mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device , comprising: a catheter body defining a distal portion having a thermally transmissive region ,; said thermally transmissive region including an expandable element or balloon at the distal portion of the catheter body ; and a fluid delivery conduit defining an outlet in the distal portion of the catheter body the fluid delivery conduit defining a diameter and being in fluid communication with a chamber defined by the expandable element or balloon of the thermally transmissive region , an elongate member movably disposed within at least a portion of the fluid delivery conduit to selectively obstruct a portion of the fluid delivery conduit to modulate fluid flow through the outlet, the elongate member being longitudinally movable with respect to the diameter; wherein a distal insert providing multiple anchoring or connection points for steering mechanisms, electrical signal wires, and/or fluid dispersion or removal features is coupled to the catheter body , the distal insert having a proximal segment and a distal segment the proximal segment of the distal insert having a plurality of ridges or angled teeth configured to secure the distal insert within the catheter body . a catheter body defining a distal portion having a thermally transmissive region ,; said thermally transmissive region including an expandable element or balloon at the distal portion of the catheter body ; and a fluid delivery conduit defining an outlet in the distal portion of the catheter body the fluid delivery conduit defining a diameter and being in fluid communication with a chamber defined by the expandable element or balloon of the thermally transmissive region , an elongate member movably disposed within at least a portion of the fluid delivery conduit to selectively obstruct a portion of the fluid delivery conduit to modulate fluid flow through the outlet, the elongate member being longitudinally movable with respect to the diameter; wherein a distal insert providing multiple anchoring or connection points for steering mechanisms, electrical signal wires, and/or fluid dispersion or removal features is coupled to the catheter body , the distal insert having a proximal segment and a distal segment the proximal segment of the distal insert having a plurality of ridges or angled teeth configured to secure the distal insert within the catheter body .
Aqueous formulation comprising at least : a) one plant nutrient, b) one fatty acid (C1-C3) alkyl ester, and c) a betaine surfactant, wherein - the fatty acid (C1-C3) alkyl ester is present in an amount ranging from 1 to 16 pbw, based on 100 pbw of the formulation, - the betaine surfactant is present in an amount of at least 5 pbw, based on 100 pbw of the formulation, and - the weight ratio between the betaine surfactant and the fatty acid (C1-C3) alkyl ester is greater than 0.9. a) one plant nutrient, b) one fatty acid (C1-C3) alkyl ester, and c) a betaine surfactant, - the fatty acid (C1-C3) alkyl ester is present in an amount ranging from 1 to 16 pbw, based on 100 pbw of the formulation, - the betaine surfactant is present in an amount of at least 5 pbw, based on 100 pbw of the formulation, and - the weight ratio between the betaine surfactant and the fatty acid (C1-C3) alkyl ester is greater than 0.9.
A security label with tamper evidence, comprising a carrier substrate, a partial separating lacquer layer and a functional layer, wherein the functional layer is located on the partial separating lacquer layer, characterized in that the carrier substrate is a paper substrate which is provided with a priming lacquer layer which seals the surface of the paper substrate, and in the event that the paper substrate has a Bendtsen roughness according to ISO 8791-2 of < 50 ml/min and a Bendtsen porosity according to ISO 5636-3 of < 70 ml/min, the priming lacquer layer is based on a 2-component polyurethane dispersion or an acrylate/polyurethane hybrid dispersion or on radiation-curable, in particular UV-curable lacquers based on acrylic methacrylates, such as trimethylolpropylene triacrylate, hydroxyethyl methacrylate, acrylic epoxy resins, polyfunctional aliphatic urethane acrylates or amine-modified polyfunctional polyethyl ether copolymers or mixtures thereof, to which one or more photoinitiators are added for crosslinking, and in the event that the paper substrate has a Bendtsen roughness according to ISO 8791-2 of > 50 ml/min and a Bendtsen porosity according to ISO 5636-3 of > 70 ml/min, the priming lacquer layer is based on radiation-curable, in particular UV-curable lacquers based on acrylic methacrylates, such as trimethylolpropylene triacrylate, hydroxyethyl methacrylate, acrylic epoxy resins, polyfunctional aliphatic urethane acrylates or amine-modified polyfunctional polyethyl ether copolymers or mixtures thereof, to which one or more photoinitiators are added for crosslinking, wherein the partial separating lacquer layer is applied to the priming lacquer layer and the security label is provided with a self-adhesive coating on the functional layer.
Method of packaging a set of stacked lids, wherein it includes the following steps: - capturing an empty, flat package , which includes an inlet , by securing a vacuum terminal in the immediate proximity of the inlet of the package ; - keeping the vacuum terminal enabled, retaining the package , and producing an air jet towards the inlet of the package , so as to open the inlet of the package ; - keeping the vacuum terminal enabled, retaining the package , and fitting the open inlet of the package into a feed nozzle , the vacuum terminal and the feed nozzle movable relative to each other; - transferring into the package , through the inlet , a set of stacked lids , wherein the set of lids goes through the feed nozzle and the inlet of the package into the interior of the package , wherein the step of fitting the open inlet of the package into a feed nozzle is carried out by displacing the vacuum terminal , wherein the air jet is produced from the feed nozzle equipment for producing the air jet which includes an air injection nozzle in the feed nozzle , the air injection nozzle being attached to a wall of the feed nozzle , and going through the wall so as to inject the air jet into the feed nozzle ; and - using a command unit programmed for the implantation of the method. - capturing an empty, flat package , which includes an inlet , by securing a vacuum terminal in the immediate proximity of the inlet of the package ; - keeping the vacuum terminal enabled, retaining the package , and producing an air jet towards the inlet of the package , so as to open the inlet of the package ; - keeping the vacuum terminal enabled, retaining the package , and fitting the open inlet of the package into a feed nozzle , the vacuum terminal and the feed nozzle movable relative to each other; - transferring into the package , through the inlet , a set of stacked lids , wherein the set of lids goes through the feed nozzle and the inlet of the package into the interior of the package , wherein the step of fitting the open inlet of the package into a feed nozzle is carried out by displacing the vacuum terminal , wherein the air jet is produced from the feed nozzle equipment for producing the air jet which includes an air injection nozzle in the feed nozzle , the air injection nozzle being attached to a wall of the feed nozzle , and going through the wall so as to inject the air jet into the feed nozzle ; and - using a command unit programmed for the implantation of the method.
A tensioner for overhead contact lines of electrical railways, having two angle levers which are loaded by weights , wherein the contact wire acts on one angle lever and the messenger wire acts on the other angle lever, characterized in that a dual-acting hydraulic shock absorber acts on the arms (5", 6") of the angle levers , wherein the cylinder of the shock absorber acts on the arm (5") of the one angle lever and the piston rod of the shock absorber acts on the arm (6") of the other angle lever .
A barrier passage system permitting an autonomous working machine to cross a property barrier , the system comprising: a gate associated with the property barrier, the gate selectively movable between a closed position, wherein a gate opening through the property barrier is blocked by the gate, and an open position, wherein passage of the working machine through the gate opening is permitted; an actuator adapted to move the gate between the closed position and the open position; a gate controller adapted to selectively energize the actuator , the gate controller comprising a wireless receiver; and an autonomous working machine comprising a machine controller adapted to autonomously control navigation of the working machine within a property divided by the property barrier , wherein the machine controller is configured to transmit a gate open signal to the wireless receiver requesting movement of the working machine through the gate opening , wherein upon receipt of the gate open signal the gate controller commands the actuator to move the gate from the closed position to the open position; characterised in that the actuator and the gate controller are adapted to receive electrical power from the working machine. a gate associated with the property barrier, the gate selectively movable between a closed position, wherein a gate opening through the property barrier is blocked by the gate, and an open position, wherein passage of the working machine through the gate opening is permitted; an actuator adapted to move the gate between the closed position and the open position; a gate controller adapted to selectively energize the actuator , the gate controller comprising a wireless receiver; and an autonomous working machine comprising a machine controller adapted to autonomously control navigation of the working machine within a property divided by the property barrier , wherein the machine controller is configured to transmit a gate open signal to the wireless receiver requesting movement of the working machine through the gate opening , wherein upon receipt of the gate open signal the gate controller commands the actuator to move the gate from the closed position to the open position; characterised in that the actuator and the gate controller are adapted to receive electrical power from the working machine.
A measurement device for measuring a temperature (T) prevailing inside a container , the measurement device comprising: a process connector including a connector body and a fastener configured to be mounted onto a corresponding counterpart surrounding an opening of the container ; a measurement unit secured in an opening of the process connector such that a front surface of the measurement unit is facing into the container when the measurement device is mounted on the container , and wherein the measurement unit includes a heat pipe and a temperature sensor , the heat pipe including two thermally conductive interfaces, including a front interface exposable to the temperature (T) to be measured and a second interface in thermal contact with the temperature sensor ; and a thermal insulation surrounding the heat pipe and the temperature sensor , characterised in that the measurement unit is flush mounted inside the opening of the process connector in the connector body such that the front surface of the measurement unit is in line with a front surface of the connector body of the process connector surrounding it. a process connector including a connector body and a fastener configured to be mounted onto a corresponding counterpart surrounding an opening of the container ; a measurement unit secured in an opening of the process connector such that a front surface of the measurement unit is facing into the container when the measurement device is mounted on the container , and wherein the measurement unit includes a heat pipe and a temperature sensor , the heat pipe including two thermally conductive interfaces, including a front interface exposable to the temperature (T) to be measured and a second interface in thermal contact with the temperature sensor ; and a thermal insulation surrounding the heat pipe and the temperature sensor , characterised in that the measurement unit is flush mounted inside the opening of the process connector in the connector body such that the front surface of the measurement unit is in line with a front surface of the connector body of the process connector surrounding it.
Single-use individual protective suit intended to be worn by a user located in or on the point of entering a containment zone, including at least one jacket provided with two sleeves and a hood , trousers including two legs and being permanently attached to said jacket , and opening means extending vertically from the bottom of the opening of the hood at least as far as the bottom of the jacket , said suit being characterised in that it includes sealing means comprising an adhesive tape and a removable non-adhesive strip covering said adhesive tape over the entire length thereof and over a part of the width thereof, the part not covered by said non-adhesive strip making it possible to secure the sealing means around each of the respective free ends of said sleeves and legs , on the hood along the opening thereof and on the suit along the opening means , and in that the adhesive strip is, after the non-adhesive strip is removed, glued to the supplementary equipment worn by the user to provide the seal between said equipment and the suit , said adhesive strip being configured to be able to be easily repositionable in a very short period of time.
A mixing container assembly which can be used to grow and separate cells or micro carriers from liquid or fluid medium, comprising: a. a container having a sealing mechanism for being sealed both air and liquid tight; b. at least one port through a portion of the container to allow for the introduction of fluid, gas or components; c. a filter with a filtration medium ; d. a mixing assembly that rotates around the filtration medium to allow for suspension of media or agitation thereof, wherein the mixing assembly has vanes and a magnetic unit in a lower portion thereof that allows for coupling to a stir plate for driving the vanes of the mixing assembly; characterized in that the mixing container assembly is configured to grow and separate cells or micro carriers from liquid or fluid medium in an aseptic environment; the magnetic units are contained in the vanes ; the mixing assembly is suspended from above the filtration unit with an integral bearing device ; a central diptube extends from the top of the container proximate the bottom of the container and proximate from the top of the filter to the bottom of the filter to allow maximum recovery of material that passes through the filter, wherein the bottom of the filter is proximate to a bottom of the container; and a central support is provided which serves as an axis of rotation for the vanes and as a support for the integral bearing device . a. a container having a sealing mechanism for being sealed both air and liquid tight; b. at least one port through a portion of the container to allow for the introduction of fluid, gas or components; c. a filter with a filtration medium ; d. a mixing assembly that rotates around the filtration medium to allow for suspension of media or agitation thereof, wherein the mixing assembly has vanes and a magnetic unit in a lower portion thereof that allows for coupling to a stir plate for driving the vanes of the mixing assembly; characterized in that the mixing container assembly is configured to grow and separate cells or micro carriers from liquid or fluid medium in an aseptic environment; the magnetic units are contained in the vanes ; the mixing assembly is suspended from above the filtration unit with an integral bearing device ; a central diptube extends from the top of the container proximate the bottom of the container and proximate from the top of the filter to the bottom of the filter to allow maximum recovery of material that passes through the filter, wherein the bottom of the filter is proximate to a bottom of the container; and a central support is provided which serves as an axis of rotation for the vanes and as a support for the integral bearing device .
An implant assembly comprising: an implant positioning device including a head and an implant positioning component , wherein the implant positioning component includes a main trunk extending in a longitudinal direction and a plurality of flexible appendages extending away from the main trunk, wherein the plurality of appendages includes multiple sets of appendages extending away from the main trunk along the length of the main trunk; an implant , including a first face and a second face, the implant being at least partially disposed around the implant positioning component ; and a sheath disposed around the implant positioning device and the implant; wherein the implant positioning component is configured to elastically deform within the sheath. an implant positioning device including a head and an implant positioning component , wherein the implant positioning component includes a main trunk extending in a longitudinal direction and a plurality of flexible appendages extending away from the main trunk, wherein the plurality of appendages includes multiple sets of appendages extending away from the main trunk along the length of the main trunk; an implant , including a first face and a second face, the implant being at least partially disposed around the implant positioning component ; and a sheath disposed around the implant positioning device and the implant; wherein the implant positioning component is configured to elastically deform within the sheath.
A catheter assembly , comprising: an elongate member defining at least one lumen an outer surface of the elongate member defining at least one distal end opening and at least one side opening , the at least one distal opening and the at least one side opening being in fluid communication with the at least one lumen ; and a balloon disposed within the at least one lumen , the balloon being inflatable such that at least a portion of the balloon expands from the at least one lumen and through the at least one distal end opening and the at least one side opening so as to extend radially and distally beyond the outer surface of the elongate member to restrict flow through the at least one distal end opening and the at least one side opening as compared to flow with the balloon in a deflated condition. an elongate member defining at least one lumen an outer surface of the elongate member defining at least one distal end opening and at least one side opening , the at least one distal opening and the at least one side opening being in fluid communication with the at least one lumen ; and a balloon disposed within the at least one lumen , the balloon being inflatable such that at least a portion of the balloon expands from the at least one lumen and through the at least one distal end opening and the at least one side opening so as to extend radially and distally beyond the outer surface of the elongate member to restrict flow through the at least one distal end opening and the at least one side opening as compared to flow with the balloon in a deflated condition.
Tool for cutting and/or forming planar workpieces , in particular metal sheets, - with an upper tool and a lower tool , which are movable towards one another for machining a workpiece arranged therebetween, - wherein the upper tool comprises at least one cutting tool with at least one cutting edge and a clamping shaft , and the upper tool has a positioning axis , - wherein the lower tool comprises a main body , which has a rest surface for the workpiece with an opening , with which an inner counter cutting edge is associated, in order to eject a workpiece part formed following separation downwardly through the opening and the lower tool has a positioning axis , - with at least one counter cutting edge provided outside of the opening and associated with the rest surface , characterized in that - the outer counter cutting edge is oriented towards an outer side of the rest surface bordering the rest surface , - a distance of the outer counter cutting edge from the positioning axis of the main body of the lower tool and a distance of the inner counter cutting edge from the positioning axis of the main body of the lower tool deviate from one another. - with an upper tool and a lower tool , which are movable towards one another for machining a workpiece arranged therebetween, - wherein the upper tool comprises at least one cutting tool with at least one cutting edge and a clamping shaft , and the upper tool has a positioning axis , - wherein the lower tool comprises a main body , which has a rest surface for the workpiece with an opening , with which an inner counter cutting edge is associated, in order to eject a workpiece part formed following separation downwardly through the opening and the lower tool has a positioning axis , - with at least one counter cutting edge provided outside of the opening and associated with the rest surface , characterized in that - the outer counter cutting edge is oriented towards an outer side of the rest surface bordering the rest surface , - a distance of the outer counter cutting edge from the positioning axis of the main body of the lower tool and a distance of the inner counter cutting edge from the positioning axis of the main body of the lower tool deviate from one another.