mhurhangee/patent-ind-claim-en huggingface dataset:
A drug delivery device with a resettable dose setting mechanism said mechanism comprising: a housing (40; 204, 208), a rotating sleeve (10; 206) in rotatable engagement with respect to said housing, a driver for driving a spindle of the drug delivery device, characterized in that said driver comprising a first component (44; 207) and a second component (46; 212) rotationally coupled to said first component (44; 207) such that when a user sets a dose by rotating the rotating sleeve (10; 206) both said first component (44; 207) and said second component (46; 212) of the driver rotate together, wherein during resetting of said drug delivery device, said first component (44; 207) is rotationally decoupled from said second component (46; 212), the dose setting mechanism further comprising a dose limiting device (38; 218) wherein the dose limiting device (38; 218) has an internal helical groove matching a helical groove of the first component (44; 207) of the driver (30; 209), the dose limiting device (38; 218) is located between the driver and the housing (40;204, 208), the outer surface of the dose limiting device (38; 218) and an inner surface of the housing (40; 204, 208) are keyed together by way of splines, and during resetting of said drug delivery device, said dose limiting device (38; 218) is reset to an initial position directly by rotation of the first driver portion . a housing (40; 204, 208), a rotating sleeve (10; 206) in rotatable engagement with respect to said housing, a driver for driving a spindle of the drug delivery device, characterized in that said driver comprising a first component (44; 207) and a second component (46; 212) rotationally coupled to said first component (44; 207) such that when a user sets a dose by rotating the rotating sleeve (10; 206) both said first component (44; 207) and said second component (46; 212) of the driver rotate together, wherein during resetting of said drug delivery device, said first component (44; 207) is rotationally decoupled from said second component (46; 212), the dose setting mechanism further comprising a dose limiting device (38; 218) wherein the dose limiting device (38; 218) has an internal helical groove matching a helical groove of the first component (44; 207) of the driver (30; 209), the dose limiting device (38; 218) is located between the driver and the housing (40;204, 208), the outer surface of the dose limiting device (38; 218) and an inner surface of the housing (40; 204, 208) are keyed together by way of splines, and during resetting of said drug delivery device, said dose limiting device (38; 218) is reset to an initial position directly by rotation of the first driver portion .
A drug delivery device comprising: a reservoir including a bore having a first end and a second end , and a plunger assembly including a plunger moveable within the bore between the first and second ends ; a cannula having an operational state wherein the cannula is connected in fluid communication with the reservoir ; a drive coupled to the plunger assembly to move the plunger between the first and second ends ; a lock configured to selectively limit movement of the plunger between the first and second ends of the reservoir ; a housing , wherein the reservoir , the drive , and the lock are disposed at least partially within the housing ; and a lever defining the lock and a proximity sensor , the proximity sensor operably coupled to move relative to the housing , the proximity sensor comprising at least a portion of the lever having a first end pivotably attached within the housing and a second end , the proximity sensor having a first sensor state wherein the second end of the lever is positioned outside of the housing and a second sensor state wherein the second end of the lever is retracted toward the housing upon application of the housing to the patient's skin relative to the first sensor state, the lock limiting movement of the plunger assembly when the proximity sensor is in the first sensor state; and a biasing member configured to exert a biasing force on the first end of the lever at a distance away from a pivot for the lever to bias the proximity sensor toward the first sensor state. a reservoir including a bore having a first end and a second end , and a plunger assembly including a plunger moveable within the bore between the first and second ends ; a cannula having an operational state wherein the cannula is connected in fluid communication with the reservoir ; a drive coupled to the plunger assembly to move the plunger between the first and second ends ; a lock configured to selectively limit movement of the plunger between the first and second ends of the reservoir ; a housing , wherein the reservoir , the drive , and the lock are disposed at least partially within the housing ; and a lever defining the lock and a proximity sensor , the proximity sensor operably coupled to move relative to the housing , the proximity sensor comprising at least a portion of the lever having a first end pivotably attached within the housing and a second end , the proximity sensor having a first sensor state wherein the second end of the lever is positioned outside of the housing and a second sensor state wherein the second end of the lever is retracted toward the housing upon application of the housing to the patient's skin relative to the first sensor state, the lock limiting movement of the plunger assembly when the proximity sensor is in the first sensor state; and a biasing member configured to exert a biasing force on the first end of the lever at a distance away from a pivot for the lever to bias the proximity sensor toward the first sensor state.
An accelerator mass spectrometry device for simultaneously measuring isotopes, comprising: a sputtering negative ion source for generating a plurality of negative stable and unstable isotopic ions; an accelerating tube connected downstream to the sputtering negative ion source for simultaneously accelerating said plurality of isotopic ions; a first electrostatic analyzer connected downstream to the accelerating tube for conducting energy analysis of said plurality of isotopic ions; a magnetic analyzer connected downstream to the first electrostatic analyzer for separating said plurality of isotopic ions; a stable isotope receiver connected downstream to the magnetic analyzer for measuring said negative stable isotopic ions; an electron stripper connected downstream to the magnetic analyzer for converting said negative unstable isotopic ions to positive ions and disintegrating all the molecular ions; a speed selector connected downstream to the electron stripper for excluding the disintegrated molecular fragments and scattered ions; a second electrostatic analyzer connected downstream to the speed selector for excluding neutral particles of zero charge state; a detector connected downstream to the second electrostatic analyzer for measuring said positive ions originating from said conversion by the electron stripper ; and a nuclear electronics and data acquisition unit configured to obtain data from the stable isotope receiver and the detector respectively which, after time matching, offers the contents of said plurality of isotopic ions measured simultaneously and an abundance ratio thereof. a sputtering negative ion source for generating a plurality of negative stable and unstable isotopic ions; an accelerating tube connected downstream to the sputtering negative ion source for simultaneously accelerating said plurality of isotopic ions; a first electrostatic analyzer connected downstream to the accelerating tube for conducting energy analysis of said plurality of isotopic ions; a magnetic analyzer connected downstream to the first electrostatic analyzer for separating said plurality of isotopic ions; a stable isotope receiver connected downstream to the magnetic analyzer for measuring said negative stable isotopic ions; an electron stripper connected downstream to the magnetic analyzer for converting said negative unstable isotopic ions to positive ions and disintegrating all the molecular ions; a speed selector connected downstream to the electron stripper for excluding the disintegrated molecular fragments and scattered ions; a second electrostatic analyzer connected downstream to the speed selector for excluding neutral particles of zero charge state; a detector connected downstream to the second electrostatic analyzer for measuring said positive ions originating from said conversion by the electron stripper ; and a nuclear electronics and data acquisition unit configured to obtain data from the stable isotope receiver and the detector respectively which, after time matching, offers the contents of said plurality of isotopic ions measured simultaneously and an abundance ratio thereof.
A separator system for steel chain links of steel energy chains wherein said steel chain links include at least two side members , at least one upper and one lower stud , said separator system comprising at least two horizontal separators and at least two vertical separators mutually independent, means for blocking said horizontal separators to said chain link and means for blocking said vertical separators to said chain link , characterized in that said blocking means are so configured that the movement of only one element allows the contemporaneous removal of all said horizontal separators from the inner side of the chain, and said blocking means are so configured that the removal of only one element allows the contemporaneous removal of all said vertical separators , when the chain is operative with enclosed cables, pipes and/or hoses.
A method of wireless communication performed by a user equipment, UE, comprising: identifying a carrier aggregation, CA, configuration and an aperiodic sounding reference signal, A-SRS, configuration of the UE, wherein the A-SRS configuration comprises one or more component carriers, CCs, on which the UE does not perform uplink, UL, data transmissions; receiving a resource assignment on a downlink, DL, CC in the CA configuration, wherein the resource assignment comprises a sounding reference signal radio network temporary identifier, SRS-RNTI; detecting a trigger for transmitting one or more A-SRS transmissions based at least in part on a downlink control information, DCI, format of the resource assignment, wherein the SRS-RNTI triggers a plurality of A-SRS transmissions in a plurality of UL resources of the A-SRS configuration; determining one or more CCs of the A-SRS configuration for transmitting the one or more A-SRS transmissions based at least in part on the DCI format of the resource assignment; and transmitting the one or more A-SRS transmissions on the one or more determined CCs of the A-SRS configuration. identifying a carrier aggregation, CA, configuration and an aperiodic sounding reference signal, A-SRS, configuration of the UE, wherein the A-SRS configuration comprises one or more component carriers, CCs, on which the UE does not perform uplink, UL, data transmissions; receiving a resource assignment on a downlink, DL, CC in the CA configuration, wherein the resource assignment comprises a sounding reference signal radio network temporary identifier, SRS-RNTI; detecting a trigger for transmitting one or more A-SRS transmissions based at least in part on a downlink control information, DCI, format of the resource assignment, wherein the SRS-RNTI triggers a plurality of A-SRS transmissions in a plurality of UL resources of the A-SRS configuration; determining one or more CCs of the A-SRS configuration for transmitting the one or more A-SRS transmissions based at least in part on the DCI format of the resource assignment; and transmitting the one or more A-SRS transmissions on the one or more determined CCs of the A-SRS configuration.
Wallpaper , which can be detachably applied to a wall or ceiling surface (W) by means of a wallpaper paste , the wallpaper having exclusively a sheet-like base layer of a textile, preferably of a synthetic fibre, which is attached or can be attached to the wall or ceiling surface (W), and no adhesive coating applied during manufacture, characterised in that for reduction of the adhesion surface, the textile base layer has openings , in particular openings with an area of 0.2 to 2.0 mm 2 , preferably 0.3 to 0.8 mm 2 , distributed uniformly over its entire surface.
Bearing module for adjusting an angle of attack of a rotor blade in an underwater power plant , comprising a rotor blade shaft , at least two bearings (2; 3) for supporting the rotor blade shaft , wherein the at least two bearings (2; 3) are arranged on the rotor blade shaft axially at a distance from one another; further comprising a bearing housing , wherein the bearing housing forms a bearing interspace with the rotor blade shaft , and wherein the at least two bearings (2; 3) are arranged between the rotor blade shaft and the bearing housing , at least one first fastening means for producing a mechanical connection to a rotor blade hub ; at least one second fastening means for producing a mechanical connection to the rotor blade ; and at least one third fastening means for producing a mechanical connection to a blade adjuster , further comprising an inner sealing system and an outer sealing system , wherein the inner sealing system is arranged radially further inward with respect to the axis of rotation of the rotor blade hub than the at least two bearings (2; 3), and wherein the outer sealing system is arranged radially further outward with respect to the axis of rotation of the rotor blade hub than the at least two bearings (2; 3), wherein the outer sealing system comprises a sealing carrier and sealing lips which are movable in a radial direction with respect to the rotor blade shaft , wherein the sealing lips are arranged at an angle to the radial direction with respect to the rotor blade shaft , and wherein the sealing lips run in the radial direction on a running bush , and wherein a pressure exerted on the sealing lip by a liquid medium can be transferred to the sealing carrier in the axial and radial direction with respect to the rotor blade shaft , wherein the bearing module combines to form a mounting unit.
Transmission shaft comprising a composite body and a hollow coupling piece positioned around the body at one end thereof, said coupling piece including, on its inner surface, splines extending parallel to the longitudinal axis of the body so as to optimize the torsional loadbearing, characterized in that said coupling piece includes, on its inner surface, a transverse groove extending in a direction perpendicular to the splines , said composite body filling the entirety of the splines and the transverse groove so as to have contact at all points between the body and the coupling part not allowing any gaps to remain.
Seal housing for a cable lug with - a cable entry extending in a longitudinal direction , and - a dome extending in a transverse direction, transversely to the longitudinal direction , wherein - the cable entry extends in the longitudinal direction towards the dome and terminates in the dome , - the dome has a cable lug receptacle for the cable lug , and - the dome has a through channel extending in a transverse direction , which extends in the transverse direction, on both sides of the cable lug receptacle into a bottom area and a cover region, wherein - the receptacle has latching means for mechanically receiving the cable lug characterized in that - the latching means have an expanding receptacle extending in the transverse direction for an expanding tool exerting a radially outwards directed expanding force onto the latching means , wherein the latching means are pivotable transversely to the longitudinal direction and - in that there is a free space in the cable lug receptacle for receiving the radially outwardly bent latching means when spread. - a cable entry extending in a longitudinal direction , and - a dome extending in a transverse direction, transversely to the longitudinal direction , wherein - the cable entry extends in the longitudinal direction towards the dome and terminates in the dome , - the dome has a cable lug receptacle for the cable lug , and - the dome has a through channel extending in a transverse direction , which extends in the transverse direction, on both sides of the cable lug receptacle into a bottom area and a cover region, wherein - the receptacle has latching means for mechanically receiving the cable lug characterized in that - the latching means have an expanding receptacle extending in the transverse direction for an expanding tool exerting a radially outwards directed expanding force onto the latching means , wherein the latching means are pivotable transversely to the longitudinal direction and - in that there is a free space in the cable lug receptacle for receiving the radially outwardly bent latching means when spread.
Automated surgical planning system for the reconstruction of missing or damaged bone parts, comprising • a device for reading in of 3D image data, • means for reading in of 3D target data relating to a missing or damaged bone part, whereby • the 3D image data relate to an osseous donor area and the automated surgical planning system further comprises • means for processing the 3D image data into structured data, so that osseous portions are distinguished from soft tissues and/or vascular systems, • means for obtaining one or more 3D target curves in relation to the 3D target data and the 3D data of the donor area, • means for segmentation of the osseous portions of the osseous donor area in segments, whereby the means for segmentation are arranged such that the segments within the structured 3D image data are determined on basis of the 3D target data and an adaption of sections of the 3d target curve, • means for merging the segments into a reconstruction, wherein the segmentation of the osseous portions adapts 3D target curves to 3D surfaces of the 3D target data relating to a missing or damaged bone part. • a device for reading in of 3D image data, • means for reading in of 3D target data relating to a missing or damaged bone part, whereby • the 3D image data relate to an osseous donor area and the automated surgical planning system further comprises • means for processing the 3D image data into structured data, so that osseous portions are distinguished from soft tissues and/or vascular systems, • means for obtaining one or more 3D target curves in relation to the 3D target data and the 3D data of the donor area, • means for segmentation of the osseous portions of the osseous donor area in segments, whereby the means for segmentation are arranged such that the segments within the structured 3D image data are determined on basis of the 3D target data and an adaption of sections of the 3d target curve, • means for merging the segments into a reconstruction, wherein the segmentation of the osseous portions adapts 3D target curves to 3D surfaces of the 3D target data relating to a missing or damaged bone part.
A protein of formula I: A ― (R 1 ) m ― (B) n (formula I) wherein: A is an immunogenic fragment of UspA2 from Moraxella catarrhalis having at least 90% identity to SEQ ID NO: 43; R 1 is an amino acid; m is 0; B is histidine; and n is 1, 2, 3, 4, 5 or 6. A is an immunogenic fragment of UspA2 from Moraxella catarrhalis having at least 90% identity to SEQ ID NO: 43; R 1 is an amino acid; m is 0; B is histidine; and n is 1, 2, 3, 4, 5 or 6.
The integral plastic rectangular cake fireworks that comprise a rectangular cake fireworks body , wherein: - the rectangular cake fireworks body comprises: - a plurality of firework barrels in a matrix arrangement; and - a frame which encloses outside several of said firework barrels ; wherein each of the firework barrels to an inner side of the rectangular cake fireworks body that do not contact with the frame , is connected and fixed with a stiffening plate ; and wherein the integral plastic rectangular cake fireworks comprises: - a fixing plate under the firework barrels , preferably four fireworks barrels , situated in a central part of the rectangular cake fireworks body ; - a fuse board which comprises an "S" shape, situated on the bottom of the rectangular cake fireworks body , that is in turn connected to a bottom end of the firework barrels ; wherein two ignition holes are situated along an extending direction of the fuse board , on the bottom of each firework barrel ; and wherein an ignition slot is situated on the fuse board between all two neighboring firework barrels , whose one end is connected to an ignition hole of a firework barrel and the other end of the ignition slot is connected to an ignition hole of the other firework barrel . - the rectangular cake fireworks body comprises: - a plurality of firework barrels in a matrix arrangement; and - a frame which encloses outside several of said firework barrels ; - a plurality of firework barrels in a matrix arrangement; and - a frame which encloses outside several of said firework barrels ; - a fixing plate under the firework barrels , preferably four fireworks barrels , situated in a central part of the rectangular cake fireworks body ; - a fuse board which comprises an "S" shape, situated on the bottom of the rectangular cake fireworks body , that is in turn connected to a bottom end of the firework barrels ;
Varnish for covering the surface of a substrate that is deposited by ink jet, of which the varnish composition includes at least: - a curable oligomer or a mixture of curable oligomers, - a curable monomer, at least one curable monomer present in the composition being selected from among a group consisting of alkoxylated and/or polyalkoxylated acrylic monomers including one or more di- or triacrylates, and - a photoinitiator, characterised in that the curable oligomer or the mixture of curable oligomers are not hyperbranched oligomers (also called dendrimers), is not a hyperbranched oligomer (also called a dendrimer), in that at least one photoinitiator is a bis-(2,4,6-trimethylbenzoyl)-phenylphosphine oxide, and in that at least one curable oligomer has a viscosity greater than 0.1 Pa s at 23°C and less than 1 Pa s at 23°C, and in that the ratio by weight between curable oligomer and curable monomer is between 1:25 and 1:6, and in that the varnish has a viscosity of between 5 mPa·s and 40 mPa·s at 25°C (measured by the method described in the present description). - a curable oligomer or a mixture of curable oligomers, - a curable monomer, at least one curable monomer present in the composition being selected from among a group consisting of alkoxylated and/or polyalkoxylated acrylic monomers including one or more di- or triacrylates, and - a photoinitiator,