mhurhangee/ep-ind-claims huggingface dataset:
A collecting system provided with: - a watertight collecting container comprising at least part of an inlet for receiving a pipe, which inlet is provided with clamping means for clamping down the pipe, and - a pump, characterized in that the collecting system is arranged for unclogging and repairing the pipe, which is a clogged drainpipe, the pump is arranged to pump drainage water out of the collecting container, and the watertight collecting container further comprises at least a bottom section to be placed under the drainpipe, upstream of a clogged part thereof, and a top section provided with a drill guide for guiding a drill or drill rod by means of which a hole can be drilled in the drainpipe, wherein the bottom section and/or the top section to be placed thereon is/are provided with sealing means for realising a watertight seal between the sections (2, 8) to be joined together. - a watertight collecting container comprising at least part of an inlet for receiving a pipe, which inlet is provided with clamping means for clamping down the pipe, and - a pump, characterized in that the collecting system is arranged for unclogging and repairing the pipe, which is a clogged drainpipe, the pump is arranged to pump drainage water out of the collecting container, and
A transcriptional terminator comprising a nucleic acid sequence that comprises a first transcription terminator, a second transcription terminator, a third transcription terminator and a fourth transcription terminator that form a secondary structure comprising four mid-sized hairpins, and wherein the first transcription terminator comprises SEQ ID NO:9, the second transcription terminator comprises SEQ ID NO:5, the third transcription terminator comprises SEQ ID NO:6 or 7, and the fourth transcription terminator comprises SEQ IS NO:5.
A shrinking machine for fabrics, comprising: - at least one flexible belt for supporting and transporting a fabric, said flexible belt being arranged in a closed loop around at least one inlet roller and at least one outlet roller; - at least one intermediate body of which at least one stretch of the outer surface identifies with a corresponding stretch of said flexible belt, between said two rollers ( 4, 5) a sliding channel for the fabric; characterised by - at least one metal mesh arranged in contact with said flexible belt starting at least from one point corresponding to said inlet roller and terminating at a point coinciding with or following the inlet point of said sliding channel. - at least one flexible belt for supporting and transporting a fabric, said flexible belt being arranged in a closed loop around at least one inlet roller and at least one outlet roller; - at least one intermediate body of which at least one stretch of the outer surface identifies with a corresponding stretch of said flexible belt, between said two rollers ( 4, 5) a sliding channel for the fabric; - at least one metal mesh arranged in contact with said flexible belt starting at least from one point corresponding to said inlet roller and terminating at a point coinciding with or following the inlet point of said sliding channel.
A method to detect a peak selection error in a waveform, comprising: a) measuring a first average transit time for one or more ultrasonic signals along a first path in a pipeline; b) measuring a second average transit time for one or more ultrasonic signals along a second path in said pipeline; wherein said second path is of different length than said first path; the method further comprising: c) determining whether there exists a peak selection error based on the length of said first path, the length of said second path, said first average transit time, said second average transit time and the difference between the length of said first path and the length of said second path, characterized in that when a peak selection error occurs a variable η has a non-zero value, η being based upon the equation: η = L B t A Δ ⁢ L − L A t B Δ ⁢ L where, L A = length of chord A L B = length of chord B; t A = average transit time of ultrasonic signals traveling along chord A at zero flow; t B = average transit time of ultrasonic signals traveling along chord B at zero flow; and ΔL = L B − L A. a) measuring a first average transit time for one or more ultrasonic signals along a first path in a pipeline; b) measuring a second average transit time for one or more ultrasonic signals along a second path in said pipeline; wherein said second path is of different length than said first path; the method further comprising: c) determining whether there exists a peak selection error based on the length of said first path, the length of said second path, said first average transit time, said second average transit time and the difference between the length of said first path and the length of said second path, characterized in that when a peak selection error occurs a variable η has a non-zero value, η being based upon the equation: η = L B t A Δ ⁢ L − L A t B Δ ⁢ L where, L A = length of chord A L B = length of chord B; t A = average transit time of ultrasonic signals traveling along chord A at zero flow; t B = average transit time of ultrasonic signals traveling along chord B at zero flow; and ΔL = L B − L A. L A = length of chord A L B = length of chord B; t A = average transit time of ultrasonic signals traveling along chord A at zero flow; t B = average transit time of ultrasonic signals traveling along chord B at zero flow; and ΔL = L B − L A.
A method for manufacturing at least one part of electroconductive material by additive manufacturing on a powder bed, including a step of: a) by means of a first additive manufacturing machine, manufacturing said at least one part on a support plate, layer by layer, said part being bounded by a portion of an outer contour surface which is facing and spaced from said support plate, and which is connected to said support plate by at least one support material bridge of the part, characterized in that it further includes the steps of: b) by means of said first additive manufacturing machine, manufacturing a reference element on the support plate in a predetermined position spaced apart from said part, so that said at least one part is located in the space with respect to said reference element, c) mounting said support plate on a second machine for cutting said at least one part, and positioning it on said machine based on the position of said reference element, d) using a wire from said second machine to cut by electrical discharge machining said at least one part by passing it between said at least one part and said support plate along and at the level of said surface portion. a) by means of a first additive manufacturing machine, manufacturing said at least one part on a support plate, layer by layer, said part being bounded by a portion of an outer contour surface which is facing and spaced from said support plate, and which is connected to said support plate by at least one support material bridge of the part, b) by means of said first additive manufacturing machine, manufacturing a reference element on the support plate in a predetermined position spaced apart from said part, so that said at least one part is located in the space with respect to said reference element, c) mounting said support plate on a second machine for cutting said at least one part, and positioning it on said machine based on the position of said reference element, d) using a wire from said second machine to cut by electrical discharge machining said at least one part by passing it between said at least one part and said support plate along and at the level of said surface portion.
The use of a viscose fibre for the production of a transparent cosmetic mask, characterized in that - the viscose fibre is a flat fibre, - the cross section of the viscose fibre has a width-to-thickness ratio of 6:1 to 30:1, and - the titre of the viscose fibre ranges from 1.0 dtex to 4 dtex. - the viscose fibre is a flat fibre, - the cross section of the viscose fibre has a width-to-thickness ratio of 6:1 to 30:1, and - the titre of the viscose fibre ranges from 1.0 dtex to 4 dtex.
A fireproof resin sash (1A, 1B), which comprises synthetic resin members (11-14; 21-24) each having a plurality of hollows (11 a, 12a; 11 b, 12b; 21 a, 22a) along the longitudinal directions thereof and which supports fireproof plate members, characterized in that fireproof sheets (15B, 15C, 15D, 15E) made up of a metallic member (16, 16A, 16B, 16C) bonded together with thermally expandable fireproof material are inserted into hollows (11a, 12a; 21 a, 22a) selected from the hollows along the longitudinal direction thereof, thereby forming fireproof surfaces in the direction along surfaces of the plate members.
A motor vehicle having a confined space open at the top, and delimited by a floor, a pair of side walls, a hatch and one or more backrests of a row of vehicle seats where a pair of parallel guide rails are secured one to each side wall of the confined space, a first section of which guide rails extends from the hatch over the confined space at the top and a second section of which guide rails continues further along the backrests towards the floor of the confined space and where each guide rail has a respective opening adjacent the respective ends of the guide rails at the hatch; the motor vehicle comprising a luggage box, the luggage box comprising, a container open at the top and adapted to be held extending between the guide rails through having a respective pair of guide elements (9a, 9b) at its ends slidably receivable in the guide rails, characterized in that the luggage box further comprises, a lid having a size and shape complementary to the open top of the container; where the container and the lid are coupled to each other via a hinge portion, that extends transversely between the guide rails when the luggage box is held by the guide rails at the top of the confined space, and where the size of the lid corresponds to, or is slightly less than, an area behind the backrests of the vehicle seats between the second guide rail sections, and where the luggage box, when held by the guide rails with its lid closed is translatable in the guide rails, such that the luggage box becomes placed with its lid extending between the second guide rail sections adjacent the backrests of the vehicle seats.
A battery system for installation in a vehicle, comprising a housing consisting of a housing shell and a housing cover, at least two battery modules (2, 3) arranged in the housing, respectively comprising a cell carrier and cells arranged on the cell carrier, and an auxiliary frame, wherein the cells are connected to the auxiliary frame by the cell carrier, and wherein the auxiliary frame is connected to the housing shell, characterized in that the auxiliary frame is supported against the housing shell by a bracket, wherein the bracket extends at least from one cell carrier to an adjacent cell carrier.
A spinal cord stimulator lead, comprising: a) a proximal portion that is configured for placement external the epidural space through a first opening, wherein said proximal portion is configured to be operatively connected to a first IPG unit; b) a distal portion that is configured for placement external the epidural space through a second opening; and c) a middle portion between the proximal and distal portions that is configured for percutaneous placement in an epidural space, wherein said middle portion includes at least one stimulator electrode for placement adjacent to target dura, characterised in that said distal portion is configured to be operatively connected to a second IPG unit. a) a proximal portion that is configured for placement external the epidural space through a first opening, wherein said proximal portion is configured to be operatively connected to a first IPG unit; b) a distal portion that is configured for placement external the epidural space through a second opening; and c) a middle portion between the proximal and distal portions that is configured for percutaneous placement in an epidural space, wherein said middle portion includes at least one stimulator electrode for placement adjacent to target dura,
Method for personalizing an electronic entity comprising contactless communication means and contact-based communication means, characterized by a step of writing to this electronic entity an activation information item intended to condition the exchange of certain data at least through the contactless communication means having a value inhibiting such an exchange, the said activation information item being able to be modified on receipt of at least one activation instruction through the contact-based communication means, the said data being able to be exchanged by the contactless communication means only on condition that the said activation instruction has been received by means of the contact-based communication means.
A sheet conveying device comprising: a pair of rollers (602, 604) including a first rotating shaft that is rotated by receiving power from a driving source, wherein a driving roller is fixed to the first rotating shaft, a driven roller faces and is pressed against the driving roller so as to be driven to rotate, and a second rotating shaft that supports the driven roller, the sheet conveying device conveying a sheet by passing the sheet through the pair of rollers being rotated, wherein the driving roller or the driven roller includes a roller core that is fixed to the first rotating shaft and a peripheral member arranged around and fitted onto the roller core, the peripheral member is made of a low-modulus material, the peripheral member includes a cylindrical center portion applying a conveying force to the sheet to move the sheet forward, and end portions located at both ends of the center portion and having an approximately circular truncated cone shape, an outer surface of the center portion is matched with outer surfaces of one end of the end portions, and a diameter of another end of the end portions is larger than a diameter of the one end of the end portions, and the end portions have a hollow portion inside of the approximately circular truncated cone shape, and have a thin surface, said sheet conveying device being characterized in that the roller core is made of a material that has a higher elasticity than the material of the peripheral member. a pair of rollers (602, 604) including a first rotating shaft that is rotated by receiving power from a driving source, wherein a driving roller is fixed to the first rotating shaft, a driven roller faces and is pressed against the driving roller so as to be driven to rotate, and a second rotating shaft that supports the driven roller, the sheet conveying device conveying a sheet by passing the sheet through the pair of rollers being rotated, wherein the driving roller or the driven roller includes a roller core that is fixed to the first rotating shaft and a peripheral member arranged around and fitted onto the roller core, the peripheral member is made of a low-modulus material, the peripheral member includes a cylindrical center portion applying a conveying force to the sheet to move the sheet forward, and end portions located at both ends of the center portion and having an approximately circular truncated cone shape, an outer surface of the center portion is matched with outer surfaces of one end of the end portions, and a diameter of another end of the end portions is larger than a diameter of the one end of the end portions, and the end portions have a hollow portion inside of the approximately circular truncated cone shape, and have a thin surface, said sheet conveying device being characterized in that the roller core is made of a material that has a higher elasticity than the material of the peripheral member.
A control device for an oscillating table, said device being usable to adjust the oscillation of a mobile part of said oscillating table, said device comprising: - a hydraulic circuit, - a hydraulic actuator connected to said hydraulic circuit and adapted to be connected to the mobile part of the oscillating table to adjust the position thereof, wherein said hydraulic actuator is a double-acting cylinder having a first chamber and a second chamber delimited from each other by a sliding piston rigidly connected to at least one rod which is rigidly restrainable to said mobile part, wherein said hydraulic circuit is a closed circuit and is pressurized at a pressure above the atmospheric pressure, characterised in that the hydraulic circuit comprises at least one reversible hydraulic pump (9, 9a, 9b), which is activated by means of a motor and is directly connected to at least one of said first chamber and second chamber with one or more ducts (20a, 20b, 20c), without interposition of servo-valves, whereby the control of the hydraulic flow is performed directly by at least one hydraulic pump (9, 9a, 9b), wherein said hydraulic circuit comprises only one reversible hydraulic pump, which is directly connected to said first chamber and second chamber, by means of a first branch and a second branch, respectively, of said hydraulic circuit, or wherein said hydraulic circuit comprises two reversible hydraulic pumps (9a, 9b), adapted to rotate in both directions but to pump in only one of the two directions; a first hydraulic pump of said two hydraulic pumps being directly connected to the first chamber by means of a first branch of the hydraulic circuit, and a second hydraulic pump being directly connected to the second chamber by means of a second branch of the hydraulic circuit. - a hydraulic circuit, - a hydraulic actuator connected to said hydraulic circuit and adapted to be connected to the mobile part of the oscillating table to adjust the position thereof,
Electronic device comprising a housing which has an opening, wherein the device has a card reader with a receiving slot for receiving a card, wherein the receiving slot is locked by a cover which can be detached and can be fixed to the housing, characterized in that the cover has two side parts (7, 8) with which the cover is arranged on the housing in a detachable manner, and in that one side part of the side parts (7, 8) has an angled tab at the end and in that the other side part has at least one tab, preferably two tabs (10, 11) which are arranged in a manner spaced apart from one another.
An OFDM-demodulator for operating in a device (BS; UE) of a radio communications network, wherein the OFDM-demodulator comprises a processor (P1; P2) and a memory (M1; M2) being configured to: - receive a down-converted sample stream (h 0,...,h B-1,...); - determine at least a first and second ingress sample stream (k 0,...,k B-1, l 0,...,l B-1) of the down-converted sample stream (h 0,...,h B-1,...) of same block length and of different frequency offsets (Δfs1, Δfs2), respectively; - determine a first and second forward Fast Fourier Transform (FFT B1, FFT B2) of the same block length in dependence on the first and second ingress sample stream (k 0,...,k B-1, l 0,...,l B-1), respectively; - determine a first and second egress sample stream (n 0,...,n M-1, o 0,...,o P-1) in dependence on the first and second forward Fast Fourier Transform (FFT B1, FFT B2), respectively; and - determine a synchronization sequence in dependence on the first and second egress sample stream (n 0,...,n M-1, o 0,...,o P-1). - receive a down-converted sample stream (h 0,...,h B-1,...); - determine at least a first and second ingress sample stream (k 0,...,k B-1, l 0,...,l B-1) of the down-converted sample stream (h 0,...,h B-1,...) of same block length and of different frequency offsets (Δfs1, Δfs2), respectively; - determine a first and second forward Fast Fourier Transform (FFT B1, FFT B2) of the same block length in dependence on the first and second ingress sample stream (k 0,...,k B-1, l 0,...,l B-1), respectively; - determine a first and second egress sample stream (n 0,...,n M-1, o 0,...,o P-1) in dependence on the first and second forward Fast Fourier Transform (FFT B1, FFT B2), respectively; and - determine a synchronization sequence in dependence on the first and second egress sample stream (n 0,...,n M-1, o 0,...,o P-1).
A compound of formula: or a pharmaceutically acceptable salt or solvate thereof, wherein Y is selected from the group consisting of p-fluorobenzoyl, trans-4-aminocyclohexyl in which N is optionally substituted with R 3, and trans-4-aminocyclohexylmethyl in which N is optionally substituted with R 3; Z is selected from the group consisting of NH, S and O; R 1 is selected from the group consisting of hydrogen and halogen; R 2 is selected from the group consisting of hydrogen, C1-C3 alkyl, C3-C6 cycloalkyl, C3-C6 heterocycloalkyl optionally substituted with R 4, and phenyl optionally substituted with R 4; R 3 is selected from the group consisting of C2-C6 alkanoyl and C1-C3 alkoxy (C1-C3) alkyl; R 4 is selected from the group consisting of cyano and halogen. or a pharmaceutically acceptable salt or solvate thereof, wherein Y is selected from the group consisting of p-fluorobenzoyl, trans-4-aminocyclohexyl in which N is optionally substituted with R 3, and trans-4-aminocyclohexylmethyl in which N is optionally substituted with R 3; Z is selected from the group consisting of NH, S and O; R 1 is selected from the group consisting of hydrogen and halogen; R 2 is selected from the group consisting of hydrogen, C1-C3 alkyl, C3-C6 cycloalkyl, C3-C6 heterocycloalkyl optionally substituted with R 4, and phenyl optionally substituted with R 4; R 3 is selected from the group consisting of C2-C6 alkanoyl and C1-C3 alkoxy (C1-C3) alkyl; R 4 is selected from the group consisting of cyano and halogen.
Punching tool (9, 9') comprising: a punching stamp (9a, 9a') and an adjustment ring (9b, 9b') which is associated with the punching stamp (9a, 9a') and which can be placed on a stamp shaft of the punching stamp (9a, 9a') against an axial stop (23, 23'), characterised in that the axial stop has a step, wherein a step, which is adapted to the stepped axial stop, is provided on the lower side of the adjustment ring, and wherein there is applied to the stamp shaft, with a spacing from the axial stop (23, 23') which corresponds at least to an axial thickness of the adjustment ring and is smaller than the sum of the thickness of the adjustment ring and a step height of the step, a mark which remains visible after the adjustment ring has been placed against the axial stop. a punching stamp (9a, 9a') and an adjustment ring (9b, 9b') which is associated with the punching stamp (9a, 9a') and which can be placed on a stamp shaft of the punching stamp (9a, 9a') against an axial stop (23, 23'), characterised in that the axial stop has a step, wherein a step, which is adapted to the stepped axial stop, is provided on the lower side of the adjustment ring, and wherein there is applied to the stamp shaft, with a spacing from the axial stop (23, 23') which corresponds at least to an axial thickness of the adjustment ring and is smaller than the sum of the thickness of the adjustment ring and a step height of the step, a mark which remains visible after the adjustment ring has been placed against the axial stop.