mhurhangee/ep-ind-claims huggingface dataset:
A viewpoint synthesizer for embedding into a video production of a first scene an object captured in a second scene, video streams capturing said first scene being provided by one or more image providers, each image provider being associated with a viewpoint configuration, video streams capturing said second scene being provided by one or more video cameras, the synthesizer adapted for: (a) receiving one or more parameters associated with the viewpoint configuration of the one or more image providers capturing the first scene; and (b) converting video streams of said second scene as captured by at least one of the video cameras to video streams fitting the viewpoint configuration of one of the image providers in accordance with the received one or more parameters, wherein the synthesizer is linked to means for separating at least a portion of said second scene from other portions of said second scene and means for integrating said at least a portion of said second scene into the video streams of said first scene. (a) receiving one or more parameters associated with the viewpoint configuration of the one or more image providers capturing the first scene; and (b) converting video streams of said second scene as captured by at least one of the video cameras to video streams fitting the viewpoint configuration of one of the image providers in accordance with the received one or more parameters, wherein the synthesizer is linked to means for separating at least a portion of said second scene from other portions of said second scene and means for integrating said at least a portion of said second scene into the video streams of said first scene.
A process for gasifying biomass to obtain combustible gas for combustion in a combustion engine, comprising the steps of: - providing solid biomass having a particle size of less than 3 mm and a moisture ratio of not more than 15 wt%; - gasifying the biomass in a cyclone gasifier at 400°C to 900°C, in the presence of sub-stoichiometric quantities of oxygen; - separating particulate matter from the combustible gaseous stream obtained by gasifying the biomass; - adiabatically and convectively cooling the combustible gaseous stream, obtained by gasifying the biomass, by contacting it with an organic liquid having a temperature below the dew-point of the combustible gaseous stream; whereby tar components present in the combustible gaseous stream are condensed; - electrostatically removing particles, comprising tar components, from the adiabatically and convectively cooled combustible gaseous stream; and - condensing evaporated organic liquid present in the adiabatically and convectively cooled combustible gaseous stream; to obtain a combustible gas for combustion in a combustion engine. - providing solid biomass having a particle size of less than 3 mm and a moisture ratio of not more than 15 wt%; - gasifying the biomass in a cyclone gasifier at 400°C to 900°C, in the presence of sub-stoichiometric quantities of oxygen; - separating particulate matter from the combustible gaseous stream obtained by gasifying the biomass; - adiabatically and convectively cooling the combustible gaseous stream, obtained by gasifying the biomass, by contacting it with an organic liquid having a temperature below the dew-point of the combustible gaseous stream; whereby tar components present in the combustible gaseous stream are condensed; - electrostatically removing particles, comprising tar components, from the adiabatically and convectively cooled combustible gaseous stream; and - condensing evaporated organic liquid present in the adiabatically and convectively cooled combustible gaseous stream;
A flame retardant optical fiber comprising: a glass core; a primary coating; and a secondary coating surrounding the primary coating, wherein the secondary coating is formed from a coating composition that is substantially free of an oligomeric component and that comprises a flame retardant composition comprising a flame retardant material, wherein the flame retardant material comprises at least one inorganic and halogen-free flame retardant filler, and characterized in that the flame retardant optical fiber further comprises a cladding surrounding the core, wherein the primary coating is adhered to the cladding; and the at least one inorganic and halogen-free flame retardant filler is selected from the group consisting of hydrated magnesium calcium carbonate, zinc borate, phosphates and mixtures thereof. a glass core; a primary coating; and a secondary coating surrounding the primary coating, wherein the secondary coating is formed from a coating composition that is substantially free of an oligomeric component and that comprises a flame retardant composition comprising a flame retardant material, wherein the flame retardant material comprises at least one inorganic and halogen-free flame retardant filler, and characterized in that the flame retardant optical fiber further comprises a cladding surrounding the core, wherein the primary coating is adhered to the cladding; and the at least one inorganic and halogen-free flame retardant filler is selected from the group consisting of hydrated magnesium calcium carbonate, zinc borate, phosphates and mixtures thereof.
A nutraceutical or food composition comprising hydroxytyrosol in combination with caffeine characterized in that the dosage is 10 - 200 mg hydroxytyrosol and 50 - 450 mg caffeine.
Hand-held machine tool, comprising an integrated tool or a tool holder for receiving a tool, an electric motor for driving the tool or the tool holder, a guide into which a battery pack for supplying electric motor with current can be inserted along a first direction, a contact holder in which electrical contacts are arranged offset to one another along a second direction, a suspension for the contact holder, the contact holder being movable along the first direction and along a third direction with respect to the suspension, wherein the first direction, the second direction and the third direction are orthogonal to one another in pairs, characterised by a spring which loads the contact holder with a force acting oppositely to the first direction, wherein an end face oriented oppositely to the first direction is provided with a centring element which cooperates with a centring support on the battery pack in order to prevent relative movement between the end face and the battery pack along the third direction.
A fluid pressure cylinder (10, 220) comprising a cylinder tube including cylinder chambers (22a, 22b) defined in interior thereof, a cover member (14, 16, 224) attached to an end of the cylinder tube, a piston (150, 170, 230) disposed displaceably along the cylinder chambers (22a, 22b), and a piston rod (20, 154, 226) that is connected to the piston (150, 170, 230), wherein a central portion of the piston (150, 170, 230) is connected with respect to the piston rod (20, 154, 226) by insertion of a pin member (104, 238) into the piston rod (20, 154, 226) and plastically deforming the pin member (104, 238), characterized in that the pin member (104, 238) is punched with respect to the piston rod (20, 154, 226) at a predetermined angle of inclination with respect to an axial direction of the piston rod (20, 154, 226) such that a direction of displacement of the piston (150, 170, 230) and a fastening direction of the pin member (104, 238) are not along a straight line.
A chip-type semiconductor ceramic electronic component including a ceramic body made of a semiconductor ceramic, first external electrodes (3a, 3b) formed on opposite end surfaces of the ceramic body, and second external electrodes (4a, 4b) extending so as to cover surfaces of the first external electrodes (3a, 3b) and part of side surfaces of the ceramic body, wherein corner portions defined by the side surfaces and the end surfaces of the ceramic body have curved surfaces, and a curvature radius of the corner portions of the ceramic body is assumed to be R (μm); wherein the first external electrodes (3a, 3b) are each made of a material making an ohmic contact between the respective first external electrode (3a, 3b) and the ceramic body, and a maximum thickness of a layer of the first external electrodes (3a, 3b), which is in contact with the ceramic body, measured from the respective end surface of the ceramic body is assumed to be y (μm); and wherein the second external electrodes (4a, 4b) are each made of a material not having a property to form an ohmic contact with the ceramic body, characterized in that a minimum thickness of a layer of the second external electrodes (4a, 4b), which is in direct contact with the respective side surface of the ceramic body, measured from and being at an apex of the respective corner portion of the ceramic body is assumed to be x (μm), and R, x and y satisfy the relationships of: 20 ≤ R ≤ 50, 0.5 ≤ x ≤ 9.0, - 0.4x + 0.6 ≤ y ≤ 0.4 on condition of 0.5 ≤ x ≤ 1.1, and - 0.0076x + 0.16836 ≤ y ≤ 0.4 on condition of 1.1 ≤ x ≤ 9.0. - 0.4x + 0.6 ≤ y ≤ 0.4 on condition of 0.5 ≤ x ≤ 1.1, and - 0.0076x + 0.16836 ≤ y ≤ 0.4 on condition of 1.1 ≤ x ≤ 9.0.
A portable X-ray generation device comprising: an electric field emission X-ray source including a cathode electrode having an electron emitter, an anode electrode having an X-ray target surface, and a gate electrode disposed between the cathode electrode and the anode electrode; and a driving signal generator configured to generate at least three driving signals applied to the cathode electrode, the anode electrode, and the gate electrode, respectively, by using a direct current power having a predetermined voltage, wherein the driving signal generator includes a voltage converter configured to generate a first driving voltage of a first voltage level for the anode electrode, a second driving voltage of a second voltage level for the gate electrode, and a third driving voltage of a third voltage level for the cathode electrode with the direct current power, wherein the first to third voltage levels (V1, V2, and V3) have relations of V1 > V2 > V3, characterized in that the voltage converter includes a first voltage converter configured to generate the second driving voltage by firstly boosting a voltage of the direct current power to the second voltage level and a second voltage converter configured to generate the first driving voltage by secondly boosting the second voltage level to the first voltage level. an electric field emission X-ray source including a cathode electrode having an electron emitter, an anode electrode having an X-ray target surface, and a gate electrode disposed between the cathode electrode and the anode electrode; and a driving signal generator configured to generate at least three driving signals applied to the cathode electrode, the anode electrode, and the gate electrode, respectively, by using a direct current power having a predetermined voltage, wherein the driving signal generator includes a voltage converter configured to generate a first driving voltage of a first voltage level for the anode electrode, a second driving voltage of a second voltage level for the gate electrode, and a third driving voltage of a third voltage level for the cathode electrode with the direct current power, wherein the first to third voltage levels (V1, V2, and V3) have relations of V1 > V2 > V3, characterized in that the voltage converter includes a first voltage converter configured to generate the second driving voltage by firstly boosting a voltage of the direct current power to the second voltage level and a second voltage converter configured to generate the first driving voltage by secondly boosting the second voltage level to the first voltage level.
Seat carrier arrangement for a vehicle seat of a bus, having a seat carrier, which is supported towards the rear on an energy-absorbing deformation element, wherein the seat carrier is formed as a carrier part of a vehicle structure at the front end of the bus, characterised in that the vehicle structure has an upper and a lower absorber plane (12, 14), each having longitudinal beams (28, 32) of a base frame of the bus.
Plasticizable polymer material in the form of a thermoplastic elastomer material, comprising - a proportion of at least one natural polymer from the group of polylactide and lignin, including mixtures and/or derivatives thereof; and - a proportion of at least one polyamide based on dimer fatty acid; wherein the thermoplastic elastomer material also comprises a proportion of rubber dispersed therein. - a proportion of at least one natural polymer from the group of polylactide and lignin, including mixtures and/or derivatives thereof; and - a proportion of at least one polyamide based on dimer fatty acid;
A vehicle having a suspension frame, a drive frame and a track chain suspension mechanism characterized in that the track chain suspension mechanism has a first and a second track frame, the first frame being suspended to the vehicle by means of a suspension shaft pivotally and slidable mounted to the suspension frame, the second track frame pivotally connected to the vehicle by means of a drive shaft mounted to the drive frame and wherein said first and second track frame are pivotally connected to one another by means of a pivot shaft.
Method for operating a dosing means for a washing machine comprising a suds container for receiving washing liquid, which means comprises at least one storage container (20a, 20b, 21a, 21b) for receiving a treatment agent such as detergent or washing or rinsing additives, an input means for selecting and activating the washing or treatment cycle, and a control device for implementing the activated washing or treatment cycle, the treatment agent being conveyed to the suds container at the beginning of the activated washing cycle or treatment cycle, the treatment agent to be dosed from the storage container (20a, 20b, 21a, 21b) being selected on the basis of a piece of suitability information (Q1, Q2) for the washing or treatment cycle selected in each case, characterised in that the piece of suitability information is stored as a numerical value in a memory, and automatic dosing from one of the storage containers (20a, 20b, 21a, 21b) takes place if the piece of suitability information (Q1, Q2) at least reaches a threshold value for the selected washing or treatment cycle, and/or automatic dosing from one of the storage containers (20a, 20b, 21a, 21b) does not take place if the piece of suitability information (Q1, Q2) does not reach a threshold value for the selected washing or treatment cycle.
A machine arrangement for sequential processing of sheet-type substrates having several different processing stations, wherein one of the processing stations has a non-impact printing device printing the front side of the substrates, wherein as a further processing station a primer application device primering the front side of the substrate and a dryer (07; 121) for drying the primer applied to the relevant substrates are provided, wherein the primer application device and the dryer (07; 121) are arranged in transport direction of the relevant substrates in each case preceding the non-impact printing device, wherein the processing station having the non-impact printing device has a printing cylinder, wherein the non-impact printing device printing the substrates is arranged on the circumference of the printing cylinder, characterized in that on the lateral surface of the printing cylinder in each case three or four substrates are arranged or at least can be arranged in tandem in circumferential direction, wherein each of these substrates to be conveyed is retained in each case by means of at least one retaining element in a force-locking and/or form-fitting manner on the lateral surface of the printing cylinder, wherein at least those processing stations that have the non-impact printing device printing the front side of the substrates or the primer application device primering the front side of the substrate or the dryer downstream of this primer application device, are in each case arranged in a separate rack as a machine unit or functional assembly mounted separately, wherein a processing station with a dryer for drying the relevant substrates printed on the front side with the relevant non-impact printing device is arranged in transport direction of the relevant substrates after the processing station with the non-impact printing device printing the front side of the substrates, wherein this dryer is configured as a dryer drying the relevant substrates by a radiation with ultraviolet radiation.
Container lifter for a rear loading waste collection bin, comprising: - at least one main arm (63, 64) intended to be pivotably mounted on a frame about a first right-left axis, called axis A11, intended to assume a low position and a high position relative to a low-high direction, - a reinforcement (61, 62) pivotably mounted on the main arm (63, 64) about a second right-left axis, called axis A12, - a seat mounted on the reinforcement (61, 62) and intended to receive a container so as to raise same, - at least one auxiliary arm (65, 66) intended to be pivotably mounted on the frame about a third right-left axis, called axis A13, and pivotably mounted on the reinforcement about a fourth right-left axis, called axis A14, with the distance between the axes A12 and A14 being greater than the distance between the axes A11 and A13, characterised in that the seat is pivotably mounted on the reinforcement (61, 62) about a fifth right-left axis, called axis A15, which is located above the axis A12, and intended to selectively take a position pressed against the reinforcement between the low position and the high position of the main arm or arms, and a discharge position when the main arm or arms are in high position, wherein the seat has pivoted about the axis A15, in such a way that the container received on the seat has also pivoted about the axis A15 and can be emptied of its contents. - at least one main arm (63, 64) intended to be pivotably mounted on a frame about a first right-left axis, called axis A11, intended to assume a low position and a high position relative to a low-high direction, - a reinforcement (61, 62) pivotably mounted on the main arm (63, 64) about a second right-left axis, called axis A12, - a seat mounted on the reinforcement (61, 62) and intended to receive a container so as to raise same, - at least one auxiliary arm (65, 66) intended to be pivotably mounted on the frame about a third right-left axis, called axis A13, and pivotably mounted on the reinforcement about a fourth right-left axis, called axis A14, with the distance between the axes A12 and A14 being greater than the distance between the axes A11 and A13,
Peripheral control post of railway field devices, comprising: - a plurality of control modules (4, 5) operatively connected or connectable by electric cables to respective railway field devices; - a rack (2, 3) housing said plurality of control modules (4, 5); characterised in that the rack (2, 3) comprises: - a wiring frame adapted to be stably attached to a support surface or to an installation wall, comprising a front side and an opposite rear side and comprising on the rear side first connectors adapted to be electrically connected to end portions of said cables; and - a support and containment frame of the modules (4, 5,) adapted to house said modules and adapted to be coupled to the wiring frame by drawing the support and containment frame near the wiring frame from said front side so as to reach a coupling position, the support and containment frame comprising a plurality of seats inside which said modules (4, 5) are engaged; wherein: - the control modules (4, 5) comprise second connectors which in said coupling position of the frames (2, 3) are electrically interconnected, or are adapted to be electrically interconnected, to corresponding first connectors; - in said coupling position of the frames (2, 3) the second connectors project from the respective control modules (4, 5) so as to face from the rear side of the wiring frame and so that they are, or can be, electrically interconnected to corresponding first connectors. - a plurality of control modules (4, 5) operatively connected or connectable by electric cables to respective railway field devices; - a rack (2, 3) housing said plurality of control modules (4, 5); - a wiring frame adapted to be stably attached to a support surface or to an installation wall, comprising a front side and an opposite rear side and comprising on the rear side first connectors adapted to be electrically connected to end portions of said cables; and - a support and containment frame of the modules (4, 5,) adapted to house said modules and adapted to be coupled to the wiring frame by drawing the support and containment frame near the wiring frame from said front side so as to reach a coupling position, the support and containment frame comprising a plurality of seats inside which said modules (4, 5) are engaged; - the control modules (4, 5) comprise second connectors which in said coupling position of the frames (2, 3) are electrically interconnected, or are adapted to be electrically interconnected, to corresponding first connectors; - in said coupling position of the frames (2, 3) the second connectors project from the respective control modules (4, 5) so as to face from the rear side of the wiring frame and so that they are, or can be, electrically interconnected to corresponding first connectors.
An apparatus for producing (metal plate)-(ceramic board) laminated assembly wherein a bonding-material layer is formed on one of a ceramic board or a metal plate, temporary-bonding material is formed on one plate of the ceramic board or the metal plate, the ceramic board and the metal plate are temporarily stuck together in a piled state with the bonding-material layer therebetween by the temporary-bonding material, so that the ceramic board and the metal plate are laminated, the apparatus comprising: a conveying device conveying the one plate of the ceramic board or the metal plate onto the other plate and laminating the ceramic board and the metal plate; a heating device provided at a middle of a conveying path of the one plate by the conveying device and melting the temporary-bonding material on the one plate; and a temperature-measuring device measuring temperature of the temporary-bonding material or the one plate. a conveying device conveying the one plate of the ceramic board or the metal plate onto the other plate and laminating the ceramic board and the metal plate; a heating device provided at a middle of a conveying path of the one plate by the conveying device and melting the temporary-bonding material on the one plate; and a temperature-measuring device measuring temperature of the temporary-bonding material or the one plate.