mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a rolling mill roll by laser cladding a reusable steel axe substrate having a rotational symmetry axis with a metal coating external layer, said metal coating external layer having a work tool steel composition, comprising the steps of: - rotating the reusable substrate around its axis of rotational symmetry; - effecting a laser cladding on the rotating substrate, by forming a melt pool on the surface of the rotating substrate by means of a laser beam and affixing the coating layer by feeding a powder material into the laser-induced melt pool, - submitting the coated substrate to a thermal treatment made of a tempering treatment comprising a heating up to a temperature in the range 500-650°C followed by a holding at this temperature during a time comprised between 2 and 5 hours, in order to soften martensite and precipitate carbides; wherein the composition for said metal coating external layer is consisting of 0.5-3.5% C, 2-18% Cr, 0.5-7% Mo, 0.5-8% V, 0.2-5% W, 0-5% Nb, 0-1% Ti, 0.5-1% Mn, 0.2-3% Si and 0-3% Ni, the rest being Fe and inevitable impurities; wherein a preheating of the substrate is performed, thanks to a coating head combining induction heating with laser cladding process; wherein the cladding rate is in the range from 2.35 kg/h to 18 kg/h; and wherein said external coating layer is made of multiple added coating sublayers and has a total thickness comprised between 1 and 30 mm, the thickness of each single external coating sublayer being comprised between 0.1 and 2.5 mm. - rotating the reusable substrate around its axis of rotational symmetry; - effecting a laser cladding on the rotating substrate, by forming a melt pool on the surface of the rotating substrate by means of a laser beam and affixing the coating layer by feeding a powder material into the laser-induced melt pool, - submitting the coated substrate to a thermal treatment made of a tempering treatment comprising a heating up to a temperature in the range 500-650°C followed by a holding at this temperature during a time comprised between 2 and 5 hours, in order to soften martensite and precipitate carbides;
An electrophotographic member, comprising: an elastic layer comprising a silicone rubber; an intermediate layer comprising at least one of an aromatic polyimide and an aromatic polyamideimide, and a fluororesin; and a surface layer comprising a fluororesin, the electrophotographic member is characterized in that the aromatic polyimide or the aromatic polyamideimide is bonded to the elastic layer through an amide bond-containing group, and a carbon atom constituting the amide bond is directly bonded to a carbon atom constituting an aromatic ring in a molecule of the aromatic polyimide or aromatic polyamideimide. an elastic layer comprising a silicone rubber; an intermediate layer comprising at least one of an aromatic polyimide and an aromatic polyamideimide, and a fluororesin; and a surface layer comprising a fluororesin, the electrophotographic member is characterized in that the aromatic polyimide or the aromatic polyamideimide is bonded to the elastic layer through an amide bond-containing group, and a carbon atom constituting the amide bond is directly bonded to a carbon atom constituting an aromatic ring in a molecule of the aromatic polyimide or aromatic polyamideimide.
Sensing arrangement for detection of electrical discharges in an electrical apparatus, wherein the sensing arrangement includes an acoustic sensor and a signal enhancing structure with a funnel region, wherein the acoustic sensor is positioned outside the funnel region on an apex side of the funnel region, wherein in the funnel region, a part of a surface of the signal enhancing structure has an exponential-like cross section, and wherein the signal enhancing structure is configured as a high-pass filter with a cutoff frequency lower than 20 kHz.
A toothbrush tip comprising: a brush head; a plurality of bristle tufts extending from the brush head; a waterjet nozzle extending from the brush head; and a cover panel arranged on a rear of the toothbrush tip opposite the bristle tufts; wherein: a cylindrical recessed band is formed in a sidewall of the water jet nozzle adjacent a base of the water jet nozzle, which appears as a raised band; the recessed band is sized to fit snugly within the nozzle aperture and the base is sized to abut a back of the bristle base, when the water jet nozzle is inserted into the nozzle aperture from the cavity in the rear of the brush head; characterised in that the toothbrush tip further comprises a nozzle insert configured to be inserted into the base of the water jet nozzle to prevent the water jet nozzle from bending or collapsing under high water pressure and contact with teeth. a brush head; a plurality of bristle tufts extending from the brush head; a waterjet nozzle extending from the brush head; and a cover panel arranged on a rear of the toothbrush tip opposite the bristle tufts; wherein: a cylindrical recessed band is formed in a sidewall of the water jet nozzle adjacent a base of the water jet nozzle, which appears as a raised band; the recessed band is sized to fit snugly within the nozzle aperture and the base is sized to abut a back of the bristle base, when the water jet nozzle is inserted into the nozzle aperture from the cavity in the rear of the brush head; characterised in that the toothbrush tip further comprises a nozzle insert configured to be inserted into the base of the water jet nozzle to prevent the water jet nozzle from bending or collapsing under high water pressure and contact with teeth.
A service control system for being connected to a communication network to which a user apparatus for executing machine-to-machine communication is connectable, and that controls a service on the machine-to-machine communication, comprising: a reception unit configured to receive state information indicating a state of the user apparatus; and a communication control unit (201, 202) configured, when receiving a request for the user apparatus from an application server (40A, 40B), to determine communication operation for the request based on the state information, and to execute determined communication operation, wherein the communication control unit is configured to perform triggering for the user apparatus when the state information indicates that the user apparatus is in a dormant state, wherein the communication control unit notifies the application server that communication is unavailable when the state information indicates power-off or indicates that communication is unavailable. a reception unit configured to receive state information indicating a state of the user apparatus; and a communication control unit (201, 202) configured, when receiving a request for the user apparatus from an application server (40A, 40B), to determine communication operation for the request based on the state information, and to execute determined communication operation, wherein the communication control unit is configured to perform triggering for the user apparatus when the state information indicates that the user apparatus is in a dormant state, wherein the communication control unit notifies the application server that communication is unavailable when the state information indicates power-off or indicates that communication is unavailable.
A method performed by a communications device, the method comprising: • receiving a first signaling, being a higher layer signaling, from a communications controller, and decoding the first signaling received from the communications controller, wherein the first signaling comprises encoded first information indicating a set of sequence groups and an encoded x, being an encoded and received version of n hop ⋅ 30 + ƒ ss PUSCH, wherein n hop is an integer between zero and sixteen and corresponds to a sequence group hopping pattern information for an uplink reference signal of a Physical Uplink Shared Channel, PUSCH, and ƒ ss PUSCH is an integer between zero and twenty-nine and corresponds to a sequence group shift information for the uplink reference signal; • determining the sequence group hopping pattern information n hop in accordance with the formula: n hop = ⌊ x 30 ⌋, wherein └ ┘ is the floor function; • determining the sequence group shift information ƒ ss PUSCH in accordance with the formula: ƒ ss PUSCH = x mod 30; • receiving a second signaling from the communications controller, and decoding the second signaling, wherein the second signaling comprises encoded second information related to a selected sequence group within the set of sequence groups, the set of sequence groups being indicated by the received encoded first information; • modulating an uplink reference signal with a sequence from the selected sequence group based on the sequence group hopping pattern information n hop and the sequence group shift information ƒ ss PUSCH; and • transmitting the modulated uplink reference signal. • receiving a first signaling, being a higher layer signaling, from a communications controller, and decoding the first signaling received from the communications controller, wherein the first signaling comprises encoded first information indicating a set of sequence groups and an encoded x, being an encoded and received version of n hop ⋅ 30 + ƒ ss PUSCH, wherein n hop is an integer between zero and sixteen and corresponds to a sequence group hopping pattern information for an uplink reference signal of a Physical Uplink Shared Channel, PUSCH, and ƒ ss PUSCH is an integer between zero and twenty-nine and corresponds to a sequence group shift information for the uplink reference signal; • determining the sequence group hopping pattern information n hop in accordance with the formula: n hop = ⌊ x 30 ⌋, wherein └ ┘ is the floor function; • determining the sequence group shift information ƒ ss PUSCH in accordance with the formula: ƒ ss PUSCH = x mod 30; • receiving a second signaling from the communications controller, and decoding the second signaling, wherein the second signaling comprises encoded second information related to a selected sequence group within the set of sequence groups, the set of sequence groups being indicated by the received encoded first information; • modulating an uplink reference signal with a sequence from the selected sequence group based on the sequence group hopping pattern information n hop and the sequence group shift information ƒ ss PUSCH; and • transmitting the modulated uplink reference signal.
An implantable prosthesis for repairing an abdominal wall defect, the implantable prosthesis comprising: a soft tissue repair patch having a first surface that is to face the abdominal wall defect; a pair of straps (24,26) extending away from said first surface of the patch, each strap (24,26) having a cross-section with a width and thickness, the width being greater than the thickness, each strap (24,26) extending a sufficient length from said first surface of the patch to extend through the abdominal wall defect when the patch is on one side of the defect, so that a portion of each of the straps (24,26) are on the other side of the defect and are adapted to be pulled by a user to position the soft tissue repair patch. a soft tissue repair patch having a first surface that is to face the abdominal wall defect; a pair of straps (24,26) extending away from said first surface of the patch, each strap (24,26) having a cross-section with a width and thickness, the width being greater than the thickness, each strap (24,26) extending a sufficient length from said first surface of the patch to extend through the abdominal wall defect when the patch is on one side of the defect, so that a portion of each of the straps (24,26) are on the other side of the defect and are adapted to be pulled by a user to position the soft tissue repair patch.
A disk array, applied to a storage system comprising the disk array and a server, wherein the disk array comprises a disk frame and two controller nodes, wherein each controller node comprises a switch, and a port of a first switch of a first controller node is connected to a port of a second switch of a second controller node, each controller node comprises a first end point device connected to the server, a second end point device connected to the disk frame, and a CPU configured to run a read or write control program; each controller node is configured to receive data sent by the server and send the data to the disk frame; the first controller node is further configured to detect whether the second controller node is invalid through the ports; when it has been detected that the second controller node is invalid, set the port which is of the first switch of the first controller node and connected to the second controller node to an upstream port, set the connected port of the second controller node to a downstream port through the port of the first switch of the first controller node, scan a configuration space of the second controller node through the port of the first switch of the first controller node, acquire configuration parameters of the second switch and the first end point device of the second controller node in the configuration space, and reset the configuration parameters of the second switch and the first end point device of the second controller node; the second controller node is further configured to redirect, through the port of the second switch of the second controller node, the received data sent by the server to the port of the first switch of the first controller node according to the reset configuration parameters of the second switch and the first end point device of the second controller node; and the first controller node is further configured to receive, through the port of the first switch of the first controller node, the data redirected by the second controller node, and store the redirected data in the disk frame according to the reset configuration parameters of the second controller node.
A lamp (8, 77, 90), said lamp comprising: a plurality of light emitting diodes (10, 12, 14, 10', 12', 14', 100, 102, 104) mounted onto a thermally conductive substrate (26, 78, 120) forming a light emitting diode assembly having opposing forward and rearward facing sides, said forward facing side selectively providing illumination from the light emitting diodes when power is supplied thereto; a heat spreader (60, 60', 110) in thermal communication with the rearward facing side of the light emitting diode assembly, said heat spreader being secured to the thermally conductive substrate such that heat generated by the light emitting diodes is passed to the thermally conductive substrate and then transferred to the heat spreader where the heat is distributed evenly across the heat spreader; a thermally conductive core (62, 62') in thermal communication with the rearward facing side of the light emitting diode assembly and extending away from said rearward facing side of the light emitting diode assembly, said thermally conductive core being secured to the heat spreader; and a plurality of fins having exposed surface areas, said plurality of fins contacting the thermally conductive core and dissipating heat from the light emitting diode assembly via convection, said plurality of fins surrounding and extending away from the thermally conductive core, characterized in that the plurality of fins comprise an attachment edge attached to the thermally conductive core parallel to a central axis of the thermally conductive core. a plurality of light emitting diodes (10, 12, 14, 10', 12', 14', 100, 102, 104) mounted onto a thermally conductive substrate (26, 78, 120) forming a light emitting diode assembly having opposing forward and rearward facing sides, said forward facing side selectively providing illumination from the light emitting diodes when power is supplied thereto; a heat spreader (60, 60', 110) in thermal communication with the rearward facing side of the light emitting diode assembly, said heat spreader being secured to the thermally conductive substrate such that heat generated by the light emitting diodes is passed to the thermally conductive substrate and then transferred to the heat spreader where the heat is distributed evenly across the heat spreader; a thermally conductive core (62, 62') in thermal communication with the rearward facing side of the light emitting diode assembly and extending away from said rearward facing side of the light emitting diode assembly, said thermally conductive core being secured to the heat spreader; and a plurality of fins having exposed surface areas, said plurality of fins contacting the thermally conductive core and dissipating heat from the light emitting diode assembly via convection, said plurality of fins surrounding and extending away from the thermally conductive core, characterized in that the plurality of fins comprise an attachment edge attached to the thermally conductive core parallel to a central axis of the thermally conductive core.
A method for the treatment of a blast furnace sludge containing iron and between 4.5% to 12% by weight of zinc, said method comprising a leaching step wherein leaching agents include hydrochloric acid and chlorate, and wherein said leaching agents are added in such an amount so as to set the pH of the leachate directly resulting from this leaching step at a value between 0.8 and below 1.5.
A hair care composition comprising from (i) 0.01 to 3.0% by weight of a zinc-based antidandruff agent having a average particle size of 0.25 to 8 micrometer; and (ii) 0.04 to 2.0% by weight of a cationic modified guar deposition polymer having a molecular weight of from 1.0 million to 1.5 million Dalton as obtained from 1 H NMR measurement and a cationic degree of substitution of from 0.16 to 0.20; wherein the composition additionally comprises from 0.025 to 0.75% by weight of climbazole. (i) 0.01 to 3.0% by weight of a zinc-based antidandruff agent having a average particle size of 0.25 to 8 micrometer; and (ii) 0.04 to 2.0% by weight of a cationic modified guar deposition polymer having a molecular weight of from 1.0 million to 1.5 million Dalton as obtained from 1 H NMR measurement and a cationic degree of substitution of from 0.16 to 0.20;
A data packet decompression method, applied to a network side device and comprising: receiving a first packet data convergence protocol, PDCP, data packet; decompressing the first PDCP data packet; sending a first buffer data identifier to an electronic device if the first PDCP data packet fails to be decompressed, wherein the first buffer data identifier corresponds to buffer data used for decompressing the first PDCP data packet; receiving first buffer data sent by the electronic device, wherein the first buffer data corresponds to the first buffer data identifier, and the first buffer data is buffer data used for generating the first PDCP data packet; and decompressing the first PDCP data packet by using the first buffer data. receiving a first packet data convergence protocol, PDCP, data packet; decompressing the first PDCP data packet; sending a first buffer data identifier to an electronic device if the first PDCP data packet fails to be decompressed, wherein the first buffer data identifier corresponds to buffer data used for decompressing the first PDCP data packet; receiving first buffer data sent by the electronic device, wherein the first buffer data corresponds to the first buffer data identifier, and the first buffer data is buffer data used for generating the first PDCP data packet; and decompressing the first PDCP data packet by using the first buffer data.
Intraoral splint configured to be fitted to the upper user's teeth and comprising a rear arch which extends from one rear end of the splint to the opposed rear end of the splint; characterised in that said rear arch has a negative slope angle (α) formed between the axis of the splint and the axis of the arch, and in that said angle (α) ranges between 30 and 120 degrees with respect to the axis of the splint itself.
A refrigerator unit and/or a freezer unit comprising a glass door which has a door frame into which a glazed pane is inserted, with the door frame having an plastic jacket peripherally integrally shaped in one piece as well as a glazing pane holder connected thereto, wherein the plastic jacket is configured free of seams on the visible side of the door, characterized in that the glazing pane holder at which the glazing is mounted is foamed into a peripheral foam body with which the plastic jacket is peripherally under-foamed on the rear side.
An aqueous pharmaceutical formulation for use in the treatment of Type I or Type II Diabetes Mellitus, wherein the formulation is administered once daily to a patient, and wherein the time interval from the previous administration is in the range of 24.5 h to 28 h or in the range of 20 h to 23.5 h on at least two days per week, and wherein the average time interval from the previous administration is about 24 h, said formulation comprising 300 U/mL [equimolar to 300 IU human insulin] of insulin glargine.
A ring including a male part configured as a pointed pin the end of which opposite the point is provided with a decorative element, the pointed end being suitable for inserting reversibly into the receiving housing arranged in a female part (3; 30) of the ring, the receiving housing (3; 30) being cylindrical and equipped at the opening thereof, with a means of guiding (10; 100) of the pin into the receiving housing (3; 30) during the insertion of the pin into the housing, the cylindrical housing (3; 30) also including at least two seals, the means of guiding being formed by a concavity (10; 100) at one end of the cylindrical receiving housing (3; 30) the bottom of which being open and defining an access opening to the housing, the receiving housing being equipped with a plate perforated at the center thereof and disposed parallel to the bottom of the housing, said plate ensuring the separation between the seals disposed in the receiving housing while authorizing the free passage of the pin into the receiving housing, characterized in that the diameter of the open base of the concavity (10; 100) is at least 30% greater than the outer diameter of the cylindrical housing (3; 30), the depth of the concavity (10; 100) being equal to half of the length of the cylindrical housing (3; 30) in that at least one part of the pin is provided with at least two circular grooves, parallel and oriented perpendicularly to a main longitudinal axis of the pin, said grooves being suitable for temporarily receiving two annular seals when the pin is inserted into the light of the seals themselves inserted in a cylindrical housing (3; 30), and in that the concavity (10, 100) is in the form of a parabola or in the form of a double slope cone.