mhurhangee/patent-ind-claim-en huggingface dataset:
A method for implementing a generic routing encapsulation, GRE, tunnel, comprising: sending , by an access point, AP, a first packet to a gateway, GW, wherein the first packet carries an address of the AP, and the first packet is used to instruct the GW to configure a GRE tunnel from the GW to the AP, wherein a source address of the GRE tunnel is an address of the GW, and a destination address of the GRE tunnel is the address of the AP; and receiving , by the AP, a second packet sent by the GW by using the GRE tunnel, wherein the second packet carries the address of the GW, and the second packet is used to instruct the AP to configure a second GRE tunnel from the AP to the GW sending , by an access point, AP, a first packet to a gateway, GW, wherein the first packet carries an address of the AP, and the first packet is used to instruct the GW to configure a GRE tunnel from the GW to the AP, wherein a source address of the GRE tunnel is an address of the GW, and a destination address of the GRE tunnel is the address of the AP; and receiving , by the AP, a second packet sent by the GW by using the GRE tunnel, wherein the second packet carries the address of the GW, and the second packet is used to instruct the AP to configure a second GRE tunnel from the AP to the GW
A system for the cathodic corrosion protection of a structure made of reinforced concrete, having - at least one supply electrode pair for applying a voltage to a reinforcement of the structure , - at least one reference electrode for measuring an electrical potential in the concrete, the supply electrode pair and the reference electrode being disposed in a network , the network further comprising: - a central switching unit - a wiring and - at least one distributor , the wiring having at least one cable harness , characterized in that the cable harness comprises a supply line and a data line separate from the supply line and that the supply electrode pair is connected to the network by means of a converter node , wherein the converter node comprises at least one at least two-stage voltage converter . - at least one supply electrode pair for applying a voltage to a reinforcement of the structure , - at least one reference electrode for measuring an electrical potential in the concrete, the supply electrode pair and the reference electrode being disposed in a network , the network further comprising: - a central switching unit - a wiring and - at least one distributor ,
Packaging for transporting and/or storing radioactive materials, the packaging delimiting a housing cavity intended to receive a mass of radioactive materials , said housing cavity being at least partly defined by a lateral body , a bottom and a lid mounted removably on the lateral body, the bottom and the lid being spaced apart from each other along a longitudinal axis of the packaging, and the lateral body extending between a first axial end on the lid side and a second axial end on the bottom side, characterised in that the lateral body has a thickness-change zone defining a transition surface , the lateral body comprising a reduced-thickness part extending from the transition surface towards the first axial end of the lateral body, said reduced-thickness part comprising an internal surface laterally delimiting a hollowed-out zone of the lateral body, also delimited axially by the transition surface , in that the packaging comprises a lateral-body reconstitution part extending around the longitudinal axis , arranged removably in said hollowed-out zone , and having an internal surface laterally delimiting a part of the housing cavity , and in that the internal surfaces are spaced apart from each other so as to have a minimum radial separation greater than 30 mm. characterised in that the lateral body has a thickness-change zone defining a transition surface , the lateral body comprising a reduced-thickness part extending from the transition surface towards the first axial end of the lateral body, said reduced-thickness part comprising an internal surface laterally delimiting a hollowed-out zone of the lateral body, also delimited axially by the transition surface , in that the packaging comprises a lateral-body reconstitution part extending around the longitudinal axis , arranged removably in said hollowed-out zone , and having an internal surface laterally delimiting a part of the housing cavity , and in that the internal surfaces are spaced apart from each other so as to have a minimum radial separation greater than 30 mm.
A method for wireless communication, at an access node, wherein the access node is a base station with an access connection to a core network, comprising: receiving, at the access node , a request from a first node to establish a communication link with a second node , wherein the communication link is a directional communication link for transmission of one or more of control information or data between the first node and the second node and wherein the first node is a UE or a base station and wherein the second node is a UE or a base station; determining, at the access node , a configuration for the communication link between the first node and the second node ; and transmitting, to at least one of the first node or the second node , the configuration for the communication link, wherein the configuration provides a beam management configuration, with which a beam management procedure between the first node and the second node can be performed for providing information that is used to establish the directional communication link, wherein the beam management configuration includes a beam failure recovery mechanism; and receiving, at the access node, a report message from at least one of the first node or the second node , indicating that a communication between the first node and the second node is complete. receiving, at the access node , a request from a first node to establish a communication link with a second node , wherein the communication link is a directional communication link for transmission of one or more of control information or data between the first node and the second node and wherein the first node is a UE or a base station and wherein the second node is a UE or a base station; determining, at the access node , a configuration for the communication link between the first node and the second node ; and transmitting, to at least one of the first node or the second node , the configuration for the communication link, wherein the configuration provides a beam management configuration, with which a beam management procedure between the first node and the second node can be performed for providing information that is used to establish the directional communication link, wherein the beam management configuration includes a beam failure recovery mechanism; and receiving, at the access node, a report message from at least one of the first node or the second node , indicating that a communication between the first node and the second node is complete.
A robotic lawnmower comprising: a positioning module configured to direct movement of the robotic lawnmower ; and an object detection module configured to detect objects proximate to the robotic lawnmower , the object detection module comprising a contact sensor and a contactless sensor , wherein sensitivity of the contactless sensor of the object detection module is configured to be automatically adjustable based on input from the contact sensor . a positioning module configured to direct movement of the robotic lawnmower ; and an object detection module configured to detect objects proximate to the robotic lawnmower , the object detection module comprising a contact sensor and a contactless sensor , wherein sensitivity of the contactless sensor of the object detection module is configured to be automatically adjustable based on input from the contact sensor .
A purge apparatus for purging by purge gas a container that houses an article and has a gas introduction hole in a bottom portion thereof comprising: a platform for placing the container thereon; a nozzle (8; 50; 60) protruding upward from the platform and configured to contact the gas introduction hole of the container and to inject purge gas; and an alignment member configured to align the container , characterized in that said nozzle (8; 50; 60) is provided within a side surface of a tip portion thereof with a guide surface (30; 51; 61) configured to guide the container and the nozzle (8; 50; 60) is configured to lower an upper surface (32; 52; 62) of the nozzle (8; 50; 60) by a load applied from the container , wherein said alignment member comprises alignment pins fixed to the platform , protruding upward from the platform , and configured to fit into recesses provided in the bottom portion of the container , and wherein the nozzle (8; 50; 60) is higher than the alignment pins . a platform for placing the container thereon; a nozzle (8; 50; 60) protruding upward from the platform and configured to contact the gas introduction hole of the container and to inject purge gas; and an alignment member configured to align the container , characterized in that said nozzle (8; 50; 60) is provided within a side surface of a tip portion thereof with a guide surface (30; 51; 61) configured to guide the container and the nozzle (8; 50; 60) is configured to lower an upper surface (32; 52; 62) of the nozzle (8; 50; 60) by a load applied from the container ,
A perfume composition having controlled release of phytoncides in an atmosphere in order to generate an air condition resembling the air environment of a forest comprising: a) at least about 0.6% by weight of at least one phytoncide, wherein at least about 25% by weight of the at least one phytoncide is selected from the group consisting of pinene alpha, pinene beta and combinations thereof ; and b) a perfume mixture including (i) at least one solvent; and (ii) at least one fragrance ingredient, wherein the perfume mixture exhibits a Standard Equilibrium Headspace Concentration ( HS i 0 ) distribution curve having greater than about 95 wt% of the perfume mixture exhibiting HS i 0 of less than or equal to about 10,000 μg/L; from about 40 wt% to about 85 wt% of the perfume mixture exhibiting HS i 0 of less than or equal to about 1,000 μg/L; from about 20 wt% to about 75 wt% of the perfume mixture exhibiting HS i 0 of less than or equal to about 300 μg/L; and from about 5 wt% to about 50 wt% of the perfume mixture exhibiting a HS i 0 of less than or equal to about 100 μg/L. a) at least about 0.6% by weight of at least one phytoncide, wherein at least about 25% by weight of the at least one phytoncide is selected from the group consisting of pinene alpha, pinene beta and combinations thereof ; and b) a perfume mixture including (i) at least one solvent; and (ii) at least one fragrance ingredient,
A balloon type medical apparatus comprising: a tubular member extending from a proximal portion to a distal portion along a longitudinal axis; an actuator shaft extending from inside the tubular member to an actuator shaft distal end; a first balloon comprising a first balloon distal portion coupled to the actuator shaft distal end and a first balloon proximal portion coupled to a slidable coupler ; a second balloon comprising a second balloon proximal portion coupled to the tubular member and a second balloon distal portion coupled to the slidable coupler , in which the slidable coupler includes: a coupler body with an opening extending along the longitudinal axis through the coupler body, the opening configured to allow movement of the coupler body relative to the actuator shaft and provide a sealing fit between the coupler body with the actuator shaft. a tubular member extending from a proximal portion to a distal portion along a longitudinal axis; an actuator shaft extending from inside the tubular member to an actuator shaft distal end; a first balloon comprising a first balloon distal portion coupled to the actuator shaft distal end and a first balloon proximal portion coupled to a slidable coupler ; a second balloon comprising a second balloon proximal portion coupled to the tubular member and a second balloon distal portion coupled to the slidable coupler , in which the slidable coupler includes: a coupler body with an opening extending along the longitudinal axis through the coupler body, the opening configured to allow movement of the coupler body relative to the actuator shaft and provide a sealing fit between the coupler body with the actuator shaft.
A method of remediating soil including organic contaminants, the method comprising the steps of: excavating soil from the ground ; treating the excavated soil with a chemical surfactant such as natural oils or terpenes; primary stockpiling the excavated soil treated with the chemical surfactant to promote liberation of any organic contaminants from the excavated soil by microbial degradation of the bond between the organic contaminants and the excavated soil to provide cured soil ; further treating the cured soil with an aliphatic or aromatic hydrocarbon to degrade bonds between the cured soil and at least some of the remaining organic contaminants to separate said organic contaminants from the cured soil ; and after treatment, recovering or providing soil having a reduced concentration of organic contaminants. excavating soil from the ground ; treating the excavated soil with a chemical surfactant such as natural oils or terpenes; primary stockpiling the excavated soil treated with the chemical surfactant to promote liberation of any organic contaminants from the excavated soil by microbial degradation of the bond between the organic contaminants and the excavated soil to provide cured soil ; further treating the cured soil with an aliphatic or aromatic hydrocarbon to degrade bonds between the cured soil and at least some of the remaining organic contaminants to separate said organic contaminants from the cured soil ; and after treatment, recovering or providing soil having a reduced concentration of organic contaminants.
A wearable device for improving hygiene, comprising at least one warning unit that cooperates with a unit for detecting a disinfection treatment in such a way that a signal is triggerable, characterized in that the wearable device has at least one step counter unit , and the warning unit is in operative connection with the at least one step counter unit .
A patient transfer system comprising a lifting mechanism , an actuator unit attached to the lifting mechanism , two conveyors attached to the actuator unit such that they extend from the actuator unit in a forklift fork-like manner, the conveyors respectively having a conveyor belt and opposite reversing ends reversing the conveyor belt , wherein the actuator unit is configured to move the conveyors such that the reversing ends facing each other are linearly movable towards and apart from each other.
Buffer storage device , comprising an underground storage tank filled with brine as a storage medium, a primary circuit filled with a first heat transfer medium , and a secondary circuit filled with a second heat transfer medium , wherein a first heat exchanger (W1) in the primary circuit , through which the first heat transfer medium flows, is set up to transfer excess heat fed into the primary circuit from the first heat transfer medium to the brine , 12) fed into the primary circuit to the brine in the underground storage tank , and a second heat exchanger (W2) in the secondary circuit , through which the second heat transfer medium flows, is set up to transfer at least part of the excess heat stored in the brine in the underground storage tank to the second heat transfer medium when required, wherein the secondary circuit being coupled to at least one heat consumer, wherein the underground storage tank is a cavity in a waterproof rock layer , preferably in a salt dome.
A method in a system comprising a first server of a mobile communication network and an access support server , wherein the method comprises the following steps of: - storing (S7) a plurality of authentication data sets for a predetermined network subscriber identifier in the first server ; - checking (G4) an authentication information item of a terminal with the predetermined network subscriber identifier by means of a selected authentication data set from the plurality of authentication data sets by an authentication server , - assigning (S4) the predetermined network subscriber identifier to the terminal by the access support server , wherein the network subscriber identifier is allocated to the terminal by the access support server for the duration of a subscription, wherein the subscription regulates the use of the mobile communication network ; - generating (S6) a plurality of authentication data sets for the predetermined network subscriber identifier in the first server ; - transferring (S8) the plurality of authentication data sets from the first server to the access support server ; - forwarding (S10) the plurality of authentication data sets from the access support server to the terminal , wherein for the step of checking (G4) the authentication information item of the terminal the authentication server is provided with at least the selected authentication data set and the authentication server receives the authentication information item from the terminal to which the predetermined network subscriber identifier has been assigned and to which the plurality of authentication data sets have been forwarded. - storing (S7) a plurality of authentication data sets for a predetermined network subscriber identifier in the first server ; - checking (G4) an authentication information item of a terminal with the predetermined network subscriber identifier by means of a selected authentication data set from the plurality of authentication data sets by an authentication server , - assigning (S4) the predetermined network subscriber identifier to the terminal by the access support server , wherein the network subscriber identifier is allocated to the terminal by the access support server for the duration of a subscription, wherein the subscription regulates the use of the mobile communication network ; - generating (S6) a plurality of authentication data sets for the predetermined network subscriber identifier in the first server ; - transferring (S8) the plurality of authentication data sets from the first server to the access support server ; - forwarding (S10) the plurality of authentication data sets from the access support server to the terminal ,
Projectile with reduced range, comprising a projectile body and a projectile ogive , as well as at least one tracer streak and/or at least one delay element , a pressure-generating charge in the projectile body being functionally connected to the at least one tracer streak and/or the at least one delay element , the pressure-generating charge acting on the projectile after initiation by the at least one tracer streak or the at least one delay element in such a way that the trajectory of the projectile is influenced after a set flight time (t) has been reached, characterized in that the projectile ogive has at least one predetermined breaking point , and in that an internal pressure arising from the initiated pressure-generating charge acts on the projectile ogive having the predetermined breaking point and tears open the latter.
A sample carrier preparation package for the preparation of sample carriers having a dried quantity of liquid, in particular blood, ▪ with a housing and a system panel , which moves relative to the housing, • with a filling opening configured as a dome-like filling orifice , • with a capillary channel which is formed in the system panel, • with a plurality of chambers in the system panel , the chambers each having an absorbent sample carrier for receiving a predetermined quantity of blood, • wherein the capillary channel is connected to the filling opening and branches into a plurality of individual channels which lead to the chambers with the absorbent sample carriers , • wherein the filling orifice which can be closed by a stopper and the capillary channel with the chambers and sample carriers form a closed system , • wherein, because it is connected to the filling opening and branches into a plurality of individual channels which lead to the chambers with the absorbent sample carriers , in the closed system , the capillary channel can transfer an indeterminate quantity of liquid applied via the filling opening to the absorbent sample carriers by capillary action, characterized in that after drying the predetermined part-quantity of liquid received thereby, the sample carriers can be moved by means of a relative movement of the system panel and housing from their position enclosed in the closed system into a removal position in which they are aligned over removal openings of the sample carrier preparation package which are open at the bottom. • with a filling opening configured as a dome-like filling orifice , • with a capillary channel which is formed in the system panel, • with a plurality of chambers in the system panel , the chambers each having an absorbent sample carrier for receiving a predetermined quantity of blood, • wherein the capillary channel is connected to the filling opening and branches into a plurality of individual channels which lead to the chambers with the absorbent sample carriers , • wherein the filling orifice which can be closed by a stopper and the capillary channel with the chambers and sample carriers form a closed system , • wherein, because it is connected to the filling opening and branches into a plurality of individual channels which lead to the chambers with the absorbent sample carriers , in the closed system , the capillary channel can transfer an indeterminate quantity of liquid applied via the filling opening to the absorbent sample carriers by capillary action,
Method for automatic cutting of a fabric, comprising: - providing at least one piece of fabric; - marking said at least one piece with a marking representative of at least two spatial points on said piece; - detecting said marking and, through said detected marking, determining a position and an orientation of said at least one piece with respect to a reference system (X, Y); - automatically cutting said at least one piece as a function of said determined position and orientation, characterized in that said marking comprises at least two distinct signs representative of said two spatial points , respectively, wherein said at least two distinct signs are different from each other, a first sign of said two signs being representative of a spatial point of origin , and a second sign of said at least two signs being representative of a spatial point of alignment . - providing at least one piece of fabric; - marking said at least one piece with a marking representative of at least two spatial points on said piece; - detecting said marking and, through said detected marking, determining a position and an orientation of said at least one piece with respect to a reference system (X, Y); - automatically cutting said at least one piece as a function of said determined position and orientation,