mhurhangee/patent-ind-claim-en huggingface dataset:
A dosing system for the metered delivery of chemical substances stored in containers to a dishwasher or washing machine, comprising at least one dispensing device with a substance inlet that is connectable to an outlet of a container containing a chemical substance, such as a cleaning agent, products for disinfection, water treatment or a rinse agent, with the dispensing device having a substance outlet which is connectable to the dishwasher or washing machine and from which the substance is dispensed, and comprising a dispensing logic unit including a control algorithm which controls the dosage of the chemical substance to be dispensed from the dispensing device, with the control algorithm metering the delivery of the chemical substance such that the actual substance conductance of the mixture of the dispensed chemical substance and water in the dishwasher or washing machine is approximated to a desired substance conductance of the mixture of the dispensed chemical substance and water, characterized in that the control algorithm adjusts the desired substance conductance by including a predetermined standard substance conductance, a predetermined standard water conductance for water to be supplied, an actual water conductance of the supplied water, a predetermined standard water hardness for water to be supplied, an actual water hardness of the supplied water, a compensation factor for the standard substance conductance for discrepancies between the standard water hardness and the actual water hardness as well as, optionally, an adjustable correction factor as a control parameter, taking into account measured values of a conductance sensor of the dispensing logic unit , wherein the desired substance conductance is preferably calculated according to the following formula: desired substance conductance = correction factor × standard substance conductance − standard water conductance + actual water hardness × compensation factor actual water hardness − standard water hardness
A gas turbine engine component , comprising: a platform having a mateface on a circumferential side thereof, the platform including a core passageway configured to communicate a fluid to the mateface , and wherein the core passageway includes a plurality of pedestals extending between a radially inner boundary and a radially outer boundary of the core passageway , and wherein the core passageway is configured to communicate fluid within the platform to a plurality of mateface exits (92A-92E), characterized in that the mateface exits (92A-92E) are non-circular in cross section. a platform having a mateface on a circumferential side thereof, the platform including a core passageway configured to communicate a fluid to the mateface , and wherein the core passageway includes a plurality of pedestals extending between a radially inner boundary and a radially outer boundary of the core passageway , and wherein the core passageway is configured to communicate fluid within the platform to a plurality of mateface exits (92A-92E), characterized in that the mateface exits (92A-92E) are non-circular in cross section.
Single-phase manganese oxide, MnO, particles having a wurtzite crystal structure.
An end effector for a surgical clip applier configured to deploy arcuate surgical clips, the end effector comprising: a housing , wherein the housing has a tapered section at a distal end thereof, the tapered section having an inner surface ; and first and second arcuate jaw members protruding distally from the tapered section, each arcuate jaw member having a curved profile when viewed from the side where the jaw members eclipse one another and being shaped to receive an arcuate surgical clip having a complementary curved profile therebetween, and the inner surface being curved complementary to the profile of the arcuate surgical clip. a housing , wherein the housing has a tapered section at a distal end thereof, the tapered section having an inner surface ; and first and second arcuate jaw members protruding distally from the tapered section, each arcuate jaw member having a curved profile when viewed from the side where the jaw members eclipse one another and being shaped to receive an arcuate surgical clip having a complementary curved profile therebetween, and the inner surface being curved complementary to the profile of the arcuate surgical clip.
An electrostatic ink composition comprising: a liquid carrier; and particles dispersed in the liquid carrier, wherein the particles comprise a thermoplastic resin, and a metal or metal alloy pigment having a melting of point of less than 200° C. a liquid carrier; and particles dispersed in the liquid carrier, wherein the particles comprise a thermoplastic resin, and a metal or metal alloy pigment having a melting of point of less than 200° C. a thermoplastic resin, and a metal or metal alloy pigment having a melting of point of less than 200° C.
Method for fabricating a three-dimensional object by successive consolidation, layer by layer, of the selected regions of a layer of powder, the consolidated regions corresponding to successive sections of the three-dimensional object, the said method comprising the following steps taken in order: a - deposit a layer of powder onto a support; b - fuse the said layer of powder by means of a first laser energy source in such a manner as to obtain a fused layer corresponding to the section of the object and exhibiting a first state of its mechanical properties, c - heat at least a part of the fused layer by means of a second electron beam energy source to a temperature which follows a controlled variation over time in such a manner as to modify the said first state of the fused layer and to obtain a consolidated layer with improved mechanical properties, d - repeat the preceding steps until several superposed consolidated layers are formed with improved properties forming the said object . a - deposit a layer of powder onto a support; b - fuse the said layer of powder by means of a first laser energy source in such a manner as to obtain a fused layer corresponding to the section of the object and exhibiting a first state of its mechanical properties, c - heat at least a part of the fused layer by means of a second electron beam energy source to a temperature which follows a controlled variation over time in such a manner as to modify the said first state of the fused layer and to obtain a consolidated layer with improved mechanical properties, d - repeat the preceding steps until several superposed consolidated layers are formed with improved properties forming the said object .
A bag processing apparatus comprising: a defect detection unit adapted to detect occurrence of a defect in processing of a bag (B); and an imaging unit which is separately provided from the defect detection unit and is adapted to take images of a location creating a cause of occurrence of the defect and to acquire video data, the video data being stored in association with the occurrence of the defect. a defect detection unit adapted to detect occurrence of a defect in processing of a bag (B); and an imaging unit which is separately provided from the defect detection unit and is adapted to take images of a location creating a cause of occurrence of the defect and to acquire video data, the video data being stored in association with the occurrence of the defect.
A subsea fluid processing machine configured to process a multiphase subsea process fluid, the machine comprising: a stationary machine body configured for deployment in a subsea location; a multiphase fluid inlet and a multiphase fluid outlet , each formed at least partially within said machine body ; at least one rotating member configured to rotate about a vertically-oriented central axis thereby inducing a pressure differential of said multiphase process fluid between said inlet and outlet , and imparting a reactionary force on said rotating member in a downwards direction; a rotating balance piston member in a fixed relationship with the rotating member including a first lower surface area exposed to a first volume of said multiphase process fluid and a second upper surface area exposed to a second volume of said multiphase process fluid, the first and second volumes configured such that while the rotating member is rotating, fluid pressure in said first volume is higher than in said second volume , thereby imparting a force on said rotating member in an upwards direction; and a balance piston fluid channel defined by an outer surface of said rotating balance piston member and an inner stationary surface in a fixed relationship with said stationary machine body , said balance piston fluid channel having a channel inlet to said first volume and a channel outlet to said second volume . a stationary machine body configured for deployment in a subsea location; a multiphase fluid inlet and a multiphase fluid outlet , each formed at least partially within said machine body ; at least one rotating member configured to rotate about a vertically-oriented central axis thereby inducing a pressure differential of said multiphase process fluid between said inlet and outlet , and imparting a reactionary force on said rotating member in a downwards direction; a rotating balance piston member in a fixed relationship with the rotating member including a first lower surface area exposed to a first volume of said multiphase process fluid and a second upper surface area exposed to a second volume of said multiphase process fluid, the first and second volumes configured such that while the rotating member is rotating, fluid pressure in said first volume is higher than in said second volume , thereby imparting a force on said rotating member in an upwards direction; and a balance piston fluid channel defined by an outer surface of said rotating balance piston member and an inner stationary surface in a fixed relationship with said stationary machine body , said balance piston fluid channel having a channel inlet to said first volume and a channel outlet to said second volume .
A microelectronic package that includes: a package substrate ; a die coupled with the package substrate at a first face of the die ; a plurality of solder thermal interface material, STIM, thermal interconnects coupled with the die at a second face of the die that is opposite the first face; an integrated heat spreader, IHS, coupled with the plurality of STIM thermal interconnects ; a thermal underfill material positioned between the IHS and the die , wherein the thermal underfill material at least partially surrounds the plurality of STIM thermal interconnects , characterized in that a solder resist layer coupled to the second face of the die and adjacent to, and at least partially surrounding, a STIM thermal interconnect of the plurality of STIM thermal interconnects . a package substrate ; a die coupled with the package substrate at a first face of the die ; a plurality of solder thermal interface material, STIM, thermal interconnects coupled with the die at a second face of the die that is opposite the first face; an integrated heat spreader, IHS, coupled with the plurality of STIM thermal interconnects ; a thermal underfill material positioned between the IHS and the die , wherein the thermal underfill material at least partially surrounds the plurality of STIM thermal interconnects , characterized in that a solder resist layer coupled to the second face of the die and adjacent to, and at least partially surrounding, a STIM thermal interconnect of the plurality of STIM thermal interconnects .
A method comprising: receiving a power metric corresponding to each precoder of a plurality of precoders, each power metric corresponding to the radiated power associated with the respective precoder; receiving reference signals ; estimating a transmission channel corresponding to each precoder based on the reference signals ; scaling the estimate of the transmission channel based on the power metric associated with each respective precoder ; generating a channel quality metric for each precoder based on the scaled estimate of the transmission channel; and transmitting an index of a precoder with the largest channel quality metric. receiving a power metric corresponding to each precoder of a plurality of precoders, each power metric corresponding to the radiated power associated with the respective precoder; receiving reference signals ; estimating a transmission channel corresponding to each precoder based on the reference signals ; scaling the estimate of the transmission channel based on the power metric associated with each respective precoder ; generating a channel quality metric for each precoder based on the scaled estimate of the transmission channel; and transmitting an index of a precoder with the largest channel quality metric.
A method in a telecommunication system comprising at least a first network device , a second network device and a third network device for authorizing access for the third network device to at least one information signal, the method comprising: requesting by the third network device transmission of the at least one information signal from the first network device to the second network device ; receiving by the second network device the at least one information signal from the first network device ; characterized by applying by the second network device a stored evaluation metric on the received at least one information signal, wherein applying the stored evaluation metric comprises an evaluation of at least one information signal bit of the received at least on information signal; and assigning by the second network device an access right for accessing the received at least one information signal to the third network device as a function of a result of applying the stored evaluation metric on the received at least one information signal, wherein an access right for accessing a first information signal having a first result of applying the stored evaluation metric is granted to the third network device by the second network device and an access right for accessing a second information signal having a second result of applying the stored evaluation metric is refused to the third network device by the second network device. requesting by the third network device transmission of the at least one information signal from the first network device to the second network device ; receiving by the second network device the at least one information signal from the first network device ; characterized by applying by the second network device a stored evaluation metric on the received at least one information signal, wherein applying the stored evaluation metric comprises an evaluation of at least one information signal bit of the received at least on information signal; and assigning by the second network device an access right for accessing the received at least one information signal to the third network device as a function of a result of applying the stored evaluation metric on the received at least one information signal, wherein an access right for accessing a first information signal having a first result of applying the stored evaluation metric is granted to the third network device by the second network device and an access right for accessing a second information signal having a second result of applying the stored evaluation metric is refused to the third network device by the second network device.
Shoe, in particular a hand-sewn shoe, comprising: - an outsole having an inner surface , a circumferential inner collar and a braided edge ; - a Strobel sole connected to the outsole via the inner surface ; - an upper connected to the inner collar of the outsole ; - a top seam formed along the braided edge ; - a side seam formed on the outside of the outsole , the top seam and the side seam being braided into the material of the outsole without penetrating the inner collar of the outsole . - an outsole having an inner surface , a circumferential inner collar and a braided edge ; - a Strobel sole connected to the outsole via the inner surface ; - an upper connected to the inner collar of the outsole ; - a top seam formed along the braided edge ; - a side seam formed on the outside of the outsole ,
Device for filling an infusion bag with a liquid - having a filling needle , - having a base holder , which extends around the filling needle in such a way that an encircling intermediate space is present between the filling needle and the base holder , - having at least one gas connection for inert gas, through which inert gas is able to be conducted into the encircling intermediate space between the filling needle and the base holder , - characterized in that - the filling needle has a radially projecting connection flange at its upper end, - the filling needle is able to be connected by way of its connection flange to a filling device, - the base holder has a tubular connecting piece which extends around the outside of the filling needle , - a radially projecting connection flange is present at the upper edge region of the tubular connecting piece , - the connection flange of the base holder is able to be fastened to the connection flange of the filling needle , - the gas connection for inert gas is present directly below the connection flange of the base holder , - a movable nozzle which is fastened in a longitudinally displaceable manner to the lower end of the base holder is present, wherein the movable nozzle projects in its rest position beyond the lower end of the filling needle . - having a filling needle , - having a base holder , which extends around the filling needle in such a way that an encircling intermediate space is present between the filling needle and the base holder , - having at least one gas connection for inert gas, through which inert gas is able to be conducted into the encircling intermediate space between the filling needle and the base holder , - characterized in that - the filling needle has a radially projecting connection flange at its upper end, - the filling needle is able to be connected by way of its connection flange to a filling device, - the base holder has a tubular connecting piece which extends around the outside of the filling needle , - a radially projecting connection flange is present at the upper edge region of the tubular connecting piece , - the connection flange of the base holder is able to be fastened to the connection flange of the filling needle , - the gas connection for inert gas is present directly below the connection flange of the base holder , - a movable nozzle which is fastened in a longitudinally displaceable manner to the lower end of the base holder is present, wherein the movable nozzle projects in its rest position beyond the lower end of the filling needle .
A polyester resin composition comprising: a polylactic acid (A); a poly(3-hydroxyalkanoate) (B); pentaerythritol (C); and a silicate (D), wherein: an amount of the polylactic acid (A) is not less than 55 parts by weight and not more than 75 parts by weight, and an amount of the poly(3-hydroxyalkanoate) (B) is not less than 25 parts by weight and not more than 45 parts by weight, with respect to 100 parts by weight of a total amount of the polylactic acid (A) and the poly(3-hydroxyalkanoate) (B); an amount of the pentaerythritol (C) is not less than 0.05 parts by weight and not more than 20 parts by weight with respect to 100 parts by weight of the total amount of the polylactic acid (A) and the poly(3-hydroxyalkanoate) (B); and an amount of the silicate (D) is not less than 10 parts by weight and not more than 40 parts by weight with respect to 100 parts by weight of the total amount of the polylactic acid (A) and the poly(3-hydroxyalkanoate) (B). a polylactic acid (A); a poly(3-hydroxyalkanoate) (B); pentaerythritol (C); and a silicate (D), wherein: an amount of the polylactic acid (A) is not less than 55 parts by weight and not more than 75 parts by weight, and an amount of the poly(3-hydroxyalkanoate) (B) is not less than 25 parts by weight and not more than 45 parts by weight, with respect to 100 parts by weight of a total amount of the polylactic acid (A) and the poly(3-hydroxyalkanoate) (B); an amount of the pentaerythritol (C) is not less than 0.05 parts by weight and not more than 20 parts by weight with respect to 100 parts by weight of the total amount of the polylactic acid (A) and the poly(3-hydroxyalkanoate) (B); and an amount of the silicate (D) is not less than 10 parts by weight and not more than 40 parts by weight with respect to 100 parts by weight of the total amount of the polylactic acid (A) and the poly(3-hydroxyalkanoate) (B). an amount of the polylactic acid (A) is not less than 55 parts by weight and not more than 75 parts by weight, and an amount of the poly(3-hydroxyalkanoate) (B) is not less than 25 parts by weight and not more than 45 parts by weight, with respect to 100 parts by weight of a total amount of the polylactic acid (A) and the poly(3-hydroxyalkanoate) (B); an amount of the pentaerythritol (C) is not less than 0.05 parts by weight and not more than 20 parts by weight with respect to 100 parts by weight of the total amount of the polylactic acid (A) and the poly(3-hydroxyalkanoate) (B); and an amount of the silicate (D) is not less than 10 parts by weight and not more than 40 parts by weight with respect to 100 parts by weight of the total amount of the polylactic acid (A) and the poly(3-hydroxyalkanoate) (B).
An LED light source comprising at least three series connections of a LED string (R, G, B, W) and a semiconductor switching device (Q1, Q2, Q3, Q4), which series connections are in parallel configuration and adapted to share a common current source , wherein the LED strings (R, G, B, W) of the at least three series connections are adapted to emit respectively at least two different colours, and the LED light source further comprising a colour tone or colour temperature controller which is adapted to provide at least three pulse-width modulated control signals (C1, C2, C3, C4) to control said at least three series connections of a LED string and a semiconductor switch to be sequentially active one at a time and to take current from said common current source for a time defined by the respective one of said pulse-width modulated control signals, characterised in that said colour tone or colour temperature controller is adapted to form said at least three pulse-width modulated control signals (C1, C2, C3, C4) with logical operations from only two pulse-width modulated colour control signals (A, B) supplied to the colour tone or colour temperature controller.