mhurhangee/ep-ind-claims huggingface dataset:
Connecting system in two parts (1,2) for a pipe comprising a first lumen in the axis of the pipe, and a second lumen in the wall of the pipe, the first part having two coaxial cones (6, 7) as connecting elements, the first lumen leading to the first internal cone and the second lumen leading to the space present between the first cone and the second cone, the second part having two coaxial cones (9, 10) as connecting elements, which are complementary to the two cones (6, 7) of the first part, wherein the two cones (6, 7) of the first part co-operating in a water and/or airtight manner with the two cones (9, 10) of the second part in order to connect the two parts (1,2) characterized in that the first part has an internal connecting element and an external connecting element in order to connect the pipe, said internal and external connecting elements (11, 12) being coaxial, in that the external connecting element is adapted to surround an external wall of the pipe in a water and airtight manner in such a way that the lumen situated in the wall of the pipe leads to the space between the connecting elements (11, 12), and in that at least the internal connecting element has a conical shape.
A crystalline salt comprising 5-methyl- -tetrahydrofolic acid and 4-(2-hydroxyethyl)-morpholine wherein the molar ratio of 5-methyl- -tetrahydrofolic acid to 4-(2-hydroxyethyl)-morpholine is from 1:0.3 to 1:2.0 (in mol/mol) and/or hydrates and/or solvates thereof.
A bit for horses, comprising a central element suitable for insertion into the horse's mouth, and a pair of side rings, each connected to a respective end of the central element for connection to the reins, wherein the central element is made of a plastic material and the ends of the central element are overmolded on coupling portions of the respective side rings, and wherein a reinforcing metal core, extending between the coupling portions of the side rings, is completely embedded in the central element, and wherein each end of the reinforcing metal core is fastened to the respective coupling portion of the side ring, and wherein each coupling portion of each side ring comprises a recess wherein at least one coupling crosspiece extends, and wherein the end of the reinforcing metal core forms a hook that engages said coupling crosspiece, and characterized in that the reinforcing metal core is composed of a reinforcing rod, and in that, in the recess, two parallel, inner and outer coupling crosspieces extend, and wherein each hook of the reinforcing rod is S-shaped to engage both coupling crosspieces passing over the outer crosspiece and under the inner crosspiece. wherein a reinforcing metal core, extending between the coupling portions of the side rings, is completely embedded in the central element, and wherein each end of the reinforcing metal core is fastened to the respective coupling portion of the side ring, and wherein each coupling portion of each side ring comprises a recess wherein at least one coupling crosspiece extends, and wherein the end of the reinforcing metal core forms a hook that engages said coupling crosspiece, and characterized in that the reinforcing metal core is composed of a reinforcing rod, and in that, in the recess, two parallel, inner and outer coupling crosspieces extend, and wherein each hook of the reinforcing rod is S-shaped to engage both coupling crosspieces passing over the outer crosspiece and under the inner crosspiece.
A mounting system for a gas gun, for mounting a motor, comprising: a receiving member having a receptacle; a motor received within the receptacle, the motor being floatingly movable with respect to the receiving member along an axis; a carried fixedly secured to the motor, the carrier being provided with at least one embedding hole along a direction in parallel to the axis; a fixing member fixedly secured to the receiving member, characterized in that: at least one damping element extending through the embedding hole of the carrier and at least one damping element extending through the embedding hole of the carrier and having an elastomeric first buffering body arranged between the carrier and the fixing member, and an elastomeric second buffering body arranged between the carrier and the receiving member, the first buffering body damping a movement of the motor in a first direction along the axis, the second buffering body damping a movement of the motor in a second direction along the axis opposite to the first direction. a receiving member having a receptacle; a motor received within the receptacle, the motor being floatingly movable with respect to the receiving member along an axis; a carried fixedly secured to the motor, the carrier being provided with at least one embedding hole along a direction in parallel to the axis; a fixing member fixedly secured to the receiving member, characterized in that: at least one damping element extending through the embedding hole of the carrier and at least one damping element extending through the embedding hole of the carrier and having an elastomeric first buffering body arranged between the carrier and the fixing member, and an elastomeric second buffering body arranged between the carrier and the receiving member, the first buffering body damping a movement of the motor in a first direction along the axis, the second buffering body damping a movement of the motor in a second direction along the axis opposite to the first direction. at least one damping element extending through the embedding hole of the carrier and at least one damping element extending through the embedding hole of the carrier and having an elastomeric first buffering body arranged between the carrier and the fixing member, and an elastomeric second buffering body arranged between the carrier and the receiving member, the first buffering body damping a movement of the motor in a first direction along the axis, the second buffering body damping a movement of the motor in a second direction along the axis opposite to the first direction.
Cable bushing with shielding and sealing properties for connecting to a wall having a breakthrough, having a plurality of cables and having a sealing element and a shielding element, in which in turn the plurality of cables are accommodated in perforations and/or penetration zones, wherein the sealing element and the shielding element are formed as an integrally formed, at least partially electrically conductive receiving element for the plurality of cables made of an elastomer, wherein the perforations or penetration zones each abut an outer insulation or a cable sheath of one of the plurality of cables, wherein they are formed free of contacting an electrically conductive cable shield under the outer insulation or the cable sheath of the cables.
Method for producing a product from a rolled strip material with the steps: rolling of a strip material from sheet metal; working a blank from the rolled strip material; forming the blank to a formed part; cleaning the formed part by anodic pickling under the influence of direct current such that an amount of maximal 0.7 ppm of diffusible hydrogen is introduced into the formed part by the cleaning; and coating at least a portion of the formed part with a metal coating material for producing a corrosion protection coating, wherein the coating is carried out in an immersion bath with an electrolytic solution in a coating apparatus, wherein a flow is generated between the formed part and the electrolytic solution, namely by moving the formed part relative to the electrolyte solution by means of a device and/or by moving the electrolyte solution relative to the formed part by means of the coating apparatus. rolling of a strip material from sheet metal; working a blank from the rolled strip material; forming the blank to a formed part; cleaning the formed part by anodic pickling under the influence of direct current such that an amount of maximal 0.7 ppm of diffusible hydrogen is introduced into the formed part by the cleaning; and coating at least a portion of the formed part with a metal coating material for producing a corrosion protection coating, wherein the coating is carried out in an immersion bath with an electrolytic solution in a coating apparatus, wherein a flow is generated between the formed part and the electrolytic solution, namely by moving the formed part relative to the electrolyte solution by means of a device and/or by moving the electrolyte solution relative to the formed part by means of the coating apparatus.
Blocking element for a roll mantle of a roll line of a continuous casting apparatus comprising a rotatable shaft having a coolant line, whereby the roll mantle is arranged to be supported on said rotatable shaft in a rotationally fixed manner, and whereby said roll mantle comprises at least one coolant channel arranged to be in fluid communication with said coolant line, which coolant channel has at least one fluid inlet and at least one fluid outlet, wherein said blocking element is arranged to be placed in said coolant line to interrupt the flow of coolant in the coolant line in such a way that coolant passes into the roll mantle, characterized in that said blocking element is further arranged to supply coolant to said at least one fluid inlet and to receive coolant from said at least one coolant outlet.
A vacuum platen for media sheets, having a sheet support wall formed with a plurality of perforations, and a number of chambers formed on a bottom side of the sheet support wall, wherein each chamber is directly connected to a vacuum source, characterized in that each chamber contains an acoustic barrier member arranged to divide the chamber into at least two sub-chambers (22a, 22b) such that the sub-chambers are in fluid communication with one another and have overlapping contours when seen in a direction normal to the plane of the sheet support wall.
A filter element for insertion into a vacuum cleaner, with an upper side, a lower side which lies opposite the upper side, a filter body which extends from the upper side to the lower side and which forms a wall of a clean air space (27, 28) which is situated between the upper side and the lower side, and with a conveying opening which is arranged on the upper side, opens into the clean air space (27, 28), and through which an air flow which is driven by way of the vacuum cleaner can be conveyed, wherein a deflecting surface extending in the direction of the lower side is arranged in the clean air space (27, 28) below the conveying opening, the deflecting surface being configured to deflect an air flow which is introduced through the conveying opening in the direction of the wall of the clean air space (27, 28) characterized in that the deflecting surface forms a lower boundary of the clean air space (27, 28).
An apparatus used for the handling of flat material and/or film material wound onto rolls (14, 15), the apparatus comprising - at least one installation position (EB1; EB2) provided for the rotating reception of rolls (14, 15) of flat material and/or film material; - at least one coupling means used for the connection of free end sections of flat material and/or film material of the rolls (14, 15) in the at least one installation position (EB1, EB2) to flat material and/or film material that is being guided inside the apparatus for packaging purposes, characterised in that the apparatus further comprises: - at least one suction instrument with at least one attachment, by way of which a negative pressure is applicable to the flat material and/or film material for the purpose of gripping the free end section of flat material and/or film material, wherein - the suction instrument has a multitude of suction areas distributed over the suction instrument, which suction areas are each chargeable with negative pressure. - at least one installation position (EB1; EB2) provided for the rotating reception of rolls (14, 15) of flat material and/or film material; - at least one coupling means used for the connection of free end sections of flat material and/or film material of the rolls (14, 15) in the at least one installation position (EB1, EB2) to flat material and/or film material that is being guided inside the apparatus for packaging purposes, - at least one suction instrument with at least one attachment, by way of which a negative pressure is applicable to the flat material and/or film material for the purpose of gripping the free end section of flat material and/or film material, wherein - the suction instrument has a multitude of suction areas distributed over the suction instrument, which suction areas are each chargeable with negative pressure.
A delivery system for delivering an umbrella-shaped ventricular partitioning device into a patient's ventricle and mechanically deploying the partitioning device to reduce the effective volume of the ventricle by expanding the ventricular partitioning device from a collapsed configuration into an expanded configuration, the system including: an elongate guide catheter having a proximal end and a distal end; a mechanical expander near the distal end of the guide catheter having a plurality of arms configured to extend outwards, wherein the arms are joined at their proximal and distal ends and form a teardrop shape when operated to apply pressure to the partitioning device to open the partitioning device and secure it in the ventricle; and a coupling element distal to the mechanical expander and configured to deployably secure to a central hub of the partitioning device and to retain the mechanical expander at least partially surrounded by the collapsed partitioning device prior to deployment. an elongate guide catheter having a proximal end and a distal end; a mechanical expander near the distal end of the guide catheter having a plurality of arms configured to extend outwards, wherein the arms are joined at their proximal and distal ends and form a teardrop shape when operated to apply pressure to the partitioning device to open the partitioning device and secure it in the ventricle; and a coupling element distal to the mechanical expander and configured to deployably secure to a central hub of the partitioning device and to retain the mechanical expander at least partially surrounded by the collapsed partitioning device prior to deployment.
A method for supporting Network Address Translation, NAT, functionality in a 5G Core Network, CN, the 5G CN comprising at least one User Plane Function, UPF, at least one Session Management Function, SMF, and at least one Network Repository Function, NRF, wherein the UPF comprises a UPF Network Function, NF, profile and the UPF NF profile contains at least one NAT NF Service, NAT NFS, instance description, the method comprising: registering, at the NRF, the UPF NF profile, wherein the NAT NFS instance description includes information regarding which NAT functionality it supports; maintaining, at the NRF, the UPF NF profile and enabling the discovery of the UPF NF profile; choosing, by the SMF, which UPF serves a given User Equipment and/or Protocol Data Unit, PDU, session based on the NAT NFS information from the NRF which is available at the SMF; controlling, by the SMF, which of NAT functionality is to be performed based on NAT in at least one of: on a per DNN basis, on a per slice basis, on a per PDU session basis, on a per subscriber basis, on a per IP range basis and/or on a per individual IP basis, wherein the control of which of the NAT functionality is to be performed is done via a Service Based Interface, SBI, while maintaining Packet Forwarding Control Protocol, PFCP, in the N4 interface. registering, at the NRF, the UPF NF profile, wherein the NAT NFS instance description includes information regarding which NAT functionality it supports; maintaining, at the NRF, the UPF NF profile and enabling the discovery of the UPF NF profile; choosing, by the SMF, which UPF serves a given User Equipment and/or Protocol Data Unit, PDU, session based on the NAT NFS information from the NRF which is available at the SMF; controlling, by the SMF, which of NAT functionality is to be performed based on NAT in at least one of: on a per DNN basis, on a per slice basis, on a per PDU session basis, on a per subscriber basis, on a per IP range basis and/or on a per individual IP basis, wherein the control of which of the NAT functionality is to be performed is done via a Service Based Interface, SBI, while maintaining Packet Forwarding Control Protocol, PFCP, in the N4 interface.
A computing device employing a security architecture for use in a payment application, the security architecture comprising using non-volatile storage of the computing device for storing first cryptographic material and using volatile storage of the computing device for storing second cryptographic material: wherein the non-volatile storage comprises keystores provided by an operating system of the computing device, and the first cryptographic material comprises cryptographic keys; wherein the second cryptographic material comprises encrypted volatile integers generated for one time use; wherein the second cryptographic material is lost on rebooting of the computing device and the computing device is adapted to request one or more volatile integers on reboot of the device; and wherein the payment application is adapted to generate an application cryptogram for a transaction performed using the computing device, wherein the first cryptographic material is used in generation of the application cryptogram and a volatile integer of said volatile integers is also used in generation of the application cryptogram if one is available, wherein on receipt of the application cryptogram it can be determined whether a volatile integer was used in generation of the application cryptogram. wherein the non-volatile storage comprises keystores provided by an operating system of the computing device, and the first cryptographic material comprises cryptographic keys; wherein the second cryptographic material comprises encrypted volatile integers generated for one time use; wherein the second cryptographic material is lost on rebooting of the computing device and the computing device is adapted to request one or more volatile integers on reboot of the device; and wherein the payment application is adapted to generate an application cryptogram for a transaction performed using the computing device, wherein the first cryptographic material is used in generation of the application cryptogram and a volatile integer of said volatile integers is also used in generation of the application cryptogram if one is available, wherein on receipt of the application cryptogram it can be determined whether a volatile integer was used in generation of the application cryptogram.
A method of isolating a botulinum toxin type A macro complex from a botulinum toxin-containing solution, the method comprising: contacting the botulinum toxin-containing solution with an anion exchange chromatography medium at a pH lower than an isoelectric point of botulinum toxin; contacting the solution, which is not bound to the anion exchange chromatography medium, with a cation exchange chromatography medium at a pH lower than the PI of botulinum toxin; and separating the botulinum toxin type A macro complex from the cation exchange chromatography medium; or contacting the botulinum toxin-containing solution with the cation exchange chromatography medium at a pH lower than the PI of botulinum toxin; separating botulinum toxin from the cation exchange chromatography medium; contacting the solution containing the toxin separated from the cation exchange chromatography medium, with the anion exchange chromatography medium at a pH lower than the PI; and separating the botulinum toxin type A macro complex from the solution which is not bound to the anion exchange chromatography medium. contacting the botulinum toxin-containing solution with an anion exchange chromatography medium at a pH lower than an isoelectric point of botulinum toxin; contacting the solution, which is not bound to the anion exchange chromatography medium, with a cation exchange chromatography medium at a pH lower than the PI of botulinum toxin; and separating the botulinum toxin type A macro complex from the cation exchange chromatography medium; or contacting the botulinum toxin-containing solution with the cation exchange chromatography medium at a pH lower than the PI of botulinum toxin; separating botulinum toxin from the cation exchange chromatography medium; contacting the solution containing the toxin separated from the cation exchange chromatography medium, with the anion exchange chromatography medium at a pH lower than the PI; and separating the botulinum toxin type A macro complex from the solution which is not bound to the anion exchange chromatography medium.
Metallic spoke for a cycle wheel, comprising a central part located between two securing end fittings (6, 7), a cross section of the central part having a substantially elliptical form, of which a maximum length, measured in a first plane between a trailing edge and a leading edge of the spoke, is strictly greater than a maximum width of the cross section of the central part measured in a second plane perpendicular to the first plane, characterized in that said cross section of the central part has a face area less than 78% of the product of the length A times the width B.
A construction machine comprising: a traveling mechanism; a revolving body turnably mounted on the traveling mechanism, the revolving body including a base frame; an engine; power generation means for generating power by the drive of the engine; storage means for storing the power generated by the power generation means; electric drive means that is driven by the power from the storage means; and high voltage cables (53, 63) connecting the power generation means or the electric drive means to the storage means in order to supply power, wherein the base frame includes a frame structural member extending in a front-to-rear direction of the revolving body and protruding in a vertical direction, and wherein the high voltage cables (53, 63) are wired in the front-to-rear direction along a side surface of the frame structural member. a traveling mechanism; a revolving body turnably mounted on the traveling mechanism, the revolving body including a base frame; an engine; power generation means for generating power by the drive of the engine; storage means for storing the power generated by the power generation means; electric drive means that is driven by the power from the storage means; and high voltage cables (53, 63) connecting the power generation means or the electric drive means to the storage means in order to supply power, wherein the base frame includes a frame structural member extending in a front-to-rear direction of the revolving body and protruding in a vertical direction, and wherein the high voltage cables (53, 63) are wired in the front-to-rear direction along a side surface of the frame structural member.
Mobile station for communication in a wireless communication network comprising at least one receiver and at least one transmitter, a first unit for monitoring activity in the wireless communication network, a second unit for detecting collisions in the communication network and a third unit for determining parameters indicative of the channel quality on a radio channel characterized by that said mobile station is arranged to use a separate radio channel being an orthogonal scheduling request channel when the parameters indicative of the channel quality on the radio channel, comprising a contention-based channel, fall below a predefined threshold value and/or when an estimated probability of collisions passes a predefined threshold value.