mhurhangee/ep-ind-claims huggingface dataset:
A method for customizing ligament repair, the method comprising: obtaining electronic image data of at least one surface associated with a ligament; and creating a first template (100, 300, 500, 600), the first template having at least one contact surface (170, 210, 370, 520, 640, 670) that conforms with at least a portion of the surface, the first template being adapted for being positioned such that the at least one contact surface contacts the at least a portion of the surface, the first template including at least one drill guide aperture (220, 360, 530, 540) adapted to guide a drill through a predetermined path configured based on the determined tunnel sites, characterised in that the method includes performing kinematic modeling and simulation, and optionally finite element modeling, involving the ligament and determining a tunnel site for a ligament graft based on the image data, the kinematic modeling and simulation, and optionally the finite element modeling. obtaining electronic image data of at least one surface associated with a ligament; and creating a first template (100, 300, 500, 600), the first template having at least one contact surface (170, 210, 370, 520, 640, 670) that conforms with at least a portion of the surface, the first template being adapted for being positioned such that the at least one contact surface contacts the at least a portion of the surface, the first template including at least one drill guide aperture (220, 360, 530, 540) adapted to guide a drill through a predetermined path configured based on the determined tunnel sites, characterised in that the method includes performing kinematic modeling and simulation, and optionally finite element modeling, involving the ligament and determining a tunnel site for a ligament graft based on the image data, the kinematic modeling and simulation, and optionally the finite element modeling.
A surge-protection arrangement for an electronic device comprising a heat-dissipating load thermally connected to a heat sink of the load, which surge protection arrangement comprises - at least one high impedance arrangement (Z HI, Z HI_N, Z HI_P) connected in series with the load; - at least one low impedance arrangement (Z LO, Z LO_N, Z LO_P) connected in parallel with the load; and - a ground connection arranged to electrically connect the heat sink and a low impedance arrangement (Z LO, Z LO_N, Z LO_P); wherein the high-impedance arrangement (Z HI, Z HI_N, Z HI_P) is realized to discourage a common-mode surge current (Is) from entering the load, and the low-impedance arrangement (Z LO, Z LO_N, Z LO_P) is realized to encourage a common-mode surge current (Is) to bypass the load into a ground connection. - at least one high impedance arrangement (Z HI, Z HI_N, Z HI_P) connected in series with the load; - at least one low impedance arrangement (Z LO, Z LO_N, Z LO_P) connected in parallel with the load; and - a ground connection arranged to electrically connect the heat sink and a low impedance arrangement (Z LO, Z LO_N, Z LO_P);
A spray gun, in particular powder spray gun, comprising a handle member and a gun barrel connected to the handle member, wherein a rear casing is attached to the rear side of a base body of the spray gun, a first region designed as a handle casing and a second region designed as a cover casing for the rear-side covering of a rear region of the gun barrel, wherein at least one connection element is provided on the second region of the rear casing for forming a detachable connection as needed to a component of at least partially complementary design thereto, wherein the entire rear casing together with the at least one connection element is formed as a monolithic plastic component, particularly a plastic injection-molded part, wherein the gun barrel of the spray gun comprises a front region extending to a nozzle assembly as well as a rear-side rear region, wherein the handle member is arranged between the front and rear region (3a, 3b), and specifically in a region in which the handle member is located beneath the center of mass of the gun barrel as a whole.
A connection comprising first and second lined tubular members (101,102) having a coincident bore (113,114) and a protective ring, the first lined tubular member having a pin end and the second lined tubular member having a box end, each lined tubular member (101,102) comprising a tubular body (3,5) having a plane internal surface of constant diameter, an annular liner (103,104) and a mortar filled annulus (107,108) therebetween, the box end having a sealing surface and the pin end having a corresponding sealing surface for providing a seal, and said mortar filled annulus (107,108) having an annular recess (111,112) therein at at least one of the pin end and box end receiving a part of the protective ring, wherein the protective ring comprises a central body having a cylindrical internal surface configured to be coincident with an inner surface of the annular liners (103,104). first and second lined tubular members (101,102) having a coincident bore (113,114) and a protective ring, the first lined tubular member having a pin end and the second lined tubular member having a box end, each lined tubular member (101,102) comprising a tubular body (3,5) having a plane internal surface of constant diameter, an annular liner (103,104) and a mortar filled annulus (107,108) therebetween, the box end having a sealing surface and the pin end having a corresponding sealing surface for providing a seal, and said mortar filled annulus (107,108) having an annular recess (111,112) therein at at least one of the pin end and box end receiving a part of the protective ring, wherein the protective ring comprises a central body having a cylindrical internal surface configured to be coincident with an inner surface of the annular liners (103,104).
A rotor blade applied to a compressor of a gas turbine engine, comprising: an aerofoil having a suction side (11 a) and a pressure side (11 b); a squealer tip formed in a unitary body with a tip of the aerofoil, the squealer tip including a first face continuous to the suction side (11 a) and a second face, characterized by the second face matching with a mechanically neutral surface of the aerofoil; and a coating covering the second face. an aerofoil having a suction side (11 a) and a pressure side (11 b); a squealer tip formed in a unitary body with a tip of the aerofoil, the squealer tip including a first face continuous to the suction side (11 a) and a second face, characterized by the second face matching with a mechanically neutral surface of the aerofoil; and a coating covering the second face.
A method of inkjet printing comprising: inkjet printing an inkjet ink onto a substrate, wherein the inkjet ink comprises a resin having a glass transition temperature of from 25 to 105°C, a radiation-curable material, and a photoinitiator, wherein: the radiation-curable material comprises a multifunctional radiation-curable oligomer and a multifunctional (meth)acrylate monomer, wherein the multifunctional radiation-curable oligomer is present in an amount of 1 to 12% by weight, based on the total weight of the ink, and the multifunctional (meth)acrylate monomer is present in an amount of 5 to 25% by weight, based on the total weight of the ink; and exposing the inkjet ink to UV LED light to cure the inkjet ink. the radiation-curable material comprises a multifunctional radiation-curable oligomer and a multifunctional (meth)acrylate monomer, wherein the multifunctional radiation-curable oligomer is present in an amount of 1 to 12% by weight, based on the total weight of the ink, and the multifunctional (meth)acrylate monomer is present in an amount of 5 to 25% by weight, based on the total weight of the ink; and exposing the inkjet ink to UV LED light to cure the inkjet ink.
A compound for use in a method of treating or preventing WHO group I pulmonary hypertension, wherein the compound is of the following formula: or a pharmaceutically acceptable salt thereof.
A process for the preparation of N,N'-bis(2-hydroxybenzyl)ethylenediamine-N,N'-diacetic acid and its derivatives of general formula I: wherein: both R have the same meaning and are selected from H, C 1 -C 4 alkyl, CH 2 OH, SO 3 M, and COOM; and all M have the same meaning and represent hydrogen atom, Na, K or NH 4; which comprises: - reductive amination of glyoxylic acid with a salan compound of general formula wherein R have the same meaning as defined for formula, by hydrogenation with hydrogen in the presence of a hydrogenation catalyst and an amine-proton acceptor compound capable of binding proton in a reaction media, in a C 1 -C 3 alkanol or their mixtures, a C 1 -C 3 alkanol/water mixture, or in an aqueous amine-proton acceptor medium, to obtain the compound of formula, wherein M are hydrogen atoms, and - if desired, converting it further into compound of formula, wherein M represent Na, K or NH 4 by the treatment with a corresponding base. - reductive amination of glyoxylic acid with a salan compound of general formula wherein R have the same meaning as defined for formula, by hydrogenation with hydrogen in the presence of a hydrogenation catalyst and an amine-proton acceptor compound capable of binding proton in a reaction media, in a C 1 -C 3 alkanol or their mixtures, a C 1 -C 3 alkanol/water mixture, or in an aqueous amine-proton acceptor medium, to obtain the compound of formula, wherein M are hydrogen atoms, and - if desired, converting it further into compound of formula, wherein M represent Na, K or NH 4 by the treatment with a corresponding base.
A marker generating system comprising: video image input means for inputting a video image; feature extracting means for extracting image features represented by luma or chroma values from the video image; feature storage means for calculating and storing an occurrence frequency distribution of the extracted image features; unique feature selecting means for selecting at least one unique feature having an occurrence frequency of zero from the calculated occurrence frequency distribution of the extracted image features; and marker generating means for printing a marker pattern using a paint corresponding to the luma or chroma values corresponding to the at least one unique feature. video image input means for inputting a video image; feature extracting means for extracting image features represented by luma or chroma values from the video image; feature storage means for calculating and storing an occurrence frequency distribution of the extracted image features; unique feature selecting means for selecting at least one unique feature having an occurrence frequency of zero from the calculated occurrence frequency distribution of the extracted image features; and marker generating means for printing a marker pattern using a paint corresponding to the luma or chroma values corresponding to the at least one unique feature.
Heat exchange bank (4',4",4′′′), suitable for realizing a heat exchange between a first and a second fluid at different temperatures, comprising an exchange apparatus provided with a tube bundle, internally crossed by said first fluid, containment means of said second fluid, suitable to accommodate said exchange apparatus so that at least a portion of said tube bundle is externally lapped by said second fluid, - wherein said exchange apparatus comprises support means structurally distinct from said containment means and to which an upper end of said tube bundle is operatively connected, - wherein the support means comprise at least one chain comprising a plurality of links concatenated in series with each other, said chain extending parallel to the tubes of the tube bundle, - wherein said at least one chain is provided with an anti-rotation device, configured to prevent or at least limit a rotation of the chain and the tube bundle around a rotation axis parallel to said tubes, wherein said heat exchange apparatus comprises a containment box positioned at the end of the tube bundle operatively connected to the support means, the heat exchange bank being characterized by a frame crossed, in use, by cooling water, the frame being interposed between the containment box and the tube bundle. - wherein said exchange apparatus comprises support means structurally distinct from said containment means and to which an upper end of said tube bundle is operatively connected, - wherein the support means comprise at least one chain comprising a plurality of links concatenated in series with each other, said chain extending parallel to the tubes of the tube bundle, - wherein said at least one chain is provided with an anti-rotation device, configured to prevent or at least limit a rotation of the chain and the tube bundle around a rotation axis parallel to said tubes, wherein said heat exchange apparatus comprises a containment box positioned at the end of the tube bundle operatively connected to the support means,
A three-dimensional shaped article production apparatus for producing a three-dimensional shaped article by stacking layers to form the stacked body, the three-dimensional shaped article production apparatus comprising: a three-dimensional shaped article shaping stage, wherein the shaping stage has a forming surface on which the stacked body is to be formed, and the shaping stage is formed into a porous structure using a high-melting point material having a higher melting point than a constituent material of the three-dimensional shaped article, and characterized in that: the shaping stage is configured to be attachable and detachable from the shaped article production apparatus, and suitable for placement in a thermostatic bath; and pores of the porous structure are formed, and the pores formed on the forming surface have an average pore diameter of 1 μm or more and 5 μm or less; and wherein the high-melting point material contains at least one of alumina, silicon carbide, and zirconia. the three-dimensional shaped article production apparatus comprising: a three-dimensional shaped article shaping stage, wherein the shaping stage has a forming surface on which the stacked body is to be formed, and the shaping stage is formed into a porous structure using a high-melting point material having a higher melting point than a constituent material of the three-dimensional shaped article, a three-dimensional shaped article shaping stage, wherein the shaping stage has a forming surface on which the stacked body is to be formed, and the shaping stage is formed into a porous structure using a high-melting point material having a higher melting point than a constituent material of the three-dimensional shaped article, and characterized in that: the shaping stage is configured to be attachable and detachable from the shaped article production apparatus, and suitable for placement in a thermostatic bath; and pores of the porous structure are formed, and the pores formed on the forming surface have an average pore diameter of 1 μm or more and 5 μm or less; and wherein the high-melting point material contains at least one of alumina, silicon carbide, and zirconia. the shaping stage is configured to be attachable and detachable from the shaped article production apparatus, and suitable for placement in a thermostatic bath; and pores of the porous structure are formed, and the pores formed on the forming surface have an average pore diameter of 1 μm or more and 5 μm or less; and wherein the high-melting point material contains at least one of alumina, silicon carbide, and zirconia.
A method for a multi-system core network notifying a key to a multi-system radio access network when a user equipment performs a multi-system handover between a Universal Mobile Telecommunications System, UMTS, or a Time Division-Synchronous Code Division Multiple Access, TD-SCDMA, system and a Global System for Mobile Communications, GSM, the method characterized by comprising: an MSC/VLR of the multi-system core network sending a key of a source system and key indication information to a Radio Network Controller, RNC, or a Base Station Controller, BSC, of the multi-system radio access network; the RNC or the BSC of the multi-system radio access network receiving the key of the source system and the key indication information; and if the key indication information indicates that the key of the source system is an original value directly generated by an HLR/AuC, the RNC or the BSC of the multi-system radio access network performing a key conversion on the key of the source system to obtain a key of a target system, wherein when the user equipment performs handover from the UMTS or the TD-SCDMA system to the GSM, the key of the source system sent by the MSC/VLR of the multi-system core network is a Ciphering Key, CK, and an Integrity Key, IK, and if the key indication information indicates that the CK and IK are the original value, the RNC of the multi-system radio access network converting the CK and IK into a Cipher Key, Kc, and sending the Kc to the BSC; or when the user equipment performs handover from the GSM to the UMTS or the TD-SCDMA system, the key of the source system sent by the MSC/VLR of the multi-system core network is the Kc, and if the key indication information indicates that the Kc is the original value, the BSC of the multi-system radio access network converting the Kc into the CK and IK and sending the CK and IK to the RNC. an MSC/VLR of the multi-system core network sending a key of a source system and key indication information to a Radio Network Controller, RNC, or a Base Station Controller, BSC, of the multi-system radio access network; the RNC or the BSC of the multi-system radio access network receiving the key of the source system and the key indication information; and if the key indication information indicates that the key of the source system is an original value directly generated by an HLR/AuC, the RNC or the BSC of the multi-system radio access network performing a key conversion on the key of the source system to obtain a key of a target system,
A medical device for cutting and aspirating lens tissue from inside a capsular bag of an eye, the device comprising: a housing sized to be held in a hand; at least one vacuum source within the housing; a motor within the housing that is operatively coupled to said at least one vacuum source; an actuator on the housing for activating the motor to power said at least one vacuum source; a controller configured to vary a speed of rotation of the motor depending on actuation of the actuator; and a shaft adapted to access a lens inside the capsular bag of the eye, said shaft having a lumen fluidly coupled to said at least one vacuum source; wherein actuation of said actuator on said housing to a first actuated position causes said at least one vacuum source to generate vacuum providing a vacuum-only function, wherein a magnitude of vacuum generated depends on a degree of actuation of the actuator beyond the first actuated position, and wherein actuation of said actuator on said housing to a second actuated position causes said shaft to oscillate providing a vacuum-plus-cutting function, wherein an oscillation frequency of the shaft achieved depends on a degree of actuation of the actuator beyond the second actuated position. a housing sized to be held in a hand; at least one vacuum source within the housing; a motor within the housing that is operatively coupled to said at least one vacuum source; an actuator on the housing for activating the motor to power said at least one vacuum source; a controller configured to vary a speed of rotation of the motor depending on actuation of the actuator; and a shaft adapted to access a lens inside the capsular bag of the eye, said shaft having a lumen fluidly coupled to said at least one vacuum source; wherein actuation of said actuator on said housing to a first actuated position causes said at least one vacuum source to generate vacuum providing a vacuum-only function, wherein a magnitude of vacuum generated depends on a degree of actuation of the actuator beyond the first actuated position, and wherein actuation of said actuator on said housing to a second actuated position causes said shaft to oscillate providing a vacuum-plus-cutting function, wherein an oscillation frequency of the shaft achieved depends on a degree of actuation of the actuator beyond the second actuated position.
A terminal apparatus comprising: a transmission unit configured to transmit a first message for requesting resume from an inactive state to a connected state; a receiving unit configured to receive an RRC connection release message that indicates a transition to an idle state; and a controlling unit configured to store priority information in a case that the RRC connection release message includes idleModeMobilityControlinfo, the idleModeMobilityControllnfo includes the priority information for cell selection, characterised in that the controlling unit is further configured to determine, based on a transition from an inactive state to an idle state is not triggered by reception of the RRC connection release message, in a case the priority information is stored, discard the priority information. a transmission unit configured to transmit a first message for requesting resume from an inactive state to a connected state; a receiving unit configured to receive an RRC connection release message that indicates a transition to an idle state; and a controlling unit configured to store priority information in a case that the RRC connection release message includes idleModeMobilityControlinfo, the idleModeMobilityControllnfo includes the priority information for cell selection, characterised in that the controlling unit is further configured to determine, based on a transition from an inactive state to an idle state is not triggered by reception of the RRC connection release message, in a case the priority information is stored, discard the priority information.
Refrigeration appliance having an evaporator for evaporating a refrigerant, which comprises an inlet pipe for admitting the refrigerant, in which inlet pipe a pipe region is formed with a first flow cross section and a constriction region is formed with a second flow cross section, which is smaller than the first flow cross section, wherein the constriction region is formed by a number of concave inward curvatures of a pipe wall of the inlet pipe cross-sectionally through the inlet pipe and characterised in that a pipe region is arranged between two constriction regions, said pipe region having a constant, first flow cross section over a predetermined length.
Switching arrangement comprising a first switching contact set (3, 4) having a rated current contact piece (7, 8) and an arcing contact piece (9, 10) that are arranged in such a manner that they can move relative to one another, wherein the arcing contact piece (9, 10) is supported on a contact carrier (5, 6) of the rated current contact piece (7, 8) by way of a supporting element and said first switching contact set has a transmission mechanism for the purpose of generating a relative movement between the arcing contact piece (9, 10) and the rated current contact piece (7, 8), wherein a transmission mechanism chassis of the transmission mechanism is supported on the contact carrier (5, 6) in a direct manner and the supporting element is spanned by at least one bearing flank (25a, 25b) of the transmission mechanism chassis in a spaced manner and said bearing flank is supported on the contact carrier (5, 6), characterized in that at least one bearing flank (25a, 25b) comprises a transverse crosspiece for the purpose of spanning an issuing opening of a cavity of the contact carrier (5, 6) and the arcing contact piece (9, 10) protrudes into said cavity, wherein the bearing flank (25a, 25b) extends over the issuing opening of the cavity.