mhurhangee/patent-ind-claim-en huggingface dataset:
A universal anti-collision structure of safety helmet, comprising a shell body , a filling body enclosed in the shell body and an elastic carrier body enclosed in the shell body , wherein the shell body , the filling body and the elastic carrier body being assembled with each other, the elastic carrier body having multiple walls as a skeleton structure, the walls defining multiple well-shaped structure sections with a geometrical configuration, whereby the well-shaped structure section is defined with a first section , the filling body being bonded with the shell body and the elastic carrier body to together form an integrated assembly , the universal anti-collision structure of safety helmet being characterized in that it further comprises a protruding wing sections being formed on a peripheral section of each well-shaped structure section , whereby the well-shaped structure section is further defined with a second section and a subsidiary section connected between the first and second sections , the wall being defined with an upper wall and a lower wall corresponding to the first and second sections , wherein the wall and the wing sections positioned on two sides of the wall together form a structure with a "+++"-shaped cross section, the material of the filling body partially going to at least one of the first section and the subsidiary section of the elastic carrier body to connect with at least one of the first section , the subsidiary section , the wing sections and the wall , the lower wall of the second section forming an elastic section, whereby an air chamber structure is set up between the second section of the well-shaped structure section and a wearer's head (H).
A device for cutting a coconut , the device comprising: a support structure ; a coconut clasper mounted on the support structure and having a pair of opposed jaws adapted for clasping opposed ends of a coconut , each jaw being rotatable about an axis to permit rotation of a coconut clasped in the opposed jaws ; and a cutter mounted on the support structure and positioned for cutting a coconut clasped in the opposed jaws , characterized in that the device includes a coconut centring mechanism to cause simultaneous movement of the opposed jaws to align the mid-point of a coconut clasped in the pair of opposed jaws with the position of the cutter , such that, in use, the cutter acts at approximately the mid-point of the coconut . a support structure ; a coconut clasper mounted on the support structure and having a pair of opposed jaws adapted for clasping opposed ends of a coconut , each jaw being rotatable about an axis to permit rotation of a coconut clasped in the opposed jaws ; and a cutter mounted on the support structure and positioned for cutting a coconut clasped in the opposed jaws , characterized in that the device includes a coconut centring mechanism to cause simultaneous movement of the opposed jaws to align the mid-point of a coconut clasped in the pair of opposed jaws with the position of the cutter , such that, in use, the cutter acts at approximately the mid-point of the coconut .
Tilt mechanism for a chair , - with a base support having a cone seat , by means of which said base support can be positioned on a chair column of the chair , - with a seat support which is connected to the base support in a pivotable manner via a pivot axis which runs transversely with respect to the chair longitudinal direction , wherein the seat support can be pivoted both towards the rear and towards the front, and - with at least one spring element , which interacts, on the one hand, with the seat support and, on the other hand, with the base support , for returning the seat support from a pivoted position into a starting position, wherein the at least one spring element , as seen in the chair longitudinal direction , is arranged exclusively on one side of the pivot axis , wherein the at least one spring element is positioned in a spring receptacle which is moved along with the seat support and which has a plurality of parts which are movable relative to one another, wherein at least one part of the spring receptacle interacts with the base support , characterized in that both the movement of the spring receptacle parts relative to one another, and the movement of the spring receptacle relative to the base support , is delimited by stops . - with a base support having a cone seat , by means of which said base support can be positioned on a chair column of the chair , - with a seat support which is connected to the base support in a pivotable manner via a pivot axis which runs transversely with respect to the chair longitudinal direction , - with at least one spring element , which interacts, on the one hand, with the seat support and, on the other hand, with the base support , for returning the seat support from a pivoted position into a starting position,
A lamp system for a vehicle provided with a head-up display , comprising: a variable light distribution lamp structured to irradiate a beam to a road surface with a variable light intensity distribution so as to draw a pattern; and a controller structured to control the variable light distribution lamp in cooperation with the head-up display , wherein the pattern includes a warning for the driver relating to the information displayed on the head-up display , characterized in that the controller is structured to control the variable light distribution lamp to draw the pattern only when a driver has not taken an action according to information displayed on the head-up display . a variable light distribution lamp structured to irradiate a beam to a road surface with a variable light intensity distribution so as to draw a pattern; and a controller structured to control the variable light distribution lamp in cooperation with the head-up display , wherein the pattern includes a warning for the driver relating to the information displayed on the head-up display , characterized in that the controller is structured to control the variable light distribution lamp to draw the pattern only when a driver has not taken an action according to information displayed on the head-up display .
A non-transitory computer-readable storage medium including instructions that, when executed by a processor , cause the processor to perform the steps of: receiving a request from a user specifying one or more geospatial commands; generating an initial user specific geospatial command model generated based on at least one of collected user behavior and feedback data, wherein the collected user behavior and feedback data comprises data describing user navigational preferences, classifying the user into one of a plurality of affinity groups, the affinity groups defining groups of users who share common characteristics and interests, refining the initial user-specific geospatial command model based on the affinity group into which the user was classified in order to generate a refined user specific geospatial command model, generating a navigation query based on the one or more geospatial commands and the refined user-specific geospatial command model , generated based on at least one of collected user behavior and feedback data and based on the affinity group into which a user is classified; and executing the generated navigation query against a navigation database to determine route and destination information. receiving a request from a user specifying one or more geospatial commands; generating an initial user specific geospatial command model generated based on at least one of collected user behavior and feedback data, wherein the collected user behavior and feedback data comprises data describing user navigational preferences, classifying the user into one of a plurality of affinity groups, the affinity groups defining groups of users who share common characteristics and interests, refining the initial user-specific geospatial command model based on the affinity group into which the user was classified in order to generate a refined user specific geospatial command model, generating a navigation query based on the one or more geospatial commands and the refined user-specific geospatial command model , generated based on at least one of collected user behavior and feedback data and based on the affinity group into which a user is classified; and executing the generated navigation query against a navigation database to determine route and destination information.
A positioning device for positioning a limp flat workpiece , comprising a provisioning area for providing the limp flat workpiece to be positioned; a camera which is arranged and configured to generate a camera image (B) of the limp flat workpiece which is to be positioned and which is located in the provisioning area ; a first manipulator which carries a first gripper configured to grip at least a portion of the limp flat workpiece from the provisioning area ; a second gripper ; and a third gripper , wherein the second gripper and the third gripper are each configured to take over at least a portion of the limp flat workpiece from the first gripper , and wherein • the second gripper and the third gripper are drivingly coupled to a linear drive unit , so that the second gripper and the third gripper are each movable along the linear drive unit , or • the second gripper is carried by a second manipulator and the third gripper is carried by a third manipulator , characterized in that the first gripper comprises two gripper jaw pairs , wherein a free space is provided between the two gripper jaw pairs , and wherein the free space is dimensioned such that it can receive at least a portion of the second gripper and at least a portion of the third gripper when the second gripper and the third gripper are arranged at a minimum distance and/or in their initial positions. a provisioning area for providing the limp flat workpiece to be positioned; a camera which is arranged and configured to generate a camera image (B) of the limp flat workpiece which is to be positioned and which is located in the provisioning area ; a first manipulator which carries a first gripper configured to grip at least a portion of the limp flat workpiece from the provisioning area ; a second gripper ; and a third gripper , wherein the second gripper and the third gripper are each configured to take over at least a portion of the limp flat workpiece from the first gripper , and wherein • the second gripper and the third gripper are drivingly coupled to a linear drive unit , so that the second gripper and the third gripper are each movable along the linear drive unit , or • the second gripper is carried by a second manipulator and the third gripper is carried by a third manipulator , • the second gripper and the third gripper are drivingly coupled to a linear drive unit , so that the second gripper and the third gripper are each movable along the linear drive unit , or • the second gripper is carried by a second manipulator and the third gripper is carried by a third manipulator , characterized in that the first gripper comprises two gripper jaw pairs , wherein a free space is provided between the two gripper jaw pairs , and wherein the free space is dimensioned such that it can receive at least a portion of the second gripper and at least a portion of the third gripper when the second gripper and the third gripper are arranged at a minimum distance and/or in their initial positions.
Cooling appliance with a first usable space , a cooling element arranged on a wall of the first usable space for cooling the first usable space , a vacuum insulation panel arranged outside the cooling element and the first usable space , which covers at least 50%, in particular at least 60%, in particular at least 80% of the first usable space , a collecting container for collecting liquid condensing on the cooling element , and a drain line , which leads from the collecting container into an outer region of the cooling device, wherein the drain line has a first section , which is connected to the collection container , and a second section , which connects to the first section and, viewed from the rear of the cooling device, runs downwards laterally next to the vacuum insulation panel . a first usable space , a cooling element arranged on a wall of the first usable space for cooling the first usable space , a vacuum insulation panel arranged outside the cooling element and the first usable space , which covers at least 50%, in particular at least 60%, in particular at least 80% of the first usable space , a collecting container for collecting liquid condensing on the cooling element , and a drain line , which leads from the collecting container into an outer region of the cooling device, wherein the drain line has a first section , which is connected to the collection container , and a second section , which connects to the first section and, viewed from the rear of the cooling device, runs downwards laterally next to the vacuum insulation panel .
A fiber optic cable assembly, comprising: a fiber optic cable having an end portion , the end portion including at least a portion of one strength component and a portion of a cable jacket , wherein the at least one strength component is partially exposed at the end portion so that a portion of the strength component is revealed while a remaining portion of the strength component along a similar longitudinal location remains attached to the cable jacket where a portion of the strength component is revealed by having a portion of the cable jacket removed on opposing sides of the end portion adjacent the front surface and along the longitudinal axes of strength components , thereby forming one or more partially exposed portions of strength components ; the fiber optic cable assembly being characterised in that a portion of the strength components is removed on opposing sides of the end portion adjacent the front surface and along the longitudinal axes of the strength components, thereby forming one or more partially exposed portions of strength components, and in that the fiber optic cable assembly comprises a retention body having a retention body passage (91, 91' 191) extending therethrough, wherein the end portion of the fiber optic cable is disposed inside the retention body passage and secured to the retention body . a fiber optic cable having an end portion , the end portion including at least a portion of one strength component and a portion of a cable jacket , wherein the at least one strength component is partially exposed at the end portion so that a portion of the strength component is revealed while a remaining portion of the strength component along a similar longitudinal location remains attached to the cable jacket where a portion of the strength component is revealed by having a portion of the cable jacket removed on opposing sides of the end portion adjacent the front surface and along the longitudinal axes of strength components , thereby forming one or more partially exposed portions of strength components ; the fiber optic cable assembly being characterised in that a portion of the strength components is removed on opposing sides of the end portion adjacent the front surface and along the longitudinal axes of the strength components, thereby forming one or more partially exposed portions of strength components, and in that the fiber optic cable assembly comprises a retention body having a retention body passage (91, 91' 191) extending therethrough, wherein the end portion of the fiber optic cable is disposed inside the retention body passage and secured to the retention body .
A compressible adjunct for use with a staple cartridge , the compressible adjunct comprising: a biocompatible adjunct material configured to be releasably retained on a staple cartridge body and configured to be delivered to tissue by deployment of staples in the staple cartridge body, the adjunct material comprising a porous polymer body configured to exhibit a first stiffness in compression that is approximately constant during a first time period from contact with the tissue and to exhibit a second stiffness in compression during a second time period following the first time period, wherein the second stiffness is less than the first stiffness and is configured to decrease with time as a function of at least one of oxidation, enzyme-catalyzed hydrolysis, and change of pH resulting from interaction with at least one physiological element released from the tissue during healing progression of the tissue.
A method for operating a telecommunications network comprising: determining a percentage of storage capacity at a cache node of a content delivery network (CDN) ; determining a lifetime available writes for the cache node, wherein the lifetime available writes comprise a total amount of data that can be written to the cache node, over a lifetime of the cache node, before the cache node must be replaced; scaling a resource caching popularity threshold value based on both the determined percentage of storage capacity at the cache node and a cache pressure for the cache node, wherein scaling the resource caching popularity threshold value comprises determining a threshold popularity above which a particular resource will be cached at the cache node, and wherein the cache pressure for the cache node is a function of a ratio between total writes to the cache node and the lifetime available writes to the cache node; receiving , at the cache node, a request for the particular resource available from the CDN; comparing a resource popularity counter associated with the particular resource to the scaled resource caching popularity threshold value, wherein the resource popularity counter indicates a number of requests received for a particular resource; and caching the particular resource in the cache node storage system when the resource popularity counter exceeds the scaled resource caching threshold value. determining a percentage of storage capacity at a cache node of a content delivery network (CDN) ; determining a lifetime available writes for the cache node, wherein the lifetime available writes comprise a total amount of data that can be written to the cache node, over a lifetime of the cache node, before the cache node must be replaced; scaling a resource caching popularity threshold value based on both the determined percentage of storage capacity at the cache node and a cache pressure for the cache node, wherein scaling the resource caching popularity threshold value comprises determining a threshold popularity above which a particular resource will be cached at the cache node, and wherein the cache pressure for the cache node is a function of a ratio between total writes to the cache node and the lifetime available writes to the cache node; receiving , at the cache node, a request for the particular resource available from the CDN; comparing a resource popularity counter associated with the particular resource to the scaled resource caching popularity threshold value, wherein the resource popularity counter indicates a number of requests received for a particular resource; and caching the particular resource in the cache node storage system when the resource popularity counter exceeds the scaled resource caching threshold value.
A left atrial appendage occluder, comprising a sealing plate having a fixing member , a fixing frame located on one side of the sealing plate , and a connection member for connecting the sealing plate with the fixing frame , wherein the connection member is of a filament woven structure of disk shape; characterized in that a radial deformability of the sealing plate is greater than that of the fixing frame , as determined by applying two radial acting forces (F) of the same size and in opposite direction to two opposite sides of the fixing frame and the sealing plate , respectively in separate measurements, and/or an axial deformability of the sealing plate is greater than that of the fixing frame , as determined by applying an axial acting force (F1) along the central axis of the fixing frame towards the direction of the sealing plate and separately applying the same axial acting force (F1) to a fixing member of the sealing plate along the central axis in a direction away from the fixing frame , wherein a peripheral surface of the disk-shaped woven structure of the connection member defines an annular recess , and wherein, in the naturally unfolded state, at least a portion of the connection member extends out of the space encompassed by the fixing frame . located on one side of the sealing plate , and a connection member for connecting the sealing plate with the fixing frame , wherein the connection member is of a filament woven structure of disk shape; characterized in that a radial deformability of the sealing plate is greater than that of the fixing frame , as determined by applying two radial acting forces (F) of the same size and in opposite direction to two opposite sides of the fixing frame and the sealing plate , respectively in separate measurements, and/or an axial deformability of the sealing plate is greater than that of the fixing frame , as determined by applying an axial acting force (F1) along the central axis of the fixing frame towards the direction of the sealing plate and separately applying the same axial acting force (F1) to a fixing member of the sealing plate along the central axis in a direction away from the fixing frame , wherein a peripheral surface of the disk-shaped woven structure of the connection member defines an annular recess , and wherein, in the naturally unfolded state, at least a portion of the connection member extends out of the space encompassed by the fixing frame .
A method performed by a first network entity associated with a mobility management in a communication system, the method comprising: receiving (S1410), from a second network entity , a subscription notification request message, the subscription notification request message including identification information for a target device and information for an area; transmitting (S1430), to the second network entity , a subscription notification response message as a response to the subscription notification request message; identifying (S1440) that a condition for a notification is satisfied based on the subscription notification request message; and transmitting (S1450), to the second network entity , a message for the notification based on the identification, wherein the condition for the notification is that the target device moves into or out of the area. receiving (S1410), from a second network entity , a subscription notification request message, the subscription notification request message including identification information for a target device and information for an area; transmitting (S1430), to the second network entity , a subscription notification response message as a response to the subscription notification request message; identifying (S1440) that a condition for a notification is satisfied based on the subscription notification request message; and transmitting (S1450), to the second network entity , a message for the notification based on the identification, wherein the condition for the notification is that the target device moves into or out of the area.