mhurhangee/ep-ind-claims huggingface dataset:
Device for introducing a fluid medium into a container, comprising: - a container, which delimits an interior of the container for receiving the medium, - a pipeline for introducing the medium into the interior of the container, the pipeline having a pipeline portion, which is arranged in the interior of the container, and having a hollow-cylindrical casing, which extends along a cylinder axis and delimits an interior (I') of the pipeline portion, - the casing having on a downwardly facing underside an opening for introducing the fluid medium into the interior of the container, - that opening being delimited by two first edge portions that are made to extend along the cylinder axis and two arcuate second edge portions that lie opposite one another, those arcuate second edge portions connecting the two first edge portions to one another, - a plate-shaped baffle element that is fixed to the casing being arranged underneath the opening, so that fluid medium emerging from the opening strikes the baffle element, characterized in that one, two or more plate-shaped first directing elements (201, 202) for guiding the fluid medium are provided, which element or elements respectively extend perpendicularly in relation to the cylinder axis and proceed from an upper side of the baffle element that is facing the opening and project through that opening into the interior (I') of the pipeline portion. - a container, which delimits an interior of the container for receiving the medium, - a pipeline for introducing the medium into the interior of the container, the pipeline having a pipeline portion, which is arranged in the interior of the container, and having a hollow-cylindrical casing, which extends along a cylinder axis and delimits an interior (I') of the pipeline portion, - the casing having on a downwardly facing underside an opening for introducing the fluid medium into the interior of the container, - that opening being delimited by two first edge portions that are made to extend along the cylinder axis and two arcuate second edge portions that lie opposite one another, those arcuate second edge portions connecting the two first edge portions to one another, - a plate-shaped baffle element that is fixed to the casing being arranged underneath the opening, so that fluid medium emerging from the opening strikes the baffle element,
A method for producing a polyamide medium for purifying a protein-containing solution, comprising: a step of treating a polyamide medium before a treatment with an acidic or alkaline aqueous solution, with (i) an acidic or (ii) alkaline aqueous solution; wherein in the case of (i) treatment with an acidic aqueous solution: the pH of the acidic aqueous solution is 5 or less and the method of treating the polyamide medium with an acidic aqueous solution is selected from immersion and liquid passage, wherein in the case of immersion in an acidic aqueous solution the immersion time is 5 minutes or more to 70 hours or less and the immersion temperature is 4°C or more to 100°C or less, and in the case of liquid passage of an acidic aqueous solution the liquid passage time is 5 minutes or more to 70 hours or less and the liquid passage temperature is 4°C or more to 100°C or less; and in the case of (ii) treatment with an alkaline aqueous solution, the following treatment conditions apply: the alkaline aqueous solution has a pH of 10 or more under conditions of 4°C or more and 100°C or less and 5 minutes or more and 70 hours or less; wherein the polyamide medium is a porous body in the form of a membrane. the pH of the acidic aqueous solution is 5 or less and the method of treating the polyamide medium with an acidic aqueous solution is selected from immersion and liquid passage, wherein in the case of immersion in an acidic aqueous solution the immersion time is 5 minutes or more to 70 hours or less and the immersion temperature is 4°C or more to 100°C or less, and in the case of liquid passage of an acidic aqueous solution the liquid passage time is 5 minutes or more to 70 hours or less and the liquid passage temperature is 4°C or more to 100°C or less; and in the case of (ii) treatment with an alkaline aqueous solution, the following treatment conditions apply: the alkaline aqueous solution has a pH of 10 or more under conditions of 4°C or more and 100°C or less and 5 minutes or more and 70 hours or less; wherein the polyamide medium is a porous body in the form of a membrane.
Method for heating a furnace with a longitudinal direction and a cross plane which is perpendicular to the longitudinal direction, which furnace is arranged with at least one heating zone which is heated using at least one burner providing a flame which extends in said longitudinal direction, which burner is fed with a fuel and a primary oxidant, wherein the burner is operated with a mass relationship between the fed fuel and primary oxidant permitting less than 90% of the fed fuel to be combusted using the primary oxidant, and wherein at least two pairs of secondary oxidant lances (151,152;153,154) are provided, one pair on each side of the furnace pointing into the heating zone, lancing a secondary oxidant into the said heating zone downstream of the said burner, substantially in parallel with the cross plane, and wherein the temperature of the furnace atmosphere is measured along a horizontal line parallel to said cross plane downstream of the said lances, and wherein each of said lance pairs (151,152;153,154) comprises a respective first lance (152;154) and a respective second lance (151;153), which second lance (151,153) is arranged downstream of the first lance (152;154) in question, and wherein the the first lance (152;154) in each lance pair (151,152;153,154) is operated at a lower lancing speed than the second lance (151;153) in each lance pair (151,152;153,154), and wherein the amount of secondary oxidant supplied via the respective first lance (152; 154) of each pair (151,152; 153,154) is regulated so as to achieve a homogenous temperature profile along the said line.
Pendulum support with a support arm formed by a profile element, extending in an axial direction (a) corresponding to its longitudinal extension between two axial ends (17, 18), which has, at at least one axial end (17, 18), a section adjoining a shoulder with a reduced cross-sectional area, onto which at least one elastic bearing element (2, 2') extending in the axial direction (a) between two stop surfaces (7, 8) is pushed, wherein a stop surface is formed at the shoulder and a stop washer with a stop surface is formed by a disc-shaped metal element arranged on the axially opposite side of the cross-sectionally reduced section to the shoulder, characterised in that the support arm has a non-rotationally symmetrical cross-sectional surface in its cross-sectionally reduced section and that the stop washer is directly attached to the cross-sectionally reduced section or is fixed to it in the axial direction (a) by means of means (20, 20', 21, 21') attached directly to the section.
A process for in-mold coating comprising: (a) molding a plastic substrate in a first mold cavity of a mold comprising at least two cavities to form a molded plastic substrate; (b) introducing the molded plastic substrate into a second mold cavity of the mold; (c) introducing a coating composition into the second mold cavity containing the molded plastic substrate in order to coat the substrate, the coating composition comprising: (i) a polymer comprising isocyanate-reactive groups; (ii) a polyisocyanate; and (iii) a silicone in an amount sufficient to provide a cured coating with a surface tension of no more than 0.03 N/m (30 dynes/cm) determined by the method as described in the description (d) curing the composition in the second mold cavity at cure conditions of a mold temperature of 62-105°C and an external mold pressure of at least 120 kg/mm 2 for a period of at least 60 seconds; and (e) opening the mold cavity, wherein the coated molded substrate release from the second mold cavity by gravity alone or with suction alone. (a) molding a plastic substrate in a first mold cavity of a mold comprising at least two cavities to form a molded plastic substrate; (b) introducing the molded plastic substrate into a second mold cavity of the mold; (c) introducing a coating composition into the second mold cavity containing the molded plastic substrate in order to coat the substrate, the coating composition comprising: (i) a polymer comprising isocyanate-reactive groups; (ii) a polyisocyanate; and (iii) a silicone in an amount sufficient to provide a cured coating with a surface tension of no more than 0.03 N/m (30 dynes/cm) determined by the method as described in the description (i) a polymer comprising isocyanate-reactive groups; (ii) a polyisocyanate; and (iii) a silicone in an amount sufficient to provide a cured coating with a surface tension of no more than 0.03 N/m (30 dynes/cm) determined by the method as described in the description (d) curing the composition in the second mold cavity at cure conditions of a mold temperature of 62-105°C and an external mold pressure of at least 120 kg/mm 2 for a period of at least 60 seconds; and (e) opening the mold cavity, wherein the coated molded substrate release from the second mold cavity by gravity alone or with suction alone.
A drill press comprising a hollow pillar with a base, a holder (2,3) for a drill slidably mounted on the pillar and a clamp with a jaw held by an arm which engages a threaded shaft housed in the pillar and configured to raise and lower the arm and the jaw accordingly, wherein the clamp is used for clamping the base to a work piece so that the drill is guided to the work piece characterized in that the arm and jaw are rotatable about a longitudinal axis of the pillar, and wherein the jaw is slidably restrained on the arm.
A stud miss indicator system for a fastener driving tool, comprising: at least one accelerometer mountable to a housing of the tool on or near a power source enclosure defined in the housing and electronically connected to the tool, and configured for generating at least one signal based on g-forces generated by a fastener driving operation; a central processing unit having a software program and configured for receiving the at least one signal generated by the sensor, for evaluating the at least one signal as to a fastener being either improperly driven or properly driven; and said software program generating at least one appropriate output signal reflective of the evaluation. at least one accelerometer mountable to a housing of the tool on or near a power source enclosure defined in the housing and electronically connected to the tool, and configured for generating at least one signal based on g-forces generated by a fastener driving operation; a central processing unit having a software program and configured for receiving the at least one signal generated by the sensor, for evaluating the at least one signal as to a fastener being either improperly driven or properly driven; and said software program generating at least one appropriate output signal reflective of the evaluation.
A drill bit for drilling a hole in an earth formation, the drill bit comprising: a bit body; a blade extending from the bit body, the blade having a leading section, a top section, and a plurality of transition sections extending between the leading section and the top section, wherein the leading section faces a direction of rotation of the drill bit; and a plurality of cutters, each cutter positioned in a respective cutter pocket formed in the blade, wherein each cutter extends beyond the top section of the blade and beyond the leading section of the blade, wherein each transition section of the blade is between adjacent cutter pockets; and a plurality of abrasion resistant inserts, each abrasion resistant insert positioned in a respective insert pocket formed in the blade, wherein the plurality of abrasion resistant inserts are designed to cut into an earth formation, and wherein at least a portion of each abrasion resistant insert is disposed at a respective transition section of the blade wherein a leading portion of each abrasion resistant insert is disposed at the leading section of the blade and wherein a top portion of each abrasion resistant insert is disposed at the top section of the blade. a bit body; a blade extending from the bit body, the blade having a leading section, a top section, and a plurality of transition sections extending between the leading section and the top section, wherein the leading section faces a direction of rotation of the drill bit; and a plurality of cutters, each cutter positioned in a respective cutter pocket formed in the blade, wherein each cutter extends beyond the top section of the blade and beyond the leading section of the blade, wherein each transition section of the blade is between adjacent cutter pockets; and a plurality of abrasion resistant inserts, each abrasion resistant insert positioned in a respective insert pocket formed in the blade, wherein the plurality of abrasion resistant inserts are designed to cut into an earth formation, and wherein at least a portion of each abrasion resistant insert is disposed at a respective transition section of the blade wherein a leading portion of each abrasion resistant insert is disposed at the leading section of the blade and wherein a top portion of each abrasion resistant insert is disposed at the top section of the blade.
Herpes virus of turkeys vector comprising a heterologous nucleic acid which comprises a nucleotide sequence encoding an avian influenza virus haemagglutinin protein, characterised in that said nucleotide sequence is operatively linked to a glycoprotein B (gB) gene promoter from a mammalian herpesvirus.
A method for detecting people, the method being performed by a people detector provided by a doorway, wherein the people detector comprises an energy harvesting device for capturing energy from door opening and/or door closing, the method comprising the steps of: converting, using the energy harvesting module, mechanical energy from door kinetics to electric energy stored in a battery of the people detector; receiving an open signal indicating that a door of the doorway is open; setting a people sensor of the people detector in an active mode based on receiving the open signal; detecting when a person passes through the doorway, using the people sensor, which comprises detecting a direction of the person passing through the doorway; receiving a closed signal indicating that the door of the doorway is closed; transmitting a result of the step of detecting, wherein the step of transmitting is performed based on receiving the closed signal, wherein the result contains a counter of all entries and a counter of all exits, since the last transmitted result; and setting the people sensor in a power save mode based on receiving the closed signal. converting, using the energy harvesting module, mechanical energy from door kinetics to electric energy stored in a battery of the people detector; receiving an open signal indicating that a door of the doorway is open; setting a people sensor of the people detector in an active mode based on receiving the open signal; detecting when a person passes through the doorway, using the people sensor, which comprises detecting a direction of the person passing through the doorway; receiving a closed signal indicating that the door of the doorway is closed; transmitting a result of the step of detecting, wherein the step of transmitting is performed based on receiving the closed signal, wherein the result contains a counter of all entries and a counter of all exits, since the last transmitted result; and setting the people sensor in a power save mode based on receiving the closed signal.
A communication control method used in a mobile communication system supporting D2D communication which is direct terminal-to-terminal communication, comprising: a step A of receiving, by a first user terminal in a coverage of the mobile communication system, first broadcast information transmitted from a base station; a step B of receiving, by the first user terminal, second broadcast information transmitted from the base station, wherein the second broadcast information designates radio resources to be used for transferring the first broadcast information without being used in data transmission in D2D communication; a step C of using, by the first user terminal, the radio resources designated by the second broadcast information to transfer the first broadcast information to a second user terminal outside the coverage of the mobile communication system; and a step D of receiving, by the second user terminal, the first broadcast information transferred from the first user terminal, wherein the first broadcast information includes D2D resource information indicating radio resources available for the D2D communication. a step A of receiving, by a first user terminal in a coverage of the mobile communication system, first broadcast information transmitted from a base station; a step B of receiving, by the first user terminal, second broadcast information transmitted from the base station, wherein the second broadcast information designates radio resources to be used for transferring the first broadcast information without being used in data transmission in D2D communication; a step C of using, by the first user terminal, the radio resources designated by the second broadcast information to transfer the first broadcast information to a second user terminal outside the coverage of the mobile communication system; and a step D of receiving, by the second user terminal, the first broadcast information transferred from the first user terminal, wherein the first broadcast information includes D2D resource information indicating radio resources available for the D2D communication.
A method of wireless communication of a serving base station, comprising: receiving, from a user equipment, UE, in radio resource control, RRC, inactive state, a first packet including: a first identifier associated with an anchor base station, a second identifier associated with a UE context, and uplink payload, wherein the first packet is received by the serving base station without establishing a radio resource control, RRC, connection with the UE; identifying the anchor base station based at least in part on one or more of the first identifier associated with the anchor base station or the second identifier associated with the UE context; and transmitting a second packet to the anchor base station, the second packet including at least a portion of the first packet. receiving, from a user equipment, UE, in radio resource control, RRC, inactive state, a first packet including: a first identifier associated with an anchor base station, a second identifier associated with a UE context, and uplink payload, wherein the first packet is received by the serving base station without establishing a radio resource control, RRC, connection with the UE; a first identifier associated with an anchor base station, a second identifier associated with a UE context, and uplink payload, wherein the first packet is received by the serving base station without establishing a radio resource control, RRC, connection with the UE; identifying the anchor base station based at least in part on one or more of the first identifier associated with the anchor base station or the second identifier associated with the UE context; and transmitting a second packet to the anchor base station, the second packet including at least a portion of the first packet.
Assembly of a cockpit and of a motor vehicle structure, said cockpit comprising at least one crossmember, a dashboard and an aeraulic element, characterized in that it comprises a main centring system comprising: - at least a first main centring element, secured to a transverse structural element of the vehicle, - at least a second main centring element, secured to a cockpit element, this second main centring element cooperating with said first main centring element. - at least a first main centring element, secured to a transverse structural element of the vehicle, - at least a second main centring element, secured to a cockpit element, this second main centring element cooperating with said first main centring element.
A biosignal monitoring system comprising: a plurality of sensors for disposition in predetermined positions on the body of a test subject; each of said sensors comprising contact surfaces shaped in an elongated fashion and arranged to detect a particular EMG biosignal generated in the body, and each of said sensors including a sensor transceiver, a sensor antenna, a voltage supply, and a microprocessor selectively programmed for processing said particular EMG biosignal to provide given data; and a control station means (15, 22) providing a wireless, bidirectional data communications link with said sensors; said control station means (15, 22) comprising a station transceiver, a station antenna, and computer means for further processing said given data received from said sensors; wherein said control station means is portable and adapted to be worn by the test subject or said control station means is located remotely and said system further comprises a portable repeater means adapted to be worn by the test subject and to relay communications from said sensors to said control station means. a plurality of sensors for disposition in predetermined positions on the body of a test subject; each of said sensors comprising contact surfaces shaped in an elongated fashion and arranged to detect a particular EMG biosignal generated in the body, and each of said sensors including a sensor transceiver, a sensor antenna, a voltage supply, and a microprocessor selectively programmed for processing said particular EMG biosignal to provide given data; and a control station means (15, 22) providing a wireless, bidirectional data communications link with said sensors; said control station means (15, 22) comprising a station transceiver, a station antenna, and computer means for further processing said given data received from said sensors; wherein said control station means is portable and adapted to be worn by the test subject or said control station means is located remotely and said system further comprises a portable repeater means adapted to be worn by the test subject and to relay communications from said sensors to said control station means.
A medical device comprising: a composite mesh substrate including a woven 3-dimensional polyester porous layer and a resorbable collagen film layer bonded on one side, in combination with a reactive component, wherein the combination of the substrate and the reactive component create a reactive implant and the reactive component crosslinks to a tissue surface upon implantation, and wherein the reactive component is genipin.