mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a composite feed material for fused deposition modeling (FDM), the method comprising: providing a stable emulsion of latex thermoplastic polymer particles; aggregating the latex thermoplastic polymer particles in the presence of at least one carbon particle material with an aggregant to form aggregate particles comprising both the latex thermoplastic polymer particles and the carbon particle material; and heating the aggregate particles above the glass transition temperature of the polymer to coalesce the latex polymer particles and form composite particles comprising the coalesced latex polymer and the carbon particle material, the carbon particle material being in an amount of at least 5% by weight, based on the total weight of the composite particles; and forming a composite feed material for fused deposition modeling from the composite particles, the composite feed material being in a form selected from a filament and a paste, wherein the at least one carbon particle material is selected from the group consisting of carbon nanotubes, graphitic particles and combinations thereof. providing a stable emulsion of latex thermoplastic polymer particles; aggregating the latex thermoplastic polymer particles in the presence of at least one carbon particle material with an aggregant to form aggregate particles comprising both the latex thermoplastic polymer particles and the carbon particle material; and heating the aggregate particles above the glass transition temperature of the polymer to coalesce the latex polymer particles and form composite particles comprising the coalesced latex polymer and the carbon particle material, the carbon particle material being in an amount of at least 5% by weight, based on the total weight of the composite particles; and forming a composite feed material for fused deposition modeling from the composite particles, the composite feed material being in a form selected from a filament and a paste, wherein the at least one carbon particle material is selected from the group consisting of carbon nanotubes, graphitic particles and combinations thereof.
A foam-forming composition comprising: a) at least one polyol; b) at least one isocyanate; c) a catalyst composition comprising a copper (II) compound dissolved in a solvent, wherein the solvent is a dialkyl sulfoxide; and d) at least one surfactant. a) at least one polyol; b) at least one isocyanate; c) a catalyst composition comprising a copper (II) compound dissolved in a solvent, wherein the solvent is a dialkyl sulfoxide; and d) at least one surfactant.
A ceramic substrate having a first region and a second region having different surface roughness in at least one main surface , wherein the first region has a surface roughness Ra 1 smaller than the surface roughness Ra 2 of the second region , at least a part of the first region is configured so that a conductor portion can be joined to at least a part of the first region , wherein the ceramic substrate contains silicon nitride and a metal oxide having Y and Mg as constituent elements, and a mass ratio of Y to Mg in the metal oxide is 0.3 to 3 when the constituent elements are converted into Y 2 O 3 and MgO, respectively. the first region has a surface roughness Ra 1 smaller than the surface roughness Ra 2 of the second region , at least a part of the first region is configured so that a conductor portion can be joined to at least a part of the first region , wherein the ceramic substrate contains silicon nitride and a metal oxide having Y and Mg as constituent elements, and a mass ratio of Y to Mg in the metal oxide is 0.3 to 3 when the constituent elements are converted into Y 2 O 3 and MgO, respectively.
A fire-extinguishing facility comprising - at least one extinguishing fluid line for conveying an extinguishing fluid (L), wherein, starting from a main line , the extinguishing fluid line is divided into two or more secondary distributor lines , a first of which leads into a first zone (Z 1 ), and a second one of which leads into a second zone (Z 2 ), wherein the secondary distributor lines are used within their respective zones (Z 1 , Z 2 ) as extinguishing fluid lines for lines branching off therefrom in the manner of a network having a plurality of sprinklers in fluid communication with the extinguishing fluid line which are closed in a standby state and open in an extinguishing state in order to supply the extinguishing fluid (L), and - a flow-measuring device associated with the extinguishing fluid line , wherein the flow-measuring device is arranged in one of the secondary distributor lines or directly in the main line and is designed to approximately quantitatively detect a volume flow of the extinguishing fluid transported in the extinguishing fluid line in the extinguishing state, and characterized by an evaluation unit which is configured to assign a number of open sprinklers to the approximately quantitatively detected volume flow. - at least one extinguishing fluid line for conveying an extinguishing fluid (L), wherein, starting from a main line , the extinguishing fluid line is divided into two or more secondary distributor lines , a first of which leads into a first zone (Z 1 ), and a second one of which leads into a second zone (Z 2 ), wherein the secondary distributor lines are used within their respective zones (Z 1 , Z 2 ) as extinguishing fluid lines for lines branching off therefrom in the manner of a network having a plurality of sprinklers in fluid communication with the extinguishing fluid line which are closed in a standby state and open in an extinguishing state in order to supply the extinguishing fluid (L), and - a flow-measuring device associated with the extinguishing fluid line , wherein the flow-measuring device is arranged in one of the secondary distributor lines or directly in the main line and is designed to approximately quantitatively detect a volume flow of the extinguishing fluid transported in the extinguishing fluid line in the extinguishing state, and characterized by an evaluation unit which is configured to assign a number of open sprinklers to the approximately quantitatively detected volume flow.
A latch circuit, comprising: a first latch configured with one latch feedback F and configured to receive a latch input I , a latch clock C, and an inverse latch clock C of the latch clock C , the first latch being configured to output Q, where the output Q is a function of CF, IF, and I C , and the latch feedback F is a function of the output Q ; wherein the latch feedback F is functionally Q , and the output Q is functionally C + I F + I C ̅ ̅ ; and wherein the first latch includes an OR gate , a first AND gate , a second AND gate , a NOR gate , and an inverter ; wherein: the OR gate has a first input coupled to the latch clock C and a second input coupled to the latch input I ; an output of the OR gate is coupled to a first input of the first AND gate ; the second AND gate has a first input coupled to the latch input I and a second input coupled to the inverse latch clock C of the latch clock C; an output of the first AND gate is coupled to a first input of the NOR gate , and an output of the second AND gate is coupled to a second input of the NOR gate ; an output of the NOR gate is Q ; the output Q of the NOR gate is input to the inverter ; an output of the inverter , the latch feedback F, is coupled to a second input of the first AND gate . a first latch configured with one latch feedback F and configured to receive a latch input I , a latch clock C, and an inverse latch clock C of the latch clock C , the first latch being configured to output Q, where the output Q is a function of CF, IF, and I C , and the latch feedback F is a function of the output Q ; wherein the latch feedback F is functionally Q , and the output Q is functionally C + I F + I C ̅ ̅ ; and wherein the first latch includes an OR gate , a first AND gate , a second AND gate , a NOR gate , and an inverter ; wherein: the OR gate has a first input coupled to the latch clock C and a second input coupled to the latch input I ; an output of the OR gate is coupled to a first input of the first AND gate ; the second AND gate has a first input coupled to the latch input I and a second input coupled to the inverse latch clock C of the latch clock C; an output of the first AND gate is coupled to a first input of the NOR gate , and an output of the second AND gate is coupled to a second input of the NOR gate ; an output of the NOR gate is Q ; the output Q of the NOR gate is input to the inverter ; an output of the inverter , the latch feedback F, is coupled to a second input of the first AND gate .
A film for implantation into a surgical site of a subject's body for controlled, sustained release of an active agent, the film comprising: a top layer and a bottom layer, each of the top and bottom layers formed of a biodegradable polymer and a releasing agent, wherein the releasing agent comprises one or more biocompatible hydrophilic small molecules configured to dissolve or dislodge from the surrounding polymer when the film is in contact with water or in physiological conditions at the surgical site; and a middle layer between the top and bottom layers, the middle layer comprising the biodegradable polymer, the releasing agent, and an active agent, wherein the active agent comprises between 40 to 80 percent by weight of the middle layer, wherein the top and bottom layers do not include an active agent, and wherein the film is configured to release the active agent at the surgical site over a period of 3 to 14 days following implantation at the surgical site. a top layer and a bottom layer, each of the top and bottom layers formed of a biodegradable polymer and a releasing agent, wherein the releasing agent comprises one or more biocompatible hydrophilic small molecules configured to dissolve or dislodge from the surrounding polymer when the film is in contact with water or in physiological conditions at the surgical site; and a middle layer between the top and bottom layers, the middle layer comprising the biodegradable polymer, the releasing agent, and an active agent, wherein the active agent comprises between 40 to 80 percent by weight of the middle layer, wherein the top and bottom layers do not include an active agent, and wherein the film is configured to release the active agent at the surgical site over a period of 3 to 14 days following implantation at the surgical site.
Social distancing sunbed comprising a reclining body provided with a first portion and a second portion joined together by hinge means , the sunbed also comprising a base having a diameter of at least 1,5 m and which is detachably joined to the reclining body ; characterized in that the base is radially provided with grooves ; the reclining body being also provided with wheels configured to be releasably locked in grooves of the base .
A method for use in vertical seismic profiling, comprising: independently and simultaneously shooting a plurality of seismic sources divided into a plurality of groups respectively operating in a plurality of different shooting areas to impart for each shooting area seismic signals that overlap with each other shooting area into a water bottom, wherein the plurality of seismic sources in each group impart the seismic signals to introduce a degree of randomness into a seismic record by: moving a plurality of towing boats respectively associated with the plurality of seismic sources of the plurality of shooting areas at different speeds such that a time interval at which an interference between the signals shot from the different groups repeats is so long that the interference appears random; receiving reflections of the seismic signals from a subterranean formation beneath the water bottom at a plurality of seismic receivers ; and recording the received reflections to obtain the seismic record; wherein, the seismic receivers are disposed in a wellbore in the water bottom. independently and simultaneously shooting a plurality of seismic sources divided into a plurality of groups respectively operating in a plurality of different shooting areas to impart for each shooting area seismic signals that overlap with each other shooting area into a water bottom, wherein the plurality of seismic sources in each group impart the seismic signals to introduce a degree of randomness into a seismic record by: moving a plurality of towing boats respectively associated with the plurality of seismic sources of the plurality of shooting areas at different speeds such that a time interval at which an interference between the signals shot from the different groups repeats is so long that the interference appears random; receiving reflections of the seismic signals from a subterranean formation beneath the water bottom at a plurality of seismic receivers ; and recording the received reflections to obtain the seismic record; wherein, the seismic receivers are disposed in a wellbore in the water bottom.
A management program that causes a computer to execute a process, the process comprising: generating (s1) a data processing sequence (ch1) in which a plurality of processing histories including processing contents of data are linked by chain coupling; setting (s2) a first data processing range (H1) comprising a first processing history , to which access is restricted, in the data processing sequence (ch1); generating (s3) a second processing history that is associated with the first processing history by extracting information, to which access is not restricted, from the first processing history ; chain-coupling (s4) a second data processing range (H2) comprising the second processing history to the data processing sequence (ch1); generating (s5) a third processing history that is chain-coupled to the first data processing range (H1) and the second data processing range (H2); disclosing a first data chain that passes the first data processing range (H1) to an owner of an access right to the first processing history , wherein the first data chain extends from the third processing history to a presence history comprising properties of data that is an input of the first processing history and the first data chain comprises the first processing history ; and disclosing a second data chain that passes the second data processing range (H2) without passing the first data processing range (H1) to a non-owner of the access right, wherein the second data chain extends from the third processing history to the presence history and the second data chain comprises the second processing history . generating (s1) a data processing sequence (ch1) in which a plurality of processing histories including processing contents of data are linked by chain coupling; setting (s2) a first data processing range (H1) comprising a first processing history , to which access is restricted, in the data processing sequence (ch1); generating (s3) a second processing history that is associated with the first processing history by extracting information, to which access is not restricted, from the first processing history ; chain-coupling (s4) a second data processing range (H2) comprising the second processing history to the data processing sequence (ch1); generating (s5) a third processing history that is chain-coupled to the first data processing range (H1) and the second data processing range (H2); disclosing a first data chain that passes the first data processing range (H1) to an owner of an access right to the first processing history , wherein the first data chain extends from the third processing history to a presence history comprising properties of data that is an input of the first processing history and the first data chain comprises the first processing history ; and disclosing a second data chain that passes the second data processing range (H2) without passing the first data processing range (H1) to a non-owner of the access right, wherein the second data chain extends from the third processing history to the presence history and the second data chain comprises the second processing history .
A dryer stand, comprising: a seating unit in which a dryer for discharging air for drying can be seated; a base downward spaced apart from the seating unit ; a side cover exposed to the outside of the dryer stand between the base and the seating unit ; and a lighting device positioned in an internal space defined by the side cover , characterized in that the dryer stand further comprises a stem supporting the seating unit , wherein the stem comprises: a lower plate positioned above the base ; and a vertical plate upward extended from the lower plate . a seating unit in which a dryer for discharging air for drying can be seated; a base downward spaced apart from the seating unit ; a side cover exposed to the outside of the dryer stand between the base and the seating unit ; and a lighting device positioned in an internal space defined by the side cover , characterized in that the dryer stand further comprises a stem supporting the seating unit , wherein the stem comprises: a lower plate positioned above the base ; and a vertical plate upward extended from the lower plate . a lower plate positioned above the base ; and a vertical plate upward extended from the lower plate .
Friction lining assembly having a backing plate and having a restoring spring of sheet metal that is fixed thereto, for a motor vehicle partially lined disc brake of the sliding-calliper type having a brake holder which is fixed with respect to the vehicle, on which brake holder friction lining assemblies arranged on both sides of a brake disc are displaceably guided, and having a housing , which engages over the brake disc and the friction lining assemblies and is displaceably mounted on the brake holder , and wherein the restoring spring can be clamped axially between the brake holder and the friction lining assembly by means of at least one spring leg such that the restoring spring applies a release clearance to the friction lining assembly , characterized in that the spring leg engages over a claw of the backing plate , and wherein the spring leg is designed to be plastically deformable in a manner defined under breaking actuation as a result of a reduction in the thickness of the friction material, with the result that a constantly dimensioned release clearance is imposed on the friction lining assembly , and the spring leg has a profiling , such as, in particular, one or more beads and/or at least one aperture for the sectional modification of the elastoplastic spring behaviour of the steel sheet material.
A computer-implemented method, comprising: storing, at a first network device , a multi-destination tree table that includes mappings between a plurality of multi-destination trees available at the first network device and ports at the first network device ; receiving, at the first network device , a plurality of multi-destination packets from a first node; forwarding, by the first network device , at least a first of the plurality of multidestination packets to a second network device using a first multi-destination tree of the plurality of multi-destination trees at the first network device ; detecting, by the first network device , that a link of the first multi-destination tree satisfies one or more criteria; selecting, by the first network device in response to detecting that the link satisfies the one or more criteria, a second multi-destination tree of the plurality of multi-destination trees at the first network device using the multi-destination tree table ; and forwarding, by the first network device , at least a second of the plurality of multidestination packets to the second network device using the second multi-destination tree. storing, at a first network device , a multi-destination tree table that includes mappings between a plurality of multi-destination trees available at the first network device and ports at the first network device ; receiving, at the first network device , a plurality of multi-destination packets from a first node; forwarding, by the first network device , at least a first of the plurality of multidestination packets to a second network device using a first multi-destination tree of the plurality of multi-destination trees at the first network device ; detecting, by the first network device , that a link of the first multi-destination tree satisfies one or more criteria; selecting, by the first network device in response to detecting that the link satisfies the one or more criteria, a second multi-destination tree of the plurality of multi-destination trees at the first network device using the multi-destination tree table ; and forwarding, by the first network device , at least a second of the plurality of multidestination packets to the second network device using the second multi-destination tree.
A variable vane stabilizer system comprising first and second variable vane stabilizers adjacent each other, wherein the first and second variable vane stabilizers both include: a first nearest neighbor attachment ; a second nearest neighbor attachment ; a circumferential extension member disposed between the first nearest neighbor attachment and the second nearest neighbor attachment and spacing apart the first nearest neighbor attachment and the second nearest neighbor attachment ; and a vane stem interface configured to attach each of the first and second variable vane stabilizers to a respective vane , wherein an angle of attack of the respective vane is fixed; characterised in that the first nearest neighbor attachment comprises: a radial tab extending radially outward from the variable vane stabilizer ; and a trunnion receiving bearing comprising a bearing disposed in an aperture through the radial tab ; and in that the second nearest neighbor attachment comprises: a radial tab extending radially outward from the variable vane stabilizer ; and a trunnion comprising a shaft extending from the radial tab perpendicular to the radial tab ; wherein the trunnion of the second variable vane stabilizer is received in the trunnion receiving bearing of the first variable vane stabilizer . a first nearest neighbor attachment ; a second nearest neighbor attachment ; a circumferential extension member disposed between the first nearest neighbor attachment and the second nearest neighbor attachment and spacing apart the first nearest neighbor attachment and the second nearest neighbor attachment ; and a vane stem interface configured to attach each of the first and second variable vane stabilizers to a respective vane , wherein an angle of attack of the respective vane is fixed; characterised in that the first nearest neighbor attachment comprises: a radial tab extending radially outward from the variable vane stabilizer ; and a trunnion receiving bearing comprising a bearing disposed in an aperture through the radial tab ; and in that a radial tab extending radially outward from the variable vane stabilizer ; and a trunnion receiving bearing comprising a bearing disposed in an aperture through the radial tab ; and in that the second nearest neighbor attachment comprises: a radial tab extending radially outward from the variable vane stabilizer ; and a trunnion comprising a shaft extending from the radial tab perpendicular to the radial tab ; a radial tab extending radially outward from the variable vane stabilizer ; and a trunnion comprising a shaft extending from the radial tab perpendicular to the radial tab ; wherein the trunnion of the second variable vane stabilizer is received in the trunnion receiving bearing of the first variable vane stabilizer .