mhurhangee/patent-ind-claim-en huggingface dataset:
A method of providing remote access from a client computing device to an application program being executed on a server computing device, the method comprising: providing remote access to the server computing device accessible by the client computing device, the remote access enabling the client computing device to remotely access a state of the application program; generating, by the client computing device, a client difference program capturing changes in the state of the application program made by the client computing device since the state of the application program was last received by the client computing device from the server computing device; transmitting the client difference program from the client computing device to the server computing device; executing, at the server computing device, the client difference program to determine an updated state of the application program; generating, by the server computing device, a server difference program containing data representing a difference in the state of the application program between the updated state of the application program and the state of the application program last sent to the client computing device; transmitting the server difference program from the server computing device to the client computing device; and executing, at the client computing device, the server difference program to update the state of the application program last received from the server computing device. providing remote access to the server computing device accessible by the client computing device, the remote access enabling the client computing device to remotely access a state of the application program; generating, by the client computing device, a client difference program capturing changes in the state of the application program made by the client computing device since the state of the application program was last received by the client computing device from the server computing device; transmitting the client difference program from the client computing device to the server computing device; executing, at the server computing device, the client difference program to determine an updated state of the application program; generating, by the server computing device, a server difference program containing data representing a difference in the state of the application program between the updated state of the application program and the state of the application program last sent to the client computing device; transmitting the server difference program from the server computing device to the client computing device; and executing, at the client computing device, the server difference program to update the state of the application program last received from the server computing device.
A coupling arrangement for coupling members , in particular as a gear change coupling in a gear mechanism unit , with - a first member which has a coupling toothing system , - a second member , on which at least one locking body arrangement is mounted pivotably, it being possible for the locking body arrangement to be pivoted into a coupling position (KP), in the case of which a driving section of the locking body arrangement engages into the coupling toothing system , in order to couple the first member to the second member in a positively locking manner with respect to a relative movement in a first direction , and it being possible for the locking body arrangement to be pivoted into a release position (FP), in the case of which the driving section of the locking body arrangement does not engage into the coupling toothing system , characterized in that the locking body arrangement has a locking body carrier which is mounted pivotably on the second member , and has a locking body member which is mounted pivotably on the locking body carrier and on which the driving section is configured, wherein in the coupling position (KP), a force action line is set up between (i) a locking body carrier pivot axis , which is set up in the coupling position (KP) between the second member and the locking body carrier , and (ii) an engagement point , at which the driving section acts on the coupling toothing system , a locking body member pivot axis which is set up in the coupling position (KP) between the locking body member and the locking body carrier lying offset radially with respect to the force action line in the coupling position (KP). - a first member which has a coupling toothing system , - a second member , on which at least one locking body arrangement is mounted pivotably, it being possible for the locking body arrangement to be pivoted into a coupling position (KP), in the case of which a driving section of the locking body arrangement engages into the coupling toothing system , in order to couple the first member to the second member in a positively locking manner with respect to a relative movement in a first direction , and it being possible for the locking body arrangement to be pivoted into a release position (FP), in the case of which the driving section of the locking body arrangement does not engage into the coupling toothing system , the locking body arrangement has a locking body carrier which is mounted pivotably on the second member , and has a locking body member which is mounted pivotably on the locking body carrier and on which the driving section is configured, wherein in the coupling position (KP), a force action line is set up between (i) a locking body carrier pivot axis , which is set up in the coupling position (KP) between the second member and the locking body carrier , and (ii) an engagement point , at which the driving section acts on the coupling toothing system , a locking body member pivot axis which is set up in the coupling position (KP) between the locking body member and the locking body carrier lying offset radially with respect to the force action line in the coupling position (KP).
A patient support comprising a support for a patient's knees or legs, against which the patient can press as the patient rises from a seating position to a standing position, the support including at least one support membrane made of stretchable material, the support including a support structure, the membrane being connected to the support structure, wherein the membrane is connected to the support structure only at edges or extremities thereof.
A light source optical system configured to be used with an excitation light source configured to emit first color light, the light source optical system comprising: a wavelength conversion unit configured to receive the first color light emitted by the excitation light source and emit second color light with a wavelength different from a wavelength of the first color light; and a first optical system and a second optical system provided in an optical path between the excitation light source and the wavelength conversion unit , wherein the wavelength conversion unit includes: a wavelength conversion region configured to convert the first color light into the second color light; wherein the first optical system includes at least one optical element having a negative power, wherein the second optical system as a whole has a positive power, characterised in that Conditional Expression is satisfied as follows: 1.8 < Fn / F 2 < 5.0 , where Fn is a focal length for a d-line of the optical element having the negative power of the first optical element, and F2 is a focal length for the d-line of the second optical system . a wavelength conversion unit configured to receive the first color light emitted by the excitation light source and emit second color light with a wavelength different from a wavelength of the first color light; and a first optical system and a second optical system provided in an optical path between the excitation light source and the wavelength conversion unit , wherein the wavelength conversion unit includes: a wavelength conversion region configured to convert the first color light into the second color light; wherein the first optical system includes at least one optical element having a negative power, wherein the second optical system as a whole has a positive power, characterised in that Conditional Expression is satisfied as follows: 1.8 < Fn / F 2 < 5.0 , where Fn is a focal length for a d-line of the optical element having the negative power of the first optical element, and F2 is a focal length for the d-line of the second optical system . Fn is a focal length for a d-line of the optical element having the negative power of the first optical element, and F2 is a focal length for the d-line of the second optical system .
A fertilizer composition comprising granules comprising rice hulls and a urea-containing fertilizer resin, wherein the urea-containing fertilizer resin is uniformly coated on and absorbed into the rice hulls.
Coil arrangement for the wireless electromagnetic transmission of energy, having - a carrier element which forms a main direction of extent and which comprises a ferrite material, and - a plurality of coils (S 1 to S N ; S 1 to S N , S 1 ' to S N '), wherein at least a part of the coils (S 1 to S N ; S 1 to S N , S 1 ' to S N ') are successively attached to the carrier element in the main direction of extent and connected to one another, characterized in that an attachment means for the attachment to a component is arranged on a side of the carrier element facing away from the coils (S 1 to S N ; S 1 to S N , S 1 ' to S N '), and in that the carrier element comprises at least one desired parting location (T) which is designed as a perforation and/or notch. - a carrier element which forms a main direction of extent and which comprises a ferrite material, and - a plurality of coils (S 1 to S N ; S 1 to S N , S 1 ' to S N '), wherein at least a part of the coils (S 1 to S N ; S 1 to S N , S 1 ' to S N ') are successively attached to the carrier element in the main direction of extent and connected to one another, in that an attachment means for the attachment to a component is arranged on a side of the carrier element facing away from the coils (S 1 to S N ; S 1 to S N , S 1 ' to S N '), and in that the carrier element comprises at least one desired parting location (T) which is designed as a perforation and/or notch.
A yarn splicing nozzle configured to splice yarns (Y) by injection of compressed air, the yarn splicing nozzle comprising: a nozzle body ; an upstream splicing chamber formed in the nozzle body and having a planar flat wall at a part of an inner wall; a downstream splicing chamber formed in the nozzle body , communicatively connected to the upstream splicing chamber , and having a planar flat wall at a part of an inner wall; a first upstream injection hole (HU1) and a second upstream injection hole (HU2) formed in the nozzle body and configured to inject compressed air toward the upstream splicing chamber ; and a first downstream injection hole (HD1) and a second downstream injection hole (HD2) formed in the nozzle body and configured to inject compressed air toward the downstream splicing chamber , characterized in that the first upstream injection hole (HU1) injects compressed air along the flat wall of the upstream splicing chamber , and the first downstream injection hole (HD1) injects compressed air along the flat wall of the downstream splicing chamber . a nozzle body ; an upstream splicing chamber formed in the nozzle body and having a planar flat wall at a part of an inner wall; a downstream splicing chamber formed in the nozzle body , communicatively connected to the upstream splicing chamber , and having a planar flat wall at a part of an inner wall; a first upstream injection hole (HU1) and a second upstream injection hole (HU2) formed in the nozzle body and configured to inject compressed air toward the upstream splicing chamber ; and a first downstream injection hole (HD1) and a second downstream injection hole (HD2) formed in the nozzle body and configured to inject compressed air toward the downstream splicing chamber , characterized in that the first upstream injection hole (HU1) injects compressed air along the flat wall of the upstream splicing chamber , and the first downstream injection hole (HD1) injects compressed air along the flat wall of the downstream splicing chamber .
Data medium (DM) capable of storing data, the data being adapted to enable an electronic device (ED) to select a predefined configuration among at least two predefined configurations, the data medium (DM) being characterized in that it comprises: i) at least a first element (E1) suitable for attaching magnetically with a second element (E2) located in the vicinity of a contactless reader (CR) in order to couple the data medium (DM) to the contactless reader (CR), the contactless reader (CR) comprising a second near field communication means (CM2) and coupled to the electronic device (ED) having the at least two predefined configurations, and ii) a first near field communication means (CM1) arranged for cooperating with said second near field communication means (CM2) to transfer some of the stored data into said contactless reader (CR), so that said electronic device (ED) uses said transferred data to configure itself in one of the at least two predefined configurations, said one corresponding to said transferred data. i) at least a first element (E1) suitable for attaching magnetically with a second element (E2) located in the vicinity of a contactless reader (CR) in order to couple the data medium (DM) to the contactless reader (CR), the contactless reader (CR) comprising a second near field communication means (CM2) and coupled to the electronic device (ED) having the at least two predefined configurations, and ii) a first near field communication means (CM1) arranged for cooperating with said second near field communication means (CM2) to transfer some of the stored data into said contactless reader (CR), so that said electronic device (ED) uses said transferred data to configure itself in one of the at least two predefined configurations, said one corresponding to said transferred data.
An electronic device , comprising: a display comprising a first display facing a first direction, and a second display disposed on a rear surface of the first display and facing a second direction; a processor electrically connected with the display; and a memory electrically connected with the processor, wherein the memory is configured to store instructions, which when executed, cause the processor to: in response to detecting a first posture of the electronic device that the first display is faced in the first direction and the second display is faced in the second direction, display a content on the first display; determine whether a direction of the first display is changed from the first direction to the second direction, based on a motion of the electronic device ; and in response to determining that the direction of the first display being changed from the first direction to the second direction, display the content on the second display . a display comprising a first display facing a first direction, and a second display disposed on a rear surface of the first display and facing a second direction; a processor electrically connected with the display; and a memory electrically connected with the processor, wherein the memory is configured to store instructions, which when executed, cause the processor to: in response to detecting a first posture of the electronic device that the first display is faced in the first direction and the second display is faced in the second direction, display a content on the first display; determine whether a direction of the first display is changed from the first direction to the second direction, based on a motion of the electronic device ; and in response to determining that the direction of the first display being changed from the first direction to the second direction, display the content on the second display . in response to detecting a first posture of the electronic device that the first display is faced in the first direction and the second display is faced in the second direction, display a content on the first display; determine whether a direction of the first display is changed from the first direction to the second direction, based on a motion of the electronic device ; and in response to determining that the direction of the first display being changed from the first direction to the second direction, display the content on the second display .
Elastic connecting piece for arrangement between a combustion engine and an air filter of a hand-held work device , wherein the connecting piece has a first channel tube for largely fuel-free air and has a second channel tube for a fuel-air mixture, wherein, on a first side , the connecting piece has an engine-connection flange for connection to the combustion engine , at which the first channel tube and the second channel tube open out, wherein the first channel tube has a first peripheral wall , wherein the second channel tube has a second peripheral wall , wherein, in a longitudinal portion of the connecting piece , the first peripheral wall and the second peripheral wall are arranged at a distance (v, h2) from one another, wherein the channel tubes extend from the first side to a second side of the connecting piece , wherein a through-opening is formed between the first peripheral wall and the second peripheral wall in the longitudinal portion , wherein the connecting piece is of one-part form, wherein, on the second side , the first channel tube and the second channel tube open out at a common connection flange , characterized in that the first channel tube has an expansion fold extending in a peripheral direction of the first channel tube , and in that the distance (v) between the peripheral walls , measured in a direction parallel to a connection surface of the engine-connection flange proceeding from a centre of the expansion fold , is at least 5% of a height (h1) of the engine-connection flange .
A method for presenting additional content for a network application accessed via an embedded browser of a client application, the method comprising: monitoring , by a client application on a client device in communication with a first server of a first entity, on an embedded browser of the client application, activity relating to a network application of one or more second servers of a second entity, the network application accessed via the embedded browser of the client application; determining , by the client application, responsive to detecting an event based on the monitored activity, to present additional content relating to the network application, the additional content provided by the first server of the first entity; and presenting , by the client application responsive to determining to present additional content, the additional content relating to the network application. monitoring , by a client application on a client device in communication with a first server of a first entity, on an embedded browser of the client application, activity relating to a network application of one or more second servers of a second entity, the network application accessed via the embedded browser of the client application; determining , by the client application, responsive to detecting an event based on the monitored activity, to present additional content relating to the network application, the additional content provided by the first server of the first entity; and presenting , by the client application responsive to determining to present additional content, the additional content relating to the network application.
An Authentication Authorization Accounting server in a Home Public Land Mobile Network of a Third Generation Partnership Project packet core for a user equipment, wherein the Authentication Authorisation Accounting server is configured to: receive from a Trusted WLAN access network a request for checking of an International Mobile Equipment Identity of the user equipment by an Equipment Identity Register in a Visited Public Land Mobile Network for the user equipment; send an Authentication Authorization Accounting message to the Trusted WLAN access network, wherein the Authentication Authorization Accounting message comprises an International Mobile Equipment Identity retrieved from the user equipment via the Trusted WLAN access network, and an indication that the International Mobile Equipment Identity is to be checked by the Equipment Identity Register in said Visited Public Land Mobile Network. receive from a Trusted WLAN access network a request for checking of an International Mobile Equipment Identity of the user equipment by an Equipment Identity Register in a Visited Public Land Mobile Network for the user equipment; send an Authentication Authorization Accounting message to the Trusted WLAN access network, wherein the Authentication Authorization Accounting message comprises an International Mobile Equipment Identity retrieved from the user equipment via the Trusted WLAN access network, and an indication that the International Mobile Equipment Identity is to be checked by the Equipment Identity Register in said Visited Public Land Mobile Network.
A satellite payload , comprising: a network node , wherein the network node comprises: a transmission interface for transmitting radio frequency signals; a reception interface for receiving radio frequency signals; wherein the transmission and reception interfaces are arranged to interface with a terrestrial network and a space-borne network; a network management module arranged to determine handover control and radio resource management information using the positions and availabilities of communications resources in the terrestrial and the space-borne network; a controller arranged to control the transmission interface and the reception interface in accordance with the handover control and radio resource management information determined by the network management module to allow the satellite to operate as part of the terrestrial network. a transmission interface for transmitting radio frequency signals; a reception interface for receiving radio frequency signals; wherein the transmission and reception interfaces are arranged to interface with a terrestrial network and a space-borne network; a network management module arranged to determine handover control and radio resource management information using the positions and availabilities of communications resources in the terrestrial and the space-borne network; a controller arranged to control the transmission interface and the reception interface in accordance with the handover control and radio resource management information determined by the network management module to allow the satellite to operate as part of the terrestrial network.