mhurhangee/ep-ind-claims huggingface dataset:
Device for transferring an item for packaging in a packaging machine, said device comprising at least one receptacle for items for packaging, at least one transportation device, at least one leading finger and at least one trailing finger for removing at least one item for packaging in a removal position from the receptacle for items for packaging and for feeding the item for packaging to the transportation device, at least one activation means (42; 30, 56) for activating at least one finger (36, 38), wherein at least one slider to which the fingers (36, 38) are fastened is provided, wherein at least one linear axis is provided for moving the slider from the removal position to the transfer position, wherein at least one cylinder, in particular a pneumatic cylinder, and at least one cam roller that interacts with a gate are provided as the activation means, wherein the activation means (42, 56) is connected to the slider, wherein at least one pivotable part which is connected to the cylinder and to the cam roller and acts on at least one finger (36, 38) is provided on the slider, wherein the cam roller and thus the pivotable part are activatable by way of the gate that is stationary relative to the slider.
An apparatus for a rotary-wing aircraft comprising: a hub configured to couple to a mast; a grip configured to couple to the hub and a rotor blade; a pitch actuator coupled to the grip and configured to change a pitch of the rotor blade relative to the mast; and characterized by comprising: a delta-3 restraint coupled to the pitch actuator, wherein the delta-3 restraint is configured to control the pitch of the blade relative to the mast and to provide a default delta-3 angle when the pitch actuator fails, and wherein the delta-3 restraint provides an instantaneous blade pitch-flap coupling response; wherein the delta-3 restraint is coupled to the mast and fixed relative to the mast; and wherein the delta-3 restraint comprises a pitch horn coupled to the pitch actuator, a pitch link coupled to the pitch horn, and a mast adapter coupled to the hub. a hub configured to couple to a mast; a grip configured to couple to the hub and a rotor blade; a pitch actuator coupled to the grip and configured to change a pitch of the rotor blade relative to the mast; and characterized by comprising: a delta-3 restraint coupled to the pitch actuator, wherein the delta-3 restraint is configured to control the pitch of the blade relative to the mast and to provide a default delta-3 angle when the pitch actuator fails, and wherein the delta-3 restraint provides an instantaneous blade pitch-flap coupling response; wherein the delta-3 restraint is coupled to the mast and fixed relative to the mast; and wherein the delta-3 restraint comprises a pitch horn coupled to the pitch actuator, a pitch link coupled to the pitch horn, and a mast adapter coupled to the hub. a delta-3 restraint coupled to the pitch actuator, wherein the delta-3 restraint is configured to control the pitch of the blade relative to the mast and to provide a default delta-3 angle when the pitch actuator fails, and wherein the delta-3 restraint provides an instantaneous blade pitch-flap coupling response; wherein the delta-3 restraint is coupled to the mast and fixed relative to the mast; and wherein the delta-3 restraint comprises a pitch horn coupled to the pitch actuator, a pitch link coupled to the pitch horn, and a mast adapter coupled to the hub.
Hand-held machine tool, characterized by comprising: a first moving component as a main vibration source, the first moving component reciprocating substantially in a straight line in a first direction; a second moving component as a secondary vibration source, the second moving component having a movement state different from that of the first moving component; and a balancing block, with a linear movement direction of the balancing block being a second direction, and a movement pace of the balancing block being opposite to that of the first moving component, characterized in that, said first direction and said second direction are not parallel and do not intersect, meaning that they do not share a common plane. a first moving component as a main vibration source, the first moving component reciprocating substantially in a straight line in a first direction; a second moving component as a secondary vibration source, the second moving component having a movement state different from that of the first moving component; and a balancing block, with a linear movement direction of the balancing block being a second direction, and a movement pace of the balancing block being opposite to that of the first moving component, characterized in that, said first direction and said second direction are not parallel and do not intersect, meaning that they do not share a common plane.
Plant shredder comprising a shredding chamber equipped with a shredding rotor rotated about an axis, wherein said shredding chamber includes - an inlet opening of width, which is extended upstream by a hopper for the loading of plants to be shredded, and - an outlet opening that is extended downstream by a chute for the evacuation of the shredded plants, wherein said loading hopper includes an upstream end and a downstream end that is equipped with a motor-driven roll rotated about an axis parallel or substantially parallel to the axis of rotation of said shredding rotor, wherein said motor-driven roll is placed opposite said inlet opening of said shredding chamber, with its median plane centred or substantially centred to the axis of said inlet opening, and wherein said motor-driven roll includes a peripheral surface adapted to drive the plants to be shredded towards said inlet opening, characterized in that said motor-driven drive roll has a width higher than the width of said inlet opening of the shredding chamber, and includes lateral ends whose peripheral surface is provided with means providing, or at least facilitating, the centering of the plants towards said axis of said inlet opening, wherein said centering means consist in at least one helical spire protruding from the peripheral surface of each end of said roll, said end spires having pitches converging towards said median plane of said roll.
An X-ray analysis device comprising: a sample stage for supporting a sample; an N-dimensional detector, wherein N is an integer of one or two; and an analyzer including one or more analyzer crystals (22A, 22B), wherein a detection surface of the N-dimensional detector has a first detection area and a second detection area placed apart from the first detection area and distinguished from the first detection area for detection, a plurality of optical paths in which a diffracted X-ray from the sample travels includes a first optical path that directly reaches the first detection area and a second optical path that reaches the second detection area via the one or more analyzer crystals (22A, 22B), and the N-dimensional detector is configured to perform a measurement of the first optical path by X-ray detection of the first detection area, and to perform a measurement of the second optical path by X-ray detection of the second detection area. a sample stage for supporting a sample; an N-dimensional detector, wherein N is an integer of one or two; and an analyzer including one or more analyzer crystals (22A, 22B), wherein a detection surface of the N-dimensional detector has a first detection area and a second detection area placed apart from the first detection area and distinguished from the first detection area for detection, a plurality of optical paths in which a diffracted X-ray from the sample travels includes a first optical path that directly reaches the first detection area and a second optical path that reaches the second detection area via the one or more analyzer crystals (22A, 22B), and the N-dimensional detector is configured to perform a measurement of the first optical path by X-ray detection of the first detection area, and to perform a measurement of the second optical path by X-ray detection of the second detection area.
A method performed by a first communication device pertaining to Long Term Evolution, LTE, device-to-device, D2D, Proximity Services, ProSe, the method comprising: - receiving from a second communication device, a D2D discovery message at Layer 1, L1, of the first communication device; - identifying, i) at L1 and ii) via a resource mapping scheme corresponding to a resource allocation of the received D2D discovery message, a message format of the received D2D discovery message, comprising identifying whether the message format is a format for a relay announcement message; a format for a Public Safety, PS, discovery message or a format for a non-PS discovery message; - decoding the received D2D discovery message according to the identified message format; and - sending the decoded D2D discovery message to higher layers, L2/L3, of the first communication device, wherein: if the received D2D discovery message is a PS discovery message, the PS discovery message is located at a resource pool; and if the received D2D discovery message is non-PS discovery message, the non-PS discovery message is located at a resource pool different from the location of the resource pool of the PS discovery message; and if the received D2D discovery message is a relay announcement message, the relay announcement message is located at a resource pool different from the location of the resource pool of the PS discovery message and also different from the location of the resource pool of the non-PS discovery message. - receiving from a second communication device, a D2D discovery message at Layer 1, L1, of the first communication device; - identifying, i) at L1 and ii) via a resource mapping scheme corresponding to a resource allocation of the received D2D discovery message, a message format of the received D2D discovery message, comprising identifying whether the message format is a format for a relay announcement message; a format for a Public Safety, PS, discovery message or a format for a non-PS discovery message; - decoding the received D2D discovery message according to the identified message format; and - sending the decoded D2D discovery message to higher layers, L2/L3, of the first communication device, if the received D2D discovery message is a PS discovery message, the PS discovery message is located at a resource pool; and if the received D2D discovery message is non-PS discovery message, the non-PS discovery message is located at a resource pool different from the location of the resource pool of the PS discovery message; and if the received D2D discovery message is a relay announcement message, the relay announcement message is located at a resource pool different from the location of the resource pool of the PS discovery message and also different from the location of the resource pool of the non-PS discovery message.
Combustion chamber of a gas turbine having an outer combustion chamber wall, an inner combustion chamber wall with a heat shield, a combustion chamber head and a base plate, where the inner combustion chamber wall, at its front end area relative to the direction of flow through the combustion chamber, is held longitudinally movable in a groove provided in the area of the combustion chamber head and the base plate there arranged, and is fixed to the outer combustion chamber wall at its rear outflow-side end area, characterized in that the groove is designed between the outer combustion chamber wall and the heat shield.
A communication device (1, 15, 25, 35) comprising a housing, the housing comprises a housing wall with an inner side and an outer side, and wherein the housing comprises a first housing part and a second housing part, which are joined along a dividing line, whereby a first abutment face of the first housing part abuts a second abutment face of the second housing part along the dividing line, a space bounded by the inner side of the housing wall, a first microphone transducer arranged in the housing, the first microphone transducer comprises a microphone opening, which is connected to the space, wherein the space is communicating with the surroundings via a peripheral line of housing openings in the outer side of the housing wall arranged along the dividing line, and housing channels extending between the housing openings and the inner side of the housing wall, CHARACTERIZED IN THAT the housing channels and the housing openings are provided as recessions (45; 48) in the first abutment face, and the first microphone transducer is arranged in a first recess in the abutment face of the second housing part.
Apparatus for filling a folded bakery product, which product is folded over so as to form at least two layers (P 1, P 2; P 3, P 4) which are at least partially overlapping, between which a gap (I 1, I 2) is formed for receiving a filling product, comprising: - a support member having a receiving seat for supporting the product to be filled; - dispensing means designed to penetrate into the product and dispense a filling product into it; - drive means adapted to cause a relative movement between the support member and the dispensing means between a position in which the product is loaded on to the support member and a filling position in which the dispensing means are made to penetrate into the product; and - metering means for supplying a predetermined quantity of filling to the dispensing means, wherein the apparatus further comprises opening means designed to spread apart the edges of the layers (P 1, P 2; P 3, P 4) as a result of the relative approaching movement between the support member and the dispensing means between the loading position of the product and the filling position, so as to allow the penetration of the dispensing means into the gap (I 1, I 2) formed between the overlapping layers (P 1, P 2; P 3, P 4), the opening means comprising one or more members of the flexible strip type (30a, 30b), which can be inserted between the edges of the layers (P 1, P 2, P 3, P 4) and can interact with the dispensing means in such a way that the relative approaching movement between the product and the dispensing means causes a movement of the ends of the opening means such that the edges of the layers (P 1, P 2; P 3, P 4) are spread apart and the dispensing means can penetrate into the gap (I 1, I 2) between the layers (P 1, P 2; P 3, P 4). - a support member having a receiving seat for supporting the product to be filled; - dispensing means designed to penetrate into the product and dispense a filling product into it; - drive means adapted to cause a relative movement between the support member and the dispensing means between a position in which the product is loaded on to the support member and a filling position in which the dispensing means are made to penetrate into the product; and - metering means for supplying a predetermined quantity of filling to the dispensing means,
Method for controlling the temperature of a vehicle passenger compartment and/or of a battery of an electric or hybrid vehicle (3, 4) having the steps: - detecting an actual temperature of the vehicle passenger compartment and/or of the battery, - comparing the actual temperature with a set point temperature of the vehicle passenger compartment and/or of the battery, - controlling the temperature of the vehicle passenger compartment and/or of the battery in the event of a deviation of the actual temperature from the set point temperature, - the temperature of the vehicle passenger compartment and/or of the battery is controlled before the start of a journey by means of electrical energy from an external power system, and the electrical energy for controlling the temperature is drawn from the external power system during the temperature control process, wherein - an imminent start of a journey with the electric or hybrid vehicle (3, 4) is determined and, preferably during a predefined time period, the temperature of the vehicle passenger compartment and/or of the battery is controlled before the start of a journey, characterized in that - the imminent start of a journey is determined on the basis of a temperature control use history and/or a use history of the electric or hybrid vehicle (3, 4). - detecting an actual temperature of the vehicle passenger compartment and/or of the battery, - comparing the actual temperature with a set point temperature of the vehicle passenger compartment and/or of the battery, - controlling the temperature of the vehicle passenger compartment and/or of the battery in the event of a deviation of the actual temperature from the set point temperature, - the temperature of the vehicle passenger compartment and/or of the battery is controlled before the start of a journey by means of electrical energy from an external power system, and the electrical energy for controlling the temperature is drawn from the external power system during the temperature control process, wherein - an imminent start of a journey with the electric or hybrid vehicle (3, 4) is determined and, preferably during a predefined time period, the temperature of the vehicle passenger compartment and/or of the battery is controlled before the start of a journey, characterized in that - the imminent start of a journey is determined on the basis of a temperature control use history and/or a use history of the electric or hybrid vehicle (3, 4).
Electronic device for controlling and powering discharge lamps comprising: - a generator of power signals; and - a plurality of control units, each dedicated to controlling at least one discharge lamp, said control units being connected in parallel to said generator by a single power bus, each of the control units comprising, for each of the lamps to which the unit is dedicated, a control module and an electronic circuit connected to said lamp and to the power bus, said electronic circuit comprising resonance means (322, 328) capable of resonating at a frequency of a power signal from said generator so as to create an overvoltage at the terminals of said discharge lamp and trigger it to switch on, said power generator comprising a stage for correcting the power factor, this stage being capable of delivering a direct current voltage of more than 300V from the mains voltage to the power bus; characterised in that the resonance means (322, 328) comprise an inductive component and a capacitive component and the electronic circuit is configured to function according to a standard configuration in which the inductive component is connected in series to the discharge lamp and the capacitive component is not connected, and a switching on configuration in which the inductive component is connected in series to the discharge lamp, and the capacitive component is connected in parallel to the discharge lamp, the configurations being able to be activated selectively by the control module. - a generator of power signals; and - a plurality of control units, each dedicated to controlling at least one discharge lamp, said control units being connected in parallel to said generator by a single power bus, each of the control units comprising, for each of the lamps to which the unit is dedicated, a control module and an electronic circuit connected to said lamp and to the power bus, said electronic circuit comprising resonance means (322, 328) capable of resonating at a frequency of a power signal from said generator so as to create an overvoltage at the terminals of said discharge lamp and trigger it to switch on, said power generator comprising a stage for correcting the power factor, this stage being capable of delivering a direct current voltage of more than 300V from the mains voltage to the power bus;
A laundry washer-dryer comprising a housing which includes a tub, a rotatable drum inside the tub, an aperture for loading/unloading the drum, a door which is disposed onto the housing so as to open/close the aperture, a drying unit which has a duct that is adapted to circulate via its outlet port and inlet port hot air through the drum,a gasket comprising a collar which is adapted to leak-tightly connect the tub to the housing and to seal the interfaces between the tub, the housing and the door and a sleeve which is adapted to circulate the hot air through the drum, wherein the sleeve is formed into the collar and adapted to fit around at least one of the outlet port and the inlet port being characterized in that one or more handles each disposed onto the sleeve and each having a respective gripping surface which is accessible to the assembly operator and suitable to be gripped by the assembly operator when fitting the sleeve around the respective port (7a, 7b) of the duct.
A method for quantifying the amount of ammonium bicarbonate in a solid sample of ammonium carbamate comprising: a. measuring the FT-IR spectrum of said sample; b. calculating an IR band maximum for a first band that is common to ammonium carbamate and ammonium bicarbonate and for a second band that is unique to ammonium carbamate; c. calculating a ratio of said maximum of said second band to said maximum of said first band; and d. calculating the concentration of ammonium bicarbonate in said sample from a calibration curve relating said concentration to said ratio. a. measuring the FT-IR spectrum of said sample; b. calculating an IR band maximum for a first band that is common to ammonium carbamate and ammonium bicarbonate and for a second band that is unique to ammonium carbamate; c. calculating a ratio of said maximum of said second band to said maximum of said first band; and d. calculating the concentration of ammonium bicarbonate in said sample from a calibration curve relating said concentration to said ratio.
A cleaning device comprising: a body configured to enclose a towed marine element; at least one wing configured to impart translational and rotational motion to the body when interacting with the water; an antifouling device attached to the body and configured to remove fouling material inside the body; and first and second wheels located inside the body and configured to press against the marine element; wherein the first and second wheels are attached to corresponding wheel frames parts (832, 834; 932,934), characterised in that said at least one wing is rotatably attached to the body and in that the frame parts (832, 834; 932,934) are connected to each other with a spring element (838; 938) so that the cleaning device is configured to pass obstacles located on the marine element having larger diameters than the marine element. a body configured to enclose a towed marine element; at least one wing configured to impart translational and rotational motion to the body when interacting with the water; an antifouling device attached to the body and configured to remove fouling material inside the body; and first and second wheels located inside the body and configured to press against the marine element; wherein the first and second wheels are attached to corresponding wheel frames parts (832, 834; 932,934), characterised in that said at least one wing is rotatably attached to the body and in that the frame parts (832, 834; 932,934) are connected to each other with a spring element (838; 938) so that the cleaning device is configured to pass obstacles located on the marine element having larger diameters than the marine element.