mhurhangee/patent-ind-claim-en huggingface dataset:
A coupling assembly for an ostomy appliance comprising a locking arrangement , a first coupling and a second coupling , wherein the locking arrangement comprises: a locking ring , mounted to first and/or second coupling , forming an inner circumference and being adjustable between locked and unlocked configurations, wherein in the locked configuration the locking ring is for maintaining the first and second couplings in a coupled configuration and the inner circumference is less than in the unlocked configuration; and first and second grips mounted to the locking ring , characterised in that the first and second grips are positioned about the locking ring to be moveable towards one another to increase the inner circumference and adjust the locking ring from the locked configuration to the unlocked configuration. a locking ring , mounted to first and/or second coupling , forming an inner circumference and being adjustable between locked and unlocked configurations, wherein in the locked configuration the locking ring is for maintaining the first and second couplings in a coupled configuration and the inner circumference is less than in the unlocked configuration; and first and second grips mounted to the locking ring , characterised in that the first and second grips are positioned about the locking ring to be moveable towards one another to increase the inner circumference and adjust the locking ring from the locked configuration to the unlocked configuration.
A system for treating a deep abdominal wound , the system comprising: a wound dressing including: a visceral-protective layer configured to be positioned in an open abdomen; a compressive layer having a longitudinal axis , a first surface and a second surface , the compressive layer configured to be disposed proximate to the visceral-protective layer , wherein the compressive layer includes a pattern of voids , wherein the pattern of voids comprises a plurality of voids extending between the first surface and the second surface , wherein each of the plurality of voids is elongate, curved and includes a concave surface and a convex surface , wherein the convex surfaces follows a curved contour of the compressive layer and the concave surfaces face the longitudinal axis such that the pattern of voids is configured for anisotropic collapse of the compressive layer when under negative pressure; and a sealing layer configured to form a sealed space in the open abdomen; and a negative pressure source configured to provide negative pressure to the compressive layer. a wound dressing including: a visceral-protective layer configured to be positioned in an open abdomen; a compressive layer having a longitudinal axis , a first surface and a second surface , the compressive layer configured to be disposed proximate to the visceral-protective layer , wherein the compressive layer includes a pattern of voids , wherein the pattern of voids comprises a plurality of voids extending between the first surface and the second surface , wherein each of the plurality of voids is elongate, curved and includes a concave surface and a convex surface , wherein the convex surfaces follows a curved contour of the compressive layer and the concave surfaces face the longitudinal axis such that the pattern of voids is configured for anisotropic collapse of the compressive layer when under negative pressure; and a sealing layer configured to form a sealed space in the open abdomen; and a visceral-protective layer configured to be positioned in an open abdomen; a compressive layer having a longitudinal axis , a first surface and a second surface , the compressive layer configured to be disposed proximate to the visceral-protective layer , wherein the compressive layer includes a pattern of voids , wherein the pattern of voids comprises a plurality of voids extending between the first surface and the second surface , wherein each of the plurality of voids is elongate, curved and includes a concave surface and a convex surface , wherein the convex surfaces follows a curved contour of the compressive layer and the concave surfaces face the longitudinal axis such that the pattern of voids is configured for anisotropic collapse of the compressive layer when under negative pressure; and a sealing layer configured to form a sealed space in the open abdomen; and a negative pressure source configured to provide negative pressure to the compressive layer.
A method of manufacturing 3D parts, wherein particulate material is deposited layer by layer on a build platform in a closed build space and printing liquid is selectively applied and these steps are repeated until a three-dimensional part is obtained, wherein the temperature in the build space is controlled to a selected temperature in the range of 10°C to 50°C and a relative humidity in the range of 40% to 70% is set in the build space or the relative solvent content is set in a range of 50-80% in the atmosphere in the build space.
A method for forming a composite laminate , the method comprising: generating a layup plan for laying up a plurality of plies having a plurality of merge zones , each ply of the plurality of plies having a corresponding merge zone at which ends of a first plurality of tows for the each ply and ends of a second plurality of tows for the each ply meet, locations of the plurality of merge zones being offset relative to each other through a thickness of the composite laminate , wherein generating the layup plan comprises computing a first path for laying up the first plurality of tows for a selected ply and a second path for laying up the second plurality of tows for the selected ply , wherein the first path and the second path are at least one of non-parallel or nonlinear and wherein the first plurality of tows and the second plurality of tows form the selected ply having a baseline orientation , wherein the baseline orientation is the zero degree orientation relative to a centerline through a tool ; and laying up the plurality of plies according to the layup plan to form the composite laminate . generating a layup plan for laying up a plurality of plies having a plurality of merge zones , each ply of the plurality of plies having a corresponding merge zone at which ends of a first plurality of tows for the each ply and ends of a second plurality of tows for the each ply meet, locations of the plurality of merge zones being offset relative to each other through a thickness of the composite laminate , wherein generating the layup plan comprises computing a first path for laying up the first plurality of tows for a selected ply and a second path for laying up the second plurality of tows for the selected ply , wherein the first path and the second path are at least one of non-parallel or nonlinear and wherein the first plurality of tows and the second plurality of tows form the selected ply having a baseline orientation , wherein the baseline orientation is the zero degree orientation relative to a centerline through a tool ; and laying up the plurality of plies according to the layup plan to form the composite laminate .
A helmet comprising: two layers configured to slide with respect to each other; and wherein the surface of one or both layers comprises a sliding facilitator to improve slidability between the two layers, characterised in that the two layers configured to slide with respect to each other are each disposed within an outer shell of the helmet and both of the two layers are made of foam material, and wherein the sliding facilitator comprises (i) an organic polymer, a polysiloxane and a surfactant; (ii) an organic polymer and a copolymer based on a polysiloxane and an organic polymer; or (iii) a non-elastomeric cross-linked polymer obtained or obtainable by subjecting a polysiloxane and an organic polymer to a cross-linking reaction. two layers configured to slide with respect to each other; and wherein the surface of one or both layers comprises a sliding facilitator to improve slidability between the two layers, characterised in that the two layers configured to slide with respect to each other are each disposed within an outer shell of the helmet and both of the two layers are made of foam material, and wherein the sliding facilitator comprises (i) an organic polymer, a polysiloxane and a surfactant; (ii) an organic polymer and a copolymer based on a polysiloxane and an organic polymer; or (iii) a non-elastomeric cross-linked polymer obtained or obtainable by subjecting a polysiloxane and an organic polymer to a cross-linking reaction. (i) an organic polymer, a polysiloxane and a surfactant; (ii) an organic polymer and a copolymer based on a polysiloxane and an organic polymer; or (iii) a non-elastomeric cross-linked polymer obtained or obtainable by subjecting a polysiloxane and an organic polymer to a cross-linking reaction.
A driving assistance method for controlling an own vehicle by a controller in such a way that the own vehicle travels along a target travel trajectory, the method comprising: acquiring level-difference information of a level difference existing along a lane in which the own vehicle travels; and when, from the level-difference information, determining that the own vehicle is to climb over the level difference , generating the target travel trajectory in such a way that a level-difference climbing-over angle (θs), which is an angle formed by the level difference and the target travel trajectory, is larger than a threshold value (Th), wherein a larger value is set as the threshold value as the level difference is higher or inclination of the level difference is larger. acquiring level-difference information of a level difference existing along a lane in which the own vehicle travels; and when, from the level-difference information, determining that the own vehicle is to climb over the level difference , generating the target travel trajectory in such a way that a level-difference climbing-over angle (θs), which is an angle formed by the level difference and the target travel trajectory, is larger than a threshold value (Th), wherein a larger value is set as the threshold value as the level difference is higher or inclination of the level difference is larger.
An adapter bracket configured to be mounted within a carrier device , which comprises: a receiving space configured to receive a storage module , the storage module being a solid state drive, SSD, card; a first wall element located at a first side of the receiving space , and a second wall element located opposite of the first wall element ; characterized in that the adapter bracket further comprises: a plurality of receiving elements located between the first wall element and the second wall element , wherein the receiving elements are configured to receive a securing element to attach the storage module ; wherein the receiving elements are located in different positions to correspond to SSD cards with different sizes; wherein the first wall element comprises at least one hook element , the second wall element comprises at least one hook element , and the storage module is inserted in the adapter bracket in a normal direction and is secured by the at least one hook element of the first wall element and the at least one hook element of the second wall element . a receiving space configured to receive a storage module , the storage module being a solid state drive, SSD, card; a first wall element located at a first side of the receiving space , and a second wall element located opposite of the first wall element ; characterized in that the adapter bracket further comprises: a plurality of receiving elements located between the first wall element and the second wall element , wherein the receiving elements are configured to receive a securing element to attach the storage module ; wherein the receiving elements are located in different positions to correspond to SSD cards with different sizes; wherein the first wall element comprises at least one hook element , the second wall element comprises at least one hook element , and the storage module is inserted in the adapter bracket in a normal direction and is secured by the at least one hook element of the first wall element and the at least one hook element of the second wall element . a plurality of receiving elements located between the first wall element and the second wall element , wherein the receiving elements are configured to receive a securing element to attach the storage module ; wherein the receiving elements are located in different positions to correspond to SSD cards with different sizes; wherein the first wall element comprises at least one hook element , the second wall element comprises at least one hook element , and the storage module is inserted in the adapter bracket in a normal direction and is secured by the at least one hook element of the first wall element and the at least one hook element of the second wall element .
Foam material sealing strip (2, 2', 2") which is suitable for sealing for example of a window frame and is impregnated for delayed recovery, wherein the foam material sealing strip (2, 2', 2") comprises, on the basis of a cross-section, two opposing narrow sides in each case facing the inner side or the outer side of the window frame in the installed state, and wide sides suitable for abutting the side of the window or reveal , wherein, furthermore, in the completely recovered state at least one edge region of the cross-section formed as a height region starting from a base surface (F) provided on the wide side has a greater height than a low region adjoining it in the width direction, wherein the height region and the low region extend in alignment with a longitudinal direction of the foam material sealing strip (2, 2', 2") and a transition, seen in cross-section, form the high region to the low region is curved or straight, wherein the base surface (F) is a planar surface and extends over the entire width, and wherein the low region is one tenth or more of the dimension of a wide side and the base surface is formed by a foam material itself with a one-piece cross-section, characterized in that the height region is achieved by storey extension of a first impregnated foam material sealing strip through a second impregnated foam material sealing strip forming the low region , and the second impregnated foam material sealing strip has a rectangular design and the first foam material sealing strip has a rectangular design.
A method for monitoring a heap of material, the method comprising: defining (S202), in a video stream of a scene captured by a thermal camera, a region of interest covering the heap of material; determining (S204), from a video frame of the video stream, a reference spatial property of the heap of material by, from pixel data within the region of interest, measuring a spatial property of the heap of material, wherein the spatial property is a measure of a spatial frequency of thermal image data constituting the thermal video stream, and setting the measured spatial property as the reference spatial property; setting a spatial property threshold in relation to the reference spatial property; adjusting (S206) the region of interest such that regions in the video stream exhibiting a sample spatial property above the spatial property threshold are included by the region of interest and such that regions in the video stream exhibiting a sample spatial property below the spatial property threshold are excluded by adjusting the region of interest, wherein the adjusting is performed on pixel data of thermal image data of image frames being subsequent to the image frame used for setting the reference spatial property; monitoring (S208), over time and within the region of interest, a temperature measure in the video stream; upon the temperature measure exceeds a predetermined threshold generating (S210) an alarm event. defining (S202), in a video stream of a scene captured by a thermal camera, a region of interest covering the heap of material; determining (S204), from a video frame of the video stream, a reference spatial property of the heap of material by, from pixel data within the region of interest, measuring a spatial property of the heap of material, wherein the spatial property is a measure of a spatial frequency of thermal image data constituting the thermal video stream, and setting the measured spatial property as the reference spatial property; setting a spatial property threshold in relation to the reference spatial property; adjusting (S206) the region of interest such that regions in the video stream exhibiting a sample spatial property above the spatial property threshold are included by the region of interest and such that regions in the video stream exhibiting a sample spatial property below the spatial property threshold are excluded by adjusting the region of interest, wherein the adjusting is performed on pixel data of thermal image data of image frames being subsequent to the image frame used for setting the reference spatial property; monitoring (S208), over time and within the region of interest, a temperature measure in the video stream; upon the temperature measure exceeds a predetermined threshold generating (S210) an alarm event.
A cross-shaped support for a meat grinder, - comprising a hub with a central bore , an outer ring and a plurality of webs which extend between the hub and the outer ring , - with a groove on the outside of the outer ring for non-rotatable mounting in the meat grinder, characterised, - that in the area of the hub there are one or more noses that have a tool function, - namely, the one or more noses are arranged on an end face of the hub , which project away from the end face or - a bearing bushing is held in the central bore of the hub and has one or more noses on its front side, which protrude away from the front side. - comprising a hub with a central bore , an outer ring and a plurality of webs which extend between the hub and the outer ring , - with a groove on the outside of the outer ring for non-rotatable mounting in the meat grinder, characterised, - that in the area of the hub there are one or more noses that have a tool function, - namely, the one or more noses are arranged on an end face of the hub , which project away from the end face or - a bearing bushing is held in the central bore of the hub and has one or more noses on its front side, which protrude away from the front side.
A propulsion system for a vehicle, comprising: a first electric motor ; a second electric motor ; at least one propeller , and at least one ducted fan , CHARACTERIZED IN THAT : each of the at least one propeller is mounted on an outer perimeter of a respective duct of the at least one ducted fan and is configured to be driven by the first electric motor , and the at least one ducted fan is mounted within the duct and is configured to be driven by the second electric motor . a first electric motor ; a second electric motor ; at least one propeller , and at least one ducted fan , CHARACTERIZED IN THAT : each of the at least one propeller is mounted on an outer perimeter of a respective duct of the at least one ducted fan and is configured to be driven by the first electric motor , and the at least one ducted fan is mounted within the duct and is configured to be driven by the second electric motor . each of the at least one propeller is mounted on an outer perimeter of a respective duct of the at least one ducted fan and is configured to be driven by the first electric motor , and the at least one ducted fan is mounted within the duct and is configured to be driven by the second electric motor .
A shaped sheet metal part which is joined in a parts composite with at least one other component, wherein the shaped sheet metal part is formed from a steel sheet material with a metallic anti-corrosion coating , applied at least on one side, made of zinc or a zinc compound, and is produced with the following steps: - providing a blank made of a heat-treatable steel sheet material , on which the metallic anti-corrosion coating is applied at least on one side; - deforming this blank to form a shaped sheet metal part ; - performing a heat treatment on the shaped sheet metal part with a press-hardening operation for changing the material properties of the steel sheet material , wherein during the heat treatment an oxide layer forms on the metallic anti-corrosion coating in defined manner and at least in regions; characterised in that the oxide layer formed on the metallic anti-corrosion coating remains permanently on the shaped sheet metal part , and in that the shaped sheet metal part with this oxide layer is joined with a component by a material-formed bond. - providing a blank made of a heat-treatable steel sheet material , on which the metallic anti-corrosion coating is applied at least on one side; - deforming this blank to form a shaped sheet metal part ; - performing a heat treatment on the shaped sheet metal part with a press-hardening operation for changing the material properties of the steel sheet material , wherein during the heat treatment an oxide layer forms on the metallic anti-corrosion coating in defined manner and at least in regions;
Gas grill comprising an open chamber with a heat source positioned above the zone supporting the food to be grilled, and a water tray catching drops , wherein the heat source is constituted by at least one burner of combustible gas, provided with a micro-perforated plate irradiating heat, characterized in that said at least one burner is configured to originate, when operating at the maximum power, temperatures that, in the area under the heat source and between two parallel planes spaced apart 1 cm from each other, the higher one being coincident with the bottom face(s) of said plate(s) of the at least one burner , range between 825 °C and 725 °C and, on a plane lower than said planes, parallel to them and separated apart 20 cm from said face(s), range between 105 °C and 180 °C, when the grill works empty, i.e., without food.
A method for de-prioritization by radio resource control, RRC, connection reject at a user equipment comprising the steps of: storing a de-prioritization request; storing a list of public land mobile network identities associated with a public land mobile network identity of a public land mobile network requesting the de-prioritization with the de-prioritization request; selecting a public land mobile network; determining that the selection of the public land mobile network is performed on the request of a non-access stratum, NAS ; determining that the selected public land mobile network has an identity outside of the list of public land mobile network identities; wherein the public land mobile network identity is received in a system information message at the user equipment . removing or suspending the de-prioritization request at the user equipment. storing a de-prioritization request; storing a list of public land mobile network identities associated with a public land mobile network identity of a public land mobile network requesting the de-prioritization with the de-prioritization request; selecting a public land mobile network; determining that the selection of the public land mobile network is performed on the request of a non-access stratum, NAS ; determining that the selected public land mobile network has an identity outside of the list of public land mobile network identities; wherein the public land mobile network identity is received in a system information message at the user equipment . removing or suspending the de-prioritization request at the user equipment.