mhurhangee/ep-ind-claims huggingface dataset:
An exhaust system for a positive ignition internal combustion engine comprising a catalysed filter for filtering particulate matter from exhaust gas comprising one or more catalyst poisons and emitted from a positive ignition internal combustion engine, which filter comprising a porous substrate having a total substrate length and having inlet surfaces and outlet surfaces, wherein the inlet surfaces are separated from the outlet surfaces by a porous structure containing pores of a first mean pore size, wherein the porous substrate is coated with a washcoat comprising a plurality of solid particles, wherein the porous structure of the washcoated porous substrate contains pores of a second mean pore size, wherein the second mean pore size is less than the first mean pore size, which washcoat being axially arranged on the porous substrate as a first zone comprising the inlet surfaces of a first substrate length less than the total substrate length and a second zone comprising the outlet surfaces of a second substrate length less than the total substrate length, wherein the first zone is disposed upstream of the second zone, wherein the sum of the substrate length in the first zone and the substrate length in the second zone ≥ 100%, wherein the washcoat of at least the second zone is a three-way catalyst washcoat comprising one or more precious metal supported on a high surface area base metal oxide, and an oxygen storage component, wherein: (i) a specific surface area of washcoat in the first zone > second zone; or (ii) both a washcoat loading and a specific surface area of washcoat in the first zone > second zone, and wherein (a) the washcoat of the first zone is also a three-way catalyst washcoat; or (b) the washcoat of the first zone is substantially precious metal free. (i) a specific surface area of washcoat in the first zone > second zone; or (ii) both a washcoat loading and a specific surface area of washcoat in the first zone > second zone,
Apparatus containing a dihydrogen tank and/or a dihydrogen circuit, the apparatus also comprising a device for regulating a concentration of dihydrogen which comprises at least one pair of electrical conductors (4, 6) as well as at least one controller and which is located outside the tank and/or the circuit and, each pair of electrical conductors (4, 6) comprising a first electrical conductor and a second electrical conductor, the first electrical conductor and the second electrical conductor of each pair being spaced apart by a predetermined distance, and the at least one controller being configured to repeatedly command the application of a predetermined voltage difference between the first electrical conductor and the second electrical conductor so that, based on said predetermined distance, an electric arc of controlled power is formed between the first electrical conductor and the second electrical conductor.
A computer-implemented method for carrying out tag networking on a network, the method comprising: analyzing, by a client, a traffic flow including a plurality of packets to identify a pattern among particular packets transmitted by the client to determine a traffic type associated with the packets; providing, by the client, a tag to identify the traffic type; determining, by the client, whether one or more network devices (220, 227) is configured to handle the tag; and upon determining that the one or more network devices (220, 227) is configured to handle the tag, adding, by the client, the tag to a data field of each packet associated with the traffic flow, and wherein the tag is identifiable by the one or more network devices (220, 227) forwarding, by the one or more network devices (220,227), the packets toward a destination and executing, by the one or more network devices (220, 227), an application based on the tag in response to recognizing the tag. analyzing, by a client, a traffic flow including a plurality of packets to identify a pattern among particular packets transmitted by the client to determine a traffic type associated with the packets; providing, by the client, a tag to identify the traffic type; determining, by the client, whether one or more network devices (220, 227) is configured to handle the tag; and upon determining that the one or more network devices (220, 227) is configured to handle the tag, adding, by the client, the tag to a data field of each packet associated with the traffic flow, and wherein the tag is identifiable by the one or more network devices (220, 227) forwarding, by the one or more network devices (220,227), the packets toward a destination and executing, by the one or more network devices (220, 227), an application based on the tag in response to recognizing the tag.
A method of selectively scheduling a plurality of media items to a programming slot in a programme break, such that a programme receiver is enabled to output up to one selected one of the media items in said slot, and to output a linear one of the media items in said slot if no other one of the media items is selected, wherein the media items have respective attributes, and scheduling of the media items to the slot is subject to one or more constraints applicable to the attributes, the method comprising: a. scheduling said linear one of the plurality of media items to the programming slot; b. generating or updating avail schedule data relating to said slot, wherein the avail schedule data indicates what kind of substitutional media items can be scheduled into the slot, dependent on any media items scheduled in other slots in the programme break; and c. selectively scheduling a further one or more of the substitutional media items to the slot, subject to said one or more constraints applicable to the respective attributes of the substitutional media items and to the avail schedule data. a. scheduling said linear one of the plurality of media items to the programming slot; b. generating or updating avail schedule data relating to said slot, wherein the avail schedule data indicates what kind of substitutional media items can be scheduled into the slot, dependent on any media items scheduled in other slots in the programme break; and c. selectively scheduling a further one or more of the substitutional media items to the slot, subject to said one or more constraints applicable to the respective attributes of the substitutional media items and to the avail schedule data.
A side dam assembly for a continuous twin roll caster system, comprising: a side dam having opposite outer surfaces, one said outer surface for contacting molten metal and the opposite outer surface having fastening portions (320, 330, 340) capable of attaching said side dam to a side dam holder to hold the side dam in place during casting; characterised by a side dam holder having attachment portions (210, 220, 230) capable of receiving and supporting said side dam at said fastening portions (320, 330, 340), without any exposed portion of said side dam holder extending beyond said opposite outer surface of the side dam toward the outer surface for contacting molten metal. a side dam having opposite outer surfaces, one said outer surface for contacting molten metal and the opposite outer surface having fastening portions (320, 330, 340) capable of attaching said side dam to a side dam holder to hold the side dam in place during casting; characterised by a side dam holder having attachment portions (210, 220, 230) capable of receiving and supporting said side dam at said fastening portions (320, 330, 340), without any exposed portion of said side dam holder extending beyond said opposite outer surface of the side dam toward the outer surface for contacting molten metal.
A system for monitoring at least one motion parameter of a main shaft in a gyratory or cone crusher comprising: a magnetic element mounted to a top end of the main shaft, wherein the magnetic element is a lifting lug formed of a ferromagnetic material capable of affecting a magnetic field; a magnetic sensor positioned in proximity to the magnetic element and operable to detect changes in a magnetic flux caused by movement of the magnetic element; and a controller coupled to the magnetic sensor to determine the at least one motion parameter based on the detected changes in the magnetic flux. a magnetic element mounted to a top end of the main shaft, wherein the magnetic element is a lifting lug formed of a ferromagnetic material capable of affecting a magnetic field; a magnetic sensor positioned in proximity to the magnetic element and operable to detect changes in a magnetic flux caused by movement of the magnetic element; and a controller coupled to the magnetic sensor to determine the at least one motion parameter based on the detected changes in the magnetic flux.
A process for separating monomers from a diisocyanate-comprising residue in at least one apparatus in which the residue forms a high-viscosity liquid and/or a nonbrittle solid during the total residence time in the apparatus at a temperature of from 210 to 330°C and a pressure below 300 hPa and is discharged from this apparatus by forced transport, wherein the diisocyanate is a (cyclo)aliphatic diisocyanate.
A cleaning device for a floor mopping machine, comprising a bucket body, wherein a water removal member is disposed in the bucket body, and the cleaning device further comprises a water feeding mechanism for conveying water to a wiping object of a floor mopping machine; during cleaning, the water feeding mechanism conveys water; when water is removed, the water feeding mechanism stops conveying water, and the wiping object of the floor mopping machine is wiped with the water removal member, characterized in that the bucket body is provided with a cleaning cavity, the water feeding mechanism is disposed at a bottom of the cleaning cavity and sprays water upwards out from the bottom of the cleaning cavity, and the water removal member is disposed above the water feeding mechanism and is located in the cleaning cavity. during cleaning, the water feeding mechanism conveys water; when water is removed, the water feeding mechanism stops conveying water, and the wiping object of the floor mopping machine is wiped with the water removal member,
A furnace having vertical orientation for dental components, comprising a combustion chamber which is open at the bottom and has an opening (2.1) that can be closed by means of a furnace door, which in the open position is lowered in the vertical direction, having a support region for the heated component, which support region is arranged at a distance from the opening in the combustion chamber, is part of the furnace and is arranged outside a heat radiation field of the open combustion chamber, characterised in that a cooling device acting on the support region is arranged on or in the furnace.
A method for selectively extracting, by a terminal (TRM, TRM 1, TRM 2), at least one image to be extracted contained in an encrypted video stream, several encrypted versions of said encrypted video stream being stored on a server (BRC_S) unable to decrypt said encrypted versions of the video stream, said several encrypted versions comprising at least a low resolution version and a high resolution version, each encrypted version of said encrypted video stream being divided into encrypted blocks (L 1, L 2, L 3, L N), each encrypted block containing several encrypted images, said method comprising: - selecting (S 1) an encrypted block (L 1) of the encrypted low resolution version of the encrypted video stream, said encrypted block containing an image to be extracted; characterised in that the method further comprises: - selecting (S 2) a subset of said encrypted block (L 1) containing said image to be extracted, wherein said subset starts at the beginning of said encrypted block and has a size equal to a predetermined percentage of the size of said encrypted block; - transmitting, by the server to the terminal, said subset; - decrypting said subset by the terminal; - extracting, by the terminal, said image to be extracted from said decrypted subset. said several encrypted versions comprising at least a low resolution version and a high resolution version, each encrypted version of said encrypted video stream being divided into encrypted blocks (L 1, L 2, L 3, L N), each encrypted block containing several encrypted images, said method comprising: - selecting (S 1) an encrypted block (L 1) of the encrypted low resolution version of the encrypted video stream, said encrypted block containing an image to be extracted; - selecting (S 1) an encrypted block (L 1) of the encrypted low resolution version of the encrypted video stream, said encrypted block containing an image to be extracted; - selecting (S 2) a subset of said encrypted block (L 1) containing said image to be extracted, wherein said subset starts at the beginning of said encrypted block and has a size equal to a predetermined percentage of the size of said encrypted block; - transmitting, by the server to the terminal, said subset; - decrypting said subset by the terminal; - extracting, by the terminal, said image to be extracted from said decrypted subset.
System for guiding electrode placement on a scalp characterized by comprising: - a first strip arrangement comprising: - a first flexible LED strip; - a first touch sensor means arranged along a section of the first flexible LED strip configured for measuring a distance between cranial landmarks; and - a control module connected to the first strip arrangement; wherein, the control module is configured for setting a first cranial landmark at one end of the first flexible LED strip, setting a second cranial landmark where a physical touch is detected by the touch sensor means and illuminating the first flexible LED strip at least at one location for guiding electrode placement, based on the distance between the two cranial landmarks and an electrode placement scheme previously set. - a first strip arrangement comprising: - a first flexible LED strip; - a first touch sensor means arranged along a section of the first flexible LED strip configured for measuring a distance between cranial landmarks; and - a first flexible LED strip; - a first touch sensor means arranged along a section of the first flexible LED strip configured for measuring a distance between cranial landmarks; and - a control module connected to the first strip arrangement;
A solar receiver for a Fresnel-type concentrating solar power plant comprising: - a solar absorber comprising at least one fluid circulation device designed to have a heat conducting fluid flowing therein, - a frame made from a first thermal insulating material structured to define a housing groove of the solar absorber, the first thermal insulating material having a modulus of rupture greater than 1 MPa, - an attachment system of the solar absorber with the frame, - a protection film completely covering the outer lateral surface of the frame so as to be located between the frame and the solar absorber. - a solar absorber comprising at least one fluid circulation device designed to have a heat conducting fluid flowing therein, - a frame made from a first thermal insulating material structured to define a housing groove of the solar absorber, the first thermal insulating material having a modulus of rupture greater than 1 MPa, - an attachment system of the solar absorber with the frame, - a protection film completely covering the outer lateral surface of the frame so as to be located between the frame and the solar absorber.
A method of transmitting a data block in a wireless communication system, comprising: encoding information bits to generate a coded block; firstly parsing the coded block to re-arrange the coded block into Nss spatial blocks, each of the Nss spatial blocks having N CBPSS bits, where Nss is a number of spatial streams; secondly parsing each of the Nss spatial blocks to generate two subblocks with index l =0, 1; interleaving the two subblocks by using an interleaver for 80 Hz bandwidth; and transmitting the two interleaved subblocks to a receiver over two 80 MHz frequency bands, wherein each of the Nss spatial blocks is parsed as shown: y k, l = x 2 s ⋅ N ES ⌊ k s ⋅ N ES ⌋ + l ⋅ s ⋅ N ES + k mod s ⋅ N ES, k = 0, 1,..., N CBPSS 2 − 1 where s = max 1 N BPSCS 2, N BPSCS is the number of coded bits per subcarrier per spatial stream, N ES is the number of encoders, └z┘ is the largest integer less than or equal to z, z mod t is the remainder resulting from the division of integer z by integer t, x m is the m-th bit of a block of bits, m= 0 to N CBPSS -1, and y k,l is bit k of the subblock l, wherein the two subblocks correspond to the two 80 MHz frequency bands respectively. encoding information bits to generate a coded block; firstly parsing the coded block to re-arrange the coded block into Nss spatial blocks, each of the Nss spatial blocks having N CBPSS bits, where Nss is a number of spatial streams; secondly parsing each of the Nss spatial blocks to generate two subblocks with index l =0, 1; interleaving the two subblocks by using an interleaver for 80 Hz bandwidth; and transmitting the two interleaved subblocks to a receiver over two 80 MHz frequency bands, wherein each of the Nss spatial blocks is parsed as shown: y k, l = x 2 s ⋅ N ES ⌊ k s ⋅ N ES ⌋ + l ⋅ s ⋅ N ES + k mod s ⋅ N ES, k = 0, 1,..., N CBPSS 2 − 1 where s = max 1 N BPSCS 2, N BPSCS is the number of coded bits per subcarrier per spatial stream, N ES is the number of encoders, └z┘ is the largest integer less than or equal to z, z mod t is the remainder resulting from the division of integer z by integer t, x m is the m-th bit of a block of bits, m= 0 to N CBPSS -1, and y k,l is bit k of the subblock l, N BPSCS is the number of coded bits per subcarrier per spatial stream, N ES is the number of encoders, └z┘ is the largest integer less than or equal to z, z mod t is the remainder resulting from the division of integer z by integer t, x m is the m-th bit of a block of bits, m= 0 to N CBPSS -1, and y k,l is bit k of the subblock l, wherein the two subblocks correspond to the two 80 MHz frequency bands respectively.
A fiber-reinforced resin molding comprising: a core layer comprising a nonwoven fabric and an impregnating resin that has been impregnated in the nonwoven fabric; and a pair of skin layers comprising fibers and a matrix resin that covers the fibers, and joined to both sides of the core layer; wherein the skin layers have recesses formed on a core layer side surface such that portions of the fibers in the matrix resin are exposed, and portions of the nonwoven fabric and the impregnating resin have entered the recesses. a core layer comprising a nonwoven fabric and an impregnating resin that has been impregnated in the nonwoven fabric; and a pair of skin layers comprising fibers and a matrix resin that covers the fibers, and joined to both sides of the core layer; wherein the skin layers have recesses formed on a core layer side surface such that portions of the fibers in the matrix resin are exposed, and portions of the nonwoven fabric and the impregnating resin have entered the recesses.
A method of providing a function of temporarily storing an on-screen display protocol in a device in addition to a function of persistently storing the same, the method comprising, receiving analysis data of a video image from an apparatus capable of at least one of wired and wireless communication; displaying the video image and the analysis data of the video on a display of the device; determining whether to record the analysis data of the video image in a persistent storage device to be retained after the device being rebooted or in a temporary storage device to be erased after the device being rebooted based on a value of a Boolean element of a parameter format of an open network interface, ONVIF, protocol, wherein storing the analysis data of the video image in one of the persistent storage device in response to the value of the Boolean element added to the parameter format of the open network interface, ONVIF, protocol, being true and the temporary storage device in response to the value of the Boolean element added to the parameter format of the open network interface, ONVIF, protocol, being false wherein analysis data having a high variability is stored in the temporary storage device and analysis data having a low variability is stored in the persistent storage device, wherein high and low variability are determined by a user or based on a threshold value, and wherein the analysis data includes numbers of checks to be withdrawn, an ATM identification number, an amount, a quantity of checks, a location, and an image of a face of a user withdrawing the checks. receiving analysis data of a video image from an apparatus capable of at least one of wired and wireless communication; displaying the video image and the analysis data of the video on a display of the device; determining whether to record the analysis data of the video image in a persistent storage device to be retained after the device being rebooted or in a temporary storage device to be erased after the device being rebooted based on a value of a Boolean element of a parameter format of an open network interface, ONVIF, protocol, wherein storing the analysis data of the video image in one of the persistent storage device in response to the value of the Boolean element added to the parameter format of the open network interface, ONVIF, protocol, being true and the temporary storage device in response to the value of the Boolean element added to the parameter format of the open network interface, ONVIF, protocol, being false wherein analysis data having a high variability is stored in the temporary storage device and analysis data having a low variability is stored in the persistent storage device, wherein high and low variability are determined by a user or based on a threshold value, and wherein the analysis data includes numbers of checks to be withdrawn, an ATM identification number, an amount, a quantity of checks, a location, and an image of a face of a user withdrawing the checks.
Tube section, having a length L, for constructing a tube suitable for underpressure applications, with an incircle having a diameter of at least 2 m, wherein the tube section comprises a plurality of longitudinal stringers, a plurality of circumferential sections and a plurality of thin-walled skin sections having a radius of curvature R and wherein the curvature extends along the entire length of the thin-walled skin sections, wherein the longitudinal stringers are connected to the inner surface of the circumferential sections, wherein the plurality of longitudinal stringers are mounted to the circumferential sections substantially equidistantly to form a skeletal framework for attaching the thin-walled skin sections; wherein the long edges of the thin-walled skin sections are mounted fixedly and air-tightly to the longitudinal stringers, wherein the centre point M of the radius of curvature R of the curved thin-walled skin sections lies outside the tube section, and wherein, in use in an underpressure application, the thin walled sections between the stringers are loaded in tension. wherein the longitudinal stringers are connected to the inner surface of the circumferential sections, wherein the plurality of longitudinal stringers are mounted to the circumferential sections substantially equidistantly to form a skeletal framework for attaching the thin-walled skin sections; wherein the long edges of the thin-walled skin sections are mounted fixedly and air-tightly to the longitudinal stringers, wherein the centre point M of the radius of curvature R of the curved thin-walled skin sections lies outside the tube section, and wherein, in use in an underpressure application, the thin walled sections between the stringers are loaded in tension.