mhurhangee/patent-ind-claim-en huggingface dataset:
A device for collecting liquid flowing down an outside surface of a drinking vessel , the drinking vessel having a bowl and a stem , the device comprising an open and substantially conical main body having a slot along its full length such that the device can be fitted around a portion of the bowl proximal to the stem, and snugly around a portion of the stem proximal to the bowl for providing a substantially liquid-tight seal against the stem, characterised in that the main body comprises a dished portion for a user to grasp, and a tubular portion having a smaller diameter than the dished portion, the tubular portion being positioned below the dished portion, the main body being configured such that the dished portion fits around the portion of the bowl proximal to the stem, and the tubular portion fits snugly around the portion of the stem proximal to the bowl, the dished portion providing a space above the tubular portion, during use the space being disposed between an inside surface of the dished portion and the outside surface of the drinking vessel for facilitating retention of liquid flowing down the outside surface of the drinking vessel from above the device. an open and substantially conical main body having a slot along its full length such that the device can be fitted around a portion of the bowl proximal to the stem, and snugly around a portion of the stem proximal to the bowl for providing a substantially liquid-tight seal against the stem, characterised in that the main body comprises a dished portion for a user to grasp, and a tubular portion having a smaller diameter than the dished portion, the tubular portion being positioned below the dished portion, the main body being configured such that the dished portion fits around the portion of the bowl proximal to the stem, and the tubular portion fits snugly around the portion of the stem proximal to the bowl, the dished portion providing a space above the tubular portion, during use the space being disposed between an inside surface of the dished portion and the outside surface of the drinking vessel for facilitating retention of liquid flowing down the outside surface of the drinking vessel from above the device.
An apparatus , comprising: an accelerometer ; a memory comprising instructions ; and a processor configured, when carrying out the instructions, to: sample a signal obtained or derived from the accelerometer to thereby provide a predetermined number of samples of the signal; select samples having an absolute value that is greater than a first threshold ; characterized in that the processor is further configured, when carrying out the instructions, to: accumulate the selected samples over a period of time to produce a first value, being the sum of the values of the selected samples over the period of time; compare the first value with a threshold set +P or -P ; and determine that the apparatus is worn on the right limb if the first value is greater than +P, determine that the apparatus is worn on the left limb if the first value is less than -P, and not determine a wearing location otherwise. an accelerometer ; a memory comprising instructions ; and a processor configured, when carrying out the instructions, to: sample a signal obtained or derived from the accelerometer to thereby provide a predetermined number of samples of the signal; select samples having an absolute value that is greater than a first threshold ; characterized in that the processor is further configured, when carrying out the instructions, to: accumulate the selected samples over a period of time to produce a first value, being the sum of the values of the selected samples over the period of time; compare the first value with a threshold set +P or -P ; and determine that the apparatus is worn on the right limb if the first value is greater than +P, determine that the apparatus is worn on the left limb if the first value is less than -P, and not determine a wearing location otherwise. sample a signal obtained or derived from the accelerometer to thereby provide a predetermined number of samples of the signal; select samples having an absolute value that is greater than a first threshold ; characterized in that the processor is further configured, when carrying out the instructions, to: accumulate the selected samples over a period of time to produce a first value, being the sum of the values of the selected samples over the period of time; compare the first value with a threshold set +P or -P ; and determine that the apparatus is worn on the right limb if the first value is greater than +P, determine that the apparatus is worn on the left limb if the first value is less than -P, and not determine a wearing location otherwise. accumulate the selected samples over a period of time to produce a first value, being the sum of the values of the selected samples over the period of time; compare the first value with a threshold set +P or -P ; and determine that the apparatus is worn on the right limb if the first value is greater than +P, determine that the apparatus is worn on the left limb if the first value is less than -P, and not determine a wearing location otherwise.
Wood screw made of metal for timber construction, having a screw head with a drive formation , a screw shaft with a screw tip , wherein the screw shaft is provided with a non-threaded portion adjacent to the screw head and provided with a thread adjacent to the screw tip , wherein the screw shaft is configured for forming a mating thread in a wooden component without pre-drilling, wherein an expanding portion is provided between the portion of the screw shaft having the thread and the non-threaded portion of the screw shaft , wherein the expanding portion has a plurality of ribs projecting beyond the outer diameter of the non-threaded portion in the radial direction, wherein the ribs are rounded off in the radial outer region thereof, characterized in that a radius of curvature of the ribs is greater than a height of the ribs measured in the radial direction.
An air duct for a transport or distribution or suction of air, the duct having walls made of a woven fabric, wherein the duct comprises - at least one upper longitudinal bearing profile , in which an upper corner of the duct is embedded, and - at least one lower longitudinal delimiting profile for setting a position of a lower corner of the duct, and - at least one further upper longitudinal bearing profile , in which a further upper corner of the duct is embedded, and which is mountable in a fixed position in respect of the first upper bearing profile , the duct has walls made of a woven fabric forming a hose shape, the duct has a cross section of a tetragonal shape, and said lower corner of the duct is arranged in the at least one lower longitudinal delimiting profile , characterised in that the upper longitudinal bearing profiles are interconnected with each other by means of crosspieces for delimiting their relative position, the lower longitudinal delimiting profile in which the lower corner of duct walls is embedded, is interconnected with an upper longitudinal bearing profile via fixed vertical delimiting connecting elements . - at least one upper longitudinal bearing profile , in which an upper corner of the duct is embedded, and - at least one lower longitudinal delimiting profile for setting a position of a lower corner of the duct, and - at least one further upper longitudinal bearing profile , in which a further upper corner of the duct is embedded, and which is mountable in a fixed position in respect of the first upper bearing profile , the duct has walls made of a woven fabric forming a hose shape, the duct has a cross section of a tetragonal shape, and said lower corner of the duct is arranged in the at least one lower longitudinal delimiting profile , characterised in that the upper longitudinal bearing profiles are interconnected with each other by means of crosspieces for delimiting their relative position, the lower longitudinal delimiting profile in which the lower corner of duct walls is embedded, is interconnected with an upper longitudinal bearing profile via fixed vertical delimiting connecting elements .
An upper for an article of footwear , the upper comprising: a first knit layer ; a second knit layer ; a third layer located between the first knit layer and the second knit layer, the third layer including a first meltable material with a melting point of 150°C or less, wherein the first knit layer and the second knit layer are secured via the material of the third layer; a first zone , wherein the first knit layer, the second knit layer, and the third layer are coextensive in the first zone; and a second zone , wherein the first knit layer, the second knit layer, and the third layer are coextensive in the second zone, and wherein less of the material of the third layer, by mass per unit surface area, is located in the second zone than in the first zone, wherein the first zone has a first stretch resistance, wherein the second zone has a second stretch resistance, and wherein the first stretch resistance is greater than the second stretch resistance, the upper further comprising a support member located between the first knit layer and the second knit layer, the support member configured to limit the stretch resistance at least in a third zone , characterized in that the support member includes a second meltable material with a melting point different than the material of the third layer, and wherein the support member is secured to at least one of the first knit layer and the second knit layer via the second meltable material. a first knit layer ; a second knit layer ; a third layer located between the first knit layer and the second knit layer, the third layer including a first meltable material with a melting point of 150°C or less, wherein the first knit layer and the second knit layer are secured via the material of the third layer; a first zone , wherein the first knit layer, the second knit layer, and the third layer are coextensive in the first zone; and a second zone , wherein the first knit layer, the second knit layer, and the third layer are coextensive in the second zone, and wherein less of the material of the third layer, by mass per unit surface area, is located in the second zone than in the first zone, wherein the first zone has a first stretch resistance, wherein the second zone has a second stretch resistance, and wherein the first stretch resistance is greater than the second stretch resistance, the upper further comprising a support member located between the first knit layer and the second knit layer, the support member configured to limit the stretch resistance at least in a third zone , characterized in that the support member includes a second meltable material with a melting point different than the material of the third layer, and wherein the support member is secured to at least one of the first knit layer and the second knit layer via the second meltable material.
A luminal stent graft, comprising: a first tubular body and a second tubular body , wherein the second tubular body is sleeved outside the first tubular body , and at least one end of the second tubular body is sealingly connected with an outer surface of the first tubular body , wherein the first tubular body comprises at least one first radial supporting structure distributed along a circumferential direction of the first tubular body , and the second tubular body comprises a second graft covering at least one portion of the first tubular body and a second radial supporting structure is arranged in a maximum radial length region (L) of the second graft and surrounds the maximum radial length region, wherein the second radial supporting structure has radial supportability, characterized in that the second tubular body includes a straight tube section , a conical tube section and a connecting section , the connecting section being sealingly connected to the first tubular body and the conical tube section being connected between the connecting section and the straight tube section , wherein the maximum radial length region (L) is located in the straight tube section and the second radial supporting structure is arranged in the straight tube section , and wherein the radial deformability of the second radial supporting structure is greater than that of the first radial supporting structure . a first tubular body and a second tubular body , wherein the second tubular body is sleeved outside the first tubular body , and at least one end of the second tubular body is sealingly connected with an outer surface of the first tubular body , wherein the first tubular body comprises at least one first radial supporting structure distributed along a circumferential direction of the first tubular body , and the second tubular body comprises a second graft covering at least one portion of the first tubular body and a second radial supporting structure is arranged in a maximum radial length region (L) of the second graft and surrounds the maximum radial length region, wherein the second radial supporting structure has radial supportability, characterized in that the second tubular body includes a straight tube section , a conical tube section and a connecting section , the connecting section being sealingly connected to the first tubular body and the conical tube section being connected between the connecting section and the straight tube section , wherein the maximum radial length region (L) is located in the straight tube section and the second radial supporting structure is arranged in the straight tube section , and wherein the radial deformability of the second radial supporting structure is greater than that of the first radial supporting structure .
An anode active material for lithium secondary batteries, comprising natural graphite particles comprising spherical particles of agglomerated graphite sheets, outer surfaces of which are not coated with a carbon-based material, wherein the surfaces of the particles have a degree of amorphization of 0.3 to 0.5 within a range within which an R value [R=I 1350 /I 1580 ] (I 1350 is an intensity of Raman around 1350 cm -1 and I 1580 is an intensity of Raman around 1580 cm -1 ) of a Raman spectrum is in a range of 0.30 to 0.50, and wherein the natural graphite particles have a hydrophilic substituent combined to at least some of the carbon atoms at surfaces thereof, the natural graphite particles having an average particle diameter of 21 μm to 25 μm.
A method for welding longitudinal edge regions of sheet-metal strips butting against one another with the following method steps: - producing an upturn along the respective longitudinal edge of the sheet-metal strip , - joining the upturns of adjacent sheet-metal strips to one another, - fusing the upturns joined to one another of adjacent sheet-metal strips by means of welding advancing in the longitudinal direction (L) of the sheet-metal strips using a welding head , without the use of additional welding material, - characterized in that - a bead or groove is produced at a specified distance (a) parallel to the longitudinal edge of each sheet-metal strip , - the cross-sectional length of the upturn corresponds substantially to the distance (a) of the bead/groove , - producing an upturn along the respective longitudinal edge of the sheet-metal strip , - joining the upturns of adjacent sheet-metal strips to one another, - fusing the upturns joined to one another of adjacent sheet-metal strips by means of welding advancing in the longitudinal direction (L) of the sheet-metal strips using a welding head , without the use of additional welding material, - characterized in that - a bead or groove is produced at a specified distance (a) parallel to the longitudinal edge of each sheet-metal strip , - the cross-sectional length of the upturn corresponds substantially to the distance (a) of the bead/groove ,
System for holding open a leaf of a door, window or the like, comprising a drive with at least one mechanical energy store, which is charged up by an opening movement of the leaf and is discharged with a closing movement of the leaf, and comprising a hold-open device operating on the quiescent current principle with a control device, characterized in that the hold-open device has a permanent magnet unit for holding open the leaf and at least one electric coil , which can be controlled via the control device such that the magnetic field is compensated and therefore the hold-open device is released and the leaf freed, wherein the system further has a blocking device for blocking, which means preventing the leaf that can be held open by the hold-open device from being held open, having a control device and a blocking unit that can in particular be actuated by an electric motor and/or electromagnetically and can be controlled via the control device , wherein the control device is designed with single redundancy or multiple redundancy, the blocking unit can be controlled via a corresponding number of redundancy branches of the blocking device , and the functionality of each of the various redundancy branches can be monitored via the control device . characterized in that the hold-open device has a permanent magnet unit for holding open the leaf and at least one electric coil , which can be controlled via the control device such that the magnetic field is compensated and therefore the hold-open device is released and the leaf freed, wherein the system further has a blocking device for blocking, which means preventing the leaf that can be held open by the hold-open device from being held open, having a control device and a blocking unit that can in particular be actuated by an electric motor and/or electromagnetically and can be controlled via the control device , wherein the control device is designed with single redundancy or multiple redundancy, the blocking unit can be controlled via a corresponding number of redundancy branches of the blocking device , and the functionality of each of the various redundancy branches can be monitored via the control device .
A reception method using an MMT, MPEG Media Transport, scheme, an MPEG2-TS scheme, an RTP scheme or an MPEG-DASH scheme, comprising: receiving by broadcast one or more frames for content transfer using IP, Internet Protocol, packets, the one or more frames storing reference clock information; extracting (S107, S117; S125, S134; S146, S147) the reference clock information from the received one or more frames; generating (S108, S118; S126, S135; S148) a clock for reproducing the content by using the extracted reference clock information; and determining (S174), based on control information contained in each of the one or more frames, whether or not the generated clock is necessary for processing in an upper layer, with respect to a layer from which the reference clock information was extracted, wherein each of the one or more frames contains a plurality of second transfer units, each of the plurality of second transfer units contains one or more first transfer units, each of the one or more first transfer units contains at least one of the IP packets, and wherein the reference clock information is stored in said control information. receiving by broadcast one or more frames for content transfer using IP, Internet Protocol, packets, the one or more frames storing reference clock information; extracting (S107, S117; S125, S134; S146, S147) the reference clock information from the received one or more frames; generating (S108, S118; S126, S135; S148) a clock for reproducing the content by using the extracted reference clock information; and determining (S174), based on control information contained in each of the one or more frames, whether or not the generated clock is necessary for processing in an upper layer, with respect to a layer from which the reference clock information was extracted, wherein each of the one or more frames contains a plurality of second transfer units, each of the plurality of second transfer units contains one or more first transfer units, each of the one or more first transfer units contains at least one of the IP packets, and wherein the reference clock information is stored in said control information.
A drive assembly engaged with a motor assembly and a roller tube to transmit torque between the motor assembly and the roller tube ; wherein the drive assembly comprises: a drive member comprising at least one first slot , wherein the at least one first slot axially extends from a front face of the drive member towards a rear face of the drive member ; a connector comprising an axial opening and at least one first projection extending radially outwardly, wherein the axial opening receives a motor shaft ; and a sleeve disposed at least partially between the connector and the drive member , wherein the sleeve is configured to engage the at least one first slot of the drive member and the at least one first projection of the connector, and wherein the sleeve is configured to transmit the torque between the connector and the drive member , characterized in that a portion of the sleeve extends radially outwardly of the drive member , such that the portion of the sleeve is configured to engage an inner surface of the roller tube . a drive member comprising at least one first slot , wherein the at least one first slot axially extends from a front face of the drive member towards a rear face of the drive member ; a connector comprising an axial opening and at least one first projection extending radially outwardly, wherein the axial opening receives a motor shaft ; and a sleeve disposed at least partially between the connector and the drive member , wherein the sleeve is configured to engage the at least one first slot of the drive member and the at least one first projection of the connector, and wherein the sleeve is configured to transmit the torque between the connector and the drive member , characterized in that a portion of the sleeve extends radially outwardly of the drive member , such that the portion of the sleeve is configured to engage an inner surface of the roller tube .
An apparatus for mixing a liquid (L) and a substance (S), comprising a housing having a mixing chamber , a first inlet to the mixing chamber , for conveying the liquid (L) into the mixing chamber , a second inlet to the mixing chamber , for conveying the substance (S) into the mixing chamber , an outlet , for conveying a mixture (LS) of the liquid (L) and the substance (S) out from the mixing chamber , and a flow restrictor arranged in the housing , between the first inlet and the mixing chamber , wherein the flow restrictor is controllable to switch between a first position (P1) providing a first through flow area (FA1) configured to create a Venturi effect such that a flow of the liquid (L) draws the substance (S) into the mixing chamber , and a second position (P2) providing a second through flow area (FA2) that is larger than the first through flow area (FA1) to thereby decrease a pressure drop caused by the flow restrictor , wherein the flow restrictor comprises a first protrusion that extends into a first opening in the housing , and a second protrusion that extends into a second opening in the housing , such that the housing supports the flow restrictor , characterized in that the housing comprises a first housing part and a second housing part that are connected to each other at a respective connection surface , the first housing part and the second housing part being two distinct parts that are separable from each other when the connection between them is released, and the first opening is arranged in the first housing part and the second opening is arranged in the second housing part .