mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing an adhesive layer (PSA3) for a display device (DD), the method comprising: forming, on a first release film , a first composition comprising a resin and a first initiator for initiating a polymerization reaction of the resin; providing, on the first composition which has been applied, a second composition comprising the resin and a second initiator for initiating the polymerization reaction of the resin; irradiating the first composition and the second composition with a first light having a first range of wavelengths; and irradiating the first composition and the second composition with a second light having a second range of wavelengths, wherein the first initiator initiates the polymerization reaction of the resin with the light having the first range of wavelengths without activating initiation of the polymerization reaction with the light having the second range of wavelengths, and wherein the second initiator initiates the polymerization reaction of the resin with the light having the second range of wavelengths without activating the initiation of the polymerization reaction with the light having the first range of wavelengths. forming, on a first release film , a first composition comprising a resin and a first initiator for initiating a polymerization reaction of the resin; providing, on the first composition which has been applied, a second composition comprising the resin and a second initiator for initiating the polymerization reaction of the resin; irradiating the first composition and the second composition with a first light having a first range of wavelengths; and irradiating the first composition and the second composition with a second light having a second range of wavelengths, wherein the first initiator initiates the polymerization reaction of the resin with the light having the first range of wavelengths without activating initiation of the polymerization reaction with the light having the second range of wavelengths, and wherein the second initiator initiates the polymerization reaction of the resin with the light having the second range of wavelengths without activating the initiation of the polymerization reaction with the light having the first range of wavelengths.
A computer implemented method of a home network access point for secure network access by a mobile computing device, the mobile device being associated with the home network access point by a digitally signed original record in a blockchain indicating that network access is provided by the home network access point wherein the blockchain is accessible via a network and includes a plurality of records validated by miner computing components, the method comprising: receiving a request from an away network access point to associate the mobile device with the away network access point in order to provide network access via the away network access point, the request having associated identification information for the mobile device; responsive to a verification of an entitlement of the mobile device to access the network based on the identification information for the mobile device, generating a new record for storage in the blockchain, the new record associating the mobile device with the away network access point and providing the new record to the miner computing components for validation and eventual commitment to the blockchain wherein the new record indicates that the away network access point provides access to the network for the mobile device based on the validation of the new record, wherein the new record supersedes the original record of association for the mobile device with the home network access point such that network access is provided to the mobile device exclusively by the away network access point. receiving a request from an away network access point to associate the mobile device with the away network access point in order to provide network access via the away network access point, the request having associated identification information for the mobile device; responsive to a verification of an entitlement of the mobile device to access the network based on the identification information for the mobile device, generating a new record for storage in the blockchain, the new record associating the mobile device with the away network access point and providing the new record to the miner computing components for validation and eventual commitment to the blockchain wherein the new record indicates that the away network access point provides access to the network for the mobile device based on the validation of the new record, wherein the new record supersedes the original record of association for the mobile device with the home network access point such that network access is provided to the mobile device exclusively by the away network access point.
A composition comprising labeled and/or tagged and/or bound amino acid sequences, wherein the labeled and/or tagged and/or bound amino acid sequences consist of SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, SEQ ID NO: 5, SEQ ID NO: 6, SEQ ID NO: 7, SEQ ID NO: 9, SEQ ID NO: 10, SEQ ID NO: 11, SEQ ID NO: 12, SEQ ID NO: 13, SEQ ID NO: 14, SEQ ID NO: 15, SEQ ID NO: 16, SEQ ID NO: 17, SEQ ID NO: 18, SEQ ID NO: 19 and SEQ ID NO: 20.
Seal component , in particular for sealing off a vapour chamber with respect to the surroundings or two vapour chambers at different pressures, comprising at least one annular or ring-segment-shaped main body which is at least substantially U-shaped in cross section and has two face-side walls and a casing wall connecting the two face-side walls , wherein, within the main body , there is provided a support structure which connects the two face-side walls to one another, characterized in that the support structure comprises a multiplicity of cylindrical support elements and/or of tubular support elements , and one axial end of each cylindrical or tubular support element is connected integrally to one face-side wall and the other axial end of each cylindrical or tubular support element is connected integrally to the other face-side wall , wherein the support structure is of honeycomb-shaped or lattice-like form.
An air flow meter comprising an arithmetic circuit that corrects an output, wherein the arithmetic circuit incorporates an air temperature and a sensor module temperature as adjustment factors for an output characteristic of the air flow meter, the output characteristic is corrected in accordance with a temperature difference between the air temperature and the sensor module temperature; characterized in that a correction amount (ΔY) is decreased in comparison to a correction amount (ΔY) indicated by a primary characteristic when an absolute value of the difference between the air temperature and the sensor module temperature is smaller than a threshold.
A transparent infrared absorbing material including: a carrier vehicle; and at least one infrared absorbing dye supported on nanoparticles having an average size of not greater than 100 nm, wherein the dye-supporting nanoparticles are formed from inorganic material and are dispersed in the carrier vehicle such that the infrared absorbing material is substantially transparent to visible radiation, and wherein the carrier vehicle is a printing medium. a carrier vehicle; and at least one infrared absorbing dye supported on nanoparticles having an average size of not greater than 100 nm, wherein the dye-supporting nanoparticles are formed from inorganic material and are dispersed in the carrier vehicle such that the infrared absorbing material is substantially transparent to visible radiation, and wherein the carrier vehicle is a printing medium.
Print-detecting device, comprising a rest , a sensor arranged to capture an image of a dermatoglyphic print of a user's finger placed on the rest , and an electronic impedance-measuring circuit connected to electrodes extending over the rest , conductive tracks extending over the rest between the electrodes and the electronic impedance-measuring circuit , characterized in that at least two of the electrodes are each connected to the electronic impedance-measuring circuit by at least two conductive tracks , the conductive tracks connected to a given electrode being inclined with respect to each other.
A computer implemented method for performing a normalization of intensity values obtained to perform sequencing analysis, the method comprises the steps: receiving a plurality of image data (11a-11d, 15a-15d) for a plurality of channels (a-d), each image data (11a-11d, 15a-15d) describes for the respective channel (a-d) an intensity distribution over all positions of an image of the plurality of image data (11a-11d, 15a-15d); parametrization of the intensity distribution over all positions for the plurality of channels (a-d) to obtain parametrized distributions for the plurality of channels (a-d); wherein the parametrized distributions for the plurality of channels (a-d) is described using the mean of the intensity values over all positions for the plurality of channels (a-d); combining the parametrized distributions for the plurality of channels (a-d) to obtain a common distribution for all of the plurality of channels (a-d); wherein the common distribution represents an average of all parametrized distributions of the plurality of channels; and determining and applying for each of the plurality of channels (a-d) a transfer function such that the respective transfer function for the respective channel (a-d) maps the corresponding intensity distribution to the common distribution. receiving a plurality of image data (11a-11d, 15a-15d) for a plurality of channels (a-d), each image data (11a-11d, 15a-15d) describes for the respective channel (a-d) an intensity distribution over all positions of an image of the plurality of image data (11a-11d, 15a-15d); parametrization of the intensity distribution over all positions for the plurality of channels (a-d) to obtain parametrized distributions for the plurality of channels (a-d); wherein the parametrized distributions for the plurality of channels (a-d) is described using the mean of the intensity values over all positions for the plurality of channels (a-d); combining the parametrized distributions for the plurality of channels (a-d) to obtain a common distribution for all of the plurality of channels (a-d); wherein the common distribution represents an average of all parametrized distributions of the plurality of channels; and determining and applying for each of the plurality of channels (a-d) a transfer function such that the respective transfer function for the respective channel (a-d) maps the corresponding intensity distribution to the common distribution.
Asymmetric system and network architecture with tamper-proof terminals that do not contain a conventional microprocessor but instead are controlled by permanently installed application-specific circuits and by invariant programs in read-only memories. The secure terminals offer a fixed programmed functional scope that cannot be changed from remote locations by downloading software or firmware updates. The functions of these secure terminals are implemented exclusively by hardware with the aid of dedicated semiconductor elements, e.g. ASIC's, Application-Specific Integrated Circuits, and associated firmware; this firmware for device control as well as the fixed programs that can be used on the terminals are contained in read-only memory modules, the contents of which cannot be changed. Changes or extensions to the device functions or application programs require physical replacement of the read-only memory, which is automatically registered and displayed on the device with a warning message. The code and data contents are strictly separated within the devices, and no external download of functions or programs that can be executed on the secure devices is possible.
V-ribbed belt having a main body made of an elastomeric material, where the V-ribbed belt has an outer ply as belt backing, a force transmission zone having multiple tensile strands as strength members and a substructure provided with a V-ribbed profile, where the V-ribbed belt contains glass fibre cords as strength members , where the glass fibres of the cords consist of a glass having 58% to 70% silicon oxide (SiO 2 ), 7% to 17% magnesium oxide (MgO), 16% to 27% aluminium oxide (Al 2 O 3 ) and a content of less than 4% diboron trioxide (B 2 O 3 ), characterized in that the glass fibre cords are formed with a linear density of the glass between 450 and 920 tex, preferably between 530 and 730 tex.
Fixing arrangement having a component to be fixed to a wall , having fixing elements and having a mounting plate for fixing the component , especially an awning, to the wall , wherein the mounting plate has through-bores for receiving the fixing elements for fixing the mounting plate to the wall and a device for fixing the component to the mounting plate , wherein at least two through-bores are inclined with respect to the mounting plate and at least two through-bores are orthogonal to the mounting plate, wherein at least one of the through-bores has a stop for contact with a head of a fixing element , and wherein, as a result of the contact of the head of the fixing element , forces are transmitted between the head and the stop by interlocking engagement, characterised in that when the mounting plate is arranged on the wall the head in contact with the stop is flush with the side of the mounting plate remote from the wall ; and the component fixed to the wall is in contact with the end of the fixing element remote from the wall so that the head of the fixing element is held in interlocking engagement in fixed position between the stop and the component in such a way that tensile and compressive forces can be introduced from the mounting plate into the fixing element . wherein at least two through-bores are inclined with respect to the mounting plate and at least two through-bores are orthogonal to the mounting plate, wherein at least one of the through-bores has a stop for contact with a head of a fixing element , and wherein, as a result of the contact of the head of the fixing element , forces are transmitted between the head and the stop by interlocking engagement, characterised in that when the mounting plate is arranged on the wall the head in contact with the stop is flush with the side of the mounting plate remote from the wall ; and the component fixed to the wall is in contact with the end of the fixing element remote from the wall so that the head of the fixing element is held in interlocking engagement in fixed position between the stop and the component in such a way that tensile and compressive forces can be introduced from the mounting plate into the fixing element .
Separator for temporarily receiving sheet elements that are to be transferred from a stacking table to an output conveyor of bundles of sheet elements, comprising: - a support mounted so as to slide in a vertical direction; - a drive device for driving the support in the vertical direction; - a plurality of arms extending in a longitudinal horizontal direction, spaced apart in a transverse direction, at least one arm being mounted so as to be able to move in the longitudinal horizontal direction with respect to the support, the movement of the arm modifying its overhanging length with respect to the support on a first side in the longitudinal horizontal direction; characterised in that it further comprises: a drive system configured to simultaneously move the arm in the longitudinal horizontal direction and to keep another of the arms in its longitudinal position. - a support mounted so as to slide in a vertical direction; - a drive device for driving the support in the vertical direction; - a plurality of arms extending in a longitudinal horizontal direction, spaced apart in a transverse direction, at least one arm being mounted so as to be able to move in the longitudinal horizontal direction with respect to the support, the movement of the arm modifying its overhanging length with respect to the support on a first side in the longitudinal horizontal direction;
Polyurethane adhesive composed of a first and a second component, wherein - the first component contains a) at least one triol A1 having a molecular weight in the range of 1,000 to 10,000 g/mol, b) at least one diol A2 having two primary hydroxyl groups and a molecular weight in the range of 60 to 150 g/mol, and c) at least one aliphatic polyamine A3 having a molecular weight in the range of 60 to 200 g/mol; and - the second component contains d) at least one polyisocyanate B1 and e) at least one polyurethane polymer B2 having isocyanate groups; - wherein the triol A1, the diol A2 and the polyamine A3 are present in such an amount that f) the ratio V1 of the number of OH groups and NH 2 groups of (A2+A3)/A1 is in the range of 4 to 8, and g) the ratio V2 of the number of OH groups and NH 2 groups of A2/A3 is in the range of 4 to 20. - the first component contains a) at least one triol A1 having a molecular weight in the range of 1,000 to 10,000 g/mol, b) at least one diol A2 having two primary hydroxyl groups and a molecular weight in the range of 60 to 150 g/mol, and c) at least one aliphatic polyamine A3 having a molecular weight in the range of 60 to 200 g/mol; and a) at least one triol A1 having a molecular weight in the range of 1,000 to 10,000 g/mol, b) at least one diol A2 having two primary hydroxyl groups and a molecular weight in the range of 60 to 150 g/mol, and c) at least one aliphatic polyamine A3 having a molecular weight in the range of 60 to 200 g/mol; and - the second component contains d) at least one polyisocyanate B1 and e) at least one polyurethane polymer B2 having isocyanate groups; d) at least one polyisocyanate B1 and e) at least one polyurethane polymer B2 having isocyanate groups; - wherein the triol A1, the diol A2 and the polyamine A3 are present in such an amount that f) the ratio V1 of the number of OH groups and NH 2 groups of (A2+A3)/A1 is in the range of 4 to 8, and g) the ratio V2 of the number of OH groups and NH 2 groups of A2/A3 is in the range of 4 to 20. f) the ratio V1 of the number of OH groups and NH 2 groups of (A2+A3)/A1 is in the range of 4 to 8, and g) the ratio V2 of the number of OH groups and NH 2 groups of A2/A3 is in the range of 4 to 20.
Shock-absorber bearing-block for a pivot of a axis of a timepiece mobile comprising: ∘ a flexible guide component comprising a central rigid portion in which at least one pivot bearing is formed or fixed, on or in which a pivot of the axis of a timepiece mobile is pivoted, an outer rigid portion intended to be fixed or driven into or onto a fixed part of a timepiece movement comprising the mobile and an elastic portion connecting the central rigid portion to the outer rigid portion and arranged to allow a radial and axial displacement of the central rigid portion with respect to the outer rigid portion when it is deformed; ∘ a stop and centring member mounted in a fixed manner on the outer rigid portion of the flexible guide component and comprising an opening intended to receive the pivot of the axis of the timepiece mobile and arranged to act as a stop for said pivot and a first portion ; ∘ the central rigid portion can move, against the action of the elastic portion , radially and/or axially with respect to the stop and centring member during a shock transmitted by the pivot to the pivot bearing , this displacement being limited by the pivot coming to a stop in the opening of the stop and centring member ; characterised in that the central rigid portion of the flexible guide component comprises a second conical portion arranged to cooperate with the first portion , which is also conical, of the stop and centring member so that when the shock-absorber bearing-block is inoperative, the first and second conical portions are in contact and ensure the correct positioning of the central rigid portion , the elastic portion and the cooperation of the first and second conical portions ensuring the correct repositioning of the central rigid portion after the shock; and in that the stop and centring member does not protrude beyond the flexible guide component , the thickness of this component determining the thickness of the shock-absorber bearing-block . ∘ a flexible guide component comprising a central rigid portion in which at least one pivot bearing is formed or fixed, on or in which a pivot of the axis of a timepiece mobile is pivoted, an outer rigid portion intended to be fixed or driven into or onto a fixed part of a timepiece movement comprising the mobile and an elastic portion connecting the central rigid portion to the outer rigid portion and arranged to allow a radial and axial displacement of the central rigid portion with respect to the outer rigid portion when it is deformed; ∘ a stop and centring member mounted in a fixed manner on the outer rigid portion of the flexible guide component and comprising an opening intended to receive the pivot of the axis of the timepiece mobile and arranged to act as a stop for said pivot and a first portion ; ∘ the central rigid portion can move, against the action of the elastic portion , radially and/or axially with respect to the stop and centring member during a shock transmitted by the pivot to the pivot bearing , this displacement being limited by the pivot coming to a stop in the opening of the stop and centring member ;
An emergency medical device, comprising: a treatment device including: a display face ; a base including a bottom portion configured to rest on a horizontal resting surface, and a back portion configured to extend beyond a rear surface of the rest of the treatment device opposite the front portion; and a rear structure connected to the treatment device and extending beyond the rear surface of the treatment device, the emergency medical device rotatable to change an angle of the display face from a first angle with the resting surface when the bottom portion of the base is resting on the resting surface to a second angle with the resting surface when the back portion and the rear structure are resting on the resting surface, characterized in that the back portion is the back edge of the bottom portion. a display face ; a base including a bottom portion configured to rest on a horizontal resting surface, and a back portion configured to extend beyond a rear surface of the rest of the treatment device opposite the front portion; and a rear structure connected to the treatment device and extending beyond the rear surface of the treatment device, the emergency medical device rotatable to change an angle of the display face from a first angle with the resting surface when the bottom portion of the base is resting on the resting surface to a second angle with the resting surface when the back portion and the rear structure are resting on the resting surface, characterized in that the back portion is the back edge of the bottom portion.
A headphone comprising: a speaker unit ; a baffle plate that supports the speaker unit ; and an ear pad attached to a front surface of the baffle plate , wherein the baffle plate has at least one cell (C) defining a cavity; and a part of the at least one cell (C) has a hole communicated with the cavity, and the hole is provided in at least one of the front surface of the baffle plate and a back surface of the baffle plate opposite to the front surface, characterized in : wherein the at least one cell (C) has a hexagonal prism shape. a speaker unit ; a baffle plate that supports the speaker unit ; and an ear pad attached to a front surface of the baffle plate , wherein the baffle plate has at least one cell (C) defining a cavity; and a part of the at least one cell (C) has a hole communicated with the cavity, and the hole is provided in at least one of the front surface of the baffle plate and a back surface of the baffle plate opposite to the front surface, characterized in : wherein the at least one cell (C) has a hexagonal prism shape.