mhurhangee/ep-ind-claims huggingface dataset:
Foldable box as seat unit in use position comprising - a cover element as a seat surface, - two first side elements and two second side elements, whereby the second side elements are hinged by first joints to the first side element, - whereby the two second side elements each comprise two second side plates, which are arrangeable relative to each other by a second joint about a vertical second joint axis, - whereby the cover element is hinged by a third joint to one of the first side element, so that the box is transferable by the position of the elements (2, 3, 4) from a use position to a storage position, whereby the second joint comprises a second joint axis, off-center to the second side plates, and two contact surfaces (25, 26) of the second side plates, spaced from the second joint axis, which contact surfaces (25, 26) in the use position of the box are in contact, so that a movement of the second side elements about the second joint axis is free inwards and a movement of the second side elements about the second joint axis is blocked outwards, characterized in that the box comprises a holding device, which holding device interconnects the first side elements in the storage position, whereby the holding device is U-shaped, and comprises one on a first side element hinged bracket and in the opposite first side element arranged recess, in which recess the bracket in the storage position the first side element is movable by clamping. - a cover element as a seat surface, - two first side elements and two second side elements, whereby the second side elements are hinged by first joints to the first side element, - whereby the two second side elements each comprise two second side plates, which are arrangeable relative to each other by a second joint about a vertical second joint axis, - whereby the cover element is hinged by a third joint to one of the first side element, so that the box is transferable by the position of the elements (2, 3, 4) from a use position to a storage position,
An oral care composition comprising silica in an amount from 6 to 40 wt.-%, based on the total weight of the composition, and a surface reacted calcium carbonate in an amount from 1 to 40 wt.-%, based on the total weight of the composition, wherein the surface-reacted calcium carbonate is a reaction product of natural or synthetic calcium carbonate with carbon dioxide and at least one H 3 O + -ion donor, and the surface-reacted calcium carbonate is in form of particles having a volume determined median particle size d 50 from 2 to 5 μm, having a volume determined top cut particle size d 98 from 4 to 15 μm, and a specific surface area from 55 to 110 m 2 /g, measured using nitrogen and the BET method according to ISO 9277.
A device to approximate multiple tissue edges (70a, 70b), comprising: a plurality of jaws (342a, 342b) each including a proximal first end and a distal second end, the jaws (342a, 342b) being coupled to each other at their first ends and configured to transform from an open configuration to a closed configuration, the open configuration being a configuration where the second ends of the jaws (342a, 342b) are located away from each other, and the closed configuration being a configuration where the second ends of the jaws (342a, 342b) are proximate to each other, wherein the plurality of jaws (342, 342b) are part of a clip having a first jaw and a second jaw, joined by a midsection having a through-hole (46; 346) therein; and one or more tools (326a, 326b) configured to pass between the jaws (342a, 342b), the one or more tools (326a, 326b) being configured to move relative to the jaws (342a, 342b) and grasp one or more tissue edges (70a, 70b) to position the tissue edges between the jaws (342a, 342b). a plurality of jaws (342a, 342b) each including a proximal first end and a distal second end, the jaws (342a, 342b) being coupled to each other at their first ends and configured to transform from an open configuration to a closed configuration, the open configuration being a configuration where the second ends of the jaws (342a, 342b) are located away from each other, and the closed configuration being a configuration where the second ends of the jaws (342a, 342b) are proximate to each other, wherein the plurality of jaws (342, 342b) are part of a clip having a first jaw and a second jaw, joined by a midsection having a through-hole (46; 346) therein; and one or more tools (326a, 326b) configured to pass between the jaws (342a, 342b), the one or more tools (326a, 326b) being configured to move relative to the jaws (342a, 342b) and grasp one or more tissue edges (70a, 70b) to position the tissue edges between the jaws (342a, 342b).
Device for storing and transporting a biopharmaceutical fluid, comprising: - an inner bag made of plastic, flexible and fluidtight, forming an inner chamber adapted and intended for receiving a biopharmaceutical fluid, the inner bag being provided with a wall and at least one orifice for the fill and/or discharge (7, 8) of biopharmaceutical fluid and a fill and/or discharge tube (9, 11) associated in a fluidtight manner with the fill and/or discharge orifice (7, 8), - an outer container comprising an outer receptacle, the outer receptacle comprising a wall forming an outer chamber in which is placed the entire inner bag, - an expandable protective element arranged at least partially between the outer receptacle and the inner bag and adapted to receive the inner bag, the expandable protective element being adapted to expand in volume to an expanded state so as to be interposed between the outer receptacle and the inner bag, characterised in that the expandable protective element in the expanded state surrounds the inner bag and the fill and/or discharge tube (9, 11) and fills the space between the wall of the outer receptacle and the inner bag. - an inner bag made of plastic, flexible and fluidtight, forming an inner chamber adapted and intended for receiving a biopharmaceutical fluid, the inner bag being provided with a wall and at least one orifice for the fill and/or discharge (7, 8) of biopharmaceutical fluid and a fill and/or discharge tube (9, 11) associated in a fluidtight manner with the fill and/or discharge orifice (7, 8), - an outer container comprising an outer receptacle, the outer receptacle comprising a wall forming an outer chamber in which is placed the entire inner bag, - an expandable protective element arranged at least partially between the outer receptacle and the inner bag and adapted to receive the inner bag, the expandable protective element being adapted to expand in volume to an expanded state so as to be interposed between the outer receptacle and the inner bag,
Frictional damper comprising a. a housing (2; 2a) which has a longitudinal axis, b. a plunger (4; 4a) which can be moved along the longitudinal axis, c. a frictional unit for generating a frictional force on the plunger (4; 4a), the frictional unit comprising i. at least one friction lining for bearing rubbingly against the plunger (4; 4a), ii. a friction lining carrier, on which the at least one friction lining is held, the friction lining carrier being arranged such that it can be moved relative to the plunger (4; 4a) in the housing (2; 2a) between a pulled-out position and a pushed-in position, a pulled-out friction acting in the pulled-out position, which pulled-out friction is different from the pushed-in friction which acts in the pushed-in position, the friction lining carrier having a through opening, through which the plunger (4; 4a) is guided, characterized in that the through opening has a contour which is asymmetrical at least in sections perpendicularly with respect to the longitudinal axis, the through opening has a first through opening section and a second through opening section, the first through opening section and the second through opening section having in each case one section longitudinal axis (33, 34), which section longitudinal axes (33, 34) are arranged in a manner which is inclined by an angle of inclination (n) with respect to one another. a. a housing (2; 2a) which has a longitudinal axis, b. a plunger (4; 4a) which can be moved along the longitudinal axis, c. a frictional unit for generating a frictional force on the plunger (4; 4a), the frictional unit comprising i. at least one friction lining for bearing rubbingly against the plunger (4; 4a), ii. a friction lining carrier, on which the at least one friction lining is held, i. at least one friction lining for bearing rubbingly against the plunger (4; 4a), ii. a friction lining carrier, on which the at least one friction lining is held,
A particle therapy apparatus for irradiating a target with a charged particle beam comprising: - a particle accelerator to generate the charged particle beam; - an isocentric gantry configured to rotate about an axis Y and comprising a plurality of bending magnets arranged along a beam path, said plurality of magnets comprising a first bending magnet and a last bending magnet, the first bending magnet being configured to receive the particle beam along the axis Y and to bend and direct the particle beam away from the axis Y, the last bending magnet being configured to bend and direct the particle beam towards the isocentre of the gantry and according to a final beam direction; - a magnetic resonance imaging system comprising a first and a second main magnet unit separated by a free air gap and arranged respectively on opposites sides of the gantry's isocentre, the first main magnet unit being the one closest to the last bending magnet of the gantry, said first and second main magnet units being configured to generate together a main magnetic field (Bo) which is parallel to the final beam direction at the gantry's isocentre, characterized in that the apparatus further comprises a passive magnetic shield surrounding the first and second main magnet units of the magnetic resonance imaging system and so that a part of the passive magnetic shield is arranged between the last bending magnet of the gantry and the first main magnet unit of the magnetic resonance imaging system, wherein the said part of the passive magnetic shield comprises a first through hole defining a passageway through which the particle beam can pass to reach the gantry's isocentre, and in that the passive magnetic shield as well as the first and second main magnet units of the magnetic resonance imaging system are all synchronously rotatable with the gantry about the axis Y. - a particle accelerator to generate the charged particle beam; - an isocentric gantry configured to rotate about an axis Y and comprising a plurality of bending magnets arranged along a beam path, said plurality of magnets comprising a first bending magnet and a last bending magnet, the first bending magnet being configured to receive the particle beam along the axis Y and to bend and direct the particle beam away from the axis Y, the last bending magnet being configured to bend and direct the particle beam towards the isocentre of the gantry and according to a final beam direction; - a magnetic resonance imaging system comprising a first and a second main magnet unit separated by a free air gap and arranged respectively on opposites sides of the gantry's isocentre, the first main magnet unit being the one closest to the last bending magnet of the gantry, said first and second main magnet units being configured to generate together a main magnetic field (Bo) which is parallel to the final beam direction at the gantry's isocentre,
Method for processing a coded audio signal in a bitstream by a predictive coding of ADPCM type, characterized in that it comprises the following steps: determination of an estimated signal se on the basis of the quantization indices of the bitstream, the determination being carried out for a current sample n: - obtaining of an adaptation parameter M(I(n-1)) associated with the quantization index for the previous sample (I(n-1); - calculation of an estimated signal for the current sample se(n) on the basis of the adaptation parameter determined M(I(n-1)), of the signal estimated for the previous sample se(n-1) and of a predefined forget factor V; - determination of uncoded parameters representative of said audio signal, on the basis of said estimated signal se; - processing of said coded audio signal using the parameters determined. determination of an estimated signal se on the basis of the quantization indices of the bitstream, the determination being carried out for a current sample n: - obtaining of an adaptation parameter M(I(n-1)) associated with the quantization index for the previous sample (I(n-1); - calculation of an estimated signal for the current sample se(n) on the basis of the adaptation parameter determined M(I(n-1)), of the signal estimated for the previous sample se(n-1) and of a predefined forget factor V; - determination of uncoded parameters representative of said audio signal, on the basis of said estimated signal se; - processing of said coded audio signal using the parameters determined. - obtaining of an adaptation parameter M(I(n-1)) associated with the quantization index for the previous sample (I(n-1); - calculation of an estimated signal for the current sample se(n) on the basis of the adaptation parameter determined M(I(n-1)), of the signal estimated for the previous sample se(n-1) and of a predefined forget factor V; - determination of uncoded parameters representative of said audio signal, on the basis of said estimated signal se; - processing of said coded audio signal using the parameters determined.
A method for validating a service function type on a service function, SF, module, the method comprising: initiating a probe, at a service function forwarder, SFF, wherein the probe is configured to query a function type of a corresponding SF module; receiving a reply, at the SFF, from the corresponding SF module in response to the probe; validating, at the SFF, the function type of the corresponding SF module based on the reply; and determining, at the SFF, whether to permit packet forwarding, based on the function type of the corresponding SF module. initiating a probe, at a service function forwarder, SFF, wherein the probe is configured to query a function type of a corresponding SF module; receiving a reply, at the SFF, from the corresponding SF module in response to the probe; validating, at the SFF, the function type of the corresponding SF module based on the reply; and determining, at the SFF, whether to permit packet forwarding, based on the function type of the corresponding SF module.
Linear random amino acid copolymers characterised by comprising at least 95% amino acids tyrosine, phenylalanine, alanine and lysine in a molar ratio of (Y+F):A:K of 1:5:3.
An implantable treatment device fixed or interlinked to bone, which generates unidirectional progressive movement by a member generating reciprocating motion in the same direction by using friction based means allowing unidirectional movement, the means allowing unidirectional movement comprising a second member disposed adjacent to an inner rod or an outer tube, the second member, or the inner rod or the outer tube, having a tapered portion having a slanted surface, wherein the tapered portion expands in the direction of movement of the inner rod or the outer tube, and wedging effect providing means disposed between the slanted surface of the second member, or the inner rod or outer tube, and a planar surface of the second member, or the inner rod or outer tube, extending parallel to the direction of movement of the inner rod or outer tube, wherein the wedging effect providing means provide wedging effect in cooperation with the slanted surface, characterised by the wedging effect providing means being selected from a group comprising rolls, balls, barrel-shaped pieces or sprags forming a line contact with the second member or the inner rod or outer tube substantially non-parallel to the direction of movement.
A brake brush for decelerating and/or guiding and/or holding down signatures in components for processing sheet-shaped folded or unfolded signatures, wherein the brake brush comprises a brush body comprising a fitting surface and a brush fitting attached to the fitting surface comprising a fitting thickness d, and wherein the brush fitting has an active surface, and wherein, with its active surface, the brake brush is at least partially in operative connection with the signature for braking and/or guiding and/or holding down a signature, characterized in that the brush body has, at least partially, at least one overhang, which protrudes beyond the fitting surface at an overhang height h in extension of the fitting thickness d.
Two-wire field device used in automation engineering, wherein said device comprises: - a sensor element designed to measure a process variable; - a connection terminal designed to connect a two-wire cable; - a field device electronics unit, which is supplied with operating power by a terminal voltage that is applied to the connection terminal and a loop current which flows from the two-wire cable via the connection terminal, and which is designed to communicate - via the two-wire cable - the recorded process variable in a measuring mode by setting the loop current to a value between 4 mA and 20 mA that represents the process variable; characterized in that: - a diagnostic unit, which is designed to measure - at least in the measuring mode - at least a corresponding value for the terminal voltage (Ux, Uy) at least two different values of the loop current (Ix, ly) that is set between 4 mA and 20 mA, and to issue information about a minimum value of the terminal voltage (Umin) at a maximum value of the loop current (Imax), which is greater than 21 mA, exclusively using the values (Ix, ly, Ux, Uy) measured in the measuring mode. - a sensor element designed to measure a process variable; - a connection terminal designed to connect a two-wire cable; - a field device electronics unit, which is supplied with operating power by a terminal voltage that is applied to the connection terminal and a loop current which flows from the two-wire cable via the connection terminal, and which is designed to communicate - via the two-wire cable - the recorded process variable in a measuring mode by setting the loop current to a value between 4 mA and 20 mA that represents the process variable; - a diagnostic unit, which is designed to measure - at least in the measuring mode - at least a corresponding value for the terminal voltage (Ux, Uy) at least two different values of the loop current (Ix, ly) that is set between 4 mA and 20 mA, and to issue information about a minimum value of the terminal voltage (Umin) at a maximum value of the loop current (Imax), which is greater than 21 mA, exclusively using the values (Ix, ly, Ux, Uy) measured in the measuring mode.
A backlight unit comprising: at least one light guide plate having a light incidence part to receive light from a first direction and a light emitting part adjacent to the light incidence part to emit light received from the light incidence part in a second direction, the first and second directions being different directions; and a light source, the light source including at least one light emitting diode package, the at least one light emitting diode package having a body that includes a head part and a body part, the head part including a first surface and a second surface perpendicular to the first surface, the second surface configured to receive a light emitting diode chip, and the body part including at least one heat sink and lead terminals electrically connected to the light emitting diode chip, and the light incidence part provided adjacent to the second surface of the head part, wherein the body part includes a first recess in a central region, and second recesses in an edge region, the heat sink is accommodated in the first recess and the lead terminals are accommodated in the second recesses, wherein an outer surface of the heat sink and an outer surface of the body are co-planar, and wherein an outer surface of the lead terminals and an outer surface of the body are co-planar. at least one light guide plate having a light incidence part to receive light from a first direction and a light emitting part adjacent to the light incidence part to emit light received from the light incidence part in a second direction, the first and second directions being different directions; and a light source, the light source including at least one light emitting diode package, the at least one light emitting diode package having a body that includes a head part and a body part, the head part including a first surface and a second surface perpendicular to the first surface, the second surface configured to receive a light emitting diode chip, and the body part including at least one heat sink and lead terminals electrically connected to the light emitting diode chip, and the light incidence part provided adjacent to the second surface of the head part, wherein the body part includes a first recess in a central region, and second recesses in an edge region, the heat sink is accommodated in the first recess and the lead terminals are accommodated in the second recesses, wherein an outer surface of the heat sink and an outer surface of the body are co-planar, and wherein an outer surface of the lead terminals and an outer surface of the body are co-planar.
A method for operating a textile machine having a plurality of identical workstations disposed adjacent to each other, of which each comprises various energy-consuming working elements, total energy resources available for the plurality of workstations being assigned to individual workstations requesting energy resources by a control unit of the textile machine, characterized in that a partial quantity of at least two workstations out of the plurality of workstations is specified, that at least one of the various working elements is selected and the at least one selected working element is placed into operation at the partial quantity of workstations, wherein a total consumption of the relevant energy resource is measured, that a total consumption of the relevant energy resource continues to be determined when the at least one selected working element is stopped, that an actual individual consumption of the at least one selected working element is determined for each workstation from the difference between the determined total consumptions and the partial quantity of the workstations, and that the actual individual consumption of the at least one selected working element is considered when assigning the energy resources by the control unit, wherein the determining of the real individual consumption takes place during the starting of the textile machine prior to beginning production, and/or wherein the determining of the real individual consumption is determined on a batch-related basis prior to and/or during the starting of a new yarn batch.
A method of determining the prognosis of a multiple myeloma patient comprising determining the levels or activity of ST3GAL6 in a sample obtained from the patient and comparing the level or activity determined with the level or activity in a control sample, an increased level or activity compared to the control being predictive of a reduced survival rate.
A cartridge configured for use with adhesives or coatings, the cartridge comprising a head part (6, 7) having an outlet (12, 12', 13, 13'), the head part (6, 7) being integrally formed with a cartridge wall (4, 5), wherein the outlet (12, 12', 13, 13') has one, two or more outlet passages (14, 15, 20) formed therein that extend in parallel to a longitudinal direction of the cartridge, wherein a valve (19, 19', 19", 19'", 19"") is provided in at least one of the one, two or more outlet passages (14, 15, 20), with the valve (19, 19', 19", 19'", 19"") being axially and radially fixed in position relative to the longitudinal direction and the head part (6, 7) at a peripheral portion of the valve (19, 19', 19", 19'", 19""), characterized in that the valve (19, 19', 19", 19'", 19"") is arranged at an inlet end of the respective outlet passage (14, 15, 20) that is remote from an outlet opening (12', 13') of the outlet passage (14, 15, 20).