mhurhangee/ep-ind-claims huggingface dataset:
Bistatic radar comprising: - an active phased array transmitter antenna adapted to irradiate a radio frequency output signal and comprising a cylindrical or conical or truncated cone array of columns of active transmission modules; - a receiving antenna comprising a truncated cone array of columns of reception modules directed along the generatrix of a truncated cone, each reception module comprising in cascade an antenna receiver element, an analog amplifier and an analog to digital converter adapted to produce digital samples in output; and - and a full digital beam forming block adapted to receive in input and numerically process said digital samples. - an active phased array transmitter antenna adapted to irradiate a radio frequency output signal and comprising a cylindrical or conical or truncated cone array of columns of active transmission modules; - a receiving antenna comprising a truncated cone array of columns of reception modules directed along the generatrix of a truncated cone, each reception module comprising in cascade an antenna receiver element, an analog amplifier and an analog to digital converter adapted to produce digital samples in output; and - and a full digital beam forming block adapted to receive in input and numerically process said digital samples.
A filter rod making machine, comprising: a tow treatment section for forming a flat filter web (W F) from fibrous tow, said tow treatment section has an outlet through which the formed filter web (W F) is fed; a forming section for forming the filter web (W F) into a rod-shaped material (W R), said forming section including a trumpet guide through which the filter web (W F) fed from the tow treatment section is passed so that the filter web (W F) is gathered up into the rod-shaped material (W R); a wrapping section for wrapping the rod-shaped material (W R) in a paper web (W P) to form a filter rod continuum, said wrapping section having an inlet (P I) for receiving the rod-shaped material (W R) from said forming section; and a scatter section for scattering a granular additive (P C) evenly over the filter web (W F), between the tow treatment section and the trumpet guide, wherein said scatter section includes a reference level line (L B) connecting the outlet (P O) of said tow treatment section and an inlet (P I) of said wrapping section, a scattering position located near the outlet (P O) of said tow treatment section for scattering the additive (P C), and a flat plate-shaped web guide arranged on the reference level line (L B) or above the reference level line (L B) and extending from downstream of the scattering position up to the trumpet guide, and said web guide bears the overall lower surface of the filter web (W F) and guides the filter web (W F) while the filter web (W F) is transported. a tow treatment section for forming a flat filter web (W F) from fibrous tow, said tow treatment section has an outlet through which the formed filter web (W F) is fed; a forming section for forming the filter web (W F) into a rod-shaped material (W R), said forming section including a trumpet guide through which the filter web (W F) fed from the tow treatment section is passed so that the filter web (W F) is gathered up into the rod-shaped material (W R); a wrapping section for wrapping the rod-shaped material (W R) in a paper web (W P) to form a filter rod continuum, said wrapping section having an inlet (P I) for receiving the rod-shaped material (W R) from said forming section; and a scatter section for scattering a granular additive (P C) evenly over the filter web (W F), between the tow treatment section and the trumpet guide, wherein
System to control the speed of locomotion vehicles, said system comprising: - a plurality of emission elements autonomous to and outside the locomotion vehicle and configured to emit respective signals of a maximum transit speed limit (L1, L2, Ln) allowed for the locomotion vehicle; - at least a reception element installed on the locomotion vehicle, and configured to receive said signal of a maximum speed limit (L1, L2, Ln) allowed, - a first control and command unit configured to receive said signal of a maximum speed limit (L1, L2, Ln) and to process a command signal; - a second speed control and command unit configured to receive said command signal emitted by the first control and command unit, and to regulate the speed of advance of the locomotion vehicle as a function of said maximum speed limit (L1, L2, Ln) detected, wherein said emission elements comprise infrared ray emitters configured to emit infrared rays with predefined emission parameters, said emission parameters being correlated to respective signals of a maximum speed limit (L1, L2, Ln), and wherein said reception element comprises an infrared detector configured to detect said infrared rays, characterized in that said emission elements comprise regulation members configured to regulate the emission field of said infrared rays such that infrared rays emitted by emission elements located in direct proximity to each other are prevented from overlapping each other, thus generating wrong data acquisition by the reception element. - a plurality of emission elements autonomous to and outside the locomotion vehicle and configured to emit respective signals of a maximum transit speed limit (L1, L2, Ln) allowed for the locomotion vehicle; - at least a reception element installed on the locomotion vehicle, and configured to receive said signal of a maximum speed limit (L1, L2, Ln) allowed, - a first control and command unit configured to receive said signal of a maximum speed limit (L1, L2, Ln) and to process a command signal; - a second speed control and command unit configured to receive said command signal emitted by the first control and command unit, and to regulate the speed of advance of the locomotion vehicle as a function of said maximum speed limit (L1, L2, Ln) detected, wherein said emission elements comprise infrared ray emitters configured to emit infrared rays with predefined emission parameters, said emission parameters being correlated to respective signals of a maximum speed limit (L1, L2, Ln), and wherein said reception element comprises an infrared detector configured to detect said infrared rays, characterized in that said emission elements comprise regulation members configured to regulate the emission field of said infrared rays such that infrared rays emitted by emission elements located in direct proximity to each other are prevented from overlapping each other, thus generating wrong data acquisition by the reception element.
A working fluid for a heat transfer device comprising: i) a refrigerant comprising difluoromethane (R-32) and ii) a polyol ester lubricant composition having a kinematic viscosity at 40 °C of from 32 to 120 cSt comprising linear and branched C 5-10 alkylcarboxy esters of di-pentaerythritol in a molar ratio of from 3:1 to 1:9 of linear to branched C 5-10 alkylcarboxy esters, wherein 70 mol % or more of the C 5-10 alkylcarboxy esters of di-pentaerythritol are linear or branched C 5 alkylcarboxy esters. i) a refrigerant comprising difluoromethane (R-32) and ii) a polyol ester lubricant composition having a kinematic viscosity at 40 °C of from 32 to 120 cSt comprising linear and branched C 5-10 alkylcarboxy esters of di-pentaerythritol in a molar ratio of from 3:1 to 1:9 of linear to branched C 5-10 alkylcarboxy esters, wherein 70 mol % or more of the C 5-10 alkylcarboxy esters of di-pentaerythritol are linear or branched C 5 alkylcarboxy esters.
Cooking vessel having a cap comprising a bottom and a side wall, a perforated plate fixed on an outer face of the cap and a temperature sensor provided with two insulated conducting elements (11, 12) and arranged between the outside of the cap and the perforated plate, said conducting elements extending from the bottom towards the side wall, characterised in that the temperature sensor is integral with a fastening member fixed in the bottom of the cap and in that the fastening member comprises an attachment plate having a perforation provided with an inclined peripheral lip embedded in the material of the bottom.
An edible foam product of pourable or spoonable consistency having an overrun of at least 100%, said edible foam product containing 1-10 wt.% of protein, 0.5-5 wt.% of fat, 1-10 wt.% of carbohydrate, at least 80 wt.% of water and from 0.5 to 2 wt. % of cocoa particles with a volume weighted mean diameter between 0.2 and 2 μm, and further being characterised by a high in-mouth stability as well as a high gastric stability, said in-mouth stability being evidenced by a reduction in overrun of less than 35% under in-mouth shear conditions, using the methodology defined in the description, and said high gastric stability being evidenced by a t 1⁄2 > 30 minutes, t 1⁄2 representing the time needed to achieve a reduction in overrun of 50% under gastric conditions, using the methodology defined in the description.
A floor covering panel having a support layer, which has mineral wool compacted into a mineral wool panel and a binder, wherein the mineral wool comprises rock wool fibers and/or glass wool fibers, and - the support layer having profiled edges is configured for connection with a second, similar floor covering panel, wherein a first positive-locking element is arranged on one side of the support layer and a second positive-locking element is arranged on an opposite side of the support layer and the two positive-locking elements (4, 5) are configured in a complementary manner to one another such that the first positive-locking element of the floor covering panel can be positively connected to the second positive-locking element of a further floor covering panel, and - the support layer is coated, wherein the coating is in particular a decorative layer which is inseparably applied to the support layer, which decorative layer forms the visible upper side of the floor covering panel, characterized in that - additives from the group of polypropylene, polyethylene, paraffin or wax are added to the support layer, and - the coating is bonded onto the support layer by means of an adhesive connection. - the support layer having profiled edges is configured for connection with a second, similar floor covering panel, wherein a first positive-locking element is arranged on one side of the support layer and a second positive-locking element is arranged on an opposite side of the support layer and the two positive-locking elements (4, 5) are configured in a complementary manner to one another such that the first positive-locking element of the floor covering panel can be positively connected to the second positive-locking element of a further floor covering panel, and - the support layer is coated, wherein the coating is in particular a decorative layer which is inseparably applied to the support layer, which decorative layer forms the visible upper side of the floor covering panel, - additives from the group of polypropylene, polyethylene, paraffin or wax are added to the support layer, and - the coating is bonded onto the support layer by means of an adhesive connection.
A fiber optic connector assembly comprising: a fiber optic connector having a connector body with a front end and a back end; a ferrule positioned at the front end of the connector body, the ferrule having a distal end face with a central region and recessed regions on opposite sides of the central region, the ferrule holding an optical fiber having a polished end face positioned at the central region of the distal end face of the ferrule; a dust cap adapted to mount on the ferrule, the dust cap having an open end and an opposite closed end, the closed end of the dust cap being configured to oppose the polished end face of the optical fiber; and a tape member covering the central region of the ferrule such that end edges of the tape member hang over longitudinal sides of the distal end face of the ferrule, while the dust cap is being inserted over the fiber optic connector, the end edges of the tape member are adapted to flex downwardly to secure to side walls of the dust cap such that as the dust cap is removed the tape member simultaneously comes off with the dust cap. a fiber optic connector having a connector body with a front end and a back end; a ferrule positioned at the front end of the connector body, the ferrule having a distal end face with a central region and recessed regions on opposite sides of the central region, the ferrule holding an optical fiber having a polished end face positioned at the central region of the distal end face of the ferrule; a dust cap adapted to mount on the ferrule, the dust cap having an open end and an opposite closed end, the closed end of the dust cap being configured to oppose the polished end face of the optical fiber; and a tape member covering the central region of the ferrule such that end edges of the tape member hang over longitudinal sides of the distal end face of the ferrule, while the dust cap is being inserted over the fiber optic connector, the end edges of the tape member are adapted to flex downwardly to secure to side walls of the dust cap such that as the dust cap is removed the tape member simultaneously comes off with the dust cap.
A vacuum equipment comprising at least a first stage and a second stage, wherein the first and second stage are in fluid communication through a separation stage (10; 20; 30; 40; 50) having a channel (12; 22) with an aperture in its terminal part, said aperture of said channel (12; 22) having an area A, wherein said terminal part is in tight contact with a perforated shutter (14; 27; 35; 42; 52) comprising at least two apertures, a larger aperture (15; 26; 36; 46; 56) having an area equal to or higher than 0,9*A and a smaller aperture (16; 28; 37; 47; 57) having an area Ar comprised between 0,00001*A and 0,01*A, and wherein at least one of said shutter apertures is aligned and centered with respect to said aperture of the channel (12; 22) by the actuation of an actuator, said vacuum equipment being characterized in that said actuator is or comprises at least one shape memory alloy element.
A method for making a device comprising at least two distinct components interconnected on a substrate by at least one interconnecting wire, where said method comprises the following steps: - making the interconnecting wire by depositing a continuous individual wire using the wire bonding technique on the substrate (2, 2f, 2b) using a predefined interconnection pattern, where said wire comprises at least one terminal connecting portion (7, 8) exposed on the substrate; - placement of at least one contact (5, 6) of one of the components (C1, C3) opposite the terminal portion (7b, 8b) and connection of the contact to this terminal portion. - making the interconnecting wire by depositing a continuous individual wire using the wire bonding technique on the substrate (2, 2f, 2b) using a predefined interconnection pattern, where said wire comprises at least one terminal connecting portion (7, 8) exposed on the substrate; - placement of at least one contact (5, 6) of one of the components (C1, C3) opposite the terminal portion (7b, 8b) and connection of the contact to this terminal portion.
Elevator installation comprising a car, a counterweight and a support means for supporting the car and the counterweight, the car and/or the counterweight each being connected to the support means via at least one deflection unit (7, 8, 9), the at least one deflection unit (7, 8, 9) having at least one deflection roller and an axle fastened to a carrier, on which axle the at least one deflection roller is freely rotatably mounted, holding means (14, 15) being provided on both sides of the axle, between which means the carrier is held and which permit rotation of the axle with respect to the carrier, at least one of the holding means (14, 15) being non-rotatably secured by an anti-rotation means (16, 17, 21) for an anti-rotational mounting of the axle in a first life cycle and at least one deflection unit (7, 8, 9) being designed in such a way that, when a specific torque between the deflection roller and axle is exceeded, the anti-rotation means releases the associated holding means and the axle is rotatably mounted in the carrier in a second life cycle, characterized in that the anti-rotation means comprises a securing element which has a weakened zone and is fastened to the carrier, the securing element acting on the axle in a blocking position in the first life cycle for the anti-rotational mounting of the axle, and the securing element being designed in such a way that, when a specific torque is exceeded, the blocking position of the axle in the second life cycle is forcibly canceled by means of deformation and/or destruction of the weakened zone.
Agricultural machine or part of machine having an active working position and an inactive position, comprising a switching device and being configured to be connected to a connecting device, the switching device having a first member, a second member guided by the first member by means of a movement transmission system and a switching means for detecting a change of position of the agricultural machine or part of machine relative to the connecting device, agricultural machine or part of machine characterised in that the first member is configured to be integral with the connecting device and the second member is integral with the agricultural machine or part of machine, the guiding between the first member and the second member being angular, that is, the first member transmits a rotary movement to the second member by means of a rotary movement transmission system, and the switching device detecting the change of position being configured to be disposed at the level of a rotating joint of the device for connection to the agricultural machine or part of machine.
Device, which is designed to be suitable for controlling a drive apparatus for traction of a vehicle, and which has a drive control apparatus and a monitoring apparatus, wherein the monitoring apparatus provides either a traction release control signal value (ST.1) or a traction lock control signal value (ST.2) in each case, characterised in that the monitoring apparatus is designed to be suitable for providing the drive control apparatus with the traction release control signal value (ST.1), under the effect of which the drive control apparatus is released for actuation of the drive apparatus if, in addition to a traction release request signal value (S1.1) due to an emergency braking request (SBA; SBA') and an additional traction lock request signal value (S2.2) due to a traction lock request, an additional traction release request signal value (S3.1) due to a traction release condition acts on the monitoring apparatus.
Refrigeration device, in particular household refrigeration device, having at least one cooling compartment for receiving products to be cooled, wherein the inner area of said cooling compartment is cooled by a cold air stream generated and introduced by the refrigeration device, wherein said inner area can optionally be divided by means of a partition into at least two sub-areas (A, B) having different volumes, as a result of which a greater cooling capacity is available in the sub-area having the smaller volume without any change to the introduced cold air stream, characterised in that a partition wall pivotably arranged on the floor of the cooling compartment is provided for the partition, wherein said partition wall can be pivoted between a horizontal rest position and a vertical partition position, that a bottle holder for receiving at least one bottle is located in the sub-area having the smaller volume, and that in its horizontal rest position the partition wall covers the bottle holder.
A radio communication mobile station apparatus comprising: a selecting section arranged to select one code sequence from a base code sequence associated with control information to be reported and a plurality of derived code sequences derived from the associated base code sequence, or from a plurality of derived code sequences derived from the base code sequence associated with the control information to be reported; and a transmitting section arranged to transmit the selected code sequence in a random access channel; wherein the selecting section is arranged to provide a plurality of pieces of control information in association with respective numbers of base code sequences or respective numbers of derived code sequences derived from the base code sequences, wherein the selecting section is arranged to select the one of the code sequences with reference to the association based on the control information to be reported, and wherein control information of a higher rate of occurrence is provided in association with more base code sequences or more derived code sequences. a selecting section arranged to select one code sequence from a base code sequence associated with control information to be reported and a plurality of derived code sequences derived from the associated base code sequence, or from a plurality of derived code sequences derived from the base code sequence associated with the control information to be reported; and a transmitting section arranged to transmit the selected code sequence in a random access channel; wherein the selecting section is arranged to provide a plurality of pieces of control information in association with respective numbers of base code sequences or respective numbers of derived code sequences derived from the base code sequences, wherein the selecting section is arranged to select the one of the code sequences with reference to the association based on the control information to be reported, and wherein control information of a higher rate of occurrence is provided in association with more base code sequences or more derived code sequences.
A method of haplotype analysis comprising: a. partitioning an aqueous phase containing a nucleic acid into a plurality of discrete volumes, wherein the step of partitioning includes a step of forming an emulsion in which the volumes are droplets; b. amplifying in the volumes at least one allele sequence from each of a first polymorphic locus and a second polymorphic locus that exhibit sequence variation in a target region of the nucleic acid; c. determining at least one measure of co-amplification of the allele sequences from both loci in the same volumes by collecting allele-specific amplification data for each of the loci from individual volumes and correlating the allele-specific amplification data for the first locus with the allele-specific amplification data for the second locus collected from the same volumes; and d. selecting a haplotype of the target region for the first and second polymorphic loci based on the at least one measure of co-amplification. a. partitioning an aqueous phase containing a nucleic acid into a plurality of discrete volumes, wherein the step of partitioning includes a step of forming an emulsion in which the volumes are droplets; b. amplifying in the volumes at least one allele sequence from each of a first polymorphic locus and a second polymorphic locus that exhibit sequence variation in a target region of the nucleic acid; c. determining at least one measure of co-amplification of the allele sequences from both loci in the same volumes by collecting allele-specific amplification data for each of the loci from individual volumes and correlating the allele-specific amplification data for the first locus with the allele-specific amplification data for the second locus collected from the same volumes; and d. selecting a haplotype of the target region for the first and second polymorphic loci based on the at least one measure of co-amplification.