mhurhangee/patent-ind-claim-en huggingface dataset:
Safety device for doors, windows, mobile doors and the like, comprising: - a pin having a substantially cylindrical configuration with a circular section, the pin being movable between a first position in which it obstructs the movement of a respective door or window or mobile door, and a second position in which it does not obstruct the movement of said door , window or mobile door; - an electric motor operatively connected to a power supply battery associated to said pin to move the pin in the first and second position; - a worm screw coaxially associated with a motor shaft of the electric motor to rotate around a respective longitudinal extension axis (X); - a containment body for said pin and said motor which can be positioned at a zone of passage (A) of the door , window or mobile door; - control means of said electric motor , arranged externally to said containment body for activating and/or deactivating the electric motor from a remote location, - transmission means operatively connected to said worm screw and said pin to transfer the rotary motion of the screw into a linear movement of the pin, said transmission means comprising a support plate having a bore for the passage of the worm screw to allow the sliding of the plate along the longitudinal extension of the screw ; wherein said pin and said worm screw have respective longitudinal extension axes (X, Y) parallel and non-coincident to each other characterized in that said pin is mounted idle on said plate to rotate freely around the respective longitudinal extension axis (Y). - a pin having a substantially cylindrical configuration with a circular section, the pin being movable between a first position in which it obstructs the movement of a respective door or window or mobile door, and a second position in which it does not obstruct the movement of said door , window or mobile door; - an electric motor operatively connected to a power supply battery associated to said pin to move the pin in the first and second position; - a worm screw coaxially associated with a motor shaft of the electric motor to rotate around a respective longitudinal extension axis (X); - a containment body for said pin and said motor which can be positioned at a zone of passage (A) of the door , window or mobile door; - control means of said electric motor , arranged externally to said containment body for activating and/or deactivating the electric motor from a remote location, - transmission means operatively connected to said worm screw and said pin to transfer the rotary motion of the screw into a linear movement of the pin, said transmission means comprising a support plate having a bore for the passage of the worm screw to allow the sliding of the plate along the longitudinal extension of the screw ;
Application device for a solid-filled two-component spray foam for fire protection purposes comprising - a first pressurized can with a component A containing a polyisocyanate and a first propellant gas component, - a second pressurized can with a component B, containing at least one flameproofing agent in fine-particle form suspended in a polyol component, and a second propellant gas component, wherein the at least one flameproofing agent is expandable graphite, - a retaining fixture for the first and second pressurized can, with said fixture being provided with a valve receptacle for each of the pressurized cans, - a forced mixer that mixes component A with component B when the discharging aid is activated, characterized by an activatable discharging aid for the spray foam, said discharging aid being connected via hose lines to the valve receptacles for the pressurized cans, wherein the discharging aid has bores of different widths for the components A and B as required by and suited for the respective viscosities and the width of the bores for component A ranges between 0.3 and 2.0 mm and for component B between 1.5 and 4 mm. - a first pressurized can with a component A containing a polyisocyanate and a first propellant gas component, - a second pressurized can with a component B, containing at least one flameproofing agent in fine-particle form suspended in a polyol component, and a second propellant gas component, wherein the at least one flameproofing agent is expandable graphite, - a retaining fixture for the first and second pressurized can, with said fixture being provided with a valve receptacle for each of the pressurized cans, - a forced mixer that mixes component A with component B when the discharging aid is activated, characterized by an activatable discharging aid for the spray foam, said discharging aid being connected via hose lines to the valve receptacles for the pressurized cans, wherein the discharging aid has bores of different widths for the components A and B as required by and suited for the respective viscosities and the width of the bores for component A ranges between 0.3 and 2.0 mm and for component B between 1.5 and 4 mm.
A severance tool for severing a target, the severance tool comprising: a housing having at least one combustion chamber including at least one propellant source ; a plurality of nozzles , each nozzle having an inlet and an outlet, each inlet being in fluid communication with the at least one combustion chamber; a nozzle holder adapted, in use, to encircle the target to be severed, the nozzle holder being adapted to hold the nozzles; a trigger mechanism adapted to ignite the/each propellant source wherein, upon ignition, the/each propellant source deflagrates, creating at least one jet of combustion products, and each nozzle directs or biases the/each combustion jet in a particular direction; and a centralising means adapted, in use, to create relative movement between the target and the nozzle holder to centralise the target with respect to the nozzle holder. a housing having at least one combustion chamber including at least one propellant source ; a plurality of nozzles , each nozzle having an inlet and an outlet, each inlet being in fluid communication with the at least one combustion chamber; a nozzle holder adapted, in use, to encircle the target to be severed, the nozzle holder being adapted to hold the nozzles; a trigger mechanism adapted to ignite the/each propellant source wherein, upon ignition, the/each propellant source deflagrates, creating at least one jet of combustion products, and each nozzle directs or biases the/each combustion jet in a particular direction; and a centralising means adapted, in use, to create relative movement between the target and the nozzle holder to centralise the target with respect to the nozzle holder.
Method for establishing a voice communication between a mobile entity and a receiving entity within an enterprise network , comprising the following steps: - Sending a communication request, CR, by the mobile entity to a WiFi access point, AP, - Forwarding the communication request, CR, from the WiFi access point , AP, to a core network , a voice path optimizer, VPO, which represents session information and is located within the mobile entity and/or the WiFi access point, AP, indicates to the core network the support for break-out, - Establishing a signaling session, SS, between the core network and the enterprise network and the Mobile entity , wherein the signaling session, SS, is established between the WiFi access point, AP, and the core network as well as between an enterprise router of the enterprise network and the core network , - Breaking out the voice communication at the WiFi access point AP, to a private exchange server of the enterprise network , wherein the signaling session is kept alive until the specific voice communication has come to an end and keeps the core network updated about the present situation of the voice communication, - Connecting the voice communication from the private exchange server to the receiving entity , characterized in that it further comprises the following steps: upon receiving the CR forwarded by the AP, carrying out, by the core network a comparison if the mobile entity and the receiving entity are located within the same enterprise network , and sending by the core network a breakout message, BM, back to the WiFi access point AP, or the mobile entity in the case of a positive comparison. - Sending a communication request, CR, by the mobile entity to a WiFi access point, AP, - Forwarding the communication request, CR, from the WiFi access point , AP, to a core network , a voice path optimizer, VPO, which represents session information and is located within the mobile entity and/or the WiFi access point, AP, indicates to the core network the support for break-out, - Establishing a signaling session, SS, between the core network and the enterprise network and the Mobile entity , wherein the signaling session, SS, is established between the WiFi access point, AP, and the core network as well as between an enterprise router of the enterprise network and the core network , - Breaking out the voice communication at the WiFi access point AP, to a private exchange server of the enterprise network , wherein the signaling session is kept alive until the specific voice communication has come to an end and keeps the core network updated about the present situation of the voice communication, - Connecting the voice communication from the private exchange server to the receiving entity ,
A method of preparing a graphene oxide-protein matrix, the method comprising; admixing an aqueous solution of a disordered protein (DP) with an aqueous solution of graphene oxide (GO), wherein the DP has an opposite charge to the GO, further wherein the graphene oxide-protein matrix is in the form of a three-dimensional structure having a lumen defined by a membrane having an inner and outer surface.
A method for manufacturing a wound dressing having a substrate , said method comprising: providing a hot pin perforator having an array of heated pins ; providing a sacrificial layer of material adapted to be perforated by the heated pins ; perforating the sacrificial layer with said heated pins ; making holes in the substrate with the heated pins of said hot pin perforator ; and discarding the sacrificial layer . providing a hot pin perforator having an array of heated pins ; providing a sacrificial layer of material adapted to be perforated by the heated pins ; perforating the sacrificial layer with said heated pins ; making holes in the substrate with the heated pins of said hot pin perforator ; and discarding the sacrificial layer .
A hydro-expansion chuck for clamping a workpiece having a structured lateral surface in the region of this lateral surface, comprising at least one channel integrated therein for receiving a hydraulic fluid, wherein the hydraulic fluid is provided to be pressurised in order to clamp the workpiece securely in the hydro-expansion chuck , wherein the hydro-expansion chuck is produced by an additive manufacturing method and is designed to be substantially annular, wherein the at least one channel has at least one annular circumferential channel portion which is formed radially between an inner circumferential surface and an outer circumferential surface of the hydro-expansion chuck , wherein the hydro-expansion chuck on the inner circumferential surface has a holding contour comprising a plurality of expansion lugs , and in that a plurality of further channel portions branch off from the at least one channel , wherein at least one further channel portion in each case extends into one of the expansion lugs , wherein each further channel portion , viewed in the direction of a rotation axis of the hydro-expansion chuck , is approximately T-shaped, and wherein each further channel portion , in section, is T-shaped as viewed in a longitudinal direction of the circumferential channel portion .
An array substrate, comprising: a main substrate comprising a central display region (A1) and a peripheral wiring region (A2), a plurality of conducting wire terminals (P1) are disposed in the peripheral wiring region (A2); and at least one flexible circuit board bonded on the peripheral wiring region (A2) of the main substrate , characterized in that the at least one flexible circuit board comprises a base substrate made of a soft cloth including polytetrafluoroethylene; and a flexible driving circuit structure formed on the base substrate . a main substrate comprising a central display region (A1) and a peripheral wiring region (A2), a plurality of conducting wire terminals (P1) are disposed in the peripheral wiring region (A2); and at least one flexible circuit board bonded on the peripheral wiring region (A2) of the main substrate , characterized in that the at least one flexible circuit board comprises a base substrate made of a soft cloth including polytetrafluoroethylene; and a flexible driving circuit structure formed on the base substrate .
An in vitro or ex vivo method for expressing an exogenous gene specifically in cells of the retinal pigment epithelium of a primate, said method comprising the step of delivering an isolated nucleic acid molecule comprising a nucleic acid sequence of at least 400 bp and having at least 80% overall identity to the nucleic acid sequence of SEQ ID NO:1, to cells of the retinal pigment epithelium of said primate, wherein said isolated nucleic acid molecule specifically leads to the expression of the exogenous gene in the cells of the retinal pigment epithelium of the primate when a nucleic acid sequence coding for said exogenous gene is operatively linked to said isolated nucleic acid molecule.
A cell handover method, applied to a communications system comprising a first base station, at least two second base stations, and user equipment, UE, wherein the first base station is corresponding to a first cell, the first cell is a serving cell of the UE, the at least two second base stations are corresponding to at least two second cells, the at least two second cells are neighboring cells of the first cell, the at least two second cells are in one-to-one correspondence with at least two cell global identities, CGIs, each CGI is used to uniquely identify a corresponding second cell in the communications system, each second base station stores configuration information, the configuration information is used to indicate a time-frequency resource used when the UE sends a sounding reference signal, SRS, to the first base station, and the method comprises: receiving , by the first base station, a handover request sent by the UE, wherein the handover request is used to indicate that the UE requests to be handed over to a target second cell of the at least two second cells, and the handover request carries a physical cell identifier, PCI, of the target second cell; determining , by the first base station, that the PCI is corresponding to a plurality of second cells; characterized by receiving , by the first base station, location information of the UE sent by a plurality of second base stations that simultaneously detect the SRS signal sent by the UE to the first base station, wherein the location information carries strength, or quality of the received SRS signal and SRS signal detection is performed on the time-frequency resource indicated by the configuration information; and determining , by the first base station, the target second cell from the plurality of second cells based on the location information, wherein the target second cell corresponds to a target second base station from the plurality of second base stations that receives the SRS signal with the greatest strength. receiving , by the first base station, a handover request sent by the UE, wherein the handover request is used to indicate that the UE requests to be handed over to a target second cell of the at least two second cells, and the handover request carries a physical cell identifier, PCI, of the target second cell; determining , by the first base station, that the PCI is corresponding to a plurality of second cells; characterized by receiving , by the first base station, location information of the UE sent by a plurality of second base stations that simultaneously detect the SRS signal sent by the UE to the first base station, wherein the location information carries strength, or quality of the received SRS signal and SRS signal detection is performed on the time-frequency resource indicated by the configuration information; and determining , by the first base station, the target second cell from the plurality of second cells based on the location information, wherein the target second cell corresponds to a target second base station from the plurality of second base stations that receives the SRS signal with the greatest strength.
A device comprising an antenna array having a plurality of transmit and receive antennas for wireless radio communication and a display for displaying a stereoscopic image , wherein the stereoscopic image is visible to an observer at a position , wherein the antenna array and the display are arranged so that from the position the observer's view of at least a part of the antenna array is obstructed by the display , the device comprising a controller and a detector , wherein the detector is adapted to detect information about the position of the observer of the display , and wherein the controller is adapted to control the display according to the information about the position of the observer of the display , characterized in that the display is maskable by an adjustable horizontal parallax barrier, AHPB, , wherein the controller is adapted for adjusting a geometrical parameter or a position of the AHPB for displaying the stereoscopic image visible to the observer at the position of the observer , and wherein the detector is adapted to detect presence and/or absence of observers , and wherein the controller is adapted to control the display and the AHPB for displaying the stereoscopic image if the presence of at least one observer is detected, and to control the display and the AHPB for not displaying the stereoscopic image if the absence of observers is detected, further characterized in that the display comprises a passive screen for displaying stereoscopic images on a front side of the passive screen, wherein the stereoscopic images are projected onto the front side or onto a back side of the passive screen by a projector , and wherein the controller is adapted to control the projector and the AHPB synchronously for displaying the stereoscopic image visible to the observer at the position of the observer .
A vibration damping control device for a vehicle suppressing pitching or bouncing vibration of the vehicle by controlling a drive output of the vehicle, comprising: a wheel torque estimated value acquisition portion (C6) configured to acquire an estimated value of a wheel torque generated on a ground contact site of a wheel of the vehicle and a road surface and acting on the wheel; a driving torque control portion (50a, C4, C5, C1a, C2) configured to control a driving torque of the vehicle to suppress pitching or bouncing vibrational amplitudes based on the estimated value of the wheel torque; and a slip state quantity acquisition portion (C6) configured to acquire a wheel slip state quantity indicating a slip condition of the wheel; characterized in that the driving torque control portion is configured to correct an absolute value of the estimated value of the wheel torque to be smaller as a degree of a slip indicated by the wheel slip state quantity is larger, and control the driving torque of the vehicle to suppress pitching or bouncing vibrational amplitudes based on the corrected estimated value of the wheel torque. a wheel torque estimated value acquisition portion (C6) configured to acquire an estimated value of a wheel torque generated on a ground contact site of a wheel of the vehicle and a road surface and acting on the wheel; a driving torque control portion (50a, C4, C5, C1a, C2) configured to control a driving torque of the vehicle to suppress pitching or bouncing vibrational amplitudes based on the estimated value of the wheel torque; and a slip state quantity acquisition portion (C6) configured to acquire a wheel slip state quantity indicating a slip condition of the wheel; characterized in that the driving torque control portion is configured to correct an absolute value of the estimated value of the wheel torque to be smaller as a degree of a slip indicated by the wheel slip state quantity is larger, and control the driving torque of the vehicle to suppress pitching or bouncing vibrational amplitudes based on the corrected estimated value of the wheel torque.
A carbon fiber aggregate with an average fiber diameter of 100 to 1000 nm and a coefficient of variation (CV value) of the fiber diameter of greater than 0.50 and 1.0 or less, wherein the average fiber length of the carbon fiber aggregate is 10 to 30 um and the coefficient of variation (CV value) of the fiber length is 1.0 to 1.3.
A robotic container handling system comprising a crane carrying a crane load handler , and a storage and sortation structure, the storage and sortation structure comprising two substantially perpendicular sets of rails forming a grid , and a workspace beneath said grid comprising a framework supporting the grid above a plurality of stacked containers , the handling system further comprising a plurality of robotic load handling devices operative on and above the grid above the workspace, the robotic load handling devices comprising a body mounted on wheels, a first set of wheels being arranged to engage with at least two rails of the first set of rails , the second set of wheels being arranged to engage with at least two rails of the second set of rails , the first set of wheels being independently moveable and driveable with respect to the second set of wheels such that when in motion only one set of wheels is engaged with the grid at any one time, thereby enabling movement of the load handling device along the rails to any point on the grid by driving only the set of wheels engaged with the rails, characterised in that the system further comprises a conveyance means , a number of transversal load handling devices being mounted on the conveyance means and a transfer point , wherein the transversal load handling devices are adapted so as to receive containers delivered by the crane load handler and transport containers between the crane load handler and the transfer point at which point the containers are collected to be moved into the plurality of stacked containers or delivered from the plurality of stacked containers by robotic load handling devices .