mhurhangee/patent-ind-claim-en huggingface dataset:
An arc welding control method comprising: using shield gas containing 60 volume percent or more of inert gas, alternately switching feeding of a welding wire between forward feeding and backward feeding, and repeating a short-circuiting period and an arc period; the method being characterised by the following: switching a first arc period, a second arc period, and a third arc period over time during the arc period, with a first arc current (Ia1) being fed for the first arc period, a second arc current (Ia2) being fed for the second arc period, a third arc current (Ia3) being fed for the third arc period in a manner such that a relationship Ia1 > Ia2 > Ia3 holds, wherein the first arc current (Ia1) is set to a critical current value or more where a droplet transfer status is a spray transfer status, the first arc period is set to a short time length that a droplet transfer does not occur during the first arc period, and as a result a droplet transfer occurs in synchronization with the short-circuiting period; and the second arc current (Ia2) is set to be less than the critical current value. using shield gas containing 60 volume percent or more of inert gas, alternately switching feeding of a welding wire between forward feeding and backward feeding, and repeating a short-circuiting period and an arc period; the method being characterised by the following: switching a first arc period, a second arc period, and a third arc period over time during the arc period, with a first arc current (Ia1) being fed for the first arc period, a second arc current (Ia2) being fed for the second arc period, a third arc current (Ia3) being fed for the third arc period in a manner such that a relationship Ia1 > Ia2 > Ia3 holds, wherein the first arc current (Ia1) is set to a critical current value or more where a droplet transfer status is a spray transfer status, the first arc period is set to a short time length that a droplet transfer does not occur during the first arc period, and as a result a droplet transfer occurs in synchronization with the short-circuiting period; and the second arc current (Ia2) is set to be less than the critical current value. switching a first arc period, a second arc period, and a third arc period over time during the arc period, with a first arc current (Ia1) being fed for the first arc period, a second arc current (Ia2) being fed for the second arc period, a third arc current (Ia3) being fed for the third arc period in a manner such that a relationship Ia1 > Ia2 > Ia3 holds, wherein the first arc current (Ia1) is set to a critical current value or more where a droplet transfer status is a spray transfer status, the first arc period is set to a short time length that a droplet transfer does not occur during the first arc period, and as a result a droplet transfer occurs in synchronization with the short-circuiting period; and the second arc current (Ia2) is set to be less than the critical current value.
An electrostatic charge image developer comprising: a toner containing a toner particle and an external additive; and a carrier containing a magnetic particle which is a particle of a magnetic oxide wherein the particle of a magnetic oxide is selected from ferrite and magnetite, and a resin layer covering the magnetic particle and the resin layer has an average thickness of 0.6 μm or more and 1.4 μm or less as determined in accordance with the description, wherein the toner particle has a surface property index value of 2.0 or more and 2.8 or less and is measured in accordance with the description; and the toner contains a binder resin and the binder resin is a polyester resin including a crystalline polyester resin in combination with an amorphous polyester resin and the crystalline polyester resin is used in a range in which a content thereof is 2 mass% or more and 40 mass% or less with respect to a total amount of the binder resin; the carrier has a surface having a ratio B/A of a surface area B to a planar view area A of 1.020 or more and 1.100 or less, the planar view area A and the surface area B being obtained by three-dimensional analysis of the surface of the carrier and in accordance with the description; the resin layer contains an acrylic resin having an alicyclic and the resin layer contains silica particles, and has a silicon element concentration of more than 2 atomic% and less than 20 atomic% at the surface of the carrier, the silicon element concentration being determined by X-ray photoelectron spectroscopy and in accordance with the description. a toner containing a toner particle and an external additive; and a carrier containing a magnetic particle which is a particle of a magnetic oxide wherein the particle of a magnetic oxide is selected from ferrite and magnetite, and a resin layer covering the magnetic particle and the resin layer has an average thickness of 0.6 μm or more and 1.4 μm or less as determined in accordance with the description, wherein the toner particle has a surface property index value of 2.0 or more and 2.8 or less and is measured in accordance with the description; and the toner contains a binder resin and the binder resin is a polyester resin including a crystalline polyester resin in combination with an amorphous polyester resin and the crystalline polyester resin is used in a range in which a content thereof is 2 mass% or more and 40 mass% or less with respect to a total amount of the binder resin; the carrier has a surface having a ratio B/A of a surface area B to a planar view area A of 1.020 or more and 1.100 or less, the planar view area A and the surface area B being obtained by three-dimensional analysis of the surface of the carrier and in accordance with the description; the resin layer contains an acrylic resin having an alicyclic and the resin layer contains silica particles, and has a silicon element concentration of more than 2 atomic% and less than 20 atomic% at the surface of the carrier, the silicon element concentration being determined by X-ray photoelectron spectroscopy and in accordance with the description.
Method for monitoring an encrypted wireless connection between a client and an access point in a network , wherein - an extensible authentication protocol EAP is used (S1) for an authentication of the client for access to the network on an authentication server , and - a transport layer security protocol with key disclosure (EAP-kdTLS) is executed (S2) within the extensible authentication protocol, which involves security information for cryptographically protecting the wireless connection between a client and an access point being provided (A1) to an intermediate apparatus and being transmitted (S3) from the intermediate apparatus to a monitoring apparatus for the purpose of monitoring the wireless connection , wherein the transport layer security protocol TLS with key disclosure is a multi-context TLS protocol or a TLS protocol with a visibility extension or a TLS protocol with a rotate and release function TLS-RaR. - an extensible authentication protocol EAP is used (S1) for an authentication of the client for access to the network on an authentication server , and - a transport layer security protocol with key disclosure (EAP-kdTLS) is executed (S2) within the extensible authentication protocol, which involves security information for cryptographically protecting the wireless connection between a client and an access point being provided (A1) to an intermediate apparatus and being transmitted (S3) from the intermediate apparatus to a monitoring apparatus for the purpose of monitoring the wireless connection , wherein the transport layer security protocol TLS with key disclosure is a multi-context TLS protocol or a TLS protocol with a visibility extension or a TLS protocol with a rotate and release function TLS-RaR.
A solid composition comprising: (a) from 7.5% to 15%, by weight, of an inorganic salt of peroxymonosulfate, (b) a buffering agent, (c) a disintegrating agent comprising crosslinked polyvinylpyrrolidone; and (d) an effervescent couple including 15% to 50% of an effervescent base and 15% to 50% of an effervescent acid, based on the weight of the solid composition; wherein the solid composition completely dissolves in water at 23 °C. (a) from 7.5% to 15%, by weight, of an inorganic salt of peroxymonosulfate, (b) a buffering agent, (c) a disintegrating agent comprising crosslinked polyvinylpyrrolidone; and (d) an effervescent couple including 15% to 50% of an effervescent base and 15% to 50% of an effervescent acid, based on the weight of the solid composition;
Factory prefabricated filter sleeve for filling with smoking products, having a conical paper sleeve and having a filter which comprises activated carbon , characterized in that the filter is cylindrical.
- Tyre with radial carcass reinforcement, comprising a crown reinforcement , itself radially topped by a tread , said tread being joined to two beads, each bead including a bead core , by means of two sidewalls, said carcass reinforcement consisting of two plies of textile reinforcement elements, a first carcass reinforcement ply being anchored in each of the beads by being turned up around the bead core so as to form a main part of the first carcass reinforcement ply extending from one bead core to the other and a turn-up of the first carcass reinforcement ply in each of the beads, the ends of said turn-ups of said first carcass reinforcement ply being radially outside the radially outermost point of the bead core in each bead, the second carcass reinforcement ply extending from one bead to the other and being radially outside the first carcass reinforcement ply in the area of the crown of the tyre, wherein, in a meridian section of said tyre, in each bead, - the axial orientation line (D) passing through the geometric centre of the bead core has a single intersection point with the second carcass reinforcement ply , said single intersection point being axially outside the axially outermost point of the bead core , - the end of said second carcass reinforcement ply is axially inside the geometric centre of the bead core , characterized in that the distance between the end of the turn-up of the first carcass reinforcement ply and the geometric centre of the bead core is greater than the width of the bead core and less than 30 mm, the width of the bead core being defined as being equal to the diameter of the circle circumscribed at said bead core . - the axial orientation line (D) passing through the geometric centre of the bead core has a single intersection point with the second carcass reinforcement ply , said single intersection point being axially outside the axially outermost point of the bead core , - the end of said second carcass reinforcement ply is axially inside the geometric centre of the bead core , characterized in that the distance between the end of the turn-up of the first carcass reinforcement ply and the geometric centre of the bead core is greater than the width of the bead core and less than 30 mm, the width of the bead core being defined as being equal to the diameter of the circle circumscribed at said bead core .
A catalytic converter (400; 602), comprising: an external shell (402; 614) delimited at an inlet port (406; 616) and an outlet port (408; 618); at least one heater (415, 417; 624) arranged within the external shell that is configured to heat toxic gases and particulate matter that enters the catalytic converter and reduce said gases and particulate matter prior to said gases and particulate matter exiting the catalytic converter; a second shell (403; 612) spaced from the external shell; and a plurality of magnets (407; 632) arranged between the external shell and the second shell. an external shell (402; 614) delimited at an inlet port (406; 616) and an outlet port (408; 618); at least one heater (415, 417; 624) arranged within the external shell that is configured to heat toxic gases and particulate matter that enters the catalytic converter and reduce said gases and particulate matter prior to said gases and particulate matter exiting the catalytic converter; a second shell (403; 612) spaced from the external shell; and a plurality of magnets (407; 632) arranged between the external shell and the second shell.
Method for preparing one or more olefins, wherein a reaction feedstock containing oxygen and one or more paraffins is formed, and wherein a portion of the oxygen in the reaction feedstock is reacted with a portion of the paraffin or paraffins, thus obtaining a process gas, by an oxidative process, in particular by an oxidative dehydrogenation or an oxidative methane coupling, to form the olefin or olefins, the process gas containing at least the unreacted portion of the paraffin or paraffins and of the oxygen, the olefin or olefins, one or more acetylenes, carbon dioxide and water, characterized in that the method involves the process gas, or a gaseous mixture which is formed using at least a portion of the process gas, being partly or completely subjected to, in the order indicated here, a condensate separation , a compression , an at least partial removal of the oxygen and of the acetylene or acetylenes, and one or more stages of a carbon dioxide removal , the at least partial removal of the oxygen and of the acetylene or acetylenes taking place simultaneously and by catalytic reaction using a catalyst containing copper oxide or ruthenium, and the catalytic reaction taking place at least in part in the form of a hydrogenation.
A multi-mode electric drive system, comprising a Ravigneaux planetary mechanism, a first motor , a second motor , and a system output shaft , wherein the first motor is connected to a second sun gear (4A2) of the Ravigneaux planetary mechanism, the second motor is connected to a first sun gear (4A1) of the Ravigneaux planetary mechanism, a ring gear of the Ravigneaux planetary mechanism is connected to a corresponding housing through a first lock-up clutch , the first sun gear (4A1) of the Ravigneaux planetary mechanism is connected to the corresponding housing through a second lock-up clutch , and a planet carrier of the Ravigneaux planetary mechanism is connected to the system output shaft .
Process for vaporizing purge liquid from a cryogenic liquid vaporizer (R), the liquid containing at least one impurity, in which the purge liquid is withdrawn from a bath of liquid surrounding the vaporizer or resulting from the vaporizer, all of the purge liquid is vaporized in a heater (H), characterized in that the content of the at least one impurity in a first portion of the heated vaporized liquid is analysed and the flow rate of a second portion of the heated vaporized liquid is measured.
A sensor system compatible with magnetic resonance imaging of a patient's body comprising: a sensor for monitoring one or more bodily functions of the patient's body; a lower control unit comprising one or more electronic components in communication with the sensor, wherein all electronic components comprised within the lower control unit are non-ferrous containing electronic components; an upper control unit detachably coupled to the lower control unit and comprising one or more ferrous containing electronic components in communication with the sensor; and a mounting unit configured to detachably couple the upper and lower control units to the patient's body; wherein the mounting unit is configured such that removing the upper control unit and the lower control unit from the mounting unit removes all electronic components from the mounting unit. a sensor for monitoring one or more bodily functions of the patient's body; a lower control unit comprising one or more electronic components in communication with the sensor, wherein all electronic components comprised within the lower control unit are non-ferrous containing electronic components; an upper control unit detachably coupled to the lower control unit and comprising one or more ferrous containing electronic components in communication with the sensor; and a mounting unit configured to detachably couple the upper and lower control units to the patient's body; wherein the mounting unit is configured such that removing the upper control unit and the lower control unit from the mounting unit removes all electronic components from the mounting unit.
Cosmetic or dermatological oil-in-water emulsions having a content of a) one or more soya germ extract containing one or more isoflavones, the concentration of which is 0.005 - 50.0% by weight, particularly 0.01 - 20.0% by weight, preferably 0.02 - 10.0% by weight, particularly preferably 0.02 - 5.0% by weight, especially advantageously 0.05 - 3.0% by weight, based in each case on the total weight of the composition and b) one or more substances selected from the group of i) natural mica having a mean particle size of 1 - 300 μm ii) mica coated with titanium dioxide of mean particle size of 1 - 300 μm iii) mica coated with silica of mean particle size of 1 - 300 μm iv) mica coated with titanium dioxide and silica of mean particle size of 1 - 300 μm v) mica coated with iron oxide of mean particle size of 1 - 300 μm vi) synthetic mica coated with titanium dioxide and tin oxide of mean particle size of 1 - 300 μm. a) one or more soya germ extract containing one or more isoflavones, the concentration of which is 0.005 - 50.0% by weight, particularly 0.01 - 20.0% by weight, preferably 0.02 - 10.0% by weight, particularly preferably 0.02 - 5.0% by weight, especially advantageously 0.05 - 3.0% by weight, based in each case on the total weight of the composition and b) one or more substances selected from the group of i) natural mica having a mean particle size of 1 - 300 μm ii) mica coated with titanium dioxide of mean particle size of 1 - 300 μm iii) mica coated with silica of mean particle size of 1 - 300 μm iv) mica coated with titanium dioxide and silica of mean particle size of 1 - 300 μm v) mica coated with iron oxide of mean particle size of 1 - 300 μm vi) synthetic mica coated with titanium dioxide and tin oxide of mean particle size of 1 - 300 μm. i) natural mica having a mean particle size of 1 - 300 μm ii) mica coated with titanium dioxide of mean particle size of 1 - 300 μm iii) mica coated with silica of mean particle size of 1 - 300 μm iv) mica coated with titanium dioxide and silica of mean particle size of 1 - 300 μm v) mica coated with iron oxide of mean particle size of 1 - 300 μm vi) synthetic mica coated with titanium dioxide and tin oxide of mean particle size of 1 - 300 μm.
A wearable step counter system comprising a garment for a wearer's legs, a capacitive electrode and a microcontroller , said garment being a two-legged garment comprising a first leg and a second leg , said garment further comprising a textile fabric portion disposed on said first garment leg , said textile fabric portion being disposed on or in or forming part of said garment for providing a parasitic capacitive coupling between said capacitive electrode and said second leg of said garment , said microcontroller being electrically connected to said capacitive electrode for evaluating said parasitic capacitive coupling so that the relative movement between the wearer's legs is detected by the microcontroller , characterized in that said capacitive electrode comprises an electrically conductive yarn woven into said textile fabric portion .
A method performed by a wireless device for mapping data to specific HARQ processes for a non-terrestrial network supported in New Radio, NR, the method comprising: receiving an indication that maps data that can be sent on one or more of specific HARQ processes; and transmitting/receiving a transmission for a specific HARQ process of the one or more specific HARQ processes based on the received indication such that: - when the indication comprises a parameter for logical channel prioritization, LCP, only data from specific logical channels, LCH, are included that are allowed to send data on HARQ processes with a HARQ feedback procedure disabled, based on the received indication; and - when the indication does not comprise the parameter for LCP, the wireless device interprets that also LCH that are not allowed to send data on HARQ processes with the HARQ feedback procedure disabled are allowed to send data on the specific HARQ process. receiving an indication that maps data that can be sent on one or more of specific HARQ processes; and transmitting/receiving a transmission for a specific HARQ process of the one or more specific HARQ processes based on the received indication such that: - when the indication comprises a parameter for logical channel prioritization, LCP, only data from specific logical channels, LCH, are included that are allowed to send data on HARQ processes with a HARQ feedback procedure disabled, based on the received indication; and - when the indication does not comprise the parameter for LCP, the wireless device interprets that also LCH that are not allowed to send data on HARQ processes with the HARQ feedback procedure disabled are allowed to send data on the specific HARQ process. - when the indication comprises a parameter for logical channel prioritization, LCP, only data from specific logical channels, LCH, are included that are allowed to send data on HARQ processes with a HARQ feedback procedure disabled, based on the received indication; and - when the indication does not comprise the parameter for LCP, the wireless device interprets that also LCH that are not allowed to send data on HARQ processes with the HARQ feedback procedure disabled are allowed to send data on the specific HARQ process.