mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a readherable, repositionable and reusable adhesive laminated sheet comprising a fabric and a paper backer for printing images, comprising: a step of weaving a fabric with polyester DTYs (Draw Textured Yarns; a process of heating and cooling rapidly the woven fabric so that its width is shrunk by 10% to 15%; a process of preparing a coating liquid to be coated on the front face of the fabric and maturing it for three days; a process of mixing polyurethane resin and a white pigment and coating the rear face of the fabric twice with the mixture, and then, mixing polyurethane resin with a grey pigment and coating the grey mixture upon the previously white coated face once; a process of coating the front face of the fabric twice with the prepared and matured coating liquid, which further includes drying and cooling the coated fabric between the two coating processes on the front face; and a process of coating a paper backer with an adhesive to form an adhesive layer; and a process of laminating on the rear face of the coated fabric the backer coated with the adhesive layer such that the adhesive layer faces the fabric. a step of weaving a fabric with polyester DTYs (Draw Textured Yarns; a process of heating and cooling rapidly the woven fabric so that its width is shrunk by 10% to 15%; a process of preparing a coating liquid to be coated on the front face of the fabric and maturing it for three days; a process of mixing polyurethane resin and a white pigment and coating the rear face of the fabric twice with the mixture, and then, mixing polyurethane resin with a grey pigment and coating the grey mixture upon the previously white coated face once; a process of coating the front face of the fabric twice with the prepared and matured coating liquid, which further includes drying and cooling the coated fabric between the two coating processes on the front face; and a process of coating a paper backer with an adhesive to form an adhesive layer; and a process of laminating on the rear face of the coated fabric the backer coated with the adhesive layer such that the adhesive layer faces the fabric.
A method of making nicotinamide riboside of formula I: wherein R 1 is amino, comprising the steps of: (i) mixing (a) tetra-acyl or substituted acyl ribofuranose and (b) a compound of formula II: wherein R 2 is alkyloxy, -OCH 2 CH 2 OH, or aryloxy, to form a compound of formula III: wherein R 2 is alkyloxy, -OCH 2 CH 2 OH, or aryloxy, and R 3, R 4 and R 5 are each acyl, and (ii) mixing the compound of formula III with a solution of ammonia to form nicotinamide riboside. (i) mixing (a) tetra-acyl or substituted acyl ribofuranose and (b) a compound of formula II: wherein R 2 is alkyloxy, -OCH 2 CH 2 OH, or aryloxy, to form a compound of formula III: wherein R 2 is alkyloxy, -OCH 2 CH 2 OH, or aryloxy, and R 3, R 4 and R 5 are each acyl, and (a) tetra-acyl or substituted acyl ribofuranose and (b) a compound of formula II: wherein R 2 is alkyloxy, -OCH 2 CH 2 OH, or aryloxy, to form a compound of formula III: wherein R 2 is alkyloxy, -OCH 2 CH 2 OH, or aryloxy, and R 3, R 4 and R 5 are each acyl, and R 2 is alkyloxy, -OCH 2 CH 2 OH, or aryloxy, and R 3, R 4 and R 5 are each acyl, and (ii) mixing the compound of formula III with a solution of ammonia to form nicotinamide riboside.
A vacuum pump with a housing, a shaft arranged in the housing and rotatably mounted by means of roller bearings as well as at least one lubricant reservoir for accommodating lubricant in at least one housing part of the housing, wherein there is arranged in the at least one housing part (4, 5) of the housing provided with the lubricant reservoir at least one cooling element, which is fixed at least at one end in a housing wall of this housing part (4, 5), characterised in that the at least one cooling element is formed as a hollow tube open at both ends that is arranged in the housing part (4, 5) substantially perpendicular to a longitudinal axis of the shaft such that the tube is fixed in the region of both ends in the housing wall of this housing part (4, 5).
A process for fabricating an acoustic wave resonator comprising a suspended membrane comprising a piezoelectric material layer, and comprising the following steps: - the production of a first stack comprising at least one layer of first piezoelectric material (C Piezo) on the surface of a first substrate; - the production of a second stack comprising at least one second substrate; - the production of at least one non-bonding initiating zone by deposition or creation of particles of controlled sizes at the surface of one of said stacks, the non-bonding initiating zone for locally preventing bonding between both stacks in its place or its vicinity, leaving the surface of one of said stacks endowed locally with projecting nanostructures in the non-bonding initiating zone before a subsequent bonding step; - the direct bonding of said two stacks creating a blister between the layer of first piezoelectric material and the second stack, allowing for local acoustic decoupling of both stacks, due to the presence of the non-bonding initiating zone; - the thinning of the first stack to eliminate at least the first substrate; said membrane being produced at the surface of said blister created by bonding together the two stacks. - the production of a first stack comprising at least one layer of first piezoelectric material (C Piezo) on the surface of a first substrate; - the production of a second stack comprising at least one second substrate; - the production of at least one non-bonding initiating zone by deposition or creation of particles of controlled sizes at the surface of one of said stacks, the non-bonding initiating zone for locally preventing bonding between both stacks in its place or its vicinity, leaving the surface of one of said stacks endowed locally with projecting nanostructures in the non-bonding initiating zone before a subsequent bonding step; - the direct bonding of said two stacks creating a blister between the layer of first piezoelectric material and the second stack, allowing for local acoustic decoupling of both stacks, due to the presence of the non-bonding initiating zone; - the thinning of the first stack to eliminate at least the first substrate;
A wall assembly for a gas turbine engine, comprising: a support shell (68, 70); a liner panel (72, 74) for a combustor of the gas turbine engine, the liner panel (72, 74) mounted to and spaced from the support shell (68, 70) so as to define cavities formed in the combustor wall assembly between the support shell (68, 70) and liner panel (72, 74), wherein a multiple of cooling impingement passages penetrate through the support shell (68, 70) to allow air from a radially outer plenum to enter the cavities, wherein the liner panel (72, 74) comprises: a multiple of heat transfer augmentors at least partially forming a cold side of the liner panel (72, 74), each defining a cone shaped pin, characterized in that each cone shaped pin terminates with a rounded tip that forms a distal end of each cone shaped pin, wherein each rounded tip defines a hemi-spherical surface and each cone shaped pin has a side surface extending at an angle (α) of between 10 and 25 degrees from a line orthogonal to the liner panel (72, 74). a support shell (68, 70); a liner panel (72, 74) for a combustor of the gas turbine engine, the liner panel (72, 74) mounted to and spaced from the support shell (68, 70) so as to define cavities formed in the combustor wall assembly between the support shell (68, 70) and liner panel (72, 74), wherein a multiple of cooling impingement passages penetrate through the support shell (68, 70) to allow air from a radially outer plenum to enter the cavities, wherein the liner panel (72, 74) comprises: a multiple of heat transfer augmentors at least partially forming a cold side of the liner panel (72, 74), each defining a cone shaped pin, characterized in that each cone shaped pin terminates with a rounded tip that forms a distal end of each cone shaped pin, wherein each rounded tip defines a hemi-spherical surface and each cone shaped pin has a side surface extending at an angle (α) of between 10 and 25 degrees from a line orthogonal to the liner panel (72, 74).
A computer-implemented method (200; 216; 1800) for analyzing seismic data, comprising: identifying a representation of a seismic data set (204; 1802); determining a plurality of feature descriptors corresponding to each of a plurality of aggregates within the representation, CHARACTERIZED BY: partitioning the plurality of aggregates within the representation according to a plurality of levels, wherein each of the plurality of levels comprises aggregates of a specified resolution (206; 1804); formulating a query relating to the representation and identifying one or more vocabulary definitions relating the query to the feature descriptors (208; 218; 1806), whereby identifying the one or more vocabulary definitions comprises identifying definitions of words within the query, definitions of rules relating to the query, or definitions of maps between the plurality of feature descriptors and corresponding probabilities, or any combinations thereof; using a probabilistic relationship between the vocabulary and the feature descriptors to compute a likelihood that each of the plurality of aggregates satisfies the query (220; 1808); and returning a result of the query (214; 1810). identifying a representation of a seismic data set (204; 1802); determining a plurality of feature descriptors corresponding to each of a plurality of aggregates within the representation, partitioning the plurality of aggregates within the representation according to a plurality of levels, wherein each of the plurality of levels comprises aggregates of a specified resolution (206; 1804); formulating a query relating to the representation and identifying one or more vocabulary definitions relating the query to the feature descriptors (208; 218; 1806), whereby identifying the one or more vocabulary definitions comprises identifying definitions of words within the query, definitions of rules relating to the query, or definitions of maps between the plurality of feature descriptors and corresponding probabilities, or any combinations thereof; using a probabilistic relationship between the vocabulary and the feature descriptors to compute a likelihood that each of the plurality of aggregates satisfies the query (220; 1808); and returning a result of the query (214; 1810).
A spacer structure for a sandwich construction, formed from a material web which is provided with a plurality of cuts and has a material web plane as a first plane, wherein a plurality of bearing surfaces,which are spaced apart from the first plane and are disposed in a second plane, are formed in portions by a forming process of the material web, wherein spacing elements in the transition region from the first plane to the second plane run in each case along a direction of extent from the first plane into the second plane, and the spacing elements thus spacing apart the first plane from the bearing surfaces, characterized in that by the forming process of the material web, which is carried out by bending the bearing surfaces out of the first plane, the bearing surfaces are twisted in relation to the first plane, on the one hand, and the spacing elements along the direction of extent thereof have distortions that are configured about the direction of extent of said spacing elements, on the other hand.
Image sensor comprising at least one pixel array wherein each pixel includes at least: - a photodetector; - a read-out circuit comprising an input coupled to the photodetector of the pixel and an active amplifying element (114, 142, 162) configured to receive, at the input, a photodetection signal intended to be outputted by the photodetector and to output a read signal representative of the photodetection signal; characterized in that: - the image sensor further includes pixel binning means (122, 124, 126, 128, 130) configured to form macropixels such that, in each macropixel, the inputs of the read-out circuits of at least two pixels are coupled to one another, and the outputs of the read-out circuits of said at least two pixels are coupled to the input of a single memory element comprising at least one capacitor; - the output of each read-out circuit is coupled to an input of a memory element that is different from those to which the outputs of the read-out circuits of the other pixels are connected; - pixel binning means (122, 124, 126, 128, 130) include connection switches for the read-out circuits inserted between the outputs of the read-out circuits and the inputs of the memory elements. - a photodetector; - a read-out circuit comprising an input coupled to the photodetector of the pixel and an active amplifying element (114, 142, 162) configured to receive, at the input, a photodetection signal intended to be outputted by the photodetector and to output a read signal representative of the photodetection signal; - the image sensor further includes pixel binning means (122, 124, 126, 128, 130) configured to form macropixels such that, in each macropixel, the inputs of the read-out circuits of at least two pixels are coupled to one another, and the outputs of the read-out circuits of said at least two pixels are coupled to the input of a single memory element comprising at least one capacitor; - the output of each read-out circuit is coupled to an input of a memory element that is different from those to which the outputs of the read-out circuits of the other pixels are connected; - pixel binning means (122, 124, 126, 128, 130) include connection switches for the read-out circuits inserted between the outputs of the read-out circuits and the inputs of the memory elements.
Tube for a steam cracking furnace comprising: - at least one downstream tubular segment which has a circular cross-section having a main diameter, - at least one twisted tubular segment having a length less than a quarter of the length of the tube, and comprising: - a central portion which has an elliptical or lobed cross-section and a helical pitch between one times and ten times the main diameter, and an aspect ratio of the elliptical or lobed cross-section between 0.5 and 0.8, - an upstream transition portion which establishes a geometric transition between the central portion and a tubular segment which has a circular cross-section, - a downstream transition portion which establishes a geometric transition between the central portion and the downstream tubular segment, a fluid being intended to flow from the upstream transition portion toward the downstream transition portion. - at least one downstream tubular segment which has a circular cross-section having a main diameter, - at least one twisted tubular segment having a length less than a quarter of the length of the tube, and comprising: - a central portion which has an elliptical or lobed cross-section and a helical pitch between one times and ten times the main diameter, and an aspect ratio of the elliptical or lobed cross-section between 0.5 and 0.8, - an upstream transition portion which establishes a geometric transition between the central portion and a tubular segment which has a circular cross-section, - a downstream transition portion which establishes a geometric transition between the central portion and the downstream tubular segment, a fluid being intended to flow from the upstream transition portion toward the downstream transition portion. - a central portion which has an elliptical or lobed cross-section and a helical pitch between one times and ten times the main diameter, and an aspect ratio of the elliptical or lobed cross-section between 0.5 and 0.8, - an upstream transition portion which establishes a geometric transition between the central portion and a tubular segment which has a circular cross-section, - a downstream transition portion which establishes a geometric transition between the central portion and the downstream tubular segment,
A method for preparing sulphoalkyl ether-β-cyclodextrin, the method comprising contacting cyclodextrin with a base to form activated cyclodextrin, and separately contacting the activated cyclodextrin with an alkyl sultone to form sulphoalkyl ether-β-cyclodextrin, characterised in that the activation reaction is carried out as a batch process and the sulphoalkylation reaction is carried out under continuous flow conditions.
A method for protecting security of data, which is applied to a machine type communication, comprising: determining, by a network side entity, whether a communication terminal which communicates with the network side entity has a characteristic of small data transmission according to machine type communication, MTC, characteristic information of the communication terminal; storing, by the network side entity, information relevant to security context when the last communication between the network side entity and the communication terminal is over, if the communication terminal has the characteristic of small data transmission; obtaining, by the network side entity, current security context according to the information relevant to security context at the beginning of the current communication between the network side entity and the communication terminal; and protecting, by the network side entity, security of communication data by employing the current security context, wherein the information relevant to the security context comprises: an algorithm and an authentication vector, AV comprising a random number, RAND, and an authentication token, AUTN; wherein the method further comprises: sending, by the network side entity, a detach request message or a detach accept message to the communication terminal, wherein the detach request message or the detach accept message comprises the RAND and the AUTN in the AV. determining, by a network side entity, whether a communication terminal which communicates with the network side entity has a characteristic of small data transmission according to machine type communication, MTC, characteristic information of the communication terminal; storing, by the network side entity, information relevant to security context when the last communication between the network side entity and the communication terminal is over, if the communication terminal has the characteristic of small data transmission; obtaining, by the network side entity, current security context according to the information relevant to security context at the beginning of the current communication between the network side entity and the communication terminal; and protecting, by the network side entity, security of communication data by employing the current security context, wherein the information relevant to the security context comprises: an algorithm and an authentication vector, AV comprising a random number, RAND, and an authentication token, AUTN; wherein the method further comprises: sending, by the network side entity, a detach request message or a detach accept message to the communication terminal, wherein the detach request message or the detach accept message comprises the RAND and the AUTN in the AV.
A retractable support (10; 80; 90; 100), comprising: a resilient core (22, 24; 82; 92; 102) having a first length when uncompressed and having a second length that is shorter than the first length when compressed or retracted, wherein said resilient core (22, 24; 82; 92; 102) rebounds from its second length to its first length when compressive force is removed; and an outer cover surrounding the resilient core (22, 24; 82; 92; 102), said outer cover formed of a vapor permeable laminate that incorporates expanded polytetrafluoroethylene, wherein said retractable support (10; 80; 90; 100) is adapted for insertion into an air blower cavity of a body support system, said air blower cavity having a depth and a cavity height, and wherein upon compressing or retracting the retractable support (10; 80; 90; 100) fits within the air blower cavity together with an air blower, and upon rebounding to its first length after said compressing or retracting said first length is the same as or substantially the same as the depth of the air blower cavity. a resilient core (22, 24; 82; 92; 102) having a first length when uncompressed and having a second length that is shorter than the first length when compressed or retracted, wherein said resilient core (22, 24; 82; 92; 102) rebounds from its second length to its first length when compressive force is removed; and an outer cover surrounding the resilient core (22, 24; 82; 92; 102), said outer cover formed of a vapor permeable laminate that incorporates expanded polytetrafluoroethylene, wherein said retractable support (10; 80; 90; 100) is adapted for insertion into an air blower cavity of a body support system, said air blower cavity having a depth and a cavity height, and wherein upon compressing or retracting the retractable support (10; 80; 90; 100) fits within the air blower cavity together with an air blower, and upon rebounding to its first length after said compressing or retracting said first length is the same as or substantially the same as the depth of the air blower cavity.
A frame for a cable shaft, comprising at least one first frame part (12, 14; 15) and one second frame part (14, 12; 15) which are connected to each other such that a corner of the frame is formed, wherein a connecting element is provided which is plastically deformed as compared to an initial state such that the two frame parts (12, 14; 15) are firmly connected to each other, characterized in that the connecting element is configured in one piece with one of the frame parts and extends through an opening in the other frame part.
Device for rotating flat sheet-like or film-like products or a stack thereof, wherein at least two pairs of drive rollers (11, 12; 13, 14) arranged next to one another at a distance from one another are provided for transporting the products, the driving speed of which can be varied such that the two pairs of rollers can be operated at different speeds, directed in the same transport direction, characterized in that the position of the product can be detected by means of sensors which are connected to the drive or drives of the pairs of rollers, and both the upper and lower rollers of the drive are drivable so as to increase the speed of one pair of rollers and reduce the speed of the other pair of rollers, thus rotating the product by 90° without interrupting transport and the center point of the document lies on the same transport axis both before rotation and after rotation.