mhurhangee/patent-ind-claim-en huggingface dataset:
Method for adapting the content of a status bar on a screen , in particular of a man-machine interface of a means of transport , which status bar extends from a left-hand edge to a right-hand edge of the screen in an upper region separated by a horizontal line and is configured only to display different items of information, but not to call functions assigned to the information, wherein the method comprises the steps of: - controlling an input focus on the status bar , - receiving a user input and, in response thereto, - adapting the content of the status bar by displaying an additional item of information (7a; 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 42a, 42b), - the adaptation of the content of the status bar comprises displaying information for a second multiplicity of items of information dependent on the operating state (7a; 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 42a, 42b), wherein the second multiplicity, in comparison with the first multiplicity, - comprises a further icon and/or - comprises one icon less. - controlling an input focus on the status bar , - receiving a user input and, in response thereto, - adapting the content of the status bar by displaying an additional item of information (7a; 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 42a, 42b), - the adaptation of the content of the status bar comprises displaying information for a second multiplicity of items of information dependent on the operating state (7a; 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 42a, 42b), wherein the second multiplicity, in comparison with the first multiplicity, - comprises a further icon and/or - comprises one icon less.
A receptacle , in particular a storage box, having a base body and a removable cover element , the cover element adapted to cover an open top side of the base body , - the base body comprising a bottom wall, a front wall , a rear wall and two side walls arranged oppositely to each other, - the cover element comprising at least a first wall serving as a top wall of the receptacle when the cover element covers the base body and a second wall arranged orthogonally to the first wall , the second wall at least partially overlapping one of the front wall , the rear wall or the side walls when the cover element covers the base body , so that a first edge of the second wall arranged distantly from the first wall faces the outer surface of the respective wall of the base body , - wherein the rear wall of the base body comprises a gripping area that allows a user to hold the base body , with the gripping area comprising a bail having an undercut , characterized in that the gripping area does not protrude from the rear wall . - the base body comprising a bottom wall, a front wall , a rear wall and two side walls arranged oppositely to each other, - the cover element comprising at least a first wall serving as a top wall of the receptacle when the cover element covers the base body and a second wall arranged orthogonally to the first wall , the second wall at least partially overlapping one of the front wall , the rear wall or the side walls when the cover element covers the base body , so that a first edge of the second wall arranged distantly from the first wall faces the outer surface of the respective wall of the base body , - wherein the rear wall of the base body comprises a gripping area that allows a user to hold the base body , with the gripping area comprising a bail having an undercut ,
Carrier body for electrical or electronic components or circuits, the carrier body being electrically non-conductive or almost non-conductive, the carrier body being integrally provided with heat-dissipating or heat-supplying cooling elements , sintered metallization regions being applied on the surface of the carrier body and the carrier body being a printed circuit board, at least one mounting possibility being connected to the carrier body or cooling elements in order to connect the carrier body to a further carrier body or to a higher-level component, characterized in that at least one carrier body is embedded in a matrix material so as to be arbitrarily oriented, and/or different or identical carrier bodies are embedded in a matrix material so as to be oriented arbitrarily or in the same direction, and the matrix material is plastics material.
A method for cathodically protecting and/or passivating a metal section in an ionically conductive material , comprising: providing a non-sacrificial anode for communication of an electrical current to the metal section in the ionically conductive material where the non-sacrificial anode is of a material which is not sacrificial to the metal section; providing a storage component of electrical energy with two poles for communicating electrical current generated by release of the electrical energy; wherein the storage component is contained within an outer casing having an exterior surface; electrically connecting one pole to the metal section , electrically connecting the other pole to the non-sacrificial anode and placing the non-sacrificial anode in ionic contact with the ionically conductive material such that the electrical current can flow from the storage component through the electrical connection to the metal section thus reducing a total amount of electrical energy contained in the storage component; wherein the non-sacrificial anode is defined on the exterior surface of the outer casing so that the storage component is connected as a common single unit with the non-sacrificial anode; and placing the non-sacrificial anode in ionic communication with the ionically conductive material . providing a non-sacrificial anode for communication of an electrical current to the metal section in the ionically conductive material where the non-sacrificial anode is of a material which is not sacrificial to the metal section; providing a storage component of electrical energy with two poles for communicating electrical current generated by release of the electrical energy; wherein the storage component is contained within an outer casing having an exterior surface; electrically connecting one pole to the metal section , electrically connecting the other pole to the non-sacrificial anode and placing the non-sacrificial anode in ionic contact with the ionically conductive material such that the electrical current can flow from the storage component through the electrical connection to the metal section thus reducing a total amount of electrical energy contained in the storage component; wherein the non-sacrificial anode is defined on the exterior surface of the outer casing so that the storage component is connected as a common single unit with the non-sacrificial anode; and placing the non-sacrificial anode in ionic communication with the ionically conductive material .
A data center thermosiphon cooling system , comprising: a plurality of evaporator sections , each evaporator section configured to thermally couple to one or more heat-generating devices mountable in a rack of a data center; a condenser module that comprises a heat transfer surface and is mounted internal to the rack ; wherein the plurality of evaporator sections comprise a plurality of fluid channels that each comprise a liquid phase inlet to deliver a liquid phase of a working fluid from the condenser module to the respective evaporator section and a liquid phase outlet to deliver a mixed-phase of the working fluid from the respective evaporator section to the condenser module , the mixed-phase of the working fluid comprising heat transferred from the one or more heat-generating devices to the working fluid through the respective evaporator section , the system further comprising a plurality of server shells that at least partially enclose a plurality of server boards that support the one or more heat-generating devices , the server shells defining the plurality of fluid channels therebetween. a plurality of evaporator sections , each evaporator section configured to thermally couple to one or more heat-generating devices mountable in a rack of a data center; a condenser module that comprises a heat transfer surface and is mounted internal to the rack ; wherein the plurality of evaporator sections comprise a plurality of fluid channels that each comprise a liquid phase inlet to deliver a liquid phase of a working fluid from the condenser module to the respective evaporator section and a liquid phase outlet to deliver a mixed-phase of the working fluid from the respective evaporator section to the condenser module , the mixed-phase of the working fluid comprising heat transferred from the one or more heat-generating devices to the working fluid through the respective evaporator section , the system further comprising a plurality of server shells that at least partially enclose a plurality of server boards that support the one or more heat-generating devices , the server shells defining the plurality of fluid channels therebetween.
Lamellar sealing ring with an X-shaped cross-sectional geometry, wherein the lamellar sealing ring consists of an elastomer material and has an annular middle portion from which a first long limb and a first short limb project radially outwards in opposite axial directions and from which a second long limb and a second short limb project radially inwards, likewise pointing in opposite axial directions, wherein the axial length (L3) of the radially inner long limb is less than the axial length (L4) of the radially outer long limb , the radially outer long limb extends further radially outwards than the radially outer short limb , and the radially inner long limb extends further radially inwards than the radially inner short limb , characterized in that the axial length (L1) of the radially inner short limb is less than the axial length (L2) of the radially outer short limb .
An apparatus comprising: a store for storing a set of routes in an N-dimensional space, the set of routes comprising a plurality of routes and each route of the set of routes describing a camera trajectory of spatial camera poses through the N-dimensional space and each route of the set of routes being linked to a video item including frames comprising both image and depth information for spatial camera poses of the route; an input for receiving a viewer position indication being an indication of a position in the N-dimensional space; a selector for selecting a first route of the set of routes in response to a selection criterion dependent on a distance metric dependent on the viewer position indication and positions of the routes of the set of routes; a retriever for retrieving a first video item linked to the first route from a video source ; an image generator for generating at least one view image for the viewer position indication from a first set of frames from the first video item; characterized in that the selection criterion is biased towards a currently selected route relative to other routes of the set of routes, the currently selected route being a route of the set of routes; and wherein the store is further arranged to store intersect positions for routes linked to the video items; and the selection criterion is dependent on the intersect positions and the bias towards the currently selected route is dependent on a distance between the viewer position indication and intersect positions. a store for storing a set of routes in an N-dimensional space, the set of routes comprising a plurality of routes and each route of the set of routes describing a camera trajectory of spatial camera poses through the N-dimensional space and each route of the set of routes being linked to a video item including frames comprising both image and depth information for spatial camera poses of the route; an input for receiving a viewer position indication being an indication of a position in the N-dimensional space; a selector for selecting a first route of the set of routes in response to a selection criterion dependent on a distance metric dependent on the viewer position indication and positions of the routes of the set of routes; a retriever for retrieving a first video item linked to the first route from a video source ; an image generator for generating at least one view image for the viewer position indication from a first set of frames from the first video item;
A method for operating a storage plant in a building, wherein said storage plant comprises a chamber , a chamber cooling unit adapted and structured for cooling said chamber , a plurality of storage tanks arranged in said chamber , each storage tank having an interior space for receiving objects to be stored, at least one tank cooling unit adapted and structured to feed liquid nitrogen to said tanks , a nitrogen withdrawal apparatus (44 - 50) comprising a) a plurality of withdrawal ducts connected to top sections of said tanks , with at least one withdrawal duct connected to each of said tanks , b) a plurality of exhaust ducts extending away from said chamber , and c) a plurality of pumps operatable to move gaseous nitrogen from said tanks through said withdrawal ducts and said exhaust ducts for conveying it away from said chamber , wherein at least one pump is attributed to each exhaust duct , and d) at least one manifold connected to more than one of said withdrawal ducts and to more than one of said pumps . and wherein said method comprises the steps of pooling nitrogen at a bottom of said interior space and evaporating it, and conveying gaseous nitrogen from said storage tanks out of said building using said nitrogen withdrawal apparatus (44 - 50). a chamber , a chamber cooling unit adapted and structured for cooling said chamber , a plurality of storage tanks arranged in said chamber , each storage tank having an interior space for receiving objects to be stored, at least one tank cooling unit adapted and structured to feed liquid nitrogen to said tanks , a nitrogen withdrawal apparatus (44 - 50) comprising a) a plurality of withdrawal ducts connected to top sections of said tanks , with at least one withdrawal duct connected to each of said tanks , b) a plurality of exhaust ducts extending away from said chamber , and c) a plurality of pumps operatable to move gaseous nitrogen from said tanks through said withdrawal ducts and said exhaust ducts for conveying it away from said chamber , wherein at least one pump is attributed to each exhaust duct , and d) at least one manifold connected to more than one of said withdrawal ducts and to more than one of said pumps . a) a plurality of withdrawal ducts connected to top sections of said tanks , with at least one withdrawal duct connected to each of said tanks , b) a plurality of exhaust ducts extending away from said chamber , and c) a plurality of pumps operatable to move gaseous nitrogen from said tanks through said withdrawal ducts and said exhaust ducts for conveying it away from said chamber , wherein at least one pump is attributed to each exhaust duct , and d) at least one manifold connected to more than one of said withdrawal ducts and to more than one of said pumps . and wherein said method comprises the steps of pooling nitrogen at a bottom of said interior space and evaporating it, and conveying gaseous nitrogen from said storage tanks out of said building using said nitrogen withdrawal apparatus (44 - 50).
An eSIM Device Enablement Service Discovery Service, eDES DS, configured to carry out a computer implemented method for initiating a download of a profile from a subscription management server (SM-DP+; SM-SR) comprised in a MNO network operator infrastructure to a security enclave comprised in an enterprise mobile radio device, the method comprising the steps performed at the eSIM Device Enablement Service Discovery Service , eDES DS: a) receiving, from the mobile network operator MNO server infrastructure, a first user ID of a user associated with a first enterprise mobile radio device, b) receiving a second user ID from a second enterprise mobile radio device, c) verifying if the first user ID and the second user ID are the same user ID, so as to verify that the first enterprise mobile radio device is identical to the second enterprise mobile radio device, further referenced to as the identified enterprise mobile radio device, e) requesting download of a profile from a subscription management server (SM-DP+) to the security enclave of the identified enterprise mobile radio device, f) receiving, from the subscription management server (SM-DP+), profile activation data of said profile for which download was requested, which activation data, when sent to the subscription management server (SM-DP+), enable to trigger download of said profile for which download was requested from the subscription management server (SM-DP+) to a device, g) forwarding the received profile activation data to a device client of the identified enterprise mobile radio device, so as to initiate the identified enterprise mobile radio device to request download of a profile from the subscription management server (SM-DP+). a) receiving, from the mobile network operator MNO server infrastructure, a first user ID of a user associated with a first enterprise mobile radio device, b) receiving a second user ID from a second enterprise mobile radio device, c) verifying if the first user ID and the second user ID are the same user ID, so as to verify that the first enterprise mobile radio device is identical to the second enterprise mobile radio device, further referenced to as the identified enterprise mobile radio device, e) requesting download of a profile from a subscription management server (SM-DP+) to the security enclave of the identified enterprise mobile radio device, f) receiving, from the subscription management server (SM-DP+), profile activation data of said profile for which download was requested, which activation data, when sent to the subscription management server (SM-DP+), enable to trigger download of said profile for which download was requested from the subscription management server (SM-DP+) to a device, g) forwarding the received profile activation data to a device client of the identified enterprise mobile radio device, so as to initiate the identified enterprise mobile radio device to request download of a profile from the subscription management server (SM-DP+).
A variable stiffness distal extension for a blood pump system, the distal extension comprising: a flexible elongate body having a distal end and a proximal end, and an exterior wall extending between the distal and proximal ends, the body further configured with a first axial portion, a second axial portion, and a distal tip portion; wherein the second axial portion is distal of the first axial portion and is integrally formed with the first axial portion; the distal tip portion is distal of the second axial portion and is integrally formed with the second axial portion, and an outer diameter of the exterior wall decreases continuously from the proximal end to the distal end characterized in that an inner diameter of the distal extension continuously decreases between the proximal end of the first axial portion and the distal end of the first axial portion. a flexible elongate body having a distal end and a proximal end, and an exterior wall extending between the distal and proximal ends, the body further configured with a first axial portion, a second axial portion, and a distal tip portion; wherein the second axial portion is distal of the first axial portion and is integrally formed with the first axial portion; the distal tip portion is distal of the second axial portion and is integrally formed with the second axial portion, and an outer diameter of the exterior wall decreases continuously from the proximal end to the distal end characterized in that an inner diameter of the distal extension continuously decreases between the proximal end of the first axial portion and the distal end of the first axial portion.
A cigarette comprising: a cigarette rod including an aerosol-generating material; a filter rod located at one end of the cigarette rod and including a first segment and a second segment ; a front end plug located at another end of the cigarette rod ; and an outer wrapper wrapping the cigarette rod , the filter rod and the front end plug , the cigarette being characterized in that the outer wrapper has a basis weight of 57 g/m 2 to 63 g/m 2 and a thickness of 64 μm to 70 μm to increase strength of the cigarette , wherein the cigarette further comprises a second wrapper wrapping the cigarette rod , and wherein porosity of the second wrapper is higher than porosity of the outer wrapper . a cigarette rod including an aerosol-generating material; a filter rod located at one end of the cigarette rod and including a first segment and a second segment ; a front end plug located at another end of the cigarette rod ; and an outer wrapper wrapping the cigarette rod , the filter rod and the front end plug , the cigarette being characterized in that the outer wrapper has a basis weight of 57 g/m 2 to 63 g/m 2 and a thickness of 64 μm to 70 μm to increase strength of the cigarette , wherein the cigarette further comprises a second wrapper wrapping the cigarette rod , and wherein porosity of the second wrapper is higher than porosity of the outer wrapper .
A method for enabling network controlled access selection or traffic steering by assisting in the exchange of information related to a wireless device between at least two different types of wireless networks including a Wireless Local Area Network, WLAN, and a cellular radio communication network , wherein said method comprises: - a network node in the WLAN receiving (S21) an identifier of the wireless device valid in the cellular radio communication network , wherein the identifier is received before association of the wireless device in the WLAN, wherein the identifier of the wireless device valid in the cellular radio communication network is received in a WLAN message, being part of the pre-association signaling for the WLAN, from the wireless device ; - the network node extracting (S22) the identifier from the WLAN message; and - the network node assisting (S23) in the exchange of information between the WLAN and the cellular radio communication network based on the identifier, wherein the network node contacts a network node of the cellular radio communication network for exchange of information related to the wireless device between the WLAN and the cellular radio communication network based on the identifier to enable coordination of information related to the wireless device between the different types of networks, wherein information valid for the wireless device in the cellular radio communication network is requested from the cellular radio communication network, or information valid for the identified wireless device in the WLAN is transferred to the cellular radio communication network, wherein context information related to the wireless device and/or radio access related information is requested by the network node from the network node of the cellular radio communication network for enabling access selection, mobility decision, traffic steering and/or access point association and the context information of the wireless device in the cellular radio communication network is linked with context information in the WLAN to enable a network entity to take decisions whether or not the wireless device should access the WLAN network. - a network node in the WLAN receiving (S21) an identifier of the wireless device valid in the cellular radio communication network , wherein the identifier is received before association of the wireless device in the WLAN, wherein the identifier of the wireless device valid in the cellular radio communication network is received in a WLAN message, being part of the pre-association signaling for the WLAN, from the wireless device ; - the network node extracting (S22) the identifier from the WLAN message; and - the network node assisting (S23) in the exchange of information between the WLAN and the cellular radio communication network based on the identifier,