mhurhangee/ep-ind-claims huggingface dataset:
Device for strapping packages, - having a packing table, the package to be strapped being mounted on the upper side thereof, - having an insertion device which supplies a strapping means through a central strapping duct of a clamping and closing device, which duct surrounds the package, - having an positioning installation for positioning an edge protection means which is configured so as to be plate-like and is placed on the package by way of a positioning face, - having a magazine for keeping available a plurality of edge protection means which by way of their positioning faces are stacked on top of one another in the magazine, - having a removal installation which is disposed in the direction of gravity below the magazine and, while separating the edge protection means, removes a single edge protection means from the magazine and supplies said single edge protection means to the positioning installation, wherein - the removal installation comprises a receiving face for the edge protection means, which carries a separation web, wherein the receiving face, for the removal of an edge protection means, is disposed below the magazine, and the removal installation, for delivering the edge protection means, is displaceable parallel with the receiving face, wherein - the separation web in the delivery direction is disposed at the rear of the receiving face of the removal installation, characterized in that the removal installation is disposed on the upper side of a rigid traction chain by means of which the removal installation is displaceable parallel with the receiving face. - having a packing table, the package to be strapped being mounted on the upper side thereof, - having an insertion device which supplies a strapping means through a central strapping duct of a clamping and closing device, which duct surrounds the package, - having an positioning installation for positioning an edge protection means which is configured so as to be plate-like and is placed on the package by way of a positioning face, - having a magazine for keeping available a plurality of edge protection means which by way of their positioning faces are stacked on top of one another in the magazine, - having a removal installation which is disposed in the direction of gravity below the magazine and, while separating the edge protection means, removes a single edge protection means from the magazine and supplies said single edge protection means to the positioning installation, wherein - the removal installation comprises a receiving face for the edge protection means, which carries a separation web, wherein the receiving face, for the removal of an edge protection means, is disposed below the magazine, and the removal installation, for delivering the edge protection means, is displaceable parallel with the receiving face, wherein - the separation web in the delivery direction is disposed at the rear of the receiving face of the removal installation, characterized in that the removal installation is disposed on the upper side of a rigid traction chain by means of which the removal installation is displaceable parallel with the receiving face.
A sensor cassette for insertion into an analyzer, wherein the sensor cassette has a continuous measuring channel for receiving fluidic media and sensory elements (3, 4) for determining chemical and/or physical parameters of the fluidic media, characterised in that the sensor cassette has at least two sensor modules (5, 6, 6') connected to one another, which are not separable from one another without destruction but are produced separately, which each have a housing (7, 8) and a measuring channel section (9, 10) which is determined for the through-flow of fluidic media, wherein the measuring channel sections (9, 10) of adjacent sensor modules (5, 6, 6') are connected to the continuous measuring channel by fluidic coupling and wherein each sensor module is equipped with • a carrier part on which a sensor array with at least two sensory elements (3, 4) is attached, • a cover part, in which the measuring channel section (9, 10) is continuously formed through, • a sealing element for sealing the measuring channel, wherein the sealing element is provided between the carrier part and the cover part or is integrally formed on the cover part, • a first opening at one end of the measuring channel section (9, 10) for connecting a further module, • a second opening at the other end of the measuring channel section (9, 10) for connection to an analysis device or a further module, wherein the sensor cassette comprises a storage element on which specific information is stored for the sensor cassette in respect of its composition from the respective sensor modules (5, 6, 6'). • a carrier part on which a sensor array with at least two sensory elements (3, 4) is attached, • a cover part, in which the measuring channel section (9, 10) is continuously formed through, • a sealing element for sealing the measuring channel, wherein the sealing element is provided between the carrier part and the cover part or is integrally formed on the cover part, • a first opening at one end of the measuring channel section (9, 10) for connecting a further module, • a second opening at the other end of the measuring channel section (9, 10) for connection to an analysis device or a further module,
A digital demodulator device for received optical signals, the digital demodulator comprising: a quadrature error filter module configured to: receive a digitized version of an optical signal; and remove quadrature errors to generate a corrected series of data samples; a frequency offset removal module configured to perform frequency rotation on the corrected series of data samples to generate a frequency corrected series of data samples; a chromatic dispersion compensation module configured to remove, from the frequency corrected series of data samples, chromatic dispersion from horizontal and vertical polarization channels; a polarization mode dispersion/polarization dependent loss compensation module configured to compensate the frequency corrected series of data samples for interference caused by polarization mode dispersion and polarization dependent loss; a phase recovery module configured to track and correct phase for the frequency corrected series of data samples; and a symbol timing acquisition and tracking module configured to perform symbol timing acquisition and tracking of the optical signal after the polarization mode dispersion/polarization dependent loss compensation module compensates for interference caused by polarization mode dispersion and polarization dependent loss and before carrier phase recovery of the optical signal. a quadrature error filter module configured to: receive a digitized version of an optical signal; and remove quadrature errors to generate a corrected series of data samples; receive a digitized version of an optical signal; and remove quadrature errors to generate a corrected series of data samples; a frequency offset removal module configured to perform frequency rotation on the corrected series of data samples to generate a frequency corrected series of data samples; a chromatic dispersion compensation module configured to remove, from the frequency corrected series of data samples, chromatic dispersion from horizontal and vertical polarization channels; a polarization mode dispersion/polarization dependent loss compensation module configured to compensate the frequency corrected series of data samples for interference caused by polarization mode dispersion and polarization dependent loss; a phase recovery module configured to track and correct phase for the frequency corrected series of data samples; and a symbol timing acquisition and tracking module configured to perform symbol timing acquisition and tracking of the optical signal after the polarization mode dispersion/polarization dependent loss compensation module compensates for interference caused by polarization mode dispersion and polarization dependent loss and before carrier phase recovery of the optical signal.
A training sequence generation method applicable to an optical communications system comprising: generating a pseudo random sequence, wherein the number of pseudo random numbers in the pseudo random sequence is equal to half the number of subcarriers comprised in one symbol in the optical communications system; obtaining a chirp coefficient of a modulator used in the optical communications system; using a negated chirp coefficient to modulate the pseudo random sequence to generate a chirped pseudo random sequence; constructing a training symbol segment that comprises L subcarriers in a frequency domain, wherein L is equal to half the number of subcarriers comprised in the one symbol in the optical communications system; wherein, in the training symbol segment, a signal sent over a subcarrier with an even ordinal number is a frequency domain signal of a pseudo random number with the same ordinal number in the chirped pseudo random sequence, and a signal sent over a subcarrier with an odd ordinal number is a zero-level signal; transforming the training symbol segment from the frequency domain to a time domain to obtain a training symbol segment in the time domain; and generating a training sequence based on the training symbol segment in the time domain and outputting the training sequence, wherein the time domain of the training sequence structurally comprises two same training symbols, and each of the training symbols comprises a cyclic prefix and two training symbol segments in the time domain. generating a pseudo random sequence, wherein the number of pseudo random numbers in the pseudo random sequence is equal to half the number of subcarriers comprised in one symbol in the optical communications system; obtaining a chirp coefficient of a modulator used in the optical communications system; using a negated chirp coefficient to modulate the pseudo random sequence to generate a chirped pseudo random sequence; constructing a training symbol segment that comprises L subcarriers in a frequency domain, wherein L is equal to half the number of subcarriers comprised in the one symbol in the optical communications system; wherein, in the training symbol segment, a signal sent over a subcarrier with an even ordinal number is a frequency domain signal of a pseudo random number with the same ordinal number in the chirped pseudo random sequence, and a signal sent over a subcarrier with an odd ordinal number is a zero-level signal; transforming the training symbol segment from the frequency domain to a time domain to obtain a training symbol segment in the time domain; and generating a training sequence based on the training symbol segment in the time domain and outputting the training sequence, wherein the time domain of the training sequence structurally comprises two same training symbols, and each of the training symbols comprises a cyclic prefix and two training symbol segments in the time domain.
Strip stack which can be arranged between a control panel of a domestic appliance and a cover, the strip stack comprising a plurality of strips and strip end caps arranged on each strip, the strip end caps and/or the strips being interconnected and able to be connected to the control panel by means of a common screw penetrating all the strip end caps and/or all the strips, characterised in that the strip end caps each comprise keyhole apertures which comprise a central screw guide and a through-hole arranged laterally thereto, the diameter of the through-hole being greater than a screw head of the screw.
A service indication method performed by an Access and Mobility Management Function, AMF (12; 1300; 1900), the service indication method comprising: acquiring service capability information; and determining service indication information in accordance with the acquired service capability information and transmitting the service indication information to a Radio Access Network, RAN (13; 1600; 2000), the service indication information comprising support information about a service, the service comprising at least one of an emergency service and a voice service, the service indication method further comprising: wherein the support information about a service comprises service support type information; wherein the service support type information is used to indicate whether redirection to Evolved Packet System, EPS, for supporting the service is possible or not; wherein the acquiring the service capability information comprises receiving service capability information about a terminal (11; 1100; 1800) from the terminal (11; 1100; 1800), the service capability information being used to indicate whether the service is supported by the terminal (11; 1100; 1800). acquiring service capability information; and determining service indication information in accordance with the acquired service capability information and transmitting the service indication information to a Radio Access Network, RAN (13; 1600; 2000), the service indication information comprising support information about a service, the service comprising at least one of an emergency service and a voice service, the service indication method further comprising: wherein the support information about a service comprises service support type information; wherein the service support type information is used to indicate whether redirection to Evolved Packet System, EPS, for supporting the service is possible or not; wherein the acquiring the service capability information comprises receiving service capability information about a terminal (11; 1100; 1800) from the terminal (11; 1100; 1800), the service capability information being used to indicate whether the service is supported by the terminal (11; 1100; 1800). wherein the support information about a service comprises service support type information; wherein the service support type information is used to indicate whether redirection to Evolved Packet System, EPS, for supporting the service is possible or not; wherein the acquiring the service capability information comprises receiving service capability information about a terminal (11; 1100; 1800) from the terminal (11; 1100; 1800), the service capability information being used to indicate whether the service is supported by the terminal (11; 1100; 1800).
An image forming method comprising: applying a pre-treatment liquid to a recording medium; and applying a stimulus to an inkjet ink to jet the inkjet ink onto the recording medium, onto which the pre-treatment liquid has been applied, so as to form an image on the recording medium, wherein the pre-treatment liquid comprises a watersoluble aliphatic organic acid, a water-soluble organic monoamine compound, a water-soluble organic solvent, and water, and the inkjet ink comprises an aqueous pigment dispersion in which a pigment is dispersed with an anionic dispersant or nonionic dispersant, a water-soluble organic solvent, an anionic ionomer-based aqueous urethane resin, a surfactant, a penetrating agent, and water, and wherein the pre-treatment liquid comprises 1 molar equivalent or higher of the water-soluble organic monoamine compound relative to an acid group contained in the water-soluble aliphatic organic acid. applying a pre-treatment liquid to a recording medium; and applying a stimulus to an inkjet ink to jet the inkjet ink onto the recording medium, onto which the pre-treatment liquid has been applied, so as to form an image on the recording medium, wherein the pre-treatment liquid comprises a watersoluble aliphatic organic acid, a water-soluble organic monoamine compound, a water-soluble organic solvent, and water, and the inkjet ink comprises an aqueous pigment dispersion in which a pigment is dispersed with an anionic dispersant or nonionic dispersant, a water-soluble organic solvent, an anionic ionomer-based aqueous urethane resin, a surfactant, a penetrating agent, and water, and wherein the pre-treatment liquid comprises 1 molar equivalent or higher of the water-soluble organic monoamine compound relative to an acid group contained in the water-soluble aliphatic organic acid.
A two component-gelation system, wherein said gelation system is formed from: a. a first component (solution 1) comprising or consisting of Fibroblast Growth factor 18 (FGF-18), alginate, collagen and a sugar as stabilizing agent, and b. a second component (solution 2) comprising or consisting of a dicationic salt. a. a first component (solution 1) comprising or consisting of Fibroblast Growth factor 18 (FGF-18), alginate, collagen and a sugar as stabilizing agent, and b. a second component (solution 2) comprising or consisting of a dicationic salt.
A handle sealing machine for attachment of more than two handles (104, 105) made of heat sealable strips onto a bag simultaneously, the machine comprising a main unit for sealing the strips to form carrying handles (104, 105) and a supply unit for continuously supplying lines of strips corresponding to each of the handles (104, 105); said main unit comprising a sealing mechanism equipped with lower and upper horns to press and seal the handles (104, 105) on a bag mouth, a strip cutting station for cutting the strips, and an operation unit preparing the line of strips into a ready to seal position characterized in that the operation unit comprises first and second strip holders (25, 44) defining the length of the handles (104, 105) and a claw element operable at least in horizontal and vertical directions (x, y) by means of an elevator system, said claw element receiving the end portions of the lines of strips from the cutting station and carrying the same to the operation unit where the first and second holders (25, 44) receive the strips from two definite points defining the length of the handles (104, 105) and being axially rotatable such that end portions of the resulting handles (104, 105) are turned to a ready to seal position in between the lower and upper horns whereby at least one of the second strip holder and the cutting station is adapted to fixedly hold at least one of the strips and to leave the rest to be moved and tightened by a tightening force such that the fixedly held strip has a length more than the other strips in between the first and second strip holders (25, 44), and thereby forming the longer handle as compared to the other handles.
Agricultural implement for cultivation comprising: a drawbar for coupling the agricultural implement to a traction vehicle by means of a pull coupling, a front frame section at the separate lateral end sections of which front wheels are arranged via respective swivel axles, wherein the drawbar is articulated relative to the front frame section around at least one vertical axle, linking arms (8, 9) which connect the swivel axles with the drawbar so that the front wheel turns when the drawbar is turned relative to the front frame section, and characterized in that at least one first container for dispensable material, the centre of gravity of which at least on maximum loading is between the front frame section and the pull coupling and said container being fixed in relation to the drawbar. a drawbar for coupling the agricultural implement to a traction vehicle by means of a pull coupling, a front frame section at the separate lateral end sections of which front wheels are arranged via respective swivel axles, wherein the drawbar is articulated relative to the front frame section around at least one vertical axle, linking arms (8, 9) which connect the swivel axles with the drawbar so that the front wheel turns when the drawbar is turned relative to the front frame section, and characterized in that at least one first container for dispensable material, the centre of gravity of which at least on maximum loading is between the front frame section and the pull coupling and said container being fixed in relation to the drawbar.
An organic photodetector comprising: a first electrode; a second electrode facing the first electrode; an activation layer between the first electrode and the second electrode; a hole injection layer between the first electrode and the activation layer; and a hole transport layer (131, 132) between the hole injection layer and the activation layer, wherein the hole transport layer (131, 132) comprises: a first hole transport layer including a hole transport material doped with a p-dopant; and a second hole transport layer including a hole transport material and not including a p-dopant, and the hole transport material in the first hole transport layer and the hole transport material in the second hole transport layer are identical. a first electrode; a second electrode facing the first electrode; an activation layer between the first electrode and the second electrode; a hole injection layer between the first electrode and the activation layer; and a hole transport layer (131, 132) between the hole injection layer and the activation layer, wherein the hole transport layer (131, 132) comprises: a first hole transport layer including a hole transport material doped with a p-dopant; and a second hole transport layer including a hole transport material and not including a p-dopant, and the hole transport material in the first hole transport layer and the hole transport material in the second hole transport layer are identical.
A method for producing a preform intended for stiffening a plastics-material part which is to be produced, having the following steps: • providing an opened forming tool, which has a bottom tool, and a top tool which is arranged movably relative thereto, wherein the top tool is moved away from the bottom tool by an opening stroke, • clamping a stiffening mat, especially a stiffening mat comprising fibrous material, in a clamping frame which has an upper clamping frame part and a lower clamping frame part, in a region between the bottom tool and the top tool, • closing the forming tool by moving the top tool up to the bottom tool, wherein a closing force exerted on the top tool is transmitted in part from the top tool by way of an upper spring device onto the upper clamping frame part and the clamping frame is thereby pressed, counter to a counter-pressure force exerted by a lower spring device, in the direction of the bottom tool into a clamping frame end position, • opening the forming tool by upwards displacement of the top tool, such that the pressing upwards of the lower clamping frame part by the lower spring device is damped by a damper means, in order to avoid the lower clamping frame part leaping upwards. • providing an opened forming tool, which has a bottom tool, and a top tool which is arranged movably relative thereto, wherein the top tool is moved away from the bottom tool by an opening stroke, • clamping a stiffening mat, especially a stiffening mat comprising fibrous material, in a clamping frame which has an upper clamping frame part and a lower clamping frame part, in a region between the bottom tool and the top tool, • closing the forming tool by moving the top tool up to the bottom tool, wherein a closing force exerted on the top tool is transmitted in part from the top tool by way of an upper spring device onto the upper clamping frame part and the clamping frame is thereby pressed, counter to a counter-pressure force exerted by a lower spring device, in the direction of the bottom tool into a clamping frame end position, • opening the forming tool by upwards displacement of the top tool, such that the pressing upwards of the lower clamping frame part by the lower spring device is damped by a damper means, in order to avoid the lower clamping frame part leaping upwards.