mhurhangee/ep-ind-claims huggingface dataset:
An electric vacuum cleaner comprising: an electric blower for generating a suction air stream; a dirt separation member for separating and collecting therein dirt particles from the suction air stream; and a centrifugal separation member for centrifugally separating remaining dirt particles from a suctioned air stream that has passed through the dirt separation member, said centrifugal separation member having an inlet port into which the remaining dirt particles and the suctioned air stream are introduced and being disposed at the top portion of the dirt separation member, characterized in that the dirt separation member is provided with a communication aperture which is located at the bottom portion thereof in order to be placed away from the centrifugal separation member, said communication aperture being in communication with the electric blower so that the dirt particles captured in the dirt separation member are accumulated near the communication aperture by the suction force and are prevented from flying upward and from adhering to the inlet port of the centrifugal separation member. an electric blower for generating a suction air stream; a dirt separation member for separating and collecting therein dirt particles from the suction air stream; and a centrifugal separation member for centrifugally separating remaining dirt particles from a suctioned air stream that has passed through the dirt separation member, said centrifugal separation member having an inlet port into which the remaining dirt particles and the suctioned air stream are introduced and being disposed at the top portion of the dirt separation member, characterized in that the dirt separation member is provided with a communication aperture which is located at the bottom portion thereof in order to be placed away from the centrifugal separation member, said communication aperture being in communication with the electric blower so that the dirt particles captured in the dirt separation member are accumulated near the communication aperture by the suction force and are prevented from flying upward and from adhering to the inlet port of the centrifugal separation member.
A soap bar comprising: (a) 25 to 85% by weight, based on the total weight of the bar, of fatty acid soap; (b) 0.1 to 100 ppm by weight, based on the total weight of the bar, of at least one silver compound having a silver ion solubility in water at 25°C of at least 1 x 10 -4 mol/L, wherein at 25°C, a 1 wt% solution of the bar in water has a pH in a range of from 9 to 11, wherein the component (b) is one or more silver compounds selected from one group consisting of silver oxide, silver nitrate, silver acetate, silver sulfate, silver benzoate, silver salicylate, silver carbonate, and silver citrate. (a) 25 to 85% by weight, based on the total weight of the bar, of fatty acid soap; (b) 0.1 to 100 ppm by weight, based on the total weight of the bar, of at least one silver compound having a silver ion solubility in water at 25°C of at least 1 x 10 -4 mol/L,
A device for dispensing individual doses of powder from respective pockets of a carrier, the device including: a support for a carrier having a plurality of pockets containing respective doses of powder; and a mouthpiece through which to inhale an airstream carrying a dose of powder; characterized by the device further including: walls for defining individual respective first flow paths downstream of each respective pocket of a supported carrier wherein each individual respective first flow path is defined entirely by respective walls unique to that individual respective first flow path, is for connecting the corresponding respective pocket to the mouthpiece and is for deaggregating powder in the airstream by changing direction of the airstream; and walls defining a second flow path connecting with the mouthpiece and bypassing the pockets. a support for a carrier having a plurality of pockets containing respective doses of powder; and a mouthpiece through which to inhale an airstream carrying a dose of powder; characterized by the device further including: walls for defining individual respective first flow paths downstream of each respective pocket of a supported carrier wherein each individual respective first flow path is defined entirely by respective walls unique to that individual respective first flow path, is for connecting the corresponding respective pocket to the mouthpiece and is for deaggregating powder in the airstream by changing direction of the airstream; and walls defining a second flow path connecting with the mouthpiece and bypassing the pockets. walls for defining individual respective first flow paths downstream of each respective pocket of a supported carrier wherein each individual respective first flow path is defined entirely by respective walls unique to that individual respective first flow path, is for connecting the corresponding respective pocket to the mouthpiece and is for deaggregating powder in the airstream by changing direction of the airstream; and walls defining a second flow path connecting with the mouthpiece and bypassing the pockets.
An optical device comprising: a light converting member arranged to at least partly convert incoming light of a first wavelength into light of a second wavelength, to emit light of the second wavelength, and to reflect at least a part of the light of the first wavelength; and a light guide comprising a light entrance and a light exit, the light guide being arranged to guide incoming light of the first wavelength from the light entrance to the light converting member and to guide light emitted and/or reflected from the light converting member to the light exit; wherein the light converting member and the light exit are arranged at opposite surfaces of the light guide, wherein the light converting member and the light exit are arranged along a main optical axis of the light guide, wherein the light entrance is arranged separated from the light exit at a geometrical envelope surface of the light guide surrounding the main optical axis of the light guide for coupling the incoming light of the first wavelength into the light guide from the side of the light guide, characterized in that the light entrance comprises a mirror or a diffraction grating for redirecting the incoming light of the first wavelength towards the light converting member. a light converting member arranged to at least partly convert incoming light of a first wavelength into light of a second wavelength, to emit light of the second wavelength, and to reflect at least a part of the light of the first wavelength; and a light guide comprising a light entrance and a light exit, the light guide being arranged to guide incoming light of the first wavelength from the light entrance to the light converting member and to guide light emitted and/or reflected from the light converting member to the light exit; wherein the light converting member and the light exit are arranged at opposite surfaces of the light guide, wherein the light converting member and the light exit are arranged along a main optical axis of the light guide, wherein the light entrance is arranged separated from the light exit at a geometrical envelope surface of the light guide surrounding the main optical axis of the light guide for coupling the incoming light of the first wavelength into the light guide from the side of the light guide, characterized in that the light entrance comprises a mirror or a diffraction grating for redirecting the incoming light of the first wavelength towards the light converting member.
Arrangement for passing, in a leak-tight manner, at least one cable strand through a through-opening in a bulkhead separating two compartments of a motor vehicle, comprising: - at least one cable ring made of plastic material overmoulded onto the cable strand(s); - a recess (52, 112) for a portion of the cable ring; - a plate for closing the opening in the bulkhead; characterized in that the arrangement comprises: - at least one nesting means (54, 116) secured to the bulkhead, in which the plate is engaged by a circular movement, limiting sliding of the closing plate relative to the bulkhead so as to permit leak-tight clamping of the cable ring against said recess (52, 112); - at least one means (84, 118) for immobilizing the closing plate on the bulkhead of the vehicle such that the arrangement blocks, in a leak-tight manner, the opening in the bulkhead. - at least one cable ring made of plastic material overmoulded onto the cable strand(s); - a recess (52, 112) for a portion of the cable ring; - a plate for closing the opening in the bulkhead; - at least one nesting means (54, 116) secured to the bulkhead, in which the plate is engaged by a circular movement, limiting sliding of the closing plate relative to the bulkhead so as to permit leak-tight clamping of the cable ring against said recess (52, 112); - at least one means (84, 118) for immobilizing the closing plate on the bulkhead of the vehicle such that the arrangement blocks, in a leak-tight manner, the opening in the bulkhead.
A nonwoven fabric comprising a plurality of polypropylene-containing fibers that form a nonwoven web, which fibers in addition contain a slip agent, the web has a side which is provided with an alternating pattern which consists of individualized bonded areas which are in the form of rods which are arranged in the cross direction of the web, wherein the rods each in their length direction form an angle of 90° with the machine direction of the web, and the rods are arranged in such a way that in the machine direction of the web no uninterrupted regions exist along the web while in the cross direction of the web the arrangement of the rods defines a plurality of uninterrupted regions that extend continuously along the web, the alternating pattern of individualized bonded areas defines a non-bonded area, the web has a basis weight on the range of from 5-25 g/m 2, the surface of the bonded areas is in the range of 5-20 % of the total surface of the side, and the surface of the non-bonded area is in the range of 80-95 % of the total surface of the side.
A pivoting and/or sliding door system of a building, comprising - a guide frame having at least two frame sections (4a, 4b) arranged at an angle, in particular a right angle in relation to one another, - a first door element, which is guided so it is pivotable or pivotable and displaceable in a first frame section of the guide frame, having a stile, - at least one second door element, which is guided so it is pivotable and/or displaceable at an angle in relation to the first door element in a second frame section of the guide frame in a closed state of the pivoting and/or sliding door system, - a sealing strip, which extends perpendicularly in relation to a pivot axis of the first door element along the guide frame and is fixed on the guide frame, characterized in that - a part of the sealing strip, which presses against a part of the end face of the stile facing toward the second frame section in the closed state of the pivot and/or sliding door system, protrudes increasingly toward an end adjoining the first frame section in the direction of the pivot axis of the first door element and - a part of the end face of the stile, which presses against the sealing strip in the closed state of the pivot and/or sliding door system, is formed receding in the direction of the pivot axis of the first door element in the direction of the first frame section. - a guide frame having at least two frame sections (4a, 4b) arranged at an angle, in particular a right angle in relation to one another, - a first door element, which is guided so it is pivotable or pivotable and displaceable in a first frame section of the guide frame, having a stile, - at least one second door element, which is guided so it is pivotable and/or displaceable at an angle in relation to the first door element in a second frame section of the guide frame in a closed state of the pivoting and/or sliding door system, - a sealing strip, which extends perpendicularly in relation to a pivot axis of the first door element along the guide frame and is fixed on the guide frame, characterized in that - a part of the sealing strip, which presses against a part of the end face of the stile facing toward the second frame section in the closed state of the pivot and/or sliding door system, protrudes increasingly toward an end adjoining the first frame section in the direction of the pivot axis of the first door element and - a part of the end face of the stile, which presses against the sealing strip in the closed state of the pivot and/or sliding door system, is formed receding in the direction of the pivot axis of the first door element in the direction of the first frame section.
Centrifuge, comprising: - a drive shaft, - a rotor intended to be mounted removably on the said drive shaft in a mounting position in which the said drive shaft and the said rotor are coupled in rotation, - a device which ensures axial blocking of the rotor on the said drive shaft and comprises at least one male element, which is carried by the said rotor, is resiliently stressed and is capable of occupying a position of interaction with a female element formed on the said drive shaft, characterised in that the said male element or elements are coupled to visual and/or tactile indication means providing a visual and/or tactile indication of the said interaction position of the said male element or elements with the said female element, the rotor carrying an annular cage provided with at least one radial passage through which the said visual and/or tactile indication means are intended to be presented by projecting, the annular cage being secured to the rotor and the male element or elements being mounted so as to pivot about a pivot axis parallel to the axis of the said drive shaft. - a drive shaft, - a rotor intended to be mounted removably on the said drive shaft in a mounting position in which the said drive shaft and the said rotor are coupled in rotation, - a device which ensures axial blocking of the rotor on the said drive shaft and comprises at least one male element, which is carried by the said rotor, is resiliently stressed and is capable of occupying a position of interaction with a female element formed on the said drive shaft,
Sheathed-element glow plug for a compression ignition internal combustion engine having a heating body and a plug housing, the plug housing having at least one force measuring element, the at least one force measuring element being connected to the heating body in such a way that a force can be transmitted via the heating body to the at least one force measuring element, and having at least one sealing element which is connected to the heating body, the at least one sealing element having at least one sealing element with an elastic property, the at least one sealing element sealing the heating body against the plug housing, the plug housing having at least one threaded sleeve and at least one sealing cone, it being possible for the at least one sealing cone to be connected to the at least one threaded sleeve, and the at least one sealing element being received between the at least one threaded sleeve and the at least one sealing cone, characterized in that the at least one sealing element is at least one sleeve-shaped sealing element which encloses the heating body in an annular manner and which is supported on a housing stop of the housing, and in that the at least one sleeve-shaped sealing element is clamped in between the sealing cone and the threaded sleeve, by the sealing cone being screwed onto the threaded sleeve.
A microelectronic device (100, 200, 300, 400, 500, 600) comprising: a die (120, 220, 320, 322, 420, 422, 520, 620, 622) having at least one transceiver unit; a redistribution package (130, 230, 330, 332, 430, 432, 530, 630, 632) coupled to and attached to the die; and a substrate (150, 250, 350, 450, 550, 650) coupled to and attached to the redistribution package, the substrate having an antenna unit (192, 292, 392, 492, 592, 692) for transmitting and receiving communications at a frequency of approximately 15 GHz or higher, wherein the substrate (150, 250, 350, 450, 550, 650) has a lower circuit density in comparison to the die (120, 220, 320, 322, 420, 422, 520, 620), wherein the antenna unit comprises a bore sight radiating antenna and at least one side radiating antenna (594, 596), and wherein the substrate (150, 250, 350, 450, 550, 650) further comprises a cavity (282, 382, 482, 483, 580, 680) with the die (220, 320, 322, 420, 422, 520, 620) and the redistribution package (230, 330, 332, 430, 432, 530, 630) being positioned within the cavity (282, 382, 482, 483, 580, 680). a die (120, 220, 320, 322, 420, 422, 520, 620, 622) having at least one transceiver unit; a redistribution package (130, 230, 330, 332, 430, 432, 530, 630, 632) coupled to and attached to the die; and a substrate (150, 250, 350, 450, 550, 650) coupled to and attached to the redistribution package, the substrate having an antenna unit (192, 292, 392, 492, 592, 692) for transmitting and receiving communications at a frequency of approximately 15 GHz or higher, wherein the substrate (150, 250, 350, 450, 550, 650) has a lower circuit density in comparison to the die (120, 220, 320, 322, 420, 422, 520, 620), wherein the antenna unit comprises a bore sight radiating antenna and at least one side radiating antenna (594, 596), and wherein the substrate (150, 250, 350, 450, 550, 650) further comprises a cavity (282, 382, 482, 483, 580, 680) with the die (220, 320, 322, 420, 422, 520, 620) and the redistribution package (230, 330, 332, 430, 432, 530, 630) being positioned within the cavity (282, 382, 482, 483, 580, 680).
A process for treating plant seeds containing long-lasting plant protection molecules, comprising the steps consisting in: (a) providing plant seeds contaminated by long-lasting plant protection molecules applied as a coating or a film over the entire surface of the seeds in synergy with dyes and formulants in order to protect them against soil-based fauna and flora; (b) adjusting the moisture content of the contaminated plant seeds to at least 10% and at most 21% relative to the dry matter; (c) placing the contaminated plant seeds in contact with ozone; (d) evacuating residual ozone. (a) providing plant seeds contaminated by long-lasting plant protection molecules applied as a coating or a film over the entire surface of the seeds in synergy with dyes and formulants in order to protect them against soil-based fauna and flora; (b) adjusting the moisture content of the contaminated plant seeds to at least 10% and at most 21% relative to the dry matter; (c) placing the contaminated plant seeds in contact with ozone; (d) evacuating residual ozone.
A gas turbine engine comprising: an engine core; a core cowl extending circumferentially around the engine core, the core cowl comprising: a first cowl section on a first side of the engine core, said first cowl section comprising: a curved portion; and a substantially vertical portion connected to the curved portion at a first corner; and a second cowl section on a second side of the engine core; characterized in that it comprises a pressure actuated latch assembly attached to the first cowl section at the first corner, wherein in use the pressure actuated latch assembly connects the first cowl section to a support structure and is actuatable between an unlatched position when pressure within the core cowl is relatively low and a latched position when pressure within the core cowl is relatively high. an engine core; a core cowl extending circumferentially around the engine core, the core cowl comprising: a first cowl section on a first side of the engine core, said first cowl section comprising: a curved portion; and a substantially vertical portion connected to the curved portion at a first corner; and a second cowl section on a second side of the engine core; characterized in that it comprises a first cowl section on a first side of the engine core, said first cowl section comprising: a curved portion; and a substantially vertical portion connected to the curved portion at a first corner; and a curved portion; and a substantially vertical portion connected to the curved portion at a first corner; and a second cowl section on a second side of the engine core; characterized in that it comprises a pressure actuated latch assembly attached to the first cowl section at the first corner, wherein in use the pressure actuated latch assembly connects the first cowl section to a support structure and is actuatable between an unlatched position when pressure within the core cowl is relatively low and a latched position when pressure within the core cowl is relatively high.
Method for managing an accurate distribution of time in a packet network comprising a plurality of network elements allowing packet transmission, the packet network comprising a peer-to-peer transparent clock (P2P TC) hardware support in at least one network element, the peer-to-peer transparent clock (P2P TC) being at least used in order to measure and correct delays of: • path delays between two adjacent network elements of said packet network and; • residence times in each traversed network element of said packet network, of time-stamped packets, this capability defining a peer delay mechanism, a Master /Slave end-to-end synchronization path comprising a first set of network elements (104 1, 104 2, 104 3) and their associated peer-to-peer transparent clocks (102 1, 102 2, 102 3), the Master and Slave of the end-to-end synchronization path exchanging time stamped packets through the first set of network elements, each time stamped packet comprising at least a correction field indicating the cumulated transmission delay of the said packet along the end-to-end synchronization path, the correction field being updated by each network element of the first set, characterized in that the method comprises: • detecting a failure by a first element (104 2) of the first set in the end-to-end synchronization path between a first element and its upstream adjacent neighbour, both implementing a peer delay mechanism; • storing by the first element (104 2) a measured past peer delay (P_LD) of at least one previously transmitted time stamped packet received by the first element; • calculating a new correction field value being a function of: ∘ the incoming current value of the received correction field; ∘ the first network element residence time; ∘ a first value depending of a measured past path delay value (P_LD). • path delays between two adjacent network elements of said packet network and; • residence times in each traversed network element of said packet network, • detecting a failure by a first element (104 2) of the first set in the end-to-end synchronization path between a first element and its upstream adjacent neighbour, both implementing a peer delay mechanism; • storing by the first element (104 2) a measured past peer delay (P_LD) of at least one previously transmitted time stamped packet received by the first element; • calculating a new correction field value being a function of: ∘ the incoming current value of the received correction field; ∘ the first network element residence time; ∘ a first value depending of a measured past path delay value (P_LD). ∘ the incoming current value of the received correction field; ∘ the first network element residence time; ∘ a first value depending of a measured past path delay value (P_LD).