mhurhangee/patent-ind-claim-en huggingface dataset:
A grain-oriented electrical steel sheet comprising: a steel sheet; an oxide layer including SiOz that is formed on the steel sheet; and a tension-insulation coating that is formed on the oxide layer, wherein the steel sheet includes, as a chemical composition, by mass%, C: 0.085% or less, Si: 0.80% to 7.00%, Mn: 1.00% or less, acid-soluble Al: 0.065% or less, S: 0.013% or less, Cu: 0 % to 0.80%, N: 0% to 0.012%, P: 0% to 0.50%, Ni: 0% to 1.00%, Sn: 0% to 0.30%, Sb: 0% to 0.30%, and a remainder of Fe and impurities, the tension-insulation coating includes a chromium compound, and a Fe content in the oxide layer and the tension-insulation coating measured by the method as of the description is 70 mg/m 2 to 250 mg/m 2 . a steel sheet; an oxide layer including SiOz that is formed on the steel sheet; and a tension-insulation coating that is formed on the oxide layer, wherein the steel sheet includes, as a chemical composition, by mass%, C: 0.085% or less, Si: 0.80% to 7.00%, Mn: 1.00% or less, acid-soluble Al: 0.065% or less, S: 0.013% or less, Cu: 0 % to 0.80%, N: 0% to 0.012%, P: 0% to 0.50%, Ni: 0% to 1.00%, Sn: 0% to 0.30%, Sb: 0% to 0.30%, and a remainder of Fe and impurities, the tension-insulation coating includes a chromium compound, and a Fe content in the oxide layer and the tension-insulation coating measured by the method as of the description is 70 mg/m 2 to 250 mg/m 2 .
A pump for dispensing a fluid product comprising: - a pump body , comprising an opening closed by an inlet valve , held in place by a valve holder fastened in said pump body , - a piston sliding in a sealed manner in said pump body , around a hollow rod , provided with an inner axial channel axially closed on the lower side of said rod and communicating with the outside of the rod via a radial orifice , said piston comprising, on an outer radial edge, an outer sealing lip for ensuring the sealing with respect to said pump body , and on an inner radial edge, an inner sealing lip , for ensuring the sealing with respect to said rod , - a gland cooperating with said inner sealing lip of said piston , - an actuating spring disposed between said rod and said piston , - a return spring disposed between said valve holder and said rod , biasing said piston towards its rest position, characterized in that said valve holder comprises an axial sleeve receiving said rod in the actuating position, said axial sleeve comprising at least one axial rib , for forming a mechanical stop in the actuating position of the pump between the lower axial end of said rod and said at least one axial rib of said valve holder . - a pump body , comprising an opening closed by an inlet valve , held in place by a valve holder fastened in said pump body , - a piston sliding in a sealed manner in said pump body , around a hollow rod , provided with an inner axial channel axially closed on the lower side of said rod and communicating with the outside of the rod via a radial orifice , said piston comprising, on an outer radial edge, an outer sealing lip for ensuring the sealing with respect to said pump body , and on an inner radial edge, an inner sealing lip , for ensuring the sealing with respect to said rod , - a gland cooperating with said inner sealing lip of said piston , - an actuating spring disposed between said rod and said piston , - a return spring disposed between said valve holder and said rod , biasing said piston towards its rest position,
A breathing assistance system comprising: a ventilator , and a breathing lumen connectable to a tracheostomy tube , the tracheostomy tube being located in the trachea of a patient, and arranged to communicate a flow of air between the ventilator and the tracheostomy tube , characterised in that the system comprises a sensor configured to generate a vibration signal representing vocal cord vibrations of the patient, and the system is configured to facilitate the flow of exhaled air to the atmosphere via the upper airway of the patient in response to detection in the vibration signal of speech or attempted speech by the patient. a ventilator , and a breathing lumen connectable to a tracheostomy tube , the tracheostomy tube being located in the trachea of a patient, and arranged to communicate a flow of air between the ventilator and the tracheostomy tube , characterised in that the system comprises a sensor configured to generate a vibration signal representing vocal cord vibrations of the patient, and the system is configured to facilitate the flow of exhaled air to the atmosphere via the upper airway of the patient in response to detection in the vibration signal of speech or attempted speech by the patient.
A hydraulic system , comprising: a piston ; a swash plate opposed to the piston ; and a swash plate supporting member supporting the swash plate so that a tilt of the swash plate is variable, wherein at least one oil reservoir portion (C) is provided between the swash plate and the swash plate supporting member , the at least one oil reservoir portion (C) communicating with a pressure oil introducing passage (P), characterized in that an area, along a plane of contact between the swash plate and the swash plate supporting member , of the at least one oil reservoir portion (C) between the swash plate and the swash plate supporting member varies with the tilt of the swash plate . a piston ; a swash plate opposed to the piston ; and a swash plate supporting member supporting the swash plate so that a tilt of the swash plate is variable, wherein at least one oil reservoir portion (C) is provided between the swash plate and the swash plate supporting member , the at least one oil reservoir portion (C) communicating with a pressure oil introducing passage (P), characterized in that an area, along a plane of contact between the swash plate and the swash plate supporting member , of the at least one oil reservoir portion (C) between the swash plate and the swash plate supporting member varies with the tilt of the swash plate .
A system comprising: a hydraulic actuator coupled to a joint of a robotic device; an electric actuator coupled to the joint of the robotic device; a sensor configured to measure a load applied at the joint; and a controller configured to: determine a total output velocity to be applied by the hydraulic actuator and the electric actuator; characterized in that the controller is further configured to determine hydraulic operating parameters and electric operating parameters based on the load applied at the joint and the total output velocity; determine whether the load applied at the joint is greater than a threshold load; determine whether the total output velocity is less than a threshold velocity; and when the load applied at the joint is greater than the threshold load and the total output velocity is less than the threshold velocity: activate the hydraulic actuator to operate at the hydraulic operating parameters; and halt actuation by the electric actuator. a hydraulic actuator coupled to a joint of a robotic device; an electric actuator coupled to the joint of the robotic device; a sensor configured to measure a load applied at the joint; and a controller configured to: determine a total output velocity to be applied by the hydraulic actuator and the electric actuator; characterized in that the controller is further configured to determine hydraulic operating parameters and electric operating parameters based on the load applied at the joint and the total output velocity; determine whether the load applied at the joint is greater than a threshold load; determine whether the total output velocity is less than a threshold velocity; and when the load applied at the joint is greater than the threshold load and the total output velocity is less than the threshold velocity: activate the hydraulic actuator to operate at the hydraulic operating parameters; and halt actuation by the electric actuator. determine a total output velocity to be applied by the hydraulic actuator and the electric actuator; characterized in that the controller is further configured to determine hydraulic operating parameters and electric operating parameters based on the load applied at the joint and the total output velocity; determine whether the load applied at the joint is greater than a threshold load; determine whether the total output velocity is less than a threshold velocity; and when the load applied at the joint is greater than the threshold load and the total output velocity is less than the threshold velocity: activate the hydraulic actuator to operate at the hydraulic operating parameters; and halt actuation by the electric actuator. activate the hydraulic actuator to operate at the hydraulic operating parameters; and halt actuation by the electric actuator.
A method comprising: receiving channel state information reference signals for a plurality of channel components from a network node; estimating the plurality of channel components based on the channel state information reference signals; transmitting the estimated plurality of channel components to the network node; receiving multipath component parameters from the network node; storing the multipath component parameters; characterized by estimating deviations of the multipath component parameters over time; and reporting the estimated deviations of the multipath component parameters to the network node. receiving channel state information reference signals for a plurality of channel components from a network node; estimating the plurality of channel components based on the channel state information reference signals; transmitting the estimated plurality of channel components to the network node; receiving multipath component parameters from the network node; storing the multipath component parameters; characterized by estimating deviations of the multipath component parameters over time; and reporting the estimated deviations of the multipath component parameters to the network node.
A coil spring comprising: a spring wire wound in a coil shape having an outer diameter side portion and an inner diameter side portion on a peripheral shape in a cross section thereof, one of the outer diameter side portion and inner diameter side portion (2.) being formed in a semi-circular shape expressed by x 2 +y 2 =b 2 , the other thereof being formed in a non- circular shape with a long diameter "a" and a short diameter "b" expressed by (x/a) α +(y/b) α = 1, and value of the "a" being set in a range of 1.85 to 2.45; characterized in that flat contact faces each are provided between the inner diameter side portion and the outer diameter side portion on the peripheral shape in the cross section and are configured so as to extend from a region of the non-circular shape to a region of the semi-circular shape such that each contact face comes into contact with a contact face of an adjacent coil in an axial direction along an axis line of the coil spring, and that an oblateness T/W is set equal to 0.76 in which T denotes a maximum thickness in the axial direction of the coil spring and W denotes a maximum width in a radial direction, so that a stress acting on the outer or inner diameter side portion formed in the non-circular shape is continuously dispersed up to the fiat faces in the spring.
A method of transmitting a scanned image via email using user information, the method comprising: receiving domain information of a user and performing user authentication using the received domain information; receiving a request for the scanning operation after successfully performing the user authentication; querying a lightweight directory access protocol (LDAP) server using the domain information used for the user authentication to acquire an email address of the user; forming the scanned image; and transmitting the scanned image via email using the email address of the user acquired by querying the LDAP server as a sender address, wherein the domain information of the user is domain information of an organization to which the user belongs. receiving domain information of a user and performing user authentication using the received domain information; receiving a request for the scanning operation after successfully performing the user authentication; querying a lightweight directory access protocol (LDAP) server using the domain information used for the user authentication to acquire an email address of the user; forming the scanned image; and transmitting the scanned image via email using the email address of the user acquired by querying the LDAP server as a sender address, wherein the domain information of the user is domain information of an organization to which the user belongs.
A method for evaluating renal status in a subject, comprising: performing one or more assays configured to detect soluble Transmembrane glycoprotein NMB, and optionally further one or more biomarkers of C-C motif chemokine 23, Brain-derived neurotrophic factor, Cathepsin S, Transforming growth factor beta-2, Urokinase-type plasminogen activator, Angiopoietin-2, Matrilysin, Carcinoembryonic antigen-related cell adhesion molecule 1, Creatine kinase MB, Insulin, Immunoglobulin M, Immunoglobulin E, Macrophage migration inhibitory factor, Galectin-3, Transforming growth factor beta-3, Heparan sulfate, soluble Cadherin-3, Complement C5, Platelet factor 4, Platelet basic protein, and Stromelysin-2 on a body fluid sample obtained from the subject to provide an assay result; and correlating the assay result(s) to the renal status of the subject, wherein said correlation step comprises correlating the assay result(s) to one or more of risk stratification, diagnosis, prognosis and monitoring of acute renal failure (ARF) of the subject. performing one or more assays configured to detect soluble Transmembrane glycoprotein NMB, and optionally further one or more biomarkers of C-C motif chemokine 23, Brain-derived neurotrophic factor, Cathepsin S, Transforming growth factor beta-2, Urokinase-type plasminogen activator, Angiopoietin-2, Matrilysin, Carcinoembryonic antigen-related cell adhesion molecule 1, Creatine kinase MB, Insulin, Immunoglobulin M, Immunoglobulin E, Macrophage migration inhibitory factor, Galectin-3, Transforming growth factor beta-3, Heparan sulfate, soluble Cadherin-3, Complement C5, Platelet factor 4, Platelet basic protein, and Stromelysin-2 on a body fluid sample obtained from the subject to provide an assay result; and correlating the assay result(s) to the renal status of the subject, wherein said correlation step comprises correlating the assay result(s) to one or more of risk stratification, diagnosis, prognosis and monitoring of acute renal failure (ARF) of the subject.
A system for delivering a transport target across a membrane from a top membrane surface to a first material layer that is adjacent to the membrane and opposite the top membrane surface , the membrane is semi-permeable or impermeable to the transport target , the system comprising a probe housing and a standoff , the standoff comprising the transport target , the standoff adapted to be positioned between the probe housing and the top membrane surface , the standoff including a bottom standoff surface configured to engage the top membrane surface and including one or more pores; the probe housing comprising: a) a microchannel probe configured to create a microchannel in the membrane ; and b) an ultrasound energy source configured to deliver an acoustic energy field to the transport target , thereby driving the transport target from the standoff , through the one or more pores, through the microchannel, and into the first material layer ; and a power supply configured to power the ultrasound energy source; and a control module configured to control the ultrasound energy source. the standoff comprising the transport target , the standoff adapted to be positioned between the probe housing and the top membrane surface , the standoff including a bottom standoff surface configured to engage the top membrane surface and including one or more pores; the probe housing comprising: a) a microchannel probe configured to create a microchannel in the membrane ; and b) an ultrasound energy source configured to deliver an acoustic energy field to the transport target , thereby driving the transport target from the standoff , through the one or more pores, through the microchannel, and into the first material layer ; and a) a microchannel probe configured to create a microchannel in the membrane ; and b) an ultrasound energy source configured to deliver an acoustic energy field to the transport target , thereby driving the transport target from the standoff , a power supply configured to power the ultrasound energy source; and a control module configured to control the ultrasound energy source.
A high-current cable for the electrically conductive contacting of an electrode support arm of an electrically operated furnace, having - a cable head arranged at at least one end of a high-current conductor, and - a cable sheath surrounding the high-current conductor and the cable head , said cable sheath being connected in a torsion-resistant manner to a head sleeve twistably arranged on the cable head , characterized in that the cable head has a lubricant duct connected to a supply opening , said lubricant duct ending at an outlet opening in the contact region of the cable head and head sleeve . - a cable head arranged at at least one end of a high-current conductor, and - a cable sheath surrounding the high-current conductor and the cable head , said cable sheath being connected in a torsion-resistant manner to a head sleeve twistably arranged on the cable head ,
A communication control apparatus following the legislation and standardization of Citizens Broadband Radio Service,CBRS, comprising: an acquiring section that acquires, from a second wireless system that performs wireless communication by using a radio wave of a frequency band used by a first wireless system or from a proxy system that acts on behalf of the second wireless system, a request for the second wireless system to start or continue radio wave transmission; a determining section that determines a heartbeat interval of the request to be transmitted from a predetermined second wireless system out of a plurality of the second wireless systems or a predetermined proxy system out of a plurality of the proxy systems; and a notifying section that notifies the predetermined second wireless system or the predetermined proxy system of the determined heartbeat interval; wherein the second wireless system or the proxy system that acts on behalf of the second wireless system , transmits heartbeat requests at the determined heartbeat interval. an acquiring section that acquires, from a second wireless system that performs wireless communication by using a radio wave of a frequency band used by a first wireless system or from a proxy system that acts on behalf of the second wireless system, a request for the second wireless system to start or continue radio wave transmission; a determining section that determines a heartbeat interval of the request to be transmitted from a predetermined second wireless system out of a plurality of the second wireless systems or a predetermined proxy system out of a plurality of the proxy systems; and a notifying section that notifies the predetermined second wireless system or the predetermined proxy system of the determined heartbeat interval;
Locking actuator , in particular for a transmission of an electric parking and/or service brake, comprising - a housing , - a carriage with a locking bolt which is moveable in an axis (L) toward the housing , - wherein the carriage is moveable, by means of a drivable actuator transmission , along a locking distance between an open position and a locked position, - characterized in that - the locking bolt is held mounted in a bolt receptacle in or on the carriage in the axis (L), in that the locking bolt is held on the carriage moveably and resiliently in the axis (L), and in that the locking bolt is moveable over a stroke distance relative to the carriage , and in that the stroke distance is larger than the locking distance of the carriage . - a housing , - a carriage with a locking bolt which is moveable in an axis (L) toward the housing , - wherein the carriage is moveable, by means of a drivable actuator transmission , along a locking distance between an open position and a locked position, - characterized in that - the locking bolt is held mounted in a bolt receptacle in or on the carriage in the axis (L), in that the locking bolt is held on the carriage moveably and resiliently in the axis (L), and in that the locking bolt is moveable over a stroke distance relative to the carriage , and in that the stroke distance is larger than the locking distance of the carriage .
An UV-radiation sensor with a radiation-sensitive region of diamond, which is formed on a first face of a semiconductor substrate and with which electrical contact can be made via at least two contact electrodes, wherein the UV-radiation sensor has a vertical structure in which the radiation-sensitive region comprises two differently doped, stacked regions of monocrystalline diamond which form a pn-junction for purposes of radiation detection, wherein an uppermost of the two differently doped regions has a thickness ≤ 300 nm, wherein the radiation-sensitive region is formed either by a layer sequence of a first epitaxial diamond layer of a first dopant type and a second epitaxial diamond layer of a second dopant type on the semiconductor substrate or by a layer sequence of a first epitaxial diamond layer of a first dopant type on the semiconductor substrate and a region of a second dopant type doped locally in the first epitaxial diamond layer , and wherein a doping concentration of the first dopant type in the first epitaxial diamond layer is < 1*10 16 cm -3 , and a doping concentration of the second dopant type in the second epitaxial diamond layer or the locally doped region is > 1*10 18 cm -3 .