mhurhangee/ep-ind-claims huggingface dataset:
Pick-and-place device for, in particular sequin-like, functional elements in the region of a textile machine, in particular an embroidery machine, having a storage element for the functional elements, in which the functional elements are arranged, and having a transfer apparatus for carrying in each case one functional element from the storage element over into a transfer position for fastening the functional element to a textile, wherein the transfer apparatus comprises at least one first conveying element for horizontally conveying a functional element, removed from the storage element, and carrying it over to at least one second conveying element of the transfer apparatus at a pick-up position, and wherein the at least one second conveying element is configured to convey the functional element to the transfer position from the pick-up position, which is raised in relation to the transfer position, by way of a lowering movement and a horizontal movement laterally away from the storage magazine, characterized in that the at least one second conveying element is configured to perform between the pick-up position and the transfer position a linear movement travel which is realized at an oblique angle (α) to the horizontal, preferably at an angle (α) of between 45° and 75°, in particular 60°. wherein the transfer apparatus comprises at least one first conveying element for horizontally conveying a functional element, removed from the storage element, and carrying it over to at least one second conveying element of the transfer apparatus at a pick-up position, and wherein the at least one second conveying element is configured to convey the functional element to the transfer position from the pick-up position, which is raised in relation to the transfer position, by way of a lowering movement and a horizontal movement laterally away from the storage magazine, characterized in that the at least one second conveying element is configured to perform between the pick-up position and the transfer position a linear movement travel which is realized at an oblique angle (α) to the horizontal, preferably at an angle (α) of between 45° and 75°, in particular 60°.
An indicia reader comprising: an image sensor having a plurality of pixels for detecting light; a light filter, positioned in front of the image sensor, having a first area and at least one second area, wherein the first area is configured to allow a first spectral portion of the light to reach a first portion of the plurality of pixels and is further configured to block a second spectral portion of the light from reaching the first portion of the plurality of pixels, and wherein the at least one second area is configured to allow the second spectral portion of the light to reach at least one second portion of the plurality of pixels; characterized by a processor configured by software to: receive pixel information from the image sensor; detect an object within a field of view of the indicia reader, based at least in part on the pixel information from the at least one second portion of the plurality of pixels; trigger indicia reading, based on the detection of the object; and perform the indicia reading based on the pixel information from the first portion of the plurality of pixels. an image sensor having a plurality of pixels for detecting light; a light filter, positioned in front of the image sensor, having a first area and at least one second area, wherein the first area is configured to allow a first spectral portion of the light to reach a first portion of the plurality of pixels and is further configured to block a second spectral portion of the light from reaching the first portion of the plurality of pixels, and wherein the at least one second area is configured to allow the second spectral portion of the light to reach at least one second portion of the plurality of pixels; wherein the first area is configured to allow a first spectral portion of the light to reach a first portion of the plurality of pixels and is further configured to block a second spectral portion of the light from reaching the first portion of the plurality of pixels, and wherein the at least one second area is configured to allow the second spectral portion of the light to reach at least one second portion of the plurality of pixels; receive pixel information from the image sensor; detect an object within a field of view of the indicia reader, based at least in part on the pixel information from the at least one second portion of the plurality of pixels; trigger indicia reading, based on the detection of the object; and perform the indicia reading based on the pixel information from the first portion of the plurality of pixels.
An X-ray imaging unit for medical imaging, comprising a column, a rotating part comprising a first X-ray source and an X-ray imaging detector unit, an upper shelf for supporting the rotating part, a first arm with an attached cephalometric head having a cephalometric patient support (268, 269) for supporting a patient to be imaged, a second arm with an attached a second X-ray source, and a control unit configured to control the X-ray imaging unit, wherein the first X-ray source and the detector unit are configured to provide an image by means of at least a rotational movement around a rotation axis of the rotating part, wherein the upper shelf is configured to enable the rotating part to move with respect to the upper shelf by means of a linear movement and the upper shelf is attached to the column with a pivoting joint, wherein the pivoting joint enables a pivot movement of the upper shelf around the column, wherein the rotating part is configured to be positioned by the linear and pivot movements during the imaging, and wherein the rotating part further comprises a cephalometric collimator and is configured to be positioned over the cephalometric head by the pivot movement so that the second X-ray source and the detector unit are configured to provide a cephalometric image.
A refrigerator comprising: a main body defining a storage compartment; a door configured to open or close the storage compartment; a first light emitting part configured to emit light to the storage compartment; and a sub-door having an additional storage chamber, the additional storage chamber being selectively received in the storage compartment, wherein the sub-door is configured to rotate at a rear of the door; wherein the door includes: an inner door part allowing the light from the first light emitting part to pass therethrough; an outer door part allowing the light passing through the inner door part to pass therethrough; and a space between the inner door part and the outer door part filled with gas for insulation, wherein, when the first light emitting part is turned on and the door is closed, an item inside the storage compartment is perceived from a frontal viewing of the door, wherein the door is configured to independently rotate with respect to the sub-door, and the first light emitting part is disposed at a frontal edge portion of the main body. a main body defining a storage compartment; a door configured to open or close the storage compartment; a first light emitting part configured to emit light to the storage compartment; and a sub-door having an additional storage chamber, the additional storage chamber being selectively received in the storage compartment, wherein the sub-door is configured to rotate at a rear of the door; wherein the door includes: an inner door part allowing the light from the first light emitting part to pass therethrough; an outer door part allowing the light passing through the inner door part to pass therethrough; and a space between the inner door part and the outer door part filled with gas for insulation, wherein, when the first light emitting part is turned on and the door is closed, an item inside the storage compartment is perceived from a frontal viewing of the door, wherein the door is configured to independently rotate with respect to the sub-door, and the first light emitting part is disposed at a frontal edge portion of the main body. an inner door part allowing the light from the first light emitting part to pass therethrough; an outer door part allowing the light passing through the inner door part to pass therethrough; and a space between the inner door part and the outer door part filled with gas for insulation, wherein, when the first light emitting part is turned on and the door is closed, an item inside the storage compartment is perceived from a frontal viewing of the door, wherein the door is configured to independently rotate with respect to the sub-door, and the first light emitting part is disposed at a frontal edge portion of the main body.
A composite netting comprising a continuous netting that is substantially rectangular, has a preselected netting length and width, and a multiplicity of openings that are liquid and vapor permeable, and a plurality of breathable material panels, each breathable material panel being substantially rectangular and having a preselected panel length and width, each breathable material panel being partially attached to the continuous netting at preselected intervals along the length of the netting, the breathable material panels being substantially vapor permeable and liquid impermeable, the partial attachment of the breathable material panels to the continuous netting being such that at least one preselected part of each of the plurality of breathable material panels is physically attached to at least one preselected part of the netting, wherein the netting length is greater than the panel length, characterised in that the netting width is greater than the panel width.
Computer-implemented method for aligning at least one part of a second digital image with at least one part of a first digital image comprising the following steps: a) dividing the at least one part of the first digital image into a plurality of tiles t_fi={t_fi1,t_fi2,...,t_fin} with n being a positive integer; b) dividing the at least one part of the second digital image into a plurality of tiles t_si={t_si1,t_si2,...,t_sin}, wherein each tile t_siv with v ∈ {1,2,...n} of the plurality of tiles t_si corresponds to one respective tile t_fiv of the plurality of tiles t_fi; c) creating a plurality of correlation images fci = { fci_ 1, fci_2,... fci_n'} by computing the correlation between each tile t_fiν' and the corresponding tile t_siv' with v' ∈ {1,2,...n'≤n}; d) determining the position of a global maximum correlation value p_v' for each of the plurality of correlation images fci _v'; e) calculating a plurality of first offset vectors fov = {fov_1, fov_2,...,fov_ n"}, the offset vector fov_v" with v" ∈ {1,2,...n"≤n'} representing the offset between the tile t_siv" and the corresponding tile t_fiv" being calculated by considering the center position of the corresponding correlation image fci_ν" and the position of the global maximum correlation value p _v" of the respective correlation image fci_v" with v" ∈ {1,2,...n"≤n'}; and f) aligning the at least one part of the second digital image with the at least one part of the first digital image by applying the corresponding first offset vectors fov, wherein step f) comprises transforming only the position of at least one object in the tile t_siv" by applying the corresponding first offset vector fov_ v". a) dividing the at least one part of the first digital image into a plurality of tiles t_fi={t_fi1,t_fi2,...,t_fin} with n being a positive integer; b) dividing the at least one part of the second digital image into a plurality of tiles t_si={t_si1,t_si2,...,t_sin}, wherein each tile t_siv with v ∈ {1,2,...n} of the plurality of tiles t_si corresponds to one respective tile t_fiv of the plurality of tiles t_fi; c) creating a plurality of correlation images fci = { fci_ 1, fci_2,... fci_n'} by computing the correlation between each tile t_fiν' and the corresponding tile t_siv' with v' ∈ {1,2,...n'≤n}; d) determining the position of a global maximum correlation value p_v' for each of the plurality of correlation images fci _v'; e) calculating a plurality of first offset vectors fov = {fov_1, fov_2,...,fov_ n"}, the offset vector fov_v" with v" ∈ {1,2,...n"≤n'} representing the offset between the tile t_siv" and the corresponding tile t_fiv" being calculated by considering the center position of the corresponding correlation image fci_ν" and the position of the global maximum correlation value p _v" of the respective correlation image fci_v" with v" ∈ {1,2,...n"≤n'}; and f) aligning the at least one part of the second digital image with the at least one part of the first digital image by applying the corresponding first offset vectors fov, wherein step f) comprises transforming only the position of at least one object in the tile t_siv" by applying the corresponding first offset vector fov_ v".
An indicator for detecting a fluid status of a wound dressing, the indicator comprising: a lower layer; a marking provided along the lower layer; and a top layer; wherein in a first state, the marking is blocked by the top layer and not visible to a user under ambient or natural light; wherein in a second state, the marking is visible through the top layer under ambient or natural light; wherein in a third state, the marking is blocked by the top layer and not visible to a user under ambient or natural light, the third state occurring at a point in time subsequent to the second state; wherein the top layer is formed from a porous, hydrophilic structure defined by a plurality of fibers; and wherein, in the first state, the fibers have a first refractive index and in the second state the fibers have a second refractive index that is greater than the first refractive index. a lower layer; a marking provided along the lower layer; and a top layer; wherein in a first state, the marking is blocked by the top layer and not visible to a user under ambient or natural light; wherein in a second state, the marking is visible through the top layer under ambient or natural light; wherein in a third state, the marking is blocked by the top layer and not visible to a user under ambient or natural light, the third state occurring at a point in time subsequent to the second state; wherein the top layer is formed from a porous, hydrophilic structure defined by a plurality of fibers; and wherein, in the first state, the fibers have a first refractive index and in the second state the fibers have a second refractive index that is greater than the first refractive index.
A battery system comprising: an electrochemical cell; a sensor assembly attached to the cell, the sensor assembly including an array of magnetic field sensors; and a battery management system operably connected to the array of magnetic field sensors, the battery management system including a memory with program instructions stored therein, and a processor operably connected to the memory and to the array magnetic field sensors, the processor configured to execute the program instructions to identify local changes in magnetic flux using input from the array of magnetic field sensors; characterized in that the sensor assembly is a flexible sensor assembly including a flexible substrate attached to a cathode current collector or an anode current collector of the electrochemical cell; and the array of magnetic field sensors is an array of spin valve magnetic field sensors exhibiting an organic magneto resistance effect. an electrochemical cell; a sensor assembly attached to the cell, the sensor assembly including an array of magnetic field sensors; and a battery management system operably connected to the array of magnetic field sensors, the battery management system including a memory with program instructions stored therein, and a processor operably connected to the memory and to the array magnetic field sensors, the processor configured to execute the program instructions to identify local changes in magnetic flux using input from the array of magnetic field sensors; the sensor assembly is a flexible sensor assembly including a flexible substrate attached to a cathode current collector or an anode current collector of the electrochemical cell; and the array of magnetic field sensors is an array of spin valve magnetic field sensors exhibiting an organic magneto resistance effect.
A rolled tissue product comprising a spirally wound embossed, multi-ply tissue web having a first outer surface comprising a plurality of embossments and a non-crosslinked latex polymer disposed thereon, and a second outer surface comprising a plurality of embossments and a non-crosslinked latex polymer disposed thereon, the product having a basis weight from about 45 to about 60 gsm, a geometric mean tensile strength from about 700 to about 1,500 g/3" (g/7.62 cm) and a Slough from about 0.10 to about 2.00 mg, wherein the Slough is measured according to the test procedure described herein, wherein the non-crosslinked latex polymer is a vinyl acetate-ethylene latex polymer, and wherein the non-crosslinked latex polymer is comprised in a binder composition which is applied to the web in an amount of 1 to 25 % by weight based upon the total weight of the web.
A method of determining in a diagnostic assay whether there is an under detection of a target biological molecule in a sample that has been obtained from a patient due to an interfering presence of glycosylation, comprising the steps of: (a) contacting the sample with an immobilised capture antibody that binds specifically to the target, said immobilised antibody being present at a plurality of discrete areas on a substrate or on separate substrates; (b) at at least one of said discrete areas or substrates contacting the target bound to the immobilised capture antibody with a detection antibody that specifically binds the target; (c) at a discrete area or substrate different to that of (b), contacting the target bound to the immobilised capture antibody with a glycan-binding agent; (d) measuring the level of the target bound by the detection antibody in (b); and (e) measuring the level of the target bound by the glycan-binding agent in (c); wherein the results from (b) and (c) are compared to a control to thereby determine whether there is an under detection of the target due to an interfering presence of glycosylation, and wherein the target biological molecule is a protein.
Method for detecting the open or closed state of an electrical protection appliance in an electrical installation for powering an energy-consuming load, said installation comprising an upstream voltage detector and a downstream voltage detector respectively disposed upstream and downstream of said protection appliance, and a current measuring device disposed downstream of said at least one protection appliance designed to detect the current passing through said load, method wherein the voltage data (V, v) provided by said voltage detectors (6, 10) is used to obtain information regarding the presence or absence of voltage upstream and regarding the presence or absence of voltage ( v) downstream of said protection appliance, and in order to identify whether each of the voltages (V, v) is present or absent, a voltage threshold (Vs) is set, below which the voltage (V, v) upstream and/or downstream of said protection appliance is considered to be absent, characterised in that a current value measured by said current measuring device is used to determine, by calibration, a nominal value of the voltage (V, v) upstream and/or downstream of said protection appliance and set said voltage threshold (Vs) based on this nominal voltage value, in that a correlation is established between said voltage data (V, v) and a truth table corresponding to the type of protection appliance concerned to determine, depending on the presence or absence of said voltages (V, v), whether said protection appliance is in an open state, in a closed state, in an abnormal state or in an undetermined state wherein the upstream voltage and the downstream voltage ( v) are absent, and in that the current value measured by said current measuring device is also used to determine the cause of the opening of said protection appliance between a deliberate opening and an accidental opening caused by an overload or a short-circuit.
Apparatus for combining tobacco sheets (3,4), the apparatus comprising: - a first shaft for carrying a first bobbin of tobacco sheet and a second shaft for carrying a second bobbin of tobacco sheet; - a splicing unit for combining an end portion of tobacco sheet from the first bobbin to a head portion of tobacco sheet from the second bobbin, characterised in that the splicing unit comprises - a cutting device for cutting the tobacco sheets (3,4) such as to provide complementary cuts to the tobacco sheets from the first bobbin and from the second bobbin, - a dispensing device for dispensing water to at least one of the tobacco sheets, and - a combining device for applying force onto the tobacco sheets (3,4) thereby producing a spliced tobacco sheet. - a first shaft for carrying a first bobbin of tobacco sheet and a second shaft for carrying a second bobbin of tobacco sheet; - a splicing unit for combining an end portion of tobacco sheet from the first bobbin to a head portion of tobacco sheet from the second bobbin, - a cutting device for cutting the tobacco sheets (3,4) such as to provide complementary cuts to the tobacco sheets from the first bobbin and from the second bobbin, - a dispensing device for dispensing water to at least one of the tobacco sheets, and - a combining device for applying force onto the tobacco sheets (3,4) thereby producing a spliced tobacco sheet.
Method for hydraulically lifting a load, in particular, by a forest crane or hydraulic excavator, comprising a control without load-holding valves, according to which method at least one unidirectionally or double actuated hydro consumer for moving the load is controlled at least widely independent from load from a standstill into lifting positions by displacing a slider piston (7, 7') of a proportional multiway slider valve out of a neutral position, wherein the control comprises a load pressure signal circuit extending through the proportional multiway slider valve to a regulating device of a variable capacity pump, the capacity of the variable capacity pump being regulated to increase starting from a stand-by operation at least by a pressure signal from the load pressure signal circuit, characterized in that, time-wise in advance to opening a first connection (21, 9) from the variable capacity pump to the hydro consumer and also time-wise in advance to opening a second connection (11, 16) in the load pressure signal circuit from the hydro consumer to the regulating device, a third connection (18, 19; 18', 19') is opened in the load pressure signal circuit from the variable capacity pump to the regulating device, and that the pressure signal for the regulating device is increased by regulating the capacity of the variable capacity pump up to at least about the pressure level of the load pressure in the hydro consumer and without tapping any hydraulic medium from the hydro consumer.
Crystalline methyl { -1-[(2S,5S)-2-(9-{2-[(2S,4S)-1-{ -2-[(methoxycarbonyl)amino]-2-phenylacetyl}-4-(methoxymethyl)pyrrolidin-2-yl]-1 H-imidazol-5-yl}-1,11-dihydroisochromeno[4',3':6,7]naphtho[1,2-d]imidazol-2-yl)-5-methylpyrrolidin-1-yl]-3-methyl-1-oxobutan-2-yl}carbamate phosphate (Compound I Phosphate Form XII) characterized by an X-ray powder diffractogram comprising the following peaks: 3.8, 7.5, and 16.9 °2θ ± 0.2 °2θ, as determined on a diffractometer using Cu-Kα radiation at a wavelength of 1.5406 Å.
A recombinant microorganism from which the fatty alcohol dehydrogenase, the fatty alcohol oxidase and the fatty aldehyde dehydrogenase genes in the ω-oxidative metabolism pathway, and the β-oxidative metabolism pathway-related genes are deleted.