mhurhangee/patent-ind-claim-en huggingface dataset:
A device for winding a thread to form a package , having a package holder installation for receiving the package , having an auxiliary installation for severing the thread, and having a labeling installation for applying a self-adhesive label for fixing a thread end , wherein the labeling installation for fixing the thread end is assigned to the circumference of the completely wound package , characterized in that the thread end before being fixed by way of the label is guidable on the circumference of the package by a guiding means .
Arrangement for providing a stent for implantation into a body lumen, the stent having a proximal end and a distal end between which a stent lumen having a compressible diameter d extends, which arrangement comprises - a crimping device having elements which are arranged around an axis and are at least partly movable relative to one another radially with respect to the axis, and - an activator for actuating the crimping device , - wherein the elements encompass the stent and are radially movable by means of the activator from an expanded position, in which the stent is uncrimped, into a closed position, in which the stent is compressed in diameter d, characterized in that a storage space comprising an inert filling is provided, which storage space is designed as a tubing closed at one end and is laterally compressible, wherein a hydrophilized stent is insertable in the storage space into the providing arrangement, and the storage space forms a casing, while the elements encompass the stent and can be moved from the expanded position into the closed position such that the stent is stored in an inert manner for at least a predominant time. - a crimping device having elements which are arranged around an axis and are at least partly movable relative to one another radially with respect to the axis, and - an activator for actuating the crimping device , - wherein the elements encompass the stent and are radially movable by means of the activator from an expanded position, in which the stent is uncrimped, into a closed position, in which the stent is compressed in diameter d,
A method for reading data stored in a polymer, comprising: i) providing an RLC resonator having an inductor and a cell, the cell having a nanopore and a polymer that can traverse through the nanopore, the resonator having an AC output voltage frequency response at a probe frequency in response to an AC input voltage at the probe frequency; ii) providing the AC input voltage having at least the probe frequency; and iii) monitoring the AC output voltage at least at the probe frequency, the AC output voltage at the probe frequency being indicative of the data stored in the polymer at the time of monitoring, wherein the cell comprises at least two compartments and at least a top and bottom electrode, the nanopore being disposed between the electrodes, and the cell having a fluid therein, wherein the polymer is moved through the nanopore via a DC steering voltage applied to the electrodes, wherein the DC steering voltage being provided by a controller, wherein the electrodes, the nanopore and the fluid having an effective cell capacitance that changes when the polymer passes through the nanopore, and wherein the inductor is connected in series with the cell to create the resonator, a combination of the inductor and effective cell capacitance being related to the resonant frequency response. i) providing an RLC resonator having an inductor and a cell, the cell having a nanopore and a polymer that can traverse through the nanopore, the resonator having an AC output voltage frequency response at a probe frequency in response to an AC input voltage at the probe frequency; ii) providing the AC input voltage having at least the probe frequency; and iii) monitoring the AC output voltage at least at the probe frequency, the AC output voltage at the probe frequency being indicative of the data stored in the polymer at the time of monitoring, wherein the cell comprises at least two compartments and at least a top and bottom electrode, the nanopore being disposed between the electrodes, and the cell having a fluid therein, wherein the polymer is moved through the nanopore via a DC steering voltage applied to the electrodes, wherein the DC steering voltage being provided by a controller, wherein the electrodes, the nanopore and the fluid having an effective cell capacitance that changes when the polymer passes through the nanopore, and wherein the inductor is connected in series with the cell to create the resonator, a combination of the inductor and effective cell capacitance being related to the resonant frequency response.
Vehicle for passenger transport, having a passenger compartment which is regulated in terms of its temperature and which is equipped with at least one supply-air inlet for conditioned supply air and with at least one outlet for discharge of air from the passenger compartment , wherein the air is conveyed from the passenger compartment into an air channel (5; 20, 21) with the aid of a fan and, for detecting an actual temperature prevailing in the passenger compartment , provision is made of a temperature sensor (7; 18, 19), characterized in that provision is made of an additional flow channel whose inlet end opens out into the passenger compartment and whose outlet end (10; 22, 23) is arranged on a negative-pressure side of the fan and on the side of the fan towards the outside of the vehicle, and the temperature sensor (7; 18, 19) is arranged in a longitudinal section of the additional channel .
A system for facilitating dialysis by creating an arteriovenous fistula with a shunt, the shunt having a dialysis needle landing zone, the system comprising: a catheter for advancing a covered stent carried near the distal end of the catheter along a bodily lumen into a position in which the stent can function as an arteriovenous shunt between a first and a second bodily lumen, said catheter including means to broach radially outwardly a wall of said first lumen and radially inwardly a wall of said second lumen, and then deploy the stent, a covered radially-expansible stent , capable of being advanced by the catheter along a bodily lumen, and capable of performing as an arteriovenous shunt, and with a covering that stops short of one end of the stent; characterized in that : said covering stops short of the stent end at a line that slants to the longitudinal axis of the stent at an angle intermediate between 0° and 90°, and further characterized by : a means for injection of a pillow or pad of gel to be located subcutaneously between a puncture site of the shunt and overlying cutaneous layers of natural tissue for sealing the puncture site after its puncture in its needle landing zone by a dialysis needle and after withdrawal of the needle. a catheter for advancing a covered stent carried near the distal end of the catheter along a bodily lumen into a position in which the stent can function as an arteriovenous shunt between a first and a second bodily lumen, said catheter including means to broach radially outwardly a wall of said first lumen and radially inwardly a wall of said second lumen, and then deploy the stent, a covered radially-expansible stent , capable of being advanced by the catheter along a bodily lumen, and capable of performing as an arteriovenous shunt, and with a covering that stops short of one end of the stent; characterized in that : said covering stops short of the stent end at a line that slants to the longitudinal axis of the stent at an angle intermediate between 0° and 90°, and further characterized by : a means for injection of a pillow or pad of gel to be located subcutaneously between a puncture site of the shunt and overlying cutaneous layers of natural tissue for sealing the puncture site after its puncture in its needle landing zone by a dialysis needle and after withdrawal of the needle. said covering stops short of the stent end at a line that slants to the longitudinal axis of the stent at an angle intermediate between 0° and 90°, and further characterized by : a means for injection of a pillow or pad of gel to be located subcutaneously between a puncture site of the shunt and overlying cutaneous layers of natural tissue for sealing the puncture site after its puncture in its needle landing zone by a dialysis needle and after withdrawal of the needle.
- Profile for manufacturing a slat for a rollable swimming pool cover, wherein the profile is made of plastic, wherein the profile comprises one or more internal hollow channels , wherein the profile has a first top wall located above the one or more hollow channels , wherein the profile has a bottom wall under the one or more hollow channels , wherein the first top wall and the bottom wall are interconnected by two or more connecting walls , wherein the profile is provided on a first side with a groove for receiving a coupling member , the groove having a second top wall , wherein the second top wall comprises a first opaque layer of plastic made of a first plastic composition, wherein the bottom wall comprises a second opaque layer of plastic made of a second plastic composition, wherein the first plastic composition is different from the second plastic composition. wherein the profile comprises one or more internal hollow channels , wherein the profile has a first top wall located above the one or more hollow channels , wherein the profile has a bottom wall under the one or more hollow channels , wherein the first top wall and the bottom wall are interconnected by two or more connecting walls , wherein the profile is provided on a first side with a groove for receiving a coupling member , the groove having a second top wall , wherein the second top wall comprises a first opaque layer of plastic made of a first plastic composition, wherein the bottom wall comprises a second opaque layer of plastic made of a second plastic composition, wherein the first plastic composition is different from the second plastic composition.
Device designed for carrying out the method according to Claim 2 or for carrying out the method according to Claim 6 with an acoustic-transducer pair (T1) which consists of one clamp-on ultrasonic transducer operating in the transmit mode and one clamp-on ultrasonic transducer operating in the receive mode, wherein the cross-section of a measuring tube (M) flowed through by a gaseous or liquid medium is substantially a pentagon with a base and with sides each adjoining at a right angle and with sides adjoining the aforementioned sides and situated opposite the base, which enclose an angle of less than 180°, wherein acoustic-transducer pair (T1) is arranged on the base for the purpose of generating a first acoustic path (S1), wherein a vertex situated opposite the base between the sides situated opposite the base has been flattened out and represents a reflector , so that the acoustic-transducer pair (T1) arranged on the base realizes the first acoustic path (S1) and a second central acoustic path (S2) which extends from the clamp-on ultrasonic transducer in the transmit mode via the reflector to the clamp-on ultrasonic transducer in the receive mode.
A tap with external galvanic protection, the tap featuring a body with external parts visible to the user, said external parts being covered by at least one external protective galvanic coating protecting said external parts, the tap further comprising a base for installing the tap to a wall, a sanitary fitting or to a worktop, wherein the tap comprises a connection between at least the external parts of the body and a sacrificial anode , wherein the sacrificial anode is made of anodic material with respect to the material of said external parts of the body ; wherein the connection is executed at the base in a manner not visible to the user of the tap in a normal use, the sacrificial anode making contact with the external parts of the body ; and wherein the anodic material of which the sacrificial anode is comprised is Zinc, Magnesium, Aluminium or another metal less noble than the material of the body with external parts, which is brass, steel and/or stainless steel. the tap comprises a connection between at least the external parts of the body and a sacrificial anode , wherein the sacrificial anode is made of anodic material with respect to the material of said external parts of the body ; wherein the connection is executed at the base in a manner not visible to the user of the tap in a normal use, the sacrificial anode making contact with the external parts of the body ; and wherein the anodic material of which the sacrificial anode is comprised is Zinc, Magnesium, Aluminium or another metal less noble than the material of the body with external parts, which is brass, steel and/or stainless steel.
Suspension device for drive units of motor vehicles, having a vibration-damping unit bearing , to the bearing core of which a unit carrier fixed to the drive unit is connected, and having a support bearing provided parallel to the unit bearing , the damping body of which is connected, on the one hand, to the unit carrier and, on the other hand, to the vehicle structure , wherein the damping body of the support bearing is integrated at least partially in the unit carrier and is connected indirectly or directly via a pull- or push rod to the vehicle structure , characterised in that the unit bearing has a housing , which is supported on the vehicle structure and which is connected via a multi-point fastening to the vehicle structure .
A system for treating a body lumen, comprising: a first stent including: a first tubular scaffold, the first tubular scaffold including an inner surface , an outer surface and a lumen extending therethrough; and a liner disposed within the lumen of the first tubular scaffold, wherein the liner is configured to be radially spaced from the inner surface of the first tubular scaffold to permit tissue ingrowth along a portion of first tubular scaffold; and a second stent including: a second tubular scaffold and a covering disposed on the second tubular scaffold; wherein the second stent is configured to be positioned within the first stent such that expansion of the second stent causes the tissue ingrowth to recede. a first stent including: a first tubular scaffold, the first tubular scaffold including an inner surface , an outer surface and a lumen extending therethrough; and a liner disposed within the lumen of the first tubular scaffold, wherein the liner is configured to be radially spaced from the inner surface of the first tubular scaffold to permit tissue ingrowth along a portion of first tubular scaffold; and a first tubular scaffold, the first tubular scaffold including an inner surface , an outer surface and a lumen extending therethrough; and a liner disposed within the lumen of the first tubular scaffold, wherein the liner is configured to be radially spaced from the inner surface of the first tubular scaffold to permit tissue ingrowth along a portion of first tubular scaffold; and a second stent including: a second tubular scaffold and a covering disposed on the second tubular scaffold; wherein the second stent is configured to be positioned within the first stent such that expansion of the second stent causes the tissue ingrowth to recede.
An aerosol generator comprising a vessel having first and second chambers in fluid-flow communication with one another, said first chamber configured to contain a low vapor pressure, LVP, substance, a heater configured to heat said LVP substance, a first input port configured to flow a primary gas into said first chamber, thereby to generate in said second chamber a vapor compound that includes at least one element of said LVP substance, a second input port configured to flow a cooler carrier gas into said second chamber, thereby to condense said vapor and form an aerosol therefrom, and an output port configured to extract said aerosol from the vessel.
Valve for metering in a fluid, in particular fuel injection valve for internal combustion engines, with an electromagnetic actuator and a valve needle which can be actuated by the actuator , an armature of the actuator being guided on the valve needle , a stop element which limits a movement of the armature relative to the valve needle being arranged on the valve needle , and the armature having a spring support which is open towards the stop element and into which a spring which is supported on the stop element is inserted, the valve needle being guided via the armature and/or the stop element along the longitudinal axis of a housing , and a length (f) of the spring support as viewed along the longitudinal axis being smaller than a spring length (F) of the spring in the non-actuated starting state, characterized in that the stop element is based on a hollow-cylindrical basic shape with a defined external diameter (D) with regard to the longitudinal axis , and in that at least one depression (61-64) is configured up to a defined diameter (d) with regard to the longitudinal axis on an outer side of the basic shape , and in that the supporting region for the spring lies within the defined external diameter (D) of the stop element and outside the defined diameter (d) of the stop element , a guide web which faces the stop element and guides the armature along the longitudinal axis on the valve needle being configured on the armature .
A recombinant complement regulator protein, comprising: a) at least one complement interaction region operable to regulate complement through the alternative complement pathway and bind the complement regulator protein to at least one target, the complement interaction region comprising at least one Factor H (FH) fragment, wherein the at least one FH fragment comprises at least one FH complement control protein domain (CCP) and at least one further FH CCP domain operable to bind the complement regulator protein to the at least one target and/or at least one further target; and b) at least one dimerization region operable to dimerize the complement regulator protein, wherein the dimerization region comprises two or more CCP domains and wherein the dimerization region comprises at least one Factor H Related protein (FHR) CCP domain derived from or that are fragments of FHR1, FHR2 and/or FHR5. a) at least one complement interaction region operable to regulate complement through the alternative complement pathway and bind the complement regulator protein to at least one target, the complement interaction region comprising at least one Factor H (FH) fragment, wherein the at least one FH fragment comprises at least one FH complement control protein domain (CCP) and at least one further FH CCP domain operable to bind the complement regulator protein to the at least one target and/or at least one further target; and b) at least one dimerization region operable to dimerize the complement regulator protein, wherein the dimerization region comprises two or more CCP domains and wherein the dimerization region comprises at least one Factor H Related protein (FHR) CCP domain derived from or that are fragments of FHR1, FHR2 and/or FHR5.
Pen-type injector, having a housing , a cap and a detachable cartridge holder , wherein the cartridge holder has a longitudinal axis and comprises a body for receiving a cartridge, wherein the body comprises at a proximal end engagement means for releasably coupling the cartridge holder to the housing , a latch member for releasably engaging the cap and an alignment element which is visual from the outer side of the body , and wherein the housing is provided with engagement means for releasably coupling the cartridge holder to the housing and with an alignment element which is arranged such that it faces the alignment element of the body if the cartridge holder is fully attached to the housing via the engagement means , wherein the alignment element of the body is a lug which forms the latch member , characterized in that the latch member is the alignment element and at the same time a cap retaining member, and that two lugs are located at opposite sides of the body .
A ticketing reader adapted to interact remotely with a contactless medium , in particular a bank card, the reader comprising: - an antenna adapted to send and receive electromagnetic waves at an operating frequency (f), and - a controller adapted to supply current to a member, the antenna comprising: - a first loop tuned to a first frequency (f1), the first loop being an active component, an active component being defined as a component supplied by the controller , and - a second loop tuned to a second frequency (f2), the second loop being a passive component, the first frequency (f1) and the second frequency (f2) being different, the first frequency (f1) being the operating frequency (f) of the antenna . the first loop having physical characteristics dimensioned such that, under the influence of a signal having predetermined characteristics, the first loop interacts with electromagnetic waves having said first frequency (f1), the first loop extending in a first plane, and the second loop having physical characteristics dimensioned such that, under the influence of a signal having predetermined characteristics, the second loop interacts with electromagnetic waves having said second frequency (f2), the second loop being adapted to recenter the electromagnetic field lines around an emission direction of the first loop , the emission direction being defined as the directing passing by a center of the first loop and which is perpendicular to the first plane in which the first loop extends, and the contactless medium is a bank card. - an antenna adapted to send and receive electromagnetic waves at an operating frequency (f), and - a controller adapted to supply current to a member, - a first loop tuned to a first frequency (f1), the first loop being an active component, an active component being defined as a component supplied by the controller , and - a second loop tuned to a second frequency (f2), the second loop being a passive component, the first frequency (f1) and the second frequency (f2) being different, the first frequency (f1) being the operating frequency (f) of the antenna . the first loop having physical characteristics dimensioned such that, under the influence of a signal having predetermined characteristics, the first loop interacts with electromagnetic waves having said first frequency (f1), the first loop extending in a first plane, and the second loop having physical characteristics dimensioned such that, under the influence of a signal having predetermined characteristics, the second loop interacts with electromagnetic waves having said second frequency (f2), the second loop being adapted to recenter the electromagnetic field lines around an emission direction of the first loop , the emission direction being defined as the directing passing by a center of the first loop and which is perpendicular to the first plane in which the first loop extends, and the contactless medium is a bank card.