mhurhangee/ep-ind-claims huggingface dataset:
A signal detection device comprising: comparison means for acquiring data including center frequencies of optical signals respectively transmitted by a plurality of optical transmitters (A1, A2, B1, B2, C1, C2) and a plurality of center frequency intervals each indicating an interval of the center frequencies, a power measurement value obtained by measuring power of a wavelength division multiplexing signal, named WDM signal, obtained by performing wavelength multiplexing on the optical signals, the measuring being performed at frequencies of sampling points arranged at a predetermined sampling interval, the sampling interval, and the frequencies of the sampling points; selecting a selection value from the power measurement values based on one of the center frequency intervals and the sampling interval, and outputting a result of comparison between the selection value and a predetermined threshold; and alarm generation means for issuing a signal interruption alarm when the comparison result indicates that the selection value is less than the threshold. comparison means for acquiring data including center frequencies of optical signals respectively transmitted by a plurality of optical transmitters (A1, A2, B1, B2, C1, C2) and a plurality of center frequency intervals each indicating an interval of the center frequencies, a power measurement value obtained by measuring power of a wavelength division multiplexing signal, named WDM signal, obtained by performing wavelength multiplexing on the optical signals, the measuring being performed at frequencies of sampling points arranged at a predetermined sampling interval, the sampling interval, and the frequencies of the sampling points; selecting a selection value from the power measurement values based on one of the center frequency intervals and the sampling interval, and outputting a result of comparison between the selection value and a predetermined threshold; and alarm generation means for issuing a signal interruption alarm when the comparison result indicates that the selection value is less than the threshold.
A physiological parameter inductive sensing system for sensing electromagnetic signals emitted from a body in response to electromagnetic excitation signals propagated into said body, the system comprising: a loop resonator for inductively coupling with said electromagnetic signals emitted from the body, the resonator comprising a loop antenna and an electrically coupled capacitor, the loop of the antenna having only a single turn of circumferential length /, a signal generation means adapted to excite the resonator to generate the electromagnetic excitation signals having a radial frequency ω for propagating into said body, wherein a normalized radial frequency ω ^ ≡ ω ω ref of the electromagnetic excitation signals is from 0.025 to 0.50, where ω ref = 2 πc / l and c = the speed of light; and a signal processing means configured to sense said electromagnetic signals emitted from the body based on detecting electrical changes in the loop antenna indicative of changes in a measurable inductance of the loop while the loop is generating said excitation signals. a loop resonator for inductively coupling with said electromagnetic signals emitted from the body, the resonator comprising a loop antenna and an electrically coupled capacitor, the loop of the antenna having only a single turn of circumferential length /, a signal generation means adapted to excite the resonator to generate the electromagnetic excitation signals having a radial frequency ω for propagating into said body, wherein a normalized radial frequency ω ^ ≡ ω ω ref of the electromagnetic excitation signals is from 0.025 to 0.50, where ω ref = 2 πc / l and c = the speed of light; and a signal processing means configured to sense said electromagnetic signals emitted from the body based on detecting electrical changes in the loop antenna indicative of changes in a measurable inductance of the loop while the loop is generating said excitation signals.
A device for measuring the level of a liquid received in a container, comprising a float and an apparatus accommodated in a housing for measuring a vertical distance of the float from the housing, wherein the measuring apparatus comprises a rotary body, which adjusts itself depending on the vertical distance and is provided with a coaxially arranged permanent magnet, wherein a static means mounted in the effective region of a magnetic field generated by the permanent magnet and designed to measure the angular position of the magnetic field is provided on the housing, the rotary body is connected via a gear unit (9, 9a, 4) to a reel held in the housing rotatably about a spindle, a thread is wound on the reel, with the float secured to the end of said thread such that the vertical distance of the float causes a corresponding angular position of the rotary body and therefore the level of the liquid can be determined, characterised in that the gear unit (9, 4) is a planetary gearing, in which a crown gear mounted on the reel is engaged with a pinion fixedly connected to the spindle and is engaged with a further pinion fixedly mounted on the housing, and the permanent magnet is received on the pinion connected to the spindle and protrudes into a cylindrical recess formed in a further pinion fixedly mounted on the housing.
A system, comprising a solar circuit, a coupling circuit, a converter circuit, a source circuit, and a load circuit, wherein the coupling circuit is adapted for in a first mode coupling the solar circuit to the source circuit via the converter circuit and for in a second mode coupling the source circuit to the load circuit via the converter circuit, a power flow through the converter circuit having a same direction in both modes.
Dishwasher with a pivotable door which is pivotable about a horizontal axis of rotation in a lower region of the door, wherein the dishwasher has a pivot drive in order to pivot the door in a motorised manner by means of a pivoting force in the form of a pivoting movement from a first pivoting position to a second pivoting position, in particular to a predetermined second pivoting position, characterised in that the pivot drive is adapted to bring the door to a standstill in the second pivoting position after the pivoting movement by means of a braking force, the door being closed in the first pivoting position and only partially open in the second pivoting position.
Keder roof ridge support for a keder roof structure with - a curved or bent profile in the longitudinal direction, wherein where required keder roof supports, more particularly running in a straight line, can be connected in the end regions of the keder roof ridge support, - one, more particularly continuous, upper chord with a connection unit for keder rails for roof tarpaulins, and - at least one vertical bar (36, 38, 40) running between the upper chord and lower chord (44.1, 44.2), wherein - a junction plate is provided in the lower chord region to which a lower chord (44.1, 44.2) arriving from the left and right is connected, - characterized in that - the junction plate comprises a base plate on which is formed a lower chord projection unit (22.1, 22.2) in the longitudinal direction of the lower chords (44.1, 44.2), and - the junction plate has in its upper wall region an upwardly open recess (30, 28) which is adapted to the external cross-sectional contour of the vertical bars (36, 38) and diagonal bars (32, 34) respectively. - a curved or bent profile in the longitudinal direction, wherein where required keder roof supports, more particularly running in a straight line, can be connected in the end regions of the keder roof ridge support, - one, more particularly continuous, upper chord with a connection unit for keder rails for roof tarpaulins, and - at least one vertical bar (36, 38, 40) running between the upper chord and lower chord (44.1, 44.2), wherein - a junction plate is provided in the lower chord region to which a lower chord (44.1, 44.2) arriving from the left and right is connected, - characterized in that - the junction plate comprises a base plate on which is formed a lower chord projection unit (22.1, 22.2) in the longitudinal direction of the lower chords (44.1, 44.2), and - the junction plate has in its upper wall region an upwardly open recess (30, 28) which is adapted to the external cross-sectional contour of the vertical bars (36, 38) and diagonal bars (32, 34) respectively.
A method for making a porous scaffold suitable for use in repair of osseous, chondral, or osteochondral defects in a mammal, the method comprising the step of: - providing micronized extracellular matrix tissue; - mixing the micronized extracellular matrix with a liquid to provide a slurry; and - freeze-drying the slurry to provide the porous scaffold, wherein the extracellular matrix is treated to reduce the GAG content to less than 90% of the GAG content of untreated ECM, and wherein the ECM tissue is cartilage ECM. - providing micronized extracellular matrix tissue; - mixing the micronized extracellular matrix with a liquid to provide a slurry; and - freeze-drying the slurry to provide the porous scaffold,
Stationary garbage shredding device (100, 200, 300), comprising: at least one shredding shaft (80, 81); at least one electric motor (70, 75) for driving the at least one shredding shaft; a power grid connection for supplying electrical energy to the stationary garbage shredding device; and an energy accumulator for storing energy and for at least partially supplying the at least one electric motor with electrical energy, characterized by a control device for controlling the flow of energy between the power grid connection, the at least one electric motor (70, 75) and the energy accumulator, wherein the control device is configured to control the energy supply from the energy accumulator to the at least one electric motor (70, 75) for covering power peaks exceeding a rated power of the power grid connection. at least one shredding shaft (80, 81); at least one electric motor (70, 75) for driving the at least one shredding shaft; a power grid connection for supplying electrical energy to the stationary garbage shredding device; and an energy accumulator for storing energy and for at least partially supplying the at least one electric motor with electrical energy, characterized by a control device for controlling the flow of energy between the power grid connection, the at least one electric motor (70, 75) and the energy accumulator, wherein the control device is configured to control the energy supply from the energy accumulator to the at least one electric motor (70, 75) for covering power peaks exceeding a rated power of the power grid connection.
A strain isolation layer assembly comprising: a rigid solar layer, the solar layer comprising one or more solar panels or one or more solar cells or a solar panel array; a sandwich structure comprising a core layer, which is comprised of a composite material and mounted in between a first facesheet layer and a second facesheet layer, the first and second facesheet layers (92, 96) each comprised of a thermoplastic material, wherein the first facesheet layer is mounted above the core layer and bonded to the rigid solar layer, and the second facesheet layer is mounted below the core layer; a strain isolation layer bonded below the second facesheet layer, the strain isolation layer having a discontinuous configuration, a vertical rigidity in an out-of-plane direction, and a horizontal shear flexibility in an in-plane direction; and, an underlying substrate layer; wherein the strain isolation layer is coupled between the rigid solar layer and the underlying substrate layer to form a strain isolation layer assembly, such that the strain isolation layer isolates the rigid solar layer to reduce one or more strains induced on the rigid solar layer. a rigid solar layer, the solar layer comprising one or more solar panels or one or more solar cells or a solar panel array; a sandwich structure comprising a core layer, which is comprised of a composite material and mounted in between a first facesheet layer and a second facesheet layer, the first and second facesheet layers (92, 96) each comprised of a thermoplastic material, wherein the first facesheet layer is mounted above the core layer and bonded to the rigid solar layer, and the second facesheet layer is mounted below the core layer; a strain isolation layer bonded below the second facesheet layer, the strain isolation layer having a discontinuous configuration, a vertical rigidity in an out-of-plane direction, and a horizontal shear flexibility in an in-plane direction; and, an underlying substrate layer; wherein the strain isolation layer is coupled between the rigid solar layer and the underlying substrate layer to form a strain isolation layer assembly, such that the strain isolation layer isolates the rigid solar layer to reduce one or more strains induced on the rigid solar layer.
An atomizing device, comprising: a liquid storage housing provided with a liquid storage chamber and at least two liquid injection channels communicating the liquid storage chamber with an external environment; and at least two sealing plugs, wherein each of said sealing plugs is detachably inserted into one of the at least two liquid injection channels to open or seal the liquid storage chamber; wherein an end of each of the sealing plugs away from the liquid storage chamber is provided with a magnetic attraction surface having magnetism. a liquid storage housing provided with a liquid storage chamber and at least two liquid injection channels communicating the liquid storage chamber with an external environment; and at least two sealing plugs, wherein each of said sealing plugs is detachably inserted into one of the at least two liquid injection channels to open or seal the liquid storage chamber; wherein an end of each of the sealing plugs away from the liquid storage chamber is provided with a magnetic attraction surface having magnetism.
An immunogenic composition comprising i) a conjugate that is a capsular saccharide from Group B Streptococcus serotype Ia conjugated to a carrier protein, ii) a conjugate that is a capsular saccharide from GBS serotype Ib conjugated to a carrier protein, iii) a conjugate that is a capsular saccharide from GBS serotype III conjugated to a carrier protein, iv) a diphtheria toxoid, v) a tetanus toxoid and vi) an acellular pertussis antigen and optionally vii) an inactivated polio virus antigen, wherein the iv) diphtheria toxoid and v) tetanus toxoid are unconjugated.
Clamp for fixing the position of a seat post in relation to a bicycle frame, said clamp includes: - an elastic body arranged around an internal space for housing a portion of the frame and a portion of the seat post, wherein said body comprises a first portion and a second portion facing each other at a variable distance, allowing the size of the internal space to be increased or reduced, wherein a first articulated connection is provided in said first portion and a second articulated connection is provide in said second portion; - a handle connected to the second articulated connection, said handle comprising a third articulated connection that is eccentric to the second articulated connection, wherein said handle comprises a grip area to allow a user to cause the handle to turn in relation to the second articulated connection, wherein - the articulated connections (C1, C2, C3) rotate in relation to three respective pivot axes (15, 16, 17) that are parallel to one another; and characterised in that - a pin fixed longitudinally to the first articulated connection and to the third articulated connection for pulling the first portion of the body towards the second portion of the body; wherein - the distance between the first articulated connection and the third articulated connection is adjustable by operating said pin. - an elastic body arranged around an internal space for housing a portion of the frame and a portion of the seat post, wherein said body comprises a first portion and a second portion facing each other at a variable distance, allowing the size of the internal space to be increased or reduced, wherein a first articulated connection is provided in said first portion and a second articulated connection is provide in said second portion; - a handle connected to the second articulated connection, said handle comprising a third articulated connection that is eccentric to the second articulated connection, wherein said handle comprises a grip area to allow a user to cause the handle to turn in relation to the second articulated connection, wherein - the articulated connections (C1, C2, C3) rotate in relation to three respective pivot axes (15, 16, 17) that are parallel to one another; and characterised in that - a pin fixed longitudinally to the first articulated connection and to the third articulated connection for pulling the first portion of the body towards the second portion of the body; wherein - the distance between the first articulated connection and the third articulated connection is adjustable by operating said pin.
Method for the production of a biopolymer composition comprising at least one biopolymer, wherein the at least one biopolymer has a defined average molecular weight, the method comprising (i) providing a first frozen composition comprising a biopolymer with a defined pH-value; (ii) providing a second frozen composition comprising a biopolymer with a defined pH-value (iii) combining the compositions in a reaction vessel without substantially mixing these with each other; (iv) optionally freezing the compositions; (v) lyophylizing the compositions comprising the biopolymers, (vi) optionally purifying and/or isolating the biopolymers; wherein the maximum temperature during the lyophilization process is selected to facilitate a controlled and defined degradation of said biopolymer and wherein the pH-values of the first and second composition differ by at least 0.1 and/or wherein the first and second composition comprise different biopolymers. (i) providing a first frozen composition comprising a biopolymer with a defined pH-value; (ii) providing a second frozen composition comprising a biopolymer with a defined pH-value (iii) combining the compositions in a reaction vessel without substantially mixing these with each other; (iv) optionally freezing the compositions; (v) lyophylizing the compositions comprising the biopolymers, (vi) optionally purifying and/or isolating the biopolymers;
Battery module comprising a plurality of individual battery cells designed as round cells, which individual battery cells are arranged one behind the other in a plurality of branches and are electrically connected in series within the relevant branch, characterized in that each of the branches is arranged in a closed tubular volume, wherein an apparatus is provided for severing the electrical contact of at least one branch in the event of an unauthorized increase in pressure in at least one of the individual battery cells within the tubular volume of this branch, for which purpose at least one electrical contact plate (5, 7) is formed, which electrically contacts at least two of the branches, wherein the electrical contact plate is designed as a rupture element, or an actuator is provided which is designed to separate the electrical contact plate from the branches in the event of an actuation, and wherein at least one flow channel is formed between the individual battery cells of the relevant branch and the material surrounding the tubular volume.
Cover for a hood of a motor-vehicle, comprising: - a main sheet adapted to cover an external surface of said hood, said main sheet having a plurality of perimetric recesses, each one of said perimetric recesses being delimited by two edges opposed each other, said two edges being arranged to engage each other in such a way to form a contraction portion, characterized in that said edges of at least one of said perimetric recesses have two respective first openings adapted to be placed one on the other and to anchor with a corresponding protuberance of an internal surface of said hood. - a main sheet adapted to cover an external surface of said hood, said main sheet having a plurality of perimetric recesses, each one of said perimetric recesses being delimited by two edges opposed each other, said two edges being arranged to engage each other in such a way to form a contraction portion, characterized in that said edges of at least one of said perimetric recesses have two respective first openings adapted to be placed one on the other and to anchor with a corresponding protuberance of an internal surface of said hood.
Component (10, 20) comprising a component portion (11, 21) and a flange (13, 23) which is angled away from the component portion and/or bulges out of same for connecting the component to at least one further element, the component and the further element each being parts of a turbomachine housing which is divided axially relative to a rotor axis, the component having a plurality of channels (14, 24) on the flange in each case for receiving a portion of a connecting element for fastening the component and the further element to one another, at least one of the channels (14, 24) extending obliquely to a surface region (12, 22) of the component portion opposite the flange, the surface region of the component portion opposite the flange being a surface region of which the surface normal extends in parallel with a flange abutment surface of the flange (13, 23) in question, characterized in that at least two of the channels have a countersink (27a, 27c) at an opening for at least partially receiving a head of a connecting element, one or at least one of the plurality of channels is designed as a blind hole with an inlet and a channel end arranged inside the component, and a stiffening rib is arranged between at least two adjacent countersinks of the countersinks (27a, 27c). the component having a plurality of channels (14, 24) on the flange in each case for receiving a portion of a connecting element for fastening the component and the further element to one another, at least one of the channels (14, 24) extending obliquely to a surface region (12, 22) of the component portion opposite the flange, the surface region of the component portion opposite the flange being a surface region of which the surface normal extends in parallel with a flange abutment surface of the flange (13, 23) in question, characterized in that at least two of the channels have a countersink (27a, 27c) at an opening for at least partially receiving a head of a connecting element, one or at least one of the plurality of channels is designed as a blind hole with an inlet and a channel end arranged inside the component, and a stiffening rib is arranged between at least two adjacent countersinks of the countersinks (27a, 27c).