mhurhangee/patent-ind-claim-en huggingface dataset:
An absorbent article, comprising: a polymer sheet in which a superabsorbent polymer is provided between an upper layer sheet provided at a skin side, and a lower layer sheet provided at a non-skin side, wherein a polymer provided region at which the superabsorbent polymer is provided, and a polymer non-provided region at which the superabsorbent polymer is not provided are formed in the polymer sheet , wherein a liquid diffusion sheet , that promotes diffusion of body fluid in a plane direction, is staked to be adjacent to a skin side surface of the lower layer sheet , [[and]] wherein the upper layer sheet is bonded with the liquid diffusion sheet under a state that the upper layer sheet contacts the liquid diffusion sheet , at the polymer non-provided region , and wherein the upper layer sheet and the liquid diffusion sheet are bonded by first bonded portions and second bonded portions provided at oblique intermediate positions connecting each two of the first bonded portions , wherein the polymer sheet is bonded by the first bonded portions , which are aligned such that that adjacent rows or columns having the same pitch are alternately shifted for a half pitch and alternately aligned in a vertical direction or in a lateral direction, and is sectioned into a plurality of first defined regions each of whose inside is the polymer provided region , and second defined regions each of which is positioned at a center of the four adjacent first defined regions and each of whose inside is the polymer non-provided region , wherein the first defined regions are aligned in a square lattice form along a longitudinal direction and also a width direction of the absorbent article , each of the first defined regions being surrounded by the first bonded portions and the second bonded portions , the first bonded portions being provided at least at upper and lower positions, and left and right positions, respectively, the second bonded portions being provided at four oblique positions each at the middle of two of the upper and lower positions, and the left and right positions, and the upper and lower positions are positions in a direction that matches the longitudinal direction, and the left and right positions are positions in a direction that matches the width direction, and wherein each of the second defined regions is positioned at a center of a region surrounded by the first defined regions being aligned in a square lattice and being adjacent in the vertical direction and in the lateral direction, and is surrounded by the second bonded portions at the four oblique directions.
A wire feeder for feeding an electrode wire from a wire source in a welding system , the wire feeder comprising: one or more drive rolls to advance an electrode wire by contact force, wherein a contact force on the wire from the drive rolls is adjustable; an actuator configured to adjust a contact force on the wire from the one or more drive rolls ; and a controller to: receive a feedback signal corresponding to the contact force; command the actuator to adjust a contact force on the wire from the one or more drive rolls in response to the contact force falling outside a range of threshold contact force values; characterised in that the one or more drive rolls include a first contact area and a second contact area, the first contact area to make contact with the wire when the one or more drive rolls are in a first position within the wire feeder , and the second contact area to make contact with the wire when the one or more drive rolls are in a second position within the wire feeder ; and in that the actuator is configured to adjust the contact force on the wire by adjusting a position of one or more of the drive rolls to change contact with the wire from the first contact area to the second contact area. one or more drive rolls to advance an electrode wire by contact force, wherein a contact force on the wire from the drive rolls is adjustable; an actuator configured to adjust a contact force on the wire from the one or more drive rolls ; and a controller to: receive a feedback signal corresponding to the contact force; command the actuator to adjust a contact force on the wire from the one or more drive rolls in response to the contact force falling outside a range of threshold contact force values; receive a feedback signal corresponding to the contact force; command the actuator to adjust a contact force on the wire from the one or more drive rolls in response to the contact force falling outside a range of threshold contact force values; characterised in that the one or more drive rolls include a first contact area and a second contact area, the first contact area to make contact with the wire when the one or more drive rolls are in a first position within the wire feeder , and the second contact area to make contact with the wire when the one or more drive rolls are in a second position within the wire feeder ; and in that the actuator is configured to adjust the contact force on the wire by adjusting a position of one or more of the drive rolls to change contact with the wire from the first contact area to the second contact area.
An arrangement comprising: an inductive angular position sensor comprising at least three sensor elements formed by at least one transmitting sensor element and at least two receiving sensor elements or by at least two transmitting sensor elements and at least one receiving sensor element for measuring the magnetic flux coupling between the transmitting sensor element(s) and the receiving sensor element(s); a target (250c-e) configured to be used with the angular position sensor for sensing a rotational position of the target (250c-e), the target (250c-e) comprising: at least two elongated conductive loop structures, which are formed by at least two recesses or slits, which are arranged in parallel, for allowing eddy currents to flow therein and configured to affect a magnetic field received from the angular position sensor in a preferred direction along the at least two elongated conductive loop structures, wherein the at least two elongated conductive loop structures are conductively coupled to form discrete electrically conductive paths, and wherein the at least two elongated conductive loop structures are spatially separated; means for processing signals that are outputted by the at least one receiving sensor element and outputting at least one signal indicative of the angular position of the target (250c-e). an inductive angular position sensor comprising at least three sensor elements formed by at least one transmitting sensor element and at least two receiving sensor elements or by at least two transmitting sensor elements and at least one receiving sensor element for measuring the magnetic flux coupling between the transmitting sensor element(s) and the receiving sensor element(s); a target (250c-e) configured to be used with the angular position sensor for sensing a rotational position of the target (250c-e), the target (250c-e) comprising: at least two elongated conductive loop structures, which are formed by at least two recesses or slits, which are arranged in parallel, for allowing eddy currents to flow therein and configured to affect a magnetic field received from the angular position sensor in a preferred direction along the at least two elongated conductive loop structures, wherein the at least two elongated conductive loop structures are conductively coupled to form discrete electrically conductive paths, and wherein the at least two elongated conductive loop structures are spatially separated; means for processing signals that are outputted by the at least one receiving sensor element and outputting at least one signal indicative of the angular position of the target (250c-e).
A method for use in a domain control device of a communication network for distributing a key for the Precision Timing Protocol, PTP, protocol to a network node within a domain , comprising steps of: verifying, with an authentication server, whether the network node is an eligible node in the domain in an EAP authentication manner, and sending the key for the PTP protocol to the network node if the network node is an eligible node in the domain , wherein the step of sending the key for the PTP protocol to the network node comprises a step of: implementing the sending of the key for the PTP protocol by using an extended definition of the field "Type-Data" in a message that is defined in an EAP authentication. verifying, with an authentication server, whether the network node is an eligible node in the domain in an EAP authentication manner, and sending the key for the PTP protocol to the network node if the network node is an eligible node in the domain , wherein the step of sending the key for the PTP protocol to the network node comprises a step of: implementing the sending of the key for the PTP protocol by using an extended definition of the field "Type-Data" in a message that is defined in an EAP authentication.
A method of fabricating an electrochromic device on a substrate, the electrochromic device comprising a first transparent conductor layer, an electrochromic layer, a counter electrode layer, an ion conductor layer, and a second transparent conductor layer, wherein no scribe line patterning which isolates portions of the electrochromic device is performed, the method comprising: a) receiving the substrate with the first transparent conductor layer disposed thereon; b) depositing the electrochromic layer, the ion conductor layer and the counter electrode layer on the first transparent conductor layer; c) depositing the second transparent conductor layer thereon; d) removing the electrochromic device from a peripheral region of the substrate at the edges of the substrate and around the substrate, wherein the peripheral region is between about 1 mm and about 20 mm wide; and e) forming a bus bar pad expose area by removing a portion of the electrochromic device down to the first transparent conductor layer. a) receiving the substrate with the first transparent conductor layer disposed thereon; b) depositing the electrochromic layer, the ion conductor layer and the counter electrode layer on the first transparent conductor layer; c) depositing the second transparent conductor layer thereon; d) removing the electrochromic device from a peripheral region of the substrate at the edges of the substrate and around the substrate, wherein the peripheral region is between about 1 mm and about 20 mm wide; and e) forming a bus bar pad expose area by removing a portion of the electrochromic device down to the first transparent conductor layer.
Excavator shaft for an excavator as a connecting link between an excavator boom and tool, wherein the excavator shaft is substantially formed by a box-like sheet metal construction, wherein two symmetrical bearing plates , oriented in parallel with one another, are applied on the outside, on an end plate of the box-like metal sheet construction, on an end face, forming a boom bearing as a bearing point for the pivotable mounting of the excavator shaft on an excavator boom, wherein the bearing point is not directly formed in the box-like sheet metal construction, wherein the bearing plates form at least one further bearing point for mounting of a cylinder, in particular for mounting of at least one hoe and/or excavator shaft cylinder.
A soft tissue preservation arrangement comprising: a hollow shell defining an interior volume extending from a proximal opening to a distal opening, the proximal opening being defined by a first perimeter that is smaller than a second perimeter defining the distal opening such that the shell tapers outwardly from the first perimeter to the second perimeter, the second perimeter being asymmetrically scalloped; a post configured to be coupled to a dental implant ; the soft tissue arrangement being characterized in that it further comprises a plurality of spokes adjustably coupling the post to the hollow shell, the plurality of spokes being configured to allow the shell to be adjustably moved relative to the post. a hollow shell defining an interior volume extending from a proximal opening to a distal opening, the proximal opening being defined by a first perimeter that is smaller than a second perimeter defining the distal opening such that the shell tapers outwardly from the first perimeter to the second perimeter, the second perimeter being asymmetrically scalloped; a post configured to be coupled to a dental implant ; the soft tissue arrangement being characterized in that it further comprises a plurality of spokes adjustably coupling the post to the hollow shell, the plurality of spokes being configured to allow the shell to be adjustably moved relative to the post.
Method for generating signals which enable a positioning by a mobile positioning facility disposed within a shielded space, wherein - at least one imitating radio signal (Sf, Sf1, Sf2, Sf3) is generated, wherein each imitating radio signal imitates a satellite signal of a respective fictitious, in reality non-existent satellite (TS, TS1, TS2, TS3) and has fictitious satellite data of the fictitious satellite (TS, TS1, TS2, TS3), - at least one modified radio signal (Sm1, Sm2) is generated, namely by modifying a received satellite signal of a real satellite (CS1, CS2, CS3, CS3, CS4, CS5, CS6) of a real, existing satellite system , wherein within the scope of modification, satellite data of the received satellite signal is extended by fictitious track and positioning data of the at least one fictitious satellite (TS, TS1, TS2, TS3), and - the at least one imitating radio signal (Sf, Sf1, Sf2, Sf3) and the at least one modified radio signal (Sm1, Sm2) are fed into the shielded space. - at least one imitating radio signal (Sf, Sf1, Sf2, Sf3) is generated, wherein each imitating radio signal imitates a satellite signal of a respective fictitious, in reality non-existent satellite (TS, TS1, TS2, TS3) and has fictitious satellite data of the fictitious satellite (TS, TS1, TS2, TS3), - at least one modified radio signal (Sm1, Sm2) is generated, namely by modifying a received satellite signal of a real satellite (CS1, CS2, CS3, CS3, CS4, CS5, CS6) of a real, existing satellite system , wherein within the scope of modification, satellite data of the received satellite signal is extended by fictitious track and positioning data of the at least one fictitious satellite (TS, TS1, TS2, TS3), and - the at least one imitating radio signal (Sf, Sf1, Sf2, Sf3) and the at least one modified radio signal (Sm1, Sm2) are fed into the shielded space.
A vector construct designed to receive antibody or a fragment thereof from a phagemid comprising at least one cloning region or from a yeast vector comprising at least one cloning region, or, to transfer antibody or a fragment thereof to a yeast vector comprising at least one cloning region, said vector construct containing an expression cassette which comprises: at least one leader sequence; at least one cloning region for receiving a gene encoding a peptide or protein that selectively binds to a biologically active ligand; at least one nucleotide sequence encoding constant region immunoglobulin heavy chain or constant region immunoglobulin light chain, or fragments thereof, or a combination of constant region immunoglobulin heavy chain or fragment thereof and constant region immunoglobulin light chain or fragment thereof, wherein said constant region comprises at least one mutation with respect to constant region of a native immunoglobulin or fragments thereof; and at least one recombinant tag sequence or selection coding nucleic acid sequence; wherein, the at least one cloning region of the expression cassette comprises a multiple cloning site 1 (MCS I) and multiple cloning site 2 (MCS II), a multiple cloning site 1 (MCS I) alone, or a multiple cloning site 2 (MCS II) alone, and wherein the MCS I comprises restriction site combination NdeI and BglII and HindIII and AscI, and the MCS II comprises restriction site combination NcoI and XbaI and NheI and NotI. at least one leader sequence; at least one cloning region for receiving a gene encoding a peptide or protein that selectively binds to a biologically active ligand; at least one nucleotide sequence encoding constant region immunoglobulin heavy chain or constant region immunoglobulin light chain, or fragments thereof, or a combination of constant region immunoglobulin heavy chain or fragment thereof and constant region immunoglobulin light chain or fragment thereof, wherein said constant region comprises at least one mutation with respect to constant region of a native immunoglobulin or fragments thereof; and at least one recombinant tag sequence or selection coding nucleic acid sequence; wherein, the at least one cloning region of the expression cassette comprises a multiple cloning site 1 (MCS I) and multiple cloning site 2 (MCS II), a multiple cloning site 1 (MCS I) alone, or a multiple cloning site 2 (MCS II) alone, and wherein the MCS I comprises restriction site combination NdeI and BglII and HindIII and AscI, and the MCS II comprises restriction site combination NcoI and XbaI and NheI and NotI.
A chemical product packaging film comprising a polyvinyl alcohol resin, a plasticizer, and water-soluble starch, the water-soluble starch having solubility in which the water-soluble starch dissolves when stirred in water having a concentration of the starch of 10% by mass at a temperature of 50°C for 30 minutes, a content of the water-soluble starch being 4% by mass or less based on the total mass of the chemical product packaging film, wherein the chemical product packaging film is for packaging a liquid detergent, and the chemical product packaging film has a degree of swelling, measured according to the method in the description, of less than 20% for the liquid detergent. the water-soluble starch having solubility in which the water-soluble starch dissolves when stirred in water having a concentration of the starch of 10% by mass at a temperature of 50°C for 30 minutes, a content of the water-soluble starch being 4% by mass or less based on the total mass of the chemical product packaging film, wherein the chemical product packaging film is for packaging a liquid detergent, and the chemical product packaging film has a degree of swelling, measured according to the method in the description, of less than 20% for the liquid detergent.
A unit for up-scaling an RGBW input image by adding the RGBW input image to a plurality of additional RGBW pixels to generate an up-scaled image, wherein the unit is configured to output the up-scaled image, and wherein the unit comprises: a RGB interpolator configured to generate red, hereinafter R, green, hereinafter G, and blue, hereinafter B, data signals for R, G and B color sub-pixels of each of the additional pixels on the basis of the R, G and B data signals of one arbitrary pixel among pixels of the input image which are adjacent to the respective additional pixel; and a W interpolator configured to generate a brightness, hereinafter W, data signal for a white color sub-pixel of each of the additional pixel on the basis of W data signals of the pixels of the input image which are adjacent to the respective additional pixel, wherein the RGB interpolator is configured to obtain R, G and B data signals for each of the additional pixels by copying the RGB data signals of the respective, adjacent arbitrary pixel, and wherein the W data signal of the additional pixel is obtained by averaging the W data signals of at least two pixels of the input image which are adjacent to the additional pixel. a RGB interpolator configured to generate red, hereinafter R, green, hereinafter G, and blue, hereinafter B, data signals for R, G and B color sub-pixels of each of the additional pixels on the basis of the R, G and B data signals of one arbitrary pixel among pixels of the input image which are adjacent to the respective additional pixel; and a W interpolator configured to generate a brightness, hereinafter W, data signal for a white color sub-pixel of each of the additional pixel on the basis of W data signals of the pixels of the input image which are adjacent to the respective additional pixel, wherein the RGB interpolator is configured to obtain R, G and B data signals for each of the additional pixels by copying the RGB data signals of the respective, adjacent arbitrary pixel, and wherein the W data signal of the additional pixel is obtained by averaging the W data signals of at least two pixels of the input image which are adjacent to the additional pixel.
A device comprising: - a processing circuit and IP circuitry comprising one or more intellectual property cores coupled to a power supply line , wherein the IP circuitry has an IP circuitry supply threshold (IPT) for IP circuitry operation, and - a supply monitor circuit coupled to the power supply line and sensitive to a voltage (VDD) on the power supply line , the supply monitor circuit configured to switch the processing circuit from a normal mode to a low-power mode (LP) as a result of a drop in the voltage (VDD) on the power supply line , wherein: - the supply monitor circuit comprises a threshold setting node and is configured to be de-activated as a result of the voltage (VDD) on the power supply line dropping below a de-activation threshold level set at said threshold setting node , - a threshold setting circuit is provided coupled to the threshold setting node of the supply monitor circuit , the threshold setting circuit configured to apply to the threshold setting node of the supply monitor circuit a threshold from the processing circuit as a result of said processing circuit being in the normal mode and to apply to the threshold setting node of the supply monitor circuit said IP circuitry supply threshold (IPT) as a result of the processing circuit being in said low-power mode (LP). - a processing circuit and IP circuitry comprising one or more intellectual property cores coupled to a power supply line , wherein the IP circuitry has an IP circuitry supply threshold (IPT) for IP circuitry operation, and - a supply monitor circuit coupled to the power supply line and sensitive to a voltage (VDD) on the power supply line , the supply monitor circuit configured to switch the processing circuit from a normal mode to a low-power mode (LP) as a result of a drop in the voltage (VDD) on the power supply line , - the supply monitor circuit comprises a threshold setting node and is configured to be de-activated as a result of the voltage (VDD) on the power supply line dropping below a de-activation threshold level set at said threshold setting node , - a threshold setting circuit is provided coupled to the threshold setting node of the supply monitor circuit , the threshold setting circuit configured to apply to the threshold setting node of the supply monitor circuit a threshold from the processing circuit as a result of said processing circuit being in the normal mode and to apply to the threshold setting node of the supply monitor circuit said IP circuitry supply threshold (IPT) as a result of the processing circuit being in said low-power mode (LP).