mhurhangee/ep-ind-claims huggingface dataset:
A personal respiratory protection device comprising: an upper panel, a central panel, and a lower panel, the central panel being separated from each of the upper and lower panels by a first and second fold, seam, weld or bond, respectively, such that device is capable of being folded flat for storage along the first and second fold, seam, weld or bond and opened to form a cup-shaped air chamber over the nose and mouth of the wearer when in use, characterised in that the lower panel includes a stiffening sheet which has a lateral crease line and a longitudinal crease line, and wherein the stiffening sheet is folded about the lateral crease line when the device is folded flat for storage and folded about the longitudinal crease line when the device is in use. an upper panel, a central panel, and a lower panel, the central panel being separated from each of the upper and lower panels by a first and second fold, seam, weld or bond, respectively, such that device is capable of being folded flat for storage along the first and second fold, seam, weld or bond and opened to form a cup-shaped air chamber over the nose and mouth of the wearer when in use, characterised in that the lower panel includes a stiffening sheet which has a lateral crease line and a longitudinal crease line, and wherein the stiffening sheet is folded about the lateral crease line when the device is folded flat for storage and folded about the longitudinal crease line when the device is in use.
A pipette tip rack plate, comprising: a plate proximal surface, a plate distal surface, multiple sleeves projecting from the plate distal surface, multiple channels and projections in the channels, wherein: each of the channels terminates at the plate proximal surface and at the plate distal surface is concentric with a sleeve; each of which channels comprises a bore defined by a first interior wall of a sleeve, a counter-bore defined by a second interior wall, and a rim at the junction between the bore and the counter-bore, which rim is parallel with the plate proximal surface; the projections project from the first interior wall, are equally spaced around a circumference of a channel and the exterior surfaces of the projections farthest from the first interior wall define a minimum effective diameter of the bore; and the second interior wall is smooth and a circumference of a portion of the second interior wall closest to the pipette tip exterior surface, when a pipette tip is seated in the channel, defines a minimum diameter of the counter-bore. each of the channels terminates at the plate proximal surface and at the plate distal surface is concentric with a sleeve; each of which channels comprises a bore defined by a first interior wall of a sleeve, a counter-bore defined by a second interior wall, and a rim at the junction between the bore and the counter-bore, which rim is parallel with the plate proximal surface; the projections project from the first interior wall, are equally spaced around a circumference of a channel and the exterior surfaces of the projections farthest from the first interior wall define a minimum effective diameter of the bore; and the second interior wall is smooth and a circumference of a portion of the second interior wall closest to the pipette tip exterior surface, when a pipette tip is seated in the channel, defines a minimum diameter of the counter-bore.
An electric screw coolant pump for integration into a temperature control circuit of an assembly of which the temperature is to be controlled, comprising: a motor housing in which an electric motor is accommodated, a spindle housing, in which screw spindles (2a, 2b) are accommodated, with an axial inlet opening and a radial outlet opening; a housing flange connecting the motor housing and the spindle housing, an accommodation housing with an opened cavity into which the spindle housing is insertable from an axial end up to the housing flange; characterized in that the accommodation housing includes a feeder line as well as a return line of the temperature control circuit flowing into the cavity; a part of the cavity surrounds the spindle housing and communicates with the outlet opening as well as the feeder line; and a sealing element providing a seal between a suction side and a pressure side is arranged towards an end surface of the axial end of the inserted spindle housing. a motor housing in which an electric motor is accommodated, a spindle housing, in which screw spindles (2a, 2b) are accommodated, with an axial inlet opening and a radial outlet opening; a housing flange connecting the motor housing and the spindle housing, an accommodation housing with an opened cavity into which the spindle housing is insertable from an axial end up to the housing flange; characterized in that the accommodation housing includes a feeder line as well as a return line of the temperature control circuit flowing into the cavity; a part of the cavity surrounds the spindle housing and communicates with the outlet opening as well as the feeder line; and a sealing element providing a seal between a suction side and a pressure side is arranged towards an end surface of the axial end of the inserted spindle housing.
Method for securely storing a binary code (O_EXE) in a chip card, comprising: /a/ the calculation, by a secure storage system (S_SYS), of a first hash (R_H1) on the basis of a source code (O_SRC), said source code (O_SRC) corresponding to the binary code (O_EXE); /b/ the storage, by the secure storage system (S_SYS), of the first hash (R_H1) and of the binary code (O_EXE) in the chip card; /c/ the transmission, by the secure storage system (S_SYS) to an authentication system (A_SYS), of a random number (P_RND) and of a third hash (R_H3), the third hash (R_H3) being calculated on the basis of a concatenation of the first hash (R_H1), of a second hash (R_H2) and of the random number (P_RND), the second hash (R_H2) being calculated on the basis of the binary code (O_EXE). /a/ the calculation, by a secure storage system (S_SYS), of a first hash (R_H1) on the basis of a source code (O_SRC), said source code (O_SRC) corresponding to the binary code (O_EXE); /b/ the storage, by the secure storage system (S_SYS), of the first hash (R_H1) and of the binary code (O_EXE) in the chip card; /c/ the transmission, by the secure storage system (S_SYS) to an authentication system (A_SYS), of a random number (P_RND) and of a third hash (R_H3), the third hash (R_H3) being calculated on the basis of a concatenation of the first hash (R_H1), of a second hash (R_H2) and of the random number (P_RND), the second hash (R_H2) being calculated on the basis of the binary code (O_EXE).
Reflective optical element for the extreme ultraviolet and soft X-ray wavelength region having a reflective surface with a multilayer system, wherein the reflective surface has a protective layer system arranged thereon, the protective layer system having a thickness of between 5 nm and 25 nm, characterized in that the protective layer system has an uppermost layer composed of silicon carbide or ruthenium.
A prosthetic heart valve system comprising: a first prosthetic heart valve (52, 200, 250, 300) for initial implantation to native heart tissue and including: a support structure (202, 252, 302); leaflets mounted to the support structure (202, 252, 302); connection means (206, 254, 304) associated with the support structures (202, 252, 302); and a replacement prosthetic heart valve (10, 80, 100, 220, 310) for functionally replacing the first prosthetic heart valve (52, 200, 250, 300) following implant of the first prosthetic heart valve (52, 200, 250, 300), the replacement prosthetic heart valve (10, 80, 100, 220, 310) including: a support structure (22, 82, 102, 222); leaflets mounted to the support structure (22, 82, 102, 222); coupling means (16, 84, 104, 224, 314) associated with the support structure (22, 82, 102, 222); wherein the connection means (206, 254) and the coupling means (16, 84, 104, 224, 314) are configured such that the coupling means (16, 84, 104, 224, 314) engages the connection means (206, 254, 304) to physically dock the replacement prosthetic heart valve (10, 80, 100, 220) to the first prosthetic heart valve (52, 200, 250, 300). a support structure (202, 252, 302); leaflets mounted to the support structure (202, 252, 302); connection means (206, 254, 304) associated with the support structures (202, 252, 302); and a replacement prosthetic heart valve (10, 80, 100, 220, 310) for functionally replacing the first prosthetic heart valve (52, 200, 250, 300) following implant of the first prosthetic heart valve (52, 200, 250, 300), the replacement prosthetic heart valve (10, 80, 100, 220, 310) including: a support structure (22, 82, 102, 222); leaflets mounted to the support structure (22, 82, 102, 222); coupling means (16, 84, 104, 224, 314) associated with the support structure (22, 82, 102, 222); wherein the connection means (206, 254) and the coupling means (16, 84, 104, 224, 314) are configured such that the coupling means (16, 84, 104, 224, 314) engages the connection means (206, 254, 304) to physically dock the replacement prosthetic heart valve (10, 80, 100, 220) to the first prosthetic heart valve (52, 200, 250, 300). a support structure (22, 82, 102, 222); leaflets mounted to the support structure (22, 82, 102, 222); coupling means (16, 84, 104, 224, 314) associated with the support structure (22, 82, 102, 222); wherein the connection means (206, 254) and the coupling means (16, 84, 104, 224, 314) are configured such that the coupling means (16, 84, 104, 224, 314) engages the connection means (206, 254, 304) to physically dock the replacement prosthetic heart valve (10, 80, 100, 220) to the first prosthetic heart valve (52, 200, 250, 300).
Side handle comprising a handle bar, a head for fastening the side handle to a hand-held power tool, a rod having a toothed longitudinal side parallel to a rod axis, a holder in which the rod is movable along the rod axis, a locking block having a toothed side directed towards the toothed longitudinal side of the rod and a guided side directed away from the toothed side, a rail having a guide surface against which the locking block bears via its guided side so as to be guided between a position locking the rod in which the toothed side engages with the toothed longitudinal side and an unlocked position in which the toothed side is not engaged with the toothed longitudinal side and a spring that biases the locking block into the locking position, characterised in that the guided side and/or the guide surface has/have a flank inclined relative to the rod axis in such a manner that the locking block is forced in the direction of the rod in the event of a movement along the rod axis.
Pressure regulating valve assembly comprising: - a valve having an upstream side receiving an input flow and a downstream side providing an output flow, - actuating means for opening and closing the valve, including partially opening the valve, - regulating means controlling the actuating means to open or close the valve or to partially open the valve, - wherein the regulating means comprise a sense pressure port, wherein the pressure present at the sense pressure port is maintained constant by the regulating means, characterized by a chamber having a first entry orifice, a second entry orifice and an exit orifice, wherein the first entry orifice is connected to the valve upstream side, the second entry orifice is connected to the valve downstream side and the exit orifice is connected to the sense pressure port, wherein the exit orifice is provided such that the pressure present at the exit orifice which is applied to the sense pressure port lies between the pressure at the first entry orifice and the pressure at the second entry orifice. - a valve having an upstream side receiving an input flow and a downstream side providing an output flow, - actuating means for opening and closing the valve, including partially opening the valve, - regulating means controlling the actuating means to open or close the valve or to partially open the valve, - wherein the regulating means comprise a sense pressure port, wherein the pressure present at the sense pressure port is maintained constant by the regulating means,
Jet regulator which can be mounted on the water outlet of a sanitary outlet fitting, having a jet regulator housing in which there is provided a jet splitter, which has splitter openings for dividing the water flowing through into individual jets, and having at least one insert part which has a grid structure composed of two sets of parallel webs (7; 8) that touch or intersect one another at crossing nodes, wherein one of the two sets is an inflow-side set and the mutually parallel webs of the inflow-side set have a round or rounded web cross section, characterized - in that the sets are arranged in two planes offset in the longitudinal direction of the jet regulator, - in that the other one of the two sets is an outflow-side set, the webs of which bear a flattened portion on their inflow side and are rounded on their outflow side. - in that the sets are arranged in two planes offset in the longitudinal direction of the jet regulator, - in that the other one of the two sets is an outflow-side set, the webs of which bear a flattened portion on their inflow side and are rounded on their outflow side.
Cationic complexes formed of a lanthanide ion Ln 3+ and a ligand of formula: in which: ∘ n is equal to 1, 2 or 3; ∘ R 2 is a hydrogen atom or a methyl group or -CH 2 R 5, where R 5 is a phenyl, pyridinyl or picolinyl group; ∘ R 4 represents -H, -CH 3, -CH 2 R 6; R 6 represents a phenyl or pyridinyl group; - R 1 represents: with: ∘ R 7 which represents -COO -, -CONH 2, -CONH R 9, -P R 9 OO -, or a group selected n among: with R 9 which represents a hydrogen atom, a methyl, ethyl or phenyl group; and ∘ R 8 which represents a hydrogen, fluorine, chlorine, bromine or iodine atom, a group -OH or -NH 2; and their salts with an anion, their solvates and hydrates; with the exception of cationic complexes consisting of a lanthanide ion Ln 3+ and a ligand having one of the following formula (I.1) or (I.4) and salts thereof with anion, solvates and hydrates thereof:: ∘ n is equal to 1, 2 or 3; ∘ R 2 is a hydrogen atom or a methyl group or -CH 2 R 5, where R 5 is a phenyl, pyridinyl or picolinyl group; ∘ R 4 represents -H, -CH 3, -CH 2 R 6; R 6 represents a phenyl or pyridinyl group; - R 1 represents: with: - R 1 represents: with: ∘ R 7 which represents -COO -, -CONH 2, -CONH R 9, -P R 9 OO -, or a group selected n among: with R 9 which represents a hydrogen atom, a methyl, ethyl or phenyl group; and ∘ R 8 which represents a hydrogen, fluorine, chlorine, bromine or iodine atom, a group -OH or -NH 2; and their salts with an anion, their solvates and hydrates; with the exception of cationic complexes consisting of a lanthanide ion Ln 3+ and a ligand having one of the following formula (I.1) or (I.4) and salts thereof with anion, solvates and hydrates thereof::
A wireless transmit/receive unit, WTRU, comprising: a memory; a receiver; and a processor, configured at least to: receive a first information in a physical broadcast channel, PBCH, wherein the first information indicates subframes supporting a first type common search space, CSS, in an enhanced physical downlink control channel, EPDCCH; monitor the first type CSS; receive a system information block, SIB, from a first type downlink control information, DCI, transmitted in the first type CSS; determine, from the system information in the SIB, subframes supporting a second type CSS in the EPDCCH; monitor the second type CSS determined from the system information; receive a second type downlink control information, DCI, transmitted in the second type CSS; and use the second type DCI to at least one of: receive a page or receive a random access channel, RACH, response. a memory; a receiver; and a processor, configured at least to: receive a first information in a physical broadcast channel, PBCH, wherein the first information indicates subframes supporting a first type common search space, CSS, in an enhanced physical downlink control channel, EPDCCH; monitor the first type CSS; receive a system information block, SIB, from a first type downlink control information, DCI, transmitted in the first type CSS; determine, from the system information in the SIB, subframes supporting a second type CSS in the EPDCCH; monitor the second type CSS determined from the system information; receive a second type downlink control information, DCI, transmitted in the second type CSS; and use the second type DCI to at least one of: receive a page or receive a random access channel, RACH, response. receive a first information in a physical broadcast channel, PBCH, wherein the first information indicates subframes supporting a first type common search space, CSS, in an enhanced physical downlink control channel, EPDCCH; monitor the first type CSS; receive a system information block, SIB, from a first type downlink control information, DCI, transmitted in the first type CSS; determine, from the system information in the SIB, subframes supporting a second type CSS in the EPDCCH; monitor the second type CSS determined from the system information; receive a second type downlink control information, DCI, transmitted in the second type CSS; and use the second type DCI to at least one of: receive a page or receive a random access channel, RACH, response.
A compound of general formula I wherein R 1, R 2, R 3, R 4, R 7 and R 8 are independently selected from hydrogen, C 1 -C 4 alkyl, C 1 -C 2 alkanol or hydroxyl; A is O, O(CH 2 CH 2 O) v or [SiR 5 R 6 O] w SiR 5 R 6, wherein R 5 and R 6 are independently selected from C 1-4 alkyl or phenyl, and v is from 1-20 and w is from 0 to 60; m and n are integers independently selected from 1 to 10; p is 1; and q is an integer from 0 to 6; and X and Y are independently selected from O or NR 9, wherein R 9 is hydrogen, C 1 -C 4 alkyl or C 1 -C 2 alkanol. wherein R 1, R 2, R 3, R 4, R 7 and R 8 are independently selected from hydrogen, C 1 -C 4 alkyl, C 1 -C 2 alkanol or hydroxyl; A is O, O(CH 2 CH 2 O) v or [SiR 5 R 6 O] w SiR 5 R 6, wherein R 5 and R 6 are independently selected from C 1-4 alkyl or phenyl, and v is from 1-20 and w is from 0 to 60; m and n are integers independently selected from 1 to 10; p is 1; and q is an integer from 0 to 6; and X and Y are independently selected from O or NR 9, wherein R 9 is hydrogen, C 1 -C 4 alkyl or C 1 -C 2 alkanol.
Rotary power transmission mechanism comprising: - a link extending along a closed loop and consisting of a succession of portions (20, 40), each of which has a longitudinal direction tangent to the closed loop; - a first and second rotary element (1, 2), mobile in rotation respectively around a first and second axis (1a, 2a); - link guide means designed to guide the link along a first drive circle coaxial to the first axis and along a second drive circle coaxial to the second axis, the closed loop comprising an active portion (6a, 7a) of each of the drive circles; and - means for temporarily unifying each link portion (20, 40) to successively each of the rotating elements (1, 2) whenever the link portion passes into the corresponding active portion; the temporary unification means comprising a plurality of self-locking means (12, 13, 52, 70, 90) distributed at least along the active portion of the first drive circle, the self-locking means comprising at least a locking element (19, 42, 43, 44, 45, 46, 64, 80, 97) simultaneously resting upon, on the one hand, a first support surface (33a, 55, 75, 94) belonging to the first rotating element, and, on the other hand, upon a second support surface (24a, 58, 77, 98) belonging to a link portion facing the locking element, characterized in that the first and second support surfaces are arranged in such a way that at least one locking element (19, 42, 43, 44, 45, 46, 64, 80, 97) of the active portion of the first drive circle is jammed between the first and second support surface and is able to self-unlock whenever the corresponding self-locking means leaves the active portion, and wherein at least one of said first or second support surfaces is a tangential gripping surface that is parallel to the longitudinal direction of the link portion against which the locking element rests. - a link extending along a closed loop and consisting of a succession of portions (20, 40), each of which has a longitudinal direction tangent to the closed loop; - a first and second rotary element (1, 2), mobile in rotation respectively around a first and second axis (1a, 2a); - link guide means designed to guide the link along a first drive circle coaxial to the first axis and along a second drive circle coaxial to the second axis, the closed loop comprising an active portion (6a, 7a) of each of the drive circles; and - means for temporarily unifying each link portion (20, 40) to successively each of the rotating elements (1, 2) whenever the link portion passes into the corresponding active portion;
A method for automatic identification of photocopied documents, comprising: capturing an image of a marked printed document; obtaining, from the captured image, a calibration identifier; recovering, by searching a database, a calibration threshold associated with the calibration identifier; applying a discrete Fourier transform to the image, obtaining a frequency matrix; obtaining at least one maximum frequency value in the frequency matrix; comparing the at least one maximum frequency value with the calibration threshold; determining, on the basis of the comparison, if the marked printed document is an original document or a photocopied document; wherein the calibration threshold is x ± No, wherein x is the mean and σ is the standard deviation of the maximum frequency values obtained in a calibration scan, and the value of N determines the amplitude of the calibration threshold. capturing an image of a marked printed document; obtaining, from the captured image, a calibration identifier; recovering, by searching a database, a calibration threshold associated with the calibration identifier; applying a discrete Fourier transform to the image, obtaining a frequency matrix; obtaining at least one maximum frequency value in the frequency matrix; comparing the at least one maximum frequency value with the calibration threshold; determining, on the basis of the comparison, if the marked printed document is an original document or a photocopied document; wherein the calibration threshold is x ± No, wherein x is the mean and σ is the standard deviation of the maximum frequency values obtained in a calibration scan, and the value of N determines the amplitude of the calibration threshold.