mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing an oxide catalyst comprising antimony, wherein the oxide catalyst is represented by following formula : Mo 1 V a Nb b Sb c X d Z e O n wherein X represents at least one element selected from the group consisting of W, Bi, Mn, and Ti; Z represents at least one element selected from the group consisting of La, Ce, Pr, Yb, Y, Sc, Sr, and Ba; a, b, c, d, e, and n represent atomic ratios of respective elements, and 0.01 ≤ a ≤ 1.00, 0.01 ≤ b ≤ 1.00, 0.01 ≤ c ≤ 1.00, 0.00 ≤ d ≤ 1.00, 0.00 ≤ e ≤ 1.00; and n is a value satisfying balance among a valence, said method comprising a step of dissolving or dispersing a starting material comprising a source of the antimony and a source of Mo, V, Nb, Sb, X and Z in a liquid composed of water to obtain a formulated starting material liquid, using an antimony particle comprising a diantimony trioxide as the source of the antimony; a step of drying the formulated starting material liquid obtained in the step to obtain a dried material; and a step of calcining the dried material obtained in the step to obtain a calcined material, wherein, based on the total amount of trivalent antimony and pentavalent antimony in the surface layer of the antimony particles, the abundance of pentavalent antimony in the surface layer of the antimony particle, to be measured in XPS analysis, is less than 70 atom%, wherein the surface layer has a thickness of 2 nm, and the antimony particle has a median size, measured by laser diffraction method, of 1.2 μm or less. a step of dissolving or dispersing a starting material comprising a source of the antimony and a source of Mo, V, Nb, Sb, X and Z in a liquid composed of water to obtain a formulated starting material liquid, using an antimony particle comprising a diantimony trioxide as the source of the antimony; a step of drying the formulated starting material liquid obtained in the step to obtain a dried material; and a step of calcining the dried material obtained in the step to obtain a calcined material, wherein, based on the total amount of trivalent antimony and pentavalent antimony in the surface layer of the antimony particles, the abundance of pentavalent antimony in the surface layer of the antimony particle, to be measured in XPS analysis, is less than 70 atom%, wherein the surface layer has a thickness of 2 nm, and the antimony particle has a median size, measured by laser diffraction method, of 1.2 μm or less.
A steel material having a tensile strength of 517 MPa or more for highly deformable line pipes that has superior strain aging resistance and superior HIC resistance, the steel material having a chemical composition comprising, in mass %, C: 0.030 to 0.09%, Si: 0.01 to 0.50%, Mn: 0.5 to 2.5%, P: 0.010% or less, S: 0.002% or less, Cu: 0.20 to 1.00%, Mo: 0.01% or less, Nb: 0.005 to 0.05%, Ti: 0.005 to 0.040%, Al: 0.10% or less, N: 0.006% or less, optionally one or at least two selected from Ni: 0.20 to 0.50%, Cr: 1.00% or less, V: 0.10% or less, Ca: 0.0050% or less, and B: 0.0050% or less, with the balance being Fe and inevitable impurities, wherein the steel material has a metallographic structure composed mainly of ferrite and bainite, wherein the total area fraction of the ferrite and the bainite is 90% or more, wherein the area fraction of ferrite is 10% or more and the area fraction of bainite is 10% or more, wherein the difference in hardness between the ferrite and the bainite is 70 or more in terms of Vickers hardness, and wherein, both before strain aging treatment at a temperature of 300°C or lower and after the strain aging treatment, the steel material has a uniform elongation of 9% or more and a yield ratio of 90% or less.
A support arm arrangement for a local gas extractor arrangement , the support arm arrangement comprising a first support arm arranged to a plate member provided with means for fixedly attaching said plate member to an exterior surface, at least one second support arm , each support arm being pivotally coupled to each other by means of intermediately arranged friction joint arrangements , the support arm arrangement further comprises an extractor hood having a first opening provided with a circumferential flange and a second opening through which gas is extracted from a surrounding environment, said support arm arrangement is arranged to receive a tube device , coupled to the circumferential flange of the extractor hood and to an exterior pump device, wherein said tube device is coupled to the support arms by means of a plurality of retainer devices , characterized in that the extractor hood is arranged at a distance from an end portion of an outermost second support arm by means of an intermediary arranged linkage arm arrangement comprising a first link arm , pivotally coupled to the end portion of the outermost second support arm by means of first friction joint , which first friction joint is pivotable about a first pivoting axis which extends in a direction perpendicular to an extending direction of the outermost second support arm , the linkage arm arrangement further comprises a second link arm , fixedly attached to the extractor hood and pivotally coupled to the first link arm by means of a second friction joint , which second friction joint is pivotable about a second pivoting axis which extends in a direction perpendicular to the first pivoting axis , wherein the first link arm of the linkage arm arrangement comprises an L-shape and is arranged so as to encircle a quarter, or the vicinity of a quarter, of a circumference of a tube device arranged to the support arm arrangement at a radial distance from an outer surface of said tube device .
Treatment device , which is adapted for destructing micro-organisms in a gaseous or liquid medium to be treated, comprising: - a treatment substance having an inner hollow structure and being contained in an enclosure accommodating a flow of the medium through the inner hollow structure, characterized in that - the treatment substance comprises particles being arranged in the enclosure and providing the inner hollow structure, said particles having cutting edges with a blade shape, and - the cutting edges are arranged for dissecting the micro-organisms by a mechanical contact of the micro-organisms with the cutting edges of the hollow structure. - a treatment substance having an inner hollow structure and being contained in an enclosure accommodating a flow of the medium through the inner hollow structure, - the treatment substance comprises particles being arranged in the enclosure and providing the inner hollow structure, said particles having cutting edges with a blade shape, and - the cutting edges are arranged for dissecting the micro-organisms by a mechanical contact of the micro-organisms with the cutting edges of the hollow structure.
A device for engaging a driver during an autonomous mode comprising: a drive mode monitoring module configured to detect a transition from a manual drive mode to an autonomous drive mode; a driver monitoring module to monitor driver alertness during the autonomous drive mode; and an interactive module , further comprising; a processing module configured to activate an interactive training program in case alertness of the driver falls below a first threshold value wherein the first threshold value for alertness is determined based on plurality of attributes; a training module configured to receive activation or deactivation instructions from the processing module , characterized by the interactive training program enhances vehicle operation error rule knowledge of the driver, further characterized in that the vehicle operation error rule knowledge of the driver is determined based on vehicle operational issues faced by the driver in the past or by other vehicle drivers in general. a drive mode monitoring module configured to detect a transition from a manual drive mode to an autonomous drive mode; a driver monitoring module to monitor driver alertness during the autonomous drive mode; and an interactive module , further comprising; a processing module configured to activate an interactive training program in case alertness of the driver falls below a first threshold value wherein the first threshold value for alertness is determined based on plurality of attributes;
A pipe wrench, including: a first lever member , including a first grip portion , a first clamping portion and a body portion which is connected to and between the first grip portion and the first clamping portion , the body portion having at least one guide toothed groove ; a pivot , positionably and slidably disposed within the at least one guide toothed groove , the pivot being slidable along an axial direction to be on a locked position or a released position, the pivot having at least one position-restricting toothed portion and at least one elastic mechanism , each of the at least one elastic mechanism corresponding to one of the at least one position-restricting toothed portion in the axial direction; a second lever member , including a second grip portion , a pivot hole and a second clamping portion , the pivot being disposed through and pivoted to the pivot hole , through the second lever member sliding or swinging relative to the first lever member , the first clamping portion being slidable relative to the second clamping portion ; wherein when the pivot is on the locked position, the position-restricting toothed portion and the guide toothed groove are meshed with each other, and the elastic mechanism is non-engaged with the guide toothed groove ; when the pivot moves to the released position, the position-restricting toothed portion and the guide toothed groove are detached from each other, and the elastic mechanism is releasably engaged with the guide toothed groove . a first lever member , including a first grip portion , a first clamping portion and a body portion which is connected to and between the first grip portion and the first clamping portion , the body portion having at least one guide toothed groove ; a pivot , positionably and slidably disposed within the at least one guide toothed groove , the pivot being slidable along an axial direction to be on a locked position or a released position, the pivot having at least one position-restricting toothed portion and at least one elastic mechanism , each of the at least one elastic mechanism corresponding to one of the at least one position-restricting toothed portion in the axial direction; a second lever member , including a second grip portion , a pivot hole and a second clamping portion , the pivot being disposed through and pivoted to the pivot hole , through the second lever member sliding or swinging relative to the first lever member , the first clamping portion being slidable relative to the second clamping portion ; wherein when the pivot is on the locked position, the position-restricting toothed portion and the guide toothed groove are meshed with each other, and the elastic mechanism is non-engaged with the guide toothed groove ; when the pivot moves to the released position, the position-restricting toothed portion and the guide toothed groove are detached from each other, and the elastic mechanism is releasably engaged with the guide toothed groove .
A system for determining whether to intervene with a patient's treatment, the system comprising: an implantable device having a memory ; an implantable sensor ; an implantable processor ; an external device ; sensing means for sensing data through the implanted sensor; the implanted processor configured to compare the data against a threshold stored in the memory of the implanted device to determine whether the data is considered to be indicative of a heart failure, HF, worsening episode occurrence based on a result of the comparison; storing means for storing a determined occurrence in the memory of the implanted device; transmitting means for transmitting the occurrence to the external device; processing means for determining a risk status from the occurrence and any other applicable data using the external device; means for acquiring additional data, the additional data being one of weight, symptoms, and pressure data; the external device configured to automatically determine whether to adjust the patient's treatment plan comprising a set of pre-authorised pharmaceutical physician prescriptions based on the risk status, the data acquired from the implanted device memory and the one or more other external devices; and the external device further configured to signal a medication dispenser to dispense an adjusted medication dose according to a pre-authorised physician prescription in response to determining to adjust the patient's treatment plan. an implantable device having a memory ; an implantable sensor ; an implantable processor ; an external device ; sensing means for sensing data through the implanted sensor; the implanted processor configured to compare the data against a threshold stored in the memory of the implanted device to determine whether the data is considered to be indicative of a heart failure, HF, worsening episode occurrence based on a result of the comparison; storing means for storing a determined occurrence in the memory of the implanted device; transmitting means for transmitting the occurrence to the external device; processing means for determining a risk status from the occurrence and any other applicable data using the external device; means for acquiring additional data, the additional data being one of weight, symptoms, and pressure data; the external device configured to automatically determine whether to adjust the patient's treatment plan comprising a set of pre-authorised pharmaceutical physician prescriptions based on the risk status, the data acquired from the implanted device memory and the one or more other external devices; and the external device further configured to signal a medication dispenser to dispense an adjusted medication dose according to a pre-authorised physician prescription in response to determining to adjust the patient's treatment plan.
A management device , for allowing endpoints to use Interactive Connectivity Establishment, ICE, to enable multimedia communications across restrictive security boundaries, comprising: a processor , adapted to: receive, from a source endpoint (A), an initial outgoing message ; reject the received initial outgoing message from the source endpoint (A), and in response send back a protection token ; receive a subsequent outgoing message from the source endpoint (A) including the protection token in response to the rejection; and include the protection token in a locally generated path verification message that is used for establishing a media flow across a security device . receive, from a source endpoint (A), an initial outgoing message ; reject the received initial outgoing message from the source endpoint (A), and in response send back a protection token ; receive a subsequent outgoing message from the source endpoint (A) including the protection token in response to the rejection; and include the protection token in a locally generated path verification message that is used for establishing a media flow across a security device .
Pressure sensor arrangement, having a tube (2; 21) in the cross section whereof between two tube halves there is arranged a membrane (3; 16) on which the pressure (14; 15) to be measured acts, wherein the membrane (3; 16) has a high flexural rigidity in the central region and is mounted axially resiliently in the tube in the edge region by suspension using two limbs (7, 8; 17, 18) that run substantially parallel to the plane of the membrane (3; 16) and are rotationally symmetrical in relation to the axis of the tube, and wherein means are provided for detecting an axial displacement of the membrane (3; 16) that is dependent on the pressure (14; 15) to be measured, characterised in that each of the two rotor halves is connected to the membrane in one piece via one of the two limbs (7, 8; 17, 18) in each case, an overload ring (13; 19) is connected to the two tube halves in a fixed manner and, in order to limit axial displacement of the membrane (3; 16), projects into a recess between the two limbs (7, 8; 17, 18) with one or more mechanical stop elements in the form of webs (12; 23) or pins that are distributed over the peripheral region of the membrane (3; 16) and either the tube (2; 21), together with the membrane (3; 16) as a one-piece lathed part and the overload ring (13; 19), is embodied in a segmented manner, consisting of at least two parts, or the overload ring (13; 19) is embodied as a one-piece constituent element and the two tube halves , together with a membrane half in each case, are each embodied as one-piece lathed parts, expansion absorbers are arranged on the mutually facing sides of the two limbs (7, 8; 17, 18) as means for detecting the displacement of the membrane (3; 16).
An apparatus for manufacturing a cosmetic product, comprising: - a first capsule containing a predetermined amount of a first formulation, the first capsule including a first connection portion (3.2) and an outlet passage (3.5) provided with an outlet orifice (3.6), - a second capsule containing a predetermined amount of a second formulation, and including a second connection portion (4.2) configured to be connected to the first connection portion (3.2), - a mixing machine configured to receive the first and second capsules , and to mix the first and second formulations contained in the first and second capsules so as to obtain the cosmetic product, the outlet passage (3.5) being fluidly connected to the first connection portion (3.2), characterized in that the manufacturing apparatus is configured to automatically close the outlet passage (3.5) when the first and second capsules are received in the mixing machine , and to automatically clear the outlet passage (3.5) when the first and second capsules are removed out of the mixing machine . - a first capsule containing a predetermined amount of a first formulation, the first capsule including a first connection portion (3.2) and an outlet passage (3.5) provided with an outlet orifice (3.6), - a second capsule containing a predetermined amount of a second formulation, and including a second connection portion (4.2) configured to be connected to the first connection portion (3.2), - a mixing machine configured to receive the first and second capsules , and to mix the first and second formulations contained in the first and second capsules so as to obtain the cosmetic product,
A device for carrying out sample preparation for an analysis apparatus, in particular a chromatograph, comprising a sample vessel which can be closed by a self-sealing cover and comprises a sample compartment for receiving a substance to be examined, and comprising a holder which comprises a heating wire coil and into which the sample vessel with its sample compartment can be inserted in order to heat the substance to be examined, wherein the holder provided is a module container which can be closed with a closure cap and in the interior of which the sample vessel is inserted as an insertable container, comprising a power supply for the heating wire coil , characterized in that the power supply is based on a constant current control which is controlled proportionally by pulse width modulation, and in that the heating wire coil is integrated into the lower part of the module container , wherein the heating wire coil is connected to metal ring electrodes which are arranged on the bottom of the module container .
A method of wireless communication, comprising: determining a set of subframes with a reduced likelihood of being received as uplink transmissions of a first user equipment, UE (650-1) by identifying subframes for uplink transmission of the first UE that experience interference from downlink transmissions of a base station (610-2); and scheduling uplink transmissions of the first UE (650-1) by scheduling a contention resolution message of a PRACH process on downlink subframes so that an acknowledge, ACK message of the contention resolution is transmitted on the uplink subframes that do not experience interference from a base station (610-2). determining a set of subframes with a reduced likelihood of being received as uplink transmissions of a first user equipment, UE (650-1) by identifying subframes for uplink transmission of the first UE that experience interference from downlink transmissions of a base station (610-2); and scheduling uplink transmissions of the first UE (650-1) by scheduling a contention resolution message of a PRACH process on downlink subframes so that an acknowledge, ACK message of the contention resolution is transmitted on the uplink subframes that do not experience interference from a base station (610-2).
An implant for retracting or/and supporting periurethral tissue enclosing a prostatic urethra along a length of prostate lobes , the implant comprising: an elongated spine member having a spinal longitudinal axis ; a first elongated edge member and a second elongated edge member symmetrically opposing each other relative to said spinal longitudinal axis , each said elongated edge member is interconnected to said spine member via at least one interconnecting member ; and at least one tissue support member extending between said first elongated edge member and said spinal longitudinal axis , and at least one other tissue support member extending between said second elongated edge member and said spinal longitudinal axis , wherein each said tissue support member is sized and configured for supporting a portion of a prostatic lateral lobe when said spine member engages an anterior interlobar groove that extends between said prostatic lateral lobes , and when said first and second elongated edge members engage corresponding posterolateral interlobar grooves , wherein said spine member has a length being substantially less than a length of each of said first and second elongated edge members , wherein said first elongated edge member is sized for positioning in a left posterolateral interlobar groove that extends between a left prostatic lateral lobe and a prostatic medial lobe , and said second elongated edge member is sized for positioning in a right posterolateral interlobar groove that extends between a right prostatic lateral lobe and said prostatic medial lobe . an elongated spine member having a spinal longitudinal axis ; a first elongated edge member and a second elongated edge member symmetrically opposing each other relative to said spinal longitudinal axis , each said elongated edge member is interconnected to said spine member via at least one interconnecting member ; and at least one tissue support member extending between said first elongated edge member and said spinal longitudinal axis , and at least one other tissue support member extending between said second elongated edge member and said spinal longitudinal axis , wherein each said tissue support member is sized and configured for supporting a portion of a prostatic lateral lobe when said spine member engages an anterior interlobar groove that extends between said prostatic lateral lobes , and when said first and second elongated edge members engage corresponding posterolateral interlobar grooves , wherein said spine member has a length being substantially less than a length of each of said first and second elongated edge members , wherein said first elongated edge member is sized for positioning in a left posterolateral interlobar groove that extends between a left prostatic lateral lobe and a prostatic medial lobe , and said second elongated edge member is sized for positioning in a right posterolateral interlobar groove that extends between a right prostatic lateral lobe and said prostatic medial lobe .