mhurhangee/patent-ind-claim-en huggingface dataset:
A method for maintaining at least one protective suit , in particular a chemical protective suit , comprising the steps: a) at least one maintenance adapter is releasably and sealingly connected to at least one opening of the protective suit , b) a cleaning and disinfecting fluid is conducted into the interior of the protective suit via the at least one maintenance adapter and the cleaning and disinfecting fluid conducted into the interior of the protective suit is discharged from the protective suit , c) a drying gas is conducted into the interior of the protective suit via the at least one maintenance adapter for drying the protective suit and the drying gas conducted into the interior of the protective suit is discharged from the protective suit , d) the at least one maintenance adapter is disconnected from the at least one opening of the protective suit, characterized in that , after the method step b) and before the method step c) in a method step b1), for the tightness testing of the protective suit a compressed gas is conducted into the interior of the protective suit via the at least one maintenance adapter until a predetermined pressure level prevails in the protective suit , the pressure level prevailing in the protective suit is measured over a predetermined time period and then the compressed gas conducted into the interior of the protective suit is discharged from the protective suit via the at least one maintenance adapter , and in that in the method step b1) a warning signal is also output if the pressure level falls below a defined limit value in the predetermined time period. a) at least one maintenance adapter is releasably and sealingly connected to at least one opening of the protective suit , b) a cleaning and disinfecting fluid is conducted into the interior of the protective suit via the at least one maintenance adapter and the cleaning and disinfecting fluid conducted into the interior of the protective suit is discharged from the protective suit , c) a drying gas is conducted into the interior of the protective suit via the at least one maintenance adapter for drying the protective suit and the drying gas conducted into the interior of the protective suit is discharged from the protective suit , d) the at least one maintenance adapter is disconnected from the at least one opening of the protective suit, characterized in that , after the method step b) and before the method step c) in a method step b1), for the tightness testing of the protective suit a compressed gas is conducted into the interior of the protective suit via the at least one maintenance adapter until a predetermined pressure level prevails in the protective suit , the pressure level prevailing in the protective suit is measured over a predetermined time period and then the compressed gas conducted into the interior of the protective suit is discharged from the protective suit via the at least one maintenance adapter , and in that in the method step b1) a warning signal is also output if the pressure level falls below a defined limit value in the predetermined time period.
A method of measuring the add power of a contact lens having a central region and an annular region surrounding the central region, the central region having a first optical power and the annular region having a second optical power, the method including the steps: (a) measuring the wavefront aberration of the contact lens; (b) fitting a polynomial to the measured wavefront aberration, wherein terms of the polynomial correspond to types of aberration comprising defocus and astigmatism and residual aberrations; and (c) calculating the add power; CHARACTERISED IN THAT : the add power is calculated as a defocus corresponding to the residual aberrations, and wherein calculating the add power includes the steps of discarding from the polynomial the terms of the polynomial that correspond to defocus and astigmatism to obtain a modified polynomial that contains only terms of higher aberration order than defocus and astigmatism and calculating the residual aberrations using the modified polynomial; and the add power is calculated as the spherical equivalent of the residual aberrations or the spherical aberration. (a) measuring the wavefront aberration of the contact lens; (b) fitting a polynomial to the measured wavefront aberration, wherein terms of the polynomial correspond to types of aberration comprising defocus and astigmatism and residual aberrations; and (c) calculating the add power; the add power is calculated as a defocus corresponding to the residual aberrations, and wherein calculating the add power includes the steps of discarding from the polynomial the terms of the polynomial that correspond to defocus and astigmatism to obtain a modified polynomial that contains only terms of higher aberration order than defocus and astigmatism and calculating the residual aberrations using the modified polynomial; and the add power is calculated as the spherical equivalent of the residual aberrations or the spherical aberration.
An assembly for rotational equipment, comprising: a plurality of seal shoes arranged around an axis in an annular array; a seal base circumscribing the annular array of the seal shoes ; and a plurality of spring elements , each of the spring elements radially between and connecting a respective one of the seal shoes and the seal base , a first of the spring elements including a first mount , a second mount and a spring beam , the first mount connected to a first of the seal shoes , the second mount connected to the seal base , and the spring beam extending longitudinally between and connecting the first mount and the second mount ; characterised by : a frangible element configured to restrict radial outward movement of the first of the seal shoes . a plurality of seal shoes arranged around an axis in an annular array; a seal base circumscribing the annular array of the seal shoes ; and a plurality of spring elements , each of the spring elements radially between and connecting a respective one of the seal shoes and the seal base , a first of the spring elements including a first mount , a second mount and a spring beam , the first mount connected to a first of the seal shoes , the second mount connected to the seal base , and the spring beam extending longitudinally between and connecting the first mount and the second mount ; characterised by : a frangible element configured to restrict radial outward movement of the first of the seal shoes .
Mobile laser protection wall for temporarily shielding a laser area, comprising a plate element which is enclosed in a frame made of profile elements and is made up of several layers (1.1, 1.2), wherein two of the layers (1.1, 1.2) of the plate element are metal layers (1.1) formed from sheet metal, characterized in that one of the layers (1.1, 1.2) of the plate element is a graphite layer (1.2) consisting of a graphite foil, which is enclosed in a sandwich-like manner by the metal layers (1.1) in contact with the graphite layer (1.2), wherein the graphite layer (1.2) being adhesively connected to the adjoining metal layers (1.1) by means of an adhesive or being pressed on by clamping, and wherein the graphite foil of the graphite layer (1.2) consisting of expandable graphite.
A method, in a user equipment, UE, or an evolved NodeB, eNB, of determining resources to be decoded by the UE to retrieve physical downlink control channels, comprising the following steps of: i. determining a start position of a unit of resources in one physical resource block pair; ii. determining a gap between two of the units; iii. determining a set of units, in a given plurality of physical resource block pairs, according to said start position and said gap, as the resources to be decoded and wherein said step i. determines the start position according to UE specific information, wherein said unit is a control channel element within a physical resource block, and said step i determines the start position of a control channel element in one physical resource block pair also according to: - the total number of control channel elements that is required in the physical downlink control channel; and - the number of control channel elements in one physical resource block pair. i. determining a start position of a unit of resources in one physical resource block pair; ii. determining a gap between two of the units; iii. determining a set of units, in a given plurality of physical resource block pairs, according to said start position and said gap, as the resources to be decoded and wherein said step i. determines the start position according to UE specific information, - the total number of control channel elements that is required in the physical downlink control channel; and - the number of control channel elements in one physical resource block pair.
A lighting fixture, comprising a lighting tube , a light source assembly assembled in the lighting tube and an end cover , an amount of the end cover is two, the two end covers seal and block two ends of the lighting tube , respectively, and each of the two end covers is electrically connected with the light source assembly and is connectable with an external element, each of the two end covers comprises: a first connecting part and a second connecting part , the first connecting part is configured for achieving an electrical connection with the light source assembly and the external element, the second connecting part is sleeved outside the lighting tube and the first connecting part along a circumferential direction of the lighting tube , characterized in that a periphery of the second connecting part is provided with a plurality of engaging parts, and the plurality of engaging parts are configured for achieving a mechanical connection with other lighting fixtures and in that the plurality of engaging parts of the same second connecting part comprise a plurality of groove portions and a plurality of convex portions , and the groove portions of each of the lighting fixtures can be engaged with the the convex portions of other lighting fixtures in a clamped-in manner. each of the two end covers comprises: a first connecting part and a second connecting part , the first connecting part is configured for achieving an electrical connection with the light source assembly and the external element, the second connecting part is sleeved outside the lighting tube and the first connecting part along a circumferential direction of the lighting tube , characterized in that a periphery of the second connecting part is provided with a plurality of engaging parts, and the plurality of engaging parts are configured for achieving a mechanical connection with other lighting fixtures and in that the plurality of engaging parts of the same second connecting part comprise a plurality of groove portions and a plurality of convex portions , and the groove portions of each of the lighting fixtures can be engaged with the the convex portions of other lighting fixtures in a clamped-in manner.
An electrophoretic concentration apparatus , comprising: an electrically grounded drum ; a fluid feed to provide electro fluid to the surface of the drum ; and a roller ; the apparatus characterised in that it is to concentrate electro fluid , and in that the roller is in contact with the drum and comprises: a metal core to be electrically biased to cause concentration of the electro fluid on the surface of the drum ; and a ceramic coating around the metal core . an electrically grounded drum ; a fluid feed to provide electro fluid to the surface of the drum ; and a roller ; the apparatus characterised in that it is to concentrate electro fluid , and in that the roller is in contact with the drum and comprises: a metal core to be electrically biased to cause concentration of the electro fluid on the surface of the drum ; and a ceramic coating around the metal core . a metal core to be electrically biased to cause concentration of the electro fluid on the surface of the drum ; and a ceramic coating around the metal core .
A process for making a polyester preform, comprising feeding a molten or solid bulk polyester and a liquid, molten or solid polyester concentrate composition to a machine for manufacturing the preform, the polyester concentrate composition comprising titanium nitride particles having a median particle size from 1 nm to 1,000 nrn, to obtain a preform having from 1 ppm to 100 ppm titanium nitride particles, based on the weight of the polyester preform.
Interactive display stand comprising a plurality of objects to be displayed, secured to at least one support , and a compartment arranged to contain said plurality of objects to be displayed, secured to at least one support , said compartment forming an enclosed housing accessible through a single orifice , said display stand comprising drive means arranged to control operating means , which comprise transporting means arranged to move at least one said support , such that a single object is visible at a time through said orifice , and said display stand comprising control means accessible to a user for selection of a said object , and interfaced with said drive means , to control said operating means in order to align said support bearing said selected object with said orifice , to allow the user to view said object, the display stand comprising detection means comprising security detection means , arranged to detect the presence of a user's hand within a security space , and interfaced with said drive means arranged to start a programmed cycle when said presence is detected, or to effect the locking of a said object within said compartment through said orifice , and said single orifice being closable by at least one shutter panel movable between a closure position wherein no said object is visible, and an open position wherein one said object is visible, the operating means including closure means arranged to move at least one said shutter panel , such that only one said object is visible at a time through said orifice .
A secondary battery comprising: an electrode assembly comprising a plurality of radical units in which a first electrode and a second electrode are alternately laminated with a separator therebetween and a separation film surrounding the plurality of radical units to be repeatedly laminated, characterized in that the electrode assembly comprises a protection unit laminated on an outermost separation film disposed on the uppermost end or lowermost end of the separation film, the protection unit has a structure wherein a second protection electrode , a separator , a first protection electrode are successively laminated from the outermost separation film disposed on the uppermost end or lowermost end of the electrode assembly , the second protection electrode has a cross-sectional coating structure comprising a second collector and a second electrode active material portion coated with a second electrode active material on an inner surface of the second collector the inner surface is a surface facing a center of the electrode assembly , the second collector has non-coating portion which is not coated with the second electrode active material, is formed on an outer surface of the second collector , and the second collector provided in the second protection electrode has a thickness greater than that of the second collector provided in the second electrode of the radical unit. an electrode assembly comprising a plurality of radical units in which a first electrode and a second electrode are alternately laminated with a separator therebetween and a separation film surrounding the plurality of radical units to be repeatedly laminated, characterized in that the electrode assembly comprises a protection unit laminated on an outermost separation film disposed on the uppermost end or lowermost end of the separation film, the protection unit has a structure wherein a second protection electrode , a separator , a first protection electrode are successively laminated from the outermost separation film disposed on the uppermost end or lowermost end of the electrode assembly , the second protection electrode has a cross-sectional coating structure comprising a second collector and a second electrode active material portion coated with a second electrode active material on an inner surface of the second collector the inner surface is a surface facing a center of the electrode assembly , the second collector has non-coating portion which is not coated with the second electrode active material, is formed on an outer surface of the second collector , and the second collector provided in the second protection electrode has a thickness greater than that of the second collector provided in the second electrode of the radical unit.
A fastening system configured for mounting a print plate to a print cylinder , comprising: a first field of mechanical fasteners on one side of the print plate , the other side of the print plate for carrying a print design in relief; and a second field of mechanical fasteners for placement on or integration with the print cylinder ; wherein the first and second fields of mechanical fasteners operate together to provide a mechanical bond that inhibits lateral and rotational movement of the plate during printing operations, and is configured to manage backlash between engaging surfaces of the mechanical bond by way of unidirectional fastening elements; and wherein one of the first or second fields of mechanical fasteners comprises unidirectional hooks that are angled according to the rotational movement of the plate during printing operations. a first field of mechanical fasteners on one side of the print plate , the other side of the print plate for carrying a print design in relief; and a second field of mechanical fasteners for placement on or integration with the print cylinder ; wherein the first and second fields of mechanical fasteners operate together to provide a mechanical bond that inhibits lateral and rotational movement of the plate during printing operations, and is configured to manage backlash between engaging surfaces of the mechanical bond by way of unidirectional fastening elements; and wherein one of the first or second fields of mechanical fasteners comprises unidirectional hooks that are angled according to the rotational movement of the plate during printing operations.
A composition comprising canine respiratory coronavirus (CRCoV) for use as a vaccine for the prevention of a bacterial disease in a dog wherein the bacterial disease is caused by Bordetella bronchiseptica.
A spool type solenoid valve comprises a valve body having a valve sleeve and a plurality of ports formed in a circumferential wall of the valve sleeve and in which a spool is provided, so as to move in an axial direction (Z) for opening and closing the ports in the valve sleeve , a solenoid portion provided at one axial end of said valve body for moving the spool in the axial direction (Z), a retainer provided at the other axial end of said valve body , wherein a caulking portion is provided at said other axial end of the valve body for caulking the retainer from the axial direction (Z) so that the retainer is fixed to the valve body , characterized in that the caulking portion comprises a groove configured for insertion of a caulk receiving jig and for receiving a pressure force acting in the axial direction when caulking the retainer to the valve body , and wherein the pressure force when caulking the retainer does not act on a sliding portion of the spool of the valve body .
Multi-outlet sprayer of the type comprising a turbine , a main duct that conveys the air generated by the turbine to a distributor connected to a plurality of ports associated with secondary ducts that direct the air current to the outside, carrying with it the product to spray metered by a series of nozzles arranged in the area of influence of the air current, it comprises closing elements to regulate the air flow in the secondary ducts , and control means for the air flow inside the sprayer which in turn comprises: a. At least one overflow channel at a point between the turbine and the closing elements of the secondary ducts , b. Mechanisms for opening and closing the overflow channel , c. An electronic element arranged for governing the closing elements of the secondary ducts and the opening and closing mechanisms of the overflow channel , and d. Means for controlling the air flow generated by the turbine varying a speed of rotation of the turbine or modifying a position of its vanes, characterised in that the sprayer comprises means for coordinating an opening of the opening and closing mechanisms of the overflow channel with a closing of the closing elements of the secondary ducts in combination with a coordinated variation of the air flow generated by the turbine , and the electronic element is configured to calculate that a free aperture in the overflow channel allows an exit of the air flow rejected by the closure of the secondary ducts , in order to prevent an excessive air pressure within the sprayer. a. At least one overflow channel at a point between the turbine and the closing elements of the secondary ducts , b. Mechanisms for opening and closing the overflow channel , c. An electronic element arranged for governing the closing elements of the secondary ducts and the opening and closing mechanisms of the overflow channel , and d. Means for controlling the air flow generated by the turbine varying a speed of rotation of the turbine or modifying a position of its vanes,
Device for manufacturing a batting roll from a plurality of fiber slivers , having a machine frame , at least one drawing frame , a calendering process , and a winding assembly, wherein the at least one drawing frame is designed to draw the fiber slivers and form a pre-batting web and has a pair of input rollers and a pair of output rollers , and wherein the calendering process is arranged downstream of the at least one drawing frame in order to form the batting web , characterized in that the at least one drawing frame and the calendering process and the winding assembly are held in the machine frame , and in that a travel path (A), provided for the pre-batting web , between the pair of output rollers of the at least one drawing frame and an entry into a clamping line formed in the calendering process is 200 mm to 500 mm.
A syringe sterilization verification assembly comprising: a syringe including a barrel having a tip ; a tip cap assembly including an insert having a skirt configured to receive the tip ; and a biological indicator, BI, member , characterized in that the biological indicator member having an annular portion disposed around at least a portion of the tip and disposed radially between the tip and the skirt of the insert . a syringe including a barrel having a tip ; a tip cap assembly including an insert having a skirt configured to receive the tip ; and a biological indicator, BI, member , characterized in that the biological indicator member having an annular portion disposed around at least a portion of the tip and disposed radially between the tip and the skirt of the insert .
A method of diagnosing chronic hypoxia in a subject, comprising: measuring a level of at least one biomarker in a sample obtained from the subject, wherein the at least one biomarker comprises 2-hydroxyglutarate; and comparing the measured level of the 2-hydroxyglutarate with a control level representative of acute hypoxia or normoxia, where chronic hypoxia is diagnosed if the measured level is elevated at least two-fold from the control level. measuring a level of at least one biomarker in a sample obtained from the subject, wherein the at least one biomarker comprises 2-hydroxyglutarate; and comparing the measured level of the 2-hydroxyglutarate with a control level representative of acute hypoxia or normoxia, where chronic hypoxia is diagnosed if the measured level is elevated at least two-fold from the control level.