mhurhangee/patent-ind-claim-en huggingface dataset:
A process of adhering a foam structure to a rubber substrate , wherein the foam structure is formed from a first composition comprising a first ethylene-based polymer having a peak melting temperature T E1 , the process comprising the following steps: a) applying a film formed from a second composition comprising a second ethylene-based polymer to a surface of the rubber substrate to form a rubber substrate/film configuration, wherein the second ethylene-based polymer has a melt index of less than or equal to 10 g/10 min and a peak melting temperature T E2 ; b) applying a compression force to the rubber substrate/film configuration at a temperature T v , wherein 38°C ≤ T E2 < T v to form a vulcanized rubber/film laminate having an exposed surface of the film; c) applying the foam structure to the exposed surface of the film to form a vulcanized rubber-film laminate/foam configuration; and d) applying a compression force to the vulcanized rubber-film laminate/foam configuration at a temperature T L , wherein T E2 < T L < T E1 , 15°C ≤ (T E1 -T L ) ≤ 40°C, and 10°C ≤ (T L -T E2 ) ≤ 70°C to form a vulcanized rubber-film/foam laminate. a) applying a film formed from a second composition comprising a second ethylene-based polymer to a surface of the rubber substrate to form a rubber substrate/film configuration, wherein the second ethylene-based polymer has a melt index of less than or equal to 10 g/10 min and a peak melting temperature T E2 ; b) applying a compression force to the rubber substrate/film configuration at a temperature T v , wherein 38°C ≤ T E2 < T v to form a vulcanized rubber/film laminate having an exposed surface of the film; c) applying the foam structure to the exposed surface of the film to form a vulcanized rubber-film laminate/foam configuration; and d) applying a compression force to the vulcanized rubber-film laminate/foam configuration at a temperature T L , wherein T E2 < T L < T E1 , 15°C ≤ (T E1 -T L ) ≤ 40°C, and 10°C ≤ (T L -T E2 ) ≤ 70°C to form a vulcanized rubber-film/foam laminate.
A MEMS-nanoindenter chip for performing nanoindentation on a specimen comprising - an intender probe joined with an indenter tip , the indenter tip indenting into the specimen ; - a reference probe joined with a reference tip , the reference tip touching the specimen ; - indenter flexures are suspending the indenter probe allowing a movement along the axis of the indenter probe ; - reference flexures are suspending the reference probe allowing a movement along the axis of the reference probe ; - sensing capabilities to measure the position of the indenter probe relative to the reference probe . - an intender probe joined with an indenter tip , the indenter tip indenting into the specimen ; - a reference probe joined with a reference tip , the reference tip touching the specimen ; - indenter flexures are suspending the indenter probe allowing a movement along the axis of the indenter probe ; - reference flexures are suspending the reference probe allowing a movement along the axis of the reference probe ; - sensing capabilities to measure the position of the indenter probe relative to the reference probe .
A drug delivery device comprising: - a drug reservoir comprising a reservoir body extending along a reference axis and an elastomeric stopper arranged in the reservoir body , the elastomeric stopper comprising a stopper body extending between a front stopper end and a rear stopper end and having a plurality of axially spaced apart circumferential ribs for sealing interaction with an interior wall of the reservoir body , and - a plunger rod structure for displacing the elastomeric stopper relative to the interior wall , the plunger rod structure extending along the reference axis and comprising a distal end face adapted to interface with the rear stopper end , characterized in that the distal end face comprises a first force transferring portion and a second force transferring portion , the first force transferring portion axially leading the second force transferring portion and being adapted to interact with a peripheral portion of the rear stopper end . - a drug reservoir comprising a reservoir body extending along a reference axis and an elastomeric stopper arranged in the reservoir body , the elastomeric stopper comprising a stopper body extending between a front stopper end and a rear stopper end and having a plurality of axially spaced apart circumferential ribs for sealing interaction with an interior wall of the reservoir body , and - a plunger rod structure for displacing the elastomeric stopper relative to the interior wall , the plunger rod structure extending along the reference axis and comprising a distal end face adapted to interface with the rear stopper end ,
Rotating electrical machine comprising a stator provided with teeth about which are wound a set of coils , an annular interconnector bearing on the stator provided with tongues to which are welded ends of the coils to form phases (U, V, W) of the electrical machine, and at least one temperature probe connected to a remote connector by means of at least one connection wire , said electrical machine further comprising a guiding system configured such as to guide the connection wire around the interconnector between said temperature probe and the remote connector , said guiding system being integrated in an annular damper designed to be mounted compressed between the interconnector and a closure plate of the electrical machine.
A computerized personal assistant , comprising: a natural language user interface configured to receive user input; a natural language processing machine configured to output a computer-readable representation of the user input; an identity machine configured to associate the user input with a particular user; and a knowledge-base updating machine configured to update a user-centric artificial intelligence knowledge base associated with the particular user to include a new or updated user-centric fact based on the computer-readable representation of the user input, wherein the knowledge-base updating machine updates the user-centric artificial intelligence knowledge base via an update protocol useable by a plurality of different computer services, wherein said computer services are a calendar or scheduling program, the update protocol constraining a storage format of the new or updated user-centric fact to an application-agnostic data format; characterised in that the user-centric artificial intelligence knowledge base includes one or more cross-references between a plurality of different graph structures in the user-centric artificial intelligence knowledge base based on the user centric fact, wherein each of the plurality of different graph structures is an application-specific graph structure associated with one of the plurality of different computer services. a natural language user interface configured to receive user input; a natural language processing machine configured to output a computer-readable representation of the user input; an identity machine configured to associate the user input with a particular user; and a knowledge-base updating machine configured to update a user-centric artificial intelligence knowledge base associated with the particular user to include a new or updated user-centric fact based on the computer-readable representation of the user input, wherein the knowledge-base updating machine updates the user-centric artificial intelligence knowledge base via an update protocol useable by a plurality of different computer services, wherein said computer services are a calendar or scheduling program, the update protocol constraining a storage format of the new or updated user-centric fact to an application-agnostic data format; characterised in that the user-centric artificial intelligence knowledge base includes one or more cross-references between a plurality of different graph structures in the user-centric artificial intelligence knowledge base based on the user centric fact, wherein each of the plurality of different graph structures is an application-specific graph structure associated with one of the plurality of different computer services.
A high-performance metal alloy having a nominal composition consisting of: O up to 0.1 wt% N up to 0.03 wt% S less than 0.004 wt% C up to 0.20 wt% Mn 0.6-1.4 wt% Si 0.76-2.0 wt% P less than 0.05 wt% Cr 25-35 wt% Ni 10.6-15.6 wt% W 2-10 wt% Fe 0.3-0.9 wt% Ta less than 0.04 wt% B less than 0.008 wt% Cu less than 0.02 wt% Zr less than 0.003 wt% Co balance, based on the alloy weight.
A tire comprising a tread, wherein the tread is composed of a rubber composition comprising a rubber component, silica, and a softening agent, wherein the rubber component comprises a butadiene rubber, wherein the softening agent comprises a modified liquid butadiene rubber that is modified with a functional group that interacts with silica, wherein, when a content of the butadiene rubber after the rubber composition subjected to vulcanization is extracted with tetrahydrofuran is defined as X (% by mass), a tire cross-sectional width is defined as Wt (mm), and a tire outer diameter is defined as Dt (mm), X, Wt, and Dt satisfy the following inequalities and . π / 4 × Dt 2 /Wt > 1622 X > 1.77 × 10 − 3 × π / 4 × Dt 2 /Wt wherein the tread is composed of a rubber composition comprising a rubber component, silica, and a softening agent, wherein the rubber component comprises a butadiene rubber, wherein the softening agent comprises a modified liquid butadiene rubber that is modified with a functional group that interacts with silica, wherein, when a content of the butadiene rubber after the rubber composition subjected to vulcanization is extracted with tetrahydrofuran is defined as X (% by mass), a tire cross-sectional width is defined as Wt (mm), and a tire outer diameter is defined as Dt (mm), X, Wt, and Dt satisfy the following inequalities and . π / 4 × Dt 2 /Wt > 1622 X > 1.77 × 10 − 3 × π / 4 × Dt 2 /Wt
A method for manufacturing a deposit containing thermoplastic resin and discontinuous carbon fibers, wherein a length of one side of the deposit is 300 mm or more, the method manufacturing the deposit through the following steps: Step 101: an examination step of non-destructively examining a basis weight of either an aggregate of the discontinuous carbon fibers or the deposit -hereinafter, referred to as an object to be examined 1, Step 201: a step of ascertaining weight unevenness of the object to be examined 1 based on examination results of the step 101, and Step 301: a step of adding the discontinuous carbon fibers to a position of the aggregate of the discontinuous carbon fibers where the basis weight is insufficient so as to reduce the weight unevenness, or a step of adding the aggregate of the discontinuous carbon fibers and/or the thermoplastic resin to a position of the deposit where the basis weight is insufficient so as to reduce the weight unevenness based on the weight unevenness of the step 201. Step 101: an examination step of non-destructively examining a basis weight of either an aggregate of the discontinuous carbon fibers or the deposit -hereinafter, referred to as an object to be examined 1, Step 201: a step of ascertaining weight unevenness of the object to be examined 1 based on examination results of the step 101, and Step 301: a step of adding the discontinuous carbon fibers to a position of the aggregate of the discontinuous carbon fibers where the basis weight is insufficient so as to reduce the weight unevenness, or a step of adding the aggregate of the discontinuous carbon fibers and/or the thermoplastic resin to a position of the deposit where the basis weight is insufficient so as to reduce the weight unevenness based on the weight unevenness of the step 201.
A housing comprising a box closed by a cover , a detector device for detecting the presence of the cover , and an electrical power supply to which the detector device is connected, the housing being characterized in that the detector device comprises a pushbutton in register with a portion of the cover, and a monostable relay having a core that is movable between a retracted position towards which the core is urged resiliently, and an extended position towards which the core is driven by a control unit arranged to detect the state of the pushbutton , a spring blade being fastened to the end of the core so as to have a free end that is spaced apart from the pushbutton when the core is in the retracted position and that is in register with the pushbutton when the core is in the extended position, said portion of the cover coming to press against the blade when the cover is present so that the blade is deformed and actuates the pushbutton , the blade including a portion in relief for co-operating with said portion of the cover, the blade and said portion of the cover being arranged in such a manner that when the cover is in position on the box, said portion of the cover holds the core in the extended position even when the relay is no longer powered and opposes neither the core reaching the extended position nor the pushbutton being actuated by the blade when the core is driven to its extended position from its retracted position.
A method of controlling a trolley system, the method comprising: establishing, by a first trolley , a connection with a second trolley and receiving, by the first trolley , a trolley signal from the second trolley , wherein the trolley signal comprises a group identification of the second trolley; determining, by the first trolley , a signal strength of the trolley signal and comparing the determined signal strength to a predetermined signal strength threshold; comparing, by the first trolley, the group identification of the second trolley to a group identification of the first trolley; and pairing, by the first trolley , the second trolley with the first trolley based on the determined signal strength being at least the predetermined signal strength and the group identification of the second trolley matching the group identification of the first trolley, wherein pairing the second trolley with the first trolley comprises activating a visual indicator of the first trolley and a visual indicator of the second trolley such that both visual indicators emit a first visual transmission. establishing, by a first trolley , a connection with a second trolley and receiving, by the first trolley , a trolley signal from the second trolley , wherein the trolley signal comprises a group identification of the second trolley; determining, by the first trolley , a signal strength of the trolley signal and comparing the determined signal strength to a predetermined signal strength threshold; comparing, by the first trolley, the group identification of the second trolley to a group identification of the first trolley; and pairing, by the first trolley , the second trolley with the first trolley based on the determined signal strength being at least the predetermined signal strength and the group identification of the second trolley matching the group identification of the first trolley, wherein pairing the second trolley with the first trolley comprises activating a visual indicator of the first trolley and a visual indicator of the second trolley such that both visual indicators emit a first visual transmission.
Device (9; 9') for controlling reflection of incident electromagnetic radiation depending on the wavelength thereof by an object , in particular to thereby camouflage the object at least in part, the device (9; 9') comprising a coating suitable to be applied to the object , wherein the coating includes an active layer containing a multitude of small-sized structures capable of producing wavelength-dependent diffraction and/or interference of electromagnetic radiation, characterized in that the device (9; 9') comprises an actuating layer disposed beneath the active layer , and in that the actuating layer comprises an elastomer or a piezoceramic material, the active layer being mechanically coupled to the elastomer or to the piezoceramic material, wherein the device (9; 9') is configured in such a manner that, depending on one or more control signals supplied to the actuating layer , an arrangement of the small-sized structures relative to each other can be varied.
A system for dispensing a pressurized product comprising a pump comprising a body , a rod , and a pushbutton mounted on the rod for reversibly actuating said rod in said body , the body being equipped with means allowing an internal chamber of said body to be supplied with product from a source, said rod being equipped with a valve which is arranged in the internal chamber , having a stable state of closure of a dispensing path formed through the rod and the pushbutton to a dispensing orifice , and a state constrained by actuation of the rod wherein said dispensing path is in communication with the internal chamber , said dispensing system being characterized in that it comprises at least one part made of a material M comprising an aliphatic polyketone.
A covering assembly for vehicles, trailers, semi-trailers and containers, comprising a plurality of carrier ribs configured to support a tarpaulin (T) and to be arranged for sliding along a loading compartment (A), each carrier rib comprising opposite ends configured to be arranged on respective side edges (A1, A2) of the loading compartment (A), and a pair of flexible connecting elements , each of said connecting elements comprising a strap of plastic material connecting a plurality of respective ends of said carrier ribs to each other and wherein said assembly is characterized in that a reinforcing material consisting of a fiber • of a plastic material equal to or compatible with the plastic material of the strap , • and of non-woven fabric of a material that has a greater tensile strength than the plastic material of the strap, bonded to the plastic material of the strap . • of a plastic material equal to or compatible with the plastic material of the strap , • and of non-woven fabric of a material that has a greater tensile strength than the plastic material of the strap,
Illumination unit , comprising - a light source (21.1; 21.10); - a power controller (21.2; 21.20) configured to control the supply of electrical power to the light source (21.1) such that, upon receipt of a start signal, the supplied electrical power is increased from a first value to a second value, the first value being different from zero and the second value being greater than the first value; and - an input (21.4) for supplying the start signal; characterised by a light source control device (21.30) which is connected to the power controller (21.2; 21.20) and is configured to request parameters and operating data from the power controller (21.2; 21.20). - a light source (21.1; 21.10); - a power controller (21.2; 21.20) configured to control the supply of electrical power to the light source (21.1) such that, upon receipt of a start signal, the supplied electrical power is increased from a first value to a second value, the first value being different from zero and the second value being greater than the first value; and - an input (21.4) for supplying the start signal; characterised by
Separating container for a vacuum cleaner, in particular a cyclonically separating vacuum cleaner, having a separating chamber and a structurally separate receiving chamber , the separating chamber and the receiving chamber being fluidically interconnected by an ejection opening , the separating chamber and the receiving chamber being additionally fluidically interconnected by a return flow region , a plurality of flow openings being arranged in the return flow region , the flow cross section of which flow openings is in each case smaller than the flow cross section of the ejection opening , characterised in that a filter is arranged in the receiving chamber , which filter is arranged to be spaced apart from the separating chamber in the receiving chamber .
A method of detecting stray fibers emanating from a substrate comprising: a) Creating a contrasting backlit background using one or more light sources; b) Taking an image or a series of consecutive images of stray fibers in front of the contrasting backlit background, using a digital device; c) Segmenting of stray fibers and background from objects not directly contrasted against the background resulting in a binary image mask; d) Applying an edge detection technique to the image or modification of original image to enhance contrast of stray fibers against the background; e) Applying the binary image mask from step c) to an image created in step d) to create an image in which only the stray fibers and/or outline of any other object contrasted against the background are present. a) Creating a contrasting backlit background using one or more light sources; b) Taking an image or a series of consecutive images of stray fibers in front of the contrasting backlit background, using a digital device; c) Segmenting of stray fibers and background from objects not directly contrasted against the background resulting in a binary image mask; d) Applying an edge detection technique to the image or modification of original image to enhance contrast of stray fibers against the background; e) Applying the binary image mask from step c) to an image created in step d) to create an image in which only the stray fibers and/or outline of any other object contrasted against the background are present.