mhurhangee/ep-ind-claims huggingface dataset:
A transport device for transporting a printing medium along a transportation path, comprising: a plurality of transporters (13a, b; 17a, b) configured to transport the printing medium on the transportation path; a divided accelerating interval setter configured to set a transportation speed in a divided accelerating interval, the divided accelerating interval corresponding to a time generated by dividing a time in an acceleration interval where the transportation speed of the printing medium changes from 0 to a given value in accordance with an acceleration rate; a divided decelerating interval setter configured to set a transportation speed in a divided decelerating interval, the divided decelerating interval corresponding to a time generated by dividing a time in a decelerating interval where the transportation speed of the printing medium changes from the given value to 0 in accordance with an decelerating rate; a basic shaft transported, as one of the plurality of transporters, configured to be driven at the transportation speed set for every divided accelerating interval or for every divided decelerating interval and to function as a basic shaft upon transporting the printing medium; and a controller configured to switch the transportation speeds of the transporters of the plurality of transporters other than the basic shaft transporter in synchronization with a switching timing of the divided accelerating interval or the divided decelerating interval by the basic shaft transporter so as to increase or decrease the transportation speed of the printing medium. a plurality of transporters (13a, b; 17a, b) configured to transport the printing medium on the transportation path; a divided accelerating interval setter configured to set a transportation speed in a divided accelerating interval, the divided accelerating interval corresponding to a time generated by dividing a time in an acceleration interval where the transportation speed of the printing medium changes from 0 to a given value in accordance with an acceleration rate; a divided decelerating interval setter configured to set a transportation speed in a divided decelerating interval, the divided decelerating interval corresponding to a time generated by dividing a time in a decelerating interval where the transportation speed of the printing medium changes from the given value to 0 in accordance with an decelerating rate; a basic shaft transported, as one of the plurality of transporters, configured to be driven at the transportation speed set for every divided accelerating interval or for every divided decelerating interval and to function as a basic shaft upon transporting the printing medium; and a controller configured to switch the transportation speeds of the transporters of the plurality of transporters other than the basic shaft transporter in synchronization with a switching timing of the divided accelerating interval or the divided decelerating interval by the basic shaft transporter so as to increase or decrease the transportation speed of the printing medium.
Tilting gear unit for a lamellar blind comprising a reel receivable and rotating simultaneously on a winding shaft around an axis of rotation which comprises a centric winding shaft support opening and a winding section concentric to it for winding and unwinding of a lift belt hanging downwards on it and definable with its one end, a reversible cord holder (14, 15) received on the reel with simultaneous rotation axially apart from the winding section from which one reversible cord string each fixed on the reversible cord holder (14,15) is hanging downwards on both sides of the axis of rotation, a casing to be fixed on a building, in which the reel and the reversible cord holder (14, 15) are supported, which casing comprises openings for the winding shaft on its sides located in the direction of the axis of rotation and outlet openings (8, 9) in the bottom for the lift belt and for the two reversible cord strings, a coupling, via which the reversible cord holder (14, 15) in a predetermined range of the angle of rotation is coupled to the reel in simultaneous rotation, a stop arrangement (34, 35, 36) with defined stops (34, 35, 36) attributed to each other on the housing or reversible cord holder side, via which the reversible cord holder (14, 15) is held in a non-rotational manner on the casing outside the range of the angle of rotation, with, for specification of the range of the angle of rotation, at least one of the stops is defined adjustably in circumferential direction via a position adjustment device (11, 13) to be operable outside the casing, characterized in that on a casing bottom of the casing an adjustment access opening is provided via which the position adjustment device (11, 13) in the case of built-in lamellar blind and tilting gear unit built on it is accessible from the bottom and operable from outside of the casing.
A device for accommodating objects, the device being a trolley for use in an airplane and comprising a housing which is provided with a bottom wall, two upright side walls (9, 10), each of which extends from the bottom wall, and a top wall, which is arranged substantially parallel to the bottom wall and transversely between the side walls (9, 10), and in which at least one of said walls (7, 9, 10, 12) is formed by a panel (7, 9, 10, 12) provided with a core, which is covered on either side with an inner layer and an outer layer, respectively and having at least one outer edge which is provided with a rim in order to form a shock-absorbing edge, characterized in that the rim is a plastic rim and is integrally molded onto said outer edge of said panel (7, 9, 10, 12).
A gear transmission with a speed-reducing ratio comprising - a drive wheel having an external toothing with the tooth number Z = 1, wherein the tooth of the drive wheel has a - foot height factor h fP in a range from 0.2 to 0.4, - a head height factor h aP in a range from 0.6 to 0.8 and - a foot radius factor Q fP in a range from 0.1 to 0.4, - a counter wheel engaging with the drive wheel having a tooth number Z ≥ 1, where the tooth height of the teeth of the counter wheel lies below its pitch circle and the teeth of the counter wheel have a - foot height factor h fP in a range from 0.8 to 1.2, - a head height factor h aP in a range from 0.1 to 0.5 and - a foot radius factor Q fP in a range from 0.3 to 0.8, - a total contact ratio ε γ of drive and counter wheel (1, 2) greater than 1.3. - a drive wheel having an external toothing with the tooth number Z = 1, wherein the tooth of the drive wheel has a - foot height factor h fP in a range from 0.2 to 0.4, - a head height factor h aP in a range from 0.6 to 0.8 and - a foot radius factor Q fP in a range from 0.1 to 0.4, - foot height factor h fP in a range from 0.2 to 0.4, - a head height factor h aP in a range from 0.6 to 0.8 and - a foot radius factor Q fP in a range from 0.1 to 0.4, - a counter wheel engaging with the drive wheel having a tooth number Z ≥ 1, where the tooth height of the teeth of the counter wheel lies below its pitch circle and the teeth of the counter wheel have a - foot height factor h fP in a range from 0.8 to 1.2, - a head height factor h aP in a range from 0.1 to 0.5 and - a foot radius factor Q fP in a range from 0.3 to 0.8, - foot height factor h fP in a range from 0.8 to 1.2, - a head height factor h aP in a range from 0.1 to 0.5 and - a foot radius factor Q fP in a range from 0.3 to 0.8, - a total contact ratio ε γ of drive and counter wheel (1, 2) greater than 1.3.
An elastomer seal for sealing between a motor vehicle opening panel and the body of this vehicle, this seal including a part which is intended to be applied on the body due to a clip which is able to clip into a hole formed in the body, said part comprising two lips able to press on the body on each side of said hole, characterized in that said lips are constituted by an adhesive material which is: - either, in a first variant, distinct from the elastomer which constitutes the remainder of the seal and which is not cured at the vulcanization temperature of said elastomer, - or, in a second variant, identical to this elastomer, but which is prevented from curing during the vulcanization of said elastomer, so that said material remains adhesive. - either, in a first variant, distinct from the elastomer which constitutes the remainder of the seal and which is not cured at the vulcanization temperature of said elastomer, - or, in a second variant, identical to this elastomer, but which is prevented from curing during the vulcanization of said elastomer, so that said material remains adhesive.
A method for determining effects of perforation on a rock formation, comprising: creating a perforation tunnel in a sample obtained of a rock formation; at least one of subdividing the sample into subsamples and making a three dimensional tomographic image of each subsample after, or before and after, the creating of the perforation tunnel in the sample, and making a three dimensional tomographic image of the sample of rock and segmenting the image thereof into sub images of selected subvolumes of the rock formation sample after, or before and after, the creating of the perforation tunnel in the sample; and estimating at least one physical property of the rock formation from each tomographic image. creating a perforation tunnel in a sample obtained of a rock formation; at least one of subdividing the sample into subsamples and making a three dimensional tomographic image of each subsample after, or before and after, the creating of the perforation tunnel in the sample, and making a three dimensional tomographic image of the sample of rock and segmenting the image thereof into sub images of selected subvolumes of the rock formation sample after, or before and after, the creating of the perforation tunnel in the sample; and estimating at least one physical property of the rock formation from each tomographic image.
A method of determining a position of a User Equipment, UE, in a wireless communication system, comprising: receiving, from a location server, system information including information on a reference cell for observed time difference of arrival, OTDOA, and information on a neighbor cell for the OTDOA, wherein the information on the reference cell includes a first positioning reference signal, PRS, configuration index indicating when PRS of the reference cell is transmitted, and the information on the neighbor cell includes a second PRS configuration index indicating when PRS of the neighbor cell is transmitted; receiving the PRS of the reference cell and the PRS of the neighbor cell based on the system information; and transmitting reference signal time difference, RSTD, measured using the PRS of the reference cell and the PRS of the neighbor cell; characterised in that the system information comprises information on a cell, for which the UE can obtain a system frame number, SFN, as the reference cell or the neighbor cell. receiving, from a location server, system information including information on a reference cell for observed time difference of arrival, OTDOA, and information on a neighbor cell for the OTDOA, wherein the information on the reference cell includes a first positioning reference signal, PRS, configuration index indicating when PRS of the reference cell is transmitted, and the information on the neighbor cell includes a second PRS configuration index indicating when PRS of the neighbor cell is transmitted; receiving the PRS of the reference cell and the PRS of the neighbor cell based on the system information; and transmitting reference signal time difference, RSTD, measured using the PRS of the reference cell and the PRS of the neighbor cell; characterised in that the system information comprises information on a cell, for which the UE can obtain a system frame number, SFN, as the reference cell or the neighbor cell.
An underfloor distributor for electrical and/or electronic devices, particularly for telecommunications, with a duct which is installable in the ground under the floor, which includes lid and an airtight cap, in which the electrical and/or electronic devices are arranged, wherein the cap is arranged to be pivotable upwardly out of a horizontal position into a vertical position, wherein a cover includes openings for cold supply air and warm exhaust air, which communicate with associated fan modules, which have a respective fan arranged in a protective hood, wherein at least one conduit leads from the fan module of the supply air pressure side into the cap, through the interior of which the supply air supplied under pressure flows, and wherein the exhaust air heated in the cap is drawn out of the cap into the fan module of the exhaust air suction side in order to be discharged from there through the opening in the cover, wherein a partition wall in the duct separates an equipment space from an installation space, which contains the cap with the electrical/electronic devices and that the fan modules are arranged in the equipment space.
A transmitting apparatus comprising: a modulating circuit that comprises: a clock generating part that generates a clock signal at a predetermined time interval; a transmission signal generating part that generates a transmission signal at the predetermined time interval; a control signal generating part that outputs a control signal having a predetermined duration based on the clock signal; a delay part that generates the control signal as a delay signal that has been delayed by a delay amount based on the transmission signal; a wavelet generating part that generates a wavelet at generation timing of the delay signal, and wherein the delay part includes a delay element that delays the control signal and a first switch circuit that switches between a delay signal by the delay element and the control signal in response to the transmission signal, characterized in that the transmitting apparatus further comprises a control signal width control part operable to vary the width of the control signal and of the wavelet depending on the distance of the wireless communication and power consumption. a modulating circuit that comprises: a clock generating part that generates a clock signal at a predetermined time interval; a transmission signal generating part that generates a transmission signal at the predetermined time interval; a control signal generating part that outputs a control signal having a predetermined duration based on the clock signal; a delay part that generates the control signal as a delay signal that has been delayed by a delay amount based on the transmission signal; a wavelet generating part that generates a wavelet at generation timing of the delay signal, and wherein the delay part includes a delay element that delays the control signal and a first switch circuit that switches between a delay signal by the delay element and the control signal in response to the transmission signal, characterized in that the transmitting apparatus further comprises a control signal width control part operable to vary the width of the control signal and of the wavelet depending on the distance of the wireless communication and power consumption. a clock generating part that generates a clock signal at a predetermined time interval; a transmission signal generating part that generates a transmission signal at the predetermined time interval; a control signal generating part that outputs a control signal having a predetermined duration based on the clock signal; a delay part that generates the control signal as a delay signal that has been delayed by a delay amount based on the transmission signal; a wavelet generating part that generates a wavelet at generation timing of the delay signal, and wherein the delay part includes a delay element that delays the control signal and a first switch circuit that switches between a delay signal by the delay element and the control signal in response to the transmission signal,
A polyamide woven fabric having a cover factor of 1000 to 2500, comprising 20% or more by mass of a polyamide carbon black pigmented yarn that comprises carbon black in a proportion of 1 to 5% by mass characterised in that said polyamide carbon black yarn has a total fineness of 5 to 55 dtex and a monofilament fineness of 0.5 to 2.2 dtex as either the warp or the weft, wherein the cover factor is calculated by the following formula: CF = WC × D 1 1 / 2 + WF × D 2 1 / 2 wherein WC represents the woven fabric density of the warp, which is the number of the warp strands/2.54 cm, D1 represents the total fineness in dtex of the warp, WF represents the woven fabric density of the weft, which is the number of the weft strands/2.54 cm, and D2 represents the total fineness in dtex of the weft.
A method for cell search in a cluster based communications network, the method being performed by a cluster head device associated with a cluster head carrier frequency (f CH), the method comprising: determining an internal clock accuracy; characterized by transmitting, based on the internal clock accuracy, frequency measurement configuration information to a wireless device camping on or served by the cluster head device. determining an internal clock accuracy; characterized by transmitting, based on the internal clock accuracy, frequency measurement configuration information to a wireless device camping on or served by the cluster head device.
Method for the production of a layer of multipacks, wherein the multipacks comprise containers which are connected to one another, in particular connected by adhesive, and wherein the layer comprises at least one first and one second multipack, with the steps: - providing a first and a second multipack, which are preliminarily grouped in a first somewhat loose compaction to form a layer, in a reception area, - final compaction of the preliminarily grouped multipacks to form a layer, wherein - before the final compaction of the multipacks to form a layer, an adhesive spot is applied onto at least one first multipack, and - during or after the provision of the preliminarily grouped multipacks, but before the final compaction, at least one adhesive spot is applied, by means of which, at the final compaction of the preliminarily grouped multipacks to form a layer, an adhesion point is produced between two adjacent multipacks, characterised in that - the first and second multipacks preliminarily grouped in loose compaction are spread, and, in the spread state, an adhesive spot is applied onto the first multipack. - providing a first and a second multipack, which are preliminarily grouped in a first somewhat loose compaction to form a layer, in a reception area, - final compaction of the preliminarily grouped multipacks to form a layer, wherein - before the final compaction of the multipacks to form a layer, an adhesive spot is applied onto at least one first multipack, and - during or after the provision of the preliminarily grouped multipacks, but before the final compaction, at least one adhesive spot is applied, by means of which, at the final compaction of the preliminarily grouped multipacks to form a layer, an adhesion point is produced between two adjacent multipacks, - the first and second multipacks preliminarily grouped in loose compaction are spread, and, in the spread state, an adhesive spot is applied onto the first multipack.
A Factor VIII polypeptide comprising an internal deletion of one or more amino acids starting within the B domain and ending between Glu-1649 and Pro-1688, with reference to full length human factor VIII amino acid sequence as shown in SEQ ID NO:1, said polypeptide comprising a tripeptide sequence Asn-X-Thr or Asn-X-Ser, generated by linking an Asn in the B domain to a Thr or Ser in the A3 domain.
A raw material composition of neodymium-iron-boron magnet material, which comprises the following components by mass percentage, wherein the percentage refers to the mass percentage of the content of each component in the total mass of the raw material composition of neodymium-iron-boron magnet material: 29.5-32% of R', wherein R' is a rare earth element and includes Pr and Nd; wherein, Pr ≥ 17.15%; 0.25-1.05% of Ga; 0.9-1.2% of B; 64-69% of Fe; characterised in that Cu ≥ 0.35%; Al ≤ 0.03%; 0.25-0.3% of Zr. 29.5-32% of R', wherein R' is a rare earth element and includes Pr and Nd; wherein, Pr ≥ 17.15%; 0.25-1.05% of Ga; 0.9-1.2% of B; 64-69% of Fe; characterised in that Cu ≥ 0.35%; Al ≤ 0.03%; 0.25-0.3% of Zr.
A method for identifying, from a library of host cells, a host cell that expresses a mixture of different single polypeptide chain binding proteins with the most optimal biological activity, wherein said single polypeptide chain binding proteins are single domain antibodies or anticalins or affibodies that are non associated and thus retrievable as separate proteins, the method comprising: - producing a library of cells, wherein each cell encodes at least two separate single domain antibodies or anticalins or affibodies having different target epitopes, whereby the cells express the single domain antibodies or anticalins or affibodies at different ratios, comprising transfecting and allowing for integrating into the genome of all cells nucleic acid sequences encoding said at least two single domain antibodies or anticalins or affibodies and selecting for successful integration, whereby said nucleic acid sequences comprise a secretion signal or a coding sequence for localising and anchoring the resulting binding protein in a cell membrane; and - assaying the mixtures of single domain antibodies or anticalins or affibodies expressed by said host cells in a biological activity assay in order to determine the mixture with the most optimal biological activity; and - identifying the host cell producing said mixture. - producing a library of cells, wherein each cell encodes at least two separate single domain antibodies or anticalins or affibodies having different target epitopes, whereby the cells express the single domain antibodies or anticalins or affibodies at different ratios, comprising transfecting and allowing for integrating into the genome of all cells nucleic acid sequences encoding said at least two single domain antibodies or anticalins or affibodies and selecting for successful integration, whereby said nucleic acid sequences comprise a secretion signal or a coding sequence for localising and anchoring the resulting binding protein in a cell membrane; and - assaying the mixtures of single domain antibodies or anticalins or affibodies expressed by said host cells in a biological activity assay in order to determine the mixture with the most optimal biological activity; and - identifying the host cell producing said mixture.
An apparatus for accommodating components from telecommunications and data technology, comprising at least one mount extending in the longitudinal direction with a cross section for accommodating ring-shaped or fork-shaped contacts or arcuate snap-action elements, characterized in, that the cross section has a contour in which at least three points (P1-P4) of the contour lie on a common circle K with the radius R, the contour having an opening angle α of less than/equal to 180°, wherein the opening angle α of a closed contour is 0° and the opening angle α of an open contour is measured between two limbs, wherein the limbs extend via the center of the circle and contact the open contour, and at least two of the three points of the contour lying on the circle having a radius of curvature which is smaller than the radius R.