mhurhangee/patent-ind-claim-en huggingface dataset:
Air intake structure for a nacelle of an aircraft , said air intake structure delimiting a flow duct and comprising: - a lip having a rearwardly directed U-shaped section, - a first soundproofing panel fixed to the rear of the lip and delimiting the flow duct , - a second soundproofing panel fixed to the rear of the first soundproofing panel and delimiting the flow duct , wherein each soundproofing panel comprises a cellular core which is fixed between an interior skin , facing towards the flow duct and pierced with holes facing towards the flow duct , and an exterior skin facing in the opposite direction, wherein the interior skin of the first soundproofing panel has a thickness greater than the thickness of the interior skin of the second soundproofing panel , and wherein each of the interior skins comprises a heat source which is embedded in the mass of said interior skin . - a lip having a rearwardly directed U-shaped section, - a first soundproofing panel fixed to the rear of the lip and delimiting the flow duct , - a second soundproofing panel fixed to the rear of the first soundproofing panel and delimiting the flow duct ,
A method for wireless communication at a user equipment , UE, comprising: receiving a beam training sequence transmitted by a network access device on a plurality of transmit beams; identifying , based at least in part on the received beam training sequence, one or more sets of multiple transmit beams that are compatible or incompatible with at least one configuration for routing signals between antenna subarrays of the UE and transceiver units, TXRUs, of the UE, wherein the at least one configuration for routing signals is defined by a configuration of switches or other elements of the UE that connects a number of antennas subarrays of the UE to a number of TXRUs of the UE, and wherein the number of antenna subarrays of the UE exceeds the number of TXRUs of the UE; and transmitting , to the network access device, an indication of the identified one or more sets of multiple transmit beams, wherein the indication of the identified one or more sets of multiple transmit beams comprises at least an indication of one or more sets of multiple transmit beams that are incompatible with any configuration for routing signals between antenna subarrays of the UE and TXRUs of the UE. receiving a beam training sequence transmitted by a network access device on a plurality of transmit beams; identifying , based at least in part on the received beam training sequence, one or more sets of multiple transmit beams that are compatible or incompatible with at least one configuration for routing signals between antenna subarrays of the UE and transceiver units, TXRUs, of the UE, wherein the at least one configuration for routing signals is defined by a configuration of switches or other elements of the UE that connects a number of antennas subarrays of the UE to a number of TXRUs of the UE, and wherein the number of antenna subarrays of the UE exceeds the number of TXRUs of the UE; and transmitting , to the network access device, an indication of the identified one or more sets of multiple transmit beams, wherein the indication of the identified one or more sets of multiple transmit beams comprises at least an indication of one or more sets of multiple transmit beams that are incompatible with any configuration for routing signals between antenna subarrays of the UE and TXRUs of the UE.
A unit for forming short pasta, said forming unit comprising at least one pin rotatable in a first direction (V1) of rotation about a first axis of rotation (R1); at least one roller rotatable in a second direction (V2) of rotation opposite the first direction (V1) of rotation about a second axis of rotation (R2) parallel to the first axis of rotation (R1), said roller being movable along a first operating direction (D1) at right angles to the first and the second axes of rotation (R1, R2) between a non-operating position and an operating position alongside said pin , said forming unit comprising at least one punch movable in another operating direction (D2) at right angles to the first operating direction (D1), to the first axis of rotation (R1) and to the second axis of rotation (R2) between a retracted position and an extracted position for feeding a piece of dough sheet to said pin and to said roller ; at least one die acting in conjunction with said punch for cutting said piece of dough sheet from a dough sheet when said punch passes from the retracted position to the extracted position, said forming unit defining a feed path (P) of said piece of dough sheet upstream of said pin according to a feed direction (V8) of said die , the operating position of the roller alongside the pin determining a flattening in the short pasta at least partly at a superposing of a first and a second flap of the piece of dough sheet, said flattening having a thickness less than twice a thickness (S) of the dough sheet . at least one pin rotatable in a first direction (V1) of rotation about a first axis of rotation (R1); at least one roller rotatable in a second direction (V2) of rotation opposite the first direction (V1) of rotation about a second axis of rotation (R2) parallel to the first axis of rotation (R1), said roller being movable along a first operating direction (D1) at right angles to the first and the second axes of rotation (R1, R2) between a non-operating position and an operating position alongside said pin , said forming unit comprising at least one punch movable in another operating direction (D2) at right angles to the first operating direction (D1), to the first axis of rotation (R1) and to the second axis of rotation (R2) between a retracted position and an extracted position for feeding a piece of dough sheet to said pin and to said roller ; at least one die acting in conjunction with said punch for cutting said piece of dough sheet from a dough sheet when said punch passes from the retracted position to the extracted position, said forming unit defining a feed path (P) of said piece of dough sheet upstream of said pin according to a feed direction (V8) of said die , the operating position of the roller alongside the pin determining a flattening in the short pasta at least partly at a superposing of a first and a second flap of the piece of dough sheet, said flattening having a thickness less than twice a thickness (S) of the dough sheet .
Electronic key for unlocking an electronic lock, this key comprising: - a battery , - a memory containing access rights for opening the electronic lock, - a microprocessor programmed to execute a set of pre-programmed functions, one of these pre-programmed functions being the function that consists in transmitting the access rights to the electronic lock to unlock it, characterized in that : - the memory comprises: - a pre-stored consumption table , this table associating a predetermined consumed amount of energy with each of the pre-programmed functions, and - a remaining amount of energy stored in the battery, - the microprocessor is programmed to, on each execution of one of the pre-programmed functions: - estimate a new remaining amount of energy by decrementing the remaining amount of energy stored beforehand in the memory by a value that is constructed on the basis of the consumed amount of energy that is associated with this pre-programmed function in the consumption table, then - storing in the memory the new remaining amount of energy instead of the preceding remaining amount of energy. - a battery , - a memory containing access rights for opening the electronic lock, - a microprocessor programmed to execute a set of pre-programmed functions, one of these pre-programmed functions being the function that consists in transmitting the access rights to the electronic lock to unlock it, characterized in that : - the memory comprises: - a pre-stored consumption table , this table associating a predetermined consumed amount of energy with each of the pre-programmed functions, and - a remaining amount of energy stored in the battery, - a pre-stored consumption table , this table associating a predetermined consumed amount of energy with each of the pre-programmed functions, and - a remaining amount of energy stored in the battery, - the microprocessor is programmed to, on each execution of one of the pre-programmed functions: - estimate a new remaining amount of energy by decrementing the remaining amount of energy stored beforehand in the memory by a value that is constructed on the basis of the consumed amount of energy that is associated with this pre-programmed function in the consumption table, then - storing in the memory the new remaining amount of energy instead of the preceding remaining amount of energy. - estimate a new remaining amount of energy by decrementing the remaining amount of energy stored beforehand in the memory by a value that is constructed on the basis of the consumed amount of energy that is associated with this pre-programmed function in the consumption table, then - storing in the memory the new remaining amount of energy instead of the preceding remaining amount of energy.
A pressing device, comprising: a lower punch and an upper punch , at least one of which is mobile nearingly and distancingly with respect to the other, for carrying out a pressing of a layer (L) of ceramic material of a given thickness (T); a first movable belt , comprising an active portion which is mobile along an advancement direction (Y) and at least partially arranged between the upper punch and the lower punch ; a second movable belt , comprising an active portion movable along the advancement direction (Y) and at least partially arranged between the first movable belt and the upper punch ; wherein the pressing device comprises a compensating element of a given thickness (S), which is interposed between the upper punch and the lower punch so as to be arranged, during the pressing, in opposition to the punches in a zone not occupied by the load (L) of material, characterised in that said compensating element is interposed between the upper punch and the lower punch so as to define an abutment between the two punches during the pressing, in the zones not occupied by the load (L) to be pressed, preventing the two punches from being subject to deformations in the lateral zones thereof, when the load (L) has a smaller format with respect to the surfaces of the punches ; wherein the compensating element is associated to a support which is removably associable to the upper punch . a lower punch and an upper punch , at least one of which is mobile nearingly and distancingly with respect to the other, for carrying out a pressing of a layer (L) of ceramic material of a given thickness (T); a first movable belt , comprising an active portion which is mobile along an advancement direction (Y) and at least partially arranged between the upper punch and the lower punch ; a second movable belt , comprising an active portion movable along the advancement direction (Y) and at least partially arranged between the first movable belt and the upper punch ; wherein the pressing device comprises a compensating element of a given thickness (S), which is interposed between the upper punch and the lower punch so as to be arranged, during the pressing, in opposition to the punches in a zone not occupied by the load (L) of material, characterised in that said compensating element is interposed between the upper punch and the lower punch so as to define an abutment between the two punches during the pressing, in the zones not occupied by the load (L) to be pressed, preventing the two punches from being subject to deformations in the lateral zones thereof, when the load (L) has a smaller format with respect to the surfaces of the punches ; wherein the compensating element is associated to a support which is removably associable to the upper punch .
Curable casting compound for producing moulded plastics material components for the kitchen and/or sanitary sector, in particular kitchen sinks and worktops for kitchens, comprising a casting compound having a binding agent material composition and a filling material composition, wherein the filling material composition has at least a first proportion of granular mineral particles, characterised in that the filling material composition has a second proportion of expandable microcells of at least 0.10 % by weight and less than 0.175 % by weight with respect to the casting compound, and wherein the filling material composition has a third proportion of a peroxide admixture and in that the binding agent material composition has at least a proportion of a liquid monomer acrylate and wherein the curable casting compound has at least two different types of granular mineral particles, and wherein the ratio of the weight proportion of expandable microcells and the weight proportion of at least one type of the at least two types of granular particles is less than 10 %, in particular less than 5 %, preferably between 2 % and 3 %. comprising a casting compound having a binding agent material composition and a filling material composition, wherein the filling material composition has at least a first proportion of granular mineral particles, characterised in that the filling material composition has a second proportion of expandable microcells of at least 0.10 % by weight and less than 0.175 % by weight with respect to the casting compound, and wherein the filling material composition has a third proportion of a peroxide admixture and in that the binding agent material composition has at least a proportion of a liquid monomer acrylate and wherein the curable casting compound has at least two different types of granular mineral particles, and wherein the ratio of the weight proportion of expandable microcells and the weight proportion of at least one type of the at least two types of granular particles is less than 10 %, in particular less than 5 %, preferably between 2 % and 3 %.
A hair treatment composition comprising: 3 -butoxypropylamine; at least one carboxylic acid chosen from oxalic acid, malonic acid, malic acid, glutaric acid, citraconic acid, citric acid, glycolic acid, succinic acid, adipic acid, tartaric acid, fumaric acid, maleic acid, sebacic acid, benzoic acid, salts thereof, glyoxylic acid monohydrate, and combinations thereof; and at least one solvent. 3 -butoxypropylamine; at least one carboxylic acid chosen from oxalic acid, malonic acid, malic acid, glutaric acid, citraconic acid, citric acid, glycolic acid, succinic acid, adipic acid, tartaric acid, fumaric acid, maleic acid, sebacic acid, benzoic acid, salts thereof, glyoxylic acid monohydrate, and combinations thereof; and at least one solvent.
A hand-held power tool having a drive which drives a motor shaft accommodated in a machine housing in which at least one air inlet covered by a dust protection element is formed as well as a tool interface for connecting a tool , wherein the dust protection element is pushed onto the machine housing along a direction of insertion and secured to the machine housing , wherein the machine housing is of at least two-part design and comprises a first housing part and a second housing part , wherein the dust protection element is secured to the first housing part by the second housing part , characterized in that a tongue-and-groove joint is formed between the first housing part and the second housing part and between the dust protection element and the second housing part .
A method for generating an inspection image ( I insp ) of an object from radiographic imaging, the method comprising: obtaining a plurality of digital images ( I 1 , I 2 ) of the object positioned between a radiation source and a photon beam detector , the digital images ( I 1 , I 2 ) taken at different object-detector distances or source-detector distances to create unique grain diffraction patterns caused by preferential diffraction of photons travelling through a grain structure of the object in each one of the digital images ( I 1 , I 2 ); and forming the inspection image ( I insp ) from image features common to the digital images ( I 1 , I 2 ) at a common scale and removing the unique grain diffraction patterns . obtaining a plurality of digital images ( I 1 , I 2 ) of the object positioned between a radiation source and a photon beam detector , the digital images ( I 1 , I 2 ) taken at different object-detector distances or source-detector distances to create unique grain diffraction patterns caused by preferential diffraction of photons travelling through a grain structure of the object in each one of the digital images ( I 1 , I 2 ); and forming the inspection image ( I insp ) from image features common to the digital images ( I 1 , I 2 ) at a common scale and removing the unique grain diffraction patterns .
A mounting assembly for aligning an electrical busway , said mounting assembly comprising a first mounting bracket , a second mounting bracket , a third mounting bracket , and the electrical busway : - the first mounting bracket slidably attached to said electrical busway ; - the second mounting bracket removably attachable with a supporting hanger rod ; characterized in that the mounting assembly further comprises a supporting beam member , and the third mounting bracket is removably attached with the supporting beam member , wherein said first mounting bracket is provided with omega profiled slotted hole to be removably attached with either of said second mounting bracket or third mounting bracket and thereupon align said electrical busway in an edgewise orientation, whereby edges of busbars within it are in an up and down orientation, and the busbars run horizontally and disposed in a spaced apart manner or flatwise orientation, whereby a flat side of the busbars are in an up and down orientation, and the busbars disposed vertically in a spaced apart manner, respectively, wherein said third mounting bracket is provided with a slit-shaped cutout disposed at its center to receive said first mounting bracket , and wherein said first mounting bracket is provided with a slit disposed at its side wall to receive said third mounting bracket . - the first mounting bracket slidably attached to said electrical busway ; - the second mounting bracket removably attachable with a supporting hanger rod ; characterized in that the mounting assembly further comprises a supporting beam member , and the third mounting bracket is removably attached with the supporting beam member , wherein said first mounting bracket is provided with omega profiled slotted hole to be removably attached with either of said second mounting bracket or third mounting bracket and thereupon align said electrical busway in an edgewise orientation, whereby edges of busbars within it are in an up and down orientation, and the busbars run horizontally and disposed in a spaced apart manner or flatwise orientation, whereby a flat side of the busbars are in an up and down orientation, and the busbars disposed vertically in a spaced apart manner, respectively, wherein said third mounting bracket is provided with a slit-shaped cutout disposed at its center to receive said first mounting bracket , and wherein said first mounting bracket is provided with a slit disposed at its side wall to receive said third mounting bracket .
Process for manufacturing of an orthodontic device at least comprising the steps of: a) Recording volumetric 3-dimensional digital scan data by scanning at least a part of a patient's dentition with a volumetric image recording method; b) Segmentation of the 3-dimensional digital scan data in order to obtain the individual teeth and/or jaws; c) Determination of the tooth main axis for each tooth in order to obtain a two-dimensional key point representation of each tooth in the occlusal plane; d) Fitting an even order parametric polynomial curve to approximate the dental arch as given by the tooth key points and including the incisal point as the vertex of the polynomial curve; e) Selecting at least one tooth key point on each side of the dental arch and transformation of the even order polynomial curve into a spline representation, wherein the spline representation is calculated at least including the selected tooth key points and the incisal point; f) Selection of one or more 2-dimensional cuts through the volumetric 3-dimensional digital scan data, wherein at least one size dimension of a tooth is determined from the 2-dimensional cut; g) Manufacturing of an orthodontic device, wherein at least one size dimension of the orthodontic device is a function of the size dimension determined in step f). a) Recording volumetric 3-dimensional digital scan data by scanning at least a part of a patient's dentition with a volumetric image recording method; b) Segmentation of the 3-dimensional digital scan data in order to obtain the individual teeth and/or jaws; c) Determination of the tooth main axis for each tooth in order to obtain a two-dimensional key point representation of each tooth in the occlusal plane; d) Fitting an even order parametric polynomial curve to approximate the dental arch as given by the tooth key points and including the incisal point as the vertex of the polynomial curve; e) Selecting at least one tooth key point on each side of the dental arch and transformation of the even order polynomial curve into a spline representation, wherein the spline representation is calculated at least including the selected tooth key points and the incisal point; f) Selection of one or more 2-dimensional cuts through the volumetric 3-dimensional digital scan data, wherein at least one size dimension of a tooth is determined from the 2-dimensional cut; g) Manufacturing of an orthodontic device, wherein at least one size dimension of the orthodontic device is a function of the size dimension determined in step f).
A semiconductor cell for computing in an array comprising a plurality of semiconductor cells, the semiconductor cell comprising a memory element for storing a first binary operand, which memory element provides complementary memory outputs (Q, Qbar), and a multiplication block that is locally and uniquely associated with the memory element , the multiplication block being configured for receiving complementary input signals (X, Xbar) representing binary input data and the complementary memory outputs (Q, Qbar) of the associated memory element representing the first binary operand, and for implementing a multiplication operation on these signals, and providing an output of the multiplication operation to an output port , the output port being operatively connectable to a read bit line (RBL) of the array for coupling the output of the multiplication operation from the output port to the read bit line.
A hook-and-loop fastener comprising a base fabric having existing on a surface thereof a plurality of hook engagement elements, wherein monofilaments constituting the hook engagement elements are formed of a polybutylene terephthalate-based polyester characterised in that the polybutylene terephthalate-based polyester contains 0.2 to 8% by mass of a polyester elastomer.