mhurhangee/ep-ind-claims huggingface dataset:
An audio jack for receiving insertion of an audio plug, the audio plug having two or more plug contacts, each plug contact being separated from other plug contacts by at least one insulating ring, wherein one of the plug contacts provides an audio signal, the audio jack being configured for use in an electronic device having a high gain circuit for amplifying the audio signal and having an electrostatic discharge circuit, the audio jack comprising: an enclosure defining an elongate cavity having an opening at one end; a first jack contact positioned within the cavity proximate to the opening and adapted for electrical connection to the electrostatic discharge circuit; a second jack contact within the cavity disposed further from the opening than the first jack contact so as to contact the plug contact providing the audio signal when the audio plug is fully inserted; and a mechanical switch having an open position and a closed position, characterized in that the mechanical switch is biased in the open position and wherein the mechanical switch is configured to be moved into the closed position as a result of full insertion of the audio plug, and wherein in the closed position the mechanical switch electrically connects the first jack contact to the second jack contact and electrically connects the second jack contact to a microphone jack contact adapted for electrical connection to the high gain circuit. an enclosure defining an elongate cavity having an opening at one end; a first jack contact positioned within the cavity proximate to the opening and adapted for electrical connection to the electrostatic discharge circuit; a second jack contact within the cavity disposed further from the opening than the first jack contact so as to contact the plug contact providing the audio signal when the audio plug is fully inserted; and a mechanical switch having an open position and a closed position, characterized in that the mechanical switch is biased in the open position and wherein the mechanical switch is configured to be moved into the closed position as a result of full insertion of the audio plug, and wherein in the closed position the mechanical switch electrically connects the first jack contact to the second jack contact and electrically connects the second jack contact to a microphone jack contact adapted for electrical connection to the high gain circuit.
Eyeglasses of the folding type composed of a front part comprising respective lens means (12, 12) and means (14, 14) for hooking to the wearer's face, said front part comprising first and second lens means (12, 12) which are connected to each other by corresponding bridge means which comprise a bridge body and means (20, 20) for fastening the bridge body to the respective first and second lens means (12, 12); said means for fastening the bridge body to the respective first and second lens means (12, 12) comprise, or are in the form of, corresponding wire-like means, in particular metal wire (20, 20), which are adapted to define respective means for articulating and rotating the bridge body relative to the lens means (12, 12); the bridge body being a solid bridge body and having an underside face, a top face, a front face, a rear face, which faces, in use, the wearer's face, and opposite lateral end faces (185, 186); characterized in that the respective fastening means (20, 20) define a pin portion (201, 201) which is adapted for insertion into a corresponding hole (193, 193) made in the bridge body, in particular in the respective lateral or end portion (192, 192); the pin and hole extending vertically or substantially vertically, in use; the articulation hole (193, 193) made in the bridge body being a through hole, and extending between the underside face and the top face of the bridge, in particular at the respective end or lateral portion (192, 192) thereof; in that the means (20, 20) for fastening the bridge body to the respective lens means are fixedly, or firmly, connected to the lens means (12, 12); in particular comprising a respective fastening portion (202, 202), in particular in the general shape of a C, which is inserted into corresponding through holes extending between the front face and the rear face of the lens means (12, 12) themselves; and in that the means (20, 20) for fastening the bridge body to the respective lens means extends transversely to the inside lateral edge of the lens means (12, 12) and transversely to the respective lateral end face (185, 186) of the bridge body and comprises a respective transversely elongate extension portion (203, 203), so that in the folded condition, the bridge body extends longitudinally spaced from the lens means (12, 12).
Control arm system for a wheel suspension system of an axle arrangement of a vehicle having a transverse control arm arrangement, having a wheel support and having a wheel, the transverse control arm arrangement having two transverse control arm struts (2a, 2b) which are formed with an identical shape, are configured with a single curve, and of which each has a wheel support-side section (5a, 5b) and a vehicle body-side section (4a, 4b), one of the two transverse control arm struts (2a, 2b) being arranged closer to a wheel rotational axis of the wheel of the control arm system than another one of the two transverse control arm struts (2a, 2b), the curved shape of each transverse control arm strut (2a, 2b) having an extremum (7a, 7b) which is arranged closer to the wheel support-side section (5a, 5b) than to the vehicle body-side section (4a, 4b), characterized in that each wheel support-side section (5a, 5b) has a rotary joint (9a, 9c), and each vehicle body-side section (4a, 4b) has a further rotary joint (9b, 9d), and in that the curved shape is designed in such a way that, in the case of a rotation of the one of the two transverse control arm struts (2a, 2b) about at least one rotational axis (3a, 3b, 3c, 3d), a convex region of the said transverse control arm strut (2a, 2b) can be arranged within a rim of the wheel which is connected to one and the same wheel support as the two transverse control arm struts (2a, 2b), and in that the curved shape is designed in such a way that, in the case of a rotation of the other one of the two transverse control arm struts (2a, 2b) about at least one rotational axis (3a, 3b, 3c, 3d), a concave region of the said transverse control arm strut (2a, 2b) can be guided around the wheel which is connected to one and the same wheel support as the two transverse control arm struts (2a, 2b).
Apparatus, comprising: an artificial-chordeae-tendineae-adjustment mechanism; at least one primary artificial chordea tendinea coupled at a distal portion thereof to the artificial-chordeae-tendineae-adjustment mechanism, a degree of tension of an at least one primary artificial chordea tendinea being adjustable by the artificial-chordeae-tendineaeadjustment mechanism; and characterised in that it also comprises a plurality of loops, each of the loops coupled to a proximal portion of one of the at least one primary artificial chordea tendinea, the plurality of loops being configured to facilitate suturing of the plurality of loops to respective portions of a leaflet of an atrioventricular valve of a patient. an artificial-chordeae-tendineae-adjustment mechanism; at least one primary artificial chordea tendinea coupled at a distal portion thereof to the artificial-chordeae-tendineae-adjustment mechanism, a degree of tension of an at least one primary artificial chordea tendinea being adjustable by the artificial-chordeae-tendineaeadjustment mechanism; and characterised in that it also comprises a plurality of loops, each of the loops coupled to a proximal portion of one of the at least one primary artificial chordea tendinea, the plurality of loops being configured to facilitate suturing of the plurality of loops to respective portions of a leaflet of an atrioventricular valve of a patient.
A compound of formula, wherein R 1 is, wherein R 5 is cyano, C 1-6 alkyl, halogen, haloC 1-6 alkyl or nitro; X is N or CH; R 2 and R 3 are independently selected from H, C 1-6 alkyl, C 3-7 cycloalkyl, haloC 1-6 alkyl, or R 2 and R 3 together with the carbon they are attached to form C 3-7 cycloalkyl; R 4 is heterocyclyl, heterocyclylamino, heterocyclylC 1-6 alkylamino, (C 1-6 alkyl) 2 aminoC 1-6 alkylamino, aminoC 3-7 cycloalkylamino, [(C 1-6 alkyl) 2 aminoC 1-6 alkyl]C 3-7 cycloalkylamino, aminoC 3-7 cycloalkylC 1-6 alkylamino or aminoC 1-6 alkylamino; or a pharmaceutically acceptable salt, enantiomer or diastereomer thereof. R 1 is, wherein R 5 is cyano, C 1-6 alkyl, halogen, haloC 1-6 alkyl or nitro; X is N or CH; R 5 is cyano, C 1-6 alkyl, halogen, haloC 1-6 alkyl or nitro; X is N or CH; R 2 and R 3 are independently selected from H, C 1-6 alkyl, C 3-7 cycloalkyl, haloC 1-6 alkyl, or R 2 and R 3 together with the carbon they are attached to form C 3-7 cycloalkyl; R 4 is heterocyclyl, heterocyclylamino, heterocyclylC 1-6 alkylamino, (C 1-6 alkyl) 2 aminoC 1-6 alkylamino, aminoC 3-7 cycloalkylamino, [(C 1-6 alkyl) 2 aminoC 1-6 alkyl]C 3-7 cycloalkylamino, aminoC 3-7 cycloalkylC 1-6 alkylamino or aminoC 1-6 alkylamino; or a pharmaceutically acceptable salt, enantiomer or diastereomer thereof.
An apparatus of a user equipment (502, 702, 1400) comprising: a baseband processing unit configured to: decode an information element, IE, received from a radio access network, RAN, node describing subcarrier spacing of neighboring carriers; perform radio resource management, RRM, measurements of a set of the neighboring carriers using the subcarrier spacing of neighboring subcarriers described in the IE decoded by the UE; and generate a measurement report (512, 712) describing results of the RRM measurements for transmission to the RAN node. decode an information element, IE, received from a radio access network, RAN, node describing subcarrier spacing of neighboring carriers; perform radio resource management, RRM, measurements of a set of the neighboring carriers using the subcarrier spacing of neighboring subcarriers described in the IE decoded by the UE; and generate a measurement report (512, 712) describing results of the RRM measurements for transmission to the RAN node.
A method for use in a digital frequency synthesizer, the method comprising phase to amplitude conversion of an output value of a phase accumulator in said synthesizer, said conversion being carried out as an approximation of an amplitude which corresponds to an output phase value of the phase accumulator, wherein the approximation comprises a combination of a linear interpolation value and a second order sinusoidal term, the second order sinusoidal term being used as an error term to correct for errors in the linear interpolation value, characterised in that the second order sinusoidal term is: Y k ⋅ Y ⌊ x − kd d ⋅ 2 N − 1 ⌋. 1 − cos d 2. where: x ranging from 0 to 2π radians, d=2·π/2 N, with N being a natural number, Y(k)= sin (k·d), and k is the integer part of x/d. x ranging from 0 to 2π radians, d=2·π/2 N, with N being a natural number, Y(k)= sin (k·d), and k is the integer part of x/d.
A poultry feed for use in reducing the incidence of pectoral myopathy in poultry, the poultry feed comprising: one or more nitrates, one or more nitrites, or a mixture thereof, wherein: the amount of nitrates and/or nitrites in the feed is 3 g to 2,500 g per tonne of feed, and the pectoral myopathy is wooden breast and/or white striping myopathy. one or more nitrates, one or more nitrites, or a mixture thereof, wherein: the amount of nitrates and/or nitrites in the feed is 3 g to 2,500 g per tonne of feed, and the pectoral myopathy is wooden breast and/or white striping myopathy. the amount of nitrates and/or nitrites in the feed is 3 g to 2,500 g per tonne of feed, and the pectoral myopathy is wooden breast and/or white striping myopathy.
Key module having a) a housing, b) a tappet arranged in the housing, said tappet being movable in a linear manner between an upper stop position and a lower stop position in a manner limited by an upper stop and a lower stop, c) wherein an elastic element arranged in the housing pushes the tappet into the upper stop position, and d) wherein an actuating force exerted by a user pushes the tappet into the lower stop position and in the process reversibly compresses the elastic element, e) wherein the lower stop is formed by a first damping element in order to reduce impact noises, f) wherein the upper stop is formed by a second damping element in order to reduce impact noises, g) wherein the housing has an opening for the tappet, a part of the tappet being moved out of the housing through the opening in the upper stop position, wherein the moved-out part of the tappet has a connecting device for attaching a key button to the tappet, wherein the key button is arranged or arrangeable outside the housing, and wherein a user can actuate the key module via the key button and thus exert the actuating force on the tappet, characterized h) in that a lower stop surface formed on the key button attached to the tappet interacts at the lower stop with the first damping element in order to limit the linear movement of the tappet. a) a housing, b) a tappet arranged in the housing, said tappet being movable in a linear manner between an upper stop position and a lower stop position in a manner limited by an upper stop and a lower stop, c) wherein an elastic element arranged in the housing pushes the tappet into the upper stop position, and d) wherein an actuating force exerted by a user pushes the tappet into the lower stop position and in the process reversibly compresses the elastic element, e) wherein the lower stop is formed by a first damping element in order to reduce impact noises, f) wherein the upper stop is formed by a second damping element in order to reduce impact noises, g) wherein the housing has an opening for the tappet, a part of the tappet being moved out of the housing through the opening in the upper stop position, wherein the moved-out part of the tappet has a connecting device for attaching a key button to the tappet, wherein the key button is arranged or arrangeable outside the housing, and wherein a user can actuate the key module via the key button and thus exert the actuating force on the tappet, h) in that a lower stop surface formed on the key button attached to the tappet interacts at the lower stop with the first damping element in order to limit the linear movement of the tappet.
A CMOS device comprising - a semiconductor substrate on a wafer surface with a <110> notch, - a patterned strain-relaxed buffer layer of fins comprising SiGe on the semiconductor substrate;on the patterned strain-relaxed buffer layer, a nFinFET having a n-channel region (201,501) and a pFinFET having a p-channel region (301,601), - both channel regions having a top surface in a /<110> direction and sidewall surface in a /<110> direction; - both channel regions having an identical composition and being isolated from each other by an isolation region 400 and comprising Ge whereby the concentration of Ge in the channel regions is higher than the concentration of Ge in the strain-relaxed buffer layer and whereby the lattice constant for the channel regions is larger than the lattice constant of the strain-relaxed buffer layer in strain-relaxed state, - source/drain regions comprising SiGe for the nFinFET and the concentration of Ge being lower than the concentration of Ge in the strain-relaxed-buffer layer and; - source/drain regions comprising Ge for the pFinFET and the concentration of Ge being higher than the concentration of Ge in the strain-relaxed-buffer layer. - a semiconductor substrate on a wafer surface with a <110> notch, - a patterned strain-relaxed buffer layer of fins comprising SiGe on the semiconductor substrate;on the patterned strain-relaxed buffer layer, a nFinFET having a n-channel region (201,501) and a pFinFET having a p-channel region (301,601), - both channel regions having a top surface in a /<110> direction and sidewall surface in a /<110> direction; - both channel regions having an identical composition and being isolated from each other by an isolation region 400 and comprising Ge whereby the concentration of Ge in the channel regions is higher than the concentration of Ge in the strain-relaxed buffer layer and whereby the lattice constant for the channel regions is larger than the lattice constant of the strain-relaxed buffer layer in strain-relaxed state, - source/drain regions comprising SiGe for the nFinFET and the concentration of Ge being lower than the concentration of Ge in the strain-relaxed-buffer layer and; - source/drain regions comprising Ge for the pFinFET and the concentration of Ge being higher than the concentration of Ge in the strain-relaxed-buffer layer.
A method of obtaining radiation transmission data from an object comprising the steps of: providing a radiation source and a radiation detector system (3a, 3b, 3c; 21) spaced therefrom to define a scanning zone therebetween, the detector system being capable of detecting and collecting spectroscopically resolvable information about incident radiation; collecting one or more datasets of intensity information about radiation incident at the detector system and hence transmissivity of an object in the scanning zone at at least one scanning position, from radiation transmitted through the object and received at the detector system; resolving each said intensity dataset across at least three frequency bands within the spectrum of the source to produce an intensity data item for each frequency band; comparing the intensity data items numerically to a mass attenuation data library storing mass attenuation data for a plurality of expected constituent component materials of the object in the scanning zone to fit each intensity data item to the relationship given by the exponential attenuation law: I / I 0 = exp − μ / ρ ρ t in respect of the constituent component materials and deriving therefrom an indication of relative proportions of each component material in a transmission path producing the said intensity data items; characterised in that the step of resolving each said intensity dataset across at least three frequency bands within the spectrum of the source comprises the use of a detector element fabricated from a semiconductor material selected to exhibit inherently as a direct material property a direct variable photoelectric response to different parts of the spectrum of the radiation spectrum of the source; and in that the step of comparing the intensity data items numerically comprises deriving from the calculated relative proportions of each component and a known object thickness the relative cumulative depths of each component in a transmission path direction. providing a radiation source and a radiation detector system (3a, 3b, 3c; 21) spaced therefrom to define a scanning zone therebetween, the detector system being capable of detecting and collecting spectroscopically resolvable information about incident radiation; collecting one or more datasets of intensity information about radiation incident at the detector system and hence transmissivity of an object in the scanning zone at at least one scanning position, from radiation transmitted through the object and received at the detector system; resolving each said intensity dataset across at least three frequency bands within the spectrum of the source to produce an intensity data item for each frequency band; comparing the intensity data items numerically to a mass attenuation data library storing mass attenuation data for a plurality of expected constituent component materials of the object in the scanning zone to fit each intensity data item to the relationship given by the exponential attenuation law: I / I 0 = exp − μ / ρ ρ t
Linear actuator, comprising a stator and a rotor, wherein the rotor comprises magnets, the magnetisation direction of which is oriented substantially in the axial direction, wherein an angle of inclination is provided, wherein the angle of inclination has a value between zero and 30°, wherein the stator comprises at least one module, wherein each module comprises a winding that is attached to a coil member and by means of which a substantially axially oriented magnetic field can be generated, in particular in the region of the magnets, wherein the stator comprises an extruded profile comprising recesses for conducting coolant, wherein the outer or inner surface of the extruded profile is moulded together with the coil member such that axially extending cavities are formed, in particular for guiding through lines, wherein the coil member is made of steel and has depressions that extend in the circumferential direction and into which the respective parts of the windings are inserted, wherein the partial windings provided axially adjacent to one another in the respective depressions are spaced apart from one another by means of the coil member, wherein the coil member is made of steel as a single piece, wherein the magnets are produced from a plurality of pieces that are arranged one behind the other in the axial direction and so as to be offset from one another in the circumferential direction in order to reduce the cogging torque, wherein a lance is provided in the extruded profile to conduct a medium through the stator to a downstream device.
Mechanism, in particular for a motor vehicle seat, by means of which the displacement of a first fitting part and a second fitting part may be locked and released relative to one another, with a drive means, a detent plate and a detent pawl, the detent pawl being able to be locked relative to the first fitting part by latching thereto, the detent plate being able to be reversibly displaced by means of the drive means, the detent plate locking the displacement of the detent pawl in a detent position, and releasing said displacement in a release position, the drive means comprising a securing segment (7.1) for securing the detent plate against self-opening the drive means comprising a second segment (7.2) and the detent plate comprising a third positive and/or non-positive connecting means (6.1), the second segment (7.2) comprising a second positive and/or non-positive connecting means (7.21-7.2i), the second positive and/or non-positive connecting means (7.21-7.2i) being able to be brought at least partially into engagement with the third positive and/or non-positive connecting means (6.1) in order to drive the detent plate, characterized in that the securing segment (7.1) comprises a first positive and/or non-positive connecting means (7.11-7.1i) and in that the first positive and/or non-positive connecting means (7.11-7.1i) is at least partially in engagement with the third positive and/or non-positive connecting means (6.1) of the detent plate and the first positive and/or non-positive connecting means (7.11-7.1i) as well as the second positive and/or non-positive connecting means (7.21-7.2i) are respectively at least two teeth with the same tooth spacing (7.00) and in that the transitional tooth spacing (7.01) between the front tooth (7.11) of the first positive and/or non-positive connecting means (7.11-7.1i) and the rear tooth (7.22) of the second positive and/or non-positive connecting means (7.21-7.2i) which are adjacent to one another, is unequal to the tooth spacing (7.00).
Influenza virus lacking functional NS1 and PB1-F2 proteins and which is replication deficient in interferon-competent cells, wherein the PB1-F2 ORF is modified by introduction of at least one stop codon by modification of any of positions T120, T153, T222, T234, T255, T270 and G291 according to the numbering of SEQ ID No. 1 and wherein the NS1 protein is deleted.