mhurhangee/patent-ind-claim-en huggingface dataset:
Automated method to produce flexible wallpaper, which method comprises the following steps: a. providing a flexible substrate layer which is essentially endless along a longitudinal dimension and which substrate layer has a top side and a back side; b. providing a coating on the top side of said substrate layer, which coating comprises a thermoplastic material; c. providing said coating with an embossed pattern; d. providing a print pattern directly on top of the embossed coating using a digital printing device; wherein the maximum depth of the embossed pattern provided in the coating comprises a value equal to or less than 1.0 mm, whereby the coating has a minimum thickness, whereby the thickness of the wallpaper is comprised between 0.1 mm and 2.5 mm, and whereby the coating is provided on the substrate layer in an amount comprised between 50 g/m 2 and 400 g/m 2 . a. providing a flexible substrate layer which is essentially endless along a longitudinal dimension and which substrate layer has a top side and a back side; b. providing a coating on the top side of said substrate layer, which coating comprises a thermoplastic material; c. providing said coating with an embossed pattern; d. providing a print pattern directly on top of the embossed coating using a digital printing device;
A gas turbine for power plant; the gas turbine comprising: - at least a turbine provided with at least a row of stator vanes configured for guiding an hot gas flow ; each vane being outwardly connected to an outer casing and comprising an inner platform ; - a liner segment carrier positioned radially inwards relative to the vane inner platform ; - a membrane seal extending from the carrier to the vane inner platform to isolating the hot gas from a higher-pressure cooling air in a volume below the vane inner platform and downstream the membrane seal that is fed by cooling air ; wherein the membrane seal comprises: - an inner end housed in a groove in the carrier ; - an outer end housed in a groove in the vane inner platform ; - a membrane connecting the inner end to the outer end ; characterized in that the membrane is offset to the outer end towards the higher-pressure volume so that the membrane seal discloses an outer portion with a "P"-shaped profile. - at least a turbine provided with at least a row of stator vanes configured for guiding an hot gas flow ; each vane being outwardly connected to an outer casing and comprising an inner platform ; - a liner segment carrier positioned radially inwards relative to the vane inner platform ; - a membrane seal extending from the carrier to the vane inner platform to isolating the hot gas from a higher-pressure cooling air in a volume below the vane inner platform and downstream the membrane seal that is fed by cooling air ; - an inner end housed in a groove in the carrier ; - an outer end housed in a groove in the vane inner platform ; - a membrane connecting the inner end to the outer end ;
An absorbent article comprising: a topsheet; a backsheet; an absorbent core disposed between the topsheet and the backsheet; and a pair of barrier cuffs extending longitudinally along sides of the absorbent article; wherein a component of the absorbent article comprises a nonwoven web comprising: a first plurality of filaments having a diameter between 8 μm and 50 μm according to the Filament Size Test, wherein the first plurality of filaments comprise a first pigment, wherein the first pigment is a black pigment; a second plurality of filaments having a diameter between 0.3 μm and 5 μm according to the Filament Size Test, wherein the second plurality of filaments comprise a second pigment, wherein the second pigment is a black pigment; wherein the nonwoven web comprises a first side and an opposing second side, wherein the first plurality of filaments forms a portion of the first side and wherein the first plurality of filaments forms a portion of the second side; and wherein the nonwoven web has an L* value of between 0 and 26 as measured from either the first side or the second side, according to the CIE L*a*b* Test. a topsheet; a backsheet; an absorbent core disposed between the topsheet and the backsheet; and a pair of barrier cuffs extending longitudinally along sides of the absorbent article; wherein a component of the absorbent article comprises a nonwoven web comprising: a first plurality of filaments having a diameter between 8 μm and 50 μm according to the Filament Size Test, wherein the first plurality of filaments comprise a first pigment, wherein the first pigment is a black pigment; a second plurality of filaments having a diameter between 0.3 μm and 5 μm according to the Filament Size Test, wherein the second plurality of filaments comprise a second pigment, wherein the second pigment is a black pigment; wherein the nonwoven web comprises a first side and an opposing second side, wherein the first plurality of filaments forms a portion of the first side and wherein the first plurality of filaments forms a portion of the second side; and wherein the nonwoven web has an L* value of between 0 and 26 as measured from either the first side or the second side, according to the CIE L*a*b* Test. a first plurality of filaments having a diameter between 8 μm and 50 μm according to the Filament Size Test, wherein the first plurality of filaments comprise a first pigment, wherein the first pigment is a black pigment; a second plurality of filaments having a diameter between 0.3 μm and 5 μm according to the Filament Size Test, wherein the second plurality of filaments comprise a second pigment, wherein the second pigment is a black pigment; wherein the nonwoven web comprises a first side and an opposing second side, wherein the first plurality of filaments forms a portion of the first side and wherein the first plurality of filaments forms a portion of the second side; and wherein the nonwoven web has an L* value of between 0 and 26 as measured from either the first side or the second side, according to the CIE L*a*b* Test.
A method for providing radiotherapy workflow management relating to a treatment plan based on standard orientation views (axial, sagittal, coronal) at a radiotherapy electronic patient record (RT-EPR) system integrated with a picture archive computing system (PACS), the method comprising: Obtaining an image object that includes a volumetric data set of voxels having a spacing and position relative to an image coordinate system; obtaining Dicom RT objects that include anatomical information regarding an anatomical structure of a treatment region (RT Structure) and including dose data (RT Dose) defining dose values for dose points in the treatment region, wherein the dose points are misaligned with the voxels of the volumetric data set, characterized in : calculating a transformation to align the dose points with voxels in the volumetric data set; calculating at least one isodose curve based on the volumetric data set and the dose values; displaying, through a workstation viewer, axial, coronal, sagittal views of image slices from the volumetric data set with dose indicia superimposed on the image slices, the dose indicia, indicative of the dose data and based on the isodose curve, comprising a contour designating a region that receives a select amount of dose. Obtaining an image object that includes a volumetric data set of voxels having a spacing and position relative to an image coordinate system; obtaining Dicom RT objects that include anatomical information regarding an anatomical structure of a treatment region (RT Structure) and including dose data (RT Dose) defining dose values for dose points in the treatment region, wherein the dose points are misaligned with the voxels of the volumetric data set, characterized in : calculating a transformation to align the dose points with voxels in the volumetric data set; calculating at least one isodose curve based on the volumetric data set and the dose values; displaying, through a workstation viewer, axial, coronal, sagittal views of image slices from the volumetric data set with dose indicia superimposed on the image slices, the dose indicia, indicative of the dose data and based on the isodose curve, comprising a contour designating a region that receives a select amount of dose. calculating a transformation to align the dose points with voxels in the volumetric data set; calculating at least one isodose curve based on the volumetric data set and the dose values; displaying, through a workstation viewer, axial, coronal, sagittal views of image slices from the volumetric data set with dose indicia superimposed on the image slices, the dose indicia, indicative of the dose data and based on the isodose curve, comprising a contour designating a region that receives a select amount of dose.
A method for processing a virtual reality, VR, audio comprising: receiving, by a transmitting terminal of the VR audio from a receiving terminal of the VR audio, a first equipment rotation angle which is acquired by the receiving terminal of the VR audio, and a second equipment rotation angle predicted by the receiving terminal of the VR audio according to the first equipment rotation angle and current network delay information; predicting, by the transmitting terminal of the VR audio, a third equipment rotation angle according to the received first equipment rotation angle and the current network delay information; determining, by the transmitting terminal of the VR audio, an ambisonics signal rotation angle according to the received second equipment rotation angle and the predicted third equipment rotation angle; rotating, by the transmitting terminal of the VR audio, an ambisonics signal according to the determined ambisonics signal rotation angle; and transmitting, by the transmitting terminal of the VR audio, the rotated ambisonics signal to the receiving terminal of the VR audio. receiving, by a transmitting terminal of the VR audio from a receiving terminal of the VR audio, a first equipment rotation angle which is acquired by the receiving terminal of the VR audio, and a second equipment rotation angle predicted by the receiving terminal of the VR audio according to the first equipment rotation angle and current network delay information; predicting, by the transmitting terminal of the VR audio, a third equipment rotation angle according to the received first equipment rotation angle and the current network delay information; determining, by the transmitting terminal of the VR audio, an ambisonics signal rotation angle according to the received second equipment rotation angle and the predicted third equipment rotation angle; rotating, by the transmitting terminal of the VR audio, an ambisonics signal according to the determined ambisonics signal rotation angle; and transmitting, by the transmitting terminal of the VR audio, the rotated ambisonics signal to the receiving terminal of the VR audio.
A prophylactic and/or therapeutic agent for use in the treatment of choroidal neovascularization comprising a leukotriene receptor antagonist, which is at least one selected from the group consisting of pranlukast, zafirlukast, and pharmaceutically acceptable salts thereof, as an active ingredient.
A particulate meat seasoning composition comprising: a) 10-70 wt.% of farinaceous component comprising: • 5-30% by weight of the farinaceous component of semolina component having a particle size of more than 100 μm to 1,200 μm, said semolina component being selected from wheat semolina, rice semolina, maize semolina, rye semolina, tapioca semolina and combinations thereof; • 70-95% of by weight of the farinaceous component of flour component having a particle size of 10 μm to 100 μm, said flour component being selected from wheat flour, rice flour, maize flour, rye flour, tapioca flour and combinations thereof; b) 30-90 wt.% of one or more seasoning ingredients selected from sodium chloride, potassium chloride, sodium glutamate, spices, herbs, vegetables, fruit, sucrose, yeast extract, inosine 5'-monophosphate, guanosine 5'-monophosphate and protein hydrolysate; wherein the farinaceous component has a multimodal particle size distribution with at least one maximum below 100 μm and at least one maximum above 100 μm. a) 10-70 wt.% of farinaceous component comprising: • 5-30% by weight of the farinaceous component of semolina component having a particle size of more than 100 μm to 1,200 μm, said semolina component being selected from wheat semolina, rice semolina, maize semolina, rye semolina, tapioca semolina and combinations thereof; • 70-95% of by weight of the farinaceous component of flour component having a particle size of 10 μm to 100 μm, said flour component being selected from wheat flour, rice flour, maize flour, rye flour, tapioca flour and combinations thereof; • 5-30% by weight of the farinaceous component of semolina component having a particle size of more than 100 μm to 1,200 μm, said semolina component being selected from wheat semolina, rice semolina, maize semolina, rye semolina, tapioca semolina and combinations thereof; • 70-95% of by weight of the farinaceous component of flour component having a particle size of 10 μm to 100 μm, said flour component being selected from wheat flour, rice flour, maize flour, rye flour, tapioca flour and combinations thereof; b) 30-90 wt.% of one or more seasoning ingredients selected from sodium chloride, potassium chloride, sodium glutamate, spices, herbs, vegetables, fruit, sucrose, yeast extract, inosine 5'-monophosphate, guanosine 5'-monophosphate and protein hydrolysate;
This awning and cover is consisting of a first and a second structure (A, B), where it is characterized by the fact that the first structure (A) has a forefront made of round or square stainless steel profiles bent in the shape of the letter U, which has fixed double forefront rings on the tops, on which the second structure (B) is hung with fixed rings and shafts by forming hinges for the movement of the rear part of the second structure (B) up and down which has a square shape, which is raised by two upper gas springs attached on one side to the first structure (A) on first upper gas spring brackets and on the other side on the structure (B) on second upper gas spring brackets , the forefront under the double forefront rings is extended by the same profiles at an angle of 135 degrees seen from the bottom, for the length of the second structure (B), where at the very end they have foot double rings which are attached by shafts to foot brackets which are fixable with screws to the boat by forming hinges for the movement of the forefront up and down, which is raised by two lower gas springs attached on one side to the first structure (A) on lower gas spring brackets and on the other side to double brackets which are attachable to the boat as that when all the gas springs are open, the forefront of the first structure (A) and the second structure (B) are in a horizontal position, so that the entire surface of the second structure (B) and the forefront is used for fixing a canvas , while hooks are attached to the double brackets on the boat and to safety brackets which are fixed to the first structure (A) and serve to fix the awning in the closed position.
An electric brake device comprising: an electric brake being configured such that a shaft is moved forward by driving of an electric motor , and a forward movement of the shaft brings the electric brake into an acting state in which brake friction members are pushed against a brake rotary body so as to suppress rotation of a wheel; and a motor controller being configured to control the electric motor , wherein through a rotation speed control on the electric motor , after the shaft reaches a set position before the electric brake comes into the acting state, the motor controller controls a forward speed of the shaft to be smaller than that before the shaft reaches the set position wherein the brake rotary body is a disc rotor integrally and rotatably fixed to the wheel, the electric brake is a disc brake that includes a pair of the brake friction members located on both sides of the disc rotor , and comes into the acting state in which the brake friction members are pushed against the disc rotor , the motor controller stores a contact position that is a position where the shaft comes into contact with the disc rotor via one of the brake friction members , characterized in that the motor controller defines, as the set position, a position located more rearward with not less than a distance determined based on a standard value of camming of the disc rotor than the contact position stored during a previous operation of the electric brake. an electric brake being configured such that a shaft is moved forward by driving of an electric motor , and a forward movement of the shaft brings the electric brake into an acting state in which brake friction members are pushed against a brake rotary body so as to suppress rotation of a wheel; and a motor controller being configured to control the electric motor , wherein through a rotation speed control on the electric motor , after the shaft reaches a set position before the electric brake comes into the acting state, the motor controller controls a forward speed of the shaft to be smaller than that before the shaft reaches the set position wherein the brake rotary body is a disc rotor integrally and rotatably fixed to the wheel, the electric brake is a disc brake that includes a pair of the brake friction members located on both sides of the disc rotor , and comes into the acting state in which the brake friction members are pushed against the disc rotor , the motor controller stores a contact position that is a position where the shaft comes into contact with the disc rotor via one of the brake friction members , characterized in that the motor controller defines, as the set position, a position located more rearward with not less than a distance determined based on a standard value of camming of the disc rotor than the contact position stored during a previous operation of the electric brake.
A method of inkjet printing comprising: inkjet printing an inkjet ink onto a substrate, wherein the inkjet ink comprises a resin having a glass transition temperature of from 25 to 105°C, a radiation-curable material, and a photoinitiator, wherein: the radiation-curable material comprises a multifunctional radiation-curable oligomer and a multifunctional (meth)acrylate monomer, wherein the multifunctional radiation-curable oligomer is present in an amount of 1 to 12% by weight, based on the total weight of the ink, and the multifunctional (meth)acrylate monomer is present in an amount of 5 to 25% by weight, based on the total weight of the ink; and exposing the inkjet ink to UV LED light to cure the inkjet ink. the radiation-curable material comprises a multifunctional radiation-curable oligomer and a multifunctional (meth)acrylate monomer, wherein the multifunctional radiation-curable oligomer is present in an amount of 1 to 12% by weight, based on the total weight of the ink, and the multifunctional (meth)acrylate monomer is present in an amount of 5 to 25% by weight, based on the total weight of the ink; and exposing the inkjet ink to UV LED light to cure the inkjet ink.
A light curtain component , having: - a housing which extends essentially along a longitudinal direction , and - a plurality of optoelectronic emission or reception elements arranged in the housing , which are oriented toward an upper side of the housing and are separated from one another along the longitudinal direction , wherein the housing comprises a front side which extends transversely to the upper side , characterized in that the front side is essentially trapezoidal in a plan view and comprises a first, a second, and a third planar front surface (48", 50", 52), wherein the first and the second planar front surfaces (48", 50", 52) each form an angle (α) of 45° with the longitudinal direction and an angle of 90° with each other, wherein the third planar front surface is oriented orthogonally to the longitudinal direction and connects the first and the second front surfaces (48"; 50") to one another, and wherein one of the optoelectronic emission or reception elements , which is arranged in the housing and lies spatially closest to the front side , has an equally large first distance (d 1 ) from the first, the second and the third planar front surfaces (48"; 50", 52). - a housing which extends essentially along a longitudinal direction , and - a plurality of optoelectronic emission or reception elements arranged in the housing , which are oriented toward an upper side of the housing and are separated from one another along the longitudinal direction ,
A medium for plant cultivation comprising a thermoplastic resin containing at least one of an ethylene unit and a propylene unit, an extract obtained by treating 10 g of the thermoplastic resin with 50 mL of ion-exchange water at 95°C for 4 hours having a pH at 25°C not less than 4 and not more than 9.
Roll straightening machine for straightening an elongated string member, having at least one first straightening roll , which is rotatably mounted around a first rotation axis and motor-driven, and at least one second straightening roll , which is rotatably mounted around a second rotation axis and motor-driven, wherein the first and second rotation axis are oblique with respect to a longitudinal axis of an elongated string member to be received in the roll straightening machine , and wherein the first and second rotation axis are oblique with respect to one another, wherein the first rotation axis is mounted on a first holding means , wherein the second rotation axis is mounted on a second holding means , and wherein the first and the second holding means are supported by a frame in a removable manner, which is adapted to receive a variable number of holding means with straightening rolls , characterized in that the frame comprises at least one first rail and one second rail , wherein the first holding means is received on the first rail and the second holding means is received on the second rail and in that the first and the second holding means each have a through hole through which the rail extends, wherein each holding means has an identical construction with identical longitudinal extension, and wherein each holding means is replaceable by a single spacer or a plurality of spacers as a place holder, which single spacer or plurality of spacers has a longitudinal extension equal to the longitudinal extension of the holding means .
Controllable choke coil , comprising at least one choke winding and a magnetic coil core which has a longitudinal extension direction (Z) corresponding to the main magnetic flux direction, a first transverse extension direction (X) and a second transverse extension direction (Y), the three extension directions (X, Y, Z) being orientated in pairs perpendicular to one another, the coil core having at least three boreholes , - wherein the boreholes extend substantially along the second transverse direction of extension (Y), - wherein at most one borehole extends in each transverse extension plane of the coil core , which is spanned by the first transverse extension direction (X) and the second transverse extension direction (Y), and - wherein a distance (x1) of at least one borehole from an outer edge of the coil core in the first transverse extension direction (X) is greater than a distance (x2, z1) of the borehole from a further outer edge of the coil core , wherein a control winding passes through the boreholes in such a way that a pre-magnetisation of the coil core can be generated by a control current (Is) through the control winding . - wherein the boreholes extend substantially along the second transverse direction of extension (Y), - wherein at most one borehole extends in each transverse extension plane of the coil core , which is spanned by the first transverse extension direction (X) and the second transverse extension direction (Y), and - wherein a distance (x1) of at least one borehole from an outer edge of the coil core in the first transverse extension direction (X) is greater than a distance (x2, z1) of the borehole from a further outer edge of the coil core ,