mhurhangee/patent-ind-claim-en huggingface dataset:
A hub system configured to provide power routing between different electronic products, comprising: a) at least two ports configured to connect the different electronic products; b) a hub comprising an upstream handler and at least one downstream handler , wherein the upstream handler is configured to connect the at least one downstream handler inside the hub ; c) a switch system capable of establishing connecting routes between each port of the at least two ports to (i) the upstream handler or (ii) to each of the at least one downstream handler of the hub ; and d) a controller configured to control the switch system , wherein each of the connecting routes is adapted to transfer electric power between each port of the at least two ports and the hub ; characterized in that the controller is configured to: (i) select one of the at least two ports as a power master, and (ii) control the switch system to configure the port selected as a power master by routing it to the upstream handler , and configure each remaining port of the at least two ports as a power slave by routing each remaining port of the at least two ports to one of the at least one downstream handler ; and wherein the selection of one of the at least two ports , and the routing of each remaining port of the at least two ports is in accordance with a power output priority table defining the priority of selecting which of the at least two ports is selected as a master for supplying power when two or more devices are connected to the ports, and a power input priority table defining the priority of selecting which of each remaining port of the at least two ports receive power from the master port. a) at least two ports configured to connect the different electronic products; b) a hub comprising an upstream handler and at least one downstream handler , wherein the upstream handler is configured to connect the at least one downstream handler inside the hub ; c) a switch system capable of establishing connecting routes between each port of the at least two ports to (i) the upstream handler or (ii) to each of the at least one downstream handler of the hub ; and d) a controller configured to control the switch system , wherein each of the connecting routes is adapted to transfer electric power between each port of the at least two ports and the hub ; (i) select one of the at least two ports as a power master, and (ii) control the switch system to configure the port selected as a power master by routing it to the upstream handler , and configure each remaining port of the at least two ports as a power slave by routing each remaining port of the at least two ports to one of the at least one downstream handler ;
On an augmented reality head-mounted display device comprising a camera and a see-through display, a computer-implemented method comprising: acquiring , via the camera, image data imaging an environment; receiving a user input requesting display of a three-dimensional virtual object; comparing dimensional information for the three-dimensional virtual object to dimensional information for a field of view of the display device by rotating the three-dimensional virtual object around an axis and comparing aspect ratios at multiple axial positions; modifying the three-dimensional virtual object based upon comparing the dimensional information for the three-dimensional virtual object to the dimensional information for the field of view to obtain a modified three-dimensional virtual object, wherein modifying further comprises modifying the three-dimensional virtual object based upon a greatest aspect ratio of the aspect ratios at the multiple axial positions; and displaying the modified three-dimensional virtual object via the display; wherein comparing the dimensional information for the three-dimensional virtual object to the dimensional information for the field of view additionally comprises comparing an aspect ratio of a bounding box defined around the three-dimensional virtual object to an aspect ratio of the field of view. acquiring , via the camera, image data imaging an environment; receiving a user input requesting display of a three-dimensional virtual object; comparing dimensional information for the three-dimensional virtual object to dimensional information for a field of view of the display device by rotating the three-dimensional virtual object around an axis and comparing aspect ratios at multiple axial positions; modifying the three-dimensional virtual object based upon comparing the dimensional information for the three-dimensional virtual object to the dimensional information for the field of view to obtain a modified three-dimensional virtual object, wherein modifying further comprises modifying the three-dimensional virtual object based upon a greatest aspect ratio of the aspect ratios at the multiple axial positions; and displaying the modified three-dimensional virtual object via the display; wherein comparing the dimensional information for the three-dimensional virtual object to the dimensional information for the field of view additionally comprises comparing an aspect ratio of a bounding box defined around the three-dimensional virtual object to an aspect ratio of the field of view.
Method for recycling an article comprising a thermoplastic matrix formed from a thermoplastic composition comprising at least one microwave depolymerization sensitizer compound, said method comprising the following steps: - placing the article in a reactor, and - applying, to the article placed in the reactor, microwave radiation at a frequency of between 10 MHz and 5.8 GHz and preferably between 900 MHz and 2500 MHz, so as to initiate depolymerization by microwave absorption by said microwave sensitizer compound, and converting at least part of the article into at least one base monomer of said thermoplastic matrix. - placing the article in a reactor, and - applying, to the article placed in the reactor, microwave radiation at a frequency of between 10 MHz and 5.8 GHz and preferably between 900 MHz and 2500 MHz, so as to initiate depolymerization by microwave absorption by said microwave sensitizer compound, and converting at least part of the article into at least one base monomer of said thermoplastic matrix.
A method for displaying a 2D application in a VR device , comprising: determining , by a terminal in a VR mode, a first notification interface in a normal mode, wherein the first notification interface comprises a notification message, and the notification message is from a 2D application; determining , by the terminal in the VR mode, a second notification interface based on the first notification interface; displaying , by the terminal in the VR mode, the second notification interface; determining , by the terminal in the VR mode, a user operation, wherein a touch point of the user operation is located on the second notification interface, and location information of the touch point on the second notification interface is first location information; and determining , by the terminal in the VR mode, second location information based on the first location information, so that the 2D application responds to the user operation based on the second location information, wherein the second location information is location information on the first notification interface. determining , by a terminal in a VR mode, a first notification interface in a normal mode, wherein the first notification interface comprises a notification message, and the notification message is from a 2D application; determining , by the terminal in the VR mode, a second notification interface based on the first notification interface; displaying , by the terminal in the VR mode, the second notification interface; determining , by the terminal in the VR mode, a user operation, wherein a touch point of the user operation is located on the second notification interface, and location information of the touch point on the second notification interface is first location information; and determining , by the terminal in the VR mode, second location information based on the first location information, so that the 2D application responds to the user operation based on the second location information, wherein the second location information is location information on the first notification interface.
A liquid blow molding method for molding a bottomed tubular-shaped preform into a liquid-containing container in which a content liquid (L) is held, the liquid blow molding method comprising: a first molding step of liquid blow molding the preform into a halfway shape by supplying, into the preform that has been heated to a predetermined temperature, a first liquid (L1) at a predetermined pressure through a nozzle ; and a second molding step, performed after the first molding step, of liquid blow molding the preform by supplying a second liquid (L2) into the preform at a predetermined pressure through the nozzle , being characterized in that the method further comprises a cleaning step, performed after the second molding step, of removing the second liquid (L2) out of the nozzle by liquid blow molding the preform by supplying only the first liquid (L1) into the preform at a predetermined pressure through the nozzle . a first molding step of liquid blow molding the preform into a halfway shape by supplying, into the preform that has been heated to a predetermined temperature, a first liquid (L1) at a predetermined pressure through a nozzle ; and a second molding step, performed after the first molding step, of liquid blow molding the preform by supplying a second liquid (L2) into the preform at a predetermined pressure through the nozzle ,
A computer-assisted device comprising: an imaging device; and a controller coupled to the imaging device and configured to: record kinematic information, imaging information, or both the kinematic information and the imaging information of the computer-assisted device before movement of the imaging device from a first repositionable arm to a second repositionable arm or from a first workspace port to a second workspace port; detect the movement of the imaging device from the first repositionable arm to the second repositionable arm or from the first workspace port to the second workspace port; determine, in response to the detection, a desired position and orientation of the imaging device based on the recorded kinematic information, the recorded imaging information, or both the recorded kinematic information and the recorded imaging information; and move the imaging device based on the desired position and orientation. an imaging device; and a controller coupled to the imaging device and configured to: record kinematic information, imaging information, or both the kinematic information and the imaging information of the computer-assisted device before movement of the imaging device from a first repositionable arm to a second repositionable arm or from a first workspace port to a second workspace port; detect the movement of the imaging device from the first repositionable arm to the second repositionable arm or from the first workspace port to the second workspace port; determine, in response to the detection, a desired position and orientation of the imaging device based on the recorded kinematic information, the recorded imaging information, or both the recorded kinematic information and the recorded imaging information; and move the imaging device based on the desired position and orientation. record kinematic information, imaging information, or both the kinematic information and the imaging information of the computer-assisted device before movement of the imaging device from a first repositionable arm to a second repositionable arm or from a first workspace port to a second workspace port; detect the movement of the imaging device from the first repositionable arm to the second repositionable arm or from the first workspace port to the second workspace port; determine, in response to the detection, a desired position and orientation of the imaging device based on the recorded kinematic information, the recorded imaging information, or both the recorded kinematic information and the recorded imaging information; and move the imaging device based on the desired position and orientation.
A grating out-coupler assembly comprising: a substrate ; a tiltable surface suspended above said substrate ; an actuator configured to selectively control a pitch of said tiltable surface ; and a grating out-coupler supported by said tiltable surface , wherein the grating out-coupler is coupled to a waveguide , the waveguide extending across a portion of the actuator . a substrate ; a tiltable surface suspended above said substrate ; an actuator configured to selectively control a pitch of said tiltable surface ; and a grating out-coupler supported by said tiltable surface , wherein the grating out-coupler is coupled to a waveguide , the waveguide extending across a portion of the actuator .
Device for the optical determination of distances to objects in a surveillance area having a transmission unit comprising a plurality of transmitters (101,.., 116) for transmitting of transmission light pulses into the surveillance area , having a detector unit comprising at least one detector for detecting light pulses remitted from the surveillance area and having a control and evaluation unit for controlling the transmission unit and for evaluating of measurement data from the detector unit , wherein a space angle into which the transmitters (101,.., 116) radiate is so small and the transmitters (101,..,116) are arranged in the transmission unit such that the transmission light pulses of the different transmitters (101,..,116) illuminate, on an object in the surveillance area , illumination spots distinguishable from one another, wherein distinguishing means are present for distinguishing light pulses going back to transmission light pulses from different transmitters , and wherein the control and evaluation unit is designed for determining distances of object regions illuminated by the transmission light pulses in relation to the detector unit from time differences between the detection times of the remitted light pulses and the transmission times of the corresponding transmission light pulses as well as the speed of light in the surveillance area , characterized in, that the transmitters (101,..,116) are arranged along a curved line.
Dish rack, in particular a cutlery drawer , for a dishwasher, comprising a supporting frame which is mounted such that it can be pulled out of a washing chamber of the dishwasher and bears two cutlery inserts arranged thereon, the first of the two cutlery inserts preferably being fixed in position in relation to the supporting frame , and the second of the two cutlery inserts being movable in relation to the supporting frame , it being possible to transfer the second cutlery insert from a first use position into a second use position and vice versa, the second cutlery insert in the first use position being horizontally aligned at a first height in relation to the supporting frame and in the second use position being horizontally aligned at a second height in relation to the supporting frame , characterised in that the opposite longitudinal sides of the first and second cutlery insert each bear extensions which are arranged behind one another in the longitudinal direction of the relevant longitudinal side , the extensions of the first and second cutlery insert being arranged offset to one another.
Induction oven device (10a-i) with at least one heating unit (12a-i), which has at least one induction coil (14a-i) with at least one electrical conductor (16a-i), at least one substrate unit (18a-i) and at least one fastening unit (20a-i) with at least one fastening element (22a-i), which fastens the induction coil (14a-i) to the substrate unit (18a-i), wherein the substrate unit (18a-i) has at least one through-flow opening (24a-i), through which at least the fastening element (22a-i) is guided, characterised in that the substrate unit (18a-i) is embodied in a mat-like manner.
A display device (DD) comprising: a display module (DM); and a window (WM) which is disposed on the display module (DM) and in which a first non-folding region (NFA1-W), a folding region (FA1-W), and a second non-folding region (NFA2-W) are sequentially defined in a first direction (DR1, DR2), wherein the window (WM) includes: a base layer (BL); a first hard coating layer (HC1) disposed on an upper surface (BL-U) of the base layer (BL); and a second hard coating layer (HC2) disposed on a lower surface (BL-L) of the base layer (BL), and the second hard coating layer (HC2) includes: a first portion (HC2-NF) overlapping the first non-folding region (NFA1-W) and the second non-folding region (NFA2-W) of the window (WM); and a second portion (HC2-F) overlapping the folding region (FA1-W) of the window (WM) and having a hardness lower than a hardness of the first portion (HC1-NF) characterized in that the second portion (HC2-F) of the second hard coating layer (HC2) comprises a highly-stretchable polymer material selected from the group consisting of polyurea and polyester. a display module (DM); and a window (WM) which is disposed on the display module (DM) and in which a first non-folding region (NFA1-W), a folding region (FA1-W), and a second non-folding region (NFA2-W) are sequentially defined in a first direction (DR1, DR2), wherein the window (WM) includes: a base layer (BL); a first hard coating layer (HC1) disposed on an upper surface (BL-U) of the base layer (BL); and a second hard coating layer (HC2) disposed on a lower surface (BL-L) of the base layer (BL), and a base layer (BL); a first hard coating layer (HC1) disposed on an upper surface (BL-U) of the base layer (BL); and a second hard coating layer (HC2) disposed on a lower surface (BL-L) of the base layer (BL), and the second hard coating layer (HC2) includes: a first portion (HC2-NF) overlapping the first non-folding region (NFA1-W) and the second non-folding region (NFA2-W) of the window (WM); and a second portion (HC2-F) overlapping the folding region (FA1-W) of the window (WM) and having a hardness lower than a hardness of the first portion (HC1-NF) characterized in that a first portion (HC2-NF) overlapping the first non-folding region (NFA1-W) and the second non-folding region (NFA2-W) of the window (WM); and a second portion (HC2-F) overlapping the folding region (FA1-W) of the window (WM) and having a hardness lower than a hardness of the first portion (HC1-NF) characterized in that the second portion (HC2-F) of the second hard coating layer (HC2) comprises a highly-stretchable polymer material selected from the group consisting of polyurea and polyester.
A device comprising: a multiplexer having at least first and second input terminals and coupled to receive a first input signal at the first input terminal, to receive a second input signal at the second input terminal, to receive selection signals, characterised in that the multiplexer is configured to output: the first input signal in response to a first combination of the selection signals; the second input signal in response to a second combination of the selection signals; and an analog summation of the first and second input signals in response to a third combination of the selection signals. a multiplexer having at least first and second input terminals and coupled to receive a first input signal at the first input terminal, to receive a second input signal at the second input terminal, to receive selection signals, characterised in that the multiplexer is configured to output: the first input signal in response to a first combination of the selection signals; the second input signal in response to a second combination of the selection signals; and an analog summation of the first and second input signals in response to a third combination of the selection signals.
An axial air-gap rotary electric machine comprising a stator in which a plurality of core members including an iron core made of a substantially pillar body, a coil wound in an outer periphery of the iron core , and a bobbin disposed between the iron core and the coil are arranged in an annular shape along an inner periphery surface of a housing around a rotation axis (A), and at least one rotator facing an end surface of the iron core with a predetermined air gap interposed in a rotation axis direction, wherein the iron core is a core member in an open slot shape having the same cross section in the rotation axis direction, wherein the bobbin includes: a tube portion into which the iron core is inserted; and flange portions provided around at least one of both opening end portions of the tube portion and extending a predetermined length in a direction perpendicular to an outer periphery of the tube portion ; and the coil is wound on the tube portion outer periphery with regular winding; characterised in that the coil is formed by layers in which a number of turns for each layer wound at an external side with respect to a first layer wound in contact with the flange portion is obtained by subtracting at least one from a number of turns in a layer at an internal side adjacent thereto. a tube portion into which the iron core is inserted; and flange portions provided around at least one of both opening end portions of the tube portion and extending a predetermined length in a direction perpendicular to an outer periphery of the tube portion ; and
Firing mechanism for a sporting firearm (A) of the type comprising a barrel with a chamber, a breech block comprising a firing pin driven by a mainspring and positioned to strike a round of ammunition (M) contained in said chamber, the firing mechanism being adapted to cooperate with said firing pin , where said firing mechanism comprises: - a release lever comprising a detent pawl adapted to cooperate reversibly with said firing pin ; - a trigger ; - a plurality of levers , interposed between said trigger and said release lever , adapted, upon activation of said trigger , to cause the rotation of said release lever about its fulcrum and to free said firing pin ; - a containment structure adapted to house said components ; - elastic means applied to said release lever , and adapted to oppose the rotation thereof caused by the force exerted by the mainspring on the firing pin held back by the detent pawl , wherein: - said elastic means are applied to said release lever on the side opposite said detent pawl with respect to the fulcrum of the lever; - said elastic means comprise a tensioned coil spring , comprising a first end and a second end (9"), where said first end is associated with said release lever , and said second end (9") is associated, at least indirectly, with said containment structure of said firing mechanism , characterized in that said elastic means comprise means for regulating the elastic force of said tensioned coil spring . - a release lever comprising a detent pawl adapted to cooperate reversibly with said firing pin ; - a trigger ; - a plurality of levers , interposed between said trigger and said release lever , adapted, upon activation of said trigger , to cause the rotation of said release lever about its fulcrum and to free said firing pin ; - a containment structure adapted to house said components ; - elastic means applied to said release lever , and adapted to oppose the rotation thereof caused by the force exerted by the mainspring on the firing pin held back by the detent pawl , - said elastic means are applied to said release lever on the side opposite said detent pawl with respect to the fulcrum of the lever; - said elastic means comprise a tensioned coil spring , comprising a first end and a second end (9"), where said first end is associated with said release lever , and said second end (9") is associated, at least indirectly, with said containment structure of said firing mechanism , characterized in that said elastic means comprise means for regulating the elastic force of said tensioned coil spring .