mhurhangee/patent-ind-claim-en huggingface dataset:
Metering device for granular material, in particular seed, comprising: a storage container for the granular material; a central metering means connected to the storage container ; a first pneumatic conveying channel connected to the central metering means for pneumatically conveying granular material to a distribution head ; at least one sowing mechanism ; and a second pneumatic conveying channel for pneumatically conveying granular material from the distribution head to at least one sowing mechanism ; wherein the sowing mechanism has at least one air outlet opening , which can be at least partly blocked by a buffer of granular material or by a blocking element; and a sensor unit (14; 15; 16; 17) is provided for determining the pressure prevailing in the first pneumatic conveying channel , in the second pneumatic conveying channel and/or in the distribution head ; wherein the central metering means is controllable in a closed-loop or open-loop manner based on one or more measured values of the sensor unit (14; 15; 16; 17), wherein the central metering means is controlled in a closed-loop or open-loop manner so that a desired pressure is obtained. a storage container for the granular material; a central metering means connected to the storage container ; a first pneumatic conveying channel connected to the central metering means for pneumatically conveying granular material to a distribution head ; at least one sowing mechanism ; and a second pneumatic conveying channel for pneumatically conveying granular material from the distribution head to at least one sowing mechanism ; wherein the sowing mechanism has at least one air outlet opening , which can be at least partly blocked by a buffer of granular material or by a blocking element; and a sensor unit (14; 15; 16; 17) is provided for determining the pressure prevailing in the first pneumatic conveying channel , in the second pneumatic conveying channel and/or in the distribution head ; wherein the central metering means is controllable in a closed-loop or open-loop manner based on one or more measured values of the sensor unit (14; 15; 16; 17), wherein the central metering means is controlled in a closed-loop or open-loop manner so that a desired pressure is obtained.
Articulation hinge of an opening of the hood type for closing the engine compartment on a motor vehicle body, said hinge comprising a fixed part and a movable part , the movable part being mounted to be rotatable about a pivot axis (A) of the fixed part between an open position and a closed position of the hinge , the movable part having a retaining element extending in a projecting manner from said movable part towards the fixed part in the pivot plane of said hinge , the fixed part comprising a complementary retaining element along which the retaining element of the movable part extends in the closed position of the hinge , the retaining element of the movable part being a tab which extends in a radial projecting manner on a distal part of the movable part in the plane pivoting of said movable part relative to the fixed part , the retaining element of the fixed part being a retaining tab provided on its distal part, so as to extend opposite the tab of the movable part , in a plane parallel to the pivoting plane of the movable part relative to said fixed part , characterized in that the retaining tab of the fixed part is constituted by the end of its distal part folded so as to extend perpendicularly relative to the fixed part then again parallel to the latter.
Flexible pipe body for transporting fluids from a sub-sea location, comprising: a collapse resistant carcass layer formed from a helically wound elongate metallic tape element with windings interlocked with adjacent windings to form an interlocked tubular construction as the carcass layer, the carcass layer comprising a radially inner surface and a radially outer surface, wherein a radially inner surface of the tape element comprises, in cross section, a substantially flat portion and a cavity extending from the flat portion of the tape element radially outwards, said cavity formed between adjacent windings of the tape element, characterised in that the radially inner surface of the tape element further comprises a protrusion extending radially inwards from the flat portion for breaking up a boundary layer of fluid flowing along the flexible pipe body in use, wherein the protrusion is provided upstream of the cavity in terms of a flow direction of fluid through the pipe body in use, and wherein the protrusion is formed integrally with the elongate tape element. a collapse resistant carcass layer formed from a helically wound elongate metallic tape element with windings interlocked with adjacent windings to form an interlocked tubular construction as the carcass layer, the carcass layer comprising a radially inner surface and a radially outer surface, wherein a radially inner surface of the tape element comprises, in cross section, a substantially flat portion and a cavity extending from the flat portion of the tape element radially outwards, said cavity formed between adjacent windings of the tape element, characterised in that the radially inner surface of the tape element further comprises a protrusion extending radially inwards from the flat portion for breaking up a boundary layer of fluid flowing along the flexible pipe body in use, wherein the protrusion is provided upstream of the cavity in terms of a flow direction of fluid through the pipe body in use, and wherein the protrusion is formed integrally with the elongate tape element.
A method of obtaining an electrical quantity of an electrical distribution network comprising: - a charging station for electric vehicles electrically connected to the distribution network, wherein the charging station is arranged in a housing, - at least one first measuring device for ontaining electrical power delivered to electric vehicles and, - a second measuring device which operates separately from the first measuring device and is arranged at least in parts in the housing, wherein - at least one low-voltage electrical quantity of the distribution network on the low-voltage side is measured by the second measuring device independently of a charging process of an electric vehicle, - an actual quantity dependent on the measured electrical quantity is remotely transmitted to a central control station located separately from the charging station, and - the actual quantity is compared with a target quantity and a comparison result is output, characterised in that - depending on the result of the comparison between the actual quantity and the target quantity, an adjustment of a medium voltage of a medium voltage network or an adjustment of a low voltage of a low voltage network is effected. - a charging station for electric vehicles electrically connected to the distribution network, wherein the charging station is arranged in a housing, - at least one first measuring device for ontaining electrical power delivered to electric vehicles and, - a second measuring device which operates separately from the first measuring device and is arranged at least in parts in the housing, wherein - at least one low-voltage electrical quantity of the distribution network on the low-voltage side is measured by the second measuring device independently of a charging process of an electric vehicle, - an actual quantity dependent on the measured electrical quantity is remotely transmitted to a central control station located separately from the charging station, and - the actual quantity is compared with a target quantity and a comparison result is output, characterised in that - at least one low-voltage electrical quantity of the distribution network on the low-voltage side is measured by the second measuring device independently of a charging process of an electric vehicle, - an actual quantity dependent on the measured electrical quantity is remotely transmitted to a central control station located separately from the charging station, and - the actual quantity is compared with a target quantity and a comparison result is output, - depending on the result of the comparison between the actual quantity and the target quantity, an adjustment of a medium voltage of a medium voltage network or an adjustment of a low voltage of a low voltage network is effected.
A ceiling tile for a suspended ceiling system comprising a grid of profiles for supporting the ceiling tile , the ceiling tile comprises a front surface intended to face a room in an installed state of the ceiling tile and a plurality of spacer elements discretely distributed along a perimeter portion of the ceiling tile , wherein the plurality of spacer elements being configured for separation of the ceiling tile and the grid of profiles in a direction perpendicular to the front surface , wherein the plurality of spacer elements is formed separately from the ceiling tile , and wherein each spacer element comprises a body portion and an anchoring portion for attaching the body portion to the ceiling tile by inserting the anchoring portion into the ceiling tile .
A manufacturing method of decorated natural leather including the steps of: - applying a base coat on crusted leather ; - inkjet printing a decorative image on the base coat using one or more pigmented inkjet inks; and - applying one or more identification codes . - applying a base coat on crusted leather ; - inkjet printing a decorative image on the base coat using one or more pigmented inkjet inks; and - applying one or more identification codes .
A compound of the following structure: wherein: B 1 is adenine and B 10 is uracil; R 1 is H; R 2 is OH; R 3 is OH or O-methyl; and R 4 is OH or O-methyl. B 1 is adenine and B 10 is uracil; R 1 is H; R 2 is OH; R 3 is OH or O-methyl; and R 4 is OH or O-methyl.
Method for treating an article made of fibrous material, able to provide said article with antibacterial and/or antifungal properties by the application on a surface of said article of particles of a metal oxide, said method comprising the steps of: i) generating said particles by flame synthesis of said particles from a precursor compound and ii) depositing in a controlled manner said particles on a surface of said article by thermophoresis. i) generating said particles by flame synthesis of said particles from a precursor compound and ii) depositing in a controlled manner said particles on a surface of said article by thermophoresis.
A process for the preparation of alpha-hydroxy-beta-ene-acids or esters thereof of the formula R'-HC=CH-CHOH-COOR (I) wherein R is selected from the group consisting of -H and C 1 -C 8 -alkyl; and R' is hydroxymethyl or 1,2-dihydroxyethyl; the process comprising the steps of: a. contacting a saccharide composition comprising one or more C6 and/or C5 saccharide units with a Lewis Acid material; and b. recovering 2,5,6-trihydroxy-3-hexenoic acid and/or 2,5-dihydroxy-3-pentenoic acid or the esters thereof; and wherein the concentration of alkali metal ions present in the environment of the Lewis Acid material is kept at a concentration of less than 0.13 mM or at an amount of less than 0.5 wt % of the catalyst composition. R is selected from the group consisting of -H and C 1 -C 8 -alkyl; and R' is hydroxymethyl or 1,2-dihydroxyethyl; a. contacting a saccharide composition comprising one or more C6 and/or C5 saccharide units with a Lewis Acid material; and b. recovering 2,5,6-trihydroxy-3-hexenoic acid and/or 2,5-dihydroxy-3-pentenoic acid or the esters thereof; and
Equipment for forming a tubular rod from a bundle of fibrous material comprising a mandrel having an upstream end section and a downstream end section of smaller cross-sectional area, the mandrel being constructed to form a space within the bundle of fibres as the bundle of fibres advances over the mandrel, wherein the mandrel comprises a passage having a longitudinal axis, and an outlet between the upstream and the downstream end sections of the mandrel for delivering a treatment fluid from the passage to the bundle of fibrous material on the mandrel in a direction that is not opposed to the direction of movement of the bundle over the mandrel, the outlet being oriented at an acute angle to the longitudinal axis of the passage such that treatment fluid is discharged into the fibre bundle in a direction of from 20 to 70 degrees to the direction of movement of the bundle over the mandrel, thereby assisting, rather than opposing, the movement of the fibres.
A method performed by a mobile device that supports a plurality of subscriber identification module, SIM, profiles where a first SIM profile is used to communicate with a first wireless network and a second SIM profile is used to communicate with a second wireless network , the method comprising: measuring a current network quality of the first wireless network by the mobile device; determining whether network quality information for the second wireless network from a mobile peer device , as measured by the mobile peer device, is available, and obtaining said network quality information for the second wireless network from the mobile peer device if available, wherein the mobile device and the mobile peer device communicate with each other via a peer to peer communication link; comparing, by a network switching controller of the mobile device, the current network quality of the first wireless network with the obtained network quality information for the second wireless network from the mobile peer device; switching , by the mobile device, from the first wireless network to the second wireless network based on the comparison of the obtained network quality information from the mobile peer device and the measured current network quality of the first wireless network by the mobile device. measuring a current network quality of the first wireless network by the mobile device; determining whether network quality information for the second wireless network from a mobile peer device , as measured by the mobile peer device, is available, and obtaining said network quality information for the second wireless network from the mobile peer device if available, wherein the mobile device and the mobile peer device communicate with each other via a peer to peer communication link; comparing, by a network switching controller of the mobile device, the current network quality of the first wireless network with the obtained network quality information for the second wireless network from the mobile peer device; switching , by the mobile device, from the first wireless network to the second wireless network based on the comparison of the obtained network quality information from the mobile peer device and the measured current network quality of the first wireless network by the mobile device.
An inflatable medical device comprising; a wall comprising a network of polymer chains, the wall having a surface , wherein the network comprises a network morphology; and at least one low heat laser-formed modification on said surface , wherein the network morphology of an area surrounding the low heat laser-formed modification is substantially unaffected by thermal effects; wherein the wall is configured to be inflatable into a therapeutically or diagnostically useful shape, including: at least one body region , at least one leg region , at least one cone region extending between the body region and the leg region , and a longitudinal axis extending through the body, leg and cone regions ; characterized in that at least one low heat laser-formed modification is on an inner surface of the leg region . a wall comprising a network of polymer chains, the wall having a surface , wherein the network comprises a network morphology; and at least one low heat laser-formed modification on said surface , wherein the network morphology of an area surrounding the low heat laser-formed modification is substantially unaffected by thermal effects; wherein the wall is configured to be inflatable into a therapeutically or diagnostically useful shape, including: at least one body region , at least one leg region , at least one cone region extending between the body region and the leg region , and a longitudinal axis extending through the body, leg and cone regions ; characterized in that at least one low heat laser-formed modification is on an inner surface of the leg region . at least one body region , at least one leg region , at least one cone region extending between the body region and the leg region , and a longitudinal axis extending through the body, leg and cone regions ; characterized in that at least one low heat laser-formed modification is on an inner surface of the leg region .
A dental implantation system , comprising: an implantation device adapted to prepare a site within a mouth of a patient for receiving a dental implant; a guidance device comprising a communication element , the communication element being operably engaged and in communication with the implantation device ; and a splint adapted to engage the mouth of the patient, the splint being in communication with the guidance device and cooperable therewith to determine a fiducial marker, wherein the fiducial marker is configured to be communicated to the implantation device via the communication element attached to the splint such that the implantation device is in communication with the fiducial marker, and the guidance device thereby being configured to guide the implantation device in relation to the fiducial marker to prepare the site for receiving the dental implant. an implantation device adapted to prepare a site within a mouth of a patient for receiving a dental implant; a guidance device comprising a communication element , the communication element being operably engaged and in communication with the implantation device ; and a splint adapted to engage the mouth of the patient, the splint being in communication with the guidance device and cooperable therewith to determine a fiducial marker, wherein the fiducial marker is configured to be communicated to the implantation device via the communication element attached to the splint such that the implantation device is in communication with the fiducial marker, and the guidance device thereby being configured to guide the implantation device in relation to the fiducial marker to prepare the site for receiving the dental implant.
A user terminal comprising: a reception section that is configured to receive downlink control information; a transmission section that is configured to transmit an uplink shared channel based on the downlink control information; and a control section that is configured to determine one or more subcarriers to use for transmission of the uplink shared channel, based on an offset value associated with a given field value in the downlink control information. a reception section that is configured to receive downlink control information; a transmission section that is configured to transmit an uplink shared channel based on the downlink control information; and a control section that is configured to determine one or more subcarriers to use for transmission of the uplink shared channel, based on an offset value associated with a given field value in the downlink control information.
In a scalable video system, a method for up-sampling image data from a first layer to a second layer, the method comprising: determining with a processor scaling and rounding parameters in response to bit-depth requirements of the scalable video system, wherein the bit depth requirements of the scalable video system comprise an intermediate values bit depth, an internal input bit depth, and a filtering coefficients precision bit depth; generating first up-sampled data by filtering the image data from the first layer, wherein the filtering of the image data is performed across a first spatial direction using a first rounding parameter; generating first intermediate data by scaling the first up-sampled data with a first shift parameter; generating second up-sampled data by filtering the first intermediate data, wherein the filtering of the first intermediate data is performed across a second spatial direction using a second rounding parameter; generating second intermediate data by scaling the second up-sampled data with a second shift parameter; and generating output up-sampled data for the second layer by clipping the second intermediate data, wherein the first shift parameter is determined by adding the bit depth values of the internal input bit depth with the filtering coefficients precision bit depth and subtracting from their sum the intermediate values bit depth, and wherein determining the second shift parameter comprises subtracting the first shift parameter from twice the filtering coefficients precision bit depth. determining with a processor scaling and rounding parameters in response to bit-depth requirements of the scalable video system, wherein the bit depth requirements of the scalable video system comprise an intermediate values bit depth, an internal input bit depth, and a filtering coefficients precision bit depth; generating first up-sampled data by filtering the image data from the first layer, wherein the filtering of the image data is performed across a first spatial direction using a first rounding parameter; generating first intermediate data by scaling the first up-sampled data with a first shift parameter; generating second up-sampled data by filtering the first intermediate data, wherein the filtering of the first intermediate data is performed across a second spatial direction using a second rounding parameter; generating second intermediate data by scaling the second up-sampled data with a second shift parameter; and generating output up-sampled data for the second layer by clipping the second intermediate data, wherein the first shift parameter is determined by adding the bit depth values of the internal input bit depth with the filtering coefficients precision bit depth and subtracting from their sum the intermediate values bit depth, and wherein determining the second shift parameter comprises subtracting the first shift parameter from twice the filtering coefficients precision bit depth.