mhurhangee/ep-ind-claims huggingface dataset:
Insert holding device for connecting a suture to an insert for insertion into a bone, comprising a. a holding structure configured to releasably hold an insert for insertion into a bone, b. at least one first recess for receiving a first suture, c. at least one second recess for receiving a looped second suture, wherein the at least one first recess and the at least one second recess are configured such that the first suture can be laid around the second suture and the insert thereby connecting the second suture to the insert when the insert is held by the holding structure, wherein the insert holding device comprises a first surface, a second surface facing away from the first surface, and a circumferential third surface connecting the first surface and the second surface, wherein the at least one first recess and the at least one second recess are open towards the first surface and closed towards the second surface, and wherein the first recess extends along a first axis (A 1) and the second recess extends along a second axis (A 2) perpendicular to the first axis (A 1), characterized in that the insert holding device comprises a groove for inserting the second suture, wherein the groove extends along said third surface of the insert holding device in a circumferential direction, and wherein said at least one second recess is connected to said groove. a. a holding structure configured to releasably hold an insert for insertion into a bone, b. at least one first recess for receiving a first suture, c. at least one second recess for receiving a looped second suture, wherein the at least one first recess and the at least one second recess are configured such that the first suture can be laid around the second suture and the insert thereby connecting the second suture to the insert when the insert is held by the holding structure,
A low density polyethylene copolymer which satisfies the following conditions: a melt index of 0.5 to 1.5 g/10 min as measured according to ASTM D1238 (2.16 kg, 190°C), a density 0.910 to 0.930 g/cm 3 as measured according to ASTM D792, a weight average molecular weight of 91,000 to 150,000, a melt strength of 70 to 100 mN at 190°C wherein melt strength is determined as follows: the molten low density polyethylene copolymer is filled in a rheometer equipped with a capillary (30 mm in length; 2mm in diameter) and then applied to a shear rate of 72/s to prepare a strand; the melt strength is determined by measuring the force (mN) at the time of breakage while uniaxially stretching the strand with an accelerating wheel at an initial speed of 18 mm/s and an acceleration of 12 mm/s 2. a melt index of 0.5 to 1.5 g/10 min as measured according to ASTM D1238 (2.16 kg, 190°C), a density 0.910 to 0.930 g/cm 3 as measured according to ASTM D792, a weight average molecular weight of 91,000 to 150,000, a melt strength of 70 to 100 mN at 190°C wherein melt strength is determined as follows: the molten low density polyethylene copolymer is filled in a rheometer equipped with a capillary (30 mm in length; 2mm in diameter) and then applied to a shear rate of 72/s to prepare a strand; the melt strength is determined by measuring the force (mN) at the time of breakage while uniaxially stretching the strand with an accelerating wheel at an initial speed of 18 mm/s and an acceleration of 12 mm/s 2. the molten low density polyethylene copolymer is filled in a rheometer equipped with a capillary (30 mm in length; 2mm in diameter) and then applied to a shear rate of 72/s to prepare a strand; the melt strength is determined by measuring the force (mN) at the time of breakage while uniaxially stretching the strand with an accelerating wheel at an initial speed of 18 mm/s and an acceleration of 12 mm/s 2.
An expansion-control device for a packer body on a mandrel which is provided with a supporting ring (54; 58) arranged axially adjacent to an end (56; 60) of the packer body, the expansion-control device including: - a packer-control element (4; 4a; 4b) arranged to be placed axially adjacent to the supporting ring (54; 58) and also arranged for radial movement relative to the mandrel; and - a power-transmission body operatively connected to the packer-control element (4; 4a; 4b) for the optional transmission of activating power to the packer-control element (4; 4a; 4b), characterized in that said power-transmission body includes a lever body with a fulcrum portion, and a lever arm projecting radially from the fulcrum portion; - that the free end of the lever arm is operatively connected to the packer-control element (4; 4a; 4b); - that the lever body is rotatable around a rotational axis through said fulcrum portion, whereby the lever arm is rotatable around the rotational axis as well; and - that the power-transmission body also includes a torque-supplying device to which the lever body is operatively connected for the optional supply of torque to the lever body, and for the associated rotation of the lever body around the rotational axis, whereby the free end of the lever arm and the packer-control element (4; 4a; 4b) are arranged to be moved radially relative to the mandrel. - a packer-control element (4; 4a; 4b) arranged to be placed axially adjacent to the supporting ring (54; 58) and also arranged for radial movement relative to the mandrel; and - a power-transmission body operatively connected to the packer-control element (4; 4a; 4b) for the optional transmission of activating power to the packer-control element (4; 4a; 4b), characterized in that said power-transmission body includes a lever body with a fulcrum portion, and a lever arm projecting radially from the fulcrum portion; - that the free end of the lever arm is operatively connected to the packer-control element (4; 4a; 4b); - that the lever body is rotatable around a rotational axis through said fulcrum portion, whereby the lever arm is rotatable around the rotational axis as well; and - that the power-transmission body also includes a torque-supplying device to which the lever body is operatively connected for the optional supply of torque to the lever body, and for the associated rotation of the lever body around the rotational axis, whereby the free end of the lever arm and the packer-control element (4; 4a; 4b) are arranged to be moved radially relative to the mandrel.
A luggage article comprising: a housing at least partially formed by an outer layer and defining a first side (8, 10), a second side (12, 14,), and a third side (16, 18); at least one corner region defined at the intersection of the first, second, and third sides (8, 10, 12, 14, 16, 18); an apex region defined at least partially by the at least one corner region; at least one first elongated surface feature formed by the outer layer; and at least one second elongated surface feature formed by the outer layer, characterized in that: the at least one first surface feature extends at least partially across the first side (8,10), the second side and the third side(12, 14, 16, 18) at a first distance spaced away from the apex region and curving relative to the apex region; and the at least one second surface feature extends at least partially across the first side (8,10), the second side and the third side (12, 14, 16, 18) at a second distance spaced away from the apex region and curving relative to the apex region; each of the at least one first surface feature and the at least one second surface feature defines a similar curve along a portion of its respective length (L 1, L 2); and each of the at least one first surface feature and the at least one second surface feature extends generally in a curved shape around the corner region. a housing at least partially formed by an outer layer and defining a first side (8, 10), a second side (12, 14,), and a third side (16, 18); at least one corner region defined at the intersection of the first, second, and third sides (8, 10, 12, 14, 16, 18); an apex region defined at least partially by the at least one corner region; at least one first elongated surface feature formed by the outer layer; and at least one second elongated surface feature formed by the outer layer, the at least one first surface feature extends at least partially across the first side (8,10), the second side and the third side(12, 14, 16, 18) at a first distance spaced away from the apex region and curving relative to the apex region; and the at least one second surface feature extends at least partially across the first side (8,10), the second side and the third side (12, 14, 16, 18) at a second distance spaced away from the apex region and curving relative to the apex region;
A method for implementing a carrier sense adaptive transmission, CSAT, communication scheme, wherein during CSAT operation CSAT communication is cycled between periods of activated operation and periods of deactivated operation for reducing interference between Radio Access Technologies, RAT, the method comprising a user device: monitoring a first RAT for presence or absence of a first signal associated with operation of the first RAT during a period of time; monitoring the first RAT for presence or absence of a second signal associated with operation of the first RAT during the period of time; identifying that CSAT communication is being performed by a base station based on presence of the first signal and an absence of the second signal during the period of time, which corresponds to a deactivated period of the CSAT communication; and generating a CSAT communication indicator based on detecting the presence of CSAT communication by the base station. monitoring a first RAT for presence or absence of a first signal associated with operation of the first RAT during a period of time; monitoring the first RAT for presence or absence of a second signal associated with operation of the first RAT during the period of time; identifying that CSAT communication is being performed by a base station based on presence of the first signal and an absence of the second signal during the period of time, which corresponds to a deactivated period of the CSAT communication; and generating a CSAT communication indicator based on detecting the presence of CSAT communication by the base station.
A composite, comprising a substrate and, arranged on the substrate, a plasma polymer layer and a cover layer, wherein a mixed layer is present between the cover layer and the plasma polymer layer, which mixed layer with regard to its composition in terms of substance has a gradient from the composition of the plasma polymer layer up to the composition of the cover layer, wherein the cover layer is a polymeric layer, characterised in that the cover layer is a cover layer deposited in liquid form.
A method of operating a server computer for detecting Domain Name System, DNS, spoofing occurring at a client computer, the client computer being connected to the server computer by a network link, the DNS spoofing causing an IP request from the client computer to identify an incorrect destination host as the target of the IP request, the method comprising: receiving an IP request from the client computer via the network link, the IP request being originated by a browser application of the client computer, said IP request including a requested IP address and a desired hostname of a destination host to which the IP request is directed; detecting (220, 230), by (a) comparing at least one property of the requested IP address with a comparable property of the desired hostname or (b) obtaining a true hostname associated with said requested IP address and comparing said true hostname with said desired hostname, whether the requested IP address matches the desired hostname; if the detecting indicates that said requested IP address matches said desired hostname, then performing the IP request as received; and if the detecting indicates that said requested IP address does not match said desired hostname, then performing handling procedures to handle the IP request as a malicious IP request. receiving an IP request from the client computer via the network link, the IP request being originated by a browser application of the client computer, said IP request including a requested IP address and a desired hostname of a destination host to which the IP request is directed; detecting (220, 230), by (a) comparing at least one property of the requested IP address with a comparable property of the desired hostname or (b) obtaining a true hostname associated with said requested IP address and comparing said true hostname with said desired hostname, whether the requested IP address matches the desired hostname; if the detecting indicates that said requested IP address matches said desired hostname, then performing the IP request as received; and if the detecting indicates that said requested IP address does not match said desired hostname, then performing handling procedures to handle the IP request as a malicious IP request.
A portable breathing assistance and breathing training/exercise device, comprising: a housing which defines a mouthpiece; a sensor arrangement for sensing breathing characteristics of a user; an output indicator adapted to provide breathing training/exercise output information; and a pressure control system (104,116; 104; 120) for providing pressure control during exhalation to provide breathing assistance in the form of a positive end-expiratory pressure, wherein the output information is in the form of an instruction to inhale and/or exhale for a particular time period which takes into account the sensed breathing characteristics and a reference breathing pattern for the user. a housing which defines a mouthpiece; a sensor arrangement for sensing breathing characteristics of a user; an output indicator adapted to provide breathing training/exercise output information; and a pressure control system (104,116; 104; 120) for providing pressure control during exhalation to provide breathing assistance in the form of a positive end-expiratory pressure, wherein the output information is in the form of an instruction to inhale and/or exhale for a particular time period which takes into account the sensed breathing characteristics and a reference breathing pattern for the user.
A device for creating a side-to-side anastomosis between first and second body lumens, wherein the device comprises: a first element for placement in the first body lumen and including an outer surface with a receiving feature suitable for securely receiving an elastomeric band or o-ring for placement in the second body lumen, the first element having a continuous wall that includes an overhanging lip radiating therefrom; the elastomeric band or o-ring being sized to stretch over the overhanging lip and rest within the receiving feature while in a stretched state to trap sidewalls (12, 16) of the first and second body lumens between the first element and the elastomeric band or o-ring and lock the sidewalls (12, 16) around the first element for creating the side-to-side anastomosis as a pressure anastomosis between the first and second body lumens. a first element for placement in the first body lumen and including an outer surface with a receiving feature suitable for securely receiving an elastomeric band or o-ring for placement in the second body lumen, the first element having a continuous wall that includes an overhanging lip radiating therefrom; the elastomeric band or o-ring being sized to stretch over the overhanging lip and rest within the receiving feature while in a stretched state to trap sidewalls (12, 16) of the first and second body lumens between the first element and the elastomeric band or o-ring and lock the sidewalls (12, 16) around the first element for creating the side-to-side anastomosis as a pressure anastomosis between the first and second body lumens.
An access control system, comprising a first portable container comprising a passing room disposed in the first portable container, the passing room having a first passing room opening (14A1), and a second passing room opening (14A2), and a walkway in-between, the passing room comprising a barrier device located in the walkway defining a first space (50A1) between the first passing room opening (14A1) and the barrier device, and a second space (50A2) between the barrier device and the second passing room opening (14A2), wherein the access control system is constructed such that when the access control system is disposed between a first area, outside the access control system and accessing the first passing room opening, and an enclosed second area, outside the access control system and accessing the second passing room opening, ingress and egress from and to the second area is controlled by the access control system, characterised in that the access control system comprises at least a second portable container, and in that the first portable container comprises at least one sidewall opening (17A, 15A) and the second portable container comprises at least one sidewall opening (17B, 15A), the portable containers being arranged such that at least one sidewall opening in the first portable container communicates with at least one sidewall opening in the second portable container wherein the first container or the second container or both comprise one or more panels, configured to close one or more sidewall openings (17A,17B,15A) provided in the first container or the second container.
An actinic energy radiation curable inkjet recording method comprising a step of recording an actinic energy radiation curable inkjet ink via an inkjet recording head onto a recording medium arranging a temperature in the range of Tm ± 5°C, wherein the actinic energy radiation curable inkjet ink undergoes reversible sol/gel phase transition depending on temperature; the actinic energy radiation curable inkjet ink contains a gelling agent in the range from not less than 1% by mass to less than 10% by mass; and the actinic energy radiation curable inkjet ink has a storage elastic modulus G' at temperature Tm (°C) in the range from not less than 0.1 Pa to less than 1,000 Pa and the storage elastic modulus G' smaller than a loss elastic modulus G" thereof, provided that Tm (°C) is a temperature defined by Tm = Tgel -ΔT, wherein ΔT is further represented by a temperature difference between a solation temperature Tsol (°C) and a gelation temperature Tgel (°C) of the actinic energy radiation curable inkjet ink as ΔT = Tsol - Tgel, and the solation temperature Tsol is defined by a temperature where the storage elastic modulus G' reaches 0.1 Pa when a temperature change of a dynamic viscoelasticity is measured under a temperature raising rate of 0.1°C/s, a strain of 5% and an angle frequency of 10 radian/s, and the gelation temperature Tgel is further defined by a temperature where the storage elastic modulus G' reaches 0.1 Pa when a temperature change of a dynamic viscoelasticity is measured under a temperature lowering rate of 0.1°C/s, a strain of 5% and an angle frequency of 10 radian/s.
Use of a sorbitol powder for improving the organoleptic properties of a sugar-free chewing gum, characterized in that the sorbitol powder has a particle size distribution, determined by particle size analysis using Retsch equipment, as follows: - from 0 to 1% by weight of particles > 400 microns, - from 40% to 45% by weight of particles between 250 and 400 microns, - from 48% to 53% by weight of particles between 100 and 250 microns, - from 3.5% to 8% by weight of particles between 75 and 100 microns, and - from 0 to 2.5% by weight of particles < 75 microns, the sum of the various fractions of which being 100% by weight. - from 0 to 1% by weight of particles > 400 microns, - from 40% to 45% by weight of particles between 250 and 400 microns, - from 48% to 53% by weight of particles between 100 and 250 microns, - from 3.5% to 8% by weight of particles between 75 and 100 microns, and - from 0 to 2.5% by weight of particles < 75 microns, the sum of the various fractions of which being 100% by weight.
Sensor device comprising a flexible first film having structured conductor tracks (21, 22), comprising a probe, which is electrically connected to the structured conductor tracks (21, 22) and which is arranged in a manner lying on the first surface of the first film and is fixedly connected thereto, comprising a flexible second film, which envelops the probe from above in a positively locking manner and tightly seals it relative to the first surface of the first film, wherein the second film has a plurality of partial layers (41, 42, 43) and that partial layer of the second film which faces the first film is an adhesive layer, characterized in that a partial layer in the composite forming the second film is an electromagnetically screening layer.
An electric power generator comprising a plurality of fuel cells stacked in a stack and configured to supply an electric load, the generator comprising means for generating a gas fuel to be supplied to the stack, and means (7, 10) for removing at least part of a heat flow generated in the stack as a consequence of the consumption of said gas fuel; the generator comprising heating means (8, 9) configured to maintain said means for generating gas fuel in a predetermined temperature range and comprising means for transferring at least part of said removed part of the heat flow generated in the stack from said removing means to said means for generating gas fuel; characterized in that said means for removing at least part of said heat flow generated in the stack comprise a first hydraulic circuit thermally coupled to the stack through which a flow of a first thermal carrier fluid passes and in that said heating means (8,9) comprise a second hydraulic circuit thermally coupled to the means for generating gas fuel and through which a flow of a second thermal carrier fluid passes.
A method of making a capacitive pressure sensor comprising: depositing a nitride protection layer on each external surface of a silicon on insulator wafer; patterning a portion on a first side of the silicon on insulator wafer before etching a portion of the nitride protection layer; locally oxidizing and etching a cavity in the portion of the first side of the silicon on insulator wafer that is patterned to form a sensing node on a first side of the silicon on insulator wafer; etching primary and secondary cavities on a second side of the silicon on insulator wafer opposite the first side the primary and secondary cavities penetrating the nitride layer and the insulator layer; selectively removing the protective nitride layer; bonding a silicon sensing wafer comprising a diaphragm to the first side of the silicon on insulator wafer opposite the second side; bonding a silicon backing wafer to the sensing wafer opposite the silicon on insulator wafer; selectively removing oxide; and depositing metal onto one primary cavity to create electrical connection to the diaphragm and onto another primary cavity to create electrical connection to the sensing node. depositing a nitride protection layer on each external surface of a silicon on insulator wafer; patterning a portion on a first side of the silicon on insulator wafer before etching a portion of the nitride protection layer; locally oxidizing and etching a cavity in the portion of the first side of the silicon on insulator wafer that is patterned to form a sensing node on a first side of the silicon on insulator wafer; etching primary and secondary cavities on a second side of the silicon on insulator wafer opposite the first side the primary and secondary cavities penetrating the nitride layer and the insulator layer; selectively removing the protective nitride layer; bonding a silicon sensing wafer comprising a diaphragm to the first side of the silicon on insulator wafer opposite the second side; bonding a silicon backing wafer to the sensing wafer opposite the silicon on insulator wafer; selectively removing oxide; and depositing metal onto one primary cavity to create electrical connection to the diaphragm and onto another primary cavity to create electrical connection to the sensing node.