mhurhangee/ep-ind-claims huggingface dataset:
A dunnage converter configured for receiving a stream of sheet material and converting the material into dunnage, wherein the converter includes a pressing portion having an engaged position biased against a drum for engaging and crushing the sheet material passing therebetween against the drum to convert the sheet material, the pressing portion having a released position displaced from the drum to release jams, characterized in that the converter further comprises a magnetic position control system (196, 198) configured for magnetically holding the pressing portion in each of the engaged and released positions.
Surge protection component having a main body which has a first lateral face and a second lateral face, wherein the second lateral face lies opposite the first lateral face, wherein a first outer electrode is arranged on the first lateral face of the main body, wherein a second outer electrode is arranged on the second lateral face of the main body, wherein the main body has at least one inner electrode, which is arranged between two ceramic layers and bears on each of the two ceramic layers, wherein the at least one inner electrode is set back from the first lateral face of the main body, wherein a first gas-filled cavity is provided between the at least one inner electrode and the first outer electrode, wherein the at least one inner electrode is set back from the second lateral face of the main body, and wherein a second gas-filled cavity is provided between the at least one inner electrode and the second outer electrode.
A photovoltaic cell module comprising: an upper substrate; a lower substrate; and a photovoltaic cell or a photovoltaic cell array that is encapsulated by an encapsulant between the upper substrate and the lower substrate, the encapsulant comprising a first layer comprising an aryl group-containing silicone resin, a second layer comprising a light scattering particle and a third layer comprising a silicone resin or an ethylene vinyl acetate copolymer. an upper substrate; a lower substrate; and a photovoltaic cell or a photovoltaic cell array that is encapsulated by an encapsulant between the upper substrate and the lower substrate, the encapsulant comprising a first layer comprising an aryl group-containing silicone resin, a second layer comprising a light scattering particle and a third layer comprising a silicone resin or an ethylene vinyl acetate copolymer.
A ring hoop padlock, comprising a ring hoop rotatable about an axis of rotation; a lock cylinder which has a cylinder housing and a rotatable cylinder core; an entrainer coupled to the cylinder core for driving the ring hoop; and a housing which has a front housing part and a rear housing part, characterized in that the ring hoop padlock further has a single insertion part which is integrally formed in one piece and in which the lock cylinder is held. comprising a ring hoop rotatable about an axis of rotation; a lock cylinder which has a cylinder housing and a rotatable cylinder core; an entrainer coupled to the cylinder core for driving the ring hoop; and a housing which has a front housing part and a rear housing part, characterized in that the ring hoop padlock further has a single insertion part which is integrally formed in one piece and in which the lock cylinder is held.
A vibration signal generation apparatus comprising: an absolute value signal generator configured to generate an absolute value signal by detecting an absolute value of amplitude of an acoustic signal; an envelope signal generator configured to generate an envelope signal by detecting an envelope of the absolute value signal generated by the absolute value signal generator; a differentiator configured to differentiate the envelope signal generated by the envelope signal generator; an amplitude limiter configured to generate an amplitude-limited signal by limiting amplitude of the envelope signal differentiated by the differentiator so that an amplitude value of the differentiated envelope signal becomes zero or greater; a vibration signal generator configured to generate a vibration signal by multiplying the amplitude-limited signal generated by the amplitude limiter by a reference signal which is a sinusoidal wave having a frequency range of 10 Hz to 150 Hz that allows a human to perceive a vibration; a smoothing unit configured to smooth the envelope signal generated by the envelope signal generator by applying a smoothing filter to changes in the amplitude of the envelope signal; and a multiplier configured to generate a waveform-shaped signal by multiplying the amplitude-limited signal generated by the amplitude limiter by the envelope signal smoothed by the smoothing unit, wherein the vibration signal generator generates the vibration signal by multiplying the waveform-shaped signal generated by the multiplier by the reference signal. an absolute value signal generator configured to generate an absolute value signal by detecting an absolute value of amplitude of an acoustic signal; an envelope signal generator configured to generate an envelope signal by detecting an envelope of the absolute value signal generated by the absolute value signal generator; a differentiator configured to differentiate the envelope signal generated by the envelope signal generator; an amplitude limiter configured to generate an amplitude-limited signal by limiting amplitude of the envelope signal differentiated by the differentiator so that an amplitude value of the differentiated envelope signal becomes zero or greater; a vibration signal generator configured to generate a vibration signal by multiplying the amplitude-limited signal generated by the amplitude limiter by a reference signal which is a sinusoidal wave having a frequency range of 10 Hz to 150 Hz that allows a human to perceive a vibration; a smoothing unit configured to smooth the envelope signal generated by the envelope signal generator by applying a smoothing filter to changes in the amplitude of the envelope signal; and a multiplier configured to generate a waveform-shaped signal by multiplying the amplitude-limited signal generated by the amplitude limiter by the envelope signal smoothed by the smoothing unit, wherein the vibration signal generator generates the vibration signal by multiplying the waveform-shaped signal generated by the multiplier by the reference signal.
Particulate solid made of silica, characterized in that it has peroxyorganosiloxane groups and the peroxyorganosiloxane groups have the following structure II: -Si-R sp -O-O-R 2, where R sp is a linear or branched spacer group of aliphatic, arylic, or mixed aliphatic/arylic structure, and R 2 is a branched or unbranched, saturated or unsaturated, substituted or unsubstituted, aliphatic, aromatic, or mixed aliphatic/aromatic monovalent hydrocarbon group, preferably methyl (-CH 3), ethyl (-CH 2 -CH 3), n-propyl (-(CH 2) 2 -CH 3), isopropyl (-CH(CH 3)-CH 3), n-butyl (-(CH 2) 3 -CH 3), isobutyl (-CH 2 -CH(CH 3)-CH 3), tert-butyl (-C(CH 3) 3), 1,1-dimethylbenzyl (-CH 2 -C(CH 3) 2 -C 6 H 5), 1-methylbenzyl (-CH 2 -CH(CH 3)-C 6 H 5), benzyl (-CH 2 -C 6 H 5), acetyl (-CO-CH 3), propanoyl (-CO-CH 2 -CH 3), benzoyl (-CO-C 6 H 5), m-chlorobenzoyl (-CO-C 6 H 4 Cl), and p-chlorobenzoyl (-CO-C 6 H 4 Cl), particular preference being given to methyl (-CH 3), tert-butyl (-C(CH 3) 3), 1,1-dimethylbenzyl (-CH 2 -C(CH 3) 2 -C 6 H 5), acetyl (-CO-CH 3), and Benzoyl (-CO-C 6 H 5).
A high voltage resistor arrangement comprising a rod-shaped supporting substrate made of electrically insulating material and a plurality of individual resistors and/or discrete capacitors spaced apart from each other in the longitudinal direction of the supporting substrate, wherein at least one conductive path extending in the longitudinal direction of the supporting substrate is formed on the supporting substrate which is galvanically connected to the individual resistors and/or the discrete capacitors, and wherein the individual resistors and/or discrete capacitors are realized as SMD components soldered directly onto the supporting substrate by means of solderable conductor pads, wherein each individual resistor and/or each discrete capacitor is allocated a connection area radially protruding from the longitudinal direction of the supporting substrate which is integrally formed with the supporting substrate and on which the associated individual resistor and/or associated discrete capacitor is arranged, and wherein each individual resistor and/or each discrete capacitor is allocated a first connecting conductive path via which the individual resistor and/or discrete capacitor is galvanically connected to the conductive path extending in the longitudinal direction of the supporting substrate, and wherein each individual resistor and/or each discrete capacitor is allocated a second connecting conductive path via which the individual resistor and/or discrete capacitor is galvanically connected to a conductor pad for an electrode tip, wherein the conductive path extending in the longitudinal direction of the supporting substrate, the first and second conductive paths (13, 14) and the connection areas are applied to the supporting substrate by means of a photochemical process.
A method for facilitating peer-to-peer connection between first and second peer devices (21,22), wherein each peer device has capabilities including a respective list of transmission channels that the device is capable of supporting as a group owner and a respective list of transmission channels that the device is capable of supporting as a client including at least one transmission channel not supported as a group owner, and a value indicating intent to be a group owner, the method comprising: transmitting, by a first peer device to a second peer device, an identification of the first peer device with a value indicating intent of the first peer device to be group owner and information regarding its capabilities, wherein the information regarding its capabilities includes an indication of transmission channels that the first peer device is capable of supporting as a group owner and an indication of transmission channels that the first peer device is capable of supporting as a client; determining based on the respective values indicating intent to be group owner which of the first and second peer devices is to serve as a group owner device and which is to serve as a client device; determining a set of common transmission channels that are common to the transmission channels that the group owner device is capable of supporting as a group owner and the transmission channels that the client device is capable of supporting as a client; selecting, from the set of common transmission channels, one of the transmission channels to be used for the peer-to-peer connection; and forming the peer-to-peer connection to use the selected transmission channel. transmitting, by a first peer device to a second peer device, an identification of the first peer device with a value indicating intent of the first peer device to be group owner and information regarding its capabilities, wherein the information regarding its capabilities includes an indication of transmission channels that the first peer device is capable of supporting as a group owner and an indication of transmission channels that the first peer device is capable of supporting as a client; determining based on the respective values indicating intent to be group owner which of the first and second peer devices is to serve as a group owner device and which is to serve as a client device; determining a set of common transmission channels that are common to the transmission channels that the group owner device is capable of supporting as a group owner and the transmission channels that the client device is capable of supporting as a client; selecting, from the set of common transmission channels, one of the transmission channels to be used for the peer-to-peer connection; and forming the peer-to-peer connection to use the selected transmission channel.
A thin carrier device, comprising: a main body with an upper layer, a central accommodating layer, a lower layer and a recess wherein the upper layer or the lower layer and the central accommodating layer are bound to each other, and the recess is located at the central accommodating layer; an integrated circuit module with a substrate, at least an electronic device and a USB metal contact, wherein the electronic device is installed on an inner surface of the substrate and electrically connected to the USB metal contact on an outer surface of the substrate; a moving piece freely installed in the recess and having a supporting segment, a support pad and at least a bulge, wherein the support pad is adjacent to the supporting segment, the supporting segment is used to sustain the integrated circuit module, and the length of the support pad is positioned at the height of a USB port; the bulge is installed on at least one side of the moving piece and accommodated in a track of the recess of the main body for the bulge reciprocally moving along the track; characterised in that: the supporting segment is designed to be separated from but adjacent to the support pad by a gap and further adhered to the support pad with at least an adhesive film by which the USB metal contact is exposed. a main body with an upper layer, a central accommodating layer, a lower layer and a recess wherein the upper layer or the lower layer and the central accommodating layer are bound to each other, and the recess is located at the central accommodating layer; an integrated circuit module with a substrate, at least an electronic device and a USB metal contact, wherein the electronic device is installed on an inner surface of the substrate and electrically connected to the USB metal contact on an outer surface of the substrate; a moving piece freely installed in the recess and having a supporting segment, a support pad and at least a bulge, wherein the support pad is adjacent to the supporting segment, the supporting segment is used to sustain the integrated circuit module, and the length of the support pad is positioned at the height of a USB port; the bulge is installed on at least one side of the moving piece and accommodated in a track of the recess of the main body for the bulge reciprocally moving along the track; characterised in that: the supporting segment is designed to be separated from but adjacent to the support pad by a gap and further adhered to the support pad with at least an adhesive film by which the USB metal contact is exposed.
A workpiece support for a machine tool, in particular a cutting machine, for supporting a workpiece to be machined, having at least two parallel carriers which, arranged so as to be spaced apart from one another, define a cutting grate space, a plurality of cutting grate elements (300, 302) arranged in the cutting grate space at right angles to the carriers, wherein each carrier has a support area for the cutting grate elements (300, 302) which extends towards the cutting grate space, wherein at least two cutting grate elements each have two support surfaces facing the carriers for resting on the support areas of the two carriers, wherein the undersides of the at least two cutting grate elements remaining next to the support surfaces are set back from the support surfaces in the region of the support areas, so that the at least two cutting grate elements rest only with the support surfaces, and wherein the at least two cutting grate elements each have two fixing elements, each of which is spaced apart from the carriers by a distance smaller than the extent of the support surface from the carrier, so that the support surfaces are fixed on the support areas, characterised in that the support area is formed by a support profile with an outer support area arranged directly on the carrier, wherein the support profile has an inner leg arranged further in the cutting grate space and wherein the support surfaces rest only on the outer support area, and in that the fixing elements are formed as pins which taper conically, in particular from their base on the cutting grate element (300, 302), and which engage with pin receptacles of the support profile. a plurality of cutting grate elements (300, 302) arranged in the cutting grate space at right angles to the carriers, wherein each carrier has a support area for the cutting grate elements (300, 302) which extends towards the cutting grate space, wherein at least two cutting grate elements each have two support surfaces facing the carriers for resting on the support areas of the two carriers, wherein the undersides of the at least two cutting grate elements remaining next to the support surfaces are set back from the support surfaces in the region of the support areas, so that the at least two cutting grate elements rest only with the support surfaces, and wherein the at least two cutting grate elements each have two fixing elements, each of which is spaced apart from the carriers by a distance smaller than the extent of the support surface from the carrier, so that the support surfaces are fixed on the support areas, characterised in that the support area is formed by a support profile with an outer support area arranged directly on the carrier, wherein the support profile has an inner leg arranged further in the cutting grate space and wherein the support surfaces rest only on the outer support area, and in that the fixing elements are formed as pins which taper conically, in particular from their base on the cutting grate element (300, 302), and which engage with pin receptacles of the support profile.
A negative electrode active material for a lithium secondary battery, comprising: a carbon-based material being spherical graphite; and a silicon-containing amorphous coating layer disposed on the carbon-based material and represented by SiC X where 0.07<x<0.7, wherein the silicon-containing amorphous coating layer comprises silicon particles having a diameter of 5 nm or less. a carbon-based material being spherical graphite; and a silicon-containing amorphous coating layer disposed on the carbon-based material and represented by SiC X where 0.07<x<0.7, wherein the silicon-containing amorphous coating layer comprises silicon particles having a diameter of 5 nm or less.
Use of a composition to selectively promote the growth, metabolism and/or colonization of good-odour associated bacteria and/or to selectively inhibit the growth, metabolism and/or colonization of malodour-associated bacteria, wherein said composition comprises at least one acid chosen from the list consisting of:, fumaric acid, mucic acid, γ-aminobutyric acid, quinic acid, D-saccharic acid, glyoxylic acid, D-glucosaminic acid, 4-hydroxybenzoic acid, D,L-α-amino-caprylic acid, N-acetyl-neuraminic acid, D,L-α-amino-N-butyric acid, orotic acid, ε-amino-N-caproic acid, β-hydroxybutyric acid, tropic acid, and hippuric acid, and wherein said good-odour associated bacteria are at least Staphylococcus epidermidis, Acinetobacter spp, Propionibacterium acnes or Enhydrobacter aerosaccus bacteria and wherein said malodour-associated bacteria are at least Corynebacterium tuberculostearicum, Corynebacterium amycolatum, Staphylococcus hominis, Micrococcus luteus or Enterobacter cloacae.
An apparatus for separating a first substrate and a second substrate, at least the second substrate being flexible, which are in contact with each other, the apparatus comprising: an upper transfer part which fixes the first substrate and transfers the first substrate in a positive X-axis direction in an XY coordinate system comprised of an X axis and an Y axis which perpendicularly intersect each other, the Y axis being perpendicular to the surfaces; and a lower transfer part which is disposed under the upper transfer part with a gap therebetween and fixes and transfers the second substrate, wherein the lower transfer part comprises: a first transfer section which transfers the second substrate in the positive X-axis direction; and a second transfer section which transfers the second substrate in the positive X-axis direction and a negative Y-axis direction. an upper transfer part which fixes the first substrate and transfers the first substrate in a positive X-axis direction in an XY coordinate system comprised of an X axis and an Y axis which perpendicularly intersect each other, the Y axis being perpendicular to the surfaces; and a lower transfer part which is disposed under the upper transfer part with a gap therebetween and fixes and transfers the second substrate, wherein the lower transfer part comprises: a first transfer section which transfers the second substrate in the positive X-axis direction; and a second transfer section which transfers the second substrate in the positive X-axis direction and a negative Y-axis direction. a first transfer section which transfers the second substrate in the positive X-axis direction; and a second transfer section which transfers the second substrate in the positive X-axis direction and a negative Y-axis direction.
An analytical apparatus, comprising: an injection valve comprising a sample loop, and having an output port in fluid communication with an LC separation column, and an input port in fluid communication with a mobile-phase supply line, wherein the sample loop receives a sample for loading into an analysis stream for delivery to the separation column; a sample pump; and a selection valve, characterized in that said selection valve fluidically and selectably connects the sample pump to at least two sources of standards associated with at least two pharmaceutical compounds, to the sample-injection valve, and wherein said selection valve is suitable for fluidically and selectably connecting the sample pump to at least two pharmaceutical manufacturing process lines (10, 20) associated with the at least two pharmaceutical compounds. an injection valve comprising a sample loop, and having an output port in fluid communication with an LC separation column, and an input port in fluid communication with a mobile-phase supply line, wherein the sample loop receives a sample for loading into an analysis stream for delivery to the separation column; a sample pump; and a selection valve,
Device, for demarcating a first ground region from a second ground region, which consists of at least one vertical element protruding at least partially out of the ground and at least one substantially horizontal element (24, 25), whereby, for fixing the device between the first ground region and the second ground region, the horizontal element (24, 25) is weighted down by means of a ground region, characterized in that the vertical element has lateral openings in which a connecting element is inserted for connection of two devices, whereby the connecting element has beveled edges, so that a connection of two devices at an oblique angle is possible.