Abstract: A multifunctional fitness device with grip strength training mode includes: a spiral elastic part with convex stretch sections which extend in different directions; each of the two bent rod grips includes a soft sleeve and a bent rod with a connecting end, a tail end and a bent section, and the connecting end extends integrally from the convex stretch section of the spiral elastic part, and the bent section is in a U shape; a hood component includes first and second housings combined in a relative screwing relationship and provided respectively with a convex stretch pipe, for which the convex stretch section passes through; and the included angle between the bent sections of the bent rod grips is 30°-80°; the contour formed by the connecting end, bent section and tail end of the bent rod grip is smaller than the grip range of the adult palm.

Abstract: A hands and feet pull exerciser is disclosed which characteristically includes: a transverse frame tube; two pedals, set on the transverse frame tube with a spacing, and each pedal configured with an arc-shaped guard strip; two elastic pull tubes, including pulled sections and connecting sections, wherein the connecting section is winded on the transverse frame tube and located between the two pedals, and each elastic pull tube having a nose end; two loop portions, respectively configured on the pulled section; two handles, in the form of hollow tubes, sleeved on the loop portions of the pulled sections; an elastic sleeve, having a vertical through-hole and a transverse tube insertion hole, wherein the vertical through-hole trips the periphery of the connecting section, to elastically limit the connecting section; at least one limiting piece, fit inside at least one nose end of the elastic pull tube to achieve a fixing effect.

Abstract: In an embodiment an automated material handling system (AMHS) for a semiconductor fabrication facility (FAB) includes: a sensor supported by a rail, wherein the sensor is configured to collect sensor data characterizing a vehicle that moves along the rail, wherein the vehicle is configured to carry at least one wafer; and a monitoring module configured to: detect a trigger event based on the sensor data, and initiate a remediation action in response to the trigger event.

Abstract: An Internet of Things (IoT) technique for vehicular traffic management, including an IoT sensor to measure traffic data of vehicular traffic, a traffic analyzer to determine a traffic event based on the traffic data, and an IoT gateway to issue a response based on the traffic event.

Abstract: In an embodiment an automated material handling system (AMHS) for a semiconductor fabrication facility (FAB) includes: a sensor supported by a rail, wherein the sensor is configured to collect sensor data characterizing a vehicle that moves along the rail, wherein the vehicle is configured to carry at least one wafer; and a monitoring module configured to: detect a trigger event based on the sensor data, and initiate a remediation action in response to the trigger event.

Abstract: An apparatus includes a substrate to be received into a smart card slot connector of a computing device. The substrate further includes a retainer that is connected to the substrate to hold a stylus such that the stylus is retained to the computing device when the substrate is received in the smart card slot connector.

Abstract: An intermediary network device participates in a secure communication session between a server and a client through a proxy client and a proxy server. The proxy client receives a first session ticket from the server that enables the proxy client to resume communications with the server in the secure communication session. The intermediary network device determines a session state of the proxy client and the proxy server. The intermediary network device encapsulates the session state of the proxy client, the session state of the proxy server, and the first session ticket as part of a second session ticket. The second session ticket enables the client to resume communications with the proxy server in the secure communication session. The intermediary network device sends the second session ticket to the client and deletes the first session ticket.

Abstract: An intermediary network device participates in a secure communication session between a server and a client through a proxy client and a proxy server. The proxy client receives a first session ticket from the server that enables the proxy client to resume communications with the server in the secure communication session. The intermediary network device determines a session state of the proxy client and the proxy server. The intermediary network device encapsulates the session state of the proxy client, the session state of the proxy server, and the first session ticket as part of a second session ticket. The second session ticket enables the client to resume communications with the proxy server in the secure communication session. The intermediary network device sends the second session ticket to the client and deletes the first session ticket.

Abstract: An intermediary network device receives a request for a secure communication session between an endpoint server and an endpoint client through the network device. The secure session between the endpoint server and the endpoint client is divided into a first session and a second session. The first session is between the endpoint server and the network device. The second session is between the network device and the endpoint client. The network device receives a first session ticket from the endpoint server. A session state of a proxy client in the first session, including the first session ticket, is determined. The network device also determines a session state of a proxy server in the second session. The combination of the session state of the proxy client, including the first session ticket, and the session state of the proxy server are encapsulated as part of a second session ticket.

Abstract: An intermediary network device receives a request for a secure communication session between an endpoint server and an endpoint client through the network device. The secure session between the endpoint server and the endpoint client is divided into a first session and a second session. The first session is between the endpoint server and the network device. The second session is between the network device and the endpoint client. The network device receives a first session ticket from the endpoint server. A session state of a proxy client in the first session, including the first session ticket, is determined. The network device also determines a session state of a proxy server in the second session. The combination of the session state of the proxy client, including the first session ticket, and the session state of the proxy server are encapsulated as part of a second session ticket.

Abstract: A folding thick board poster includes a base unit, a first surface unit, a second surface unit and a first picture unit. The first picture unit includes four rectangular blocks connected by folding portions equipped on the first surface unit and the second surface unit. The folding thick board poster can be folded into a small size as a book so as to be easily carried.

Abstract: A supersonic pulverizing device includes a main body which is connected with at least two charging units. Each charging unit has a charging passage therein and at least one accelerating wind nozzle disposed at a front end of the charging passage. A source material and a charging air flow are delivered to the charging passage and an accelerating air flow is inputted to the accelerating wind nozzle, so that the charging air flow carries the source material to flow and enter the main body by the accelerating air flow at a supersonic speed and counter with the charging air flow from another charging unit. The source material can be effectively crashed to the desired powder. The source material is covered by the charging air flow, so the device won't be worn by the source material. The pulverizing device has a longer lifespan and can prevent the source material from being polluted.

Abstract: A method for communicating between a computer and a data storage device comprises receiving, by a data storage device, information indicative of a plurality of commands and information indicative of a memory location in a computer associated with each of the plurality of commands. The method further comprises executing, by the data storage device, one of the plurality of commands. In one embodiment, executing the command comprises directly accessing the computer memory location associated with the command.

Abstract: A balance plate with differentiated amplitude of swing has a pedal, elastic supporting component, first axial supporting part and second axial supporting part. The pedal has a stepping surface and a bottom surface. The elastic supporting component has a footing end to be supported by the ground, and a fitting end to link with the bottom surface of the pedal. The first axial supporting part is fitted on the footing end of the elastic supporting component and configured along the first axial direction, so that the pedal can swing up and down along the first axial direction. The second axial supporting part is configured on the footing end of the elastic supporting component and configured along a second axial direction, so that the pedal can swing along the second axial direction. Said axial directions are perpendicular to each other. The axial supporting parts are in differentiated shapes.

Abstract: A supersonic pulverizing device includes a main body which is connected with at least two charging units. Each charging unit has a charging passage therein and at least one accelerating wind nozzle disposed at a front end of the charging passage. A source material and a charging air flow are delivered to the charging passage and an accelerating air flow is inputted to the accelerating wind nozzle, so that the charging air flow carries the source material to flow and enter the main body by the accelerating air flow at a supersonic speed and counter with the charging air flow from another charging unit. The source material can be effectively crashed to the desired powder. The source material is covered by the charging air flow, so the device won't be worn by the source material. The pulverizing device has a longer lifespan and can prevent the source material from being polluted.

Abstract: The present invention discloses secured data display method capable of non-intrusively and non-destructively displaying secured data in a secured data storage device of an encryption system. The secured data display method includes steps of receiving and storing a secured data transmitted via a first encryption mechanism according to a first communication protocol, and receiving an output data transmitted by a data access device of the encryption system according to a second communication protocol. The secured data and the output data comprise a same content.

Abstract: A method for communicating between a computer and a data storage device comprises receiving, by a data storage device, information indicative of a plurality of commands and information indicative of a memory location in a computer associated with each of the plurality of commands. The method further comprises executing, by the data storage device, one of the plurality of commands. In one embodiment, executing the command comprises directly accessing the computer memory location associated with the command.

Abstract: A writable and illustration-replaceable interpretative panel structure includes an interpretative panel unit and a frame unit. The interpretative panel unit includes a first panel and a second panel arranged back to back. Each of the first and second panels has interpretative illustrations and interpretative text provided on an outer surface thereof. The frame unit includes a first frame member and a mating second frame member detachably connected to each other to securely clamp peripheral edges of the interpretative panel unit therebetween. Accordingly, the interpretative panel unit can be conveniently replaced with other interpretative panel units that provide different interpretative illustrations and text. A transparent sheet is attached to the outer surface of each of the first and second panels, and the frame unit has a holder for holding a write/erase unit, so that supplemental information can be written on and erased from the transparent sheets with the write/erase unit.

Abstract: An interpretative book structure with multi-view illustrations includes an interpretative book unit having at least one illustrated page and at least one interpretative page corresponding to the illustrated page, the illustrated page having an illustration provided thereon, and the interpretative page having interpretative text provided thereon; and at least one multi-view illustration unit being provided on the interpretative page, the multi-view illustration unit having a multi-view illustration provided thereon, and the multi-view illustration being corresponding to a part of the illustration provided on the illustrated page. The multi-view illustration unit, when being viewed at different viewing angles, can show images indicating different conditions of the illustration, so that a large quantity of pictures can be saved to reduce the volume of the interpretative book.