mhurhangee/patent-ind-claim-en huggingface dataset:
Automatic unwinder of flexible materials wound on reels , in particular for feeding an operating machine, which comprises: - a support structure on which at least two mandrels are rotatably mounted, each of which is arranged to support a reel of a corresponding flexible material and said mandrel is adapted to rotate in order to unwind the corresponding reel ; - feeding means for feeding said operating machine with at least one of said flexible materials, said feeding means defineing a mouth susceptible of being traversed in the advancement direction (X) of said materials; - at least a slide guide , extended between a first end , in proximity to said mandrels , and a second end (5"), in proximity to the mouth of said feeding means ; - a rack , which comprises multiple drawers , one for each mandrel , at each of said drawers a portion of a corresponding said flexible material being adapted to be retained; - at least a carriage , provided with a retention gripper ; - movement means in order to move said carriage along at least one said slide guide between a grip position, in which said carriage is at the first end of said slide guide and said gripper is adapted to grippingly receive a free flap of the flexible material of a corresponding reel , and a release position, in which said carriage is at the second end (5") of said slide guide in order to release said free flap substantially at the corresponding drawer of said rack . - a support structure on which at least two mandrels are rotatably mounted, each of which is arranged to support a reel of a corresponding flexible material and said mandrel is adapted to rotate in order to unwind the corresponding reel ; - feeding means for feeding said operating machine with at least one of said flexible materials, said feeding means defineing a mouth susceptible of being traversed in the advancement direction (X) of said materials; - at least a slide guide , extended between a first end , in proximity to said mandrels , and a second end (5"), in proximity to the mouth of said feeding means ; - a rack , which comprises multiple drawers , one for each mandrel , at each of said drawers a portion of a corresponding said flexible material being adapted to be retained; - at least a carriage , provided with a retention gripper ; - movement means in order to move said carriage along at least one said slide guide between a grip position, in which said carriage is at the first end of said slide guide and said gripper is adapted to grippingly receive a free flap of the flexible material of a corresponding reel , and a release position, in which said carriage is at the second end (5") of said slide guide in order to release said free flap substantially at the corresponding drawer of said rack .
Device for connecting fluid lines and further lines , wherein the device has a first connection component for connecting fluid lines and has a second connection component for connecting further lines , wherein the first connection component has a first functional position, in which the first connection component releases the two fluid lines from one another, and has a second functional position, in which the first connection component connects two fluid lines , wherein a movement of the first connection component along a connection axis of the device transfers the first connection component between the first and second functional positions, wherein the second connection component , in a connection position, connects two further lines and, in a release position, releases the two further lines from one another, wherein a movement of the second connection component in a circumferential direction about the connection axis transfers the second connection component between the release position and the connection position if the first connection component is in the second functional position, wherein the device has a locking component which, in a locking position, locks the first connection component in the second functional position and which, in an unlocking position, releases the first connection component , characterized in that the locking component has a lock element which is oriented along the circumferential direction, wherein a movement of the locking component in the circumferential direction transfers the locking component between the locking position and the unlocking position if the first connection component is in the second functional position.
An apparatus for establishing a multi-phase electrical connection, comprising at least one connecting element per phase, wherein each connecting element comprises two busbars and a number (N) of identical, flexible conductors arranged in parallel in a plane, said conductors electrically conductively connecting the two busbars , wherein a spacing (a) of geometric center points of cross sections of adjacent conductors from one another is at least twice as large as a diameter (d) of one of the conductors , wherein each busbar respectively comprises a connection region for electrical and mechanical connection of the connecting element to an electrical device, characterized in that the connecting elements are arranged in parallel with one another and the geometric center points of the cross sections of adjacent conductors of adjacent connecting elements , which are assigned to different phases, have a spacing (b) from one another that is in each case at most half the product of the number (N) of electrical conductors minus 1 multiplied by the spacing (a) of the conductors of a phase from one another.
A tire tread including a ground-contacting surface which comes into contact with a road surface during rolling, at least one circumferential groove which has a depth Dc and extends in a circumferential direction of a tire, a plurality of auxiliary grooves which have a depth Da and extend in a direction intersecting the circumferential groove , and a plurality of blocks defined by the circumferential groove and the auxiliary grooves , wherein each block includes an upper surface forming part of the ground-contacting surface , and at least two front surfaces which are separated by a length L in the circumferential direction of the tire and each face different auxiliary grooves , and the upper surface forms at least two edges at intersecting portions with the front surfaces , namely a first edge serving as a trailing edge when traveling in a first direction DR1, and a second edge serving as the trailing edge when traveling in a second direction DR2 opposite to the first direction DR1, wherein each block is composed of at least two rubber layers that overlap in the circumferential direction of the tire, wherein the at least two rubber layers comprise a first rubber layer which includes at least part of the first edge and is composed of a first rubber composition, and a second rubber layer which includes at least part of the second edge and is composed of a second rubber composition different from the first rubber composition, wherein the first rubber layer is exposed in a region of at least 20% of the upper surface toward the inside of the block from the first edge , and a region of at least 60% of the front surface in a radially inward direction from the first edge , and wherein the first rubber layer occupies at least 20% and at most 80% of the volume of the block , the tire tread being characterized in that a glass transition temperature Tg of the first rubber composition forming the first rubber layer is at most equal to -20°C, and the glass transition temperature Tg of the second rubber composition forming the second rubber layer is greater than -20°C.
Converter arrangement having - a first phase module extending between a first and a second DC voltage pole and having a first AC voltage connection , said first phase module comprising a first phase module branch extending between the first AC voltage connection and the first DC voltage pole and a second phase module branch extending between the first AC voltage connection and the second DC voltage pole , - a second phase module extending between the first and the second DC voltage pole and having a second AC voltage connection , said second phase module comprising a third phase module branch extending between the second AC voltage connection and the first DC voltage pole and a fourth phase module branch extending between the second AC voltage connection and the second DC voltage pole , wherein each of the phase module branches comprises a series circuit containing two-pole submodules , wherein each submodule comprises at least two series-connected power semiconductor switches and an energy store and can be bypassed in a manner independent of current direction by means of a bypass unit arranged in parallel with the connection terminals of said submodule, - a DC voltage switch in one of the two DC voltage poles , characterized by - a freewheeling path , which extends between a first DC voltage link that can be connected to the first DC voltage pole and a second DC voltage link that can be connected to the second DC voltage pole and comprises a semiconductor element having a reverse direction and a forward direction, wherein the freewheeling path comprises a parallel circuit , which is arranged in series with the semiconductor element and has an energy absorber element and an absorber switch arranged in parallel therewith. - a first phase module extending between a first and a second DC voltage pole and having a first AC voltage connection , said first phase module comprising a first phase module branch extending between the first AC voltage connection and the first DC voltage pole and a second phase module branch extending between the first AC voltage connection and the second DC voltage pole , - a second phase module extending between the first and the second DC voltage pole and having a second AC voltage connection , said second phase module comprising a third phase module branch extending between the second AC voltage connection and the first DC voltage pole and a fourth phase module branch extending between the second AC voltage connection and the second DC voltage pole , wherein - a DC voltage switch in one of the two DC voltage poles , - a freewheeling path , which extends between a first DC voltage link that can be connected to the first DC voltage pole and a second DC voltage link that can be connected to the second DC voltage pole and comprises a semiconductor element having a reverse direction and a forward direction, wherein the freewheeling path comprises a parallel circuit , which is arranged in series with the semiconductor element and has an energy absorber element and an absorber switch arranged in parallel therewith.
A method, comprising: amplifying a nucleic acid sequence of interest in a sample comprising genomic DNA of a subject; amplifying a reference sequence in the sample, wherein the reference sequence has at least 80% sequence identity to at least one portion of genomic DNA comprising from about 60 to about 150 base pairs of any of SEQ ID Nos.: 9-13, wherein the at least one portion is present in at least a first minimum number of copies in the genome; and at least one copy of the at least one portion is present on each of at least a second minimum number of chromosomes; quantifying the amplified sequence of interest relative to the amplified reference sequence; and determining a copy number of the sequence of interest from the relative quantified amplified sequence of interest, wherein amplifying the sequence of interest and amplifying the reference sequence are performed by TaqMan quantitative polymerase chain reaction (qPCR). amplifying a nucleic acid sequence of interest in a sample comprising genomic DNA of a subject; amplifying a reference sequence in the sample, wherein the reference sequence has at least 80% sequence identity to at least one portion of genomic DNA comprising from about 60 to about 150 base pairs of any of SEQ ID Nos.: 9-13, wherein the at least one portion is present in at least a first minimum number of copies in the genome; and at least one copy of the at least one portion is present on each of at least a second minimum number of chromosomes; quantifying the amplified sequence of interest relative to the amplified reference sequence; and determining a copy number of the sequence of interest from the relative quantified amplified sequence of interest, wherein amplifying the sequence of interest and amplifying the reference sequence are performed by TaqMan quantitative polymerase chain reaction (qPCR).
An oscillating system comprising a spindle , at least one drive motor to drive the spindle according to an axis of rotation , a first plate and a second plate , said first plate cooperating with the second plate , the first plate being inclined relative to the axis of rotation , and at least one of the two plates being driven by the drive motor, characterized in that the second plate is ball-jointed on a second axis which is offset relative to the axis of rotation , thus creating an amplitude of oscillations in the spindle , and in that the two plates rotate at different speeds.
A method for imaging and positioning of a medical imaging device, comprising: obtaining a virtual human body model corresponding to an imaging object and first position information input by a user (S310); determining, based on the first position information, an internal human body image corresponding to the first position information in the virtual human body model, and displaying the internal human body image (S320); determining, based on the first position information, a target imaging position corresponding to the medical imaging device if the internal human body image corresponding to the first position information corresponds to a target photography position (S330); if the internal human body image corresponding to the first position information does not correspond to the target photography position, proceeding to obtain second position information different from the first position information and determining the target imaging position corresponding to the medical imaging device based on an internal human body image corresponding to the second position information (S340). obtaining a virtual human body model corresponding to an imaging object and first position information input by a user (S310); determining, based on the first position information, an internal human body image corresponding to the first position information in the virtual human body model, and displaying the internal human body image (S320); determining, based on the first position information, a target imaging position corresponding to the medical imaging device if the internal human body image corresponding to the first position information corresponds to a target photography position (S330); if the internal human body image corresponding to the first position information does not correspond to the target photography position, proceeding to obtain second position information different from the first position information and determining the target imaging position corresponding to the medical imaging device based on an internal human body image corresponding to the second position information (S340).
A vacuum cleaner comprising: a main casing ; a driving wheel for enabling the main casing to travel; a travel control part for controlling drive of the driving wheel to thereby make the main casing autonomously travel; a plurality of image pickup part disposed apart from each other in the main casing for picking up images on a traveling-direction side of the main casing ; an image generation part for generating a distance image of an object positioned on the traveling-direction side based on the images picked up by the plurality of image pickup part ; and a discrimination part for discriminating whether or not a picked-up object is an obstacle based on the distance image generated by the image generation part , characterized in that , the discrimination part discriminates that, when the object in the distance image generated by the image generation part is positioned closer than a specified set distance which is previously set, the object is an obstacle; and the image generation part generates the distance image by use of respective data within a specified image range among data of the images picked up by the plurality of image pickup part , and changes the specified image range in accordance with the specified set distance. a main casing ; a driving wheel for enabling the main casing to travel; a travel control part for controlling drive of the driving wheel to thereby make the main casing autonomously travel; a plurality of image pickup part disposed apart from each other in the main casing for picking up images on a traveling-direction side of the main casing ; an image generation part for generating a distance image of an object positioned on the traveling-direction side based on the images picked up by the plurality of image pickup part ; and a discrimination part for discriminating whether or not a picked-up object is an obstacle based on the distance image generated by the image generation part , characterized in that , the discrimination part discriminates that, when the object in the distance image generated by the image generation part is positioned closer than a specified set distance which is previously set, the object is an obstacle; and the image generation part generates the distance image by use of respective data within a specified image range among data of the images picked up by the plurality of image pickup part , and changes the specified image range in accordance with the specified set distance.
A system for assaying a sample for Molybdenum-99 content, the system comprising: an inner ionization chamber including a well configured to receive the sample; an outer ionization chamber concentric with the inner ionization chamber; attenuating material positioned in the well; a computing device configured to: determine a first Molybdenum-99 content value of the sample based on a first current measured in the inner ionization chamber; determine a second Molybdenum-99 content value of the sample based on a second current measured in the outer ionization chamber; and determine a final Molybdenum-99 content value based on the first and second Molybdenum-99 content values. an inner ionization chamber including a well configured to receive the sample; an outer ionization chamber concentric with the inner ionization chamber; attenuating material positioned in the well; a computing device configured to: determine a first Molybdenum-99 content value of the sample based on a first current measured in the inner ionization chamber; determine a second Molybdenum-99 content value of the sample based on a second current measured in the outer ionization chamber; and determine a final Molybdenum-99 content value based on the first and second Molybdenum-99 content values. determine a first Molybdenum-99 content value of the sample based on a first current measured in the inner ionization chamber; determine a second Molybdenum-99 content value of the sample based on a second current measured in the outer ionization chamber; and determine a final Molybdenum-99 content value based on the first and second Molybdenum-99 content values.
A method of cutting molded cores wherein a main body and a segment are obtained from each molded core including an annular magnetic body made of a magnetic material and an insulating resin covering part that covers the magnetic body , each molded core being cut at a first cutting part and a second cutting part that transect an outer peripheral surface and an inner peripheral surface and approach each other toward the inner peripheral surface of the molded core , the main body having a main body-side first end face formed by the cutting at the first cutting part and a main body-side second end face formed by the cutting at the second cutting part , and the segment having a segment-side first end face formed by the cutting at the first cutting part and a segment-side second end face formed by the cutting at the second cutting part , wherein the plurality of molded cores are arranged to be coupled such that respective side faces are opposing each other, and wherein the plurality of coupled molded cores are collectively cut at the first cutting part and the second cutting part to transect the outer peripheral surface and the inner peripheral surface of the respective molded cores .
A wound dressing comprising a first layer of a wicking material and a second layer of an absorbent fibre material, whereby the absorbent material is punched into and/or through the wicking material, wherein at least a part of the absorbent material is exposed on a wound facing surface of the wicking layer; and wherein prior to punching the absorbent material into and/or through the wicking material, the wicking material and the absorbent fibre material are bonded together to form bonded layers. wherein at least a part of the absorbent material is exposed on a wound facing surface of the wicking layer; and wherein prior to punching the absorbent material into and/or through the wicking material, the wicking material and the absorbent fibre material are bonded together to form bonded layers.
A method of forming a metal coating comprising in following order the following steps: (a) preparing a separator by fixing a water-soluble organic plating additive to the separator by ion exchange, where the separator is a cation exchange membrane, and wherein the separator is fixed to the water-soluble organic plating additive by bringing the separator into contact with a treatment solution in which the water-soluble organic plating additive is dissolved under the condition that pH is slightly acidic to strongly alkaline; (b) preparing an electroplating cell including: an anode chamber in which an anode chamber solution is stored; wherein the separator separates the anode chamber and a cathode from each other; wherein the separator selectively allows permeation of metal ions contained in the anode chamber solution ; and (c) performing electroplating using the separator to which the organic plating additive is added, thereby obtaining a metal coating. (a) preparing a separator by fixing a water-soluble organic plating additive to the separator by ion exchange, where the separator is a cation exchange membrane, and wherein the separator is fixed to the water-soluble organic plating additive by bringing the separator into contact with a treatment solution in which the water-soluble organic plating additive is dissolved under the condition that pH is slightly acidic to strongly alkaline; (b) preparing an electroplating cell including: an anode chamber in which an anode chamber solution is stored; wherein the separator separates the anode chamber and a cathode from each other; wherein the separator selectively allows permeation of metal ions contained in the anode chamber solution ; and including: an anode chamber in which an anode chamber solution is stored; wherein the separator separates the anode chamber and a cathode from each other; wherein the separator selectively allows permeation of metal ions contained in the anode chamber solution ; and (c) performing electroplating using the separator to which the organic plating additive is added, thereby obtaining a metal coating.
Heating device having a housing of a combustion chamber , wherein in the housing is arranged a window to the combustion chamber , and having an arrangement of an optical sensor on the exterior of the window , wherein the sensor is arranged at a distance (A) from the window and a tube is present between window and sensor through which optical beams can reach the sensor from the window , and wherein the tube rests with an inlet end sealingly against the window , characterised in that the sensor is arranged in an outlet end of the tube and is connected thereto in a thermally conductive manner and the tube is designed to be less thermally conductive in a region close to the window than in a region close to the sensor.