mhurhangee/patent-ind-claim-en huggingface dataset:
Wheeled platform provided with a chassis comprising tubes (A, B, C, D, E, F, G) and plates that are welded and drilled with holes allowing attachment, by screw-fitting, of multiple elements including a draw bar , a push bar , a hand-hitch or a foot-hitch , at least one gully , at least one anti-tipping element , an extension and at least one castor spacer , characterized in that it comprises: - the draw bar equipped with a spring by which, when unhitched, it can rise up perpendicular to the chassis , and - the push bar consisting of a single curved tube in the shape of an open loop in the lower part which leaves a space required for lowering the draw bar , and which comprises, in the upper part, two oblique half-arms that meet at the centre at a height greater than that of the lateral ends. - the draw bar equipped with a spring by which, when unhitched, it can rise up perpendicular to the chassis , and - the push bar consisting of a single curved tube in the shape of an open loop in the lower part which leaves a space required for lowering the draw bar , and which comprises, in the upper part, two oblique half-arms that meet at the centre at a height greater than that of the lateral ends.
An illumination device (DE) comprising a first source (S1) generating first photons defining light of a first color, and a lens (L) of elongated shape and acting on said generated first photons so that they are directed towards a front portion and participate in a selected photometric function, and further comprising i) at least a second source (S2j) generating second photons defining light of a second color and ii) at least one light guide (Gj) comprising a first end (E21j) supplied with generated second photons, a second end (E22j), opposite to said first end (E21j) and placed in the vicinity of one of two opposite ends (E1j) of said lens (L) to supply it with second photons guided from said first end (E21j), so as to induce in at least one portion of said lens (L) an internal illumination having said second color characterized in that it comprises another second source (S2j) generating second photons defining the light having the second color, and ii) another light guide (Gj) comprising a first end (E21j) supplied with second photons generated by this other second source (S2j) a second end (E22j), opposite to said first end (E21j) and placed in the vicinity of the other of said opposite ends (E1j) of the lens (L) for supplying it with second photons guided from said first end (E21j) in order to induce in at least a portion of said lens (L) an internal illumination having said second color, said lens (L) comprising two external faces (Fk) opposite and extending between its opposite ends (E1j), at least one of said external faces (Fk) comprising three-dimensional structures scattering some of said second photons outwardly in order to induce a halo light effect.
An assembly including: a cylinder housing , at least one bearing cap , and a crankshaft guide bearing housed between the bearing cap and the cylinder housing , characterized in that the guide bearing comprises a one-piece guide ring having at least one guide track having a symmetry of revolution about a reference axis , the one-piece guide ring having one or more first bore(s) aligned with one or more corresponding first hole(s) in the cylinder housing and one or more second bore(s) aligned with one or more corresponding second hole(s) of the bearing cap , the assembly further comprising one or more first attachment rod(s) extending through the first bores and penetrating into the corresponding first hole(s) and one or more second attachment rod(s) extending through the second bores and penetrating into the corresponding second holes .
A motor control system , the system comprising: one or more motors having a rotor ; a motor controller for controlling operation of the one or more motors , wherein the motor controller is communicatively coupled to each of the one or more motors ; one or more encoders configured to detect an absolute position of the one or more motors ; characterised by a processing device for exchanging data related to the operation of the one or more motors with the motor controller , the processing device including an application processor , one or more co-processors , and a state vector memory for storing inertial data and positional information, the state vector memory comprising state vectors storing state vector data including position, velocity and angular orientation, a plurality of addressable memory locations and a state vector memory management interface communicatively coupled to the state vector memory , the state vector management interface configured to provide read and write control to the state vector memory and coordinate sharing and updating the state vector data in a concurrent fashion between the application processor and the one or more co-processors , wherein the processing device is configured to: receive signals indicative of absolute positions of the one or more motors from the one or more encoders ; convert the received encoder signals into a format understood by the motor controller ; and send the converted signals to the motor controller . one or more motors having a rotor ; a motor controller for controlling operation of the one or more motors , wherein the motor controller is communicatively coupled to each of the one or more motors ; one or more encoders configured to detect an absolute position of the one or more motors ; characterised by a processing device for exchanging data related to the operation of the one or more motors with the motor controller , the processing device including an application processor , one or more co-processors , and a state vector memory for storing inertial data and positional information, the state vector memory comprising state vectors storing state vector data including position, velocity and angular orientation, a plurality of addressable memory locations and a state vector memory management interface communicatively coupled to the state vector memory , the state vector management interface configured to provide read and write control to the state vector memory and coordinate sharing and updating the state vector data in a concurrent fashion between the application processor and the one or more co-processors , wherein the processing device is configured to: receive signals indicative of absolute positions of the one or more motors from the one or more encoders ; convert the received encoder signals into a format understood by the motor controller ; and send the converted signals to the motor controller . receive signals indicative of absolute positions of the one or more motors from the one or more encoders ; convert the received encoder signals into a format understood by the motor controller ; and send the converted signals to the motor controller .
An image forming apparatus comprising: a storage unit configured to store identification information identifying an information terminal device and mode information indicating a mode corresponding to the information terminal device in association with each other; a communication unit configured to receive from the information terminal device a wireless signal including identification information that is stored in the information terminal device and identifies the information terminal device , and determine an intensity of the received wireless signal; and a control unit configured to, when determining that the determined intensity of the received wireless signal is equal to or greater than a predetermined intensity, read from the storage unit the mode information corresponding to the identification information included in the received wireless signal, and set the image forming apparatus to the mode indicated by the read mode information, characterized in that : the mode information indicates settings for printing, and the control unit is configured to, when setting the image forming apparatus to the mode indicated by the read mode information, configure settings for the image forming apparatus based on the read mode information. a storage unit configured to store identification information identifying an information terminal device and mode information indicating a mode corresponding to the information terminal device in association with each other; a communication unit configured to receive from the information terminal device a wireless signal including identification information that is stored in the information terminal device and identifies the information terminal device , and determine an intensity of the received wireless signal; and a control unit configured to, when determining that the determined intensity of the received wireless signal is equal to or greater than a predetermined intensity, read from the storage unit the mode information corresponding to the identification information included in the received wireless signal, and set the image forming apparatus to the mode indicated by the read mode information, characterized in that : the mode information indicates settings for printing, and the control unit is configured to, when setting the image forming apparatus to the mode indicated by the read mode information, configure settings for the image forming apparatus based on the read mode information.
A method comprising: a communication device receiving a request to establish a media session with a remote endpoint; in response to receiving the request, the communication device exchanging media-session control data with the remote endpoint on behalf of a local endpoint to establish the requested media session between the local endpoint and the remote endpoint, wherein the communication device is communicatively connected to the local endpoint via a Personal Area Network (PAN) communication link, the PAN communication link comprising a Bluetooth communication link; and the communication device relaying media-session payload data between the local and remote endpoints, wherein the media-session payload data (i) is associated with the media session and (ii) is encrypted based on at least one payload-data cryptographic key that is not accessible to the communication device, characterized in that relaying the media-session payload data comprises relaying the media-session payload data via the Bluetooth communication link according to a first Bluetooth profile including an Advanced Audio Distribution Profile (A2DP), and in that the communication device provides local-endpoint media-session control data to the local endpoint via the Bluetooth communication link according to a second Bluetooth profile that is different from the first Bluetooth profile, the second Bluetooth profile includes a Serial Port Profile (SPP) or a non-audio Bluetooth profile, the local-endpoint media-session control data being based on the media-session control data. a communication device receiving a request to establish a media session with a remote endpoint; in response to receiving the request, the communication device exchanging media-session control data with the remote endpoint on behalf of a local endpoint to establish the requested media session between the local endpoint and the remote endpoint, wherein the communication device is communicatively connected to the local endpoint via a Personal Area Network (PAN) communication link, the PAN communication link comprising a Bluetooth communication link; and the communication device relaying media-session payload data between the local and remote endpoints, wherein the media-session payload data (i) is associated with the media session and (ii) is encrypted based on at least one payload-data cryptographic key that is not accessible to the communication device,
A modified transcription factor comprising at least a first, a second, and a third zinc finger motif, and optionally further comprising a fourth, a fifth, a sixth, a seventh, an eighth, or a ninth zinc finger motif, wherein the transcription factor is capable of increasing utrophin expression when expressed in skeletal or cardiac muscle tissue by specifically binding to a mouse or human utrophin A promoter, characterized in that the transcription factor comprises an amino acid sequence of SEQ ID NO: 38.
A solid oxide fuel cell comprising: a battery cell including a cathode, an anode, and an electrolyte layer provided between the cathode and the anode; a first separator positioned on an opposite surface to the surface of the cathode with the electrolyte layer and provided with a flow channel pattern having a groove pattern and a protrusion pattern , to which air is supplied; a second separator positioned on an opposite surface to the surface of the anode with the electrolyte layer and provided with a flow channel pattern having a groove pattern and a protrusion pattern , to which fuel is supplied; an anode current collector provided between the anode and the second separator; and an electrically conductive pattern provided on a surface of the anode current collector facing the second separator along the groove pattern of the second separator, wherein the electrically conductive pattern is inserted into the groove pattern of the second separator. a battery cell including a cathode, an anode, and an electrolyte layer provided between the cathode and the anode; a first separator positioned on an opposite surface to the surface of the cathode with the electrolyte layer and provided with a flow channel pattern having a groove pattern and a protrusion pattern , to which air is supplied; a second separator positioned on an opposite surface to the surface of the anode with the electrolyte layer and provided with a flow channel pattern having a groove pattern and a protrusion pattern , to which fuel is supplied; an anode current collector provided between the anode and the second separator; and an electrically conductive pattern provided on a surface of the anode current collector facing the second separator along the groove pattern of the second separator, wherein the electrically conductive pattern is inserted into the groove pattern of the second separator.
A pump (200; 300) comprising: a rotating shaft ; an impeller mounted on the rotating shaft ; a balance mechanism (70; 360) configured to balance axial thrust acting on the rotating shaft ; a pump casing configured to accommodate the impeller and the balance mechanism (70; 360); a balance pipe configured to allow communication between a balance space (73; 362) in the pump casing and a space on a fluid suction side of the pump casing ; a check valve provided in the balance pipe and configured to allow fluid to flow through the check valve only in a direction from the balance space (73; 362) towards the space on the fluid suction side; characterised by a safety valve , provided between the balance space (73; 362) and the check valve and configured to open to release a fluid outwards when a pressure of the fluid in the balance space (73; 362) is equal to or higher than a set value. a rotating shaft ; an impeller mounted on the rotating shaft ; a balance mechanism (70; 360) configured to balance axial thrust acting on the rotating shaft ; a pump casing configured to accommodate the impeller and the balance mechanism (70; 360); a balance pipe configured to allow communication between a balance space (73; 362) in the pump casing and a space on a fluid suction side of the pump casing ; a check valve provided in the balance pipe and configured to allow fluid to flow through the check valve only in a direction from the balance space (73; 362) towards the space on the fluid suction side; characterised by a safety valve , provided between the balance space (73; 362) and the check valve and configured to open to release a fluid outwards when a pressure of the fluid in the balance space (73; 362) is equal to or higher than a set value.
A computer-implemented method , comprising: receiving , by a computing device, a plurality of inputs caused a series of left-eye and/or right-eye winks by a user; converting the plurality of inputs into a numeric value; determining that a threshold amount of time has elapsed since a last input of the plurality of inputs; providing the converted numeric value to the user for validation based on the determination that the threshold amount of time has elapsed; receiving user input indicating that the numeric value is valid; and authorizing the user based on the numeric value of the plurality of inputs and the received user input indicating that the numeric value is valid. receiving , by a computing device, a plurality of inputs caused a series of left-eye and/or right-eye winks by a user; converting the plurality of inputs into a numeric value; determining that a threshold amount of time has elapsed since a last input of the plurality of inputs; providing the converted numeric value to the user for validation based on the determination that the threshold amount of time has elapsed; receiving user input indicating that the numeric value is valid; and authorizing the user based on the numeric value of the plurality of inputs and the received user input indicating that the numeric value is valid.
A rim for an at least partially muscle-powered bicycle , comprising a rim body with opposed rim flanks , a rim well and a rim base , in which the rim flanks abut in the radially most inwardly point , and with opposed rim flanges , each extending from one of the rim flanks up to a radially most outwardly point , so that the rim flanges together with the rim flanks form opposed side walls , which extend from the radially most inwardly point up to the radially most outwardly point , wherein the widest spot of the rim body lies beneath the rim well and above a horizontal centerline , characterized in that in the widest spot the width is larger by at least one quarter than is a clear rim width between the rim flanges , and that the side walls each show a defined curvature shape with at least one inflection point , which is disposed between the radially most outwardly point and the widest spot and lies external of the rim flange , and that in the inflection point , a concave curvature makes a transition to a convex curvature , and that the convex curvature lies between the inflection point and the widest spot , and that the concave curvature lies between the inflection point and the radially most outwardly point .
A method of decoding video data according to a merge mode, the method comprising: obtaining an index value for a current video block coded in the merge mode, the index value identifying, in a subset of candidate predictive video blocks, a selected predictive video block; obtaining a prediction unit shape and prediction unit index for the current video block, wherein the prediction unit index specifies the relative location of the prediction unit within the current video block; generating an ordered set of candidate predictive video blocks based on spatial and temporal neighbors to the current video block, wherein the order of the candidate predictive video blocks is based on the prediction unit shape and prediction unit index; limiting the ordered set of candidate predictive blocks to a subset of the candidate predictive video blocks; selecting a predictive video block from the subset based on the index value; and generating motion information for the current video block according to the merge mode based on motion information of the predictive video block, wherein generating the motion information for the current video block comprises inheriting motion information from the predictive video block. obtaining an index value for a current video block coded in the merge mode, the index value identifying, in a subset of candidate predictive video blocks, a selected predictive video block; obtaining a prediction unit shape and prediction unit index for the current video block, wherein the prediction unit index specifies the relative location of the prediction unit within the current video block; generating an ordered set of candidate predictive video blocks based on spatial and temporal neighbors to the current video block, wherein the order of the candidate predictive video blocks is based on the prediction unit shape and prediction unit index; limiting the ordered set of candidate predictive blocks to a subset of the candidate predictive video blocks; selecting a predictive video block from the subset based on the index value; and generating motion information for the current video block according to the merge mode based on motion information of the predictive video block, wherein generating the motion information for the current video block comprises inheriting motion information from the predictive video block.
A rail vehicle with an interior for transporting passengers and a ventilation device for ventilating the interior , wherein the ventilation device comprises the following: - An inlet for the introduction of supply air (ZL) into the interior; and - an outlet for the discharge of exhaust air (AL) from the interior, wherein the inlet is formed by a plurality of first openings , which are distributed in a planar manner substantially over the entire surface of a first wall , wherein this first wall forms the floor, the ceiling or a side wall of the interior , characterized in that the outlet is formed by a plurality of second openings , which are distributed in a planar manner substantially over the entire surface of a second wall , and that this second wall is located opposite the first wall and forms the floor, the ceiling or a side wall of the interior . - An inlet for the introduction of supply air (ZL) into the interior; and - an outlet for the discharge of exhaust air (AL) from the interior,
A drum type washing machine comprising: - a cabinet ; - a tub disposed in the cabinet and directly fixed to the cabinet , - a drum disposed in the tub in which washing is performed; and characterized in that - a drying device is disposed on an upper side of the tub whereby the drying device extends from a rear upper side of the tub to a front side of the tub to circulate air in the drum and to dry laundry in the drum . - a cabinet ; - a tub disposed in the cabinet and directly fixed to the cabinet , - a drum disposed in the tub in which washing is performed; and characterized in that - a drying device is disposed on an upper side of the tub