mhurhangee/ep-ind-claims huggingface dataset:
A computer controlled strawberry pre-processing system, comprising: a vision system for sequentially imaging strawberries, the vision system configured to detect the location of the calyx for removal; a calyx removal system for separating the calyx from the strawberry based on the detected location from the vision system; and a loading system including a water tank and conveyor system to remove strawberries from the water tank and transport the strawberries through the vision system and calyx removal system, the conveyor system configured to rotate the strawberries along at least a portion of the transportation through the vision system, and wherein the loading system comprises a frame including a track having an inclined section and a generally horizontal section, and a plurality of rods positioned along the track, the rods laterally movable from one end of the track to an opposing end of the track to laterally transport the strawberries through the pre-processing system. a vision system for sequentially imaging strawberries, the vision system configured to detect the location of the calyx for removal; a calyx removal system for separating the calyx from the strawberry based on the detected location from the vision system; and a loading system including a water tank and conveyor system to remove strawberries from the water tank and transport the strawberries through the vision system and calyx removal system, the conveyor system configured to rotate the strawberries along at least a portion of the transportation through the vision system, and wherein the loading system comprises a frame including a track having an inclined section and a generally horizontal section, and a plurality of rods positioned along the track, the rods laterally movable from one end of the track to an opposing end of the track to laterally transport the strawberries through the pre-processing system.
A method, executed at a server, comprising: upon initiation of a communication session by a client, creating a cache at the server, the cache including a cache content and a cache code, wherein the cache is created when the communication session between the server and the client (312, 314) is initiated; performing a tune up of the cache prior to moving the cache to the client (312, 314), wherein the performing of the tune up includes determining whether a predetermined set of threshold requirements is met for moving the cache to the client (312, 314); determining whether the client (312, 314) requires the cache or whether a request for the cache is received from the client; and moving the cache to the client (312, 314) if the client requires the cache or if the request from the client is received. upon initiation of a communication session by a client, creating a cache at the server, the cache including a cache content and a cache code, wherein the cache is created when the communication session between the server and the client (312, 314) is initiated; performing a tune up of the cache prior to moving the cache to the client (312, 314), wherein the performing of the tune up includes determining whether a predetermined set of threshold requirements is met for moving the cache to the client (312, 314); determining whether the client (312, 314) requires the cache or whether a request for the cache is received from the client; and moving the cache to the client (312, 314) if the client requires the cache or if the request from the client is received.
A cylindrical body for an implant, comprising: a cylindrical substrate having an elongation rate in the longitudinal direction, as measured under a tensile load of 20 N, of from 10to 50%; and a block copolymer composed of a polyalkylene glycol block(s) and a polyhydroxyalkanoic acid block(s); wherein a film of the block copolymer is coated on the cylindrical substrate; wherein the ratio of the total mass of the alkylene glycol residue(s) with respect to the total mass of said block copolymer is from 5 to 25%; and wherein said block copolymer has a Young's modulus, as measured in the form of a film, of 200 MPa or less. a cylindrical substrate having an elongation rate in the longitudinal direction, as measured under a tensile load of 20 N, of from 10to 50%; and a block copolymer composed of a polyalkylene glycol block(s) and a polyhydroxyalkanoic acid block(s); wherein a film of the block copolymer is coated on the cylindrical substrate; wherein the ratio of the total mass of the alkylene glycol residue(s) with respect to the total mass of said block copolymer is from 5 to 25%; and wherein said block copolymer has a Young's modulus, as measured in the form of a film, of 200 MPa or less.
A method comprising: collecting, by an end-user device, a depth map at a location in a path network, whereby the term path network also includes road network; slicing the depth map into a plurality of horizontal segments, each horizontal segment corresponding to a different elevation, wherein each horizontal segment has a thickness; analysing the plurality of horizontal segments to find prominent two-dimensional feature geometries; extracting, using a processor of the end-user device, the two-dimensional feature geometries from the depth map; identifying a number of control points in the extracted two-dimensional feature geometries; calculating distances between the end-user device and the identified control points; receiving, from a database that is external to the end-user device, location reference information comprising latitude and longitude values and altitude, or latitude and longitude values and altitude and elevation above the road or path level, for each identified control point; and determining a geographic location of the end-user device in the path network through a multilateration calculation using the location reference information of the identified control points and the calculated distances between the end-user device and each identified control point. collecting, by an end-user device, a depth map at a location in a path network, whereby the term path network also includes road network; slicing the depth map into a plurality of horizontal segments, each horizontal segment corresponding to a different elevation, wherein each horizontal segment has a thickness; analysing the plurality of horizontal segments to find prominent two-dimensional feature geometries; extracting, using a processor of the end-user device, the two-dimensional feature geometries from the depth map; identifying a number of control points in the extracted two-dimensional feature geometries; calculating distances between the end-user device and the identified control points; receiving, from a database that is external to the end-user device, location reference information comprising latitude and longitude values and altitude, or latitude and longitude values and altitude and elevation above the road or path level, for each identified control point; and determining a geographic location of the end-user device in the path network through a multilateration calculation using the location reference information of the identified control points and the calculated distances between the end-user device and each identified control point.
Connection device suitable to connect a coupler rod or a connection rod to a car of a multi-car vehicle, whereby the connection device has - a bearing bracket, - an end section of a coupler rod or a connection rod, whereby the end section is pivotably connected to the bearing bracket in such a manner that the end section can pivot relative to the bearing bracket about a pivot axis (C-C) that is perpendicular to the longitudinal axis (B-B) of the end section of the coupler rod or connection rod, - a stopper fixedly or pivotably connected to the end section, - an elastic element, whereby upon application of force along the longitudinal axis (B-B) of the end section of the coupler rod or connection rod the elastic element is compressed, whereby in a first driving condition, which is defined by a first position of the end section relative to the bearing bracket, a surface section of the stopper comes into contact with a surface section of the bearing bracket, if the application of force along the longitudinal axis (B-B) of the end section of the connection rod or coupler rod deforms the elastic element, characterized in that the bearing bracket and/or the stopper has a recess such that in a second driving condition that is different from the first driving condition in that the end section has a second position relative to the bearing bracket, the surface section of the stopper has passed the surface section of the bearing bracket. - a bearing bracket, - an end section of a coupler rod or a connection rod, whereby the end section is pivotably connected to the bearing bracket in such a manner that the end section can pivot relative to the bearing bracket about a pivot axis (C-C) that is perpendicular to the longitudinal axis (B-B) of the end section of the coupler rod or connection rod, - a stopper fixedly or pivotably connected to the end section, - an elastic element, whereby upon application of force along the longitudinal axis (B-B) of the end section of the coupler rod or connection rod the elastic element is compressed, whereby in a first driving condition, which is defined by a first position of the end section relative to the bearing bracket, a surface section of the stopper comes into contact with a surface section of the bearing bracket, if the application of force along the longitudinal axis (B-B) of the end section of the connection rod or coupler rod deforms the elastic element,
A method for producing an alkoxycarbonyl compound wherein the method comprises reacting carbon monoxide and an alcohol compound with methylacetylene in the presence of a catalyst containing a Group 10 metal compound, a proton acid, an amine compound and a phosphine compound, the propadiene content of the methylacetylene is 50 ppm or less, the phosphine compound is used at greater than 0.000020 mol with respect to 1 mol of methylacetylene, and the carbon monoxide and the alcohol compound are reacted with 200000 mol or more of methylacetylene with respect to 1 mol of the Group 10 metal compound.
A system (100, 600) comprising: a shot tuning chamber (220, 604) configured to receive a molten polymeric material from an upstream device (102, 602), to adjust one or more of a temperature of and a pressure applied to the molten polymeric material to create an adjusted molten polymeric material, and to dispense the adjusted molten polymeric material; and a temperature and pressure control assembly coupled to the shot tuning chamber (220, 604) and configured to adjust the temperature of and/or the pressure applied to the molten polymeric material in the shot tuning chamber (220, 604); where the temperature and pressure control assembly includes a coolant loop traversing a housing of the shot tuning chamber (220, 604). a shot tuning chamber (220, 604) configured to receive a molten polymeric material from an upstream device (102, 602), to adjust one or more of a temperature of and a pressure applied to the molten polymeric material to create an adjusted molten polymeric material, and to dispense the adjusted molten polymeric material; and a temperature and pressure control assembly coupled to the shot tuning chamber (220, 604) and configured to adjust the temperature of and/or the pressure applied to the molten polymeric material in the shot tuning chamber (220, 604); where the temperature and pressure control assembly includes a coolant loop traversing a housing of the shot tuning chamber (220, 604).
A method of processing Ethernet signals for transport in an optical network system, the method comprising encapsulating Ethernet frames into Efficient Framing Procedure, EFP, frames comprising a length header (32, 34), a converged data link header configured to provide support for operations, administration and maintenance, and a data area, and mapping said EFP frames into byte synchronous paths, wherein the converged data link header replaces an Ethernet preamble of the Ethernet packet.
Polypropylene composition comprising a propylene homopolymer having at least 99.0 wt.-% of propylene units, the propylene homopolymer having a) a melt flow rate MFR 2 (230 °C/2.16 kg) measured according to ISO 1133 of ≥ 400 g/10min, and b) a melting temperature Tm of ≥ 150 °C, and c) 2,1 erythro regio-defects of equal or below 0.4 mol.-% determined by 13C-NMR spectroscopy, wherein the propylene homopolymer is free of phthalic acid esters as well as their respective decomposition products, and wherein the propylene homopolymer has been visbroken, and wherein the propylene homopolymer has been polymerized in the presence of a) a Ziegler-Natta catalyst (ZN-C) comprising compounds of a transition metal of Group 4 to 6 of IUPAC, a Group 2 metal compound and an internal donor, wherein said internal donor is a non-phthalic acid ester; b) optionally a co-catalyst (Co), and c) optionally an external donor. a) a melt flow rate MFR 2 (230 °C/2.16 kg) measured according to ISO 1133 of ≥ 400 g/10min, and b) a melting temperature Tm of ≥ 150 °C, and c) 2,1 erythro regio-defects of equal or below 0.4 mol.-% determined by 13C-NMR spectroscopy, wherein the propylene homopolymer is free of phthalic acid esters as well as their respective decomposition products, and wherein the propylene homopolymer has been visbroken, and wherein the propylene homopolymer has been polymerized in the presence of a) a Ziegler-Natta catalyst (ZN-C) comprising compounds of a transition metal of Group 4 to 6 of IUPAC, a Group 2 metal compound and an internal donor, wherein said internal donor is a non-phthalic acid ester; b) optionally a co-catalyst (Co), and c) optionally an external donor. a) a Ziegler-Natta catalyst (ZN-C) comprising compounds of a transition metal of Group 4 to 6 of IUPAC, a Group 2 metal compound and an internal donor, wherein said internal donor is a non-phthalic acid ester; b) optionally a co-catalyst (Co), and c) optionally an external donor.
An interference exposure apparatus, comprising: a light source for providing an exposure light beam; a light homogenizer-collimator for homogenizing and collimating the exposure light beam emanating from the light source; an interference unit including at least two gratings for converting the exposure light beam into at least two coherent light beams, the interference unit being movable in a vertical direction to make the at least two coherent light beams converge on a surface of a substrate to form an interference exposure pattern, the at least two gratings each having a period in correspondence with a period of a desired exposure pattern and being distributed in correspondence with a distribution characteristic of the desired exposure pattern; a driving and supporting means for supporting the substrate and carrying the substrate to move with at least three degrees of freedom; and a measuring means for measuring an angle between a coordinate system of the interference unit and a coordinate system of the driving and supporting means so as to adjust an exposure position of the driving and supporting means based on a measurement result of the measuring means before exposing the substrate. a light source for providing an exposure light beam; a light homogenizer-collimator for homogenizing and collimating the exposure light beam emanating from the light source; an interference unit including at least two gratings for converting the exposure light beam into at least two coherent light beams, the interference unit being movable in a vertical direction to make the at least two coherent light beams converge on a surface of a substrate to form an interference exposure pattern, the at least two gratings each having a period in correspondence with a period of a desired exposure pattern and being distributed in correspondence with a distribution characteristic of the desired exposure pattern; a driving and supporting means for supporting the substrate and carrying the substrate to move with at least three degrees of freedom; and a measuring means for measuring an angle between a coordinate system of the interference unit and a coordinate system of the driving and supporting means so as to adjust an exposure position of the driving and supporting means based on a measurement result of the measuring means before exposing the substrate.
Installation for forming a container made from thermoplastics material by blow-moulding a preform using a pressurized blow-moulding fluid, the installation comprising at least one delivery valve for dispensing the flow of blow-moulding fluid, the delivery valve comprising: - a cylinder with longitudinal axis; - a transverse piston which divides the cylinder longitudinally in a sealed manner into a first working chamber and a second working chamber, and which is mounted with the ability to slide longitudinally in the cylinder between a first switching position in which the second chamber has a maximum volume and a second switching position in which the second chamber has a minimum volume; - first commanded means for exhausting a fluid contained in the second chamber; - first commanded pressurizing means for increasing the pressure of a control fluid in the first working chamber beyond an activation pressure (Pa) allowing the piston to be moved towards its second switching position; characterized in that the delivery valve comprises blocking means which are commanded between a first blocking state in which the piston is blocked in its first switching position and a freed state in which the sliding of the piston towards its second switching position is permitted. - a cylinder with longitudinal axis; - a transverse piston which divides the cylinder longitudinally in a sealed manner into a first working chamber and a second working chamber, and which is mounted with the ability to slide longitudinally in the cylinder between a first switching position in which the second chamber has a maximum volume and a second switching position in which the second chamber has a minimum volume; - first commanded means for exhausting a fluid contained in the second chamber; - first commanded pressurizing means for increasing the pressure of a control fluid in the first working chamber beyond an activation pressure (Pa) allowing the piston to be moved towards its second switching position;
A suit for a motorcyclist comprising: - a suit body shaped to dress a motorcyclist's body, wherein said suit body comprises an outer surface, an upper portion having a portion of torso and portions for the upper limbs, and a lower portion which extends from said upper portion, having portions for the lower limbs, wherein on each side of said suit body, there are provided, symmetrically with respect to a longitudinal direction (L-L): - at least a first shell element (31,32,33) arranged on said upper portion, - and at least a second shell element (38,39) arranged on said lower portion, characterised in that said first shell element (31,32,33) and said second shell element (38,39) each have: a first face (41,42,43,48,49) facing the motorcyclist's body shaped to embrace an area of the body on which it is arranged, a second face (51,52,53,58,59), opposite to the first face (41,42,43,48,49), exposed to a flow of air, shaped to keep a fluid streamline adhering to the suit body. - a suit body shaped to dress a motorcyclist's body, wherein said suit body comprises an outer surface, an upper portion having a portion of torso and portions for the upper limbs, and a lower portion which extends from said upper portion, having portions for the lower limbs, wherein on each side of said suit body, there are provided, symmetrically with respect to a longitudinal direction (L-L): - at least a first shell element (31,32,33) arranged on said upper portion, - and at least a second shell element (38,39) arranged on said lower portion, characterised in that said first shell element (31,32,33) and said second shell element (38,39) each have: a first face (41,42,43,48,49) facing the motorcyclist's body shaped to embrace an area of the body on which it is arranged, a second face (51,52,53,58,59), opposite to the first face (41,42,43,48,49), exposed to a flow of air, shaped to keep a fluid streamline adhering to the suit body. wherein said suit body comprises an outer surface, an upper portion having a portion of torso and portions for the upper limbs, and a lower portion which extends from said upper portion, having portions for the lower limbs, wherein on each side of said suit body, there are provided, symmetrically with respect to a longitudinal direction (L-L): - at least a first shell element (31,32,33) arranged on said upper portion, - and at least a second shell element (38,39) arranged on said lower portion, - at least a first shell element (31,32,33) arranged on said upper portion, - and at least a second shell element (38,39) arranged on said lower portion, characterised in that said first shell element (31,32,33) and said second shell element (38,39) each have: a first face (41,42,43,48,49) facing the motorcyclist's body shaped to embrace an area of the body on which it is arranged, a second face (51,52,53,58,59), opposite to the first face (41,42,43,48,49), exposed to a flow of air, shaped to keep a fluid streamline adhering to the suit body.
A conductive ball comprising: a sphere formed of a rubber, which has a diameter of 0.04 to 2 mm; a thermal expansion-resistant resin shell applied so as to coat the surface of the sphere, which is formed of a polyimide or a material containing a polyimide; and a conductive metal shell applied so as to coat the outer surface of the thermal expansion-resistant resin shell. a sphere formed of a rubber, which has a diameter of 0.04 to 2 mm; a thermal expansion-resistant resin shell applied so as to coat the surface of the sphere, which is formed of a polyimide or a material containing a polyimide; and a conductive metal shell applied so as to coat the outer surface of the thermal expansion-resistant resin shell.
A B-stagable adhesive composition comprising: a) a mixture of an N-aromatic benzoxazine and an N-aliphatic benzoxazine, and b) a thiol compound of the formula R 4 -(S-H) n, wherein R 4 is an (hetero)hydrocarbyl having a valence of n, and n is 1 to 6, wherein the term (hetero)hydrocarbyl represents hydrocarbyl groups and heterohydrocarbyl groups. a) a mixture of an N-aromatic benzoxazine and an N-aliphatic benzoxazine, and b) a thiol compound of the formula R 4 -(S-H) n, wherein R 4 is an (hetero)hydrocarbyl having a valence of n, and n is 1 to 6, wherein the term (hetero)hydrocarbyl represents hydrocarbyl groups and heterohydrocarbyl groups.