension of the side wall section in the thickness direction is larger than a dimension of the fused section in the thickness direction, and a dimension of the side wall section in the lengthwise direction is smaller than a dimension in the widthwise direction. a fused section where a plurality of sheets on the abdomen side section and a plurality of sheets on the dorsal side section are fused together in the thickness direction, and a side wall section where the plurality of sheets on the abdomen side section and the plurality of sheets on the dorsal side section are fused together in the thickness direction in a manner extending from a perimeter edge of the fused section cylindrically in the thickness direction, a location of the fused section in the thickness direction deviates from a border between the abdomen side section and the dorsal side section, a dimension of the side wall section in the thickness direction is larger than a dimension of the fused section in the thickness direction, and a dimension of the side wall section in the lengthwise direction is smaller than a dimension in the widthwise direction.
A radio frequency (RF) device , comprising: an RF transmission line structure including opposing boundary walls with a non-rectilinear form factor, wherein at least one of the boundary walls includes an array of apertures for extracting and radiating RF energy; and a feed structure configured to introduce RF energy into an area between the opposing boundary walls to illuminate the RF transmission line structure with the RF energy across the non-rectilinear form factor, characterized in that the feed structure includes: a first traveling-waveguide-fed leaky line-segment structure and a second travelling-waveguide-fed leaky line-segment structure , each having i) a respective continuous tapered or meandering slot in an upper waveguide broadwall of the respective line-segment structure, ii) respective longitudinal axes , and iii) respective feed terminals for introducing RF energy into the respective leaky line-segment structures, the first and second leaky line-segment structures being oriented to launch the RF energy into the area with a propagation direction having an oblique angle (θ) relative to the longitudinal axis of the respective line-segment structure . an RF transmission line structure including opposing boundary walls with a non-rectilinear form factor, wherein at least one of the boundary walls includes an array of apertures for extracting and radiating RF energy; and a feed structure configured to introduce RF energy into an area between the opposing boundary walls to illuminate the RF transmission line structure with the RF energy across the non-rectilinear form factor, characterized in that the feed structure includes: a first traveling-waveguide-fed leaky line-segment structure and a second travelling-waveguide-fed leaky line-segment structure , each having i) a respective continuous tapered or meandering slot in an upper waveguide broadwall of the respective line-segment structure, ii) respective longitudinal axes , and iii) respective feed terminals for introducing RF energy into the respective leaky line-segment structures, the first and second leaky line-segment structures being oriented to launch the RF energy into the area with a propagation direction having an oblique angle (θ) relative to the longitudinal axis of the respective line-segment structure .
A hydrogel comprising a crosslinked polymeric matrix formed from a polymerizable boronic acid salt monomer having a general structure (II): in which: (OH) 2 B-R1 is a boronic acid; R2 to R5 are each, independently, an aryl or alkyl group; R6 is alkyl, aryl, hydroxyl, or is a free-radical polymerizable group; and one of X or R6 comprises a free-radical polymerizable group. (OH) 2 B-R1 is a boronic acid; R2 to R5 are each, independently, an aryl or alkyl group; R6 is alkyl, aryl, hydroxyl, or is a free-radical polymerizable group; and one of X or R6 comprises a free-radical polymerizable group.
A sling bar , comprising: a frame defining a central hub , a first hook extending from the central hub , and a second hook extending from the central hub , the central hub comprising: a wall defining an internal hollow region and an external hub surface ; and one or more niches formed within the wall and recessed into the wall from the external hub surface , the one or more niches arranged radially around the internal hollow region and sized and shaped to receive a hand control device ; and a ferromagnetic insert positioned within the internal hollow region and configured to magnetically mount the hand control device at the one or more niches . a wall defining an internal hollow region and an external hub surface ; and one or more niches formed within the wall and recessed into the wall from the external hub surface , the one or more niches arranged radially around the internal hollow region and sized and shaped to receive a hand control device ; and a ferromagnetic insert positioned within the internal hollow region and configured to magnetically mount the hand control device at the one or more niches .
Method for synchronizing a magnetic locating system, the magnetic locating system comprising: - a first device and a second device each comprising an oscillator , a time counter clocked by said oscillator , and a radiocommunication module , - a device for emitting and receiving alternating magnetic fields, said device being configured to allow a propagation of alternating magnetic fields between the first and second devices , said device for emitting and receiving alternating magnetic fields being connected to the oscillators of the first and second devices , characterized in that it comprises a synchronizing step (E1) configured to synchronize the oscillators of the first and second devices by adjusting, by servo-controlling the oscillator of the second device , the operation of the time counter of the second device to the operation of the time counter of the first device . - a first device and a second device each comprising an oscillator , a time counter clocked by said oscillator , and a radiocommunication module , - a device for emitting and receiving alternating magnetic fields, said device being configured to allow a propagation of alternating magnetic fields between the first and second devices , said device for emitting and receiving alternating magnetic fields being connected to the oscillators of the first and second devices ,
Syringe comprising: - a syringe body , which has a cylindrical portion and, adjoining the latter, a frustoconical portion , and - a Luer lock connector , which has a Luer collar with an inner thread and a Luer cone with a through-channel , wherein a bottom surface is formed between Luer collar and Luer cone , wherein the syringe body and the Luer lock connector are formed in one piece and are made of a cyclic olefin resin; wherein the Luer collar has axially extending reinforcing ribs on its outer face; and wherein the reinforcing ribs have a radial extent of between 0.5 mm and 2.5 mm at their base facing the frustoconical portion and have a lateral extent of between 0.5 mm and 2.0 mm; and/or wherein the transition of the reinforcing ribs to the Luer collar and/or to the frustoconical portion is rounded, with a radius of at least 0.3 mm. - a syringe body , which has a cylindrical portion and, adjoining the latter, a frustoconical portion , and - a Luer lock connector , which has a Luer collar with an inner thread and a Luer cone with a through-channel , wherein a bottom surface is formed between Luer collar and Luer cone , wherein the syringe body and the Luer lock connector are formed in one piece and are made of a cyclic olefin resin; wherein the Luer collar has axially extending reinforcing ribs on its outer face; and wherein the reinforcing ribs have a radial extent of between 0.5 mm and 2.5 mm at their base facing the frustoconical portion and have a lateral extent of between 0.5 mm and 2.0 mm; and/or wherein the transition of the reinforcing ribs to the Luer collar and/or to the frustoconical portion is rounded, with a radius of at least 0.3 mm.
A rubber composition for tires, comprising a rubber component comprising at least 80% by mass in total of at least one of an isoprene-based rubber, a polybutadiene rubber, or a styrene-butadiene rubber, the rubber composition comprising, per 100 parts by mass of the rubber component: 10 to 120 parts by mass of silica; 0.2 to 10 parts by mass of a tetrazine compound represented by the formula below; and 1 to 50 parts by mass of a low-molecular-weight diene polymer having a weight average molecular weight of 200,000 or less, wherein R 1 and R 2 may be the same or different and each represent a hydrogen atom, -COOR 3 in which R 3 represents either a hydrogen atom or an alkyl group, or a C1-C11 monovalent hydrocarbon group optionally containing a heteroatom, and R 1 and R 2 may each form a salt. 10 to 120 parts by mass of silica; 0.2 to 10 parts by mass of a tetrazine compound represented by the formula below; and 1 to 50 parts by mass of a low-molecular-weight diene polymer having a weight average molecular weight of 200,000 or less, wherein R 1 and R 2 may be the same or different and each represent a hydrogen atom, -COOR 3 in which R 3 represents either a hydrogen atom or an alkyl group, or a C1-C11 monovalent hydrocarbon group optionally containing a heteroatom, and R 1 and R 2 may each form a salt.
Method for processing a sewer pipe using a sewer pipe sanitation unit having a milling tool, comprising the following steps: - scanning the pipe wall with the milling tool at three mutually spaced points that are arranged in a plane perpendicular to the axis of the sewer pipe, - calculating the perimeter by means of the three scanned points, and - pivoting the milling tool along the perimeter while processing the sewer pipe at the same time. - scanning the pipe wall with the milling tool at three mutually spaced points that are arranged in a plane perpendicular to the axis of the sewer pipe, - calculating the perimeter by means of the three scanned points, and - pivoting the milling tool along the perimeter while processing the sewer pipe at the same time.
A device for leveling tiles , which comprises: - a traction member , said traction member comprising a base which can be inserted below two or more of said tiles which are adjacent at mutual edges, a C-shaped element extending from said base , free ends of its wings being associated with said base , - a wedge , said wedge having a surface with a serrated profile for interaction with said traction member at an edge of the core of said C-shaped element , said wedge being insertable inside said C-shaped element of said traction member between said wings thereof, said base of said traction member having a continuous external perimetric edge and one or more openings which pass through its thickness, said device being characterised in that : - said wedge is provided with a partition which extends from said surface with a serrated profile, at right angles thereto, - said edge of said core has a recess into which said partition can be inserted. - a traction member , said traction member comprising a base which can be inserted below two or more of said tiles which are adjacent at mutual edges, a C-shaped element extending from said base , free ends of its wings being associated with said base , - a wedge , said wedge having a surface with a serrated profile for interaction with said traction member at an edge of the core of said C-shaped element , said wedge being insertable inside said C-shaped element of said traction member between said wings thereof, - said wedge is provided with a partition which extends from said surface with a serrated profile, at right angles thereto, - said edge of said core has a recess into which said partition can be inserted.
Floatable, in particular temporary excavation enclosure for avoiding drilling fluid or spoil mixed with drilling fluid passing into surrounding ground, in particular mud flats, or water in the region of water-side drilling outlet points, in particular horizontal drill holes, in the bottom of a body of water, in particular in mud flats, comprising - a flooded floating platform with a hole , on the bottom of a body of water, in particular in mud flats, characterized by - at least two retaining posts which can be raised on the outer side of the floating platform , which retaining posts are sunk and fixed into the bottom of the body of water in order to secure the floating platform , - a vertical sheet pile wall which is plugged in the bottom of the body of water, encloses a drilling outlet point, and consists of sheet piles made from plastic along the inner side of the hole of the floating platform , - a peripheral horizontal waling for the sheet pile wall in the hole in the floating platform on the inner side of the sheet pile wall , and - a plurality of vertical guide frames which are plugged into the bottom of the body of water in vertical sliding guides on the inner side of the hole in the floating platform, which guide frames receive the waling at a spacing in accordance with the profile depth of the sheet piles from the inner side of the hole in the floating platform. - a flooded floating platform with a hole , on the bottom of a body of water, in particular in mud flats, characterized by - at least two retaining posts which can be raised on the outer side of the floating platform , which retaining posts are sunk and fixed into the bottom of the body of water in order to secure the floating platform , - a vertical sheet pile wall which is plugged in the bottom of the body of water, encloses a drilling outlet point, and consists of sheet piles made from plastic along the inner side of the hole of the floating platform , - a peripheral horizontal waling for the sheet pile wall in the hole in the floating platform on the inner side of the sheet pile wall , and - a plurality of vertical guide frames which are plugged into the bottom of the body of water in vertical sliding guides on the inner side of the hole in the floating platform, which guide frames receive the waling at a spacing in accordance with the profile depth of the sheet piles from the inner side of the hole in the floating platform.
Composition for the treatment of skin lesions and/or nail lesions, comprising - an effective amount of trichloroacetic acid, - at least one thickener (for increasing the viscosity of the solvent), and - at least one physiologically acceptable liquid carrier, wherein the composition comprises at least 20% w/w trichloroacetic acid, and 0.5-3% w/w carbomer. - an effective amount of trichloroacetic acid, - at least one thickener (for increasing the viscosity of the solvent), and - at least one physiologically acceptable liquid carrier,
A method for laser welding a workpiece , wherein an I-seam at the corner joint of two workpiece parts (3a, 3b, 3a (I) , 3b (I) ) of the workpiece , which consist substantially of aluminium, is welded with a welding laser beam , whereby an aluminium connection is produced between the workpiece parts (3a, 3b, 3a (I) , 3b (I) ), characterised in that to generate the welding laser beam , an output laser beam is fed into a first end of a multi-clad fibre , in particular a 2-in-1 fibre, wherein the multi-clad fibre has at least one core fibre and a ring fibre surrounding it, wherein a first part LK of the laser power of the output laser beam is fed into the core fibre and a second part LR of the laser power of the output laser beam is fed into the ring fibre , wherein a second end of the multi-clad fibre is projected onto the workpiece , and wherein the laser welding of the workpiece is carried out by deep penetration welding. wherein an I-seam at the corner joint of two workpiece parts (3a, 3b, 3a (I) , 3b (I) ) of the workpiece , which consist substantially of aluminium, is welded with a welding laser beam , whereby an aluminium connection is produced between the workpiece parts (3a, 3b, 3a (I) , 3b (I) ), characterised in that to generate the welding laser beam , an output laser beam is fed into a first end of a multi-clad fibre , in particular a 2-in-1 fibre, wherein the multi-clad fibre has at least one core fibre and a ring fibre surrounding it, wherein a first part LK of the laser power of the output laser beam is fed into the core fibre and a second part LR of the laser power of the output laser beam is fed into the ring fibre , wherein a second end of the multi-clad fibre is projected onto the workpiece , and wherein the laser welding of the workpiece is carried out by deep penetration welding.