mhurhangee/ep-ind-claims huggingface dataset:
An imaging device for in-line holographic imaging of an object, said imaging device comprising: a set of light sources, wherein each light source is configured to output light in a confined illumination cone; an image sensor, which comprises a set of light-detecting elements for detecting incident light, wherein the set of light sources are configured to output light such that the confined illumination cones of the light sources in the set of light sources are arranged side-by-side and the illumination cone of each light source illuminates a specific part of the object; wherein the image sensor is arranged such that the light-detecting elements detect a plurality of interference patterns, wherein each interference pattern is formed by diffracted light from the object originating from a single light source in the set of light sources and undiffracted light from the same single light source, wherein at least a sub-set of light-detecting elements is arranged to detect light relating to not more than one interference pattern; and wherein the imaging device is configured so as to enable distinguishing between different interference patterns of the plurality of interference patterns being detected by the image sensor. a set of light sources, wherein each light source is configured to output light in a confined illumination cone; an image sensor, which comprises a set of light-detecting elements for detecting incident light, wherein the set of light sources are configured to output light such that the confined illumination cones of the light sources in the set of light sources are arranged side-by-side and the illumination cone of each light source illuminates a specific part of the object; wherein the image sensor is arranged such that the light-detecting elements detect a plurality of interference patterns, wherein each interference pattern is formed by diffracted light from the object originating from a single light source in the set of light sources and undiffracted light from the same single light source, wherein at least a sub-set of light-detecting elements is arranged to detect light relating to not more than one interference pattern; and wherein the imaging device is configured so as to enable distinguishing between different interference patterns of the plurality of interference patterns being detected by the image sensor.
A method for adjusting an optical centre, adjusting a position of a camera, which is performed after fixedly installing a lens window cover and pre-installing the camera, wherein the step of adjusting the position of the camera comprises adjusting a position of an optical centre of the camera on the basis of a centre of an appearance window on the lens window cover, so as to achieve a required concentricity between the optical centre of the camera and the centre of the appearance window; wherein said step of adjusting the position of the camera comprises: step 100, obtaining an orthographic projection of the camera and the appearance window in a main view direction; step 200, setting an adjusting target and an adjusting area in accordance with the orthographic projection of the camera and the appearance window; and step 300, adjusting an actual position of the camera in accordance with a distinction between the adjusting target and the adjusting area to make the adjusting target to be located in the adjusting area, whereby achieving the required concentricity between the optical centre of the camera and the centre of the appearance window; and wherein the step of obtaining the orthographic projection of the camera comprises obtaining the orthographic projection of the optical centre of the camera and an outer diameter of the camera in the main view direction, and obtaining the orthographic projection of the appearance window comprises obtaining the orthographic projection of the centre of the appearance window and an outer diameter of the appearance window in the main view direction step 100, obtaining an orthographic projection of the camera and the appearance window in a main view direction; step 200, setting an adjusting target and an adjusting area in accordance with the orthographic projection of the camera and the appearance window; and step 300, adjusting an actual position of the camera in accordance with a distinction between the adjusting target and the adjusting area to make the adjusting target to be located in the adjusting area, whereby achieving the required concentricity between the optical centre of the camera and the centre of the appearance window; and
A punching/perforating machine for generating a predefinable punching/perforation pattern in a material unit/web supplied in a transport direction, comprising - a punching/perforation tool having -- a tool upper part (12.1), which is movable in a stroke direction and which has a plurality of stamping punches/perforating needles which are arranged in a predefined grid in a transverse direction and which are movable by means of a pressure beam which is operatively connected via a control device to a drive unit for generating a punching/perforation stroke, and -- a stationary tool lower part (12.2)/female die, - wherein the material unit/web is supplied between the tool upper part (12.1) and the tool lower part (12.2), - characterized in that - means (70, 72) for generating a simultaneous relative movement of the material unit/web relative to the punching/perforation tool to a predefinable extent both in the transport direction and in the transverse direction are present, such that the material unit/web is positionable, prior to each punching/perforation stroke, in an individual predefinable position relative to the punching/perforation tool. - a punching/perforation tool having -- a tool upper part (12.1), which is movable in a stroke direction and which has a plurality of stamping punches/perforating needles which are arranged in a predefined grid in a transverse direction and which are movable by means of a pressure beam which is operatively connected via a control device to a drive unit for generating a punching/perforation stroke, and -- a stationary tool lower part (12.2)/female die, -- a tool upper part (12.1), which is movable in a stroke direction and which has a plurality of stamping punches/perforating needles which are arranged in a predefined grid in a transverse direction and which are movable by means of a pressure beam which is operatively connected via a control device to a drive unit for generating a punching/perforation stroke, and -- a stationary tool lower part (12.2)/female die, - wherein the material unit/web is supplied between the tool upper part (12.1) and the tool lower part (12.2), - characterized in that - means (70, 72) for generating a simultaneous relative movement of the material unit/web relative to the punching/perforation tool to a predefinable extent both in the transport direction and in the transverse direction are present, such that the material unit/web is positionable, prior to each punching/perforation stroke, in an individual predefinable position relative to the punching/perforation tool.
A fusion protein comprising a modified transferrin (mTf) protein fused to a glucagon-like peptide 1 (GLP-1) molecule, wherein the mTf protein is human transferrin of SEQ ID NO.3 modified by amino acid substitution, deletion or insertion of between 1 and 30 amino acids, and wherein the mTf protein exhibits reduced glycosylation, reduced metal binding, or reduced receptor binding as compared to human transferrin of SEQ ID NO. 3.
A device for delivering energy to a mammal, comprising: - a first enclosure having an outer wall surrounding an interior, the outer wall having at least one section that is formed from an electrically-permeable material; - a first electrode within the interior of the first enclosure spaced from the electrically-permeable section of the outer wall; - a first fluid passage coupled to the interior of the first enclosure for delivery of an electrically conductive fluid into said interior such that the electrically conductive fluid couples the first electrode with the electrically-permeable section of the outer wall; - a tube having an internal passageway and an external surface, wherein the first electrode is coupled to the external surface of the tube within the interior of the first enclosure; whereby the first enclosure is positionable in an esophagus of the mammal; the tube is a tube suitable for nasogastral use; and - the device further comprises an electrical signal generator being operable to apply at least one electrical signal to the first electrode such that, when the first enclosure is positioned in the esophagus of the mammal, an electro-magnetic field is applicable to nerves in a vicinity of the esophagus of the mammal, characterized in that the electrode comprises a plurality of filaments and in that the signal is adapted to modulate or stimulate the transmission of electrical signals in the nerves. - a first enclosure having an outer wall surrounding an interior, the outer wall having at least one section that is formed from an electrically-permeable material; - a first electrode within the interior of the first enclosure spaced from the electrically-permeable section of the outer wall; - a first fluid passage coupled to the interior of the first enclosure for delivery of an electrically conductive fluid into said interior such that the electrically conductive fluid couples the first electrode with the electrically-permeable section of the outer wall; - a tube having an internal passageway and an external surface, wherein the first electrode is coupled to the external surface of the tube within the interior of the first enclosure; - the device further comprises an electrical signal generator being operable to apply at least one electrical signal to the first electrode such that, when the first enclosure is positioned in the esophagus of the mammal, an electro-magnetic field is applicable to nerves in a vicinity of the esophagus of the mammal, characterized in that the electrode comprises a plurality of filaments and in that the signal is adapted to modulate or stimulate the transmission of electrical signals in the nerves.
A process for preparing an immunoregulatory macrophage cell, said process comprising: (a) isolating CD14 positive monocytes from a blood sample of a subject; (b) culturing the monocytes in a gas-permeable plastic bag in a culture medium containing (i) M-CSF and (ii) a CD16 ligand, wherein the concentration of M-CSF is in the range of 5-100 ng/ml; (c) contacting the cells with IFN-γ wherein the concentration of IFN-γ is in the range of 5-100 ng/ml; and (d) obtaining the immunoregulatory macrophage cell from the culture medium, wherein the monocytes in step (b) are cultured for at least 5 days prior to IFN-γ stimulation. (a) isolating CD14 positive monocytes from a blood sample of a subject; (b) culturing the monocytes in a gas-permeable plastic bag in a culture medium containing (i) M-CSF and (ii) a CD16 ligand, wherein the concentration of M-CSF is in the range of 5-100 ng/ml; (c) contacting the cells with IFN-γ wherein the concentration of IFN-γ is in the range of 5-100 ng/ml; and (d) obtaining the immunoregulatory macrophage cell from the culture medium,
A self-expanding intraosseous stent (10, 100, 200) able to contain intraosseous cement, the stent comprising a central part (11, 101, 201) and two side parts (12, 13; 102, 103; 203, 204) arranged either side of the central part and extending along the same longitudinal axis, and the central part having a radial force that is less than the radial force of the side parts, the radial force being the resistance to an external compressive force applied to the stent, characterised in that said stent comprises a coaxial meshed outer tube and meshed inner tube, the inner tube having a length greater than the length (l) of the outer tube, so that the ends (203, 204) of the inner tube project beyond the outer tube forming the central part of said stent, said ends of the inner tube forming the side parts of said stent and wherein the mesh density of the inner tube is less than the mesh density of the outer tube.
Self-supporting construction module, for the construction of reinforced-concrete slabs, comprising • a substantially parallelepiped body or plate in which in the upper surface in at least one longitudinal direction of the plate itself is defined at least one groove for its entire length, • such plates having at at least two lateral surfaces a mutually united shape, in order to associate a plurality of plates one to the other, such as to form a complete slab structure, formed by a plurality of such modules, • at least one longitudinal reinforcing element, which is inserted in longitudinal slots extending for the entire length of the body; such slots having a variable width in order to ease the insertion of mutually aligned modules of the longitudinal reinforcing element and, in the meantime, in order to guarantee the keeping of such reinforcements inside the module; characterized in that inside the slots longitudinal tightening teeth are provided, with the aim of reducing the width of the slot in some points of the same. • a substantially parallelepiped body or plate in which in the upper surface in at least one longitudinal direction of the plate itself is defined at least one groove for its entire length, • such plates having at at least two lateral surfaces a mutually united shape, in order to associate a plurality of plates one to the other, such as to form a complete slab structure, formed by a plurality of such modules, • at least one longitudinal reinforcing element, which is inserted in longitudinal slots extending for the entire length of the body;
A system comprising: a magnetic resonance imaging device having an imaging volume of the MR imaging device; and a phantom for quality assurance of the magnetic resonance imaging device, the phantom weighing less than 18.2 kg (40 lbs.), and including: a three dimensional spatial distribution of MR and computer tomography imagable elements located in an MR and CT inert foam support, the spatial distribution being sized to completely fill the imaging volume; and an MR and CT inert external support structure which surrounds and hermetically seals the foam support. characterised by a reference column for spatial referencing of the imagable elements, the reference column being filled with material which provides a strong signal reference to a central magnetic resonance frequency of the MR imaging device. a magnetic resonance imaging device having an imaging volume of the MR imaging device; and a phantom for quality assurance of the magnetic resonance imaging device, the phantom weighing less than 18.2 kg (40 lbs.), and including: a three dimensional spatial distribution of MR and computer tomography imagable elements located in an MR and CT inert foam support, the spatial distribution being sized to completely fill the imaging volume; and an MR and CT inert external support structure which surrounds and hermetically seals the foam support. characterised by a reference column for spatial referencing of the imagable elements, the reference column being filled with material which provides a strong signal reference to a central magnetic resonance frequency of the MR imaging device. a three dimensional spatial distribution of MR and computer tomography imagable elements located in an MR and CT inert foam support, the spatial distribution being sized to completely fill the imaging volume; and an MR and CT inert external support structure which surrounds and hermetically seals the foam support. characterised by a reference column for spatial referencing of the imagable elements, the reference column being filled with material which provides a strong signal reference to a central magnetic resonance frequency of the MR imaging device.
Method for shaping an alloy comprising mainly β phase or near b phase Ti, comprising the steps of: - preparing a homogeneous particle powder mixture comprising micrometric particles of pure Ti and nanometric particles of at least one additional element or compound which promotes the beta phase of Ti during the cooling thereof from its a/b phase transition temperature - exposing said particle powder mixture to a focused energy source which selectively heats at least a part of a bed of said homogeneous powder mixture to a temperature of between 850 and 1850°C - cooling the part which has undergone said exposure, thus maintaining the b phase of Ti, - wherein the homogeneous particle powder mixture comprises nanometric particles of two compounds which promote the beta phase of Ti in order to form a ternary alloy of beta Ti, - wherein the two compounds which promote the beta phase of Ti are Zr and Nb, which form together with Ti a ternary TNZ alloy, - wherein the two compounds are Zr with a content of 14 wt.% of the alloy and Nb with a content of 19 wt.%, the remainder being Ti, the alloy formed being Ti-19Nb-14Zr. - preparing a homogeneous particle powder mixture comprising micrometric particles of pure Ti and nanometric particles of at least one additional element or compound which promotes the beta phase of Ti during the cooling thereof from its a/b phase transition temperature - exposing said particle powder mixture to a focused energy source which selectively heats at least a part of a bed of said homogeneous powder mixture to a temperature of between 850 and 1850°C - cooling the part which has undergone said exposure, thus maintaining the b phase of Ti, - wherein the homogeneous particle powder mixture comprises nanometric particles of two compounds which promote the beta phase of Ti in order to form a ternary alloy of beta Ti, - wherein the two compounds which promote the beta phase of Ti are Zr and Nb, which form together with Ti a ternary TNZ alloy, - wherein the two compounds are Zr with a content of 14 wt.% of the alloy and Nb with a content of 19 wt.%, the remainder being Ti, the alloy formed being Ti-19Nb-14Zr.
Phacoemulsification apparatus, having: - a handpiece which has a cutting tip for emulsifying a lens, wherein the handpiece is provided with piezoelectric elements for deflecting the cutting tip; - a regulator, the input of which is electrically connected to the handpiece in order to receive an actual value which is proportional to the voltage, induced on the piezoelectric elements, of the handpiece constantly oscillating at the natural frequency, wherein the regulator is suitable for comparing the actual value with a prescribed target value and hence determining a controlled variable; - a power amplifier, the input of which is connected to the regulator in order to receive the controlled variable, and the output of which is connected to the handpiece, wherein at the same time as the actual value is received the handpiece can be actuated and power can be output to the handpiece, so that direct feedback can be achieved and hence the handpiece can constantly oscillate at the natural frequency thereof with deflection of the cutting tip in line with the controlled variable. - a handpiece which has a cutting tip for emulsifying a lens, wherein the handpiece is provided with piezoelectric elements for deflecting the cutting tip; - a regulator, the input of which is electrically connected to the handpiece in order to receive an actual value which is proportional to the voltage, induced on the piezoelectric elements, of the handpiece constantly oscillating at the natural frequency, wherein the regulator is suitable for comparing the actual value with a prescribed target value and hence determining a controlled variable; - a power amplifier, the input of which is connected to the regulator in order to receive the controlled variable, and the output of which is connected to the handpiece, wherein at the same time as the actual value is received the handpiece can be actuated and power can be output to the handpiece, so that direct feedback can be achieved and hence the handpiece can constantly oscillate at the natural frequency thereof with deflection of the cutting tip in line with the controlled variable.
A composition of a compound of formula I: a) wherein the compound of formula I is in an amount of at least 97%, 97.5%, 98%, 98.5%, 99%, 99.5% or 99.8% by weight of the composition; or b) wherein the composition contains no more than 2% by HPLC area of total organic impurities, and preferably no more than 1.5% by HPLC area of total organic impurities relative to the total area of the HPLC chromatogram; and wherein R 1 and R 2 are each independently C 1-6 aliphatic; and X - is a suitable anion. a) wherein the compound of formula I is in an amount of at least 97%, 97.5%, 98%, 98.5%, 99%, 99.5% or 99.8% by weight of the composition; or b) wherein the composition contains no more than 2% by HPLC area of total organic impurities, and preferably no more than 1.5% by HPLC area of total organic impurities relative to the total area of the HPLC chromatogram; and
An indoor unit comprising: a housing forming an outer portion, and having an air inlet into which air is sucked and an air outlet from which air is blown out, the air inlet being formed in a lower portion of the housing, the air outlet being formed in an upper portion of the housing; an air-sending device provided at an inside lower portion of the housing, and sending the air sucked in from the air inlet from an air-sending opening to an inside upper portion of the housing, the air-sending opening being formed in an upper portion of the air-sending device; a heat exchanger provided at the inside upper portion of the housing, and causing heat to be exchanged between air sent from the air-sending device and a heat medium; and a fan plate separating the inside lower portion and the inside upper portion of the housing from each other, a drain pan receiving water flowing from the heat exchanger, and a control box controlling an operation of the air-sending device, wherein the fan plate includes a fan connection portion surrounding the air-sending opening of the air-sending device, and a guide portion extending upward from the fan connection portion and guiding the air sent from the air-sending device toward the heat exchanger, a placement portion formed continuously with the guide portion, the drain pan being placed on the placement portion, wherein the control box is provided in an accommodation space formed between the guide portion and a surface of the housing, characterized in that the placement portion has a cutout portion in which the control box is inserted. a housing forming an outer portion, and having an air inlet into which air is sucked and an air outlet from which air is blown out, the air inlet being formed in a lower portion of the housing, the air outlet being formed in an upper portion of the housing; an air-sending device provided at an inside lower portion of the housing, and sending the air sucked in from the air inlet from an air-sending opening to an inside upper portion of the housing, the air-sending opening being formed in an upper portion of the air-sending device; a heat exchanger provided at the inside upper portion of the housing, and causing heat to be exchanged between air sent from the air-sending device and a heat medium; and a fan plate separating the inside lower portion and the inside upper portion of the housing from each other, a drain pan receiving water flowing from the heat exchanger, and a control box controlling an operation of the air-sending device, wherein the fan plate includes a fan connection portion surrounding the air-sending opening of the air-sending device, and a guide portion extending upward from the fan connection portion and guiding the air sent from the air-sending device toward the heat exchanger, a placement portion formed continuously with the guide portion, the drain pan being placed on the placement portion, wherein the control box is provided in an accommodation space formed between the guide portion and a surface of the housing, characterized in that the placement portion has a cutout portion in which the control box is inserted.