mhurhangee/ep-ind-claims huggingface dataset:
A crate for agricultural and horticultural produce, the crate comprising: - a bottom plate which has a generally rectangular shape, which is arranged at the bottom side of the crate, which has a width in the range of 20-40 cm, and which has a length in the range of 40-60 cm; - an upright support beam arranged in each corner of the bottom plate, extending upwards from the bottom plate in a direction generally perpendicular to the bottom plate, and provided for supporting other crates stacked onto the crate; - a lower side board, which is arranged on each side face (8, 9) of the crate and positioned such that a lower edge of the lower side board is located near the bottom plate, and wherein each lower side board is attached to the support beams on the corresponding side face (8, 9); and - an upper side board, which is arranged on each side face (8, 9) of the crate above and generally parallel to the lower side board arranged on the corresponding side face (8, 9), and wherein each upper side board is attached to the support beams on the corresponding side face (8, 9) at least at an attachment position close to the upper edge of the upper side board; characterised in that the support beams have a height in the range of 17,0-19,0 cm, in that two of the upper side boards are positioned such that the upper edges of said two upper side boards are located at a distance from the bottom plate in the range of 15,0-17,0 cm, wherein said two upper side boards are arranged on opposing side faces (8, 9) of the crate, and wherein the remaining upper side boards are positioned such that the upper edges of the remaining upper side boards are located at a distance from the bottom plate of at most 14,0 cm, and in that all side boards (4, 6) have a width in the range of 6,1-8,0 cm. - a bottom plate which has a generally rectangular shape, which is arranged at the bottom side of the crate, which has a width in the range of 20-40 cm, and which has a length in the range of 40-60 cm; - an upright support beam arranged in each corner of the bottom plate, extending upwards from the bottom plate in a direction generally perpendicular to the bottom plate, and provided for supporting other crates stacked onto the crate; - a lower side board, which is arranged on each side face (8, 9) of the crate and positioned such that a lower edge of the lower side board is located near the bottom plate, and wherein each lower side board is attached to the support beams on the corresponding side face (8, 9); and - an upper side board, which is arranged on each side face (8, 9) of the crate above and generally parallel to the lower side board arranged on the corresponding side face (8, 9), and wherein each upper side board is attached to the support beams on the corresponding side face (8, 9) at least at an attachment position close to the upper edge of the upper side board;
An additive consisting of: an active, the active consisting of one or both of tetraacetylethylenediamine or triacetylethylenediamine; and the interfacial polymerization reaction product of a (poly)isocyanate and a polyamine. an active, the active consisting of one or both of tetraacetylethylenediamine or triacetylethylenediamine; and the interfacial polymerization reaction product of a (poly)isocyanate and a polyamine.
A method of creating a secure network, the method comprising connecting a first router node to the network; discovering, using the first router node, a link to an adjacent router node within the network; receiving, at the first router node via the discovered link, a first loopback address for the adjacent router node, wherein the first loopback address is an address for a security module in the adjacent router node and is a network wide unique address; creating a first tunnel between a security module in the first router node and the received first loopback address; receiving, at the first router node via the first tunnel, a second loopback address for the second router node, wherein the second loopback address is an address for a secure access module in the second router node and is a network wide unique address; creating a second tunnel between a secure access module in the first router node and the received second loopback address; repeating the discovering, receiving and creating steps for each router node which is adjacent to the first router node; storing information relating to the links between the first router node and each adjacent router node in a link discovery routing table; storing the unique first loopback address for each adjacent router node in a security routing table; and storing the unique second loopback address for each adjacent router node in a secure access routing table; whereby each discovered link, first tunnel and second tunnel provide separate connections between the first router node and each adjacent router node. discovering, using the first router node, a link to an adjacent router node within the network; receiving, at the first router node via the discovered link, a first loopback address for the adjacent router node, wherein the first loopback address is an address for a security module in the adjacent router node and is a network wide unique address; creating a first tunnel between a security module in the first router node and the received first loopback address; receiving, at the first router node via the first tunnel, a second loopback address for the second router node, wherein the second loopback address is an address for a secure access module in the second router node and is a network wide unique address; creating a second tunnel between a secure access module in the first router node and the received second loopback address; repeating the discovering, receiving and creating steps for each router node which is adjacent to the first router node; storing information relating to the links between the first router node and each adjacent router node in a link discovery routing table; storing the unique first loopback address for each adjacent router node in a security routing table; and storing the unique second loopback address for each adjacent router node in a secure access routing table; whereby each discovered link, first tunnel and second tunnel provide separate connections between the first router node and each adjacent router node.
A one-piece fastening device for electrical cabinet for fixing a rail comprising modular protective apparatuses to a base element, the device comprising: - a first portion and a second portion substantially forming a first plane, - the first portion comprising first clipping means and the second portion comprising second clipping means, the first and second clipping means (482, 484) being symmetrical relative to each other along a plane perpendicular to the first plane, and - at least two unlocking means (460, 470), a first unlocking means comprising the second clipping means and a second unlocking means comprising the first clipping means, said unlocking means being elastically deformable to unclip the clipping means (482, 484), the one-piece device further comprising at least one fixing means arranged so as to be able to be fixed on a rail, the one-piece device being characterised in that said second unlocking means is arranged so as to unclip said first clipping means after being brought into contact with said first unlocking means after applying a pressure on said first unlocking means. - a first portion and a second portion substantially forming a first plane, - the first portion comprising first clipping means and the second portion comprising second clipping means, the first and second clipping means (482, 484) being symmetrical relative to each other along a plane perpendicular to the first plane, and - at least two unlocking means (460, 470), a first unlocking means comprising the second clipping means and a second unlocking means comprising the first clipping means, said unlocking means being elastically deformable to unclip the clipping means (482, 484), the one-piece device further comprising at least one fixing means arranged so as to be able to be fixed on a rail, the one-piece device being characterised in that said second unlocking means is arranged so as to unclip said first clipping means after being brought into contact with said first unlocking means after applying a pressure on said first unlocking means.
A method in a data processing system for estimating energy consumption, the method comprising: identifying a first amount of energy consumed by a plurality of devices (314, 316, 318) in a building during a first period of time while a first device in the plurality of devices (314, 316, 318) is in a first state to form a first baseline; identifying a second amount of energy consumed by the plurality of devices (314, 316, 318) during a second period of time while the first device is in a second state; generating an estimated energy consumption of the first device based on a difference between the first baseline and the second amount of energy consumed; characterized by the following steps: identifying, in response to identifying the second amount of energy consumed, a third amount of energy consumed by the plurality of devices (314, 316, 318) during a third period of time while the first device is in the first state to form a second baseline; comparing the second baseline with the first baseline to determine whether energy consumption of other devices in the plurality of devices (314, 316, 318) changed between the first period of time and the third period of time; and adjusting the estimated energy consumption of the first device based on changes in the energy consumption of the other devices in the plurality of devices (314, 316, 318) in response to determining that the energy consumption of the other devices in the plurality of devices (314, 316, 318) changed. identifying a first amount of energy consumed by a plurality of devices (314, 316, 318) in a building during a first period of time while a first device in the plurality of devices (314, 316, 318) is in a first state to form a first baseline; identifying a second amount of energy consumed by the plurality of devices (314, 316, 318) during a second period of time while the first device is in a second state; generating an estimated energy consumption of the first device based on a difference between the first baseline and the second amount of energy consumed; identifying, in response to identifying the second amount of energy consumed, a third amount of energy consumed by the plurality of devices (314, 316, 318) during a third period of time while the first device is in the first state to form a second baseline; comparing the second baseline with the first baseline to determine whether energy consumption of other devices in the plurality of devices (314, 316, 318) changed between the first period of time and the third period of time; and adjusting the estimated energy consumption of the first device based on changes in the energy consumption of the other devices in the plurality of devices (314, 316, 318) in response to determining that the energy consumption of the other devices in the plurality of devices (314, 316, 318) changed.
An automatic analyzer for analyzing samples, comprising a housing at least partially enclosing at least one analyzing instrument 104), a drawer configured to be loaded with a plurality of reagent vessels, wherein the drawer is moveable in a longitudinal direction relative to the housing between a retracted position, in which the drawer is retracted in the housing, and extended positions, in which the drawer is extended from the housing, wherein the drawer defines arrangement positions for the reagent vessels at least in a first row parallel to the longitudinal direction, and a first detector associated with the first row and configured to identify the reagent vessels at a first detection position when arranged in the first row, wherein the automatic analyzer further comprises a first slider, wherein the first detector is mounted to the first slider, wherein the first slider is moveable between a slider retracted position, in which the first slider is retracted in the housing, and a slider extended position, in which the first slider is extended at a proximal position from the housing, wherein the slider extended position overlaps with the first detection position and the analyzer being arranged such that at the different extended positions of the drawer, different arrangement positions are aligned with the first detection position. a housing at least partially enclosing at least one analyzing instrument 104), a drawer configured to be loaded with a plurality of reagent vessels, wherein the drawer is moveable in a longitudinal direction relative to the housing between a retracted position, in which the drawer is retracted in the housing, and extended positions, in which the drawer is extended from the housing, wherein the drawer defines arrangement positions for the reagent vessels at least in a first row parallel to the longitudinal direction, and a first detector associated with the first row and configured to identify the reagent vessels at a first detection position when arranged in the first row, wherein the automatic analyzer further comprises a first slider, wherein the first detector is mounted to the first slider, wherein the first slider is moveable between a slider retracted position, in which the first slider is retracted in the housing, and a slider extended position, in which the first slider is extended at a proximal position from the housing, wherein the slider extended position overlaps with the first detection position and the analyzer being arranged such that at the different extended positions of the drawer, different arrangement positions are aligned with the first detection position.
A method of producing a cell population comprising selecting placental stem cells that: (a) adhere to a tissue culture substrate; and: (b) express CD200 and HLA-G; express CD73, CD105, and CD200; express CD200 and OCT-4; or express CD73, CD105 and HLA-G; and isolating said placental stem cells from other cells to form a cell population. (a) adhere to a tissue culture substrate; and: (b) express CD200 and HLA-G; express CD73, CD105, and CD200; express CD200 and OCT-4; or express CD73, CD105 and HLA-G; express CD73, CD105, and CD200; express CD200 and OCT-4; or express CD73, CD105 and HLA-G;
A method for actuating a redraw assembly, the method comprising: rotating an output shaft wherein; an eccentric journal assembly is coupled to said output shaft, a connecting rod is coupled to said eccentric journal assembly, and said connecting rod coupled to a movable redraw sleeve; wherein the step of rotating said output shaft includes: causing said eccentric journal assembly to rotate between at least a first, rearward position and a second, forward position; and moving said connecting rod between a first, rearward position and a second, forward position corresponding to said eccentric journal assembly first and second positions; characterized in that said output shaft is an output shaft of a servomotor and the method comprises varying the rotation speed of the output shaft within a single cycle of said eccentric journal assembly such that said eccentric journal assembly rotates through an acceleration position and a deceleration position; said acceleration position occurring just prior to said eccentric journal assembly's second, forward position; and said deceleration position occurring just prior to said eccentric journal assembly's first, rearward position. rotating an output shaft wherein; an eccentric journal assembly is coupled to said output shaft, a connecting rod is coupled to said eccentric journal assembly, and said connecting rod coupled to a movable redraw sleeve; wherein the step of rotating said output shaft includes: causing said eccentric journal assembly to rotate between at least a first, rearward position and a second, forward position; and moving said connecting rod between a first, rearward position and a second, forward position corresponding to said eccentric journal assembly first and second positions; characterized in that said output shaft is an output shaft of a servomotor and the method comprises varying the rotation speed of the output shaft within a single cycle of said eccentric journal assembly such that said eccentric journal assembly rotates through an acceleration position and a deceleration position; said acceleration position occurring just prior to said eccentric journal assembly's second, forward position; and said deceleration position occurring just prior to said eccentric journal assembly's first, rearward position. causing said eccentric journal assembly to rotate between at least a first, rearward position and a second, forward position; and moving said connecting rod between a first, rearward position and a second, forward position corresponding to said eccentric journal assembly first and second positions; characterized in that said output shaft is an output shaft of a servomotor and the method comprises varying the rotation speed of the output shaft within a single cycle of said eccentric journal assembly such that said eccentric journal assembly rotates through an acceleration position and a deceleration position; said acceleration position occurring just prior to said eccentric journal assembly's second, forward position; and said deceleration position occurring just prior to said eccentric journal assembly's first, rearward position.
A cuff assembly for a sports board leash, comprising: a central section that includes a precurved molded insert configured to connect to a cord of the sports board leash; a first wing attached to a first side of the central section; and a second wing attached to a second side of the central section; characterized in that the central section, has curvilinear upper and lower edges which define convex curves that are shaped to accommodate the outline of the precurved molded insert. a central section that includes a precurved molded insert configured to connect to a cord of the sports board leash; a first wing attached to a first side of the central section; and a second wing attached to a second side of the central section; characterized in that the central section, has curvilinear upper and lower edges which define convex curves that are shaped to accommodate the outline of the precurved molded insert.
A screw for a dental implant system comprising a surgical grade 316L stainless steel body and a coating of substantially pure gold on the stainless steel body, wherein the coating has a thickness in a range of from 0.5 μm to about 1 μm.
A production method of a round bar for a seamless tube in which a continuously cast slab with a rectangular cross section, and made of high Cr-high Ni alloy containing Cr of 20 to 30 mass%, Ni of 30 to 50 mass%, and at least one of Mo and W as Mo + 0.5W of 1.5 to 10 mass% is subjected to a blooming and billet-making process to yield a round bar having a diameter of 150 to 400 mm as a starting material of the seamless tube, characterized in that the blooming and billet-making process is carried out under a condition satisfying a relation of 1.3≤H/D≤1.8 where a short side length of the cross section of the cast slab is defined as H in mm, and the diameter of the round bar is defined as D in mm.
A hose comprising: (a) a tube layer,; (b) a reinforcement layer disposed outwardly from the tube layer; and, (c) a cover layer disposed over the reinforcing layer, characterized in that the tube layer comprises a bisphenol A curable rubber, wherein the tube layer defines an inner volume for containing and/or transferring fuel through the hose and wherein the tube layer is the innermost layer of the tube, and wherein the bisphenol A curable rubber is selected from the group consisting of hydrogenated nitrile rubber, epichlorohydrin rubber, fluoroelastomer rubber and perfluoroelastomer rubber. (a) a tube layer,; (b) a reinforcement layer disposed outwardly from the tube layer; and, (c) a cover layer disposed over the reinforcing layer,
A multilayer assembly comprising: a first inner layer [layer] made from a first composition [composition], said composition comprising: - at least one polymer comprising recurring units derived from ethylene and from chlorotrifluoroethylene (CTFE), and - at least one Ti compound; and a second outer layer [layer] made from a second composition [composition], said composition being free from TiO 2 -containing additives, said second composition comprising at least one semi-crystalline polymer comprising recurring units derived from ethylene and from at least one fluoromonomer selected from chlorotrifluoroethylene (CTFE), tetrafluoroethylene and mixtures thereof, said semi-crystalline polymer having a heat of fusion of at least 35 J/g [polymer]. a first inner layer [layer] made from a first composition [composition], said composition comprising: - at least one polymer comprising recurring units derived from ethylene and from chlorotrifluoroethylene (CTFE), and - at least one Ti compound; and - at least one polymer comprising recurring units derived from ethylene and from chlorotrifluoroethylene (CTFE), and - at least one Ti compound; and a second outer layer [layer] made from a second composition [composition], said composition being free from TiO 2 -containing additives, said second composition comprising at least one semi-crystalline polymer comprising recurring units derived from ethylene and from at least one fluoromonomer selected from chlorotrifluoroethylene (CTFE), tetrafluoroethylene and mixtures thereof, said semi-crystalline polymer having a heat of fusion of at least 35 J/g [polymer].
A delivery device for assisting in placement of one or more magnetic compression devices (200a, 200b) at a desired target site within a patient, wherein each of the one or more magnetic compression devices comprises a pair of magnetic segments (202, 204) coupled together via a flexible exoskeleton element and arranged in linear alignment with one another and spaced apart via a central portion of the exoskeleton, the delivery device comprising: an elongate body including a lumen extending entirely therethrough and shaped and/or sized to receive and allow the one or more magnetic compression devices to pass therethrough; and a distal portion extending from the elongate hollow body, the distal portion comprising a pair of arms extending from the elongate hollow body, each arm terminating at a respective distal end, wherein the respective distal ends converge with one another to form a substantially unitary tip configured to penetrate tissue, the pair of arms cooperatively forming a slot in fluid communication with the lumen of the elongate body, characterized in that the delivery device is configured to deliver each of the one or more magnetic compression devices through the slot of the distal portion of the delivery device such that each one of the pair of magnetic segments (202, 204) exits the slot on an opposite respective side of the elongate body of the delivery device while the central portion of the exoskeleton remains within the slot. an elongate body including a lumen extending entirely therethrough and shaped and/or sized to receive and allow the one or more magnetic compression devices to pass therethrough; and a distal portion extending from the elongate hollow body, the distal portion comprising a pair of arms extending from the elongate hollow body, each arm terminating at a respective distal end, wherein the respective distal ends converge with one another to form a substantially unitary tip configured to penetrate tissue, the pair of arms cooperatively forming a slot in fluid communication with the lumen of the elongate body, characterized in that the delivery device is configured to deliver each of the one or more magnetic compression devices through the slot of the distal portion of the delivery device such that each one of the pair of magnetic segments (202, 204) exits the slot on an opposite respective side of the elongate body of the delivery device while the central portion of the exoskeleton remains within the slot.