mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a body comprising: forming a three-dimensional body from a mixture, the mixture comprising at least 15 vol% of solid particles for a total volume of the mixture and a radiation-curable material, wherein forming includes continuous translation of the mixture from liquid to solid state via radiation curing and growth of the body from an interface of an inhibition zone at the bottom region of the mixture, wherein the inhibition zone is a zone of the mixture comprising an inhibitor in a concentration that the mixture is not cured if exposed to electromagnetic radiation, wherein during forming portions of the mixture are subjected to electromagnetic radiation having a wavelength in a range from 200 nm to 760 nm, wherein the electromagnetic radiation has an energy from at least 20 mJ/cm 2 to not greater than 450 mJ/cm 2.
A method of arranging repair or replacement of an aircraft laminated windshield having two or more glass (22, 24) and/or plastic sheets (26, 28, 30, 34) and having an outboard moisture seal when a property of the windshield is operating outside of an acceptable limit, wherein the windshield is mounted in body of an aircraft, the method comprising: - monitoring operating performance of the moisture seal of the windshield, wherein the monitoring comprises providing the windshield with a sensor (250-253, 274, 282) for detecting moisture, wherein the sensor is mounted on a surface of one of the sheets between first and second outer major surfaces of the windshield, to monitor operating performance of the moisture seal of the windshield and to provide a signal having operating performance of the moisture seal, and further comprises forwarding the first signal to a first monitoring system (306, 308) positioned in the aircraft, and transmitting a second signal (314, 318, 322) to a second monitoring system positioned outside of the aircraft, wherein the second signal (314, 318, 322) comprises information from at least one item from the group of items comprising the first signal, the acceptable operating performance of the moisture seal, and combinations thereof, - scheduling repair or replacement of the windshield at a geographical area when the operating performance of the moisture seal is outside an acceptable operating performance limit, and - forwarding the schedule to the aircraft and to a maintenance location to prepare for the repair or replacement of the windshield at the designated geographical work area. - monitoring operating performance of the moisture seal of the windshield, wherein the monitoring comprises providing the windshield with a sensor (250-253, 274, 282) for detecting moisture, wherein the sensor is mounted on a surface of one of the sheets between first and second outer major surfaces of the windshield, to monitor operating performance of the moisture seal of the windshield and to provide a signal having operating performance of the moisture seal, and further comprises forwarding the first signal to a first monitoring system (306, 308) positioned in the aircraft, and transmitting a second signal (314, 318, 322) to a second monitoring system positioned outside of the aircraft, wherein the second signal (314, 318, 322) comprises information from at least one item from the group of items comprising the first signal, the acceptable operating performance of the moisture seal, and combinations thereof, - scheduling repair or replacement of the windshield at a geographical area when the operating performance of the moisture seal is outside an acceptable operating performance limit, and - forwarding the schedule to the aircraft and to a maintenance location to prepare for the repair or replacement of the windshield at the designated geographical work area.
Folding billiard table consisting of two half-plates (1, 2) movable with respect to the axis of folding between a horizontal position and a vertical position, a carpet, a folding joint, a support for each half-plate (1, 2), the half-plates (1, 2) forming with the support a reversibly symmetrically deformable configuration structure in a corresponding folded state. in the vertical position of the half-plates (1 and 2) and an unfolded state corresponding to the horizontal position of the half-plates (1, 2), the deformable structure comprising locking means and stops for blocking the half-plates (1, 2) in at least one of these states, the stops engaging when the configuration is close to that corresponding to the locked state and opposing the reversibility of this configuration, characterized in that the deformable structure is such that that in the folded state the carpet is relaxed and in the unfolded state the belt is stretched, in that the turn of the strips is closed, when the half-plates (1, 2) are horizontal, by two movable elements on each edge at the folding joint and lifting up for aliasing.
An apparatus (500, 700) for performing a one-to-many microcode patch, the apparatus comprising: a microcode ROM address bus, configured to provide a microcode ROM address of a location in a microcode ROM (505, 705), said microcode ROM address indexing a micro instruction sequence that corresponds to a macro instruction; a patch array (512, 712), configured to receive said microcode ROM address and to determine that said microcode ROM address matches one of a plurality of entries within said patch array, and configured to output a corresponding branch instruction and to assert a hit signal when said microcode ROM address matches; a mux (513, 713), configured to receive said branch instruction from said patch array (512, 712) and a micro instruction corresponding to said microcode ROM address from said microcode ROM (505, 705), and configured to provide said micro instruction or said corresponding branch instruction to an instruction register (510, 710) based upon the state of said hit signal, wherein said branch instruction prescribes a microcode branch target address; and a RAM (551, 751), configured to store a plurality of patch instructions, wherein said plurality of patch instructions are to be executed in place of said micro instruction, and wherein a first one of said plurality of patch instructions is stored at a location in said RAM corresponding to said microcode branch target address. a microcode ROM address bus, configured to provide a microcode ROM address of a location in a microcode ROM (505, 705), said microcode ROM address indexing a micro instruction sequence that corresponds to a macro instruction; a patch array (512, 712), configured to receive said microcode ROM address and to determine that said microcode ROM address matches one of a plurality of entries within said patch array, and configured to output a corresponding branch instruction and to assert a hit signal when said microcode ROM address matches; a mux (513, 713), configured to receive said branch instruction from said patch array (512, 712) and a micro instruction corresponding to said microcode ROM address from said microcode ROM (505, 705), and configured to provide said micro instruction or said corresponding branch instruction to an instruction register (510, 710) based upon the state of said hit signal, wherein said branch instruction prescribes a microcode branch target address; and a RAM (551, 751), configured to store a plurality of patch instructions, wherein said plurality of patch instructions are to be executed in place of said micro instruction, and wherein a first one of said plurality of patch instructions is stored at a location in said RAM corresponding to said microcode branch target address.
A session establishment method, comprising: determining, by a first network device, whether an air interface resource of a default flow of a packet data unit PDU session is successfully established; and if the air interface resource of the default flow of the PDU session fails to be established, establishing, by the first network device based on first information, the PDU session in an inactive state or triggering to release the PDU session, wherein the first information is used to indicate whether establishment of the PDU session in the inactive state is allowed when the air interface resource of the default flow of the PDU session fails to be established. determining, by a first network device, whether an air interface resource of a default flow of a packet data unit PDU session is successfully established; and if the air interface resource of the default flow of the PDU session fails to be established, establishing, by the first network device based on first information, the PDU session in an inactive state or triggering to release the PDU session, wherein the first information is used to indicate whether establishment of the PDU session in the inactive state is allowed when the air interface resource of the default flow of the PDU session fails to be established.
A positive electrode material for a lithium ion secondary cell, comprising: a binding agent in which an active material formed from a lithium metal oxide are dispersed together with barium titanate and conductive carbon, characterised in that at least one of a mixture of polyvinylidene fluoride and polytetrafluoroethylene and a copolymer of vinylidene fluoride and tetrafluoroethylene is used in combination with an acrylic copolymer as the binding agent, and the acid value of the acrylic copolymer is 20 to 80 mgKOH/g. a binding agent in which an active material formed from a lithium metal oxide are dispersed together with barium titanate and conductive carbon, characterised in that at least one of a mixture of polyvinylidene fluoride and polytetrafluoroethylene and a copolymer of vinylidene fluoride and tetrafluoroethylene is used in combination with an acrylic copolymer as the binding agent, and the acid value of the acrylic copolymer is 20 to 80 mgKOH/g.
A windowsill panel to be used for a window or a door, with a bench body exhibiting a length extension and width extension, an upper surface and lower surface, two lateral end faces (8, 9) in the direction of the width extension along with a front end face and a rear end face in the direction of the length extension, wherein the uppermost surface has arranged on it a support profile for supporting the window or door, in particular which is integrated as a single piece into the bench body, and extends in the direction of the length extension, wherein both lateral end faces (8, 9) have arranged on them a respective end unit (14, 15), which exhibits a height over the upper surface that is greater than the height of the support profile in the same direction, and the end units (14, 15) extend from the front end face to a rear surface, i.e., to a vertical side edge of the support profile facing the space lying behind the window or door in a built-in state, and cover the latter, wherein the coverage area is at least large enough that the rearward end face, i.e., a rear side facing the end units (14, 15) of a blind frame profile of the window or door that can be arranged on the support profile is covered in its entirety in the area of the end units (14, 15) by the end units (14, 15), characterized by at least one of the following measures: - the end units (14, 15) are a constituent of a one-piece pan element that is open to the front, and can be placed onto the bench body or joined with the latter, - a respective at least one groove and/or one web is continuously arranged in the two lateral end faces (8, 9) of the bench body in the direction of the width extension of the bench body, and the end units (14, 15) have arranged on them a respective web designed complimentarily thereto or a complementarily designed groove, - the two lateral end faces (8, 9) of the bench body or the lateral surfaces of the end units (14, 15) pointing toward these lateral end faces (8, 9) each incorporate at least one groove, in which a sealing element for establishing a seal against moisture is arranged, - a joint present between the bench body and end units (14, 15) is sealed with a sealant at least in the area of the surface of the bench body. - the end units (14, 15) are a constituent of a one-piece pan element that is open to the front, and can be placed onto the bench body or joined with the latter, - a respective at least one groove and/or one web is continuously arranged in the two lateral end faces (8, 9) of the bench body in the direction of the width extension of the bench body, and the end units (14, 15) have arranged on them a respective web designed complimentarily thereto or a complementarily designed groove, - the two lateral end faces (8, 9) of the bench body or the lateral surfaces of the end units (14, 15) pointing toward these lateral end faces (8, 9) each incorporate at least one groove, in which a sealing element for establishing a seal against moisture is arranged, - a joint present between the bench body and end units (14, 15) is sealed with a sealant at least in the area of the surface of the bench body.
Hairbrush for untangling and caring for head hair, comprising a brush body and at least one bristle pad, wherein plastic bristles and rows of bristle clusters extend in a spatially separated manner from the bristle pad, wherein the bristle pad and the plastic bristles are produced in one piece and form a main body, wherein the rows of plastic bristles comprise at least a first row of plastic bristles of a first length and at least a second row of plastic bristles of a second length.
Motor vehicle headlight lighting module comprising: - at least one first light source, and possibly a second light source; - a device for converting the wavelength of the light emitted by said first light source, the converter device possibly being able to receive the light emitted by said possible second light source; and - a fan able to generate a flow of air; the lighting module being characterized in that it includes at least one first air duct and one second air duct that are separate, the fan being placed at the inlet (72, 74) of each of said first and second air ducts so as to distribute the flow of air between said ducts, the first light source and the wavelength converter device being disposed at the outlet of the first and second air ducts, respectively, and in that it comprises a support to which the fan, the wavelength converter device, the first light source and where applicable the second light source are fixed, said support comprising one or more internal walls (62, 64) defining the air ducts (66, 68). - at least one first light source, and possibly a second light source; - a device for converting the wavelength of the light emitted by said first light source, the converter device possibly being able to receive the light emitted by said possible second light source; and - a fan able to generate a flow of air; the lighting module being characterized in that it includes at least one first air duct and one second air duct that are separate, the fan being placed at the inlet (72, 74) of each of said first and second air ducts so as to distribute the flow of air between said ducts, the first light source and the wavelength converter device being disposed at the outlet of the first and second air ducts, respectively, and in that it comprises a support to which the fan, the wavelength converter device, the first light source and where applicable the second light source are fixed, said support comprising one or more internal walls (62, 64) defining the air ducts (66, 68).
A conductive composition comprising: 33 wt % to 68 wt % of a humectant or a mixture of humectants; 1 wt % to 8 wt % of an electrolyte or mixture of electrolytes; 6 wt % to 20 wt % of water; 18 wt % to 45 wt % of a copolymer consisting essentially of, in polymerized form, 80 mol % to 95 mol % of a first monomer, in which the first monomer is a mixture of acrylic acid and one of more salts thereof, and 5 mol % to 20 mol % of a second monomer, in which the second monomer is one of more monomers selected from CH 2 =CHC XR, in which X is O or NH and R is an unsubstituted or substituted alkyl group of 1 to 5 carbon atoms; and in which the conductive composition has a pH of 7.0 or less. 33 wt % to 68 wt % of a humectant or a mixture of humectants; 1 wt % to 8 wt % of an electrolyte or mixture of electrolytes; 6 wt % to 20 wt % of water; 18 wt % to 45 wt % of a copolymer consisting essentially of, in polymerized form, 80 mol % to 95 mol % of a first monomer, in which the first monomer is a mixture of acrylic acid and one of more salts thereof, and 5 mol % to 20 mol % of a second monomer, in which the second monomer is one of more monomers selected from CH 2 =CHC XR, in which X is O or NH and R is an unsubstituted or substituted alkyl group of 1 to 5 carbon atoms; and in which the conductive composition has a pH of 7.0 or less.
A combustor with a centerline, comprising: a support structure (32, 116); and a heat shield (34, 118) extending circumferentially about and axially along the centerline, the heat shield (34, 118) comprising ceramic material, and the heat shield (34, 118) mounted to the support structure (32, 116) by an interlocking joint connection; the interlocking joint connection comprising a projection and a groove, the projection configured with the support structure (32, 116) and configured as a corrugated body projecting axially along the centerline into the groove, and the groove formed in the heat shield (34, 118) radially between a groove first side surface and a groove second side surface; and the corrugated body engaging and biased radially against the groove first side surface and the groove second side surface. a support structure (32, 116); and a heat shield (34, 118) extending circumferentially about and axially along the centerline, the heat shield (34, 118) comprising ceramic material, and the heat shield (34, 118) mounted to the support structure (32, 116) by an interlocking joint connection; the interlocking joint connection comprising a projection and a groove, the projection configured with the support structure (32, 116) and configured as a corrugated body projecting axially along the centerline into the groove, and the groove formed in the heat shield (34, 118) radially between a groove first side surface and a groove second side surface; and the corrugated body engaging and biased radially against the groove first side surface and the groove second side surface.
A method for manufacturing a bonded structure in which a metal member and a resin member are bonded, the method comprising: a process of forming a perforation having an opening in a bonding region of the metal member; a process of bringing a protrusion of the resin member in pressurized contact with the bonding region of the metal member in a state where the protrusion is formed on a surface of the resin member, and a portion of the resin member except for the protrusion is separated from a surface of the metal member; and a process of melting the resin member in contact with the bonding region of the metal member and solidifying the resin member after the perforation is filled with the melted resin member, the method being characterized in that in the bonded structure, a concave section is formed on the surface of the metal member, a depth of the concave section is smaller than a height of the protrusion, a width of the concave section is larger than a width of the protrusion, and the bonding region is formed in the concave section. a process of forming a perforation having an opening in a bonding region of the metal member; a process of bringing a protrusion of the resin member in pressurized contact with the bonding region of the metal member in a state where the protrusion is formed on a surface of the resin member, and a portion of the resin member except for the protrusion is separated from a surface of the metal member; and a process of melting the resin member in contact with the bonding region of the metal member and solidifying the resin member after the perforation is filled with the melted resin member, the method being characterized in that in the bonded structure, a concave section is formed on the surface of the metal member, a depth of the concave section is smaller than a height of the protrusion, a width of the concave section is larger than a width of the protrusion, and the bonding region is formed in the concave section.
A crimping tool (370; 500) for compressing a prosthesis to a compressed arrangement, comprising: a funnel segment (384; 506); a suture locking mechanism (380; 522); a plurality of sutures (450; 550) that can be coupled to the prosthesis and the suture locking mechanism, the suture locking mechanism being rotatable to draw the prosthesis into the funnel segment and compress the prosthesis within the funnel segment. a funnel segment (384; 506); a suture locking mechanism (380; 522); a plurality of sutures (450; 550) that can be coupled to the prosthesis and the suture locking mechanism, the suture locking mechanism being rotatable to draw the prosthesis into the funnel segment and compress the prosthesis within the funnel segment.
An apparatus in a code division multiple access based system for detecting pilot sequences, comprising: means for obtaining as an input a signal; means for sampling the signal obtaining a number of samples; means for feeding the sampled signal to a given number of parallel correlators having a given correlation length, means for controlling the correlation of the sampled signal in each correlator with a unique time shift section of the pilot signal of the communication system, means (200, 402 - 408, 426-432), for determining the strongest correlation peaks, means (200, 442) for determining on the basis of the correlation peaks and corresponding time shifts the strongest pilots in the signal characterized in that the number of samples is smaller than the number of chips in the pilot signal and each unique time shift section of the pilot signal correspond to a pilot sequence of the communication system. means for obtaining as an input a signal; means for sampling the signal obtaining a number of samples; means for feeding the sampled signal to a given number of parallel correlators having a given correlation length, means for controlling the correlation of the sampled signal in each correlator with a unique time shift section of the pilot signal of the communication system, means (200, 402 - 408, 426-432), for determining the strongest correlation peaks, means (200, 442) for determining on the basis of the correlation peaks and corresponding time shifts the strongest pilots in the signal characterized in that the number of samples is smaller than the number of chips in the pilot signal and each unique time shift section of the pilot signal correspond to a pilot sequence of the communication system.