mhurhangee/patent-ind-claim-en huggingface dataset:
Frame for receiving a windscreen, said frame being provided for arranging on a vehicle head of a rail-bound vehicle, in particular rail vehicle, wherein the frame for the windscreen has at least one deformation element which can correspondingly absorb energy and dissipate same by targeted deformation in such a manner that the windscreen moves out of the frame without large broken pieces, preferably free from broken pieces, characterized in that the at least one deformation element is designed as a bead running at least partially, preferably completely, around the windscreen in the circumferential direction.
Method for producing a vehicle tyre , the vehicle tyre having an outer surface, the outer surface comprising a surface of a tread , the surface of the tread having a vulcanette, the method comprising at least the following steps: a) providing an unvulcanized tread ; b) providing a tyre blank; c) positioning the vulcanette on the surface of the unvulcanized tread ; d) providing a mould for moulding the tread ; e) moulding the tread by the mould ; f) vulcanization of the vulcanette and the tyre in a vulcanizing device comprising the mould for moulding the tread . a) providing an unvulcanized tread ; b) providing a tyre blank; c) positioning the vulcanette on the surface of the unvulcanized tread ; d) providing a mould for moulding the tread ; e) moulding the tread by the mould ; f) vulcanization of the vulcanette and the tyre in a vulcanizing device comprising the mould for moulding the tread .
A total shoulder prosthesis comprising a humeral portion and a scapular portion, each portion being provided with at least one osseointegrable component and at least one articular component wherein: - said at least one osseointegrable component in the humeral portion comprises a humeral body produced as a semicircular asymmetrical cage having a proximal base facing the scapular portion, in a mounted condition of the prosthesis , and an eccentric distal cylindrical base , on the transversal plane, and opposite with respect said proximal base , said proximal base being suitable for being interchangeably coupled with the articular component such as a humeral head for an anatomical prosthesis or a concave insert for a reverse prosthesis; - said at least one osseointegrable component in the scapular portion comprises a glenoid base-plate with an asymmetric anatomical form for the coupling of the articular component such as a concave glenoid insert for an anatomical prosthesis or a glenosphere for a reverse prosthesis, said articular components for anatomical prostheses or for reverse prostheses being intercoupled with each other in an operating condition, characterized in that said base facing the scapular portion is a proximal circular ring base and in that said proximal circular ring base and said eccentric distal cylindrical base are connected to each other by a plurality of arms wherein at least one of the arms of said humeral body has one or more holes for favouring the growth of the humeral bone tissue and facilitating the anchorage of the humeral body to the bone. - said at least one osseointegrable component in the humeral portion comprises a humeral body produced as a semicircular asymmetrical cage having a proximal base facing the scapular portion, in a mounted condition of the prosthesis , and an eccentric distal cylindrical base , on the transversal plane, and opposite with respect said proximal base , said proximal base being suitable for being interchangeably coupled with the articular component such as a humeral head for an anatomical prosthesis or a concave insert for a reverse prosthesis; - said at least one osseointegrable component in the scapular portion comprises a glenoid base-plate with an asymmetric anatomical form for the coupling of the articular component such as a concave glenoid insert for an anatomical prosthesis or a glenosphere for a reverse prosthesis,
A child tray coupled or arranged to be coupled to a child support device for receiving a child, the child tray comprising: a tray body defining a first substantially planar surface having a shallow recess configured to receive articles intended for a child positioned within the child support device; and a first auxiliary tray moveably coupled to the tray body and operable to selectively extend from a retracted position in which the auxiliary tray is at least partially concealed by the tray body, to an extended position beyond the perimeter of the tray body in which the auxiliary tray is positioned substantially out of reach of the child while in the extended position, characterised in that the first auxiliary tray includes a peripheral lip . a tray body defining a first substantially planar surface having a shallow recess configured to receive articles intended for a child positioned within the child support device; and a first auxiliary tray moveably coupled to the tray body and operable to selectively extend from a retracted position in which the auxiliary tray is at least partially concealed by the tray body, to an extended position beyond the perimeter of the tray body in which the auxiliary tray is positioned substantially out of reach of the child while in the extended position, characterised in that the first auxiliary tray includes a peripheral lip .
A method to actively protect a physical asset/area through defense and denial, comprising: receiving, by a computer network, sensor data associated with characteristics of an environment corresponding to a physical asset/area from at least one sensor configured to identify an occurrence; identifying, by the computer network, an occurrence as a threat based upon a probability that the occurrence will create a risk to the physical asset/area and developing situational awareness; generating, by the computer network, a plurality of countermeasures, each countermeasure including a probabilistic outcome when applied of at least one of reducing the probability that the threat will cause the risk and delaying the time required for the threat to become the risk; applying, by the computer network, decision rules to select a countermeasure; transmitting, by the computer network, countermeasure data to at least one actuator , wherein the countermeasure data is configured for activating the at least one actuator to achieve the probabilistic outcome; and generating a continuous feedback loop, via the computer network, for receiving actuator data and the sensor data, and dynamically re-characterizing the occurrence, re-developing situational awareness, re-generating the plurality of countermeasures, and re-applying decision rules to adaptively re-transmit countermeasure data. receiving, by a computer network, sensor data associated with characteristics of an environment corresponding to a physical asset/area from at least one sensor configured to identify an occurrence; identifying, by the computer network, an occurrence as a threat based upon a probability that the occurrence will create a risk to the physical asset/area and developing situational awareness; generating, by the computer network, a plurality of countermeasures, each countermeasure including a probabilistic outcome when applied of at least one of reducing the probability that the threat will cause the risk and delaying the time required for the threat to become the risk; applying, by the computer network, decision rules to select a countermeasure; transmitting, by the computer network, countermeasure data to at least one actuator , wherein the countermeasure data is configured for activating the at least one actuator to achieve the probabilistic outcome; and generating a continuous feedback loop, via the computer network, for receiving actuator data and the sensor data, and dynamically re-characterizing the occurrence, re-developing situational awareness, re-generating the plurality of countermeasures, and re-applying decision rules to adaptively re-transmit countermeasure data.
A method for operating a system with a first automatically moving floor processing device and a second automatically moving floor processing device , wherein the first floor processing device detects environmental features in an environment of the first floor processing device , wherein the first floor processing device and the second floor processing device comprise data communication means by means of which the floor processing devices communicate with each other, wherein the first floor processing device or a shared computing device allocated to both the first floor processing device and the second floor processing device generates a first area map based on the detected environmental features, and wherein the first floor processing device also detects the second floor processing device , and the position of the second floor processing device is thereupon stored within the generated first area map , characterized in that the first floor processing device transmits its first area map created up to that point to the second floor processing device , and wherein the second floor processing device receives the first area map and information about a current position of the second floor processing device within the first area map already during a first floor processing activity performed by the first floor processing device , and wherein a control device of the second floor processing device controls a second floor processing activity independently on the basis of the first area map and the received information about the current position of the second floor processing device within the first area map .
Method for the isolation of human cardiac progenitor cells subpopulations, comprising the following steps: a) mincing a heart tissue sample containing a population of cardiac cells; b) 4-times progressive digestion of the cardiac tissue with an enzymatic mixture until a cell suspension is achieved and filtration is achieved through filters of size comprised between 30 μM and 100 μM; c) further digestion of residual cardiac tissue obtained in step b) for 16 hours with an enzymatic mixture until a cell suspension is achieved and filtration through filters of size comprised between 30 μM and 100 μM; d) culturing the cell suspension obtained in step b) and c) in a culture medium suitable to propagate the cardiac cells; e) preliminary expansion of the cell suspension obtained in step d) in a culture medium suitable to expand the cardiac cells in the presence of an enzymatic or non enzymatic solution; f) secondary expansion of the cardiac cells obtained in step e) in a culture medium suitable to further expand the cardiac cells in the presence of an enzymatic or non enzymatic solution; g) isolating one or more subpopulations of cardiac cells by positive and/or negative selection by the use of monoclonal antibodies directed against one or more surface antigens expressed in the starting population of cardiac progenitor cells. a) mincing a heart tissue sample containing a population of cardiac cells; b) 4-times progressive digestion of the cardiac tissue with an enzymatic mixture until a cell suspension is achieved and filtration is achieved through filters of size comprised between 30 μM and 100 μM; c) further digestion of residual cardiac tissue obtained in step b) for 16 hours with an enzymatic mixture until a cell suspension is achieved and filtration through filters of size comprised between 30 μM and 100 μM; d) culturing the cell suspension obtained in step b) and c) in a culture medium suitable to propagate the cardiac cells; e) preliminary expansion of the cell suspension obtained in step d) in a culture medium suitable to expand the cardiac cells in the presence of an enzymatic or non enzymatic solution; f) secondary expansion of the cardiac cells obtained in step e) in a culture medium suitable to further expand the cardiac cells in the presence of an enzymatic or non enzymatic solution; g) isolating one or more subpopulations of cardiac cells by positive and/or negative selection by the use of monoclonal antibodies directed against one or more surface antigens expressed in the starting population of cardiac progenitor cells.
A method for measuring an electrical property of an electrical circuit, comprising: measuring the electrical property by means of a measurement probe connected to the electrical circuit, converting the measured electrical property of the electrical circuit to an optical signal; and sending the optical signal; characterized in that the method further comprises: receiving the optical signal by means of an image sensor configured to record images comprising the measurement probe that transmits the optical signal; and processing the recorded images in order to decode the measurement data from the received optical signal. measuring the electrical property by means of a measurement probe connected to the electrical circuit, converting the measured electrical property of the electrical circuit to an optical signal; and sending the optical signal; receiving the optical signal by means of an image sensor configured to record images comprising the measurement probe that transmits the optical signal; and processing the recorded images in order to decode the measurement data from the received optical signal.
Side guide for a screen device for a screen which can be rolled up and unrolled, the side guide comprising a hinge point and: - a screen profile for receiving an edge of the screen; - a frame profile comprising the hinge point ; - a cover profile , comprising a hinge element provided with a protrusion ; and - a coupling element which can be coupled to the frame profile and comprises a flexible body provided with an engaging protrusion ; configured such that rotation of the hinge element over the hinge point ensures that the engaging protrusion of the coupling element engages on the protrusion of the hinge element . - a screen profile for receiving an edge of the screen; - a frame profile comprising the hinge point ; - a cover profile , comprising a hinge element provided with a protrusion ; and - a coupling element which can be coupled to the frame profile and comprises a flexible body provided with an engaging protrusion ;
Method for the automatic, driver-independent braking of a vehicle, a brake system of the vehicle being equipped with a hydraulic vehicle brake and with a fall-back brake system , it being possible for the hydraulic brake pressure of the hydraulic vehicle brake to be set via an adjustable brake pressure adjuster, the vehicle as a rule being braked via an actuation of the brake pressure adjuster during the performance of the automatic braking operation, characterized in that the fall-back brake system is actuated to generate a brake force for the case where a setpoint value which is to be set in the hydraulic vehicle brake and is determined automatically in a regulator of the hydraulic vehicle brake exceeds a threshold value, and in that the adjustable brake pressure adjuster is the hydraulic pump of an electronic stability program or an electromechanical brake booster .
A conveyor belt module , comprising: a body extending in length from a forward end to a rearward end and in width from a first side edge to a second side edge and in thickness from a top side to an opposite bottom side ; a plurality of hinge elements extending from the forward end and the rearward end ; an endless belt arranged to move transversely relative to the body ; and characterized in that the hinge elements have a top surface that is lower than the top side of the body and the body includes a channel in the top surface for receiving the endless belt such that a top surface of the endless belt is substantially flush with the top side of the body , and the endless belt forms a majority of the conveying surface of the module extending almost to the hinge elements and sides of the module. a body extending in length from a forward end to a rearward end and in width from a first side edge to a second side edge and in thickness from a top side to an opposite bottom side ; a plurality of hinge elements extending from the forward end and the rearward end ; an endless belt arranged to move transversely relative to the body ; and characterized in that the hinge elements have a top surface that is lower than the top side of the body and the body includes a channel in the top surface for receiving the endless belt such that a top surface of the endless belt is substantially flush with the top side of the body , and the endless belt forms a majority of the conveying surface of the module extending almost to the hinge elements and sides of the module.
A method for invoking a function in an application, wherein the method is performed by a user equipment in a locked state, sleep state, and/or a standby state, the method comprising: detecting (S101), by a sensing module configured on the user equipment, an operation of a user on the user equipment; determining whether a predetermined button is pressed while the user inputs the operation on the user equipment, wherein the predetermined button comprises a physical button or virtual touch key provided on the user equipment; in response to determining that the predetermined button is pressed while the user inputs the operation, determining whether the detected operation of the user matches a predetermined user operation; and in response to i) determining that the predetermined button is pressed while the user inputs the operation and ii) determining that the detected operation of the user matches the predetermined user operation, invoking (S102) a function in an application associated with the predetermined user operation, wherein invoking the function in the application comprises a) determining whether the user inputs correct authentication information and b) in response to determining that the user inputs correct authentication information, invoking the function in the application associated with the predetermined user operation. detecting (S101), by a sensing module configured on the user equipment, an operation of a user on the user equipment; determining whether a predetermined button is pressed while the user inputs the operation on the user equipment, wherein the predetermined button comprises a physical button or virtual touch key provided on the user equipment; in response to determining that the predetermined button is pressed while the user inputs the operation, determining whether the detected operation of the user matches a predetermined user operation; and in response to i) determining that the predetermined button is pressed while the user inputs the operation and ii) determining that the detected operation of the user matches the predetermined user operation, invoking (S102) a function in an application associated with the predetermined user operation, wherein invoking the function in the application comprises a) determining whether the user inputs correct authentication information and b) in response to determining that the user inputs correct authentication information, invoking the function in the application associated with the predetermined user operation. a) determining whether the user inputs correct authentication information and b) in response to determining that the user inputs correct authentication information, invoking the function in the application associated with the predetermined user operation.
A therapeutically effective amount of a polynucleotide that binds an FUS polypeptide or an RNA-binding domain of FUS, for use in a method to treat a neurodegenerative disease, wherein the neurodegenerative disease is caused, exacerbated and/or accelerated by an aggregation of FUS, wherein the polynucleotide comprises SEQ ID NO:103 and comprises 150 nucleotides or less.
A coupling device comprising a tubular body defining a channel having successively along an axis a first segment for receiving an endpiece and a second segment in which a valve member is mounted to be axially movable under thrust from the endpiece from a closed position closing a seat that extends between the first segment and the second segment , towards a disengaged position disengaging the seat , the first segment being provided with a housing in which a latch is movably mounted to move transversely relative to the channel between an unlocking position and a locking position into which the latch is urged by a spring , the latch being provided with a transverse bore enabling the endpiece to pass through the latch to push against the valve member , a first step and a second step projecting into the bore in axially offset positions in such a manner that, when the latch is in the locking position, the first step retains the endpiece in a pushed-in position holding the valve member in its disengaged position, and when the latch is in the unlocking position, the second step retains the endpiece in an intermediate position leaving the valve member in its closed position, thereby enabling the endpiece to be purged, the coupling device being characterized in that the latch is movable along the axial direction of the channel between a first axial position in which the latch and a wall of the housing have a first pair of retaining portions in mutual contact to retain the latch in the unlocking position, and a second axial position in which said retaining portions are disengaged from each other, the second axial position being closer to the valve member than the first axial position.
A side wall panel for the inner side of a gangway between two vehicle parts articulated with one another, the side wall panel comprising - a flexible middle part , which can bulge, - a first holder , which is attached to at least one first fastening bracket so it is pivotable around a first pivot axis , - a second holder , which is attached to at least one second fastening bracket so it is pivotable around a second pivot axis , wherein the flexible middle part is arranged between the first and the second holder and is attached to the first and second holder with its end regions facing toward the first and second holder , characterized in that the attachment of the flexible middle part to the first and/or the second holder is formed so it is rotatable in relation to the respective holder . - a flexible middle part , which can bulge, - a first holder , which is attached to at least one first fastening bracket so it is pivotable around a first pivot axis , - a second holder , which is attached to at least one second fastening bracket so it is pivotable around a second pivot axis ,
A coating composition substantially free of bisphenol A that can be applied by spraying, rolling, dipping or flow coating to a substrate used to hold, touch or contact food or beverage, the coating composition comprising a non-bisphenol A based film forming resin and an adhesion promoter composition, wherein the adhesion promoter composition is prepared by a method comprising: i) mixing an epoxidized resin and a solvent to form a mixture; ii) adding a phosphoric acid compound to the resulting mixture to form a phosphate ester; iii) adding water to partially hydrolyze the phosphate ester; and iv) adding a neutralizer to form the adhesion promoter resin. i) mixing an epoxidized resin and a solvent to form a mixture; ii) adding a phosphoric acid compound to the resulting mixture to form a phosphate ester; iii) adding water to partially hydrolyze the phosphate ester; and iv) adding a neutralizer to form the adhesion promoter resin.
A method of producing a reinforcement, comprising a lattice structure made of rovings , characterized by the steps of • providing a flat carrier material , • applying rovings to the carrier material , the rovings forming crossing points , • fixing crossing points with a thread, the thread linking at least two rovings with one another as well as with the carrier material , • dissolving the carrier material with a solvent for the carrier material . • providing a flat carrier material , • applying rovings to the carrier material , the rovings forming crossing points , • fixing crossing points with a thread, the thread linking at least two rovings with one another as well as with the carrier material , • dissolving the carrier material with a solvent for the carrier material .