mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle door handle with sensor electronics and a transmitting/receiving device, wherein components of the sensor electronics and components of the transmitting/receiving device are formed on a common multilayer board , wherein the multilayer board is arranged in the vehicle door handle in a section which is designed for an operator as a handle which can be gripped around or behind, wherein a control circuit is coupled to the sensor electronics and the transmitting/receiving device, wherein the transmitting/receiving device has a component in the guise of a near-field coil which is formed on a first plane of the multilayer printed circuit board wherein the sensor electronics comprises at least one inductive sensor formed on a second plane of the multilayer board wherein a first electrode area (22; 30; 41) is formed on the multilayer board, which is enclosed by the near-field coil in a projection in a direction perpendicular to the layers of the multilayer board, wherein the first electrode area (22; 30; 41) covers the at least one inductive sensor by more than 50% in a projection in a direction perpendicular to the layers of the multilayer board , wherein the first electrode surface (22; 30; 41) is formed on the first plane of the multilayer board or a plane between the first plane and the second plane. wherein components of the sensor electronics and components of the transmitting/receiving device are formed on a common multilayer board , wherein the multilayer board is arranged in the vehicle door handle in a section which is designed for an operator as a handle which can be gripped around or behind, wherein a control circuit is coupled to the sensor electronics and the transmitting/receiving device, wherein the transmitting/receiving device has a component in the guise of a near-field coil which is formed on a first plane of the multilayer printed circuit board wherein the sensor electronics comprises at least one inductive sensor formed on a second plane of the multilayer board wherein a first electrode area (22; 30; 41) is formed on the multilayer board, which is enclosed by the near-field coil in a projection in a direction perpendicular to the layers of the multilayer board, wherein the first electrode area (22; 30; 41) covers the at least one inductive sensor by more than 50% in a projection in a direction perpendicular to the layers of the multilayer board , wherein the first electrode surface (22; 30; 41) is formed on the first plane of the multilayer board or a plane between the first plane and the second plane.
A system comprising a calorimeter for measuring a heat flux of a sample comprising a recipient space , a sample container containing a sample, a heat sink , a first heat transducer , whereby the first heat transducer comprises a first heat receiving surface in contact with the sample container when the sample container is positioned in the recipient space and a first heat absorbing surface in contact with the heat sink and a second heat transducer , wherein the second heat transducer has a second heat receiving surface in contact with the heat sink and a second heat absorbing surface in contact with the sample container , when the sample container is positioned in the recipient space , wherein the sample container comprises a first container wall , a second container wall and a connecting element connecting the first container wall with the second container wall , wherein at least one of the first and second container walls is flexible, such that the first and second container walls of the sample container can adapt to the shape of the first and second heat transducers when in contact with the first and second heat transducers and the recipient space is u-shaped or v-shaped.
Process monitoring system with at least one first control unit and a server connected to the control unit , the server has a visualisation service for monitoring an automation system , said visualisation service being configured with a variable household for process values (PV) from a process image , further configured with an alarm household and an alarm list with alarm messages (A1), the visualisation service is configured to supply the at least first control unit with process values (PV) and alarm messages (A1), wherein the first control unit is configured to indicate a process object with its process values (PV) in an input/output window , furthermore the first control unit is configured to indicate a message sequence display with alarm messages (A1) from the alarm list , characterised in that the input/output window is configured with an input field for short messages (M1, M2, M3) and furthermore has an activation means , wherein a management component for managing the process objects is available and this is configured to create an alarm instance for the process object assigned to the input field when a short message (M1, M2, M3) is input and an activation means is activated, and to store the assigned short message (M1, M2, M3) as a further alarm message (A') in the alarm list , wherein the message sequence display is extended to indicate the further alarm messages (A') from the alarm list as short messages (M1, M2, M3).
Gold particle having a cross-section in the range of 20 - 1000 μm and having a purity greater than 99.00% w/w, preferably 99.99% w/w, for use in therapy to prevent or reduce the formation of a scar during healing of a wound, wherein the gold particle is administered into the wall of the wound by injection, and the wound is a sub epithelial wound resulting from use of local bone restoration, or, paradentosis.
An indicator device for detecting a change in atmospheric conditions, the indicator device comprising an indicator section and a barrier section adjacent thereto, said indicator section comprising: an indicator material; a substrate material; and a first adhesive layer; the indicator material and the substrate material being incorporated into one or more layers; wherein the indicator material displays different visible properties in different atmospheric conditions, and wherein the barrier section provides a semi-permeable seal configured to allow controlled flow to the indicator of an atmospheric agent that effects a change in visible properties of the indicator material; wherein the indicator material is a carbon dioxide sensitive material, and wherein the atmospheric agent is carbon dioxide; and wherein the indicator material is incorporated into a discrete indicator layer and the substrate material is incorporated into a discrete substrate layer, separate to the indicator layer, or wherein the indicator material and the substrate material are incorporated into the same layer so-forming a combined indicator and substrate layer, the indicator material being dispersed within the substrate material or vice versa; characterised in that when the indicator material is incorporated into a discrete indicator layer and the substrate material is incorporated into a discrete substrate layer, the first adhesive layer is larger in width than the indicator layer in at least one axis such that the adhesive layer caps the indicator layer by covering a first side of the indicator layer and by covering one or more edges of the indicator layer, and when the indicator material and the substrate material are incorporated into the same layer so-forming a combined indicator and substrate layer, the first adhesive layer is larger in width than the combined indicator and substrate layer in at least one axis such that the adhesive layer caps the combined indicator and substrate layer by covering a first side of the combined indicator and substrate layer and by covering one or more edges of the combined indicator and substrate layer.
A method of assessing the relative rotational and translational alignment of a first diffractive element comprising a 2D array of elements or grid and a second diffractive element comprising a 2D array of elements or grid, the method comprising: illuminating the first diffractive element to form a first diffraction pattern in the far field; illuminating the second diffractive element to form a second diffraction pattern in the far field; determining a positional and/or rotational relationship between maxima of the first diffraction pattern away from the central maximum and maxima of the second diffraction pattern away from the central maximum in the far field; illuminating the first diffractive element with diverging light or substantially collimated incoherent light to form a first image of the first diffractive element in the far field; illuminating the second diffractive element with diverging light or substantially collimated incoherent light to form a second image of the second diffractive element in the far field; and determining a positional relationship between the first image and the second image in the far field. illuminating the first diffractive element to form a first diffraction pattern in the far field; illuminating the second diffractive element to form a second diffraction pattern in the far field; determining a positional and/or rotational relationship between maxima of the first diffraction pattern away from the central maximum and maxima of the second diffraction pattern away from the central maximum in the far field; illuminating the first diffractive element with diverging light or substantially collimated incoherent light to form a first image of the first diffractive element in the far field; illuminating the second diffractive element with diverging light or substantially collimated incoherent light to form a second image of the second diffractive element in the far field; and determining a positional relationship between the first image and the second image in the far field.
A method of determining the runout of a tool retained by a rotatable spindle of a machine tool using a tool edge sensor mounted to the machine tool, the spindle being arranged to rotate the tool about a spindle centre line , the method comprising the steps of; (i) rotating the spindle into three or more rotational orientations, (ii) using the tool edge sensor to measure a position of the edge of the tool in the coordinate system of the machine tool for each of the three or more rotational orientations, (iii) determining a tool centre point by fitting the positions of the tool edge measured in step (ii) to a function, and (iv) using a difference in position between the tool centre point determined in step (iii) and the spindle centre line to determine a runout of the tool. (i) rotating the spindle into three or more rotational orientations, (ii) using the tool edge sensor to measure a position of the edge of the tool in the coordinate system of the machine tool for each of the three or more rotational orientations, (iii) determining a tool centre point by fitting the positions of the tool edge measured in step (ii) to a function, and (iv) using a difference in position between the tool centre point determined in step (iii) and the spindle centre line to determine a runout of the tool.
An end effector (100; 200; 300), comprising: a cutting mechanism that includes a cutting set of jaws; a gripping mechanism that includes a gripping set of jaws; a pivot component , wherein the cutting mechanism and the gripping mechanism are coupled to the pivot component, wherein the cutting mechanism is coupled to a first portion of the pivot component and the gripping mechanism is coupled to a second portion of the pivot component; and an actuation connection structure , wherein the actuation connection structure includes a straight portion and a loop portion , wherein the loop portion of the actuation connection structure is coupled to the cutting mechanism via slot openings associated with the cutting mechanism and coupled to the gripping mechanism via slot openings associated with the gripping mechanism, wherein a width of the slot openings associated with the cutting mechanism is less than a width of the slot openings associated with the gripping mechanism. a cutting mechanism that includes a cutting set of jaws; a gripping mechanism that includes a gripping set of jaws; a pivot component , wherein the cutting mechanism and the gripping mechanism are coupled to the pivot component, wherein the cutting mechanism is coupled to a first portion of the pivot component and the gripping mechanism is coupled to a second portion of the pivot component; and an actuation connection structure , wherein the actuation connection structure includes a straight portion and a loop portion , wherein the loop portion of the actuation connection structure is coupled to the cutting mechanism via slot openings associated with the cutting mechanism and coupled to the gripping mechanism via slot openings associated with the gripping mechanism, wherein a width of the slot openings associated with the cutting mechanism is less than a width of the slot openings associated with the gripping mechanism.
A method, comprising: arranging a plurality of dice on a substrate , wherein adjacent dice among the plurality of dice are separated by boundary lines ; performing a first etching process that etches a first layer of the substrate at each boundary line between adjacent dice of the plurality of dice on the substrate , wherein the first etching process forms first and second facets of waveguides that are defined within the first layer , and wherein the first etching process leaves a portion of the first layer at each boundary line between adjacent dice ; performing a second etching process that etches the portion of the first layer and a second layer beneath the portion of the first layer , the second etching process forming a trench at each boundary line between adjacent dice , wherein the second etching process further forms a first shelf extending between the first facet and a first edge of the trench , and a second shelf ending between the second facet and a second edge of the trench , and wherein the second layer has a different material from the first layer ; and separating the plurality of dice into individually separated dice along the trench . arranging a plurality of dice on a substrate , wherein adjacent dice among the plurality of dice are separated by boundary lines ; performing a first etching process that etches a first layer of the substrate at each boundary line between adjacent dice of the plurality of dice on the substrate , wherein the first etching process forms first and second facets of waveguides that are defined within the first layer , and wherein the first etching process leaves a portion of the first layer at each boundary line between adjacent dice ; performing a second etching process that etches the portion of the first layer and a second layer beneath the portion of the first layer , the second etching process forming a trench at each boundary line between adjacent dice , wherein the second etching process further forms a first shelf extending between the first facet and a first edge of the trench , and a second shelf ending between the second facet and a second edge of the trench , and wherein the second layer has a different material from the first layer ; and separating the plurality of dice into individually separated dice along the trench .
A contactor element for an optical fiber connector, comprising a front part within which a single ferrule is housed and fixed, a rear part within which a spring is housed, and an alignment tube , the rear part being shaped to allow the passage therein of an optical fiber, the front part being removably fixed to the rear part , the front part being shaped to fit at least partially within the rear part so that the spring pushes the front part and the rear part in opposite directions, the front part being provided with a locking portion shaped so as to allow a fixed but separable positional coupling with one end of the alignment tube .
A proctoscope comprising: a translucent housing having an opening for access to the rectum surface; and a housing head ; an ultrasonic sensor ; a light source ; and a hand grip ; characterized in that the proctoscope includes, in a lower part of the housing, a compartment having internal side walls , said compartment having disposed therein a plate or panel which has light-emitting diodes arranged in the lower part thereof, along its length, and functioning as the light source , wherein said light-emitting diodes are arranged in such a way that the light flux therefrom is oriented primarily perpendicularly to the internal side walls of the compartment, while the ultrasonic sensor is accommodated in an upper part of said plate or panel , said sensor having an outlet to the outer surface of the housing in the terminal part thereof located between the opening and the housing head , and wherein the sensor is tilted towards the opening.
An information processing method comprising: receiving, by an Access and Mobility Management Function, AMF, a registration update request from a User Equipment, UE; determining , by the AMF, whether the UE has entered or left a Mobile Initiated Connection Only, MICO, mode; sending , by the AMF, a first message to an associated Session Management Function, SMF, when the UE has left the MICO mode, the first message notifying the associated SMF that the UE has left the MICO mode or the UE is reachable, wherein the associated SMF comprises an SMF to which an MICO indication or a UE-unreachable indication has been sent; and/or sending , by the AMF, a second message to a target SMF, when the UE has entered the MICO mode, the second message notifying the target SMF that the UE has entered the MICO mode or the UE is unreachable, wherein the target SMF comprises an SMF to which the MICO or UE-unreachable indication has not yet been sent. receiving, by an Access and Mobility Management Function, AMF, a registration update request from a User Equipment, UE; determining , by the AMF, whether the UE has entered or left a Mobile Initiated Connection Only, MICO, mode; sending , by the AMF, a first message to an associated Session Management Function, SMF, when the UE has left the MICO mode, the first message notifying the associated SMF that the UE has left the MICO mode or the UE is reachable, wherein the associated SMF comprises an SMF to which an MICO indication or a UE-unreachable indication has been sent; and/or sending , by the AMF, a second message to a target SMF, when the UE has entered the MICO mode, the second message notifying the target SMF that the UE has entered the MICO mode or the UE is unreachable, wherein the target SMF comprises an SMF to which the MICO or UE-unreachable indication has not yet been sent.
A constituent cartridge comprising: a first end portion having a first port and a second port which project from a main section of the first end portion , each of the first and second port including a wide region proximal to the main section ; a second end portion ; and an intermediate portion retained between the first end portion and second end portion , the first end portion , second end portion , and intermediate portion defining an interior volume, characterized in that each of the first and second ports include a narrow region most distal to the main section , further characterized in that the constituent cartridge further comprises: a first cover coupled to a distal end of the first port ; a second cover coupled to a distal end of the second port ; and a conduit extending through the interior volume and having a first end in fluid communication with the first port via a first flow channel in the first end portion , the conduit having a second end disposed adjacent the second end portion . a first end portion having a first port and a second port which project from a main section of the first end portion , each of the first and second port including a wide region proximal to the main section ; a second end portion ; and an intermediate portion retained between the first end portion and second end portion , the first end portion , second end portion , and intermediate portion defining an interior volume, characterized in that each of the first and second ports include a narrow region most distal to the main section , further characterized in that the constituent cartridge further comprises: a first cover coupled to a distal end of the first port ; a second cover coupled to a distal end of the second port ; and a conduit extending through the interior volume and having a first end in fluid communication with the first port via a first flow channel in the first end portion , the conduit having a second end disposed adjacent the second end portion . a first cover coupled to a distal end of the first port ; a second cover coupled to a distal end of the second port ; and a conduit extending through the interior volume and having a first end in fluid communication with the first port via a first flow channel in the first end portion , the conduit having a second end disposed adjacent the second end portion .
A vehicle wheel comprising a rim centered on an axis of rotation (X) of the wheel and having mounted thereon a tire and an inflation valve for the tire, the tire being engaged between flanges secured to the rim so as to co-operate with the rim to define a volume (V) connected to the outside by an inflation channel that extends in the rim, having a first end opening out into the volume and a second end opening to the outside of the volume (V) in the vicinity of one of the flanges and that is provided with the inflation valve , the wheel being characterized in that the rim includes a boss of substantially rectilinear shape extending axially from a web secured to the rim towards the flange of the rim that has the inflation valve extending in its vicinity, the inflation channel extending at least in part inside the boss .
A centrifugal pump comprising: - an inlet conduit for letting a liquid into the centrifugal pump, - a delivery conduit for letting the liquid out of the centrifugal pump, - a bladed impeller , defining an axis (Y), for circulating the liquid and ejecting it into a direction transversal to said axis (Y), - a tubular body coaxial to said axis (Y) which delimits a pumping chamber wherein the impeller is accommodated, having a cylindrical lateral wall with an inner surface, characterized in that said pump comprises: - a cover which closes the pumping chamber and comprises an annular groove , - a heating element arranged inside the annular groove , wherein the extension of the pumping chamber along the axis (Y) is constant at said annular groove , wherein the centrifugal pump comprises a plurality of fins fixed to the inner surface of the cylindrical lateral wall, at an outlet section of said impeller wherein the fins have a helical profile with axis of the helix corresponding to the axis (Y) of the impeller, and wherein the fins are spaced from each other by a predetermined angular distance, so that the liquid ejected by the impeller is channelled at least initially into a portion of the pumping chamber in contact with the cover when the centrifugal pump is operating. - an inlet conduit for letting a liquid into the centrifugal pump, - a delivery conduit for letting the liquid out of the centrifugal pump, - a bladed impeller , defining an axis (Y), for circulating the liquid and ejecting it into a direction transversal to said axis (Y), - a tubular body coaxial to said axis (Y) which delimits a pumping chamber wherein the impeller is accommodated, having a cylindrical lateral wall with an inner surface, - a cover which closes the pumping chamber and comprises an annular groove , - a heating element arranged inside the annular groove ,