mhurhangee/ep-ind-claims huggingface dataset:
A vertical take-off and landing aerial vehicle (1, 46) comprising: a. a power plant assembly unit with at least one main rotor (13, 26), b. a torus-type fuselage, wherein a mid-plane through said fuselage is defined by a longitudinal and a transversal axis (6, 7), said torus-type fuselage having radial inside a duct with a central axis perpendicular to said plane, said duct being between a top and a bottom of said torus-type fuselage and said at least one main rotor (13, 26) having a rotation axis essentially coaxial with the central axis of said duct, said fuselage having a front and rear portion (3, 4) along said longitudinal axis, c. a pair of lateral wings attached opposed to each other outside the fuselage, and d. an integrated drive system comprising: d1. a plurality of support struts between the power plant assembly unit and the fuselage, d2. at least one engine in the power plant assembly unit for driving said at least one main rotor (13, 26), and d3. a mechanical interconnection system between said at least one engine and said at least one main rotor (13, 26), wherein d4. at least two propulsion means are provided with respective rotation axis essentially directed parallel to said longitudinal axis, characterised in that at least one of said propulsion means, e. g. propellers or turbojets, is fitted to each of said wings and the mechanical interconnection system being connected to the propulsion means for driving said propulsion means. a. a power plant assembly unit with at least one main rotor (13, 26), b. a torus-type fuselage, wherein a mid-plane through said fuselage is defined by a longitudinal and a transversal axis (6, 7), said torus-type fuselage having radial inside a duct with a central axis perpendicular to said plane, said duct being between a top and a bottom of said torus-type fuselage and said at least one main rotor (13, 26) having a rotation axis essentially coaxial with the central axis of said duct, said fuselage having a front and rear portion (3, 4) along said longitudinal axis, c. a pair of lateral wings attached opposed to each other outside the fuselage, and d. an integrated drive system comprising: d1. a plurality of support struts between the power plant assembly unit and the fuselage, d2. at least one engine in the power plant assembly unit for driving said at least one main rotor (13, 26), and d3. a mechanical interconnection system between said at least one engine and said at least one main rotor (13, 26), wherein d4. at least two propulsion means are provided with respective rotation axis essentially directed parallel to said longitudinal axis, d1. a plurality of support struts between the power plant assembly unit and the fuselage, d2. at least one engine in the power plant assembly unit for driving said at least one main rotor (13, 26), and d3. a mechanical interconnection system between said at least one engine and said at least one main rotor (13, 26), wherein d4. at least two propulsion means are provided with respective rotation axis essentially directed parallel to said longitudinal axis,
A system 210, comprising: a number of sensors 216-1, 216-2, 216-3, 216-4 to determine a number of human occupants 226 within an area 220, 222 and generate occupancy data within the area 220, 222, wherein the number of sensors include at least one soft sensor to confirm the number of human occupants detected by other high frequency sensors, the at least one soft sensor soft sensor being in the form of a wireless access device, mobile computing device, security device or scheduling device which utilizes soft sensor data that is specific to an identity of each of the potential human occupants and includes calendar information and / or connections between access points within the area and mobile computing devices associated with the potential human occupants; and a computing device 340 coupled to the number of sensors 216-1, 216-2, 216-3, 216-4 to: determine real time occupancy of the area 220, 222 based on the occupancy data; and alter a number of settings of a heating air conditioning and ventilation (HVAC) system for the area based on the real time occupancy of the area. a number of sensors 216-1, 216-2, 216-3, 216-4 to determine a number of human occupants 226 within an area 220, 222 and generate occupancy data within the area 220, 222, wherein the number of sensors include at least one soft sensor to confirm the number of human occupants detected by other high frequency sensors, the at least one soft sensor soft sensor being in the form of a wireless access device, mobile computing device, security device or scheduling device which utilizes soft sensor data that is specific to an identity of each of the potential human occupants and includes calendar information and / or connections between access points within the area and mobile computing devices associated with the potential human occupants; and a computing device 340 coupled to the number of sensors 216-1, 216-2, 216-3, 216-4 to: determine real time occupancy of the area 220, 222 based on the occupancy data; and alter a number of settings of a heating air conditioning and ventilation (HVAC) system for the area based on the real time occupancy of the area. determine real time occupancy of the area 220, 222 based on the occupancy data; and alter a number of settings of a heating air conditioning and ventilation (HVAC) system for the area based on the real time occupancy of the area.
A power supply circuit comprising: a switched-mode power supply, SMPS, circuit comprising a SMPS control circuit; a voltage regulator circuit having an input coupled to an output of the SMPS circuit, the voltage regulator circuit being selectively enabled, the voltage regulator circuit comprising a voltage regulator control circuit; a first voltage divider selectively coupled to the output of the SMPS circuit and selectively coupled to an output of the voltage regulator circuit, the first voltage divider comprising a top terminal connected to the output of the SMPS circuit, a bottom terminal connected to ground, and a tap node connected to the SMPS control circuit; and a second voltage divider coupled to the output of the voltage regulator circuit, the second voltage divider comprising a top terminal connected to the output of the voltage regulator circuit, a bottom terminal connected to ground, and a tap node connected to the voltage regulator control circuit, characterised in that the power supply circuit further comprises: a first switch coupled in parallel with at least one resistive element of the second voltage divider; a current source selectively coupled in parallel with the second voltage divider; and a second switch coupled in series with the current source. a switched-mode power supply, SMPS, circuit comprising a SMPS control circuit; a voltage regulator circuit having an input coupled to an output of the SMPS circuit, the voltage regulator circuit being selectively enabled, the voltage regulator circuit comprising a voltage regulator control circuit; a first voltage divider selectively coupled to the output of the SMPS circuit and selectively coupled to an output of the voltage regulator circuit, the first voltage divider comprising a top terminal connected to the output of the SMPS circuit, a bottom terminal connected to ground, and a tap node connected to the SMPS control circuit; and a second voltage divider coupled to the output of the voltage regulator circuit, the second voltage divider comprising a top terminal connected to the output of the voltage regulator circuit, a bottom terminal connected to ground, and a tap node connected to the voltage regulator control circuit, a first switch coupled in parallel with at least one resistive element of the second voltage divider; a current source selectively coupled in parallel with the second voltage divider; and a second switch coupled in series with the current source.
Luminaire in the form of a ceiling light, in particular a downlight, comprising - a light source, in particular an LED light source and - an optical element for the light source, wherein the optical element comprises a light-conducting region with a light entry surface for a light emitted by the light source, as well as lens region adjoining the light-conducting region with a first light exit surface for the emission of a first portion of the light in a forward direction and a curved region adjoining the lens region with a second light exit surface for the emission of a second portion of the light in a lateral direction, wherein the optical element is so arranged that the light emitted by the light source light is emitted via the light entry surface in the optical element and - a screen that is arranged normal to the forward direction and surrounds the light-conducting region, wherein the luminaire is so designed that the screen is formed directly adjacent to the light-conducting region, characterized in that the screen is also formed directly adjacent to the curved region. - a light source, in particular an LED light source and - an optical element for the light source, wherein the optical element comprises a light-conducting region with a light entry surface for a light emitted by the light source, as well as lens region adjoining the light-conducting region with a first light exit surface for the emission of a first portion of the light in a forward direction and a curved region adjoining the lens region with a second light exit surface for the emission of a second portion of the light in a lateral direction, - a screen that is arranged normal to the forward direction and surrounds the light-conducting region,
A method of controlling a sinter plant gas cleaning system comprising a dust pre-collector device (28; 29) and a fabric filter device for removing dust particles from a process gas drawn from a sinter strand of a sinter plant, wherein the dust pre-collector device (28; 29) is separate from the fabric filter device and arranged upstream, as seen with respect to the transport direction of the process gas, of the fabric filter device and is fluidly connected in series with a by-pass duct, such that at least a portion of the amount of dust particles are removed from the flue gas also when the flue gas by-passes the fabric filter device, the method comprising: measuring a concentration of organic compounds of the process gas drawn from the sinter strand, and controlling, based on the measured concentration of organic compounds of the process gas, a flow of process gas by-passing the fabric filter device and forwarding the process gas through the pre-collector device (28; 29) also when a flow of process gas by-passes the fabric filter device. measuring a concentration of organic compounds of the process gas drawn from the sinter strand, and controlling, based on the measured concentration of organic compounds of the process gas, a flow of process gas by-passing the fabric filter device and forwarding the process gas through the pre-collector device (28; 29) also when a flow of process gas by-passes the fabric filter device.
A playback device (400, 702, 704, 706) comprising: at least one battery; a network interface; a processor to cause the playback device to: determine that the playback device is operating in one of: a powered mode in which the playback device receives power from an external source (712, 714), and a battery mode in which the playback device receives power from the at least one battery; characterized in that: when it is determined that the playback device is operating in the powered mode, the processor is configured to cause the playback device to serve as a network bridge; and when it is determined that the playback device is operating in the battery mode, the processor is configured to cause the playback device to serve as a client device and not serve as a network bridge, wherein the client device is a network device that is a source or a destination for networking data, but does not forward data to other network devices. at least one battery; a network interface; a processor to cause the playback device to: determine that the playback device is operating in one of: a powered mode in which the playback device receives power from an external source (712, 714), and a battery mode in which the playback device receives power from the at least one battery; characterized in that: when it is determined that the playback device is operating in the powered mode, the processor is configured to cause the playback device to serve as a network bridge; and when it is determined that the playback device is operating in the battery mode, the processor is configured to cause the playback device to serve as a client device and not serve as a network bridge, wherein the client device is a network device that is a source or a destination for networking data, but does not forward data to other network devices. a powered mode in which the playback device receives power from an external source (712, 714), and a battery mode in which the playback device receives power from the at least one battery; when it is determined that the playback device is operating in the powered mode, the processor is configured to cause the playback device to serve as a network bridge; and when it is determined that the playback device is operating in the battery mode, the processor is configured to cause the playback device to serve as a client device and not serve as a network bridge, wherein the client device is a network device that is a source or a destination for networking data, but does not forward data to other network devices.
A cap capable of connecting to a container, said cap having a locking means comprising: (i) A panel connected to a lid of said cap on at least a portion of the perimeter thereof; (ii) At least one protrusion extending from a portion of said panel towards the inside of said lid for coupling with a slot provided in a portion of a cap body of said cap; and (iii) An elastically deformable material connecting said panel to said lid, characterized in that at least a portion of said protrusion extends at an angle c and wherein at least a portion of said slot is slanted at an angle b so that coupling with said protrusion is achieved when said lid is pressed onto said cap body, and wherein the angle c of said protrusion is between 1 and 2 degrees and the angle b of said slot is between 0 and 2 degrees, taken from a plane perpendicular to the longitudinal axis, wherein at least one portion of said panel abuts a first surface of contact of said cap body when pressure is applied onto said panel, and said first surface of contact is non-linear such that when at least a portion of the panel abuts said first surface of contact, a sliding motion is initiated. (i) A panel connected to a lid of said cap on at least a portion of the perimeter thereof; (ii) At least one protrusion extending from a portion of said panel towards the inside of said lid for coupling with a slot provided in a portion of a cap body of said cap; and (iii) An elastically deformable material connecting said panel to said lid,
A method, carried out by a computer, of generating an internally consistent model of the state of a book captured in a video image, the method comprising the steps of: obtaining a plurality of pieces of evidence relating to the state of the book in the video image, the obtained pieces of evidence including an identity of one or more fiduciary markers (1011, 1012) and an angular position θ 1 of a turning leaf (1102,1104) of the book; associating a quality score with each piece of evidence; generating an initial model of the state of the book wherein the state of the book is constrained by physical properties of the book and at least the highest scoring piece of evidence; sequentially constraining the model in a predetermined order of priority based upon two or more of the obtained pieces of evidence whose scores meet a respective predetermined first threshold value; and augmenting the captured video image with a rendered computer graphic responsive to the generated model of the state of the book. obtaining a plurality of pieces of evidence relating to the state of the book in the video image, the obtained pieces of evidence including an identity of one or more fiduciary markers (1011, 1012) and an angular position θ 1 of a turning leaf (1102,1104) of the book; associating a quality score with each piece of evidence; generating an initial model of the state of the book wherein the state of the book is constrained by physical properties of the book and at least the highest scoring piece of evidence; sequentially constraining the model in a predetermined order of priority based upon two or more of the obtained pieces of evidence whose scores meet a respective predetermined first threshold value; and augmenting the captured video image with a rendered computer graphic responsive to the generated model of the state of the book.
A cleaning sheet attachable to a cleaning sheet mounting member comprising: a central portion (200b, 300b, 400b) which defines a main cleaning area and at least one end portion formed at at least one of both sides of the central portion (200b, 300b, 400b) in a predetermined direction, wherein the at least one end portion has a first part (200a1, 300a1, 400a1) having a predetermined first elongation rate and a second part (200a2, 300a2, 400a2) having a predetermined elongation rate higher than the first elongation rate, the second part (200a2, 300a2, 400a2) being disposed between the central portion (200b, 300b, 400b) and the first part (200a1, 300a1, 400a1) in the predetermined direction, wherein the cleaning sheet (200, 300, 400) is configured to be detachably holdable by a cleaning sheet mounting member at a boundary between the first part (200a1, 300a1, 400a1) and the second part (200a2, 30Da2, 400a2), wherein the second part (200a2, 300a2, 400a2) is formed by a single sheet element or by a plurality of sheet elements stacked and bonded to each other and the first part (200a1, 300a1, 400a1) is formed by sheet elements stacked in layer and bonded to each other, wherein the number of sheet elements in layer of the first part (200a1. 300a1, 400a1) is larger in number than the number of sheet element(s) of the second part (200a2, 300a2, 400a2), such that the second elongation rate is higher than the first elongation rate, and wherein the stacked sheet elements of the first part (200a1, 300a1, 400a1) are bonded together by embossing. a central portion (200b, 300b, 400b) which defines a main cleaning area and at least one end portion formed at at least one of both sides of the central portion (200b, 300b, 400b) in a predetermined direction, wherein the at least one end portion has a first part (200a1, 300a1, 400a1) having a predetermined first elongation rate and a second part (200a2, 300a2, 400a2) having a predetermined elongation rate higher than the first elongation rate, the second part (200a2, 300a2, 400a2) being disposed between the central portion (200b, 300b, 400b) and the first part (200a1, 300a1, 400a1) in the predetermined direction, wherein the cleaning sheet (200, 300, 400) is configured to be detachably holdable by a cleaning sheet mounting member at a boundary between the first part (200a1, 300a1, 400a1) and the second part (200a2, 30Da2, 400a2), wherein the second part (200a2, 300a2, 400a2) is formed by a single sheet element or by a plurality of sheet elements stacked and bonded to each other and the first part (200a1, 300a1, 400a1) is formed by sheet elements stacked in layer and bonded to each other, wherein the number of sheet elements in layer of the first part (200a1. 300a1, 400a1) is larger in number than the number of sheet element(s) of the second part (200a2, 300a2, 400a2), such that the second elongation rate is higher than the first elongation rate, and wherein the stacked sheet elements of the first part (200a1, 300a1, 400a1) are bonded together by embossing.
A conductive paste for forming a conductive track or coating on a substrate, the paste comprising a solids portion dispersed in an organic medium, the solids portion comprising electrically conductive material and an inorganic particle mixture; wherein the inorganic particle mixture comprises substantially crystalline particles of two or more different metal compounds and is substantially lead free; wherein the glass content of the solids portion is less than 0.05 wt%; and wherein the inorganic particle mixture comprises a compound of tellurium.
A human antigen-binding protein that specifically binds to human TMPRSS2 and which is an antibody or antigen-binding fragment thereof, and wherein the antigen-binding protein comprises: a heavy chain immunoglobulin variable region that comprises (a) a CDR-H1 comprising the amino acid sequence: G F T F S S Y G (SEQ ID NO: 6), (b) a CDR-H2 comprising the amino acid sequence: I W N D G S Y V (SEQ ID NO: 8), and (c) a CDR-H3 comprising the amino acid sequence: A R E G E W V L Y Y F D Y (SEQ ID NO: 10); and a light chain immunoglobulin variable region that comprises (a) a CDR-L1 comprising the amino acid sequence: Q S I S S W (SEQ ID NO: 12), (b) a CDR-L2 comprising the amino acid sequence: K A S (SEQ ID NO: 14), and (c) a CDR-L3 comprising the amino acid sequence: Q Q Y N S Y S Y T (SEQ ID NO: 16). a heavy chain immunoglobulin variable region that comprises (a) a CDR-H1 comprising the amino acid sequence: G F T F S S Y G (SEQ ID NO: 6), (b) a CDR-H2 comprising the amino acid sequence: I W N D G S Y V (SEQ ID NO: 8), and (c) a CDR-H3 comprising the amino acid sequence: A R E G E W V L Y Y F D Y (SEQ ID NO: 10); and (a) a CDR-H1 comprising the amino acid sequence: G F T F S S Y G (SEQ ID NO: 6), (b) a CDR-H2 comprising the amino acid sequence: I W N D G S Y V (SEQ ID NO: 8), and (c) a CDR-H3 comprising the amino acid sequence: A R E G E W V L Y Y F D Y (SEQ ID NO: 10); and a light chain immunoglobulin variable region that comprises (a) a CDR-L1 comprising the amino acid sequence: Q S I S S W (SEQ ID NO: 12), (b) a CDR-L2 comprising the amino acid sequence: K A S (SEQ ID NO: 14), and (c) a CDR-L3 comprising the amino acid sequence: Q Q Y N S Y S Y T (SEQ ID NO: 16). (a) a CDR-L1 comprising the amino acid sequence: Q S I S S W (SEQ ID NO: 12), (b) a CDR-L2 comprising the amino acid sequence: K A S (SEQ ID NO: 14), and (c) a CDR-L3 comprising the amino acid sequence: Q Q Y N S Y S Y T (SEQ ID NO: 16).