mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a packaging for enclosing a substance , comprising: • providing a flat sheet made of a recyclable paper material and having two opposite side edge sections , • forming the flat sheet into a tube by folding the flat sheet so that the two side edge sections at least partially overlap each other at an overlapping section , • heat sealing the tube along the overlapping section to form a longitudinal sealing joint , • heat sealing the tube across the longitudinal sealing joint to close the tube with a first traverse sealing joint at a first tube end , • filling the tube with a substance to be packed, • heat sealing the tube across the longitudinal sealing joint to close the tube with a second traverse sealing joint at a second tube end opposite to the first tube end with respect to the substance to be packed so as to form the packaging enclosing said substance , characterized in that the method further comprises: • applying a first amount of glue onto the flat sheet at a first triple point section at which the longitudinal sealing joint and the first traverse sealing joint intersect, • applying a second amount of glue onto the flat sheet at a second triple point section at which the longitudinal sealing joint and the second traverse sealing joint intersect, wherein the glue (300-302) seals the respective triple point section upon the heat sealing of the respective tube end to form the respective traverse sealing joint . • providing a flat sheet made of a recyclable paper material and having two opposite side edge sections , • forming the flat sheet into a tube by folding the flat sheet so that the two side edge sections at least partially overlap each other at an overlapping section , • heat sealing the tube along the overlapping section to form a longitudinal sealing joint , • heat sealing the tube across the longitudinal sealing joint to close the tube with a first traverse sealing joint at a first tube end , • filling the tube with a substance to be packed, • heat sealing the tube across the longitudinal sealing joint to close the tube with a second traverse sealing joint at a second tube end opposite to the first tube end with respect to the substance to be packed so as to form the packaging enclosing said substance , • applying a first amount of glue onto the flat sheet at a first triple point section at which the longitudinal sealing joint and the first traverse sealing joint intersect, • applying a second amount of glue onto the flat sheet at a second triple point section at which the longitudinal sealing joint and the second traverse sealing joint intersect,
An injection simulation device (100, 200, 500, 600 800, 800'), comprising: a housing defining a channel , the housing comprising a proximal end and a distal end ; a plunger comprising a plunger rod body having a proximal end and a distal end and a stopper disposed at the distal end of the plunger rod , the plunger movable proximally and distally within the channel ; a friction feature associated with the housing , the friction feature for interfacing with the plunger rod ; wherein the plunger moves in a distal direction relative to the housing to simulate medicament delivery and in a proximal direction to reset the injection simulation device , wherein the friction feature causes differential resistance on the plunger rod , when the plunger rod moves in either the distal or proximal direction; and wherein the simulated force profile comprises a breakaway force characterized by an initial first resistance followed by a glide force with a second resistance, wherein the first resistance is greater than the second resistance. a housing defining a channel , the housing comprising a proximal end and a distal end ; a plunger comprising a plunger rod body having a proximal end and a distal end and a stopper disposed at the distal end of the plunger rod , the plunger movable proximally and distally within the channel ; a friction feature associated with the housing , the friction feature for interfacing with the plunger rod ; wherein the plunger moves in a distal direction relative to the housing to simulate medicament delivery and in a proximal direction to reset the injection simulation device , wherein the friction feature causes differential resistance on the plunger rod , when the plunger rod moves in either the distal or proximal direction; and wherein the simulated force profile comprises a breakaway force characterized by an initial first resistance followed by a glide force with a second resistance, wherein the first resistance is greater than the second resistance.
A grid feed apparatus for feeding electrical energy from at least one DC energy source into a three-phase AC supply grid , the direct voltage of a DC link being converted into a three-phase voltage by means of two inverter units (14a; 14b) and fed into the AC supply grid by means of a transformer device comprising three grid transformer windings , and a first winding termination of the grid transformer windings being connected to a half-bridge of a first inverter unit , and a second winding termination of the grid transformer windings of the transformer device being connected to a half-bridge of a second inverter unit , characterised in that the grid feed apparatus is configured to operate the first inverter unit with grid-synchronous clocking, in particular 50 Hz or 60 Hz, for specifying the polarity of the supply grid voltage to be output, and to operate the second inverter unit with higher-frequency PWM clocking coordinated with the grid frequency, in particular greater than 500 Hz, preferably at least 4 kHz, for modulating and smoothing the supply grid voltage to be output.
A footwear assembly comprising: a footwear upper including a toe box portion, a medial side, a lateral side, and a heel portion , the medial side and the lateral side each extending proximally from the toe box portion to a heel portion ; a lace cable with a first end anchored along a distal outside portion of the medial side and a second end anchored along a distal outside portion of the lateral side; a plurality of lace guides distributed along the medial side and the lateral side, each lace guide of the plurality of lace guides forming a u-shaped channel adapted to receive and retain a length of the lace cable , wherein the lace cable extends through each of the plurality of lace guides to form a pattern along each of the medial side and lateral side of the footwear upper ; a medial proximal lace guide routing the lace cable from the pattern formed by a medial portion of the plurality of lace guides into a position allowing the lace cable to engage a lacing engine disposed within a mid-sole portion; and a lateral proximal lace guide to route the lace cable out of the position allowing the lace cable to engage the lacing engine into the pattern formed by a lateral portion of the plurality of lace guides . a footwear upper including a toe box portion, a medial side, a lateral side, and a heel portion , the medial side and the lateral side each extending proximally from the toe box portion to a heel portion ; a lace cable with a first end anchored along a distal outside portion of the medial side and a second end anchored along a distal outside portion of the lateral side; a plurality of lace guides distributed along the medial side and the lateral side, each lace guide of the plurality of lace guides forming a u-shaped channel adapted to receive and retain a length of the lace cable , wherein the lace cable extends through each of the plurality of lace guides to form a pattern along each of the medial side and lateral side of the footwear upper ; a medial proximal lace guide routing the lace cable from the pattern formed by a medial portion of the plurality of lace guides into a position allowing the lace cable to engage a lacing engine disposed within a mid-sole portion; and a lateral proximal lace guide to route the lace cable out of the position allowing the lace cable to engage the lacing engine into the pattern formed by a lateral portion of the plurality of lace guides .
A cutting hand tool comprising: a housing ; a lower front part connected to the housing at a pivot point and pivotable between a closed upper and an open lower position; a blade slide mounted within the housing , slidable between a front extended and a rear retracted position, with a blade holder and a blade securing means , the blade securing means being connected to said blade slide and pivotable between a vertical closed and a horizontal open position; and a blade ; wherein pivoting said lower front part of the housing down into the open lower position provides access to said blade securing means if the blade slide is in the front extended position and pivoting said blade securing means into the horizontal open position provides access to the blade for replacement. a lower front part connected to the housing at a pivot point and pivotable between a closed upper and an open lower position; connected to the housing at a pivot point and pivotable between a closed upper and an open lower position; a blade slide mounted within the housing , slidable between a front extended and a rear retracted position, with a blade holder and a blade securing means , the blade securing means being connected to said blade slide and pivotable between a vertical closed and a horizontal open position; and a blade ; mounted within the housing , slidable between a front extended and a rear retracted position, with a blade holder and a blade securing means , the blade securing means being connected to said blade slide and pivotable between a vertical closed and a horizontal open position; and a blade ; wherein pivoting said lower front part of the housing down into the open lower position provides access to said blade securing means if the blade slide is in the front extended position and pivoting said blade securing means into the horizontal open position provides access to the blade for replacement.
A mobile device comprising: a sensor unit ; a screen unit on which a user interface that changes by function is displayed; and a controller configured to: control the screen unit to display a first user interface; control the sensor unit to sense a movement of the mobile device, determine a change amount of a rotation angle of the mobile device with respect to an initial angular position of the mobile device, by measuring using the sensor unit, and change from the first user interface to a second user interface according to the measured change amount, when the mobile device rotates more than a minimum change amount for changing the user interface, wherein the changing of the user interface comprises, controlling the screen unit to display a virtual cube, with a respective one of the first user interface and the second user interface being displayed on a respective surface of the virtual cube and controlling the screen unit to display the second user interface by implementing a sliding screen effect in which the first user interface slides and disappears in a first direction, and the second user interface slides and appears from a direction opposite to the first direction . a sensor unit ; a screen unit on which a user interface that changes by function is displayed; and a controller configured to: control the screen unit to display a first user interface; control the sensor unit to sense a movement of the mobile device, determine a change amount of a rotation angle of the mobile device with respect to an initial angular position of the mobile device, by measuring using the sensor unit, and change from the first user interface to a second user interface according to the measured change amount, when the mobile device rotates more than a minimum change amount for changing the user interface, control the screen unit to display a first user interface; control the sensor unit to sense a movement of the mobile device, determine a change amount of a rotation angle of the mobile device with respect to an initial angular position of the mobile device, by measuring using the sensor unit, and change from the first user interface to a second user interface according to the measured change amount, when the mobile device rotates more than a minimum change amount for changing the user interface, wherein the changing of the user interface comprises, controlling the screen unit to display a virtual cube, with a respective one of the first user interface and the second user interface being displayed on a respective surface of the virtual cube and controlling the screen unit to display the second user interface by implementing a sliding screen effect in which the first user interface slides and disappears in a first direction, and the second user interface slides and appears from a direction opposite to the first direction .
A coated roofing granule, comprising: a roofing granule having an external surface and a coating on the external surface of the roofing granule, wherein the coating is formed from a composition comprising photocatalytic particles and an alkali metal silicate binder, wherein the alkali metal silicate binder further comprises a boric acid, borate, or combination thereof.
Non-therapeutic use of a composition for reducing unwanted behaviour in a dog, the composition comprising a combination of Quinoline and at least one delivery compound.
An animal feed composition comprising transgenic corn material comprising corn pellets, corn silage, dry-rolled corn kernels, coarsely cracked corn kernels, high moisture corn, or any combination thereof, wherein the transgenic corn material comprises a recombinant α-amylase, and wherein said recombinant α-amylase comprises a polypeptide having at least 90%, more preferably 95%, even more preferably 99%, sequence identity to the amino acid sequence of SEQ ID NO: 1.
An X-ray detector, comprising: a substrate ; a plurality of pixels (42A ; ... ; 42A(m,n)) on the substrate ; a first insulating layer configured to cover the plurality of pixels (42A ; ... ; 42A(m,n)) ; an electrode block (42A; 42B; 42C; 42D; 42E; 72; B2 ; B2 ; B2 ) configured to penetrate the first insulating layer and be in electrical contact with the plurality of pixels (42A ; ... ; 42A(m,n)) ; a second insulating layer on the electrode block (42A; 42B; 42C; 42D; 42E; 72; B2 ; B2 ; B2 ); and a metal wire (80b; 44) configured to penetrate the second insulating layer and be in electrical contact with the electrode block (42A; 42B; 42C; 42D; 42E; 72; B2 ; B2 ; B2 ), wherein the electrode block (42A; 42B; 42C; 42D; 42E; 72; B2 ; B2 ; B2 ) is formed by a transparent conductive layer, and is a single piece that covers the plurality of pixels. a substrate ; a plurality of pixels (42A ; ... ; 42A(m,n)) on the substrate ; a first insulating layer configured to cover the plurality of pixels (42A ; ... ; 42A(m,n)) ; an electrode block (42A; 42B; 42C; 42D; 42E; 72; B2 ; B2 ; B2 ) configured to penetrate the first insulating layer and be in electrical contact with the plurality of pixels (42A ; ... ; 42A(m,n)) ; a second insulating layer on the electrode block (42A; 42B; 42C; 42D; 42E; 72; B2 ; B2 ; B2 ); and a metal wire (80b; 44) configured to penetrate the second insulating layer and be in electrical contact with the electrode block (42A; 42B; 42C; 42D; 42E; 72; B2 ; B2 ; B2 ), wherein the electrode block (42A; 42B; 42C; 42D; 42E; 72; B2 ; B2 ; B2 ) is formed by a transparent conductive layer, and is a single piece that covers the plurality of pixels.
An electrostatic chuck for use in semiconductor processing of a substrate , comprising a plate assembly having a top plate layer of sapphire and a lower plate layer of a ceramic, said plate assembly having a periphery and a hermetically sealed aluminum joint of metallic aluminum at greater than 89% by weight capable of withstanding corrosive processing chemistries in a semiconductor processing environment between the top plate layer and the lower plate layer at the periphery and a clamping electrode disposed between the top plate layer and the lower plate layer for providing Johnsen-Rahbek clamping of the substrate to the plate assembly at temperatures over 450C, wherein said clamping electrode is of metallic aluminum at greater than 89% by weight.
Pneumatic vehicle tyre in radial design with a profiled tread comprising rows of profile blocks and/or profile ribs running around the tyre in circumferential direction, wherein the tread is in the form of a single layer or multiple layers with a radially outermost tread layer that extends at least over the width of the ground contact area, wherein the tread or its radially outermost tread layer consists of a rubber material with a Shore A hardness at room temperature in accordance with DIN ISO 7619-1 of 40 ShA to 55 ShA, and wherein the profile depth of the tread is up to 6.5 mm, characterized in that the rows of profile blocks and/or profile ribs have sipes arranged in succession in circumferential direction, wherein the total number of sipes within each row of profile blocks and/or profile rib is not more than 150, a sipe being understood to mean a narrow groove that extends at an angle that varies from perpendicular direction by up to 45° in top view and has a depth in radial direction of at least 2.0 mm, a width at the tread periphery of 0.4 mm to 1.0 mm, especially of up to 0.8 mm, and a longitudinal extent, ascertained at a centre line in the direction of extension, of at least 8.0 mm. wherein the tread or its radially outermost tread layer consists of a rubber material with a Shore A hardness at room temperature in accordance with DIN ISO 7619-1 of 40 ShA to 55 ShA, and wherein the profile depth of the tread is up to 6.5 mm, characterized in that the rows of profile blocks and/or profile ribs have sipes arranged in succession in circumferential direction, wherein the total number of sipes within each row of profile blocks and/or profile rib is not more than 150, a sipe being understood to mean a narrow groove that extends at an angle that varies from perpendicular direction by up to 45° in top view and has a depth in radial direction of at least 2.0 mm, a width at the tread periphery of 0.4 mm to 1.0 mm, especially of up to 0.8 mm, and a longitudinal extent, ascertained at a centre line in the direction of extension, of at least 8.0 mm.
A polymer composition comprising a base resin which comprises at least three polymer components: (a) a very high molecular weight polyethylene component as fraction A1; (b) a low molecular weight polyethylene component as fraction A2 having a weight average molecular weight lower than a weight average molecular weight of the very high molecular weight polyethylene component; and (c) a high molecular weight polyethylene component as fraction A3 having a weight average molecular weight higher than the weight average molecular weight of the low molecular weight polyethylene component but lower than the weight average molecular weight of the very high molecular weight component, wherein (I) an amount of the very high molecular weight polyethylene component in the base resin is 0.5 to 8 wt%, and a viscosity average molecular weight (M v ) of the very high molecular weight polyethylene component is greater than 1100 kg/mol; and (II) the composition has FRR 21/5 of equal to or greater than 38, a melt flow rate MFR 21 of equal to or greater than 6.5 g/10 min and a viscosity at a shear stress of 747 Pa (eta747) of 450 to 3000 kPas. (a) a very high molecular weight polyethylene component as fraction A1; (b) a low molecular weight polyethylene component as fraction A2 having a weight average molecular weight lower than a weight average molecular weight of the very high molecular weight polyethylene component; and (c) a high molecular weight polyethylene component as fraction A3 having a weight average molecular weight higher than the weight average molecular weight of the low molecular weight polyethylene component but lower than the weight average molecular weight of the very high molecular weight component, (I) an amount of the very high molecular weight polyethylene component in the base resin is 0.5 to 8 wt%, and a viscosity average molecular weight (M v ) of the very high molecular weight polyethylene component is greater than 1100 kg/mol; and (II) the composition has FRR 21/5 of equal to or greater than 38, a melt flow rate MFR 21 of equal to or greater than 6.5 g/10 min and a viscosity at a shear stress of 747 Pa (eta747) of 450 to 3000 kPas.
A method (1300-a) of dynamically adapting a bandwidth of a flexible bandwidth carrier at a base station, a mobile device or a core network of a wireless communications system , wherein the flexible bandwidth carrier is generated through scaling up a slot duration of the flexible bandwidth carrier with respect to a slot duration of a standardized bandwidth carrier by a scaling factor N, thereby accordingly reducing the bandwidth of the flexible bandwidth carrier with respect to the bandwidth of the standardized bandwidth carrier, the method (1300-a) comprising: identifying a first scaling factor of a first flexible bandwidth carrier ; determining a second scaling factor of the first flexible bandwidth carrier ; and adapting the bandwidth of the first flexible bandwidth carrier from utilizing the first scaling factor to utilizing the second scaling factor. identifying a first scaling factor of a first flexible bandwidth carrier ; determining a second scaling factor of the first flexible bandwidth carrier ; and adapting the bandwidth of the first flexible bandwidth carrier from utilizing the first scaling factor to utilizing the second scaling factor.
A compact liquid spraying bottle, suitable for being filled with liquid from the bottom, comprising a spraying head assembly , a bottle body and a liquid filling and exhaust function assembly arranged at a bottom of the bottle body , wherein the spraying head assembly is arranged at an upper part of the bottle body ; wherein the liquid filling and exhaust function assembly comprises a valve core , a valve bush , a valve seat and a tail cover which are matched jointly to realize liquid filling and exhaust functions; the valve core is inserted in the valve bush , and a spring is arranged between a top end of the valve core and an inner cavity of the valve bush ; during liquid filling, the valve core moves upwards in the valve bush and resets through the spring ; the valve seat is sleeved at an outer side of the valve bush , a gap is reserved at a lower end of a connected part of the valve bush and the valve seat , and the tail cover is inserted in the gap; and the tail cover is of an integrated structure and comprises an outer ring provided with tail cover convex ribs , and an inner ring used for limiting a down stroke of the valve core and provided with longitudinal ribs on a periphery of an outer wall, and an exhaust notch is formed at a connected bottom of the outer ring and the inner ring .
An infrared absorber, comprising: a resin medium; and a composite tungsten oxide particle cluster composed of composite tungsten oxide particles clustered together and disposed in the resin medium, wherein the composite tungsten oxide particle cluster has at least one shape selected from the group consisting of a band shape, a scale shape and a rod shape, and wherein a length of the composite tungsten oxide particle cluster is 2 um or less in a widthwise direction and 10 μm or less in a lengthwise direction as determined following stretching of a mixture of the composite tungsten oxide particles and the resin according to the procedure of the description. a resin medium; and a composite tungsten oxide particle cluster composed of composite tungsten oxide particles clustered together and disposed in the resin medium, wherein the composite tungsten oxide particle cluster has at least one shape selected from the group consisting of a band shape, a scale shape and a rod shape, and wherein a length of the composite tungsten oxide particle cluster is 2 um or less in a widthwise direction and 10 μm or less in a lengthwise direction as determined following stretching of a mixture of the composite tungsten oxide particles and the resin according to the procedure of the description.