mhurhangee/patent-ind-claim-en huggingface dataset:
A fastening device (1; 101), for fastening a soft tissue such as a ligament transplant to a bone , the fastening device (1; 101) comprising: - at least one anchoring member configured to be anchored in a hole drilled in the bone , said at least one anchoring member delimiting a cavity configured to open, on the one hand, onto the outer segment of the hole, and on the other hand, onto the inner segment of the hole, said at least one anchoring member comprising primary snap-fitting means; - a hooking element (20; 120) configured to hook the soft tissue; - a pulling element (22; 122) shaped for a link to a pull wire , the pulling element (22; 122) being shaped to penetrate into the cavity in a pulling direction (X), the pulling element (22; 122) being linked to the hooking element (20; 120) so that a pulling force on the pulling element (22; 122) moves the hooking element (20; 120); and - characterized in that the device is provided with secondary snap-fitting means linked to the hooking element (20; 120), the secondary snap-fitting means being shaped to penetrate into the cavity , the secondary snap-fitting means and the primary snap-fitting means being configured to mutually cooperate by elastic deformation so as to immobilize the hooking element (20; 120) relative to the anchoring member selectively in at least two , preferably in at least three, snap-fitting positions spaced along the pulling direction (X). - at least one anchoring member configured to be anchored in a hole drilled in the bone , said at least one anchoring member delimiting a cavity configured to open, on the one hand, onto the outer segment of the hole, and on the other hand, onto the inner segment of the hole, said at least one anchoring member comprising primary snap-fitting means; - a hooking element (20; 120) configured to hook the soft tissue; - a pulling element (22; 122) shaped for a link to a pull wire , the pulling element (22; 122) being shaped to penetrate into the cavity in a pulling direction (X), the pulling element (22; 122) being linked to the hooking element (20; 120) so that a pulling force on the pulling element (22; 122) moves the hooking element (20; 120); and - characterized in that the device is provided with secondary snap-fitting means linked to the hooking element (20; 120), the secondary snap-fitting means being shaped to penetrate into the cavity , the secondary snap-fitting means and the primary snap-fitting means being configured to mutually cooperate by elastic deformation so as to immobilize the hooking element (20; 120) relative to the anchoring member selectively in at least two , preferably in at least three, snap-fitting positions spaced along the pulling direction (X).
An in vitro method for assessing the specificity of a Fab fragment comprising the steps of a) providing an antigen binding molecule comprising an antigen binding domain and a recognition domain, wherein the antigen binding domain comprises the Fab fragment, wherein the Fab fragment is specific for a target antigen; b) contacting the antigen binding molecule with a target cell comprising the target antigen on the surface, particularly wherein the target cell is a cancer cell; c) contacting the antigen binding molecule with a chimeric antigen receptor (CAR) expressing reporter T (CAR-T) cell wherein the reporter CAR-T cell comprises: i. a CAR capable of specific binding to the recognition domain wherein the CAR is operationally coupled to a response element; ii. a reporter gene under the control of the response element; and d) determining T cell activation by determining the expression of the reporter gene to establish the specificity of the Fab fragment; wherein the recognition domain is an Fc domain. a) providing an antigen binding molecule comprising an antigen binding domain and a recognition domain, wherein the antigen binding domain comprises the Fab fragment, wherein the Fab fragment is specific for a target antigen; b) contacting the antigen binding molecule with a target cell comprising the target antigen on the surface, particularly wherein the target cell is a cancer cell; c) contacting the antigen binding molecule with a chimeric antigen receptor (CAR) expressing reporter T (CAR-T) cell wherein the reporter CAR-T cell comprises: i. a CAR capable of specific binding to the recognition domain wherein the CAR is operationally coupled to a response element; ii. a reporter gene under the control of the response element; and i. a CAR capable of specific binding to the recognition domain wherein the CAR is operationally coupled to a response element; ii. a reporter gene under the control of the response element; and d) determining T cell activation by determining the expression of the reporter gene to establish the specificity of the Fab fragment;
Assembly for measuring an ionization in a combustion chamber of a heater , to which a combustion gas air mixture can be fed and in which this mixture can be burned, wherein in addition to an ignition electrode and/or a ground electrode at least two ionization electrodes are present for measuring the ionization and wherein the two ionization electrodes are connected or can be connected respectively individually with an evaluation electronics , such that their ionization signals can be evaluated separately, characterised in that one of the ionization electrodes is made of a scale-resistant material and the other is made of a non-scale-resistant material.
A camera module, comprising: a PCB, Printed Circuit Board, ; an image sensor disposed on the PCB ; a bobbin disposed above the PCB and comprising a hole; a lens unit disposed at the hole of the bobbin and disposed at a position corresponding to that of the image sensor ; and adhesive fixing the lens unit to the bobbin , the lens unit comprises an outer peripheral surface, wherein at least a portion of the outer peripheral surface of the lens unit faces an inner peripheral surface of the hole of the bobbin , a gap exists between the outer peripheral surface of the lens unit and the inner peripheral surface of the bobbin , the outer peripheral surface of the lens unit comprises a first surface , a flange unit more protruding than the first surface of the lens unit , and a groove recessed from the first surface of the lens unit and disposed between the flange unit and the first surface of the lens unit , the flange unit of the lens unit comprises a second surface parallel to the first surface of the lens unit , the first and second surfaces are parallel to an optical axis, the first and second surfaces are separated by the groove , at least a portion of the adhesive is disposed in the gap and disposed on the second surface of the flange unit , and the first surface extends from the groove in a direction toward the PCB . a PCB, Printed Circuit Board, ; an image sensor disposed on the PCB ; a bobbin disposed above the PCB and comprising a hole; a lens unit disposed at the hole of the bobbin and disposed at a position corresponding to that of the image sensor ; and adhesive fixing the lens unit to the bobbin , the lens unit comprises an outer peripheral surface, wherein at least a portion of the outer peripheral surface of the lens unit faces an inner peripheral surface of the hole of the bobbin , a gap exists between the outer peripheral surface of the lens unit and the inner peripheral surface of the bobbin , the outer peripheral surface of the lens unit comprises a first surface , a flange unit more protruding than the first surface of the lens unit , and a groove recessed from the first surface of the lens unit and disposed between the flange unit and the first surface of the lens unit , the flange unit of the lens unit comprises a second surface parallel to the first surface of the lens unit , the first and second surfaces are parallel to an optical axis, the first and second surfaces are separated by the groove , at least a portion of the adhesive is disposed in the gap and disposed on the second surface of the flange unit , and the first surface extends from the groove in a direction toward the PCB .
Use of an artificial protein for isolating a nucleosome, the nucleosome comprising a histone protein octamer comprising a first and a second histone modification, wherein the artificial protein comprises a first histone modification binding domain of 50 to 200 amino acids binding to the first histone modification, a second histone modification binding domain of 50 to 200 amino acids binding to the second histone modification, a linker of 5 to 50 amino acids connecting the first and the second histone modification binding domain, and an affinity tag, wherein the first and/or the second histone modification binding domain is selected from the group consisting of 14-3-3 domain, ADD domain, ankyrin, BAH domain, BIR domain, BRCT domain, tandem BRCT domain, bromodomain, double bromodomain, chromobarrel, chromodomain, double chromodomain, double PHD finger domain, MBT domain, PID domain, PHD domain, double PH domain, PWWP domain, royal family domain, Tudor domain, tandem Tudor domain, WD40 domain, and zinc finger CW domain.
Bowl feeder for a feed and storage system - with a casing body , which has an inner surface and an outer surface , - wherein the casing body forms at least one cavity structure , at least in sections, between the inner surface and the outer surface , - wherein the inner surface has a feed structure for transporting a bulk material, characterized in that - the bowl feeder and/or the casing body and/or their individual parts are produced at least partially using a 3D printing process, and - an imbalance of the bowl feeder , in particular an imbalance caused by at least one functional element attached to the bowl feeder and/or the casing body , is compensated or at least reduced by the cavity structure . - with a casing body , which has an inner surface and an outer surface , - wherein the casing body forms at least one cavity structure , at least in sections, between the inner surface and the outer surface , - wherein the inner surface has a feed structure for transporting a bulk material, characterized in that - the bowl feeder and/or the casing body and/or their individual parts are produced at least partially using a 3D printing process, and - an imbalance of the bowl feeder , in particular an imbalance caused by at least one functional element attached to the bowl feeder and/or the casing body , is compensated or at least reduced by the cavity structure .
A method for wireless communication by a User Equipment ,UE, comprising: receiving, a request for reporting an Aperiodic-Channel Quality Indicator, A-CQI, relating to a Secondary Cell ,Scell, configured for the UE when the UE is in a first state corresponding to the Scell, , where the UE does not monitor physical downlink control channel, PDCCH, and reports low periodicity channel state information, CSI, based on network provided CSI configuration resulting in the UE using lower power as compared to when the UE is in a second state ; and reporting, in response to the request, the A-CQI for the Scell in accordance with a first A-CQI reporting configuration for the first state which is different from a second A-CQI reporting configuration for the second state . receiving, a request for reporting an Aperiodic-Channel Quality Indicator, A-CQI, relating to a Secondary Cell ,Scell, configured for the UE when the UE is in a first state corresponding to the Scell, , where the UE does not monitor physical downlink control channel, PDCCH, and reports low periodicity channel state information, CSI, based on network provided CSI configuration resulting in the UE using lower power as compared to when the UE is in a second state ; and reporting, in response to the request, the A-CQI for the Scell in accordance with a first A-CQI reporting configuration for the first state which is different from a second A-CQI reporting configuration for the second state .
A method of reproducing a streaming video received from a source device , the method comprising: reproducing (S410), by a sync device , a first streaming video representing a full screen image on a screen of the source device , on a screen of the sync device using a full screen player; when a partial area of the full screen image on the screen of the source device changes, receiving (S420), from the source device , a second streaming video comprising change information about the changed partial area; determining a partial screen player to reproduce the second streaming video; reproducing (S440) the second streaming video in an area of a screen of the sync device which corresponds to the partial area of the full screen image on the screen of the source device using the partial screen player; and pausing the first streaming video being reproduced by the full screen player, wherein the full screen player is for reproducing the full screen image of the source device on the screen of the sync device and the partial screen player is for reproducing a partial area of the full screen image of the source device on the screen of the sync device. reproducing (S410), by a sync device , a first streaming video representing a full screen image on a screen of the source device , on a screen of the sync device using a full screen player; when a partial area of the full screen image on the screen of the source device changes, receiving (S420), from the source device , a second streaming video comprising change information about the changed partial area; determining a partial screen player to reproduce the second streaming video; reproducing (S440) the second streaming video in an area of a screen of the sync device which corresponds to the partial area of the full screen image on the screen of the source device using the partial screen player; and pausing the first streaming video being reproduced by the full screen player, wherein the full screen player is for reproducing the full screen image of the source device on the screen of the sync device and the partial screen player is for reproducing a partial area of the full screen image of the source device on the screen of the sync device.
A formulation having the following composition: Chemical Name Composition (% w/w) Besifloxacin.HCl (Equivalent to Besifloxacin) 0.5 to 4 Diethylene glycol monoethyl ether 2 to 7 Edetate disodium dehydrate (EDTA) 0.1 Glycerin 2 to 10 Hydroxyethyl cellulose 0.9 to 1.75 Carbomer 0 to 0.8 Phenoxyethanol 0.3 to 0.7 Polyethylene glycol 400 2 to 7 Sodium hyaluronate 0 to 0.5 Sodium hydroxide solution q.s. Purified water q.s. Viscosity range: 3500-15000m.Pa.s pH range: 5.5 to 7.0
A vehicle cab body for a vehicle , said vehicle cab body comprising a cab body structure comprising a roof structure , side wall structures , and a rear wall structure , characterized in that said vehicle cab body further comprises a vehicle battery , wherein a portion of at least one of the roof structure , side wall structures , and rear wall structure forms at least a part of a housing for said vehicle battery .
A method of controlling a transport vehicle to bring the transport vehicle into alignment with a harvester for unload on the go operation, the method comprising the steps of: determining a position for the transport vehicle ; determining an active swath for the harvester ; calculating for the transport vehicle an adjusted swath which is parallel to and offset from the active swath by a the- required lateral distance or lateral offset parameter, based on the active swath for the harvester ; calculating a trajectory for the transport vehicle to travel from the determined position of the transport vehicle to the adjusted swath, the trajectory including a straight line component and an arc component, the arc component being tangent to both the straight line component and the adjusted swath; and controlling the transport vehicle to follow the calculated trajectory with commands from a controller . determining a position for the transport vehicle ; determining an active swath for the harvester ; calculating for the transport vehicle an adjusted swath which is parallel to and offset from the active swath by a the- required lateral distance or lateral offset parameter, based on the active swath for the harvester ; calculating a trajectory for the transport vehicle to travel from the determined position of the transport vehicle to the adjusted swath, the trajectory including a straight line component and an arc component, the arc component being tangent to both the straight line component and the adjusted swath; and controlling the transport vehicle to follow the calculated trajectory with commands from a controller .
Dishwasher products dispenser kit, comprising a first container and a second container arranged in an adjacent configuration and adapted to contain separately a respective product to be dispensed, each container being provided with a dispensing portion and a closing member of said dispensing portion , made of a water dispersible material in order to enable the same dispensing portion to be opened during a washing step, a covering element wound at least partially around said first container and said second container , each container being provided with a first surface arranged, in use, below, from which develops said dispensing portion , a base , opposite to said first surface , and a lateral surface which extends between said first surface and said base , at least one of said first container and said second container presenting at least one shaped portion , having a longitudinal extension, shaped so as to cooperate, in said adjacent configuration, with a corresponding facing portion of the other said container , to define an engagement channel for a prong of a rack of a dishwasher, said covering element defining laterally said engagement channel , so as to enable, by inserting a respective prong inside said delimited engagement channel , the positioning of the dispenser kit in a position adapted to dispense each product separately contained in said first container and said second container , respectively, during the washing step, said covering element being wound around said lateral surface of each said container and extending up to said first surface of each said container , said covering element surrounding at least a portion of said first surface of each said container .
An apparatus for depositing a coating, the apparatus comprising: a coating chemical reactor for producing complex multi-functional coatings, the coating chemical reactor comprising a coating chemical dispenser that dispenses a chemical to be coated on a substrate; a coating chemical verification apparatus comprising an optical excitation source and one or more optical detectors (350-1, 350-2) that prepares and validates the coating chemical for deposition; means for digitizing an optical spectrum of wavelength vs intensity of the coating chemical; a deposition chamber coupled to the coating chemical reactor ; a surface activation apparatus for activating the surface of a substrate; coupled to the deposition chamber , wherein the surface activation apparatus generates ozone, oxygen, hydrogen peroxide, halogens, or other oxidizing species a processing gas supply coupled to the coating chemical reactor . a coating chemical reactor for producing complex multi-functional coatings, the coating chemical reactor comprising a coating chemical dispenser that dispenses a chemical to be coated on a substrate; a coating chemical verification apparatus comprising an optical excitation source and one or more optical detectors (350-1, 350-2) that prepares and validates the coating chemical for deposition; means for digitizing an optical spectrum of wavelength vs intensity of the coating chemical; a deposition chamber coupled to the coating chemical reactor ; a surface activation apparatus for activating the surface of a substrate; coupled to the deposition chamber , wherein the surface activation apparatus generates ozone, oxygen, hydrogen peroxide, halogens, or other oxidizing species a processing gas supply coupled to the coating chemical reactor .
A variable camber vane system for a gas turbine engine , comprising: a first airfoil portion having a first tip portion , a first root portion , a face extending at least partially between the first tip portion and the first root portion , and a groove in the face extending at least partially between the first tip portion and the first root portion , wherein the groove has a groove width ; a second airfoil portion arranged to rotate with respect to the first airfoil portion about a pivot axis , wherein the second airfoil portion includes a second tip portion ; a second root portion ; and a crown extending at least partially between the second tip portion and the second root portion , wherein the crown includes a crown radius centered about the pivot axis and positioned opposite the groove ; and a seal strip having a seal width greater than the groove width and a concave rubbing surface , the rubbing surface being preformed prior to installation into the first airfoil portion to have a radius complementary to and opposite the crown radius , wherein the seal strip is at least partially disposed in the groove with an interference fit; and wherein the seal strip is arranged to seal against fluid flow between the first airfoil portion and the second airfoil portion . a first airfoil portion having a first tip portion , a first root portion , a face extending at least partially between the first tip portion and the first root portion , and a groove in the face extending at least partially between the first tip portion and the first root portion , wherein the groove has a groove width ; a second airfoil portion arranged to rotate with respect to the first airfoil portion about a pivot axis , wherein the second airfoil portion includes a second tip portion ; a second root portion ; and a crown extending at least partially between the second tip portion and the second root portion , wherein the crown includes a crown radius centered about the pivot axis and positioned opposite the groove ; and a seal strip having a seal width greater than the groove width and a concave rubbing surface , the rubbing surface being preformed prior to installation into the first airfoil portion to have a radius complementary to and opposite the crown radius , wherein the seal strip is at least partially disposed in the groove with an interference fit; and wherein the seal strip is arranged to seal against fluid flow between the first airfoil portion and the second airfoil portion .