mhurhangee/patent-ind-claim-en huggingface dataset:
A material for built up edge formation, having a resin block (b) containing: a high molecular weight compound (A) having a weight average molecular weight of 5 × 10 4 or higher and 1 × 10 6 or lower; a medium molecular weight compound (B) having a weight average molecular weight of 1 × 10 3 or higher and lower than 5 × 10 4 ; and a carbon (C); characterized in that the carbon (C) has an average particle size of 100 μm or larger. a high molecular weight compound (A) having a weight average molecular weight of 5 × 10 4 or higher and 1 × 10 6 or lower; a medium molecular weight compound (B) having a weight average molecular weight of 1 × 10 3 or higher and lower than 5 × 10 4 ; and a carbon (C);
A stand mixer comprising a head unit having a lower surface presenting, in operation, a downwardly-facing drive outlet for driving in rotation at least one tool suspended therefrom, support means for supporting said head unit with said downwardly-facing drive outlet above a receiving location for a mixing bowl, and driving means including an electric motor and associated transmission means for conveying rotary drive to said drive outlet, the mixer being characterised by the provision of first and second coaxial driving outlets presented on an upper surface of said head unit; said coaxial outlets running at different speeds and being driven from said motor by means of an epicyclic gearbox ; the motor being housed in said support means.
A primer composition comprising: an alkoxysilane polymer comprising a unit derived from a silane-based monomer containing at least two amino or imino groups and a unit derived from a trialkoxysilane-based monomer; an acrylic resin comprising at least one selected from units derived from non-functional acrylate monomers; and a hydrogenated rosin resin, wherein the hydrogenated rosin resin comprises at least one selected from hydrogenated rosin ester-based resins and derivatives thereof, and wherein the hydrogenated rosin resin is contained in an amount of 5 to 30 parts by weight, based on 100 parts by weight of the alkoxysilane polymer. an alkoxysilane polymer comprising a unit derived from a silane-based monomer containing at least two amino or imino groups and a unit derived from a trialkoxysilane-based monomer; an acrylic resin comprising at least one selected from units derived from non-functional acrylate monomers; and a hydrogenated rosin resin, wherein the hydrogenated rosin resin comprises at least one selected from hydrogenated rosin ester-based resins and derivatives thereof, and wherein the hydrogenated rosin resin is contained in an amount of 5 to 30 parts by weight, based on 100 parts by weight of the alkoxysilane polymer.
A spraying nozzle for spraying a product, defining a passage for the circulation of the product through the nozzle , the passage opening through a wide connecting orifice to the outside of the nozzle at an upstream end thereof, and opening through a narrow spraying orifice , able to spray the product, at a downstream end of the nozzle , the passage having, between the connection orifice and the spraying orifice , at least one pre-atomization narrowing capable of atomizing the product, followed by a broadening downstream of the pre-atomization narrowing , characterized in that the pre-atomization narrowing is formed by a hemispherical cavity slit by a slot .
A method of culturing a human embryo in vitro, comprising providing a medium comprising a starting lactate concentration of 0.5 mM, 0.6 mM, 0.7 mM, 0.8 mM, 0.9 mM, or 1 mM, glucose at a concentration of less than 3 mM, and not containing serum; and culturing a human embryo in said medium.
A child safety seat comprising a seat base assembly , a sled assembly coupled to the seat base assembly , and a seat body assembly slidably coupled to the sled assembly , wherein the sled assembly is configured to reduce impact forces on an occupant of the seat body assembly , characterized by the sled assembly including a pair of sled side walls and a modular energy absorber configured to reduce impact forces on an occupant of the seat body assembly , wherein the sled side walls include elongate slide channels disposed therein, and the seat body assembly is secured to the sled assembly via slide rods extending through the elongate slide channels , wherein the slide rods are slidably retained within the elongate slide channels , and the sled assembly is configured to allow the seat body assembly to move relative to the sled assembly via the slide rods and the elongate slide channels when the seat is exposed to the impact forces, and wherein the modular energy absorber comprises a monolithic energy absorbing member and an impactor piston configured to translate linearly along the elongate slide channels towards the energy absorbing member as the seat body assembly moves relative to the sled assembly . the sled assembly including a pair of sled side walls and a modular energy absorber configured to reduce impact forces on an occupant of the seat body assembly , wherein the sled side walls include elongate slide channels disposed therein, and the seat body assembly is secured to the sled assembly via slide rods extending through the elongate slide channels , wherein the slide rods are slidably retained within the elongate slide channels , and the sled assembly is configured to allow the seat body assembly to move relative to the sled assembly via the slide rods and the elongate slide channels when the seat is exposed to the impact forces, and wherein the modular energy absorber comprises a monolithic energy absorbing member and an impactor piston configured to translate linearly along the elongate slide channels towards the energy absorbing member as the seat body assembly moves relative to the sled assembly .
A programmable Digital Signal Processor comprising a digital filter , a Shift Register Lookup table and a filter memory , wherein said Shift Register Lookup table is coupled to provide input data to said digital filter in a first mode of operation, and said filter memory is coupled to provide filter coefficients to said digital filter in said first mode of operation, said programmable Digital Signal Processor being characterised by further comprising a state machine , said state machine providing addressing values to said Shift Register Lookup table and said filter memory, wherein said addressing values comprise a single address for said Shift Register Lookup table and said filter memory, whereby the values stored in said Shift Register Lookup table and said filter memory are structured such that said single address references said corresponding coefficients and input data for said digital filter in said first mode of operation.
A patch comprising a support and an adhesive agent layer comprising a (meth)acrylate copolymer containing vinyl acetate as a constituent and at least one compound selected from the group consisting of (R)-N,N-diisopropyl-3-(2-ethanoyloxy-5-methylphenyl)-3-phenylpropanamine (tolterodine acetate) and salts thereof, wherein the total content of the tolterodine acetate and the salts thereof is 0.05 to 10% by mass relative to the total mass of the adhesive agent layer.
A method comprising: receiving, by a first node, a matrix from a second node, wherein the matrix identifies nodes in a cluster ; the matrix comprises information indicating accessibility of each coordination point of a plurality of coordination points in the cluster by the second node, wherein each of the coordination points can be configured to allow access to shared storage by multiple nodes in the cluster while simultaneously blocking access to the shared storage by other nodes in the cluster; updating, by the first node, the matrix to include information indicating accessibility of each coordination point of the plurality of coordination points by the first node, whe rein the plurality of coordination points includes at least three coordination points, and where the plurality of coordination points comprise an odd number of coordination points; and transmitting, by the first node, the updated matrix to one or more other nodes in the cluster. receiving, by a first node, a matrix from a second node, wherein the matrix identifies nodes in a cluster ; the matrix comprises information indicating accessibility of each coordination point of a plurality of coordination points in the cluster by the second node, wherein each of the coordination points can be configured to allow access to shared storage by multiple nodes in the cluster while simultaneously blocking access to the shared storage by other nodes in the cluster; the matrix identifies nodes in a cluster ; the matrix comprises information indicating accessibility of each coordination point of a plurality of coordination points in the cluster by the second node, wherein each of the coordination points can be configured to allow access to shared storage by multiple nodes in the cluster while simultaneously blocking access to the shared storage by other nodes in the cluster; updating, by the first node, the matrix to include information indicating accessibility of each coordination point of the plurality of coordination points by the first node, whe rein the plurality of coordination points includes at least three coordination points, and where the plurality of coordination points comprise an odd number of coordination points; and each coordination point of the plurality of coordination points by the first node, whe rein the plurality of coordination points includes at least three coordination points, and where the plurality of coordination points comprise an odd number of coordination points; and transmitting, by the first node, the updated matrix to one or more other nodes in the cluster.
Apparatus for determining the concentration of a gas in a container , comprising a holder for accommodating a container , comprising a measuring device for recording a transmission spectrum of the container in a detection region , and comprising an evaluation electronic system connected to the measuring device for determining the concentration of a gas on the basis of at least one recorded transmission spectrum, characterised in that the apparatus comprises a distance sensor , the distance sensor being configured to determine at least one distance between the distance sensor and a container accommodated in the holder in the detection region , the distance sensor being connected to the evaluation electronic system and the evaluation electronic system being configured to take into account the at least one distance determined by the distance sensor when determining the concentration of a gas.
Kitchen appliance with a cooktop and at least one extractor apparatus , wherein the at least one extractor apparatus has an extractor apparatus with a suction opening and, arranged under the suction opening , a fan by means of which the primary air (P) is sucked away downward via the suction opening , and wherein the extractor apparatus has at least one expulsion opening which is adjacent to the suction opening and via which an oriented secondary air stream (S) is expelled, characterised in that the suction opening is arranged in the horizontal direction between the at least one expulsion opening and the cooktop .
A method for detecting a defect in software, the method comprising: identifying a plurality of code snippets in an instruction repository , the code snippets to represent control structures, wherein a control structure indicates a set of instructions that control how a program is to be executed; identifying types of control structures of the code snippets; generating a plurality of clusters of code snippets, the clusters of the code snippets corresponding to different types of control structures; labeling at least one code snippet of at least one of the clusters of the code snippets as at least one reference code snippet, wherein the at least one reference code snippet is a code snippet that has been identified as being bug-free; and comparing the at least one reference code snippet against a test code snippet to detect a defect in the test code snippet. identifying a plurality of code snippets in an instruction repository , the code snippets to represent control structures, wherein a control structure indicates a set of instructions that control how a program is to be executed; identifying types of control structures of the code snippets; generating a plurality of clusters of code snippets, the clusters of the code snippets corresponding to different types of control structures; labeling at least one code snippet of at least one of the clusters of the code snippets as at least one reference code snippet, wherein the at least one reference code snippet is a code snippet that has been identified as being bug-free; and comparing the at least one reference code snippet against a test code snippet to detect a defect in the test code snippet.
A cap for holding a clip for closing a compression bag , said cap comprising: - a lower part and an upper part , said lower part having a larger surface than the upper part , - said upper part having at least one notch extending from one end to the other of the upper part , - said notch having a shape complementary to said closure clip , - said notch comprising at least one longitudinal groove , - said longitudinal groove forming at least one hollow relative to at least one plate located on either side of said groove and said plate being located at a height greater than that of the groove , - said notch having at least one outer wall extending substantially perpendicular to said plate , - each wall having at least one locking pin for said clip . - a lower part and an upper part , said lower part having a larger surface than the upper part , - said upper part having at least one notch extending from one end to the other of the upper part , - said notch having a shape complementary to said closure clip , - said notch comprising at least one longitudinal groove , - said longitudinal groove forming at least one hollow relative to at least one plate located on either side of said groove and said plate being located at a height greater than that of the groove , - said notch having at least one outer wall extending substantially perpendicular to said plate , - each wall having at least one locking pin for said clip .
A storage system comprising an article support device and a plurality of types of articles adapted to be supported thereon, the article support device comprising: a placing surface adapted to support both a first article having holes in the bottom portion and a second article having a larger bottom portion than a bottom portion of said first article thereon and having positioning grooves provided radially in the bottom portion; a first positioning member comprising at least a pair of pins protruding from said placing surface , and configured to be engaged with said holes in the bottom portion of said first article , to position the bottom portion of said first article, to enter said positioning grooves of said second article , when said second article is positioned on the placing surface , and not to interfere with said second article , and a second positioning member protruding from said placing surface adapted for positioning said second article , wherein said second positioning member is arranged at a position where interference with said first article is prevented when said first article is positioned on the placing surface by said first positioning member, and said second positioning member comprises at least a pair of guiding members protruding from the placing surface , and adapted to guide an outer perimeter of the bottom portion of said second article , and wherein each of the pair of guiding members includes a pair of tapered surfaces different in inclination direction, and the pairs of tapered surfaces are adapted to guide corners of the outer perimeter of the bottom portion of a second article . a placing surface adapted to support both a first article having holes in the bottom portion and a second article having a larger bottom portion than a bottom portion of said first article thereon and having positioning grooves provided radially in the bottom portion; a first positioning member comprising at least a pair of pins protruding from said placing surface , and configured to be engaged with said holes in the bottom portion of said first article , to position the bottom portion of said first article, to enter said positioning grooves of said second article , when said second article is positioned on the placing surface , and not to interfere with said second article , and a second positioning member protruding from said placing surface adapted for positioning said second article , wherein said second positioning member is arranged at a position where interference with said first article is prevented when said first article is positioned on the placing surface by said first positioning member, and said second positioning member comprises at least a pair of guiding members protruding from the placing surface , and adapted to guide an outer perimeter of the bottom portion of said second article , and wherein each of the pair of guiding members includes a pair of tapered surfaces different in inclination direction, and the pairs of tapered surfaces are adapted to guide corners of the outer perimeter of the bottom portion of a second article .
A communication method of a communication system comprising a group of communication control apparatuses configured to perform mobility management of a communication terminal , a node apparatus configured to relay user data and connect to each of the communication control apparatuses of the group, and a data storage apparatus configured to store data relating to the communication terminal and shared by the group of communication control apparatuses, the communication method comprising: selecting (S271), by the node apparatus , a first communication control apparatus from among the group of communication control apparatuses for the communication terminal ; storing (S274, S275), by the first communication control apparatus, a context relating to the communication terminal in the data storage apparatus ; and in a case where the node apparatus selects (S283) a second communication control apparatus that is different from the first communication control apparatus from among the group of communication control apparatuses after selecting the first communication control apparatus, retrieving (S285, S286), by the second communication control apparatus, the context relating to the communication terminal from the data storage apparatus . selecting (S271), by the node apparatus , a first communication control apparatus from among the group of communication control apparatuses for the communication terminal ; storing (S274, S275), by the first communication control apparatus, a context relating to the communication terminal in the data storage apparatus ; and in a case where the node apparatus selects (S283) a second communication control apparatus that is different from the first communication control apparatus from among the group of communication control apparatuses after selecting the first communication control apparatus, retrieving (S285, S286), by the second communication control apparatus, the context relating to the communication terminal from the data storage apparatus .
A method for producing a printed nonwoven film laminate from a starting film web of a thermoplastic polymer material and a starting nonwoven web , wherein the melting point of the starting nonwoven web is above the crystallite melting point of at least one component of the polymer material of the starting film web , the method comprising the following steps: - at least partially coating the starting film web with a printing ink and with an adhesion promoter; - heating the coated film web together with the starting nonwoven web to a temperature which is above the crystallite melting point of the at least one component of the polymer material of the starting film web and of the adhesion promoter and below the crystallite melting point of the starting nonwoven web , to obtain a laminate; and - cooling the laminate obtained through a cooled roller nip , characterized in that a printing ink containing the adhesion promoter is used. - at least partially coating the starting film web with a printing ink and with an adhesion promoter; - heating the coated film web together with the starting nonwoven web to a temperature which is above the crystallite melting point of the at least one component of the polymer material of the starting film web and of the adhesion promoter and below the crystallite melting point of the starting nonwoven web , to obtain a laminate; and - cooling the laminate obtained through a cooled roller nip , characterized in that a printing ink containing the adhesion promoter is used.
A pressure-sensitive sensor comprising a substrate supporting a piezoelectric layer of a piezoelectric material, the piezoelectric layer having surface undulations as wrinkles on which the pressure is exerted upon use of the sensor, the piezoelectric layer being an undulated layer locally suspended above the substrate , the substrate being covered with a layer forming a lower electrode , the piezoelectric layer being formed on the lower electrode , the piezoelectric layer being an undulated layer suspended above the substrate outside zones of localized adherent contact with the lower electrode.
Method for monitoring a capacitor bank which has a plurality of capacitor units (C1 ... C12), wherein each capacitor unit has a plurality of electrical capacitor elements (CE1 ... CEm), and wherein the capacitor units (C1 ... C12) are subdivided into several groups of capacitor units (C1 ... C4, C5 ... C8, C9 ... C12) and a group monitoring unit is associated with each group of capacitor units (C1 ... C4, C5 ... C8, C9 ... C12), wherein in the method - each group of capacitor units (C1 ... C4) is monitored for a failure of a capacitor element (CE1 ... CEm) in one of the capacitor units (C1 ... C4) of the group by means of the associated group monitoring unit , and, - when a failure of this kind of a capacitor element (CE3) is identified, data which describes this failure of the capacitor element (CE3) is transmitted from the group monitoring unit to a monitoring receiver . - each group of capacitor units (C1 ... C4) is monitored for a failure of a capacitor element (CE1 ... CEm) in one of the capacitor units (C1 ... C4) of the group by means of the associated group monitoring unit , and, - when a failure of this kind of a capacitor element (CE3) is identified, data which describes this failure of the capacitor element (CE3) is transmitted from the group monitoring unit to a monitoring receiver .