mhurhangee/patent-ind-claim-en huggingface dataset:
A generator comprising an active cooling loop (A) and a passive cooling loop (B) that are isolated from each other and both are in communication with external environment; wherein the active cooling loop (A) comprises cavities that are in communication with each other and located at two respective ends of the generator in an axial direction (X), an air gap between a rotor and a stator of the generator, and radial channels arranged at intervals and distributed along the axial direction (X) of the stator , a cooling device in communication with the external environment is disposed in the active cooling loop (A); the passive cooling loop (B) comprises an axial channel extending through the stator in the axial direction (X) and an outer surface of the generator ; the stator comprises a plurality of core assemblies arranged at intervals in the axial direction (X), the radial channels are formed between each adjacent two of the core assemblies ; and the axial channel comprises a stator axial channel that extends through the core assemblies in the axial direction (X), each core assembly comprises a yoke portion and a tooth portion integrally formed with the yoke portion , the tooth portion is provided with a plurality of tooth slots arranged at intervals in a circumferential direction (Z) of the core assembly , the yoke portion is provided with through holes corresponding to the tooth slots , sleeves communicating with the through holes are disposed between adjacent core assemblies , and the through holes and the sleeves form the stator axial channel . wherein the active cooling loop (A) comprises cavities that are in communication with each other and located at two respective ends of the generator in an axial direction (X), an air gap between a rotor and a stator of the generator, and radial channels arranged at intervals and distributed along the axial direction (X) of the stator , a cooling device in communication with the external environment is disposed in the active cooling loop (A); the passive cooling loop (B) comprises an axial channel extending through the stator in the axial direction (X) and an outer surface of the generator ; the stator comprises a plurality of core assemblies arranged at intervals in the axial direction (X), the radial channels are formed between each adjacent two of the core assemblies ; and the axial channel comprises a stator axial channel that extends through the core assemblies in the axial direction (X), each core assembly comprises a yoke portion and a tooth portion integrally formed with the yoke portion , the tooth portion is provided with a plurality of tooth slots arranged at intervals in a circumferential direction (Z) of the core assembly , the yoke portion is provided with through holes corresponding to the tooth slots , sleeves communicating with the through holes are disposed between adjacent core assemblies , and the through holes and the sleeves form the stator axial channel .
A method for the production of freeze-dried pellets comprising factor VIII, the method comprising the steps of: a) freezing droplets of a solution comprising factor VIII to form pellets; b) freeze-drying the pellets; characterized in that in step a) the droplets are formed by means of droplet formation of the solution comprising factor VIII into a cooling tower which has a temperature-controllable inner wall surface and an interior temperature below the freezing temperature of the solution and that in step b) the pellets are freeze-dried in a rotating receptacle which is housed inside a vacuum chamber . a) freezing droplets of a solution comprising factor VIII to form pellets; b) freeze-drying the pellets;
A composite sheet , comprising: a buffer sheet ; and a heat dissipation sheet on one surface of the buffer sheet , wherein one surface of the heat dissipation sheet facing the one surface of the buffer sheet has a smaller area than the one surface of the buffer sheet characterized in that the heat dissipation sheet comprises a heat-radiating adhesive layer , a graphite layer , a protection layer , and a blocking layer , the heat-radiating adhesive layer is disposed between the buffer sheet and the graphite layer , the graphite layer is disposed between the heat-radiating adhesive layer and the protection layer , and the blocking layer is disposed on the buffer sheet to cover the heat-radiating adhesive layer , the graphite layer , and the protection layer on a plane, the blocking layer is disposed at both sides of the heat-radiating adhesive layer , the graphite layer , and the protection layer and seals the heat-radiating adhesive layer , the graphite layer , and the protection layer . a buffer sheet ; and a heat dissipation sheet on one surface of the buffer sheet , wherein one surface of the heat dissipation sheet facing the one surface of the buffer sheet has a smaller area than the one surface of the buffer sheet the heat dissipation sheet comprises a heat-radiating adhesive layer , a graphite layer , a protection layer , and a blocking layer , the heat-radiating adhesive layer is disposed between the buffer sheet and the graphite layer , the graphite layer is disposed between the heat-radiating adhesive layer and the protection layer , and the blocking layer is disposed on the buffer sheet to cover the heat-radiating adhesive layer , the graphite layer , and the protection layer on a plane, the blocking layer is disposed at both sides of the heat-radiating adhesive layer , the graphite layer , and the protection layer and seals the heat-radiating adhesive layer , the graphite layer , and the protection layer .
Lighting apparatus for lighting the interior of a motor vehicle (K), having an elongate housing (G) by means of which a band-like support having a multiplicity of illuminants is held, the housing (G) being in the form of a reflector element, characterized in that the housing (G) is in G-like form in cross section, in such a way that a reflector chamber and a light exit chamber are formed, wherein beams of light (L) deliverable or delivered by the illuminants are diffusely reflectable or reflected multiple times in the reflector chamber before they reach a light exit opening in the light exit chamber and can exit the housing (G) at that point via the light exit opening .
A substantially circular closure seal for closing a container which has a secondary sealing means and therebeneath a primary seal having a circular surface (F) of a radius (R) for adhesively fixing on the upper edge of a container opening, wherein the primary seal and the secondary sealing means are releasably connected together by a separating layer , wherein the secondary sealing means is matched to the shape of the primary seal , wherein the primary seal has at least one tab extending in the radial direction, characterised in that the primary seal has a plurality of tabs which are arranged along the closure seal periphery at equal angular spacings and which project beyond the edge of the circular surface and which are in the shape of a ring portion extending around the centre point of the closure seal immediately outside the circular surface (F) and the radial projection of which beyond the circular surface (F) in the radial direction is between 1 mm and 5 mm, preferably between 2 and 4 mm.
A gas turbine engine comprising: a core casing ; and a fairing coupled to the core casing to cover the core casing, the fairing comprising a first layer comprising a metallic material and defining a first surface and a second opposite surface , the first layer being coupled to the core casing of the gas turbine engine ; and a second layer comprising a composite material and defining a first surface and a second opposite surface , the second layer being coupled to the first layer , the second surface of the second layer defining an external surface of the fairing. a core casing ; and a fairing coupled to the core casing to cover the core casing, the fairing comprising a first layer comprising a metallic material and defining a first surface and a second opposite surface , the first layer being coupled to the core casing of the gas turbine engine ; and a second layer comprising a composite material and defining a first surface and a second opposite surface , the second layer being coupled to the first layer , the second surface of the second layer defining an external surface of the fairing.
A transit comprising cables, a cable bundle or a bus bar , further comprising a sleeve having a through opening for receiving the cables or the bus bar , which sleeve is to be received in a through opening of a partition , wherein a hose is placed going through the opening of the sleeve and the ends of the hose are wrapped back and placed on the outside of the sleeve , characterized in that the hose is made of glass fibre tissue, and in that one or more intumescent strips are placed between the inside of the sleeve and the tissue hose and in that a fire sealing paint is placed around and between the cables or around the bus bar .
Robust device for levelling sand at prescribed dimensions in a sewerage channel and for placing ducts in a sewerage channel, wherein it comprises a self-supporting housing of the exoskeleton type supported by a rail track , a levelling blade connected to the housing by swivelling rods , which is operated by an electro-mechanical gear driving a control rod , the top part of the blade being connected to a laser receiver by a removable graduated rod , the said device being operated by means of an actuating and control panel mounted on a removable supporting rod , a winch attached to the top part of said self-supporting housing , and an active device for placing ducts attached to the rear of said housing , oscillating both in a vertical plane and in a horizontal plane.
A vacuum insulation material comprising: a core material in which a plurality of fiber sheets are stacked; and an outer covering material into which the core material is inserted and with which the core material is vacuum-sealed; wherein the plurality of fiber sheets include: a first fiber sheet having one surface that is one surface of the core material ; and a second fiber sheet having one surface that is another surface of the core material ; characterized in that : the core material comprises a plurality of convex protrusions each having a planar shape that is one of a diamond, circle or approximately circular shape such as a hexagon or octagon, and the plurality of convex protrusions are regularly arranged on the one surface of the first fiber sheet . a core material in which a plurality of fiber sheets are stacked; and an outer covering material into which the core material is inserted and with which the core material is vacuum-sealed; wherein the plurality of fiber sheets include: a first fiber sheet having one surface that is one surface of the core material ; and a second fiber sheet having one surface that is another surface of the core material ; characterized in that : the core material comprises a plurality of convex protrusions each having a planar shape that is one of a diamond, circle or approximately circular shape such as a hexagon or octagon, and the plurality of convex protrusions are regularly arranged on the one surface of the first fiber sheet . a first fiber sheet having one surface that is one surface of the core material ; and a second fiber sheet having one surface that is another surface of the core material ; characterized in that : the core material comprises a plurality of convex protrusions each having a planar shape that is one of a diamond, circle or approximately circular shape such as a hexagon or octagon, and the plurality of convex protrusions are regularly arranged on the one surface of the first fiber sheet . the core material comprises a plurality of convex protrusions each having a planar shape that is one of a diamond, circle or approximately circular shape such as a hexagon or octagon, and the plurality of convex protrusions are regularly arranged on the one surface of the first fiber sheet .
A sun exposure sensor for disposable or single use comprising a substrate having an upper surface and a lower surface; a sun exposure sensing portion disposed on the upper surface of the substrate, the sun exposure sensing portion comprising a fluorescent toner image , wherein the fluorescent toner image increasingly fades upon exposure to sunlight; a sun exposure scale disposed on the upper surface of the substrate, the sun exposure scale comprising an evaluation image for evaluating an amount of fading of the fluorescent toner image; wherein the sun exposure sensing portion is printed with a fluorescent yellow toner comprising: a core comprising a first solvent yellow 160-incorporated amorphous polyester; a second solvent yellow 160-incorporated amorphous polyester; wherein the first amorphous polyester and the second amorphous polyester are different; and a crystalline polyester; a shell disposed over the core, the shell comprising at least one amorphous polyester; wherein the toner provides printed images having an L* value of greater than 90, an a* value of from about less than -40 to about -20, and a b*value of greater than 75. a substrate having an upper surface and a lower surface; a sun exposure sensing portion disposed on the upper surface of the substrate, the sun exposure sensing portion comprising a fluorescent toner image , wherein the fluorescent toner image increasingly fades upon exposure to sunlight; a sun exposure scale disposed on the upper surface of the substrate, the sun exposure scale comprising an evaluation image for evaluating an amount of fading of the fluorescent toner image; wherein the sun exposure sensing portion is printed with a fluorescent yellow toner comprising: a core comprising a first solvent yellow 160-incorporated amorphous polyester; a second solvent yellow 160-incorporated amorphous polyester; wherein the first amorphous polyester and the second amorphous polyester are different; and a crystalline polyester; a shell disposed over the core, the shell comprising at least one amorphous polyester; wherein the toner provides printed images having an L* value of greater than 90, an a* value of from about less than -40 to about -20, and a b*value of greater than 75. a core comprising a first solvent yellow 160-incorporated amorphous polyester; a second solvent yellow 160-incorporated amorphous polyester; wherein the first amorphous polyester and the second amorphous polyester are different; and a crystalline polyester; a shell disposed over the core, the shell comprising at least one amorphous polyester; wherein the toner provides printed images having an L* value of greater than 90, an a* value of from about less than -40 to about -20, and a b*value of greater than 75.
A system for image-guided surgery, comprising: at least two display devices ; a position determinator for calculating the relative position between the display devices and the relative position between a display device and an operating table; and an image generator for generating images, which are to be displayed by the display devices , in accordance with the calculated relative position of the display devices and the calculated relative position between the respective display device and the operating table.
An apparatus for detecting hepatic fibrosis, characterized by comprising: An input device , used to receive age, serum biochemical variables and transient elastography imaging data, wherein the serum biochemical variables at least includes blood platelet, hyaluronic acid (HA), serum direct bilirubin (DBIL), prothrombin time (PT), serum glutamic pyruvic transaminase (ALT; GPT), serum glutamic oxaloacetic transaminase (AST; GOT), serum alkaline phosphatase (ALP; AKP), serum cholinesterase (ChE), prothrombin activity (PTA), transforming growth factor β1 (TGF- β1) and α2-macroglobulin (AMG)and wherein the transient elastography imaging data at least includes FibroScan stiffness value; A classifier , used for hepatic fibrosis staging or inflammation diagnosis according to the age, said serum biochemical variables and said transient elastography imaging data received by the input device , wherein the classifier is a linear support vector machine classifier or a nonlinear support vector machine classifier based on kernel method; An output device , used to output the said hepatic fibrosis staging or inflammation diagnosis results of the said classifier . An input device , used to receive age, serum biochemical variables and transient elastography imaging data, wherein the serum biochemical variables at least includes blood platelet, hyaluronic acid (HA), serum direct bilirubin (DBIL), prothrombin time (PT), serum glutamic pyruvic transaminase (ALT; GPT), serum glutamic oxaloacetic transaminase (AST; GOT), serum alkaline phosphatase (ALP; AKP), serum cholinesterase (ChE), prothrombin activity (PTA), transforming growth factor β1 (TGF- β1) and α2-macroglobulin (AMG)and wherein the transient elastography imaging data at least includes FibroScan stiffness value; A classifier , used for hepatic fibrosis staging or inflammation diagnosis according to the age, said serum biochemical variables and said transient elastography imaging data received by the input device , wherein the classifier is a linear support vector machine classifier or a nonlinear support vector machine classifier based on kernel method; An output device , used to output the said hepatic fibrosis staging or inflammation diagnosis results of the said classifier .
A refrigeration cycle apparatus comprising a first refrigerant circuit and a second refrigerant circuit each configured to circulate a refrigerant of a same composition, the first refrigerant circuit being provided with a first radiator configured to condense the refrigerant to transfer heat to an external fluid, the second refrigerant circuit being provided with a second radiator configured to transfer heat from the refrigerant in a supercritical state to the external fluid, the first radiator being arranged upstream of the second radiator in a direction of a flow of the external fluid, characterized in that the volume of a refrigerant flow channel of the second radiator being smaller than the volume of a refrigerant flow channel of the first radiator. the first refrigerant circuit being provided with a first radiator configured to condense the refrigerant to transfer heat to an external fluid, the second refrigerant circuit being provided with a second radiator configured to transfer heat from the refrigerant in a supercritical state to the external fluid, the first radiator being arranged upstream of the second radiator in a direction of a flow of the external fluid, characterized in that the volume of a refrigerant flow channel of the second radiator being smaller than the volume of a refrigerant flow channel of the first radiator.
A therapeutic composition comprising: a) a chloride salt; b) a source of bicarbonate; c) a source of hypochlorite; and, d) an antimicrobial agent selected from the group consisting of biguanides, bisbiguanides, and triguanides; wherein the amount of the chloride salt in the composition is sufficient to render the composition hypertonic; and, wherein the composition is alkaline. a) a chloride salt; b) a source of bicarbonate; c) a source of hypochlorite; and, d) an antimicrobial agent selected from the group consisting of biguanides, bisbiguanides, and triguanides;
A method for use by a user equipment, UE, the method comprising: the UE transmitting capability information via a wireless network, wherein the capability information indicates one or more short message service, SMS, capabilities of the UE, and wherein the one or more SMS capabilities of the UE indicate that the UE supports Session Initiation Protocol, SIP; the UE receiving a first SIP message from one or more IP Multimedia Subsystem, IMS, servers via the wireless network, wherein the first SIP message includes a Short Message Service, SMS, message; and the UE transmitting a second SIP message to the one or more IMS servers, via the wireless network, wherein the second SIP message is a SIP OK message, and the second SIP message is responsive to the first SIP message. the UE transmitting capability information via a wireless network, wherein the capability information indicates one or more short message service, SMS, capabilities of the UE, and wherein the one or more SMS capabilities of the UE indicate that the UE supports Session Initiation Protocol, SIP; the UE receiving a first SIP message from one or more IP Multimedia Subsystem, IMS, servers via the wireless network, wherein the first SIP message includes a Short Message Service, SMS, message; and the UE transmitting a second SIP message to the one or more IMS servers, via the wireless network, wherein the second SIP message is a SIP OK message, and the second SIP message is responsive to the first SIP message.
A probe card for a testing equipment of electronic devices comprising at least one testing head with a plurality of contact probes inserted into guide holes being realized in at least one upper guide and one lower guide , a bending zone of said contact probes being defined between said upper and lower guides , as well as at least one space transformer with a plurality of contact pads , each of said contact probes having at least one first terminal portion projecting from said lower guide with a first length (LA) and ending with a contact tip adapted to abut onto a respective contact pad of a device to be tested , as well as one second terminal portion projecting from said upper guide with a second length (LB) and ending with a contact head adapted to abut onto one of said contact pads of said space transformer , the probe card further comprising at least one spacer element interposed between said space transformer and said upper guide of said testing head , said spacer element being removable to adjust said first length (LA) of said first terminal portion of said contact probes by changing said second length (LB) of said second terminal portion of said contact probes so approaching said testing head , in particular said upper guide , to said space transformer , characterized by said spacer element comprising a plurality of layers overlapping, joined to one another and individually removable, wherein said layers of said spacer element have respective projecting portions from said testing head and in particular from said upper guide , said projecting portions of said layers having gradually increasing or decreasing lengths from one another.
Use of a peptide consisting of H-P-E-L-G-E-Y-P-E-P-P-P-E-L-E-C or H-C-R-S-A-K-A-N-Q-A-E-L-E-N-A-Y for inhibiting in vitro binding of sclerostin to LRP5.