mhurhangee/patent-ind-claim-en huggingface dataset:
A privacy display apparatus comprising: a display device arranged to display an image, the display device being capable of providing a privacy function in which the visibility of the image to an off-axis viewer is reduced compared to the visibility of the image to an on-axis viewer; and a control system arranged to control the display device , characterised in that : the privacy display apparatus further comprises at least one privacy light source arranged to provide external illumination from an illuminated region onto the display device along an incident direction for reflection from the display device to a predetermined viewer position at a polar angle of greater than 0° to the normal to the display device ; and the control system is arranged to control the luminous flux of the at least one privacy light source when the privacy function is provided. a display device arranged to display an image, the display device being capable of providing a privacy function in which the visibility of the image to an off-axis viewer is reduced compared to the visibility of the image to an on-axis viewer; and a control system arranged to control the display device , characterised in that : the privacy display apparatus further comprises at least one privacy light source arranged to provide external illumination from an illuminated region onto the display device along an incident direction for reflection from the display device to a predetermined viewer position at a polar angle of greater than 0° to the normal to the display device ; and the control system is arranged to control the luminous flux of the at least one privacy light source when the privacy function is provided. the privacy display apparatus further comprises at least one privacy light source arranged to provide external illumination from an illuminated region onto the display device along an incident direction for reflection from the display device to a predetermined viewer position at a polar angle of greater than 0° to the normal to the display device ; and the control system is arranged to control the luminous flux of the at least one privacy light source when the privacy function is provided.
An apparatus for processing image data, comprising a computing apparatus having a processor, a memory, and an operating system supporting computer processes, an image data process arranged to receive image data of a scene, the image data comprising a high resolution video stream and a low resolution video stream, a detection process arranged to detect, by processing the low resolution video stream, an occurrence of at least one event of interest involving an item in the scene, said detection being in accordance with pre-set or user-input parameters, said parameters comprising at least a parameter configured to define the at least one event of interest and at least a parameter configured to define the item, the image data process being responsive to detection of the event of interest to process an event image data associated with the detected event of interest, being high resolution sub images extracted from the high resolution video stream for a portion of the scene where the event of interest occurs, differently from the image data associated with the rest of the scene, wherein the portion of the scene is a portion focused about event of interest, where the image data process is further configured to insert the high resolution sub images into corresponding low resolution images of the low resolution video stream by superimposing the high resolution sub images at appropriate parts of the low resolution images, a final video with the low resolution video stream and the inserted high resolution sub images is stored or transmitted, and the high resolution video stream is not stored.
An embedded power module comprising: a substrate including opposite first and second surfaces ; a first semiconducting die embedded in the substrate and spaced between the first and second surfaces ; a second semiconducting die embedded in the substrate , spaced between the first and second surfaces , and spaced from the first semiconducting die ; a first gate located on the first surface ; a second gate located on the second surface ; a first via electrically engaged to the first gate and the second semiconducting die ; and a second via electrically engaged to the second gate and the first semiconducting die , characterized by a first conductor pad located on the second surface and spaced from the second gate ; at least one third via electrically engaged to the first semiconducting die and the first conductor pad ; at least on fourth via electrically engaged to the second semiconducting die and the first conductor pad ; a second conductor pad located on the first surface ; a third conductor pad located on the first surface and spaced from the first conductor pad ; at least one fifth via electrically engaged to the first semiconducting die and the second conductor pad ; and at least one sixth via electrically engaged to the second semiconducting die and the third conductor pad , wherein the first conductor pad is a phase conductor pad, the second conductor pad is a DC plus pad, and the third conductor pad is a DC minus pad. a substrate including opposite first and second surfaces ; a first semiconducting die embedded in the substrate and spaced between the first and second surfaces ; a second semiconducting die embedded in the substrate , spaced between the first and second surfaces , and spaced from the first semiconducting die ; a first gate located on the first surface ; a second gate located on the second surface ; a first via electrically engaged to the first gate and the second semiconducting die ; and a second via electrically engaged to the second gate and the first semiconducting die , characterized by a first conductor pad located on the second surface and spaced from the second gate ; at least one third via electrically engaged to the first semiconducting die and the first conductor pad ; at least on fourth via electrically engaged to the second semiconducting die and the first conductor pad ; a second conductor pad located on the first surface ; a third conductor pad located on the first surface and spaced from the first conductor pad ; at least one fifth via electrically engaged to the first semiconducting die and the second conductor pad ; and at least one sixth via electrically engaged to the second semiconducting die and the third conductor pad , wherein the first conductor pad is a phase conductor pad, the second conductor pad is a DC plus pad, and the third conductor pad is a DC minus pad.
Turbomachine , comprising: - a combustion chamber , - a centrifuged compressor, the output of which is connected to a radial diffuser , itself connected to a flow diverter emerging in a radially external region of an enclosure in which the combustion chamber is housed, said combustion chamber comprising a chamber end wall arranged at the upstream end of the combustion chamber and a plurality of air and fuel injection systems distributed circumferentially about an axis (T) of the combustion chamber and mounted in the chamber end wall , the combustion chamber comprising, associated with each injection system , a guide device for guiding an airflow comprising at least one wall mounted on the injection system and projecting in the upstream direction, said at least one wall acting as an obstacle to a circumferential flow of air around the axis (T) of the combustion chamber , characterised in that said at least one wall of the guide device for guiding the airflow has a shape substantially defining a quarter of a spheroid the interior volume (V) of which forms a guide scoop for guiding the airflow feeding the combustion chamber . - a combustion chamber , - a centrifuged compressor, the output of which is connected to a radial diffuser , itself connected to a flow diverter emerging in a radially external region of an enclosure in which the combustion chamber is housed,
A method comprising: performing a first imaging cycle of a patterned sample comprising a plurality of spots ; dividing a first set of imaging data generated during the first imaging cycle into a first plurality of imaging data subsets , each of the first plurality of imaging data subsets corresponding to a respective region of the patterned sample , each of the respective regions of the patterned sample comprising a plurality of spots ; calculating a set of image distortion correction coefficients for each of the first plurality of imaging data subsets ; performing a second imaging cycle of the patterned sample to generate a second set of imaging data; and dividing the second set of imaging data generated during the second imaging cycle into a second plurality of imaging data subsets , each of the second plurality of imaging data subsets corresponding to the same respective region of the patterned sample as one of the first plurality of imaging data subsets ; and for each of the second plurality of imaging data subsets , applying the distortion correction coefficients calculated for the one of the first plurality of imaging data subsets corresponding to the same respective region of the patterned sample . performing a first imaging cycle of a patterned sample comprising a plurality of spots ; dividing a first set of imaging data generated during the first imaging cycle into a first plurality of imaging data subsets , each of the first plurality of imaging data subsets corresponding to a respective region of the patterned sample , each of the respective regions of the patterned sample comprising a plurality of spots ; calculating a set of image distortion correction coefficients for each of the first plurality of imaging data subsets ; performing a second imaging cycle of the patterned sample to generate a second set of imaging data; and dividing the second set of imaging data generated during the second imaging cycle into a second plurality of imaging data subsets , each of the second plurality of imaging data subsets corresponding to the same respective region of the patterned sample as one of the first plurality of imaging data subsets ; and for each of the second plurality of imaging data subsets , applying the distortion correction coefficients calculated for the one of the first plurality of imaging data subsets corresponding to the same respective region of the patterned sample .
A method for triggering service logic execution recording for a call between a calling User Equipment, UE, and a called UE in a telecommunication network, wherein said service logic execution recording is to be applied by nodes in a chain of nodes involved in establishing a call between said calling UE and said called UE , wherein said method comprises the steps of: - receiving , by a node in the telecommunication network, a Session Initiation Protocol, SIP, Invite message for establishing said call between said calling UE and said called UE ; - inserting , by said node, in said SIP Invite message, a service logic execution recording parameter, wherein said parameter indicates that nodes involved in said establishing of said call between said calling UE and said called UE should perform service logic execution recording, and wherein said parameter indicates that nodes involved in said establishing of said call between said calling UE and said called UE should perform service logic execution recording for a duration of that particular call only; - transmitting , by said node, said SIP Invite message to a next node in said chain of nodes for establishing said call such that each of said nodes in said chain of nodes involved in said establishing of said call is triggered for performing said service logic execution recording for said call between said calling UE and said called UE ; wherein said service logic execution recording is any of recording of log files reflecting the application service logic processing in said nodes and recording of trace files reflecting signalling between said nodes in said chain. - receiving , by a node in the telecommunication network, a Session Initiation Protocol, SIP, Invite message for establishing said call between said calling UE and said called UE ; - inserting , by said node, in said SIP Invite message, a service logic execution recording parameter, wherein said parameter indicates that nodes involved in said establishing of said call between said calling UE and said called UE should perform service logic execution recording, and wherein said parameter indicates that nodes involved in said establishing of said call between said calling UE and said called UE should perform service logic execution recording for a duration of that particular call only; - transmitting , by said node, said SIP Invite message to a next node in said chain of nodes for establishing said call such that each of said nodes in said chain of nodes involved in said establishing of said call is triggered for performing said service logic execution recording for said call between said calling UE and said called UE ;
A conjugate comprising interleukin-22 (IL22), and a diabody which binds the Extra Domain-A (ED-A) of fibronectin and comprises an antigen binding site having the complementarity determining regions (CDRs) of antibody F8 set forth in SEQ ID NOs 1-6, wherein the IL22 is linked to the N-terminus of the VH domain of the diabody via an amino acid linker.
A body section for a cutter in a dozing blade assembly of an implement system comprising: an elongate inboard stem including a digging face extending between a leading edge and a trailing edge , an inboard mounting face positioned opposite to the digging face, and a plurality of mounting apertures extending between the digging face and the mounting face to receive a plurality of mounting elements for mounting the body section upon a mounting surface of a dozing blade ; and an outboard end bit including a forward face adjoining the digging face of the inboard stem and extending between a leading edge and a trailing edge , and an outboard mounting face positioned opposite to the forward face and coplanar with the inboard mounting face ; the inboard stem having a linear leading edge profile, and the outboard end bit being formed integrally with the inboard stem and having a curvilinear leading edge profile that transitions with the linear leading edge profile. an elongate inboard stem including a digging face extending between a leading edge and a trailing edge , an inboard mounting face positioned opposite to the digging face, and a plurality of mounting apertures extending between the digging face and the mounting face to receive a plurality of mounting elements for mounting the body section upon a mounting surface of a dozing blade ; and an outboard end bit including a forward face adjoining the digging face of the inboard stem and extending between a leading edge and a trailing edge , and an outboard mounting face positioned opposite to the forward face and coplanar with the inboard mounting face ; the inboard stem having a linear leading edge profile, and the outboard end bit being formed integrally with the inboard stem and having a curvilinear leading edge profile that transitions with the linear leading edge profile.
An apparatus for an aircraft propulsion system , comprising: an acoustic panel including a perforated face skin , a back skin , a perforated intermediate layer , a first cellular core and a second cellular core; the first cellular core including a first section and a second section , the first section between and connected to the perforated face skin and the perforated intermediate layer , and the second section between and connected to the perforated face skin and the back skin ; the second cellular core between and connected to the perforated intermediate layer and the back skin ; and a mount attached to the back skin along the second section , characterised in that : the second cellular core comprises a plurality of corrugations ; a first of the plurality of corrugations comprises a first panel and a second panel ; the first of the plurality of corrugations is connected to the back skin at an interface between the first panel and the second panel ; the first panel is connected to the perforated intermediate layer at a first location; and the second panel is connected to the perforated intermediate layer at a second location. an acoustic panel including a perforated face skin , a back skin , a perforated intermediate layer , a first cellular core and a second cellular core; the first cellular core including a first section and a second section , the first section between and connected to the perforated face skin and the perforated intermediate layer , and the second section between and connected to the perforated face skin and the back skin ; the second cellular core between and connected to the perforated intermediate layer and the back skin ; and a mount attached to the back skin along the second section , characterised in that : the second cellular core comprises a plurality of corrugations ; a first of the plurality of corrugations comprises a first panel and a second panel ; the first of the plurality of corrugations is connected to the back skin at an interface between the first panel and the second panel ; the first panel is connected to the perforated intermediate layer at a first location; and the second panel is connected to the perforated intermediate layer at a second location. the second cellular core comprises a plurality of corrugations ; a first of the plurality of corrugations comprises a first panel and a second panel ; the first of the plurality of corrugations is connected to the back skin at an interface between the first panel and the second panel ; the first panel is connected to the perforated intermediate layer at a first location; and the second panel is connected to the perforated intermediate layer at a second location.
Rotor arrangement for a turbomachine, comprising a rotor having a first rotor stage , a shaft , and a first hub for connecting the first rotor stage to the shaft , the first hub having a balancing device for balancing the first rotor stage , characterized in that the first rotor stage is connected to the shaft by means of the first hub as a front hub connection, which can be referred to as the front hub, the first rotor stage comprising a first rotor main body , and a second rotor stage comprising a second rotor main body having a rotor arm for connecting the first rotor stage to the second rotor stage , and in that the rotor arm has a radial through-opening for fluids to flow through from a rotor interior into a rotor exterior .
Method for constructing prestressed structures or components made of concrete or other materials by means of tension elements made of a shape memory alloy, whether for new structures and components or for reinforcing existing structures and components, characterised in that at least one tension element made of a shape memory alloy based on steel of polymorphic and polycrystalline structure, which can be brought from its state as martensite to its permanent state as austenite by increasing its temperature, is in the form of a flat steel a) placed on the structure or component or b) is applied freely to the structure or component, or c) this tension element is guided around at least one corner , i) wherein in variants a) to c) one or more end anchors penetrate into the structure or component , or else d) the tension element wraps around a structure or component one or more times as a band, whereby in this case ii) the two ends of the tension element are either connected to each other in a tension-locking manner or iii) each separately connected to the structure or component by one or more end or intermediate anchorages which penetrate the structure or component, or iv) the tensile element overlaps or crosses once or several times for jamming, and that the tensile element contracts as a result of a subsequent active and controlled heat input with heating agents and generates a permanent tensile stress and correspondingly generates a permanent pre-tension and a residual tensile force up to the breaking load of the tensile element on the structure or the component . a) placed on the structure or component or b) is applied freely to the structure or component, or c) this tension element is guided around at least one corner , i) wherein in variants a) to c) one or more end anchors penetrate into the structure or component , or else i) wherein in variants a) to c) one or more end anchors penetrate into the structure or component , or else d) the tension element wraps around a structure or component one or more times as a band, whereby in this case ii) the two ends of the tension element are either connected to each other in a tension-locking manner or iii) each separately connected to the structure or component by one or more end or intermediate anchorages which penetrate the structure or component, or iv) the tensile element overlaps or crosses once or several times for jamming, ii) the two ends of the tension element are either connected to each other in a tension-locking manner or iii) each separately connected to the structure or component by one or more end or intermediate anchorages which penetrate the structure or component, or iv) the tensile element overlaps or crosses once or several times for jamming,