mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for enabling the enforcement of design-time policies during runtime in a service-oriented architecture (SOA), wherein the SOA comprises a plurality of SOA assets, such as web services, and at least one runtime container , the runtime container being adapted for enforcing runtime policies on SOA assets executed therein, wherein the method comprises the following steps: a. obtaining at least one design-time policy from a SOA registry of the SOA, wherein the at least one design-time policy applies to a plurality of SOA assets grouped into a design-time domain; b. automatically deriving at least one runtime policy from the at least one design-time policy and at least one runtime domain from the design-time domain, the runtime domain indicating at least one runtime container ; c. performing a compatibility check to determine whether the at least one runtime policy can be enforced by the at least one runtime container ; and d. if the at least one runtime policy can be enforced by the at least one runtime container , automatically deploying the at least one runtime policy to the runtime container , e. wherein the at least one design-time policy defines at least one restriction to be met by an interaction between two SOA assets from different design-time domains, wherein the at least one restriction to be met includes the restriction that SOA assets from the design-time domain are not allowed to be called by SOA assets from any other design-time domain; wherein the at least one design-time policy is defined in the SOA registry independent of a specific runtime container ; and wherein the compatibility check is performed based on a mapping obtained from the SOA registry , wherein the mapping maps the design-time domain onto at least one runtime domain, the runtime domain comprising the runtime container . a. obtaining at least one design-time policy from a SOA registry of the SOA, wherein the at least one design-time policy applies to a plurality of SOA assets grouped into a design-time domain; b. automatically deriving at least one runtime policy from the at least one design-time policy and at least one runtime domain from the design-time domain, the runtime domain indicating at least one runtime container ; c. performing a compatibility check to determine whether the at least one runtime policy can be enforced by the at least one runtime container ; and d. if the at least one runtime policy can be enforced by the at least one runtime container , automatically deploying the at least one runtime policy to the runtime container , e. wherein the at least one design-time policy defines at least one restriction to be met by an interaction between two SOA assets from different design-time domains, wherein the at least one restriction to be met includes the restriction that SOA assets from the design-time domain are not allowed to be called by SOA assets from any other design-time domain;
A brake assembly comprising: a first brake pad assembly that includes friction material disposed on a front side of a first backplate ; a first pad spring that is mounted to the first backplate ; a second brake pad assembly that includes friction material disposed on a second backplate ; a second pad spring that is mounted to the second backplate ; a first sensor unit (30, 30") that straddles the first backplate and that extends from the first backplate to the first pad spring ; a second sensor unit that straddles the second backplate and that extends from the second backplate to the second pad spring ; and a connecting electrical conductor that electrically connects the first sensor unit to the second sensor unit ; wherein the first sensor unit includes a front body that engages the front side of the first backplate , a rear body that engages a rear side of the first backplate that is disposed opposite the front side , and a bridge that extends from the front body to the rear body , wherein the bridge engages the first backplate and the first pad spring , characterized in that a first sensor is encapsulated in the front body . a first brake pad assembly that includes friction material disposed on a front side of a first backplate ; a first pad spring that is mounted to the first backplate ; a second brake pad assembly that includes friction material disposed on a second backplate ; a second pad spring that is mounted to the second backplate ; a first sensor unit (30, 30") that straddles the first backplate and that extends from the first backplate to the first pad spring ; a second sensor unit that straddles the second backplate and that extends from the second backplate to the second pad spring ; and a connecting electrical conductor that electrically connects the first sensor unit to the second sensor unit ; wherein the first sensor unit includes a front body that engages the front side of the first backplate , a rear body that engages a rear side of the first backplate that is disposed opposite the front side , and a bridge that extends from the front body to the rear body , wherein the bridge engages the first backplate and the first pad spring , characterized in that a first sensor is encapsulated in the front body .
Household appliance for treating a good, with an interior designed to receive the good to be treated, formed in an appliance housing , having a guide system with an appliance door for closing the interior , having a storage space formed below the interior , into which the appliance door guided via the guide system can be retracted, such that the appliance door can be moved between a closed position (I), in which the appliance door closes the interior , and an open position (II), in which the appliance door releases the interior and is arranged at least predominantly stowed in the storage space , and having a locking device by means of which the appliance door is secured in position in the closed position (I), characterised in that the appliance door is arranged biased in the closed position (I) by means of a spring force of the guide system , such that after the locking device is unlocked the appliance door is moved with the assistance of the spring force out from the vertical closed position in the direction of the open position (II) and the appliance door is then retracted into the open position (II) due to its own gravity into the storage space .
A differential air pressure exercise system , comprising: a frame supporting an exercise device and a user control panel ; a latch-able, pressure resisting cockpit assembly coupled to the frame to support the operating pressure of the differential air pressure system; a DAP unweighting bag coupled to the cockpit assembly, the bag having a plurality of windows ; and a support frame adapted and configured to slide-ably support the cockpit assembly along a pair of cockpit supports moving the cockpit relative to the exercise device from an in use position at a first height where the DAP unweighting bag is in an unfolded configuration to an egress position at a second height where the DAP unweighting bag is in a folded configuration, wherein in the folded configuration none of the plurality of windows is folded. a frame supporting an exercise device and a user control panel ; a latch-able, pressure resisting cockpit assembly coupled to the frame to support the operating pressure of the differential air pressure system; a DAP unweighting bag coupled to the cockpit assembly, the bag having a plurality of windows ; and a support frame adapted and configured to slide-ably support the cockpit assembly along a pair of cockpit supports moving the cockpit relative to the exercise device from an in use position at a first height where the DAP unweighting bag is in an unfolded configuration to an egress position at a second height where the DAP unweighting bag is in a folded configuration, wherein in the folded configuration none of the plurality of windows is folded.
A process for creating a leaf spring , the process comprising: coupling an insert (106; 206) into a mold base, wherein the insert (106; 206) comprises: a substrate; a hole (108, 110; 208, 210) within the substrate, wherein the hole (108, 110; 208, 210) extends through the substrate; a post that protrudes from the substrate such that the insert (106; 206) may be coupled to the mold, wherein the post covers the hole (108, 110; 208, 210) on a first end , so the hole is not exposed; a thin overlay that covers the hole (108, 110; 208, 210) on a second end opposite of the first end ; adding fiberglass and resin to the mold; curing the resin to form a leaf spring ; adhering the insert (106; 206) to the leaf spring ; removing the leaf spring from the mold; and detaching the thin overlay and the post from the insert (106; 206), while leaving the insert (106; 206) in the leaf spring . coupling an insert (106; 206) into a mold base, wherein the insert (106; 206) comprises: a substrate; a hole (108, 110; 208, 210) within the substrate, wherein the hole (108, 110; 208, 210) extends through the substrate; a post that protrudes from the substrate such that the insert (106; 206) may be coupled to the mold, wherein the post covers the hole (108, 110; 208, 210) on a first end , so the hole is not exposed; a thin overlay that covers the hole (108, 110; 208, 210) on a second end opposite of the first end ; a hole (108, 110; 208, 210) within the substrate, wherein the hole (108, 110; 208, 210) extends through the substrate; a post that protrudes from the substrate such that the insert (106; 206) may be coupled to the mold, wherein the post covers the hole (108, 110; 208, 210) on a first end , so the hole is not exposed; a thin overlay that covers the hole (108, 110; 208, 210) on a second end opposite of the first end ; adding fiberglass and resin to the mold; curing the resin to form a leaf spring ; adhering the insert (106; 206) to the leaf spring ; removing the leaf spring from the mold; and detaching the thin overlay and the post from the insert (106; 206), while leaving the insert (106; 206) in the leaf spring .
A method of improving the stability of a pharmaceutical composition comprising a propellant component and a drug component comprising at least one pharmaceutically acceptable salt of glycopyrrolate, said method comprising using a propellant component comprising 1,1-difluoroethane (HFA-152a).
A drive device for driving and rotating a wheel , the drive device comprising: an axle shaft ; a hub to which rotation of the axle shaft is conveyed; a plurality of fasteners for securing the wheel to the hub ; a wet brake configured to restrain the rotation of the axle shaft ; a housing accommodating the axle shaft and the wet brake ; and an oil seal disposed between the housing and a part of the hub that is disposed inward of the fasteners in a radial direction of the hub , characterized in that the drive device further comprises a cover having an annular shape, the cover is disposed in a space (S) formed between the hub and the housing and secured to the housing , and the cover is configured to cover the plurality of fasteners . an axle shaft ; a hub to which rotation of the axle shaft is conveyed; a plurality of fasteners for securing the wheel to the hub ; a wet brake configured to restrain the rotation of the axle shaft ; a housing accommodating the axle shaft and the wet brake ; and an oil seal disposed between the housing and a part of the hub that is disposed inward of the fasteners in a radial direction of the hub , characterized in that the drive device further comprises a cover having an annular shape, the cover is disposed in a space (S) formed between the hub and the housing and secured to the housing , and the cover is configured to cover the plurality of fasteners .
A patch deployment device (PDD) and a clip , the PDD comprising:- a distal portion adapted to be inserted into a body, and a proximal portion adjacent to a user; said distal portion and said proximal portion interconnected along a main longitudinal axis; the clip for reversibly attaching a patch to the PDD , said clip characterised by a predetermined U-shaped body at the distal end of the main longitudinal axis, wherein said clip is substantially parallel to the main longitudinal axis.
A system for assessing the distribution of shear forces at fixation points on a textile-based implant, the system comprising: a tissue model including an upper surface extending along a plane and defining an opening therethrough, and a fixation support configured to secure a textile-based implant against the upper surface at a plurality of fixation points defined along the plane of the upper surface; a load simulation device configured to apply a load to a textile-based implant secured to the tissue model, the system further characterized by markers disposed on the fixation support at the plurality of fixation points; and an analysis system configured to calculate a shear force vector at each of the fixation points where the markers are disposed in response to the load applied by the load simulation device, wherein the fixation support includes a plurality of rods , each rod including a first end fixed to a lower surface of the tissue model that extends around the upper surface of the tissue model, and a second end terminating about or above the plane of the upper surface, wherein the markers are disposed on the second end of respective ones of the plurality of rods, and wherein the analysis system includes a digital image acquisition and processing component including two or more cameras for recording the position of the markers in a 3D coordinate system and digital image correlation software for calculating a displacement vector of the markers. a tissue model including an upper surface extending along a plane and defining an opening therethrough, and a fixation support configured to secure a textile-based implant against the upper surface at a plurality of fixation points defined along the plane of the upper surface; a load simulation device configured to apply a load to a textile-based implant secured to the tissue model, the system further characterized by markers disposed on the fixation support at the plurality of fixation points; and an analysis system configured to calculate a shear force vector at each of the fixation points where the markers are disposed in response to the load applied by the load simulation device, wherein the fixation support includes a plurality of rods , each rod including a first end fixed to a lower surface of the tissue model that extends around the upper surface of the tissue model, and a second end terminating about or above the plane of the upper surface, wherein the markers are disposed on the second end of respective ones of the plurality of rods, and wherein the analysis system includes a digital image acquisition and processing component including two or more cameras for recording the position of the markers in a 3D coordinate system and digital image correlation software for calculating a displacement vector of the markers.
Apparatus for processing a component carrier structure for a quality test, wherein the apparatus comprises: a material removal unit configured for removing material of the component carrier structure for exposing at least one test target in an interior of the component carrier structure to be subjected to the quality test; a progress measuring unit configured for measuring a progress of the removal of material of the component carrier structure ; an analysis unit configured for analyzing whether the measured progress meets requirements of a predefined material removal objective; and a control unit configured for controlling, based on a result of the analysis, whether or not the sequence of removing material, measuring a progress thereof, and analyzing whether the measured progress meets the requirements of the predefined material removal objective has to be repeated, characterised in that the apparatus further comprises: a determining unit configured for determining the at least one test target of the component carrier structure after said material removal; and an evaluation unit configured for evaluating a characteristic of the determined at least one test target of the component carrier structure for assessing the quality of the component carrier structure . a material removal unit configured for removing material of the component carrier structure for exposing at least one test target in an interior of the component carrier structure to be subjected to the quality test; a progress measuring unit configured for measuring a progress of the removal of material of the component carrier structure ; an analysis unit configured for analyzing whether the measured progress meets requirements of a predefined material removal objective; and a control unit configured for controlling, based on a result of the analysis, whether or not the sequence of removing material, measuring a progress thereof, and analyzing whether the measured progress meets the requirements of the predefined material removal objective has to be repeated, characterised in that the apparatus further comprises: a determining unit configured for determining the at least one test target of the component carrier structure after said material removal; and an evaluation unit configured for evaluating a characteristic of the determined at least one test target of the component carrier structure for assessing the quality of the component carrier structure . a determining unit configured for determining the at least one test target of the component carrier structure after said material removal; and an evaluation unit configured for evaluating a characteristic of the determined at least one test target of the component carrier structure for assessing the quality of the component carrier structure .
An oven for the preparation of food, the oven comprising a food preparation cavity formed by a base part and a roof part , where an access opening between the base part and the roof part provides access for food to the food preparation cavity, the base part comprises a lower side forming a bottom space adapted to collect heated gas and to deflect the heated gas to one or more first ducts between the bottom space and the food preparation cavity, a baking stone is provided in the oven with a carrier plane, characterized in that , the oven further comprises a door part and gas exhaust ducts , the door part is adapted to close the access opening between the base part and the roof part, a cross-section of the gas exhaust ducts is at a level below the carrier plane, wherein the one or more first ducts are coupled to a first bottom side area of the cavity positioned in the food preparation cavity opposite the access opening and the gas exhaust ducts are coupled to a second bottom side area of the cavity opposite the first bottom side area, one is on the left side of the oven and the other is on the right side of the oven, wherein the base part comprises a bottom plate section positioned between the food preparation cavity and the bottom space and a wall section surrounding the bottom plate section , the baking stone is horizontally placed on the base part and at distance from the upper surface of the bottom plate section , such that the baking stone is mainly heated by thermal radiation.
An absorbent product comprising a topsheet, a backsheet, and an absorbent core, the absorbent core comprising an absorbent structure comprising: an acquisition layer comprised of a nonwoven substrate comprising enrobeable elements, wherein the enrobeable elements comprise nonwoven fibers , the absorbent structure characterised by further comprising: a storage layer comprising a high internal phase emulsion foam ; and a smooth transition zone between the acquisition layer and the storage layer, exhibited by the area where the enrobeable elements are fully enrobed by the high internal phase emulsion foam. an acquisition layer comprised of a nonwoven substrate comprising enrobeable elements, wherein the enrobeable elements comprise nonwoven fibers , the absorbent structure characterised by further comprising: a storage layer comprising a high internal phase emulsion foam ; and a smooth transition zone between the acquisition layer and the storage layer, exhibited by the area where the enrobeable elements are fully enrobed by the high internal phase emulsion foam. a storage layer comprising a high internal phase emulsion foam ; and a smooth transition zone between the acquisition layer and the storage layer, exhibited by the area where the enrobeable elements are fully enrobed by the high internal phase emulsion foam.
A transplant material for use in the treatment of heart disease, wherein said treatment comprises covering a cardiac surface of a subject with the transplant material, and wherein said transplant material comprises a cell cluster which contains isolated cells adhered to each other with an adhesive agent before transplantation, wherein the isolated cells are adipose-derived regenerative cells containing mesenchymal progenitor cells and mesenchymal stem cells in a total amount of 5% or more, and the adhesive agent contains fibrinogen.
Epoxy resin composition comprising - a resin component comprising at least one epoxy resin, and - a hardener component comprising at least one amine of the formula (I), where n is 0 or 1 or 2 or 3, R is a hydrogen radical or is a hydrocarbon radical having 1 to 6 carbon atoms, and X is identical or different radicals selected from the group consisting of alkyl, alkoxy and dialkylamino having in each case 1 to 18 carbon atoms, where, if n is 0, the hardener component additionally comprises at least one amine A having at least three amine hydrogens and a molecular weight of at least 200 g/mol which does not correspond to formula (I). - a resin component comprising at least one epoxy resin, and - a hardener component comprising at least one amine of the formula (I), where n is 0 or 1 or 2 or 3, R is a hydrogen radical or is a hydrocarbon radical having 1 to 6 carbon atoms, and X is identical or different radicals selected from the group consisting of alkyl, alkoxy and dialkylamino having in each case 1 to 18 carbon atoms, where, if n is 0, the hardener component additionally comprises at least one amine A having at least three amine hydrogens and a molecular weight of at least 200 g/mol which does not correspond to formula (I). n is 0 or 1 or 2 or 3, R is a hydrogen radical or is a hydrocarbon radical having 1 to 6 carbon atoms, and X is identical or different radicals selected from the group consisting of alkyl, alkoxy and dialkylamino having in each case 1 to 18 carbon atoms,