mhurhangee/patent-ind-claim-en huggingface dataset:
A bucked-type rivet assembly comprising: a formable member made from an amorphous metal alloy, the formable member having a channel ; and an anvil at least partially disposed in the channel, the anvil comprising: an interface shaft ; and an anvil head disposed on a first end of the interface shaft; wherein: the formable member is configured to secure a first member in position relative to a second member ; the anvil head is configured to plastically deform the formable member proximate to the second member; and the anvil head is configured to separate from the interface shaft upon application of a predetermined tensile force to the interface shaft. a formable member made from an amorphous metal alloy, the formable member having a channel ; and an anvil at least partially disposed in the channel, the anvil comprising: an interface shaft ; and an anvil head disposed on a first end of the interface shaft; wherein: the formable member is configured to secure a first member in position relative to a second member ; the anvil head is configured to plastically deform the formable member proximate to the second member; and the anvil head is configured to separate from the interface shaft upon application of a predetermined tensile force to the interface shaft. an interface shaft ; and an anvil head disposed on a first end of the interface shaft; wherein: the formable member is configured to secure a first member in position relative to a second member ; the anvil head is configured to plastically deform the formable member proximate to the second member; and the anvil head is configured to separate from the interface shaft upon application of a predetermined tensile force to the interface shaft. the formable member is configured to secure a first member in position relative to a second member ; the anvil head is configured to plastically deform the formable member proximate to the second member; and the anvil head is configured to separate from the interface shaft upon application of a predetermined tensile force to the interface shaft.
A dose indicator for a pressure-actuated metered fluid dispensing device, the dose indicator comprising: a chassis element having a viewing portion ; a display element located within the chassis element; a resilient deformable grille element ; and an indexing element having an axis, translation of the indexing element along its axis from a first position to a second position causing deformation of the resilient deformable grille element in the same direction as translation of the indexing element resulting in generally greater displacement of portions of the resilient deformable grille element nearer to the axis relative to portions thereof further from the axis, the displacement of the portions of the resilient deformable grille element in the same direction as translation of the indexing element inducing indexing of the display element from a current position to a subsequent position relative to the viewing portion of the chassis element; wherein the resilient deformable grille element is arranged around the axis of the indexing element and the outline shape of the resulting displacement of the resilient deformable grille element comprises an inverted frustum of a cone. a chassis element having a viewing portion ; a display element located within the chassis element; a resilient deformable grille element ; and an indexing element having an axis, translation of the indexing element along its axis from a first position to a second position causing deformation of the resilient deformable grille element in the same direction as translation of the indexing element resulting in generally greater displacement of portions of the resilient deformable grille element nearer to the axis relative to portions thereof further from the axis, the displacement of the portions of the resilient deformable grille element in the same direction as translation of the indexing element inducing indexing of the display element from a current position to a subsequent position relative to the viewing portion of the chassis element; wherein the resilient deformable grille element is arranged around the axis of the indexing element and the outline shape of the resulting displacement of the resilient deformable grille element comprises an inverted frustum of a cone.
A transparent display device comprising: a substrate provided with a display area (DA), in which a plurality of subpixels (P1, P2, P3) are disposed, and a non-display area (NDA) adjacent to the display area (DA); a pad (VSSP) provided in the non-display area (NDA) on the substrate ; a first line (VDD1) disposed between the pad (VSSP) and the display area (DA) and extending in a first direction (X); a second line (VSS1) disposed between the first line (VDD1) and the display area (DA) and extending in the first direction (X); a first connection electrode disposed below the first line (VDD1) and provided between the second line (VSS1) and the substrate ; and a second connection electrode disposed over the first line (VDD1) and provided over the second line (VSS1), wherein the first connection electrode and the second connection electrode respectively electrically connect the pad (VSSP) with the second line (VSS1), wherein the first connection electrode and the second connection electrode are disposed in different layers. a substrate provided with a display area (DA), in which a plurality of subpixels (P1, P2, P3) are disposed, and a non-display area (NDA) adjacent to the display area (DA); a pad (VSSP) provided in the non-display area (NDA) on the substrate ; a first line (VDD1) disposed between the pad (VSSP) and the display area (DA) and extending in a first direction (X); a second line (VSS1) disposed between the first line (VDD1) and the display area (DA) and extending in the first direction (X); a first connection electrode disposed below the first line (VDD1) and provided between the second line (VSS1) and the substrate ; and a second connection electrode disposed over the first line (VDD1) and provided over the second line (VSS1), wherein the first connection electrode and the second connection electrode respectively electrically connect the pad (VSSP) with the second line (VSS1), wherein the first connection electrode and the second connection electrode are disposed in different layers.
Method for joining sheet-metal parts to form a sheet-metal stack , in which sheet-metal parts are separated from a sheet-metal strip , more particularly electrical strip, having a polymeric adhesive layer , more particularly baking lacquer, which can be cured at least in certain regions, with the aid of a separating device , wherein the separating device pre-separates parts from the sheet-metal strip and finally separates the sheet-metal part from the sheet-metal strip , which separated sheet-metal parts , provided one on top of the other in a stack brake , are joined at least in a materially bonded manner to form a plurality of sheet-metal stacks , in which method a separating agent is applied regionally to at least one adhesive layer of the sheet-metal strip in such a manner that after the separation of a sheet-metal part coated therewith, this sheet-metal part facilitates the separation of the sheet-metal stacks , characterized in that the separating agent is applied to the adhesive layer of the sheet-metal strip before the separating device .
A shielded electrical connector assembly , comprising: a male shield terminal formed of a first electrically conductive material having an attachment portion configured to attach to a shield conductor of a coaxial cable and a connection portion configured to be received within a mating female shield terminal ; and a contact cage formed of a second electrically conductive material having a forward band , a rearward band and a plurality of longitudinally arranged arcuate contact arms extending from the forward band to the rearward band , wherein the contact cage is slideably attached to the male shield terminal by a tab extending from the forward band that is folded into an opening in the connection portion and by a cantilevered tab extending from an outer side wall of the connection portion , wherein the cantilevered tab is configured to inhibit forward motion of the rearward band . a male shield terminal formed of a first electrically conductive material having an attachment portion configured to attach to a shield conductor of a coaxial cable and a connection portion configured to be received within a mating female shield terminal ; and a contact cage formed of a second electrically conductive material having a forward band , a rearward band and a plurality of longitudinally arranged arcuate contact arms extending from the forward band to the rearward band , wherein the contact cage is slideably attached to the male shield terminal by a tab extending from the forward band that is folded into an opening in the connection portion and by a cantilevered tab extending from an outer side wall of the connection portion , wherein the cantilevered tab is configured to inhibit forward motion of the rearward band .
A flexible container for growing plants hydroponically, wherein the container comprises: (i) a detachable top part comprising one or more openings for receiving plants and/or seeds; (ii) one or more openings for receiving a nutrient and/or water and oxygen supply, which openings may be the same or different to the openings of (i); characterised in that the container further comprises (iii) an integrated aerator ; and (iv) one or more porous layers or elements inside the container for dispersing nutrients and/or cleaning solution throughout the container. (i) a detachable top part comprising one or more openings for receiving plants and/or seeds; (ii) one or more openings for receiving a nutrient and/or water and oxygen supply, which openings may be the same or different to the openings of (i); characterised in that the container further comprises (iii) an integrated aerator ; and (iv) one or more porous layers or elements inside the container for dispersing nutrients and/or cleaning solution throughout the container.
A fiber adapter, comprising a dustproof cap , a first adapter body , and a second adapter body , wherein the fiber adapter further comprises a dustproof cover , a rotary spring , and inclined blocks , wherein the dustproof cover is mounted at one end of the second adapter body by using the rotary spring ; and the inclined block is embedded into a bottom surface of the second adapter body through a hole provided in the bottom surface of the second adapter body , and the inclined block can vertically slide through the hole ; wherein an end that is of the dustproof cover and that is connected to the second adapter body is provided with a claw ; the claw is fastened on the dustproof cover ; the claw is provided with a rotating shaft , a pin shaft , and a projection ; and the projection is located outside a protruding portion of the claw . wherein a base on a bottom portion of the second adapter body is provided with a first circular hole and a second circular hole; the first circular hole is used to adapt to the rotating shaft disposed on the dustproof cover, so that the dustproof cover can be turned over relative to the second adapter body ; and the second circular hole is used to adapt to the projection disposed on the dustproof cover , and when the dustproof cover is turned over, the projection can be jammed in the second circular hole, so that the dustproof cover is turned over to a horizontal plane and does not rebound; the fiber adapter being further configured such that, when an optical fiber connector is inserted, the optical fiber connector presses the inclined block , so that another end of the inclined block presses the projection of the dustproof cover outward, and the projection bounces out of the second circular hole of the base .
A method comprising: generating, by a first satellite , a first plurality of spot beams (1/2, 3/4) for a first frequency reuse plan based on a plurality of radio frequency, RF, spectrum bands; generating, by a second satellite , a second plurality of spot beams (A/B, C/D) for a second frequency reuse plan based on the plurality of RF spectrum bands; and interleaving a the first plurality of spot beams (1/2, 3/4) and the second plurality of spot beams (A/B, C/D) to generate an aggregate frequency reuse cell plan; and wherein, according to the aggregate frequency reuse plan, i. each of a first plurality of cells is covered by a combination of at least two of the plurality of spot beams (1/2, 3/4) of the first satellite , ii. each of a second plurality of cells is covered by a combination of at least two of the plurality of spot beams (A/B, C/D) of the second satellite , and iii. each of a third plurality of cells is covered by at least one of the plurality of spot beams (1/2) of the first satellite and at least one of the plurality of spot beams (A/B) of the second satellite . generating, by a first satellite , a first plurality of spot beams (1/2, 3/4) for a first frequency reuse plan based on a plurality of radio frequency, RF, spectrum bands; generating, by a second satellite , a second plurality of spot beams (A/B, C/D) for a second frequency reuse plan based on the plurality of RF spectrum bands; and interleaving a the first plurality of spot beams (1/2, 3/4) and the second plurality of spot beams (A/B, C/D) to generate an aggregate frequency reuse cell plan; and wherein, according to the aggregate frequency reuse plan, i. each of a first plurality of cells is covered by a combination of at least two of the plurality of spot beams (1/2, 3/4) of the first satellite , ii. each of a second plurality of cells is covered by a combination of at least two of the plurality of spot beams (A/B, C/D) of the second satellite , and iii. each of a third plurality of cells is covered by at least one of the plurality of spot beams (1/2) of the first satellite and at least one of the plurality of spot beams (A/B) of the second satellite .
A tablet electronic device configured to electrically connect to a portable electronic device having a first connecting interface , a processing module , an image modulating module and a camera lens , the tablet electronic device comprising: a body including a second connecting interface configured to connect the first connecting interface , and a touch panel disposed on the body , the tablet electronic device characterised in that : the body further includes a through hole , and when the first connecting interface is connected to the second connecting interface , the through hole exposes the camera lens of the portable electronic device to enable images to be captured by the camera lens with the use of the through hole ; and wherein the tablet electronic device does not include processing module therein, such that when the portable electronic device is connected to the tablet electronic device , a touch signal is generated and then transmitted to the first connecting interface via the second connecting interface , and after the touch signal is processed by the processing module of the portable electronic device , the processing module of the portable electronic device generates output information and transmits the output information to the second connecting interface via the first connecting interface (1 1), and the output information of the portable electronic device is displayed at the touch panel . a body including a second connecting interface configured to connect the first connecting interface , and a touch panel disposed on the body , the tablet electronic device characterised in that : the body further includes a through hole , and when the first connecting interface is connected to the second connecting interface , the through hole exposes the camera lens of the portable electronic device to enable images to be captured by the camera lens with the use of the through hole ; and wherein the tablet electronic device does not include processing module therein, such that when the portable electronic device is connected to the tablet electronic device , a touch signal is generated and then transmitted to the first connecting interface via the second connecting interface , and after the touch signal is processed by the processing module of the portable electronic device , the processing module of the portable electronic device generates output information and transmits the output information to the second connecting interface via the first connecting interface (1 1), and the output information of the portable electronic device is displayed at the touch panel .
A computer-implemented method for transferring data between two computing devices at the direction of a third computing device, the method comprising: receiving a transfer request from a directing client that requests a direct transfer of data between a source server and a destination server ; querying one or more networks to identify connections between the directing client, source server, and destination server; measuring the identified connections to rank the connections based on network performance; selecting a connection over which to perform the transfer based at least in part on the measured network performance of each connection; transferring the data from the source server to the destination server; and reporting the result of the transfer to the directing client, wherein the data is transferred directly from the source server to the destination server on behalf of the directing client, without first transferring the data to the directing client if a connection between the source server and the destination server has a higher throughput than a connection from the directing client to the destination server, wherein the data is first transferred to the directing client and then to the destination server if the connection between the directing client and the destination server has a higher throughput than the connection from the source server to the destination server, and wherein the preceding steps are performed by at least one processor. receiving a transfer request from a directing client that requests a direct transfer of data between a source server and a destination server ; querying one or more networks to identify connections between the directing client, source server, and destination server; measuring the identified connections to rank the connections based on network performance; selecting a connection over which to perform the transfer based at least in part on the measured network performance of each connection; transferring the data from the source server to the destination server; and reporting the result of the transfer to the directing client, wherein the data is transferred directly from the source server to the destination server on behalf of the directing client, without first transferring the data to the directing client if a connection between the source server and the destination server has a higher throughput than a connection from the directing client to the destination server, wherein the data is first transferred to the directing client and then to the destination server if the connection between the directing client and the destination server has a higher throughput than the connection from the source server to the destination server, and wherein the preceding steps are performed by at least one processor.
Virtual reality glasses comprising: a glasses body , which defines a first surface towards a user's face and a second surface configured to have an external electronic device mounted thereon for playing virtual reality content; and a fastening structure configured to fasten the external electronic device to the second surface and including: a connector fastener with a built-in connector , wherein the connector is connectable to an interface at a first end of the external electronic device , the connector fastener enables the connector to rotate between a predetermined maximum tilt opening angle (α) and a horizontal fastening angle, and the connector fastener is configured to fasten the first end of the external electronic device at the horizontal fastening angle; and at least one device fastener which is configured to fasten a second end of the external electronic device ; the virtual reality glasses being characterized in that the connector fastener is suitable for external electronic devices of different sizes by switching among gear positions along a horizontal direction. a glasses body , which defines a first surface towards a user's face and a second surface configured to have an external electronic device mounted thereon for playing virtual reality content; and a fastening structure configured to fasten the external electronic device to the second surface and including: a connector fastener with a built-in connector , wherein the connector is connectable to an interface at a first end of the external electronic device , the connector fastener enables the connector to rotate between a predetermined maximum tilt opening angle (α) and a horizontal fastening angle, and the connector fastener is configured to fasten the first end of the external electronic device at the horizontal fastening angle; and at least one device fastener which is configured to fasten a second end of the external electronic device ; the virtual reality glasses being characterized in that the connector fastener is suitable for external electronic devices of different sizes by switching among gear positions along a horizontal direction. a connector fastener with a built-in connector , wherein the connector is connectable to an interface at a first end of the external electronic device , the connector fastener enables the connector to rotate between a predetermined maximum tilt opening angle (α) and a horizontal fastening angle, and the connector fastener is configured to fasten the first end of the external electronic device at the horizontal fastening angle; and at least one device fastener which is configured to fasten a second end of the external electronic device ; the virtual reality glasses being characterized in that the connector fastener is suitable for external electronic devices of different sizes by switching among gear positions along a horizontal direction.
Method for drying laundry, wherein air for drying the laundry is heated by a burner and, at least during a part of the drying operation, at least a part of the air used to dry the laundry is fed back to the burner as recirculating air, if need be together with fresh air, wherein the fresh air is transported to the burner at least during a part of the drying process, characterized in that the fresh air is transported to the burner only in that phase of the drying in which a predominant part of the recirculating air is returned to the burner , with the fresh air being actively transported to the burner in such a manner that it is blown into the burner under pressure.