mhurhangee/patent-ind-claim-en huggingface dataset:
A drum brake characterized in that it comprises a plate , at least one segment comprising a core and a brake lining , a spring able to keep the core of the segment in an axially balanced position, means for prestressing the spring , said means for prestressing the spring comprising stop means limiting the ability of the core of the segment to move axially, said stop means including an axial skirt.
An electronic device comprising: a conductive support member ; a first circuit board disposed over a first area of the conductive support member; a second circuit board disposed over a second area of the conductive support member; a conductive connector electrically connecting the first circuit board and the second circuit board in an area where the first circuit board and the second circuit board overlap each other; and a conductive member disposed in the conductive support member to face the conductive connector; characterized in, that a non-conductive member is interposed between the conductive member and the conductive support member to electrically separate the conductive support member from the conductive member, wherein the conductive member is electrically separated from the conductive support member such that a first capacitive coupling is formed between the conductive member and the conductive support member , and wherein the conductive member is electrically connected to the conductive connector such that a first potential difference between a first ground of the first circuit board and the conductive support member and a second potential difference between a second ground of the second circuit board and the conductive support member are substantially identical. a conductive support member ; a first circuit board disposed over a first area of the conductive support member; a second circuit board disposed over a second area of the conductive support member; a conductive connector electrically connecting the first circuit board and the second circuit board in an area where the first circuit board and the second circuit board overlap each other; and a conductive member disposed in the conductive support member to face the conductive connector; characterized in, that a non-conductive member is interposed between the conductive member and the conductive support member to electrically separate the conductive support member from the conductive member, wherein the conductive member is electrically separated from the conductive support member such that a first capacitive coupling is formed between the conductive member and the conductive support member , and wherein the conductive member is electrically connected to the conductive connector such that a first potential difference between a first ground of the first circuit board and the conductive support member and a second potential difference between a second ground of the second circuit board and the conductive support member are substantially identical.
A network element comprising: a receiving unit adapted to receive a resource request for running of an application; characterized in that the network element further comprises: a determination unit adapted to determine whether the application is a non-SDN-aware application ; and a mediator unit adapted to provide SDN context to an SDN controller , in case it is determined that the application is a non-SDN-aware application , the mediator unit adapted to: issue a dynamic host configuration protocol DHCP request to a DCHP server that takes an internal IP address out of a given range and reports the internal IP address and an App-ID of the application to a network address translation NAT that maps the internal IP address to an external IP address with a port assignment and notifies the SDN controller of the external IP address and port assignment, so that the SDN controller can build up the SDN context between the internal IP address, external IP address, port and App-ID. a receiving unit adapted to receive a resource request for running of an application; characterized in that the network element further comprises: a determination unit adapted to determine whether the application is a non-SDN-aware application ; and a mediator unit adapted to provide SDN context to an SDN controller , in case it is determined that the application is a non-SDN-aware application , the mediator unit adapted to: issue a dynamic host configuration protocol DHCP request to a DCHP server that takes an internal IP address out of a given range and reports the internal IP address and an App-ID of the application to a network address translation NAT that maps the internal IP address to an external IP address with a port assignment and notifies the SDN controller of the external IP address and port assignment, so that the SDN controller can build up the SDN context between the internal IP address, external IP address, port and App-ID. a determination unit adapted to determine whether the application is a non-SDN-aware application ; and a mediator unit adapted to provide SDN context to an SDN controller , in case it is determined that the application is a non-SDN-aware application , the mediator unit adapted to: issue a dynamic host configuration protocol DHCP request to a DCHP server that takes an internal IP address out of a given range and reports the internal IP address and an App-ID of the application to a network address translation NAT that maps the internal IP address to an external IP address with a port assignment and notifies the SDN controller of the external IP address and port assignment, so that the SDN controller can build up the SDN context between the internal IP address, external IP address, port and App-ID.
A method of fabricating a conductive interconnect on a semiconductor substrate , comprising: depositing a conductive seed layer on the semiconductor substrate ; depositing and patterning a photoresist material on the conductive seed layer ; fabricating a conductive material on regions of the conductive seed layer exposed by the patterned photoresist material ; stripping the photoresist material ; depositing an organic spin on dielectric material on the conductive seed layer and the conductive material ; patterning the organic spin on dielectric material to form an organic collar that partially surrounds the conductive material ; and etching the conductive seed layer to form a conductive support layer ; the method further comprising performing a thermal process by heating, the thermal process causing the organic spin on dielectric material of the organic collar to flow onto sidewalls of the conductive support layer , the thermal process then curing the organic spin on dielectric material to transition the organic collar into an inorganic collar that partially surrounds the conductive material and is disposed on the sidewalls of the conductive support layer , thereby forming the conductive interconnect comprising the conductive support layer , the conductive material on the conductive support layer and the inorganic collar . depositing a conductive seed layer on the semiconductor substrate ; depositing and patterning a photoresist material on the conductive seed layer ; fabricating a conductive material on regions of the conductive seed layer exposed by the patterned photoresist material ; stripping the photoresist material ; depositing an organic spin on dielectric material on the conductive seed layer and the conductive material ; patterning the organic spin on dielectric material to form an organic collar that partially surrounds the conductive material ; and etching the conductive seed layer to form a conductive support layer ; the method further comprising performing a thermal process by heating, the thermal process causing the organic spin on dielectric material of the organic collar to flow onto sidewalls of the conductive support layer , the thermal process then curing the organic spin on dielectric material to transition the organic collar into an inorganic collar that partially surrounds the conductive material and is disposed on the sidewalls of the conductive support layer , thereby forming the conductive interconnect comprising the conductive support layer , the conductive material on the conductive support layer and the inorganic collar .
A composition, comprising metallic silver nanoparticles supported on a carrier, the carrier being in the form of particles, wherein the carrier is an antibiotic.
A method for providing instructions for controlling vehicle , the method comprising: - predicting (S102) a near-future driving path for the vehicle using sensor data received from environmental sensors of the vehicle; - retrieving (S104) at least one acceptable spatial deviation value indicative of the acceptable deviation from the predicted near-future driving path; wherein the method further comprises: - determining (S106) a limit velocity value or a longitudinal deceleration value based on predetermined relations between spatial deviations from the near-future driving path and vehicle motion parameters and corresponding error values, wherein the limit velocity value and the longitudinal deceleration value are determined with the constraint that the acceptable spatial deviation is not violated along the predicted near-future driving path, - providing (S108) an instruction signal comprising an instruction for the vehicle to travel below the limit velocity value, or providing an instruction signal comprising an instruction to decelerate according to the longitudinal deceleration value in the event of a safe stop procedure. - predicting (S102) a near-future driving path for the vehicle using sensor data received from environmental sensors of the vehicle; - retrieving (S104) at least one acceptable spatial deviation value indicative of the acceptable deviation from the predicted near-future driving path; wherein the method further comprises: - determining (S106) a limit velocity value or a longitudinal deceleration value based on predetermined relations between spatial deviations from the near-future driving path and vehicle motion parameters and corresponding error values, wherein the limit velocity value and the longitudinal deceleration value are determined with the constraint that the acceptable spatial deviation is not violated along the predicted near-future driving path, - providing (S108) an instruction signal comprising an instruction for the vehicle to travel below the limit velocity value, or providing an instruction signal comprising an instruction to decelerate according to the longitudinal deceleration value in the event of a safe stop procedure. - determining (S106) a limit velocity value or a longitudinal deceleration value based on predetermined relations between spatial deviations from the near-future driving path and vehicle motion parameters and corresponding error values, wherein the limit velocity value and the longitudinal deceleration value are determined with the constraint that the acceptable spatial deviation is not violated along the predicted near-future driving path, - providing (S108) an instruction signal comprising an instruction for the vehicle to travel below the limit velocity value, or providing an instruction signal comprising an instruction to decelerate according to the longitudinal deceleration value in the event of a safe stop procedure.
Method that can be used for analyzing oxidizing species in a sample, in particular in a biological sample, comprising the steps consisting of: i) contacting the sample with a photoluminescent first agent and an optically active second agent, the photoluminescent first agent at least comprising oxidizable nanoparticles doped with rare earths, with - the luminescence of the photoluminescent first agent varying, at at least one first wavelength, with the quantity of oxidizing species, and - the signal emitted by the optically active second agent being, at at least one second wavelength different from the first wavelength, constant with the quantity of oxidizing species, or varying with the quantity of oxidizing species in a direction opposite to the luminescence of the photoluminescent first agent, ii) exciting the photoluminescent first agent and the optically active second agent in the sample iii) measuring the luminous intensity of the sample at at least said first wavelength, and at least said second wavelength, and iv) estimating the presence and/or the quantity of oxidizing species by interpretation of said measured luminous intensities, and if applicable by reference to standard values. i) contacting the sample with a photoluminescent first agent and an optically active second agent, the photoluminescent first agent at least comprising oxidizable nanoparticles doped with rare earths, with - the luminescence of the photoluminescent first agent varying, at at least one first wavelength, with the quantity of oxidizing species, and - the signal emitted by the optically active second agent being, at at least one second wavelength different from the first wavelength, constant with the quantity of oxidizing species, or varying with the quantity of oxidizing species in a direction opposite to the luminescence of the photoluminescent first agent, - the luminescence of the photoluminescent first agent varying, at at least one first wavelength, with the quantity of oxidizing species, and - the signal emitted by the optically active second agent being, at at least one second wavelength different from the first wavelength, ii) exciting the photoluminescent first agent and the optically active second agent in the sample iii) measuring the luminous intensity of the sample at at least said first wavelength, and at least said second wavelength, and iv) estimating the presence and/or the quantity of oxidizing species by interpretation of said measured luminous intensities, and if applicable by reference to standard values.
A fastener system comprising: a fastener having a head with a recess , and a threaded shank , the recess defined by a series of three alternating lobes and troughs about a rotational axis, each of the alternating lobes and troughs defined by in series an outer radius portion, a drive side transition , an inner transition radius , and a reverse drive portion , and a driver comprising a shaped tapered bit defined by a series of three alternating lobes and driver troughs about the rotational axis, each of the alternating lobes and troughs defined by in series an outer radius portion (800', 820", 820"), a drive side transition , an inner transition radius , and a reverse drive portion , wherein each lobe has a tapering height and width with a substantially constant ratio of lobe width to lobe height, wherein the driver lobes have a side wall defined by the outer radius portion with a taper angle relative to the rotational axis less than or equal to the taper angle of the recess side wall , characterised in that the recess has a side wall defined by the outer radius portion with a taper angle of about 60° from the rotational axis and in that the outer radius portion (800', 820", 820") of the driver comprises a first convex segment , a concave segment (820"), and a second convex segment (820"'), and the outer radius portion of the recess is configured to mate with the outer radius portion of the driver. a fastener having a head with a recess , and a threaded shank , the recess defined by a series of three alternating lobes and troughs about a rotational axis, each of the alternating lobes and troughs defined by in series an outer radius portion, a drive side transition , an inner transition radius , and a reverse drive portion , and a driver comprising a shaped tapered bit defined by a series of three alternating lobes and driver troughs about the rotational axis, each of the alternating lobes and troughs defined by in series an outer radius portion (800', 820", 820"), a drive side transition , an inner transition radius , and a reverse drive portion , wherein each lobe has a tapering height and width with a substantially constant ratio of lobe width to lobe height, wherein the driver lobes have a side wall defined by the outer radius portion with a taper angle relative to the rotational axis less than or equal to the taper angle of the recess side wall , characterised in that the recess has a side wall defined by the outer radius portion with a taper angle of about 60° from the rotational axis and in that the outer radius portion (800', 820", 820") of the driver comprises a first convex segment , a concave segment (820"), and a second convex segment (820"'), and the outer radius portion of the recess is configured to mate with the outer radius portion of the driver.
A hydrophobically associated polymer, comprising - repeating units represented by formulas (I) and (II): wherein, x:y= 1:(0.005∼0.01); said A is the monomer unit of hydrophobic monomer; said hydrophobic monomer is selected from one or more of N-alkyl substituted acrylamide and derivatives thereof, alkyl acrylate, alkyl methacrylate, fluoro-substituted alkyl acrylate, fluoro-substituted alkyl methacrylate, allylalkyl quaternary ammonium salts, acrylamide alkyl sulfonic acid and sulfonate salts thereof, alkylphenol polyoxyethylene acrylate and polyoxyethylene alkyl acrylate; and the viscosity-average molecular weight of said hydrophobically associated polymer, measured and calculated by using an Ubbelohde viscometer (0.55mm diameter) according to GB/T 12005.10-92, is 5,000,000∼35,000,000; wherein said allylalkyl quaternary ammonium salts are selected from 2-methacryloyloxyethyl-dimethyldodecylammonium bromide, dodecyl allyl tetramethylbutylenediammonium dibromide, tetradecyl allyl tetramethylbutylenediammonium dichloride, dodecyldipropyl allyl ammonium chloride. - repeating unit represented by formula (III): wherein x:z=1:(0.01∼0.03); said D is monomer unit of functional monomer; said functional monomer is selected from one or more of sulfonic acid derivatives containing a terminal alkenyl group and sulfonate salt derivatives thereof, and heterocyclic derivatives containing a terminal alkenyl group; - repeating unit represented by formula (IV): wherein x:m=1:(0.1∼0.20); - repeating units represented by formulas (I) and (II): wherein, x:y= 1:(0.005∼0.01); said A is the monomer unit of hydrophobic monomer; said hydrophobic monomer is selected from one or more of N-alkyl substituted acrylamide and derivatives thereof, alkyl acrylate, alkyl methacrylate, fluoro-substituted alkyl acrylate, fluoro-substituted alkyl methacrylate, allylalkyl quaternary ammonium salts, acrylamide alkyl sulfonic acid and sulfonate salts thereof, alkylphenol polyoxyethylene acrylate and polyoxyethylene alkyl acrylate; and the viscosity-average molecular weight of said hydrophobically associated polymer, measured and calculated by using an Ubbelohde viscometer (0.55mm diameter) according to GB/T 12005.10-92, is 5,000,000∼35,000,000; wherein said allylalkyl quaternary ammonium salts are selected from 2-methacryloyloxyethyl-dimethyldodecylammonium bromide, dodecyl allyl tetramethylbutylenediammonium dibromide, tetradecyl allyl tetramethylbutylenediammonium dichloride, dodecyldipropyl allyl ammonium chloride. - repeating unit represented by formula (III): wherein x:z=1:(0.01∼0.03); said D is monomer unit of functional monomer; said functional monomer is selected from one or more of sulfonic acid derivatives containing a terminal alkenyl group and sulfonate salt derivatives thereof, and heterocyclic derivatives containing a terminal alkenyl group; - repeating unit represented by formula (IV): wherein x:m=1:(0.1∼0.20);
A streamer filler material for a geophysical streamer , comprising: 15-25%, by weight or volume, of a two-part silicone gel mixed with a paraffinic oil.
A component mounter for picking up a component (P) supplied to a component supply position by a component supply device and mounting the component (P) on a mounting target object (S), the component mounter comprising: a rotary head having a rotary body configured to hold multiple pickup members configured to pick up a component (P) in a circumferential direction and configured not only to revolve the multiple pickup members in the circumferential direction as the rotary body rotates but also to allow the pickup members to rotate about their own axes while being interlocked with each other; a lifting and lowering device configured to raise and lower at least one pickup member of the multiple pickup members which is positioned at a predetermined revolving angle; and a control device configured to control, when a component (P) supplied from the component supply device can be picked up at multiple different rotating angles, the rotary head and the lifting and lowering device so that the pickup member moves to the predetermined revolving angle to be lowered and picks up the component (P) at a rotating angle of the multiple rotating angles which involves a smaller moving amount, wherein the control device is configured to acquire information on the shape of the pickup member to determine based on the acquired shape information whether the pickup member can pick up the component (P) at the multiple different rotating angles of the pickup member . a rotary head having a rotary body configured to hold multiple pickup members configured to pick up a component (P) in a circumferential direction and configured not only to revolve the multiple pickup members in the circumferential direction as the rotary body rotates but also to allow the pickup members to rotate about their own axes while being interlocked with each other; a lifting and lowering device configured to raise and lower at least one pickup member of the multiple pickup members which is positioned at a predetermined revolving angle; and a control device configured to control, when a component (P) supplied from the component supply device can be picked up at multiple different rotating angles, the rotary head and the lifting and lowering device so that the pickup member moves to the predetermined revolving angle to be lowered and picks up the component (P) at a rotating angle of the multiple rotating angles which involves a smaller moving amount, wherein the control device is configured to acquire information on the shape of the pickup member to determine based on the acquired shape information whether the pickup member can pick up the component (P) at the multiple different rotating angles of the pickup member .
Apparatus comprising: a first shaft and a second shaft supported in a substantially concentric relationship so that they are able to rotate relative to one another about a rotational axis (R); wherein one of the first and second shafts passes through a bore defined in the other of the first and second shafts ; a seal arrangement between the first and second shafts , said seal arrangement comprising a seal member and a bearing , the seal member being locked from rotational movement relative to said first shaft ; wherein the seal arrangement comprises a first portion that is rotatably mounted on the second shaft by the bearing and a second portion that is configured to seal against a running surface defined by the second shaft . a first shaft and a second shaft supported in a substantially concentric relationship so that they are able to rotate relative to one another about a rotational axis (R); wherein one of the first and second shafts passes through a bore defined in the other of the first and second shafts ; a seal arrangement between the first and second shafts , said seal arrangement comprising a seal member and a bearing , the seal member being locked from rotational movement relative to said first shaft ; wherein the seal arrangement comprises a first portion that is rotatably mounted on the second shaft by the bearing and a second portion that is configured to seal against a running surface defined by the second shaft .