mhurhangee/patent-ind-claim-en huggingface dataset:
Portable dispenser for one or more fluid or pasty products, in particular one or more cosmetic, body care, in particular face care, makeup or perfumery products, comprising: - a pumping assembly comprising at least one first pump and at least one second pump , the first pump comprising a tubular nozzle , the second pump comprising a tubular nozzle , - a pusher , the pusher being capable of pressing on the nozzle of the first pump and on the nozzle of the second pump , - a first dispensing channel for channelling a first fluid coming out of the nozzle of the first pump to at least one first dispensing opening which passes through an exterior wall of the dispenser, and a second dispensing channel for channelling a second fluid coming out of the nozzle of the second pump to at least one dispensing opening which passes through the exterior wall of the dispenser and which may be the first dispensing opening or a second dispensing opening; characterised in that the first pump is an airless pump, the second pump is a venting pump, and the first dispensing channel has a volume greater than the second dispensing channel, the volume difference being greater than twice the volume delivered by a pumping cycle of the nozzle of the first pump. - a pumping assembly comprising at least one first pump and at least one second pump , the first pump comprising a tubular nozzle , the second pump comprising a tubular nozzle , - a pusher , the pusher being capable of pressing on the nozzle of the first pump and on the nozzle of the second pump , - a first dispensing channel for channelling a first fluid coming out of the nozzle of the first pump to at least one first dispensing opening which passes through an exterior wall of the dispenser, and a second dispensing channel for channelling a second fluid coming out of the nozzle of the second pump to at least one dispensing opening which passes through the exterior wall of the dispenser and which may be the first dispensing opening or a second dispensing opening; characterised in that the first pump is an airless pump, the second pump is a venting pump, and the first dispensing channel has a volume greater than the second dispensing channel, the volume difference being greater than twice the volume delivered by a pumping cycle of the nozzle of the first pump.
A method comprising: receiving a frame at a wireless device , wherein a format of the frame comprises (i) a field indicating a target wake time, (ii) a first subfield having a first value that indicates a digital modulation channelization scheme, and (iii) a second subfield having a second value that indicates a transmission direction; and powering on the wireless device at the target wake time indicated by the field in the frame, wherein the powering on the wireless device enables the wireless device to transmit and/or receive additional frames via a wireless channel based on (i) the first value set in the first subfield of the frame and (ii) the second value set in the second subfield of the frame characterised in that the second value set in the second subfield corresponds to a downlink transmission, and powering on the wireless device further enables the wireless device to receive the additional frames in a downlink transmission. receiving a frame at a wireless device , wherein a format of the frame comprises (i) a field indicating a target wake time, (ii) a first subfield having a first value that indicates a digital modulation channelization scheme, and (iii) a second subfield having a second value that indicates a transmission direction; and (i) a field indicating a target wake time, (ii) a first subfield having a first value that indicates a digital modulation channelization scheme, and (iii) a second subfield having a second value that indicates a transmission direction; and powering on the wireless device at the target wake time indicated by the field in the frame, wherein the powering on the wireless device enables the wireless device to transmit and/or receive additional frames via a wireless channel based on (i) the first value set in the first subfield of the frame and (ii) the second value set in the second subfield of the frame characterised in that the second value set in the second subfield corresponds to a downlink transmission, and powering on the wireless device further enables the wireless device to receive the additional frames in a downlink transmission.
A light fixture, comprising: an extrusion ; a plurality of light emitting diodes, LEDs having a uniform spacing between each one of said plurality of LEDs along said extrusion ; and a lens coupled to said extrusion characterised by further comprising: one or more mounting holes , wherein the or each mounting hole travels through said lens and said extrusion as a single hole , and wherein said mounting holes and said LEDs are positioned along a central longitudinal axis of said lens , wherein the or each mounting hole is placed a distance d from a corresponding LED to prevent dark spots and maximize optical efficiency on a targeted illumination area, where d = h/tan(90 - σ), and h is a height of the mounting hole above a top of the extrusion , and σ is an angle of light emitted from the LED spanning from a vertical axis to the top of said mounting hole , and wherein said vertical axis is perpendicular to said longitudinal axis of said lens . an extrusion ; a plurality of light emitting diodes, LEDs having a uniform spacing between each one of said plurality of LEDs along said extrusion ; and a lens coupled to said extrusion one or more mounting holes , wherein the or each mounting hole travels through said lens and said extrusion as a single hole , and wherein said mounting holes and said LEDs are positioned along a central longitudinal axis of said lens , wherein the or each mounting hole is placed a distance d from a corresponding LED to prevent dark spots and maximize optical efficiency on a targeted illumination area, where d = h/tan(90 - σ), and h is a height of the mounting hole above a top of the extrusion , and σ is an angle of light emitted from the LED spanning from a vertical axis to the top of said mounting hole , and wherein said vertical axis is perpendicular to said longitudinal axis of said lens .
A web material advancement arrangement for a packaging machine acting on a web (W), wherein the web material advancement arrangement defines an upstream end and a downstream end, characterised in that the arrangement comprises: a pair of endless spaced-apart web engagement members, each of which is configured to engage the web adjacent one of a pair of opposite edges defined by the web, wherein each of the web engagement members is engaged with an upstream rotatable drive member located toward the upstream end and is engaged with a rotatable downstream engagement member located toward the downstream end; and a drive system for imparting rotation to the upstream rotatable drive members, wherein the drive system comprises a motor having an output , a rotatable input member to which each of the upstream rotatable drive members is secured, and a drive arrangement between the motor output and the rotatable input member, wherein operation of the motor causes rotation of the motor output and rotation of the upstream rotatable drive members through the drive arrangement so that the upstream rotatable drive members are driven together in response to operation of the motor and advance the pair of endless spaced-apart web engagement members, and the web therebetween, in a downstream direction through the packaging machine. a pair of endless spaced-apart web engagement members, each of which is configured to engage the web adjacent one of a pair of opposite edges defined by the web, wherein each of the web engagement members is engaged with an upstream rotatable drive member located toward the upstream end and is engaged with a rotatable downstream engagement member located toward the downstream end; and a drive system for imparting rotation to the upstream rotatable drive members, wherein the drive system comprises a motor having an output , a rotatable input member to which each of the upstream rotatable drive members is secured, and a drive arrangement between the motor output and the rotatable input member, wherein operation of the motor causes rotation of the motor output and rotation of the upstream rotatable drive members through the drive arrangement so that the upstream rotatable drive members are driven together in response to operation of the motor and advance the pair of endless spaced-apart web engagement members, and the web therebetween, in a downstream direction through the packaging machine.
Computer implemented method for determining a native resolution of a video content , the method comprising: determining (S1, S11) a type of codec used for the video content , determining (S2, S12) a data rate of the video content , determining an amount of motion (S16) in the video content , determining a reported resolution (S14) for the video content , determining (S3, S13) the native resolution of the video content by selecting the native resolution of the video content from a look-up table (LT) based on the determined type of codec and the determined data rate and the determined amount of motion and the reported resolution, wherein the look-up table (LT) comprises native resolution values for predetermined sets of at least a codec and data rate and an amount of motion information and reported resolution, and wherein the native resolution refers to the original spatial resolution that the video content comprises, and wherein the reported resolution refers to the spatial resolution that is reported in a container or other data, especially metadata, of the video content for the video content . determining (S1, S11) a type of codec used for the video content , determining (S2, S12) a data rate of the video content , determining an amount of motion (S16) in the video content , determining a reported resolution (S14) for the video content , determining (S3, S13) the native resolution of the video content by selecting the native resolution of the video content from a look-up table (LT) based on the determined type of codec and the determined data rate and the determined amount of motion and the reported resolution, wherein the look-up table (LT) comprises native resolution values for predetermined sets of at least a codec and data rate and an amount of motion information and reported resolution, and wherein the native resolution refers to the original spatial resolution that the video content comprises, and wherein the reported resolution refers to the spatial resolution that is reported in a container or other data, especially metadata, of the video content for the video content .
A control method of an exhaust gas purification system comprising an exhaust gas purification device having an oxidation catalyst device carrying an oxidation catalyst on the upstream side or an exhaust gas purification device carrying an oxidation catalyst in an exhaust passage of an internal combustion engine and a controller for carrying out forced regeneration control for recovering purification capability of said exhaust gas purification device, in which at forced regeneration control, the controller executes multi injection control in order to raise an exhaust temperature, characterized in that in case said forced regeneration control is carried out, a region for control is divided into a multi-injection control region (Rm), a transition region (Rt), and a normal injection control region (Rn), which does not require a temperature rise by the multi-injection control, corresponding to a rotation speed (Ne, Nem) and a load (Q, Qm) of the internal combustion engine , the multi-injection control region (Rm) is made to correspond to a low-/medium-load operation region of the internal combustion engine ,the normal injection control region (Rn) is made to correspond to a high-load operation region of the internal combustion engine , at said forced regeneration control, if an operation state of the internal combustion engine is the low-/medium-load operation region,the multi-injection control is carried out in the multi-injection control region(Rm), at said forced regeneration control, if an operation state of the internal combustion engine is the high-load operation state, a normal injection control is carried out in the normal injection control region, at said forced regeneration control, if an operation state of the internal combustion engine is the transition region, the multi-fuel injection control is carried out by using data (Ft) for injection control obtained by interpolation of data used for injection control (Fm) on the multi-injection control region side and data (Fn) used for injection control of the normal injection control on the normal injection control region side.
A micro-electronic component having a front side and a back side, the component comprising : - at the front side of the component : a front end of line (FEOL) portion comprising a plurality of semiconductor devices and on said FEOL portion : a back end of line (BEOL) portion comprising multiple interconnect levels, - at the back side of the component : a power delivery network (PDN) comprising multiple interconnect levels, and power supply terminals electrically connected to the upper interconnect level, - a plurality of via connections for electrically connecting the semiconductor devices to the power delivery network, characterized in that - the first and a number of subsequent levels of the PDN are formed of electrical conductors embedded in a dielectric material , - at least the two upper levels of the PDN include electrical conductors which are part of a manifold structure configured to receive therein a flow of cooling fluid flowing into and out of the manifold structure, in order to remove heat generated by the devices in the FEOL portion. - at the front side of the component : a front end of line (FEOL) portion comprising a plurality of semiconductor devices and on said FEOL portion : a back end of line (BEOL) portion comprising multiple interconnect levels, - at the back side of the component : a power delivery network (PDN) comprising multiple interconnect levels, and power supply terminals electrically connected to the upper interconnect level, - a plurality of via connections for electrically connecting the semiconductor devices to the power delivery network, - the first and a number of subsequent levels of the PDN are formed of electrical conductors embedded in a dielectric material , - at least the two upper levels of the PDN include electrical conductors which are part of a manifold structure configured to receive therein a flow of cooling fluid flowing into and out of the manifold structure, in order to remove heat generated by the devices in the FEOL portion.
Method for producing a functional material having a thermal conductivity according to EN (European Standard) 12667 of maximally 0.10 W/(m*K), a bulk density greater than 450 kg/m 3 , a compressive strength according to DIN EN (German/European Standard) 826 greater than 6 MPa, a flexural strength according to DIN EN 12089 greater than 4 MPa, a shear strength according to DIN EN 12090 greater than 1 MPa and a transverse strength according to DIN EN 12090 greater than 1 MPa, from a thermoset material based on PUR hard foam and/or PIR hard foam, which is comminuted and then mixed with at least one binding material, the binding material having, in a non-hardened state, a liquid consistency, wherein, prior to an application of temperature and/or pressure to the thermoset material and the binding material, at least one additive is added which improves a burning behaviour, the burning behaviour corresponding at least to a fire reaction class C according to DIN EN 13501-1. a functional material having a thermal conductivity according to EN (European Standard) 12667 of maximally 0.10 W/(m*K), a bulk density greater than 450 kg/m 3 , a compressive strength according to DIN EN (German/European Standard) 826 greater than 6 MPa, a flexural strength according to DIN EN 12089 greater than 4 MPa, a shear strength according to DIN EN 12090 greater than 1 MPa and a transverse strength according to DIN EN 12090 greater than 1 MPa, from a thermoset material based on PUR hard foam and/or PIR hard foam, which is comminuted and then mixed with at least one binding material, the binding material having, in a non-hardened state, a liquid consistency, wherein, prior to an application of temperature and/or pressure to the thermoset material and the binding material, at least one additive is added which improves a burning behaviour, the burning behaviour corresponding at least to a fire reaction class C according to DIN EN 13501-1.
Apparatus for the production of filaments, in particular filaments of thermoplastic material, wherein the apparatus comprises at least one spinneret plate , wherein the filaments emerge from spinneret openings of the spinneret plate in at least one filament row, wherein at least one distribution device is provided for distributing a supplied plastic melt to a preliminary spinning width B v , wherein at least one filter plate is located downstream of the distribution device , wherein a distributor plate package of distributor plates is located downstream of the filter plate , wherein the individual distributor plates each have a plurality of distributor openings distributed over a distribution width B i , wherein the distributor openings are provided for receiving the plastic melt emerging from the filter plate , wherein the spinneret plate is located downstream of the distributor plate package , wherein the spinneret plate has spinneret channels with the associated spinneret openings distributed over a final spinning width B e , characterized in that an outlet surface of the filter plate assigned to the distributor plate package and/or an inlet surface of the spinneret plate assigned to the distributor plate package is curved or crowned over its entire extension or substantially over its entire extension in the machine direction (MD) and that the radius of curvature R of the curved or crowned section of the outlet surface of the filter plate and/or the inlet surface of the spinneret plate is constant or substantially constant over the entire extension of the curved or crowned section and is 10,000 mm to 55,000 mm. wherein at least one distribution device is provided for distributing a supplied plastic melt to a preliminary spinning width B v , wherein at least one filter plate is located downstream of the distribution device , wherein a distributor plate package of distributor plates is located downstream of the filter plate , wherein the individual distributor plates each have a plurality of distributor openings distributed over a distribution width B i , wherein the distributor openings are provided for receiving the plastic melt emerging from the filter plate , wherein the spinneret plate is located downstream of the distributor plate package , wherein the spinneret plate has spinneret channels with the associated spinneret openings distributed over a final spinning width B e , characterized in that an outlet surface of the filter plate assigned to the distributor plate package and/or an inlet surface of the spinneret plate assigned to the distributor plate package is curved or crowned over its entire extension or substantially over its entire extension in the machine direction (MD) and that the radius of curvature R of the curved or crowned section of the outlet surface of the filter plate and/or the inlet surface of the spinneret plate is constant or substantially constant over the entire extension of the curved or crowned section and is 10,000 mm to 55,000 mm.
A method of making a hoist cable capable of continuous resistance monitoring, the method comprising: applying an electrically-insulating material to at least one strand of a wire rope such that a length of the at least one strand is electrically insulated, and a first end of the at least one strand is electrically conductive; joining the first end of the at least one strand to a free end of the wire rope such that the at least two strands of the wire rope are electrically connected at the free end ; applying the electrically-insulating material to each strand of the wire rope such that a length of each strand is electrically insulated, and a first end of each strand is electrical conductive; joining the first ends of at least two strands at the free end of the wire rope such that the at least two strands are electrically connected at the free end ; arranging a core strand centrally with respect to a plurality of outer strands ; and characterized in that each strand has a discrete layer of the electrically-insulating material disposed around an outer periphery thereof, and wherein the discrete layers of each outer strand contact the discrete layer of the core strand and the discrete layers of two adjacent outer strands ; and wherein the first ends are joined at the free end such that all of the strands are electrically connected to each other. applying an electrically-insulating material to at least one strand of a wire rope such that a length of the at least one strand is electrically insulated, and a first end of the at least one strand is electrically conductive; joining the first end of the at least one strand to a free end of the wire rope such that the at least two strands of the wire rope are electrically connected at the free end ; applying the electrically-insulating material to each strand of the wire rope such that a length of each strand is electrically insulated, and a first end of each strand is electrical conductive; joining the first ends of at least two strands at the free end of the wire rope such that the at least two strands are electrically connected at the free end ; arranging a core strand centrally with respect to a plurality of outer strands ; and characterized in that each strand has a discrete layer of the electrically-insulating material disposed around an outer periphery thereof, and wherein the discrete layers of each outer strand contact the discrete layer of the core strand and the discrete layers of two adjacent outer strands ; and wherein the first ends are joined at the free end such that all of the strands are electrically connected to each other.