mhurhangee/ep-ind-claims huggingface dataset:
A multilayer film comprising a film F, and a layer F' that is stacked on one side or each side of the film F, the film F being formed of a resin composition E that comprises a hydrogenated block copolymer D, and a UV absorber, the hydrogenated block copolymer D being obtained by hydrogenating 90% or more of unsaturated bonds of a block copolymer C that comprises at least two polymer blocks A and at least one polymer block B, the polymer block A comprising a repeating unit derived from an aromatic vinyl compound as a main component, the polymer block B comprising a repeating unit derived from a linear conjugated diene compound as a main component, and a ratio (wA:wB) of a total weight fraction wA of the polymer block A in the block copolymer C to a total weight fraction wB of the polymer block B in the block copolymer C being 40:60 to 90:10, and the layer F' being formed of a resin composition E' that comprises a modified hydrogenated block copolymer D", and a UV absorber, the modified hydrogenated block copolymer D" being obtained by introducing an alkoxysilyl group into a hydrogenated block copolymer D', the hydrogenated block copolymer D' being obtained by hydrogenating 90% or more of unsaturated bonds of a block copolymer C' that comprises at least two polymer blocks A' and at least one polymer block B', the polymer block A' comprising a repeating unit derived from an aromatic vinyl compound as a main component, the polymer block B' comprising a repeating unit derived from a linear conjugated diene compound as a main component, and a ratio (wA':wB') of a total weight fraction wA' of the polymer block A' in the block copolymer C' to a total weight fraction wB' of the polymer block B' in the block copolymer C' being 40:60 to 80:20, wherein the resin composition E comprises the UV absorber in a ratio of 1.0 to 10.0 parts by weight based on 100 parts by weight of the hydrogenated block copolymer D, and wherein the resin composition E' comprises the UV absorber in a ratio of 0 parts by weight or more and less than 1.0 part by weight based on 100 parts by weight of the modified hydrogenated block copolymer D".
A bearing housing for a turbocharger, the bearing housing comprising: a body configured to receive one or more bearings, the one or more bearings being configured to support rotation of a shaft about an axis; and a mounting flange, the mounting flange extending around the body and comprising: a plurality of bores configured to receive a fastener therethrough; a first face configured to engage a corresponding mounting flange of a turbine housing; and a plurality of cavities in communication with the plurality of bores, the plurality of cavities being formed in, and axially recessed relative to, the first face. a body configured to receive one or more bearings, the one or more bearings being configured to support rotation of a shaft about an axis; and a mounting flange, the mounting flange extending around the body and comprising: a plurality of bores configured to receive a fastener therethrough; a first face configured to engage a corresponding mounting flange of a turbine housing; and a plurality of cavities in communication with the plurality of bores, the plurality of cavities being formed in, and axially recessed relative to, the first face. a plurality of bores configured to receive a fastener therethrough; a first face configured to engage a corresponding mounting flange of a turbine housing; and a plurality of cavities in communication with the plurality of bores, the plurality of cavities being formed in, and axially recessed relative to, the first face.
A bone graft scaffold clip for use in performing minimally invasive posterolateral spinal fusion where a first pedicle screw is inserted into the pedicle of a first vertebra and a second pedicle screw is inserted into the pedicle of a second first vertebra, and a rod is inserted between the first and second pedicle screw and the tissue surrounding the rod and between the first and second pedicle screws is not exposed, the clip comprising a housing configured to clip onto the shaft of the rod such that, in use, the shaft supports the housing, and the housing further comprises: a first side wall, an opposing second side wall, and an outer wall spanning the first side wall and opposing second side wall and comprising an opening extending inward from the outer wall to receive the shaft such that in use the received shaft extends through the first side wall and the opposing second side wall, an inner surface wherein the radius of the inner surface is selected to approximately match a diameter of the shaft, a cavity defined by the first side wall, second side wall, inner surface and outer wall for receiving bone growth promoting materials via the opening; and a plurality of apertures in at least the outer wall, which in use allow bone growth promoting material to move out into the surrounding tissue through the plurality of apertures and/or to allow bone to grow through the plurality of apertures. a first side wall, an opposing second side wall, and an outer wall spanning the first side wall and opposing second side wall and comprising an opening extending inward from the outer wall to receive the shaft such that in use the received shaft extends through the first side wall and the opposing second side wall, an inner surface wherein the radius of the inner surface is selected to approximately match a diameter of the shaft, a cavity defined by the first side wall, second side wall, inner surface and outer wall for receiving bone growth promoting materials via the opening; and a plurality of apertures in at least the outer wall, which in use allow bone growth promoting material to move out into the surrounding tissue through the plurality of apertures and/or to allow bone to grow through the plurality of apertures.
A method for soil consolidation and/or impermeabilisation, comprising the steps of: i) making a perforation in the soil by means of a drilling rod; ii) dispensing under pressure in the perforation, by means of said drilling rod: - a fluid operating material for consolidation and/or impermeabilisation which operates by disintegrating and mixing with the soil to form a columnar volume; and - a fluid accelerating material for accelerating the consolidation and/or impermeabilisation; iii) performing an extraction of the rod from said perforation; the step of dispensing in the perforation by means of said drilling rod the fluid operating material and the fluid accelerating material occurring during the step of performing said extraction and generating a soil consolidation and/or impermeabilisation; said step of dispensing in the perforation the fluid operating material and the fluid accelerating material comprises a step of feeding a first and a second dispenser (21, 22) formed on said rod respectively with the fluid operating material and the fluid accelerating material; the step of feeding the first and the second dispenser (21, 22) occurring while keeping the fluid operating material and the fluid accelerating material separate; said fluid accelerating material comprises a mixture comprising a diluent and an active accelerant ingredient; the step of dispensing the fluid operating material and the fluid accelerating material in the perforation by means of said rod comprises the sub-step of dispensing within a unit of time a quantity of said active accelerant ingredient that at least in a first position of the rod is less than at least a second position of the drilling rod; characterised in that in said second position the drilling rod is more extracted from said perforation than in the first position. i) making a perforation in the soil by means of a drilling rod; ii) dispensing under pressure in the perforation, by means of said drilling rod: - a fluid operating material for consolidation and/or impermeabilisation which operates by disintegrating and mixing with the soil to form a columnar volume; and - a fluid accelerating material for accelerating the consolidation and/or impermeabilisation; - a fluid operating material for consolidation and/or impermeabilisation which operates by disintegrating and mixing with the soil to form a columnar volume; and - a fluid accelerating material for accelerating the consolidation and/or impermeabilisation; iii) performing an extraction of the rod from said perforation; the step of dispensing in the perforation by means of said drilling rod the fluid operating material and the fluid accelerating material occurring during the step of performing said extraction and generating a soil consolidation and/or impermeabilisation;
A communicative apparatus (104, 106) for use with a defibrillator device, the communicative apparatus (104, 106) comprising: an electrode (200, 400), the electrode (200, 400) configured to be used with the defibrillator device; a circuit (202, 402) disposed on a first surface of the electrode (200, 400), wherein the circuit (202, 402) is a thin film circuit or a printed circuit; a connector (212, 420) electrically coupled to the electrode (200, 400), the connector (212, 420) configured to electrically connect the electrode (200, 400) to the defibrillator device and communicatively coupled to the circuit (202, 402); a gel (208, 416) disposed on a second surface of the electrode (200, 400) substantially opposite the first surface; and a gel integrity sensor (210, 418) disposed in physical contact with the gel (208, 416), the gel integrity sensor (210, 418) coupled to the circuit (202, 402) and capable of communicating data concerning the integrity of the gel to the circuit (202, 402). an electrode (200, 400), the electrode (200, 400) configured to be used with the defibrillator device; a circuit (202, 402) disposed on a first surface of the electrode (200, 400), wherein the circuit (202, 402) is a thin film circuit or a printed circuit; a connector (212, 420) electrically coupled to the electrode (200, 400), the connector (212, 420) configured to electrically connect the electrode (200, 400) to the defibrillator device and communicatively coupled to the circuit (202, 402); a gel (208, 416) disposed on a second surface of the electrode (200, 400) substantially opposite the first surface; and a gel integrity sensor (210, 418) disposed in physical contact with the gel (208, 416), the gel integrity sensor (210, 418) coupled to the circuit (202, 402) and capable of communicating data concerning the integrity of the gel to the circuit (202, 402).
Fibroblasts for use in a method for ameliorating cachexia, or inflammation related thereto, in an individual, wherein the method comprises administering an effective amount of the fibroblasts to the individual, and wherein said fibroblasts express detectable levels of one or more markers selected from the group consisting of SSEA3, SSEA4, Tra-1-60, Tra-1-81, Tra-2-54, Oct-4, CD13, CD44, CD49b, CD105, aminopeptidase N, and a combination thereof.
A mobile measurement system for the three-dimensional optical measurement of vehicles and vehicle parts, comprising: - an auxiliary measurement device (200, 400), which can be attached with repeat accuracy to the vehicle or vehicle part or on which the vehicle or vehicle part can be arranged with repeat accuracy; and - a mobile measurement trolley, on which a robot which bears at least one measuring sensor for the three-dimensional optical measurement is arranged, and which further has a coupling means for mechanical coupling with the auxiliary measurement device (200, 400), as a result of which positioning of the measurement trolley relative to the auxiliary measurement device (200, 400) and thereby relative to the vehicle or vehicle part with repeat accuracy is made possible. - an auxiliary measurement device (200, 400), which can be attached with repeat accuracy to the vehicle or vehicle part or on which the vehicle or vehicle part can be arranged with repeat accuracy; and - a mobile measurement trolley, on which a robot which bears at least one measuring sensor for the three-dimensional optical measurement is arranged, and which further has a coupling means for mechanical coupling with the auxiliary measurement device (200, 400), as a result of which positioning of the measurement trolley relative to the auxiliary measurement device (200, 400) and thereby relative to the vehicle or vehicle part with repeat accuracy is made possible.
Method for sharing a reference key (AppKey) between an object able to be connected to a network of connected objects and at least one server, the method comprising the steps of: • applying, by the object, a predetermined first function (f) to at least one first piece of data (DevEUI, AppEUI, DevNonce) and to a key specific to a secure element of the object, so as to generate the reference key (AppKey), • transmitting to the server a join-request of the object to the network of connected objects, the join-request comprising the first piece of data (DevEUI, AppEUI, DevNonce), the key specific to the secure element however not being transmitted by the object to the server, • generating, by the server, of the key specific to the secure element based on the join-request, • applying, by the server, the predetermined first function (f) to the first piece of data (DevEUI, AppEUI, DevNonce) and to the key obtained by the server, so as to obtain the reference key (AppKey). • applying, by the object, a predetermined first function (f) to at least one first piece of data (DevEUI, AppEUI, DevNonce) and to a key specific to a secure element of the object, so as to generate the reference key (AppKey), • transmitting to the server a join-request of the object to the network of connected objects, the join-request comprising the first piece of data (DevEUI, AppEUI, DevNonce), the key specific to the secure element however not being transmitted by the object to the server, • generating, by the server, of the key specific to the secure element based on the join-request, • applying, by the server, the predetermined first function (f) to the first piece of data (DevEUI, AppEUI, DevNonce) and to the key obtained by the server, so as to obtain the reference key (AppKey).
A washing installation for cleaning parts, such as machine parts or the like, including a washing chamber and two or more tanks (9, 12, 14) for cleaning liquids, characterised in that the tanks (9, 12, 14) are hermetically sealed, that each tank (9, 12, 14) is connected via an associated suction conduit to the lowest point of the base region of the washing chamber and that a vacuum source is connectable to each tank (9, 12, 14) in order to suck the cleaning liquid into the associated tank (9, 12, 14).
A method of socket management comprising: receiving, at a gateway device, data from an application to be communicated via a packet-based protocol from at least two sockets (606, 608) to a smart card web server, the at least two sockets (606, 608) in data communication with the gateway device; transmitting data from one of the at least two sockets (606, 608) via a bearer independent protocol channel to the smart card web server; receiving, at the gateway device from the smart card web server, a data response based at least in part on the transmitted data; determining, at the gateway device, whether data communication is complete based at least in part on the received data response; said method being characterized by: if the determination indicates the data communication is complete, transmit data via another of the at least two sockets (606, 608) via the bearer independent protocol channel; and if the determination indicates the data communication is incomplete, continue transmitting data via the one of the at least two sockets (606, 608). receiving, at a gateway device, data from an application to be communicated via a packet-based protocol from at least two sockets (606, 608) to a smart card web server, the at least two sockets (606, 608) in data communication with the gateway device; transmitting data from one of the at least two sockets (606, 608) via a bearer independent protocol channel to the smart card web server; receiving, at the gateway device from the smart card web server, a data response based at least in part on the transmitted data; determining, at the gateway device, whether data communication is complete based at least in part on the received data response; said method being characterized by: if the determination indicates the data communication is complete, transmit data via another of the at least two sockets (606, 608) via the bearer independent protocol channel; and if the determination indicates the data communication is incomplete, continue transmitting data via the one of the at least two sockets (606, 608). if the determination indicates the data communication is complete, transmit data via another of the at least two sockets (606, 608) via the bearer independent protocol channel; and if the determination indicates the data communication is incomplete, continue transmitting data via the one of the at least two sockets (606, 608).
A method of manufacturing fluorescent material-dispersed glass, comprising: performing production of a fluorescent material-dispersed gel utilizing sol-gel reaction and acid-base reaction by preparing a fluorescent material-dispersed sol containing silicon alkoxide, metal chloride and/or metal alkoxide, and fluorescent material, and subsequently gelling the fluorescent material-dispersed sol; and performing production of a fluorescent material-dispersed glass by heating the fluorescent material-dispersed gel, wherein the production of the fluorescent material-dispersed gel includes: preparing a precursor sol using the silicon alkoxide, the metal chloride and/or metal alkoxide, and water; and preparing the fluorescent material-dispersed sol by dispersing the fluorescent material in the precursor sol, and the fluorescent material is dispersed in the precursor sol after sufficient reaction of silicon alkoxide and metal chloride and/or metal alkoxide such that a viscosity of the precursor sol has increased to be in the range of 100 to 10000 mPa·s. performing production of a fluorescent material-dispersed gel utilizing sol-gel reaction and acid-base reaction by preparing a fluorescent material-dispersed sol containing silicon alkoxide, metal chloride and/or metal alkoxide, and fluorescent material, and subsequently gelling the fluorescent material-dispersed sol; and performing production of a fluorescent material-dispersed glass by heating the fluorescent material-dispersed gel, wherein the production of the fluorescent material-dispersed gel includes: preparing a precursor sol using the silicon alkoxide, the metal chloride and/or metal alkoxide, and water; and preparing the fluorescent material-dispersed sol by dispersing the fluorescent material in the precursor sol, and the fluorescent material is dispersed in the precursor sol after sufficient reaction of silicon alkoxide and metal chloride and/or metal alkoxide such that a viscosity of the precursor sol has increased to be in the range of 100 to 10000 mPa·s.
A sleeve for use with a first wire, a second wire, and a ground wire, the first and second wires each being at least partially encased in an insulation to define a bare wire section and an insulated wire section, the sleeve comprising: a first elongated portion having a cross-section with a shape that conforms with a shape of the insulated wire section of the first wire so that said first elongated portion covers the bare wire section of said first wire, a second elongated portion having a cross-section with a shape that conforms with a shape of the insulated wire section of the second wire so that said second elongated portion covers the bare wire section of said second wire, the second elongated portion extending substantially parallel to said first elongated portion, and a cross-member connecting said first elongated portion with said second elongated portion, wherein said first elongated portion, second elongated portion and cross-member are a single piece member, wherein said sleeve is configured to be electrically connected to said ground wire, characterized in that the first elongated portion has the cross-section with the shape that conforms with the shape of the insulated wire section of the first wire so that said first elongated portion covers at least a portion of the insulated wire section of the first wire; the second elongated portion has the cross-section with the shape that conforms with a shape of the insulated wire section of the second wire so that said second elongated portion covers at least a portion of the insulated wires section of said second wire; and said sleeve is configured to maintain the geometry between said first and second wires and said ground wire. a first elongated portion having a cross-section with a shape that conforms with a shape of the insulated wire section of the first wire so that said first elongated portion covers the bare wire section of said first wire, a second elongated portion having a cross-section with a shape that conforms with a shape of the insulated wire section of the second wire so that said second elongated portion covers the bare wire section of said second wire, the second elongated portion extending substantially parallel to said first elongated portion, and a cross-member connecting said first elongated portion with said second elongated portion, wherein said first elongated portion, second elongated portion and cross-member are a single piece member, wherein said sleeve is configured to be electrically connected to said ground wire, characterized in that the first elongated portion has the cross-section with the shape that conforms with the shape of the insulated wire section of the first wire so that said first elongated portion covers at least a portion of the insulated wire section of the first wire; the second elongated portion has the cross-section with the shape that conforms with a shape of the insulated wire section of the second wire so that said second elongated portion covers at least a portion of the insulated wires section of said second wire; and said sleeve is configured to maintain the geometry between said first and second wires and said ground wire.