mhurhangee/patent-ind-claim-en huggingface dataset:
Method of initializing an LED driver to power an LED light engine comprising one or more LEDs (120.1, 220.1, 320.1, 420.1), the method comprising: - connecting a control terminal (110.5, 210.5) of the LED driver to a control terminal (120.3, 220.3, 320.3, 420.3) of the LED light engine, ; characterized by : - determining whether the control terminal of the LED light engine is a communication terminal by outputting a communication signal from the control terminal of the LED driver to the control terminal of the LED light engine, ; - establishing that the control terminal of the LED light engine is a communication terminal if a reply communication signal to the communication signal is received within a predetermined period, , wherein the control terminal of the LED light engine is not a communication terminal when no reply to the communication signal is received within the predetermined period; wherein: - if the control terminal of the LED light engine is a communication terminal, perform an initialisation of the LED driver by exchanging configuration data between the LED driver and the LED light engine, ; - if the control terminal of the LED light engine is not a communication terminal, determining an impedance value (120.4) observed at the control terminal of the LED light engine and performing an initialisation of the LED driver based on the impedance value, . - connecting a control terminal (110.5, 210.5) of the LED driver to a control terminal (120.3, 220.3, 320.3, 420.3) of the LED light engine, ; - determining whether the control terminal of the LED light engine is a communication terminal by outputting a communication signal from the control terminal of the LED driver to the control terminal of the LED light engine, ; - establishing that the control terminal of the LED light engine is a communication terminal if a reply communication signal to the communication signal is received within a predetermined period, , wherein the control terminal of the LED light engine is not a communication terminal when no reply to the communication signal is received within the predetermined period; - if the control terminal of the LED light engine is a communication terminal, perform an initialisation of the LED driver by exchanging configuration data between the LED driver and the LED light engine, ; - if the control terminal of the LED light engine is not a communication terminal, determining an impedance value (120.4) observed at the control terminal of the LED light engine and performing an initialisation of the LED driver based on the impedance value, .
A cylinder lock comprising, a first lock actuator comprising a first lock barrel rotatable within a first lock actuator housing , a second lock actuator , a lock cam having a cam shaft and a cam lever projecting therefrom, the lock cam disposed between the first and second lock actuators and rotatable about a lock axis, a clutch assembly configured to selectively form a drive path between either of the first and second lock actuators and the lock cam , characterised in that the clutch assembly comprises a biased element , the clutch assembly having a security position in which the biased element extends into corresponding receiving formations on the cam and the first lock barrel such that the cam is constrained relative to the first lock barrel .
Method for assessing the structural quality of three-dimensional components produced by a laser sintering or laser melting process, in which the component is produced by successively reinforced individual layers of building material reinforced by the action of radiation by sintering or melting of the building material, wherein the melting region generated by a point-like or line-like energy input is detected by a sensor device from which sensor values are derived for evaluating a component quality and the sensor values are stored together with the coordinate values locating the sensor values in the component , characterised by Classification of the determined sensor values into values critical and noncritical for the structural quality of the component, Representation of at least the values critical for the structural quality of the component in relation to a reference point lying or arranged in the region of the surface of the component , wherein a measurement is carried out between a selected reference point and a displayed sensor value assessed to be structure-critical. for the structural quality of the component,
Turn-lock fastener, in particular quarter-turn-lock fastener, for releasably connecting at least two, in particular plate-shaped, components which each comprise at least one through-opening, wherein at least one of the through-openings is not rotationally symmetrical, having a closure element comprising a first abutment surface , a second abutment surface and a connecting pin , which can rotate about an axis of rotation and connects the two abutment surfaces to one another spaced apart from one another and is connected centrally to the first and second abutment surface , wherein the abutment surfaces project radially away from the axis of rotation of the connecting pin , characterized in that in that the turn-lock fastener additionally comprises at least one guide element having a guide channel which extends along the axis of rotation of the connecting pin , wherein the connecting pin is rotatably mounted in the guide channel , wherein one of the abutment surfaces can be pivoted from an assembly position into a locking position by a relative rotational movement of the locking element with respect to the guide element , wherein said pivotable abutment surface lies inside an envelope described by the non-rotationally symmetrical through-opening in the assembly position and outside an envelope described by the non-rotationally symmetrical through-opening in the locking position, wherein a projection is configured on the closure element and/or the guide element which engages in an, in particular quarter-circular, recess provided on the guide element and/or on the closure element and/or wherein the guide channel is disposed centrally in the guide element . having a closure element comprising a first abutment surface , a second abutment surface and a connecting pin , which can rotate about an axis of rotation and connects the two abutment surfaces to one another spaced apart from one another and is connected centrally to the first and second abutment surface , wherein the abutment surfaces project radially away from the axis of rotation of the connecting pin , characterized in that in that the turn-lock fastener additionally comprises at least one guide element having a guide channel which extends along the axis of rotation of the connecting pin , wherein the connecting pin is rotatably mounted in the guide channel , wherein one of the abutment surfaces can be pivoted from an assembly position into a locking position by a relative rotational movement of the locking element with respect to the guide element , wherein said pivotable abutment surface lies inside an envelope described by the non-rotationally symmetrical through-opening in the assembly position and outside an envelope described by the non-rotationally symmetrical through-opening in the locking position, wherein a projection is configured on the closure element and/or the guide element which engages in an, in particular quarter-circular, recess provided on the guide element and/or on the closure element and/or wherein the guide channel is disposed centrally in the guide element .
Motor vehicle comprising: - two front wheels (R); - a front frame structure comprising a pair of struts which are mutually symmetrical with respect to an ideal vertical centreline plane; - a safety device to turn at least one wheel (R), which is one of said front wheels, transversely to a travel direction (A) during a frontal collision with an obstacle ; said safety device being borne by an intermediate portion of one of said struts and comprising an arm , which protrudes laterally outwards from said intermediate portion and is able to rotate about a rotation axis with respect to said intermediate portion between: a) an inactive position, in which said arm has a free end arranged in a position that is aligned with and spaced from said wheel (R) along a longitudinal direction (D) parallel to said travel direction (A); and b) an active position, in which said free end comes into contact with said wheel (R) along a direction (F) that is inclined with respect to said longitudinal direction (D) in order to cause a swerving of the wheel (R); characterised in that , in the inactive position, said rotation axis is arranged longitudinally between said free end and said wheel (R). - two front wheels (R); - a front frame structure comprising a pair of struts which are mutually symmetrical with respect to an ideal vertical centreline plane; - a safety device to turn at least one wheel (R), which is one of said front wheels, transversely to a travel direction (A) during a frontal collision with an obstacle ; said safety device being borne by an intermediate portion of one of said struts and comprising an arm , which protrudes laterally outwards from said intermediate portion and is able to rotate about a rotation axis with respect to said intermediate portion between: a) an inactive position, in which said arm has a free end arranged in a position that is aligned with and spaced from said wheel (R) along a longitudinal direction (D) parallel to said travel direction (A); and b) an active position, in which said free end comes into contact with said wheel (R) along a direction (F) that is inclined with respect to said longitudinal direction (D) in order to cause a swerving of the wheel (R); a) an inactive position, in which said arm has a free end arranged in a position that is aligned with and spaced from said wheel (R) along a longitudinal direction (D) parallel to said travel direction (A); and b) an active position, in which said free end comes into contact with said wheel (R) along a direction (F) that is inclined with respect to said longitudinal direction (D) in order to cause a swerving of the wheel (R);
A monitoring system for monitoring a milking point, the monitoring system comprising: an input configured to receive an electrical pulsation signal for controlling pulsation of a pulsator ; and a processor configured to identify the occurrence of a milking session based on the electrical pulsation signal received by the input. an input configured to receive an electrical pulsation signal for controlling pulsation of a pulsator ; and a processor configured to identify the occurrence of a milking session based on the electrical pulsation signal received by the input.
A portable chemical toilet comprising a bowl having a sewage hole and a seat for a user, wherein the bowl extends according to a bowl axis (Y) between the sewage hole and the seat, a tank for a conditioning liquid placed underneath said bowl , waste holding mobile means for temporary holding waste which waste holding mobile means is arranged between said bowl and said tank and shutting said sewage hole , flushing means adapted to deliver water or a sanitizing liquid inside the bowl, and drive means adapted to be actuated by the user to control the motion of said mobile means and at the same time to operate said flushing means, wherein said mobile holding means comprise a plate arranged on a plane orthogonal to said bowl axis (Y) and swiveling around a plate rotation axis (Y'), which axis is parallel to the bowl axis (Y), between a use position and a waste-removal position and always keeping said sewage hole shut; wherein a waste passage window is formed as a cut-out in a side wall of said bowl , continuously with the sewage hole and extending upwards from said sewage hole ; and wherein the toilet further comprises closure means adapted to reversibly close said waste passage window and to push the waste on the plate, whereby the closure means is automatically driven by said swiveling of said plate around said rotation axis (Y') to open the waste passage window when the plate swivels from said use position to said waste removal position according to a plate advancement run, thereby allowing the waste to be carried out of the bowl throught the waste passage window , and to close the waste passage window when the plate is returning from said waste removal position to said use position according to a plate return run, thereby preventing the waste from getting back into the bowl through said waste passage window and pushing during the returning of the plate the waste away from the plate to dump it into said tank.
A method of manufacturing a component carrier , wherein the method comprises: forming a stack comprising at least one electrically insulating layer structure and at least one electrically conductive layer structure , wherein the at least one electrically insulating layer structure comprises a reinforced resin or a non-reinforced resin, in particular epoxy resin; embedding a filament in the stack ; and removing at least part of the filament from the stack by pulling the filament out of the stack comprising the cured reinforced or non-reinforced resin; wherein the filament is made or is coated with a material having a low adhesion to the epoxy material; or the filament comprises a core covered with a release layer being covered, in turn, by a coating , so that while removing the core out of the stack the coating is kept inside of the stack for lining a remaining channel in the stack with the coating . forming a stack comprising at least one electrically insulating layer structure and at least one electrically conductive layer structure , wherein the at least one electrically insulating layer structure comprises a reinforced resin or a non-reinforced resin, in particular epoxy resin; embedding a filament in the stack ; and removing at least part of the filament from the stack by pulling the filament out of the stack comprising the cured reinforced or non-reinforced resin; wherein the filament is made or is coated with a material having a low adhesion to the epoxy material; or the filament comprises a core covered with a release layer being covered, in turn, by a coating , so that while removing the core out of the stack the coating is kept inside of the stack for lining a remaining channel in the stack with the coating .
A co-manipulation robot, comprising: - a first chain of elements which comprises a proximal end element (6; 106; 206; 306) forming a base of the robot and a distal end element, the various elements being mounted with the ability to move relative to one another so that the distal end element can be moved relative to the proximal end element, - at least one robot operating member (9; 109; 209; 309), said member being connected to one of the elements of the first chain of elements, other than the distal end element, and being designed to be able to be moved directly by an operator relative to the proximal end element, - control means (13, 14, 15, 16; 113, 116, 150, 150a, 151a, 151b, 151, 152, 153, 154, 155; 213, 215; 313, 350, 315) for controlling at least part of the first chain of elements and the operating member, being characterized in that the first chain of elements, the operating member and the control means are configured so that at least one movement of the operating member relative to the proximal end element according to at least one degree of freedom of the operating member has, associated with it, a more complex movement of the distal end element relative to the proximal end element according to at least one of the degrees of freedom of the distal end element. - a first chain of elements which comprises a proximal end element (6; 106; 206; 306) forming a base of the robot and a distal end element, the various elements being mounted with the ability to move relative to one another so that the distal end element can be moved relative to the proximal end element, - at least one robot operating member (9; 109; 209; 309), said member being connected to one of the elements of the first chain of elements, other than the distal end element, and being designed to be able to be moved directly by an operator relative to the proximal end element, - control means (13, 14, 15, 16; 113, 116, 150, 150a, 151a, 151b, 151, 152, 153, 154, 155; 213, 215; 313, 350, 315) for controlling at least part of the first chain of elements and the operating member,
A method for determining the skin sensitizing potency of an agent comprising or consisting of the steps of: (a) providing a population of dendritic cells or a population of dendritic-like cells; (b)exposing the cells provided in step (a) to a test agent; and (c) measuring in the cells of step (b) the expression of two or more biomarkers selected from the group defined in Table A; wherein step (c) comprises measuring the expression of HIST1H2BM; and wherein the expression of the two or more biomarkers measured in step (c) is indicative of the skin sensitizing potency of the test agent of step (b). (a) providing a population of dendritic cells or a population of dendritic-like cells; (b)exposing the cells provided in step (a) to a test agent; and (c) measuring in the cells of step (b) the expression of two or more biomarkers selected from the group defined in Table A; wherein step (c) comprises measuring the expression of HIST1H2BM; and wherein the expression of the two or more biomarkers measured in step (c) is indicative of the skin sensitizing potency of the test agent of step (b).
A method for producing containers from preforms of thermoplastic material by means of a blow molding machine having at least one temperature control device and a forming device with at least two forming stations , wherein the preforms are temperature-controlled by means of the temperature control device using predeterminable first control parameters, and wherein in each case a temperature-controlled preform is formed into a container by means of one of the forming stations using predeterminable second control parameters, and at least one of the second control parameters for each of the forming stations is specified individually and at least one property of a finished container is recorded by measurement and that, taking into account the recorded property, the individual second control parameters for the forming station used for forming the corresponding container are suitably specified in order to influence the corresponding property for containers subsequently formed in the same forming station with regard to desired container specifications, characterized in that the chronological progression of at least one of the individual second control parameters for a forming station is recorded, and that from the chronological progression of the at least one control parameter any change in a component characteristic of a component of the forming station assigned to the at least one control parameter is derived.
A film comprising an ethylene-based polymer composition characterized by a Comonomer Distribution Constant greater than 45 and as high as 400, wherein the ethylene-based polymer composition has less than 120 total unsaturation unit/1,000,000C, has less than 15 tri-substituted unsaturation units/1,000,000C, has a mono-modal comonomer distribution profile from 35 to 120°C, excluding purge, and wherein the film is characterized as having a yellowness b* change over 10 days of 3 or less, as determined by AATCC method 23-1994.
A stationary device locatable at or below a surface of a road for wirelessly exchanging data with a vehicle comprising a mobile device for wirelessly exchanging data with the stationary device and driving on the road , the stationary device comprising: a backhaul interface configured to receive mobility information of the vehicle from the mobile device of the vehicle ; a scheduler configured to schedule, based on the mobility information, the wireless exchange of at least one data unit, DU, comprising the data; and a wireless interface configured to wirelessly exchange the at least one DU with the mobile device of the vehicle as scheduled by the scheduler . a backhaul interface configured to receive mobility information of the vehicle from the mobile device of the vehicle ; a scheduler configured to schedule, based on the mobility information, the wireless exchange of at least one data unit, DU, comprising the data; and a wireless interface configured to wirelessly exchange the at least one DU with the mobile device of the vehicle as scheduled by the scheduler .
Fusion protein comprising a single-chain variable fragment antibody domain (scFv), a hinge, a transmembrane domain, an intracellular hCD28 signalling domain and an intracellular hCD3ζ (hCD3 zeta) signalling domain forming a chimeric antigen receptor having specificity for HLA-A*02 (CAR-A*02) or having specificity for SLA-01*0401 (CAR-SLA-01*0401) for use in the treatment of HvG disease in a patient, characterized by the single-chain variable fragment antibody domain (scFv) having an amino acid sequence which is selected from the group consisting of SEQ ID NO: 1 to SEQ ID NO: 12 or SEQ ID NO: 16 to SEQ ID NO: 19.
A face imaging device comprising a casing defining an opening for a face of a person to be imaged, wherein in the interior of the casing light sources , reflectors , at least one sensor (15a-c) for determining a face orientation of the face and at least one display (35, 37, 39; 135; 235) are arranged to show the person a desired face orientation and the actual face orientation of the face determined by the at least one sensor such that the person is able to position his/her face in the desired face orientation for taking at least one image of the face, characterised in that a face orientation of a first image of a person's face determined by the at least one sensor is stored in a computer storage unit of the device as the desired face orientation, wherein the face imaging device comprises a processor configured to access the computer storage unit and to display the desired face orientation of the face in the display to obtain a second image of the person's face, such that the first image and the second image have a corresponding face orientation of the person's face.
A system for recording ridge pattern, comprising a light source , a prism made from optically transparent material, which defines the position of a reading surface , an optical system, a multi-element image receiver and a guiding optical element made in a form of prism, comprising a refractive surface , a reflective surface and an output surface , wherein the reading surface is optically linked to the image receiver such that rays passing from the light source through the prism and the guiding optical element to the multi-element image receiver are consecutively refracted on the refractive surface , reflected on the reflective surface and undergo a total internal reflection on the said refractive surface before leaving the guiding optical element through its output surface .