mhurhangee/patent-ind-claim-en huggingface dataset:
A compartmentalized dynamic anatomic atlas which comprises: • static atlas data comprising positional information which can be matched to positional information contained in medical image information and which comprises spatial element data and element representation data, wherein the spatial element data describes a spatial property of a spatial atlas element representing an anatomical body part, wherein the spatial property is at least one of a geometry and a position of the spatial atlas element and wherein the spatial element data does not contain any information about a representational property of the spatial atlas element, and wherein the element representation data describes a representational property assignable to the spatial atlas element and does not contain any information about the spatial property of the spatial atlas element; and • dynamic atlas data comprising information on a dynamic property, which information is respectively linked to the spatial atlas element, wherein the dynamic property is at least one of a change of a geometry and a change of a position of the spatial atlas element, and wherein the information on the dynamic property can be used as a constraint to match the compartmentalized dynamic anatomic atlas with a patient image. • static atlas data comprising positional information which can be matched to positional information contained in medical image information and which comprises spatial element data and element representation data, wherein the spatial element data describes a spatial property of a spatial atlas element representing an anatomical body part, wherein the spatial property is at least one of a geometry and a position of the spatial atlas element and wherein the spatial element data does not contain any information about a representational property of the spatial atlas element, and wherein the element representation data describes a representational property assignable to the spatial atlas element and does not contain any information about the spatial property of the spatial atlas element; and wherein the spatial element data describes a spatial property of a spatial atlas element representing an anatomical body part, wherein the spatial property is at least one of a geometry and a position of the spatial atlas element and wherein the spatial element data does not contain any information about a representational property of the spatial atlas element, and wherein the element representation data describes a representational property assignable to the spatial atlas element and does not contain any information about the spatial property of the spatial atlas element; and • dynamic atlas data comprising information on a dynamic property, which information is respectively linked to the spatial atlas element, wherein the dynamic property is at least one of a change of a geometry and a change of a position of the spatial atlas element, and wherein the information on the dynamic property can be used as a constraint to match the compartmentalized dynamic anatomic atlas with a patient image.
A method to select payment service providers for transactions, the method comprising: configuring , by one or more computing devices, on a payment interface of a user computing device , a plurality of user payment service provider ("PSP") accounts associated with a plurality of PSPs ; monitoring , by one or more computing devices, one or more factors of each routing mechanism for each of the plurality of PSPs; receiving , by one or more computing devices and from the payment interface, a request to transfer funds to a particular third party account; selecting , by one or more computing devices, a particular PSP based on a routing mechanism for the particular PSP having a more desirable performance than a routing mechanism for each of the other PSPs associated with the user PSP accounts, wherein the routing mechanism for the particular PSP is selected based on the particular PSP having less downtime than the routing mechanisms for each remaining PSP of the plurality of PSPs; and conducting , by one or more computing devices, the transfer of funds using the selected PSP. configuring , by one or more computing devices, on a payment interface of a user computing device , a plurality of user payment service provider ("PSP") accounts associated with a plurality of PSPs ; monitoring , by one or more computing devices, one or more factors of each routing mechanism for each of the plurality of PSPs; receiving , by one or more computing devices and from the payment interface, a request to transfer funds to a particular third party account; selecting , by one or more computing devices, a particular PSP based on a routing mechanism for the particular PSP having a more desirable performance than a routing mechanism for each of the other PSPs associated with the user PSP accounts, wherein the routing mechanism for the particular PSP is selected based on the particular PSP having less downtime than the routing mechanisms for each remaining PSP of the plurality of PSPs; and conducting , by one or more computing devices, the transfer of funds using the selected PSP.
Machine for automatically slicing a loaf of bread or analogous comestibles, including: - an input table , which is connected to a receiving table , - a cutting device for cutting slices of the bread when it is moved between the input table and the receiving table , - a bearing surface for the bread extending in both tables and defining a direction of movement of the bread parallel to the bearing surface , - a gap provided in the bearing surface between said tables extending essentially transversely to the direction of movement in which the cutting device can move back and forth in the longitudinal direction of the gap to cut slices of bread , this machine being characterised by - at least one mobile closing element for closing the free part of the gap as the cutting device moves forwards or backwards in the gap , this machine being also characterised in that the surface of the closing element is curved in the direction of movement of the bread and on the side of said tables , in such a way that this surface extends through the gap , so that the bread can slide on this curved surface when moving from the input table to the receiving table and vice-versa, in the direction of movement of the bread . - an input table , which is connected to a receiving table , - a cutting device for cutting slices of the bread when it is moved between the input table and the receiving table , - a bearing surface for the bread extending in both tables and defining a direction of movement of the bread parallel to the bearing surface , - a gap provided in the bearing surface between said tables extending essentially transversely to the direction of movement in which the cutting device can move back and forth in the longitudinal direction of the gap to cut slices of bread , this machine being characterised by - at least one mobile closing element for closing the free part of the gap as the cutting device moves forwards or backwards in the gap , this machine being also
Pipe clip , in particular a sprinkler clip or tapping clip, for connecting a first pipe having an aperture to a second pipe, comprising a clamping bolt ; a nut ; a housing part connectable to the second pipe and having a connecting piece alignable on the aperture and with first and second flange-like sections surrounding said connecting piece ; and a clamping device enclosing the first pipe and connectable to the housing part , said clamping device being clampable using the nut arranged on a threaded section of the clamping bolt , the clamping device comprising a first and a second clamping arm each with a first and second end section (40, 42; 68, 78); a first through-hole being provided in each first end section to form a lever by means of which the respective clamping arm is swivelably fastened to the respective first or second flange-like section of the housing part ; a second through-hole being provided in the second end section of the first clamping arm and in which the clamping bolt is received; and the clamping arms being attached in the flange-like sections , wherein when the clamping arms are attached in the flange-like sections a securing element is inserted into the respective first through-hole of the respective first end section of the clamping arm , engages in a rim of said through-hole and, in the swiveled state of the clamping arm when the pipe clip is in use, contacts a stop extending from the first or second flange-like section respectively and prevents detachment of the clamping arm.
A method for stabilizing a heme protein, wherein a disulfonic acid or a salt thereof is brought into coexistence in a sample comprising a heme protein, the disulfonic acid or a salt thereof has at least one of an open chain hydrocarbon group and a cyclic hydrocarbon group, and the disulfonic acid or a salt thereof is at least one selected from the group consisting of: a disulfonic acid or a salt thereof in which the open chain hydrocarbon group is a branched or linear hydrocarbon group and the main chain of the branched open chain hydrocarbon group or the linear open chain hydrocarbon group has any one of 1 to 10 carbon atoms; and a disulfonic acid or a salt thereof in which the cyclic hydrocarbon group is a cycloalkylene group or an aryl group and the cyclic hydrocarbon group has any one of 3 to 10 carbon atoms; and wherein the heme protein is hemoglobin, myoglobin, peroxidase, or catalase. a disulfonic acid or a salt thereof in which the open chain hydrocarbon group is a branched or linear hydrocarbon group and the main chain of the branched open chain hydrocarbon group or the linear open chain hydrocarbon group has any one of 1 to 10 carbon atoms; and a disulfonic acid or a salt thereof in which the cyclic hydrocarbon group is a cycloalkylene group or an aryl group and the cyclic hydrocarbon group has any one of 3 to 10 carbon atoms; and wherein the heme protein is hemoglobin, myoglobin, peroxidase, or catalase.
Pyridine salts derivatives which are O-substituted derivatives of 3-oxymethylaminocarbonyl-1-methylpyridine with formula (I): where: R is the substituent selected from the group C(O)R 1 and -(CH 2 )R 2 , where: R 1 is the substituent selected from a group including: lower straight-chain or branched C1-C4 alkane, adamanthyl, phenyl or trimethoxyphenyl group, lower straight-chain or branched alkane C1-C5 substituted with a COOH or COOR 3 group, where: R 3 is: lower C1-C4 alkane. R 2 is the substituent selected from the group: H, lower C1-C3 alkane. X - is: F - , Cl-, Br - , I - or other pharmaceutically acceptable counterion. R is the substituent selected from the group C(O)R 1 and -(CH 2 )R 2 , where: R 1 is the substituent selected from a group including: lower straight-chain or branched C1-C4 alkane, adamanthyl, phenyl or trimethoxyphenyl group, lower straight-chain or branched alkane C1-C5 substituted with a COOH or COOR 3 group, where: R 3 is: lower C1-C4 alkane. R 2 is the substituent selected from the group: H, lower C1-C3 alkane. R 1 is the substituent selected from a group including: lower straight-chain or branched C1-C4 alkane, adamanthyl, phenyl or trimethoxyphenyl group, lower straight-chain or branched alkane C1-C5 substituted with a COOH or COOR 3 group, where: R 3 is: lower C1-C4 alkane. R 2 is the substituent selected from the group: H, lower C1-C3 alkane. X - is: F - , Cl-, Br - , I - or other pharmaceutically acceptable counterion.
A composition comprising: a biological material; a polyhydroxyl compound; and hygroscopic nanoparticles, wherein the composition is freeze-dried, wherein the nanoparticles are polymer-stabilized calcium phosphate nanoparticles or starch nanoparticles; and wherein the biological material is a lactic acid bacteria and/or a probiotic bacteria. a biological material; a polyhydroxyl compound; and hygroscopic nanoparticles, wherein the composition is freeze-dried, wherein the nanoparticles are polymer-stabilized calcium phosphate nanoparticles or starch nanoparticles; and wherein the biological material is a lactic acid bacteria and/or a probiotic bacteria.
A vending machine comprising: - a frame having a rear wall , side walls and a front wall which delimit a storage chamber for products to be dispensed, and - a plurality of trays arranged in the storage chamber one above the other and spaced apart in a first direction (X-X), wherein each tray extends from a front edge , spaced from the front wall, and a rear edge situated proximate to the rear wall , and comprises: - a base panel ; - a plurality of partitions arranged on the base panel side-by-side and spaced apart in a second direction (Y-Y) perpendicular to the first direction (X-X), to define a plurality of compartments on said tray , - support members situated at the rear edge of the tray , and - a plurality of spiral coils , wherein - each spiral coil extends along an axis (A-A, B-B) extending in a third direction (Z-Z), perpendicular to the first direction (X-X) and the second direction (Y-Y), - each spiral coil extends between a rear end , which is rotatably connected to the support members , and an opposite free front end , - at least one compartment comprises a first spiral coil and a second spiral coil , characterized in that: - the axis (A-A) of the first spiral coil and the axis (B-B) of the second spiral coil are spaced apart in the first direction (X-X), - the first spiral coil comprises engagement members at its front end , which are configured to engage the front end of the second spiral coil along a section of an angular rotation path of the first spiral coil and the second spiral coil . - a frame having a rear wall , side walls and a front wall which delimit a storage chamber for products to be dispensed, and - a plurality of trays arranged in the storage chamber one above the other and spaced apart in a first direction (X-X), - a base panel ; - a plurality of partitions arranged on the base panel side-by-side and spaced apart in a second direction (Y-Y) perpendicular to the first direction (X-X), to define a plurality of compartments on said tray , - support members situated at the rear edge of the tray , and - a plurality of spiral coils , wherein - each spiral coil extends along an axis (A-A, B-B) extending in a third direction (Z-Z), perpendicular to the first direction (X-X) and the second direction (Y-Y), - each spiral coil extends between a rear end , which is rotatably connected to the support members , and an opposite free front end , - at least one compartment comprises a first spiral coil and a second spiral coil , - the axis (A-A) of the first spiral coil and the axis (B-B) of the second spiral coil are spaced apart in the first direction (X-X), - the first spiral coil comprises engagement members at its front end , which are configured to engage the front end of the second spiral coil along a section of an angular rotation path of the first spiral coil and the second spiral coil .
A method for preparing a liquid rubber, the method comprising performing polymerization reaction of a conjugated diene-based monomer in the presence of an organic solvent and a catalyst composition (S10), wherein the catalyst composition comprises a catalyst comprising a compound represented by the following Formula 1: in Formula 1, R is an alkyl group of 1 to 12 carbon atoms, R 1 to R 4 are each independently hydrogen, a halogen group, or a substituted or unsubstituted alkyl group of 1 to 20 carbon atoms, and o, p, q and r are each independently an integer of 1 to 5. R is an alkyl group of 1 to 12 carbon atoms, R 1 to R 4 are each independently hydrogen, a halogen group, or a substituted or unsubstituted alkyl group of 1 to 20 carbon atoms, and o, p, q and r are each independently an integer of 1 to 5.
A radio frequency communication device comprising a radio frequency communication interface and a controller , wherein said controller is configured to: transmit a first message through said radio frequency communication interface to a receiving radio frequency communication device using a transmission format; the controller being characterized by being further configured to: receive an indication of a type of interference limiting the reception of the message from the receiving radio frequency communication device ; adapt a transmission time for transmission and length of the message to be retransmitted based on said type of interference (I); and transmit a second message to the receiving radio frequency communication device at said adapted transmission time, wherein said second message has said adapted message length. receive an indication of a type of interference limiting the reception of the message from the receiving radio frequency communication device ; adapt a transmission time for transmission and length of the message to be retransmitted based on said type of interference (I); and transmit a second message to the receiving radio frequency communication device at said adapted transmission time, wherein said second message has said adapted message length.
A washing machine comprising: a cabinet having an inlet port at a front side thereof; a drum disposed inside the cabinet ; a door configured to open and close the inlet port ; a hinge member configured to couple the door to the cabinet ; and an electric wire extending from an inside of the cabinet to the door, wherein the hinge member comprises: a cabinet coupling portion coupled to the cabinet , a hinge arm coupled to the cabinet coupling portion , a hinge shaft protruding from the hinge arm to support the door rotatably, a wire passage configured to accommodate the electric wire along the hinge shaft and the hinge arm , characterized in that the hinge member further comprises a wire cover covering the wire passage to prevent the electric wire accommodated in the wire passage from being exposed. a cabinet having an inlet port at a front side thereof; a drum disposed inside the cabinet ; a door configured to open and close the inlet port ; a hinge member configured to couple the door to the cabinet ; and an electric wire extending from an inside of the cabinet to the door, wherein the hinge member comprises: a cabinet coupling portion coupled to the cabinet , a hinge arm coupled to the cabinet coupling portion , a hinge shaft protruding from the hinge arm to support the door rotatably, a wire passage configured to accommodate the electric wire along the hinge shaft and the hinge arm , characterized in that the hinge member further comprises a wire cover covering the wire passage to prevent the electric wire accommodated in the wire passage from being exposed. a cabinet coupling portion coupled to the cabinet , a hinge arm coupled to the cabinet coupling portion , a hinge shaft protruding from the hinge arm to support the door rotatably, a wire passage configured to accommodate the electric wire along the hinge shaft and the hinge arm , characterized in that the hinge member further comprises a wire cover covering the wire passage to prevent the electric wire accommodated in the wire passage from being exposed.
An electrochemical device , comprising: an ionically conducting catholyte comprising one or more salts and a solution of one or more liquefied gas catholytes , and wherein the solution of the one or more liquefied gas catholytes has a vapor pressure above 101.35 kPa ( 1.0135 bar) at 20°C; a housing enclosing the ionically conducting catholyte and structured to provide a pressurized condition to the one or more salts and the solution of the one or more liquefied gas catholytes ; and an anode electrode and a cathode current collector in contact with the ionically conducting catholyte ; characterized in that the one or more liquefied gas catholytes includes one or more of thionyl fluoride, thionyl chloride fluoride, phosphoryl fluoride, phosphoryl chloride fluoride, sulfuryl fluoride, and sulfuryl chloride fluoride. an ionically conducting catholyte comprising one or more salts and a solution of one or more liquefied gas catholytes , and wherein the solution of the one or more liquefied gas catholytes has a vapor pressure above 101.35 kPa ( 1.0135 bar) at 20°C; a housing enclosing the ionically conducting catholyte and structured to provide a pressurized condition to the one or more salts and the solution of the one or more liquefied gas catholytes ; and an anode electrode and a cathode current collector in contact with the ionically conducting catholyte ; characterized in that the one or more liquefied gas catholytes includes one or more of thionyl fluoride, thionyl chloride fluoride, phosphoryl fluoride, phosphoryl chloride fluoride, sulfuryl fluoride, and sulfuryl chloride fluoride.
Free-standing solid absorber in the form of a column erected away from a building and which consists of at least one load-bearing concrete body in which the tubes of a heat exchanger are embedded, characterised in that the solid absorber consists of several shells concentric to one another, of which one of the shells is designed as a load-bearing concrete body and in that the first, outermost shell consists of a glass pane encompassing several sides of the solid absorber , capturing the sunlight, and defining an air gap encompassing several sides of the solid absorber as a second shell which air gap defines as a third shell a primary heat exchanger which is embedded in a first buffer store .