mhurhangee/ep-ind-claims huggingface dataset:
Device for bending tubes comprising at least one bending roller mounted to be rotatably movable with respect to a frame and at least one crease erasing member, the device including a plate designed with: - reception surfaces to receive, support and position said crease erasing member which is attached thereto, - a fixing means for fixing to said frame, CHARACTERIZED BY THE FACT THAT said plate is designed with - guide surfaces pivotably connected for said roller, being pre-formed with at least one bore allowing the guiding of the cylindrical surface of a coaxial cylindrical projection projecting outwardly from one of the upper or lower flat surfaces formed by the roller, said roller comprising an upper flat surface and a lower flat surface from each of which a coaxial cylindrical projection projects outwardly, said plate being comprised of two half-plates (310, 320) which receive the crease erasing member, each pre-formed with a bore (311 and 321) allowing the guiding of the cylindrical surface of said projection. - reception surfaces to receive, support and position said crease erasing member which is attached thereto, - a fixing means for fixing to said frame, CHARACTERIZED BY THE FACT THAT said plate is designed with - guide surfaces pivotably connected for said roller, being pre-formed with at least one bore allowing the guiding of the cylindrical surface of a coaxial cylindrical projection projecting outwardly from one of the upper or lower flat surfaces formed by the roller, said roller comprising an upper flat surface and a lower flat surface from each of which a coaxial cylindrical projection projects outwardly, said plate being comprised of two half-plates (310, 320) which receive the crease erasing member, each pre-formed with a bore (311 and 321) allowing the guiding of the cylindrical surface of said projection.
A method in a first network peer node for determining a Proxy Mobile Internet Protocol version 6, PMIPv6, control plane used by a second network peer node, the first and second network peer nodes being in an Internet Protocol version 4, IPv4, transport network, the method comprising: sending, to the second network peer node, a first Proxy Mobile IP, PMIP, message in a first control plane format, and a second PMIP message in a second control plane format; receiving only one communication response with respect to the first PMIP message or the second PMIP message; and determining a version of the PMIPv6 control plane which is utilized by the second network peer node based on the only one communication response received with respect to one of the first PMIP message or the second PMIP message, such that the PIMPv6 control plane version is the control plane format associated with the received communication response. sending, to the second network peer node, a first Proxy Mobile IP, PMIP, message in a first control plane format, and a second PMIP message in a second control plane format; receiving only one communication response with respect to the first PMIP message or the second PMIP message; and determining a version of the PMIPv6 control plane which is utilized by the second network peer node based on the only one communication response received with respect to one of the first PMIP message or the second PMIP message, such that the PIMPv6 control plane version is the control plane format associated with the received communication response.
A wearing tool for wearing a breathing mask which is for covering nostrils of a user and for supplying gas for breathing to the nostrils comprising: a pair of connecting members, each of which has a longitudinal shape, and has a first end portion which is connected to the breathing mask; and a pair of plugs, each of which is connected to a second end portion of the connecting member, the wearing tool being characterized in that each of the plugs is configured with a plate piece extending in a longitudinal direction that is anteroposterior of the user, wherein the plate piece has a first latching portion for latching in a first dimple inside a tragus of the user, and has a second latching portion for additionally latching in a second dimple inside an antitragus of the user, the second latching portion is in a position substantially opposing the first latching portion in the longitudinal direction of the plate piece, the first latching portion has a shape curving towards the entrance of an ear canal and a curved surface curving in the vertical direction and/or the lateral direction along the shape of the first dimple, and the second latching portion has a shape curving in the opposite direction of the first latching portion and a curved surface curving in the vertical and/or the lateral direction along the shape of the second dimple. a pair of connecting members, each of which has a longitudinal shape, and has a first end portion which is connected to the breathing mask; and a pair of plugs, each of which is connected to a second end portion of the connecting member, the wearing tool being characterized in that each of the plugs is configured with a plate piece extending in a longitudinal direction that is anteroposterior of the user, wherein the plate piece has a first latching portion for latching in a first dimple inside a tragus of the user, and has a second latching portion for additionally latching in a second dimple inside an antitragus of the user, the second latching portion is in a position substantially opposing the first latching portion in the longitudinal direction of the plate piece, the first latching portion has a shape curving towards the entrance of an ear canal and a curved surface curving in the vertical direction and/or the lateral direction along the shape of the first dimple, and the second latching portion has a shape curving in the opposite direction of the first latching portion and a curved surface curving in the vertical and/or the lateral direction along the shape of the second dimple.
An apparatus for use in determining the capacity of a blood sample to clot, comprising: a well to receive the blood sample; a probe support fixed relative to the well; a probe supported within the well on the probe support, the probe including a wetted portion proximal to the well; a deformable spring element coupled intermediate the wetted portion of the probe and the probe support; and a microelectromechanical displacement sensor disposed on the apparatus to measure movement of the probe, the microelectromechanical displacement sensor in engagement with the probe and configured to detect and measure one of the displacing force imparted to the probe and the resulting displacement of the probe occurring as a result of the contraction of the blood sample within the well; the apparatus configured such that an introduction of a volume of a blood sample into the well contacts the wetted portion of the probe with the blood sample; the apparatus further configured such that the clotting and contraction of the blood sample imparts a displacing force to the wetted portion of the probe and results in a displacement of the probe relative to the probe support, the microelectromechanical displacement sensor configured to determine said displacement; and wherein the the apparatus is further configured to correlate the determined displacement of the probe to the capacity of the blood sample to clot. a well to receive the blood sample; a probe support fixed relative to the well; a probe supported within the well on the probe support, the probe including a wetted portion proximal to the well; a deformable spring element coupled intermediate the wetted portion of the probe and the probe support; and a microelectromechanical displacement sensor disposed on the apparatus to measure movement of the probe, the microelectromechanical displacement sensor in engagement with the probe and configured to detect and measure one of the displacing force imparted to the probe and the resulting displacement of the probe occurring as a result of the contraction of the blood sample within the well; the apparatus configured such that an introduction of a volume of a blood sample into the well contacts the wetted portion of the probe with the blood sample; the apparatus further configured such that the clotting and contraction of the blood sample imparts a displacing force to the wetted portion of the probe and results in a displacement of the probe relative to the probe support, the microelectromechanical displacement sensor configured to determine said displacement; and wherein the the apparatus is further configured to correlate the determined displacement of the probe to the capacity of the blood sample to clot.
Method for providing a physical document with a security feature in the form of images, said document comprising a planar and monolithic substrate presenting a front face and a back face separated by a thickness t, said method comprising the steps of: - producing a first image depicting a first subject on said substrate, said first image being visible when looking at the front face and said first image extending over a first image area, - producing a second image depicting the first subject on said substrate, said second image being visible when looking at the front face and said second image being in the form of a perforation pattern which displays grey tones when viewed against a bright background, wherein the second image extends over the first image area, in matching superposition with the first image. characterized in that it further comprises the step of producing a third image on said substrate, said third image being visible when looking at the back face, said third image extending over a projection of the first image area on the back face, in matching superposition with the first image, and said third image being a mirror image of the first image. - producing a first image depicting a first subject on said substrate, said first image being visible when looking at the front face and said first image extending over a first image area, - producing a second image depicting the first subject on said substrate, said second image being visible when looking at the front face and said second image being in the form of a perforation pattern which displays grey tones when viewed against a bright background, wherein the second image extends over the first image area, in matching superposition with the first image. characterized in that it further comprises the step of producing a third image on said substrate, said third image being visible when looking at the back face, said third image extending over a projection of the first image area on the back face, in matching superposition with the first image, and said third image being a mirror image of the first image.
Pressing device for pressing a pipe (9, 9', 9") with a connecting piece (fitting) by at least two pressing jaws (2, 2'), which are pivotally connected to at least one connecting link (21, 21') such that the connecting link (21, 21') as well as the pressing jaws (2, 2') are each penetrated by a fastening bolt (28, 28'), and a receptacle, which receives the parts to be pressed, characterized in that a) the connecting link (21, 21') has at least one bore (26, 26', 26", 26'") for receiving the fastening bolt (28, 28') and a cut-out (23, 23', 23", 23'") encompassing the bore (26, 26', 26", 26'") in which the bolt head (24, 24', 24", 24'") of the fastening bolt (28, 28') rests, and b) a stepped recess with a pitch circle shaped area is arranged on the side of the connecting link (21, 21') facing to the receptacle, the center of the pitch circle shaped area coincides with the center of the receptacle. a) the connecting link (21, 21') has at least one bore (26, 26', 26", 26'") for receiving the fastening bolt (28, 28') and a cut-out (23, 23', 23", 23'") encompassing the bore (26, 26', 26", 26'") in which the bolt head (24, 24', 24", 24'") of the fastening bolt (28, 28') rests, and b) a stepped recess with a pitch circle shaped area is arranged on the side of the connecting link (21, 21') facing to the receptacle, the center of the pitch circle shaped area coincides with the center of the receptacle.
A method to expand cells expressing markers characteristic of the definitive endoderm lineage, comprising the steps of: culturing the cells under hypoxic conditions, on a tissue culture substrate that is not pre-treated with a protein or an extracellular matrix.
An apparatus comprising: a memory space; a hardware processor to facilitate communication between: an audio module to capture information, and an application module that is part of a trusted execution environment; a mutually trusted module having circuitry and coupled to the audio module and the application module, wherein the mutually trusted module facilitates, at least partially, secured communication between the application module and the audio module through encryption, wherein the audio module and the application module are operable to communicate according to session information and using the mutually trusted module, the mutually trusted module configured to determine the application module is a trusted module, the session information to control operations of and communication between the application module and the audio module, wherein the session information is further to define an integrity parameter, a cryptography parameter, or a replay parameter, the mutually trusted module and the audio module to use the memory space, with other modules or components of the apparatus to be excluded from access to the memory space, the other modules or components including one or more of system software, kernels, drivers, and middleware. a memory space; a hardware processor to facilitate communication between: an audio module to capture information, and an application module that is part of a trusted execution environment; an audio module to capture information, and an application module that is part of a trusted execution environment; a mutually trusted module having circuitry and coupled to the audio module and the application module, wherein the mutually trusted module facilitates, at least partially, secured communication between the application module and the audio module through encryption, wherein the audio module and the application module are operable to communicate according to session information and using the mutually trusted module, the mutually trusted module configured to determine the application module is a trusted module, the session information to control operations of and communication between the application module and the audio module, wherein the session information is further to define an integrity parameter, a cryptography parameter, or a replay parameter, the mutually trusted module and the audio module to use the memory space, with other modules or components of the apparatus to be excluded from access to the memory space, the other modules or components including one or more of system software, kernels, drivers, and middleware.
A large-capacity catalyst support comprising: a number of unit catalyst support blocks in which cell formation bodies formed of a number of hollow cells that are aligned in a longitudinal direction are accommodated and stacked in a polygonal supporter wherein a catalyst is coated on the surfaces of the hollow cells; and a number of assembly members (60, 70, 80, 90, 95) each for fixing a pair of adjacent supporters that mutually contact between the stacked unit catalyst support blocks. a number of unit catalyst support blocks in which cell formation bodies formed of a number of hollow cells that are aligned in a longitudinal direction are accommodated and stacked in a polygonal supporter wherein a catalyst is coated on the surfaces of the hollow cells; and a number of assembly members (60, 70, 80, 90, 95) each for fixing a pair of adjacent supporters that mutually contact between the stacked unit catalyst support blocks.
A method for operating a secondary station, said secondary station comprising communication means for communicating with a primary station capable of communicating with a plurality of secondary stations, wherein the secondary station is a radio station, specifically a handheld device or a wireless sensor node, the method comprising the steps of: the secondary station signalling a first subset of operating profiles out of a plurality of available operating profiles to the primary station, and the secondary station signalling at least one preferred operating profile out of the first subset of operating profiles in response to a first event, the secondary station switching from one subset of operating profiles to a replacement subset of operating profiles in response to a second event and signaling the replacement subset of operating profiles to the primary station; wherein the first event comprises at least one of the following: the energy remaining in a battery of the secondary station is below a predetermined level, the secondary station is connected to a permanent source of power, the secondary station has entered a particular location, a handover from communication with a previous primary station to communication with a current primary station, the activation of a particular service, the deactivation of a particular service, a user of the secondary station has requested a preferred operating mode, a change of hardware resources available to the secondary station. the secondary station signalling a first subset of operating profiles out of a plurality of available operating profiles to the primary station, and the secondary station signalling at least one preferred operating profile out of the first subset of operating profiles in response to a first event, the secondary station switching from one subset of operating profiles to a replacement subset of operating profiles in response to a second event and signaling the replacement subset of operating profiles to the primary station; wherein the first event comprises at least one of the following: the energy remaining in a battery of the secondary station is below a predetermined level, the secondary station is connected to a permanent source of power, the secondary station has entered a particular location, a handover from communication with a previous primary station to communication with a current primary station, the activation of a particular service, the deactivation of a particular service, a user of the secondary station has requested a preferred operating mode, a change of hardware resources available to the secondary station.
Pneumatic vehicle tyre, in particular for use in winter driving conditions, comprising, a tread with profile positives, for example profile blocks or tread bars, separated from one another by recesses, for example circumferential recesses running in the circumferential direction, by transverse recesses, oblique recesses and the like, formed in which are sipes, which pass through the profile positives and are bordered by two sipe walls and the direction of extent of which deviates from the axial direction by a maximum of 45°, and which are in each case locally widened by means of at least one channel (5, 6a, 6b), which establishes a connection between the outside of the profile and a recess, the sipe having in its regions outside the channel (5, 6a, 6b) a width (b) of 0.4mm to 1.0 mm, characterized in that the sipe has a middle portion with a depth of at least 70% of the profile depth (T P) and two shallower outer portions (4b, 4c) of different depths (T 1, T 2), and in that the channel or the channels (6a, 6b), which outwardly opens out or open out on the outside of the profile has or have a maximum width that is two to three times the width (b) of the sipe, there being connected to this channel or these channels (6a, 6b) a channel that runs substantially parallel to the outside of the profile and at the deeper outer portion of the sipe opens out into a circumferential recess, the lower edge of the channel coinciding with the base of the sipe in the outer portion.
A block copolymer comprising: at least one A block comprising multiple monomeric units derived from a first monomer comprising a (meth)acryloyl group and a phosphorous-containing group; and at least one B block comprising multiple monomer units derived from a second monomer comprising a (meth)acryloyl group and a poly(dialkylsiloxane) group. at least one A block comprising multiple monomeric units derived from a first monomer comprising a (meth)acryloyl group and a phosphorous-containing group; and at least one B block comprising multiple monomer units derived from a second monomer comprising a (meth)acryloyl group and a poly(dialkylsiloxane) group.
A system for processing a biological target material in a liquid sample, the system comprising: - a multiwell plate having a plurality of wells with an open top and a closed bottom, wherein at least a part of the plurality of wells comprises a suspension of magnetic particles with a binding surface; - a magnetic separation device comprising a magnetic separation plate having a plurality of magnets in a predetermined geometrical arrangement, the magnetic separation device further comprising an actuator for moving the magnetic separation plate relative to the multiwell plate; - a heating device comprising an essentially non-magnetic heating adapter having an upper face, a lower face and a plurality of receptacles opening towards the upper face, the receptacles being shaped to receive the wells of the multiwell plate, and a heating element between the receptacles on the upper face of the heating adapter, the heating adapter further comprising recesses opening towards the lower face, in positions corresponding to the predetermined geometrical arrangement of the plurality of magnets of the magnetic separation plate, wherein the receptacles and the recesses are in sufficient proximity to allow the inserted magnets to impose a magnetic field gradient onto the corresponding inserted wells. - a multiwell plate having a plurality of wells with an open top and a closed bottom, wherein at least a part of the plurality of wells comprises a suspension of magnetic particles with a binding surface; - a magnetic separation device comprising a magnetic separation plate having a plurality of magnets in a predetermined geometrical arrangement, the magnetic separation device further comprising an actuator for moving the magnetic separation plate relative to the multiwell plate; - a heating device comprising an essentially non-magnetic heating adapter having an upper face, a lower face and a plurality of receptacles opening towards the upper face, the receptacles being shaped to receive the wells of the multiwell plate, and a heating element between the receptacles on the upper face of the heating adapter, the heating adapter further comprising recesses opening towards the lower face, in positions corresponding to the predetermined geometrical arrangement of the plurality of magnets of the magnetic separation plate, wherein the receptacles and the recesses are in sufficient proximity to allow the inserted magnets to impose a magnetic field gradient onto the corresponding inserted wells.
Submergible electric energy generation unit for exploiting the energy of marine currents, said unit comprising a rotor with several blades, wherein the rotor is connected to an electrical generator that is supported by an immersible star structure comprising at least three arms extending from said generator in different radial directions, wherein said arms are located in a plane perpendicular to the rotor's axis, wherein at the radial outer end of each arm there is located a torpedo-shaped float, wherein the axis of each float is parallel to the rotor axis, said submergible electric energy generation unit characterized in that the structure is linked to a mooring system with a link point on an auxiliary buoy of the mooring system and has a ballast system that enables to move the electric energy generation unit from an immersed vertical position in operation to a floating horizontal position at the sea surface for maintenance, wherein said arms and said floats are adapted to be filled or emptied with water ballasts in order to enable said movement from the vertical to the horizontal position.