mhurhangee/ep-ind-claims huggingface dataset:
Hand tool having a housing configured as a handle and a rotor rotatably mounted in the housing which is coupled non-rotatingly with a tool holder and for this purpose is configured to be driven by a supply of compressed air, wherein the housing is circular in form at a first end facing the tool holder and at this end has a first, comparatively smaller diameter, and is circular at a second end opposite the tool holder and at this end has a second, comparatively larger diameter, and wherein its cross-section, starting out from its first end and running towards the second end, transitions from the circular form into a rounded triangular form, characterised in that the hand tool has at least two identical radial turbines (46, 48) which are arranged, behind one another in an axial direction, on a part of the rotor which lies within the housing designed as a handle, roughly in the middle of the housing in the axial direction, and that, starting out from its first end and running towards the second end, the housing initially narrows, and that it initially narrows starting out from its second end and running towards the first end, whereby its cross-section transitions from the circular form into a second rounded triangular form, the cross-sectional surface area of which, on extending further towards the first end, is initially larger and then becomes continuously smaller, in order, on extending even further towards the first end, to penetrate through the surface formed by the first triangular form, and that the first triangular form is rotated by 60° in relation to the second triangular form.
A medical device system comprising: an implantable medical device; and characterized by: a biosorbable battery assembly in electrical communication with the implanted medical device; the biosorbable battery assembly comprising an anode comprising an anode material, wherein electrochemical oxi-dation of the anode material results in the formation of reaction products that are substantially non-toxic; a cathode comprising a cathode material, wherein electrochemical re-duction of the cathode material results in the formation of reaction products that are substantially non-toxic, the cathode material having a larger standard reduction potential than the anode material; and characterized by: a biosorbable separation element disposed between the anode and the cathode, configured to provide electrical insulation between the anode and the cathode. an implantable medical device; and characterized by: a biosorbable battery assembly in electrical communication with the implanted medical device; the biosorbable battery assembly comprising an anode comprising an anode material, wherein electrochemical oxi-dation of the anode material results in the formation of reaction products that are substantially non-toxic; a cathode comprising a cathode material, wherein electrochemical re-duction of the cathode material results in the formation of reaction products that are substantially non-toxic, the cathode material having a larger standard reduction potential than the anode material; and characterized by: a biosorbable separation element disposed between the anode and the cathode, configured to provide electrical insulation between the anode and the cathode. a biosorbable battery assembly in electrical communication with the implanted medical device; the biosorbable battery assembly comprising an anode comprising an anode material, wherein electrochemical oxi-dation of the anode material results in the formation of reaction products that are substantially non-toxic; a cathode comprising a cathode material, wherein electrochemical re-duction of the cathode material results in the formation of reaction products that are substantially non-toxic, the cathode material having a larger standard reduction potential than the anode material; and characterized by: a biosorbable separation element disposed between the anode and the cathode, configured to provide electrical insulation between the anode and the cathode. a biosorbable separation element disposed between the anode and the cathode, configured to provide electrical insulation between the anode and the cathode.
Method for commanding the set-up of a communication between an issuing terminal and a group of terminals (11, 12), the group of terminals being associated with one and the same shared public identity, the method being such it comprises, following a step of the issuing terminal sending a communication request intended for the shared public identity, with the communication request being transmitted to terminals in the group of terminals by an application server managing the signaling of the calls intended for the shared public identity: - a step of sending to a management server a request to obtain an item of information representing the number and the state of the terminals to which the communication request has been transmitted, - a step of receiving said item of information from the management server, and - a step of returning said item of information to a user of the terminal issuing said communication request. - a step of sending to a management server a request to obtain an item of information representing the number and the state of the terminals to which the communication request has been transmitted, - a step of receiving said item of information from the management server, and - a step of returning said item of information to a user of the terminal issuing said communication request.
A method for determining a concentration of human N-terminal pro-hormone BNP (NT-proBNP) in a sample, characterized in that the method comprises - extracting and isolating NT-proBNP from the sample using an affinity purification method making use of affinity beads carrying at least one antibody against said NT-proBNP, and wherein said at least one antibody exhibits high affinity for a non-glycosylated epitope on the NTproBNP molecule, - adding a least one labelled peptide standard to said isolated NT-proBNP, - subjecting said isolated NT-proBNP and peptide standard to enzymatic digestion wherein said enzymatic digestion is a trypsinization, and wherein said trypsinization is performed while the labelled standard and native NT-proBNP are associated with said affinity beads, producing a mixture of peptides, and - detecting at least one peptide in the resulting mixture, using liquid chromatography-mass spectrometry analysis with subsequent mass spectrometric detection, wherein said at least one peptide to be detected is chosen from NHLQG (SEQ ID NO. 11), EVATEGI (SEQ ID NO. 12), and MVLYTL (SEQ ID NO. 13). - extracting and isolating NT-proBNP from the sample using an affinity purification method making use of affinity beads carrying at least one antibody against said NT-proBNP, and wherein said at least one antibody exhibits high affinity for a non-glycosylated epitope on the NTproBNP molecule, - adding a least one labelled peptide standard to said isolated NT-proBNP, - subjecting said isolated NT-proBNP and peptide standard to enzymatic digestion wherein said enzymatic digestion is a trypsinization, and wherein said trypsinization is performed while the labelled standard and native NT-proBNP are associated with said affinity beads, producing a mixture of peptides, and - detecting at least one peptide in the resulting mixture, using liquid chromatography-mass spectrometry analysis with subsequent mass spectrometric detection, wherein said at least one peptide to be detected is chosen from NHLQG (SEQ ID NO. 11), EVATEGI (SEQ ID NO. 12), and MVLYTL (SEQ ID NO. 13).
An elastomeric composition, comprising: - from 0.1 to 20 phr graphite nanoparticles; - from 1 to 99 wt% of at least one elastomer component comprising a random copolymer having at least one C4 to C7 isomonoolefin derived unit and a halomethylstyrene unit which is a p-halomethylstyrene; and - 10 to 200 phr of at least one filler that is not graphite. - from 0.1 to 20 phr graphite nanoparticles; - from 1 to 99 wt% of at least one elastomer component comprising a random copolymer having at least one C4 to C7 isomonoolefin derived unit and a halomethylstyrene unit which is a p-halomethylstyrene; and - 10 to 200 phr of at least one filler that is not graphite.
An open display refrigerator comprising a refrigerated interior space, air in the refrigerated interior space being separated from air in a space exterior to the open display refrigerator by an air curtain established by a fan which blows air through an air outlet towards a corresponding air inlet which recovers air from the air curtain for recirculation to the air outlet; and a weir screen positioned proximal to the exterior space relative to the air inlet, wherein the weir screen is moveable between a retracted position in which the weir screen does not limit access to a base of the refrigerator and a deployed position in which the weir screen acts as a barrier to prevent air from the air curtain spilling into the exterior space; wherein the weir screen is rotatable about a hinge coupling it to the refrigerator such that it can move between the retracted position and the deployed position, wherein a hinge pair is provided at each end of the weir screen, each hinge being received in a respective recess in the refrigerator. a weir screen positioned proximal to the exterior space relative to the air inlet, wherein the weir screen is moveable between a retracted position in which the weir screen does not limit access to a base of the refrigerator and a deployed position in which the weir screen acts as a barrier to prevent air from the air curtain spilling into the exterior space; wherein the weir screen is rotatable about a hinge coupling it to the refrigerator such that it can move between the retracted position and the deployed position, wherein a hinge pair is provided at each end of the weir screen, each hinge being received in a respective recess in the refrigerator.
Installation device comprising a device base; a metal support frame connected to the front side of the device base, an operating element being applied in front of said frame; a support plate comprising a circuit board located on the front side of the support plate, the support plate being mounted to the rear side of the operating element designed as a cover; a radio transmitter included on the circuit board; and a radio antenna coupled with the radio transmitter, characterized in that the radio antenna, including a coupling element, is printed on the rear side of the operating element designed as a molded plastic part, the coupling element forming a waveguide coupling together with a second coupling element arranged congruently oppositely on the circuit board, so that the radio transmitter is coupled with the antenna in a contactless manner by waveguide coupling.
Compact hair drier comprising at least one main body having a front portion and a rear portion and containing a motor driving a device producing an air flow, drawn in via an air inlet disposed in the rear portion, the air flow being channelled in the front portion of the main body towards an air outlet disposed in the front portion, the front portion comprising a first conduit surrounding a second conduit, a portion of the air flow, carried by the device producing an air flow, traversing the second conduit being heated by a heating means, another portion of the air flow, carried by the device producing an air flow, traversing the space between the first and second conduits being isolated from the air flow portion heated in the second conduit, the second conduit comprising at least one portion in the shape of a truncated cone, in order to channel a portion of the flow towards the centre and air flow distribution means, the distribution means being disposed at the base of the cone upstream of the second conduit in order to determine the proportion between, on the one hand, the air flow quantity traversing the space between the first and second conduits and, on the other hand, the quantity passing through the second conduit comprising the heating means; the hair drier being characterised in that the distribution means are at least a longitudinal slot distributed at the base of the cone in order to determine the proportion of air flow traversing the space between the first and second conduits.
A peptide comprising or consisting of the amino acid sequence of: TSFXaa 1 EYWXaa 3 LLXaa 2 wherein Xaa 1 is -2-(7'-octenyl)alanine or -2-(4'-pentenyl)alanine; Xaa 3 is A or -2-(4'-pentenyl)alanine, and Xaa 2 is S or P or -2-(4'-pentenyl)alanine, and wherein the peptide further comprises a sequence comprising the amino acids -ENXaa 5 bound to its C-terminus, resulting in TSFXaa 1 EYW Xaa 3 LLXaa 2 ENXaa 5 wherein Xaa 5 is F or Y, and wherein the peptide is a cross-linked peptide with a cross-linker to connect a first amino acid Xaa 1 to a second amino acid Xaa 2; or wherein the peptide is a cross-linked peptide with a cross-linker to connect a first amino acid Xaa 1 to a second amino acid Xaa 3. Xaa 1 is -2-(7'-octenyl)alanine or -2-(4'-pentenyl)alanine; Xaa 3 is A or -2-(4'-pentenyl)alanine, and Xaa 2 is S or P or -2-(4'-pentenyl)alanine, and wherein the peptide further comprises a sequence comprising the amino acids -ENXaa 5 bound to its C-terminus, resulting in wherein Xaa 5 is F or Y, and wherein the peptide is a cross-linked peptide with a cross-linker to connect a first amino acid Xaa 1 to a second amino acid Xaa 2; or wherein the peptide is a cross-linked peptide with a cross-linker to connect a first amino acid Xaa 1 to a second amino acid Xaa 3.
A function selector device for a system using a DisplayPort protocol over a universal serial bus mechanical interface, comprising: - a first port configured to transmit/receive a USB SSTX signal; - a second port configured to transmit/receive a USB SSRX signal; - a third port configured to transmit/receive a DisplayPort lane signal; - a fourth port configured to transmit/receive a DisplayPort AUX signal; - a fifth port configured to transmit/receive a DisplayPort HPD signal; - a sixth port configured to connect to SSTX pins of a USB 3.0 receptacle; and - a seventh port configured to connect to SSRX pins of the USB 3.0 receptacle. - a first port configured to transmit/receive a USB SSTX signal; - a second port configured to transmit/receive a USB SSRX signal; - a third port configured to transmit/receive a DisplayPort lane signal; - a fourth port configured to transmit/receive a DisplayPort AUX signal; - a fifth port configured to transmit/receive a DisplayPort HPD signal; - a sixth port configured to connect to SSTX pins of a USB 3.0 receptacle; and - a seventh port configured to connect to SSRX pins of the USB 3.0 receptacle.
Preventive means in the form of a collection and retention device for single and / or occasional use, the collection and retention device (27 comprises an adhesive layer (o on at least one of its surfaces 17, 8), characterized in that the capture and retention device capable of receiving fine and / or ultrafine particles at the source of emission of fine and / or ultrafine particles, fine particles are particles ranging from 10 microns to 1 microns and ultrafine particles correspond to particles ranging from 100 nanometers to 2.5 nanometers, the capture and retention device includes a collector in the form of a receptacle with a membrane allowing passage of a tool, characterized in that the collector is linked with a bag by a surface of the collector opposite to the membrane, said bag being flexible, resistant and waterproof in order to allow the forced passage through its walls (7,8) of the tool) and includes a transparent gel which is contained in the bag and an adhesive layer on at least one of the surfaces (7,8) of the bag. the opposite surface is in continuous contact.
A hydrostatic drive system having a motor-driveable hydraulic pump that is connected to at least one hydraulic drive unit by means of a first and a second working line, thus forming a hydraulic circuit, said drive unit being connected to a gear set (1, 3), having a first hydraulic accumulator for the storage of pressure energy and which can be connected to one of the working lines (19, 21), and a second hydraulic accumulator which can be connected to the respective other working line (19, 21), and having a valve device (V1, V2) by means of which the section (23, 25) of each working line (19 or 21) which respectively runs to the drive unit can be separated in order to separate an accumulator part from the part of the circuit containing the hydraulic pump, said accumulator part containing the hydraulic accumulators (53, 55) and the at least one drive unit, two separate hydraulic drive units (5 and 7) being provided and being operatively connected to one another for function, characterised in that by means of the valve device (V1, V2) the section (23, 25) of each working line (19, 21) respectively running between the drive units (5, 7) can be separated.
A method for manufacturing a value document substrate with a flat core layer, in which at least two different core layer materials are arranged side by side in partial regions, wherein in the method B) a flat first core layer material and a different, flat second core layer material is provided, A) the flat first and second core layer materials are arranged above each other, characterized in that S) the core layer materials arranged above each other are cut in strip shape simultaneously and with congruent cuts, E) one part of the cut first core layer material and a complementary part of the cut second core layer material are removed, and F) the non-removed complementary parts of the first and second core layer material are applied to a cover foil and fixed relative to each other, so that the first and second core layer material form adjacently arranged partial regions of the flat core layer of the value document substrate. B) a flat first core layer material and a different, flat second core layer material is provided, A) the flat first and second core layer materials are arranged above each other, S) the core layer materials arranged above each other are cut in strip shape simultaneously and with congruent cuts, E) one part of the cut first core layer material and a complementary part of the cut second core layer material are removed, and F) the non-removed complementary parts of the first and second core layer material are applied to a cover foil and fixed relative to each other, so that the first and second core layer material form adjacently arranged partial regions of the flat core layer of the value document substrate.
A microRNA oligonucleotide or a combination of microRNA oligonucleotides selected from the group consisting of mir1; mir133; mir138; mir206; mir208; mir126; mir1, mir133; mir1, mir138; mir1, mir206; mir1, mir208; mir133, mir138; mir133, mir206; mir133, mir208; mir138, mir206; mir138, mir208; mir206, mir208; mir1, mir138, mir208; mir1, mir206, mir208; mir138, mir206, mir208; mir1, mir133, mir206; mir1, mir133, mir208; mir1, mir138, mir206; mir133, mir138, mir208; mir133, mir138, mir206; mir1, mir133, mir208, mir499-5p; mir1, mir133, mir206, mir499-5p; and mir499-5p, or a corresponding miR-expressing delivery construct for use in treating a heart comprising cardiac myocardial infarction or other forms of cardiac disease, wherein said oligonucleotide or combination promotes the direct reprogramming of cells into cardiomyocytic cells or tissue on contact with said cells.
An airflow-direction adjustment device for a vehicle, comprising a housing including a blowout port, and a louver turnably supported on an inner side of the housing, wherein the louver can open and close the blowout port, and varies a flow amount or a flow direction of air flowing through the blowout port by a degree of opening and closing, said airflow-direction adjustment device comprising a plate attached to an inner side of the housing and provided with a shaft hole engaging and pivotally supporting a support shaft of the louver, and a control device elastically locking the louver in a fully closed position, characterized in that the plate is mounted relative to cavity portion on the housing side in a state wherein corresponding cylinder portions (32, 33) are fitted into respective attachment holes, provided on the cavity portion, and an engagement claw of an engagement piece portion protruded on a rear face of the plate is engaged with an attachment hole provided on the cavity portion and retained, wherein the plate is provided with a concaved portion wherein one portion of the rear face has a cavity shape; the shaft hole on one end side; a shaft hole on the other end side; said cylinder portions (32, 33) protruding on the rear face and passing through the shaft holes (32a, 33a) on the same shaft lines; a thin plate portion thinned by a cavity of the concaved portion; a pair of slits passed through the thin plate portion in parallel; a plate portion positioned between the slits to be capable of oscillating and being displaced; a projection protruding at one portion of the plate portion.
An aqueous dispersion, comprising: - particles of a fluoropolymer having an average primary particle size of 0.1 to 0.5 μm in an amount of 50 to 70% by mass; - a nonionic surfactant in an amount of 2 to 10% by mass based on the amount of the fluoropolymer; and - ammonium lauryl sulfate in an amount of 0.01 to 0.1% by mass based on the amount of the fluoropolymer, wherein an amount of a fluorine-containing anionic surfactant is less than 10 ppm. - particles of a fluoropolymer having an average primary particle size of 0.1 to 0.5 μm in an amount of 50 to 70% by mass; - a nonionic surfactant in an amount of 2 to 10% by mass based on the amount of the fluoropolymer; and - ammonium lauryl sulfate in an amount of 0.01 to 0.1% by mass based on the amount of the fluoropolymer,
A battery module, comprising: - a stack of battery cells disposed in a battery module housing, wherein each battery cell of the stack of battery cells comprises a terminal end having at least one cell terminal and a face oriented transverse to the terminal end; and - an adhesive tape disposed between a first face of a first battery cell of the stack of battery cells and a second face of a second battery cell of the stack of battery cells, wherein the adhesive tape fixedly couples the first battery cell to the second battery cell, and wherein a first terminal end of the first battery cell is aligned with a second terminal end of the second battery cell, wherein each battery cell of the stack of battery cells comprises a base end opposite the terminal end and the battery module comprises a thermal epoxy layer positioned between the base ends of each battery cell of the stack of battery cells and a base surface of the housing, and wherein the thermal epoxy layer is configured to compensate for differences in respective heights between the battery cells of the stack of battery cells. - a stack of battery cells disposed in a battery module housing, wherein each battery cell of the stack of battery cells comprises a terminal end having at least one cell terminal and a face oriented transverse to the terminal end; and - an adhesive tape disposed between a first face of a first battery cell of the stack of battery cells and a second face of a second battery cell of the stack of battery cells, wherein the adhesive tape fixedly couples the first battery cell to the second battery cell, and wherein a first terminal end of the first battery cell is aligned with a second terminal end of the second battery cell,
A dosimeter for measuring a radiation dose of ionizing radiation with a measuring chamber and a light sensor, wherein the measuring chamber is filled with a fluorophore and is light-tight such that no light from the environment can enter the measuring chamber, and wherein the light sensor is configured to detect fluorescent light generated in the fluorophore in the measuring chamber by ionizing radiation and to generate a signal that is proportional to the fluence of the detected fluorescent light, characterized in that the light sensor has a response time of less than 10 ns.