mhurhangee/patent-ind-claim-en huggingface dataset:
A measuring tape rule device comprising: a tape rule housing , the housing having a connection member ; an axle within the housing , the axle configured to rotate about an axis of rotation; a reel within the housing , the reel configured to rotate about the axis of rotation and the axle ; an elongated tape having gradations thereon and wound on the reel ; a first spring coupled between the axle and the connection member of the housing ; and a second spring coupled between the axle and the reel ; wherein rotation of the reel relative to the housing in a direction tending to tension the second spring transmits rotational movement to the axle through the tensioning of the second spring , and wherein such rotational movement of the axle is applied to the first spring to tension the first spring ; and characterized in that the connection member has an annular configuration that is configured to engage a groove formed in the reel ; and the measuring tape device further comprises a first spring chamber defined by the connection member , an interior wall of the housing , and an exterior wall of the reel ; a second spring chamber defined by interior walls of the reel ; and wherein the first spring is disposed in the first chamber and the second spring is disposed in the second chamber , and wherein the first spring chamber is located on a first side of the axle and the second spring chamber is located on a second side of the axle . a tape rule housing , the housing having a connection member ; an axle within the housing , the axle configured to rotate about an axis of rotation; a reel within the housing , the reel configured to rotate about the axis of rotation and the axle ; an elongated tape having gradations thereon and wound on the reel ; a first spring coupled between the axle and the connection member of the housing ; and a second spring coupled between the axle and the reel ; wherein rotation of the reel relative to the housing in a direction tending to tension the second spring transmits rotational movement to the axle through the tensioning of the second spring , and wherein such rotational movement of the axle is applied to the first spring to tension the first spring ; and characterized in that the connection member has an annular configuration that is configured to engage a groove formed in the reel ; and the measuring tape device further comprises a first spring chamber defined by the connection member , an interior wall of the housing , and an exterior wall of the reel ; a second spring chamber defined by interior walls of the reel ; and wherein the first spring is disposed in the first chamber and the second spring is disposed in the second chamber , and wherein the first spring chamber is located on a first side of the axle and the second spring chamber is located on a second side of the axle . a second spring chamber defined by interior walls of the reel ; and wherein the first spring is disposed in the first chamber and the second spring is disposed in the second chamber , and wherein the first spring chamber is located on a first side of the axle and the second spring chamber is located on a second side of the axle .
An information acquisition method, comprising: acquiring, by a server, a request for acquiring event information for a first terminal (S11); acquiring, by the server, event attribute information from the request (S21), wherein the event attribute information comprises event occurrence time and an event occurrence location, characterized by further comprising: determining, by the server, candidate terminals which are located at the event occurrence location at the event occurrence time according to pre-acquired movement trajectory records of the respective terminals (S31); determining, by the server, one of the candidate terminals as a second terminal by virtue of an image recognition technology, wherein an image or video stored on each candidate terminal is recognized to judge whether the stored image or video contains an image of the event location (S32); and controlling, by the server, the second terminal to send the event information consistent with the event attribute information to the first terminal by sending the event attribute information acquired from the request to the second terminal (S13). acquiring, by a server, a request for acquiring event information for a first terminal (S11); acquiring, by the server, event attribute information from the request (S21), wherein the event attribute information comprises event occurrence time and an event occurrence location, characterized by further comprising: determining, by the server, candidate terminals which are located at the event occurrence location at the event occurrence time according to pre-acquired movement trajectory records of the respective terminals (S31); determining, by the server, one of the candidate terminals as a second terminal by virtue of an image recognition technology, wherein an image or video stored on each candidate terminal is recognized to judge whether the stored image or video contains an image of the event location (S32); and controlling, by the server, the second terminal to send the event information consistent with the event attribute information to the first terminal by sending the event attribute information acquired from the request to the second terminal (S13). determining, by the server, candidate terminals which are located at the event occurrence location at the event occurrence time according to pre-acquired movement trajectory records of the respective terminals (S31); determining, by the server, one of the candidate terminals as a second terminal by virtue of an image recognition technology, wherein an image or video stored on each candidate terminal is recognized to judge whether the stored image or video contains an image of the event location (S32); and controlling, by the server, the second terminal to send the event information consistent with the event attribute information to the first terminal by sending the event attribute information acquired from the request to the second terminal (S13).
Method for accessing data relating to at least one operation implemented by at least one device (N1) forming a node of a network (R) of a plurality of devices (N1, N2, N3) forming nodes of said network and capable of communicating with one another via a first communication link (L1), characterized in that it comprises the following steps, implemented by an observation device (DT) connected to a terminal (T) distinct from said plurality of devices: reception (E10), at at least one second instant (T4), of at least one message (M2) by which a node-forming device (N1) signals to the observation device (DT) at least one operation (OP) implemented at at least one first instant (T1) by said node-forming device (N1), said at least one operation relating to data transmitted or received by said device via the first communication link or on a change of internal state of said device; storage (E12) of at least one item of information on said operation; on reception of a request (RQ) relating to at least one operation implemented by at least one node-forming device, originating from a terminal (T), via a second communication link (LT), transmission (E26) of a response (RP) to said request, said response (RP) being generated from at least a part of the stored information. reception (E10), at at least one second instant (T4), of at least one message (M2) by which a node-forming device (N1) signals to the observation device (DT) at least one operation (OP) implemented at at least one first instant (T1) by said node-forming device (N1), said at least one operation relating to data transmitted or received by said device via the first communication link or on a change of internal state of said device; storage (E12) of at least one item of information on said operation; on reception of a request (RQ) relating to at least one operation implemented by at least one node-forming device, originating from a terminal (T), via a second communication link (LT), transmission (E26) of a response (RP) to said request, said response (RP) being generated from at least a part of the stored information.
A method comprising: receiving, by a wireless device, one or more radio resource control, RRC, messages comprising parameters of multicast and broadcast services, MBS, on a cell comprising a first bandwidth part, BWP, and a second BWP, wherein the parameters indicate: a first starting resource block, RB, of first RBs, within the first BWP, that are first common frequency resources for the MBS; a second starting RB of second RBs, within the second BWP, that are second common frequency resources for the MBS; and a radio network temporary identifier, RNTI, for the MBS; and receiving, while the first BWP is active on the cell, via the first RBs and based on the RNTI: a group common downlink control information, DCI, scheduling a transport block of the MBS; and the transport block. receiving, by a wireless device, one or more radio resource control, RRC, messages comprising parameters of multicast and broadcast services, MBS, on a cell comprising a first bandwidth part, BWP, and a second BWP, wherein the parameters indicate: a first starting resource block, RB, of first RBs, within the first BWP, that are first common frequency resources for the MBS; a second starting RB of second RBs, within the second BWP, that are second common frequency resources for the MBS; and a radio network temporary identifier, RNTI, for the MBS; and a first starting resource block, RB, of first RBs, within the first BWP, that are first common frequency resources for the MBS; a second starting RB of second RBs, within the second BWP, that are second common frequency resources for the MBS; and a radio network temporary identifier, RNTI, for the MBS; and receiving, while the first BWP is active on the cell, via the first RBs and based on the RNTI: a group common downlink control information, DCI, scheduling a transport block of the MBS; and the transport block. a group common downlink control information, DCI, scheduling a transport block of the MBS; and the transport block.
A display system of a work machine comprising: an obtaining unit that obtains motion information and operation information (T) of the work machine; a motion image generator that generates a motion image of the work machine and an operation image corresponding to the motion image of the work machine based on the motion information and the operation information (T) obtained by the obtaining unit ; and a display that shows the motion image and the operation image of the work machine characterized in that the operation information includes a detection signal representing an amount of accelerator operation for setting a target speed of an engine of the work machine and the operation image is related to the accelerator operation. an obtaining unit that obtains motion information and operation information (T) of the work machine; a motion image generator that generates a motion image of the work machine and an operation image corresponding to the motion image of the work machine based on the motion information and the operation information (T) obtained by the obtaining unit ; and a display that shows the motion image and the operation image of the work machine
A system for mixing liquids and uniformly suspending particulates comprising: at least one substantially cylindrical vessel with a center and a radius comprising a vessel opening, a vessel base interior, and a vessel base exterior, the vessel further comprising: a plurality of side fins , the side fins comprising a side fin width and a side fin height; a plurality of interior projections extending from the vessel base interior, the interior projections comprising an interior projection width and an interior projection height; a plurality of circumferences (250a-250q) the circumferences each comprising a circumference radius; wherein the circumferences comprise the following radii: 6.4 mm, 14.2 mm, 19.1 mm, 22.9 mm, 26.2 mm, 31.8 mm, 34.3 mm, 38.7 mm, 40.7 mm, 42.7 mm, 44.5 mm, 46.3 mm, 49.7 mm, 51.3 mm, 54.3 mm, 58.7 mm, 62.2 mm; or, wherein the circumferences comprise the following radii: 4.5 mm, 13.50 mm, 22.50 mm, 31.50 mm; wherein neither the side fin width nor interior projection width extends within 0.5 mm of any of the circumferences; a drive base operably connected to the vessel base exterior; a motor operatively connected to the drive base; a motor controller with speed and rotational direction control. a plurality of side fins , the side fins comprising a side fin width and a side fin height; a plurality of interior projections extending from the vessel base interior, the interior projections comprising an interior projection width and an interior projection height; a plurality of circumferences (250a-250q) the circumferences each comprising a circumference radius; wherein the circumferences comprise the following radii: 6.4 mm, 14.2 mm, 19.1 mm, 22.9 mm, 26.2 mm, 31.8 mm, 34.3 mm, 38.7 mm, 40.7 mm, 42.7 mm, 44.5 mm, 46.3 mm, 49.7 mm, 51.3 mm, 54.3 mm, 58.7 mm, 62.2 mm; or, wherein the circumferences comprise the following radii: 4.5 mm, 13.50 mm, 22.50 mm, 31.50 mm; wherein the circumferences comprise the following radii: 6.4 mm, 14.2 mm, 19.1 mm, 22.9 mm, 26.2 mm, 31.8 mm, 34.3 mm, 38.7 mm, 40.7 mm, 42.7 mm, 44.5 mm, 46.3 mm, 49.7 mm, 51.3 mm, 54.3 mm, 58.7 mm, 62.2 mm; or, wherein the circumferences comprise the following radii: 4.5 mm, 13.50 mm, 22.50 mm, 31.50 mm; wherein neither the side fin width nor interior projection width extends within 0.5 mm of any of the circumferences; a drive base operably connected to the vessel base exterior; a motor operatively connected to the drive base; a motor controller with speed and rotational direction control.
A security element for value documents, wherein the security element comprises a carrier film and at least one decorative layer , wherein the security element has holes , wherein the at least one decorative layer comprises at least one metal layer and/or at least one layer of a printing ink and/or at least one layer having an optically variable effect and/or at least one thin-layer element having an optically variable effect and/or at least one layer with at least one fluorescent dye, characterized in that the security element , as viewed in the longitudinal direction of the security element , has at least two holes in a first region and also at least two holes in a second region , wherein a continuous unperforated window region is arranged between the first region and the second region , wherein a length of the window region , as viewed in the longitudinal direction of the security element , is greater than a shortest distance between two directly adjacent holes of the first region and between two directly adjacent holes of the second region .
A method implemented in a wireless transmit/receive unit, WTRU, the method comprising: receiving, from a network element of a network including a non-terrestrial network, differential delay information and physical random access channel configuration information, wherein the physical random access channel configuration information indicates a set of preambles and a physical random access channel occasions configuration; characterized by : based on the differential delay information, determining a set of candidate physical random access channel occasions from among a plurality of physical random access channel occasions of the physical random access channel occasion configuration; selecting a preamble from a group of preambles of the set of preambles, wherein the group of preambles is allocated to one candidate physical random access channel occasion of the set of candidate physical random access channel occasions; and transmitting the selected preamble using a physical random access channel resource corresponding to the one candidate physical random access channel occasion. receiving, from a network element of a network including a non-terrestrial network, differential delay information and physical random access channel configuration information, wherein the physical random access channel configuration information indicates a set of preambles and a physical random access channel occasions configuration; characterized by : based on the differential delay information, determining a set of candidate physical random access channel occasions from among a plurality of physical random access channel occasions of the physical random access channel occasion configuration; selecting a preamble from a group of preambles of the set of preambles, wherein the group of preambles is allocated to one candidate physical random access channel occasion of the set of candidate physical random access channel occasions; and transmitting the selected preamble using a physical random access channel resource corresponding to the one candidate physical random access channel occasion.
A method of authenticating via a computer server , comprising: the computer server receiving (s326) via a first communications channel an authentication token from a first authentication client , wherein the authentication token is generated by a hardware token ; the computer server determining (s326) an authenticity of the authentication token, wherein the authenticity determining comprises the computer server verifying that the authentication token was generated by the hardware token; and in accordance with an outcome of the authenticity determining, the computer server transmitting (s342) a payload to a second authentication client via a second communications channel distinct from the first communications channel, wherein the payload transmitting comprises the computer server transmitting (s324) a session token to the first authentication client, receiving (s336) a payload request comprising the session token from the second authentication client, and transmitting (s342) the payload to the second authentication client via the second communications channel in accordance with a correlation between the payload request and the session token, wherein the payload comprises a command for execution by the second authentication client, and wherein the command comprises a form-fill command. the computer server receiving (s326) via a first communications channel an authentication token from a first authentication client , wherein the authentication token is generated by a hardware token ; the computer server determining (s326) an authenticity of the authentication token, wherein the authenticity determining comprises the computer server verifying that the authentication token was generated by the hardware token; and in accordance with an outcome of the authenticity determining, the computer server transmitting (s342) a payload to a second authentication client via a second communications channel distinct from the first communications channel, wherein the payload transmitting comprises the computer server transmitting (s324) a session token to the first authentication client, receiving (s336) a payload request comprising the session token from the second authentication client, and transmitting (s342) the payload to the second authentication client via the second communications channel in accordance with a correlation between the payload request and the session token, wherein the payload comprises a command for execution by the second authentication client, and wherein the command comprises a form-fill command.
An energy transfer system comprising an inner hub ; an outer hub ; a torque coupling rotatably connecting the inner hub to the outer hub; a rim ; an array of spokes connecting the outer hub to the rim; an actuator fixed to the inner hub and comprising a flange extending from the inner hub and having an array of apertures ; an array of lever arms having a first end hingedly mounted to the outer hub, each lever arm comprising an abutment engaged with one of the apertures; and a spring captured between each lever arm and a respective one of the spokes; wherein a second end of each lever arm extends substantially radially between an adjacent pair of the spokes and is secured to the spring which is captured between the second end of the lever arm and one of the adjacent spokes.
An ozone generator unit comprising: a housing comprising: a first half having a first recess ; and a second half having a second recess , wherein the first half is coupled to the second half for allowing the first and second recesses to form a main chamber within the housing; an inlet and an outlet in the housing and extending to the main chamber; characterized by a first dielectric disc , arranged within the first recess in conductive contact with an inner surface of the first half ; a second dielectric disc , arranged within the second recess in conductive contact with an inner surface of the second half , wherein at least the first dielectric disc has a gas passage (21 2) ; and a high voltage elect rode , having a gas passage , arranged in the main chamber and between the first and second dielectric discs, wherein the high voltage electrode is spaced apart from the first and second dielectric discs using a first spacer and a second spacer to constitute a first gas chamber and a second gas chamber on either side of the high voltage electrode, and wherein the gas passage of the high voltage electrode and the gas passage of the first dielectric disc fluidically couple the first and second gas chambers. a first half having a first recess ; and a second half having a second recess , wherein the first half is coupled to the second half for allowing the first and second recesses to form a main chamber within the housing;