mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a display configured to include a main display area, a first curved sub display area and a second curved sub display area; wherein the first curved sub display area is extended from the main display area in an integrated manner and is bent toward a first side of the main display area and is smaller than the main display area, and wherein the second curved sub display area is extended from the main display area in an integrated manner and is bent toward a second side of the main display area opposite to the first side of the main display area and is smaller than the main display area; and a controller configured to, in response to a request to receive a call occurring while a video content associated with a video application is provided on the main display area and a user interface to control the video application and associated with the video application is provided on the first curved sub display area, provide a sub user interface associated with the request to receive the call on the second curved sub display area, wherein the sub user interface associated with the request to receive the call comprises a user interface element to accept or reject the call, wherein the controller, in response to a user touch interaction to accept to receive the call being input through the sub user interface, is further configured to control the display so as to keep providing video content associated with the video application on the main display area while making the call, and not output audio of the video content while conducting the call. a display configured to include a main display area, a first curved sub display area and a second curved sub display area; wherein the first curved sub display area is extended from the main display area in an integrated manner and is bent toward a first side of the main display area and is smaller than the main display area, and wherein the second curved sub display area is extended from the main display area in an integrated manner and is bent toward a second side of the main display area opposite to the first side of the main display area and is smaller than the main display area; and a controller configured to, in response to a request to receive a call occurring while a video content associated with a video application is provided on the main display area and a user interface to control the video application and associated with the video application is provided on the first curved sub display area, provide a sub user interface associated with the request to receive the call on the second curved sub display area, wherein the sub user interface associated with the request to receive the call comprises a user interface element to accept or reject the call, wherein the controller, in response to a user touch interaction to accept to receive the call being input through the sub user interface, is further configured to control the display so as to keep providing video content associated with the video application on the main display area while making the call, and not output audio of the video content while conducting the call.
A method for the extrusion of preforms, which, on the underside of an extrusion die , emerge vertically from an annular nozzle gap of the extrusion die, and are expanded by blow moulding to form hollow plastic bodies, wherein the geometry of the nozzle gap is altered during the extrusion of the preforms, wherein at least one elastically deformable sleeve is used for purposes of altering the nozzle gap geometry, which sleeve is arranged within the extrusion die such that it can be adjusted horizontally, and forms an inner peripheral surface or an outer peripheral surface of the annular gap , wherein at least two program-controlled actuators are used for the horizontal adjustment and the elastic deformation of the sleeve , which actuators act on the perimeter of the elastic sleeve at force application points that are offset by 180°, and wherein the sleeve is horizontally adjusted by movements of the force application points in the same direction, and is elastically deformed by movements of the force application points in opposite directions, and/or by differing magnitudes, - wherein the adjustment paths of the actuators are controlled using a program controller , which runs synchronously with the extrusion of the preforms, and which determines the movements of the force application points by the superposition of two movement components , - wherein the first movement component enables a symmetrical deformation of the sleeve , and consists of opposing, and, in terms of magnitude, equally large, adjustment paths of the force application points , - wherein the second movement component enables a horizontal positional displacement of the position of the sleeve and consists of adjustment paths of the force application points in the same direction and of the same magnitude, characterised in that - the available adjustment path of the actuators is greater than a permissible deformation stroke for the deformation of the sleeve, and - wherein for the first movement component a limiting value (GW14) for the maximum permissible adjustment path is specified by means of the program controller. - wherein the adjustment paths of the actuators are controlled using a program controller , which runs synchronously with the extrusion of the preforms, and which determines the movements of the force application points by the superposition of two movement components , - wherein the first movement component enables a symmetrical deformation of the sleeve , and consists of opposing, and, in terms of magnitude, equally large, adjustment paths of the force application points , - wherein the second movement component enables a horizontal positional displacement of the position of the sleeve and consists of adjustment paths of the force application points in the same direction and of the same magnitude, - the available adjustment path of the actuators is greater than a permissible deformation stroke for the deformation of the sleeve, and - wherein for the first movement component a limiting value (GW14) for the maximum permissible adjustment path is specified by means of the program controller.
Humidification device for humidifying process gases, in particular for fuel cells , comprising a stack of repeating components comprising a) a water vapour-permeable first membrane , b) a first layer arrangement arranged on a first side of the first membrane , comprising b1) a first flow layer for conducting a process gas to be humidified, comprising a plurality of flow channels running parallel to the first membrane , c) a second layer arrangement arranged on a second side of the first membrane , comprising c1) a second flow layer for conducting a wet gas, comprising a plurality of flow channels running parallel to the first membrane as well as c2) two support films connecting on both sides of the second flow layer , which have a plurality of through openings , d) a water-vapour permeable second membrane which is arranged on the side of the second layer arrangement facing away from the first membrane , characterised in that the support films with their outer periphery end respectively with an outer periphery of the second flow layer and of the membranes . a) a water vapour-permeable first membrane , b) a first layer arrangement arranged on a first side of the first membrane , comprising b1) a first flow layer for conducting a process gas to be humidified, comprising a plurality of flow channels running parallel to the first membrane , c) a second layer arrangement arranged on a second side of the first membrane , comprising c1) a second flow layer for conducting a wet gas, comprising a plurality of flow channels running parallel to the first membrane as well as c2) two support films connecting on both sides of the second flow layer , which have a plurality of through openings , c1) a second flow layer for conducting a wet gas, comprising a plurality of flow channels running parallel to the first membrane as well as c2) two support films connecting on both sides of the second flow layer , which have a plurality of through openings , d) a water-vapour permeable second membrane which is arranged on the side of the second layer arrangement facing away from the first membrane ,
A signaling device for a shifting device for a bicycle , comprising: - a ring-like encoder base , and - a ring-like operating element which can be attached or is attached to the ring-like encoder base , so that the ring-like encoder base and the ring-like operating element together form a through-opening for receiving a handlebar of the bicycle , wherein the ring-like operating element has at least one magnet and is arranged such that the ring-like operating element can be held or is held on the ring-like encoder base by the at least one magnet in a neutral position (x 0 , y 0 , z 0 ) and that the ring-like operating element , starting from the neutral position (x 0 , y 0 , z 0 ), can be operated at least as follows: - performing a rotary movement (26; 28) of the ring-like operating element relative to the ring-like encoder base in any direction about a longitudinal axis (Z) of the passage opening , and - performing a tilting movement of the ring-like operating element relative to the ring-like encoder base , wherein the signaling device further comprises at least one sensor for generating encoder signals , each of which corresponds to a specific rotary movement (26; 28) or tilting movement of the ring-like operating element . - a ring-like encoder base , and - a ring-like operating element which can be attached or is attached to the ring-like encoder base , so that the ring-like encoder base and the ring-like operating element together form a through-opening for receiving a handlebar of the bicycle , wherein the ring-like operating element has at least one magnet and is arranged such that the ring-like operating element can be held or is held on the ring-like encoder base by the at least one magnet in a neutral position (x 0 , y 0 , z 0 ) and that the ring-like operating element , starting from the neutral position (x 0 , y 0 , z 0 ), can be operated at least as follows: - performing a rotary movement (26; 28) of the ring-like operating element relative to the ring-like encoder base in any direction about a longitudinal axis (Z) of the passage opening , and - performing a tilting movement of the ring-like operating element relative to the ring-like encoder base , - performing a rotary movement (26; 28) of the ring-like operating element relative to the ring-like encoder base in any direction about a longitudinal axis (Z) of the passage opening , and - performing a tilting movement of the ring-like operating element relative to the ring-like encoder base , wherein the signaling device further comprises at least one sensor for generating encoder signals , each of which corresponds to a specific rotary movement (26; 28) or tilting movement of the ring-like operating element .
A cylinder head of an engine , comprising: a plurality of exhaust ports configured to lead out exhaust gas from combustion chambers; a plurality of intake ports configured to introduce fresh air into the combustion chambers; an intake air aggregate part configured to aggregate the plurality of intake ports ; and an EGR gas passage in which EGR gas flows, wherein exhaust outlets of the plurality of exhaust ports and an EGR gas inlet of the EGR gas passage are arranged side-by-side on a flat first side surface, a fresh air inlet of the intake air aggregate part and an EGR gas outlet of the EGR gas passage are arranged side-by-side on a flat second side surface which is a side opposite to the first side surface, charaterized in that the EGR gas passage and the cylinder head are formed integrally, and the EGR gas passage is connected to an exhaust manifold through an EGR cooler . a plurality of exhaust ports configured to lead out exhaust gas from combustion chambers; a plurality of intake ports configured to introduce fresh air into the combustion chambers; an intake air aggregate part configured to aggregate the plurality of intake ports ; and an EGR gas passage in which EGR gas flows, wherein exhaust outlets of the plurality of exhaust ports and an EGR gas inlet of the EGR gas passage are arranged side-by-side on a flat first side surface, a fresh air inlet of the intake air aggregate part and an EGR gas outlet of the EGR gas passage are arranged side-by-side on a flat second side surface which is a side opposite to the first side surface, charaterized in that the EGR gas passage and the cylinder head are formed integrally, and the EGR gas passage is connected to an exhaust manifold through an EGR cooler .
Screw compressor comprising a hollow casing within which a reservoir for air and oil is realized and on which, in an upper position, a suction group for air from outside the reservoir comprising at least an air intake valve and at least an air filter, on one lateral end a flow block provided with an oil/air separation device and an oil filter and at least a valve for extracting compressed air are disposed, said casing being provided with an opening on the opposite side with respect to the said on which the flow block is provided, a casing closure flange to which a screw compression unit is fixed that when the flange is placed to close the opening causes the insertion into the reservoir of said unit, wherein the position of the unit in the reservoir is such as to make one of its suction mouth matching the intake valve of the reservoir and to allow one of its flow pipe to pump compressed air into the reservoir, wherein the connection between the suction mouth and the suction group is carried out by means of a second flange , so that the hermeticity is guaranteed in this connection area, where they are present parts subjected to high pressure, wherein the connections for fixing the compression unit to the casing are both on the side of the first flange/cover of the reservoir and on the side of the suction mouth, via the second flange . a casing closure flange to which a screw compression unit is fixed that when the flange is placed to close the opening causes the insertion into the reservoir of said unit, wherein the position of the unit in the reservoir is such as to make one of its suction mouth matching the intake valve of the reservoir and to allow one of its flow pipe to pump compressed air into the reservoir, wherein the connection between the suction mouth and the suction group is carried out by means of a second flange , so that the hermeticity is guaranteed in this connection area, where they are present parts subjected to high pressure, wherein the connections for fixing the compression unit to the casing are both on the side of the first flange/cover of the reservoir and on the side of the suction mouth, via the second flange .
A latch system comprising: a paddle button assembly that includes a button that is movable between a home position and an actuation position, a latch assembly that includes a striker assembly and a hook assembly , and a cable that extends between the paddle button assembly and the latch assembly, wherein movement of the button from the home position to the actuation position moves the cable, thereby disengaging the hook assembly and striker assembly; wherein the hook assembly includes a hook and the striker assembly includes a striker , and wherein movement of the cable causes movement of one of the hook and the striker to disengage the hook assembly and the striker assembly; wherein movement of the button pushes or pulls the cable, thereby pivoting a trigger arm from an engaged position to a disengaged position and disengaging the hook from the striker; characterized in that the hook assembly includes an indicator that is movable from a first position to a second position when the trigger arm is moved from the engaged position to the disengaged position; wherein the indicator is enclosed in a housing , wherein the indicator extends outwardly from the housing when in the second position; and wherein the housing is a hook assembly housing that defines a housing interior that houses the components of the hook assembly. a paddle button assembly that includes a button that is movable between a home position and an actuation position, a latch assembly that includes a striker assembly and a hook assembly , and a cable that extends between the paddle button assembly and the latch assembly, wherein movement of the button from the home position to the actuation position moves the cable, thereby disengaging the hook assembly and striker assembly; wherein the hook assembly includes a hook and the striker assembly includes a striker , and wherein movement of the cable causes movement of one of the hook and the striker to disengage the hook assembly and the striker assembly; wherein movement of the button pushes or pulls the cable, thereby pivoting a trigger arm from an engaged position to a disengaged position and disengaging the hook from the striker; characterized in that the hook assembly includes an indicator that is movable from a first position to a second position when the trigger arm is moved from the engaged position to the disengaged position; wherein the indicator is enclosed in a housing , wherein the indicator extends outwardly from the housing when in the second position; and wherein the housing is a hook assembly housing that defines a housing interior that houses the components of the hook assembly.
A T cell for use in therapy, wherein the T cell expresses an artificial T cell receptor which binds specifically to claudin-6 (CLDN6), wherein binding of said artificial T cell receptor to CLDN6 expressed on cancer cells results in proliferation and activation of the T cell, wherein the artificial T cell receptor comprises a binding domain for CLDN6, a transmembrane domain and a T cell signaling domain, wherein the T cell signaling domain comprises the endodomain of CD3-zeta, optionally in combination with CD28.
An apparatus comprising: a conduit having a bore; a fluid mixer coupled to the conduit for mixing fluid flowing through the bore of the conduit ; a plurality of sensors for measuring a characteristic of the fluid at different locations in the bore of the conduit downstream from the fluid mixer ; and a controller operable to monitor performance of the fluid mixer in mixing the fluid flowing through the bore of the conduit based on the measured characteristic of the fluid at the different locations in the bore of the conduit downstream from the fluid mixer , characterized in that the plurality of sensors for measuring the characteristic include a plurality of sensors for measuring a proportion of one or more phases in a multiphase fluid, wherein the multiphase fluid includes water and oil, and the plurality of sensors for measuring the proportion of one or more phases in the multiphase fluid includes a plurality of sensors for measuring a proportion of the water or oil of the multiphase fluid at the different locations in the bore. a conduit having a bore; a fluid mixer coupled to the conduit for mixing fluid flowing through the bore of the conduit ; a plurality of sensors for measuring a characteristic of the fluid at different locations in the bore of the conduit downstream from the fluid mixer ; and a controller operable to monitor performance of the fluid mixer in mixing the fluid flowing through the bore of the conduit based on the measured characteristic of the fluid at the different locations in the bore of the conduit downstream from the fluid mixer , characterized in that the plurality of sensors for measuring the characteristic include a plurality of sensors for measuring a proportion of one or more phases in a multiphase fluid, wherein the multiphase fluid includes water and oil, and the plurality of sensors for measuring the proportion of one or more phases in the multiphase fluid includes a plurality of sensors for measuring a proportion of the water or oil of the multiphase fluid at the different locations in the bore.
A method for channel state information (CSI) measurement feedback in a V2X direct communication scenario, characterized in that the method comprises: receiving , by a first device, CSI measurement reference signal resource pool configuration information transmitted by a base station, wherein the CSI measurement reference signal resource pool configuration information comprises identification information of n CSI measurement reference signal resources in a CSI measurement reference signal resource set, where n is a positive integer; transmitting , by the first device, CSI measurement configuration information to a second device in direct communication with the first device, wherein the CSI measurement configuration information comprises the identification information of m CSI measurement reference signal resources in the n CSI measurement reference signal resources, where m is a positive integer less than or equal to n; and receiving , by the first device, CSI measurement feedback information transmitted by the second device. receiving , by a first device, CSI measurement reference signal resource pool configuration information transmitted by a base station, wherein the CSI measurement reference signal resource pool configuration information comprises identification information of n CSI measurement reference signal resources in a CSI measurement reference signal resource set, where n is a positive integer; transmitting , by the first device, CSI measurement configuration information to a second device in direct communication with the first device, wherein the CSI measurement configuration information comprises the identification information of m CSI measurement reference signal resources in the n CSI measurement reference signal resources, where m is a positive integer less than or equal to n; and receiving , by the first device, CSI measurement feedback information transmitted by the second device.