mhurhangee/patent-ind-claim-en huggingface dataset:
Premix gas burner, comprising - a metal mounting plate , wherein the metal mounting plate has a plane section for mounting the burner in a heating appliance; - a burner deck , wherein the burner deck comprises - and preferably consists out of - a woven wire mesh onto which the flames are stabilized when the burner is in use; - a metal plate structure , wherein at least part of the metal plate structure is perforated for the premix gas to flow through the perforations before the premix gas flows through the woven wire mesh; wherein the metal mounting plate comprises an opening; wherein the woven wire mesh is inserted through the opening of the metal mounting plate; wherein the woven wire mesh is bent, such that a flange parallel with the plane section of the metal mounting plate is provided; wherein the circumference of the woven wires mesh has the shape of a rectangle of which the two short sides have been - preferably continuously - rounded; characterized in that the flange is held between the metal mounting plate and the metal plate structure such that play of the flange relative to the metal mounting plate and relative to the metal plate structure is present; and wherein no flange is provided along the two short sides of the rectangular shape of the circumference of the woven wire mesh. - a metal mounting plate , wherein the metal mounting plate has a plane section for mounting the burner in a heating appliance; - a burner deck , wherein the burner deck comprises - and preferably consists out of - a woven wire mesh onto which the flames are stabilized when the burner is in use; - a metal plate structure , wherein at least part of the metal plate structure is perforated for the premix gas to flow through the perforations before the premix gas flows through the woven wire mesh; wherein the metal mounting plate comprises an opening; wherein the woven wire mesh is inserted through the opening of the metal mounting plate; wherein the woven wire mesh is bent, such that a flange parallel with the plane section of the metal mounting plate is provided; wherein the circumference of the woven wires mesh has the shape of a rectangle of which the two short sides have been - preferably continuously - rounded; characterized in that the flange is held between the metal mounting plate and the metal plate structure such that play of the flange relative to the metal mounting plate and relative to the metal plate structure is present; and wherein no flange is provided along the two short sides of the rectangular shape of the circumference of the woven wire mesh.
A GaAs single crystal having Δx not smaller than 0.3 cm -1 and not greater than 20 cm -1 which is expressed in an expression 1 below, where x i is a first peak wave number representing a Raman shift of a first peak attributed to oscillation of a longitudinal optical phonon of GaAs in a Raman spectrum measured at an ith point in measurement of Raman spectra at s points in a plane, x BL is a peak wave number representing a Raman shift of an emission line peak of neon, and i and s are each a natural number greater than 0 Δ x 1 = ∑ i = 1 s x i − x BL s the GaAs single crystal being a semi-insulating GaAs single crystal having a carrier concentration not higher than 10 7 /cm 3 .
A holding device for a solar panel on a parapet of a balcony, comprising at least the following components: - a fastening apparatus for fastening an element to be held, the fastening apparatus comprising at least one support for abutment against a parapet ; and - two cross struts for spanning a parapet width , the two struts being connected to the fastening apparatus and each comprising a flange for abutment against a parapet , the relevant flange and the at least one support being pressed against the parapet in opposite directions by means of a movement of the relevant flange towards the fastening apparatus , characterized in that the two cross struts can be pivoted about one axis each that is in parallel with the parapet plane of a parapet , the parallel axes being laterally spaced apart from one another. - a fastening apparatus for fastening an element to be held, the fastening apparatus comprising at least one support for abutment against a parapet ; and - two cross struts for spanning a parapet width , the two struts being connected to the fastening apparatus and each comprising a flange for abutment against a parapet ,
Method for controlling a machine tool with which a parts program (T) is processed by executing non-cyclic preprocessing run tasks (V) and cyclic main run tasks (H), wherein - two master values are stored in a first buffer memory (P1) as the results of the preprocessing run tasks (V); and - each of the master values corresponds to a respective position for a master axis (X), wherein each of the positions is assigned to a respective cycle of the main run tasks (H); characterised in that the method includes the following steps: - generating a part (K1) of a curve table, wherein the part (K1) includes a specification that assigns a first coupling value for a coupling axis (Y) to a first one of the master values; - storing the first part (K1) in a second buffer memory (P2); - execution of the cycle of the main run tasks (H) to which the first master value is assigned based on the first master value and the first coupling value; - discarding the specification after the execution of the cycle; and, when the specification has been discarded, - generating a further part (K2) of the curve table, wherein the further part (K2) includes a further specification that assigns a second coupling value for the coupling axis (Y) to a second one of the master values; and - storing the further part (K2) in the second buffer memory (P2) . - two master values are stored in a first buffer memory (P1) as the results of the preprocessing run tasks (V); and - each of the master values corresponds to a respective position for a master axis (X), wherein each of the positions is assigned to a respective cycle of the main run tasks (H); characterised in that the method includes the following steps: - generating a part (K1) of a curve table, wherein the part (K1) includes a specification that assigns a first coupling value for a coupling axis (Y) to a first one of the master values; - storing the first part (K1) in a second buffer memory (P2); - execution of the cycle of the main run tasks (H) to which the first master value is assigned based on the first master value and the first coupling value; - discarding the specification after the execution of the cycle; and, when the specification has been discarded, - generating a further part (K2) of the curve table, wherein the further part (K2) includes a further specification that assigns a second coupling value for the coupling axis (Y) to a second one of the master values; and - storing the further part (K2) in the second buffer memory (P2) .
A structural element comprising: - a laminated glass panel comprising: - at least two glass plates each having two opposed main surfaces and a number of side surfaces, at least one of the main surfaces of one of the glass plates is facing one of the main surfaces of the other glass plate, - an adhesive interlayer being present between said main surfaces facing each other and attaching the glass plates to each other, said adhesive interlayer being of a material suitable for application in a laminated glass panel, - a metal connecting element attached to one of the side surfaces of the laminated glass panel by fixation means for connecting the laminated glass panel with another structural element , the part of the metal connecting element connected to the glass panel is flat and the part of the side surfaces of the laminated glass panel connected to the metal connecting element is flat and the fixation means for fixation of the metal connecting element to the side surface of the laminated glass panel are formed solely by a further adhesive interlayer between the flat part of the side surface of the laminated glass panel and the flat part of the metal connecting element , characterized in that the metal connection element is exclusively attached to the side surface of the laminated glass panel and the further adhesive interlayer like the said adhesive interlayer being one of the following interlayers: ionoplastic polymer film, poly vinyl butyral film, ethylene vinyl acetate film, thermoplastic polyurethane film. - a laminated glass panel comprising: - at least two glass plates each having two opposed main surfaces and a number of side surfaces, at least one of the main surfaces of one of the glass plates is facing one of the main surfaces of the other glass plate, - an adhesive interlayer being present between said main surfaces facing each other and attaching the glass plates to each other, said adhesive interlayer being of a material suitable for application in a laminated glass panel, - at least two glass plates each having two opposed main surfaces and a number of side surfaces, at least one of the main surfaces of one of the glass plates is facing one of the main surfaces of the other glass plate, - an adhesive interlayer being present between said main surfaces facing each other and attaching the glass plates to each other, said adhesive interlayer being of a material suitable for application in a laminated glass panel, - a metal connecting element attached to one of the side surfaces of the laminated glass panel by fixation means for connecting the laminated glass panel with another structural element ,
An injection stretch blow-molded (ISBM) container prepared by way of injection molding a tubular preform followed by reheating and concurrently stretching and blow-molding the heated preform into the container, the container and preform comprising from 70 wt. % to 97.5 wt. % of a semi-crystalline polyolefin composition and from 2.5 wt. % to 30 wt. % of a cycloolefin copolymer composition comprising a cycloolefin copolymer having a glass transition temperature, Tg, of from 60° to 145°C measured according to ASTM D3418, characterized in that the semi-crystalline polyolefin composition comprises a bimodal HDPE.
A method, performed by a control device , for controlling a vehicle in association with a descent , the vehicle having a powertrain comprising: a drive unit configured to provide propulsion power; an auxiliary brake device ; and a first cooling circuit comprising a first coolant ; wherein the drive unit and the auxiliary brake device are arranged to be selectively connected or disconnected with/from the first cooling circuit , wherein the drive unit has a first maximum temperature and the auxiliary brake device has a second maximum temperature higher than the first maximum temperature, the method comprising: identifying an upcoming descent , which fulfils predetermined criteria and controlling (s101) the drive unit to reduce the provided propulsion power when the vehicle is approaching the descent ; disconnecting (s102) the drive unit from the first cooling circuit ; connecting (s103) the auxiliary brake device with the first cooling circuit ; and controlling (s104) the auxiliary brake device to brake to vehicle down the descent . a drive unit configured to provide propulsion power; an auxiliary brake device ; and a first cooling circuit comprising a first coolant ; wherein the drive unit and the auxiliary brake device are arranged to be selectively connected or disconnected with/from the first cooling circuit , wherein the drive unit has a first maximum temperature and the auxiliary brake device has a second maximum temperature higher than the first maximum temperature, the method comprising: identifying an upcoming descent , which fulfils predetermined criteria and controlling (s101) the drive unit to reduce the provided propulsion power when the vehicle is approaching the descent ; disconnecting (s102) the drive unit from the first cooling circuit ; connecting (s103) the auxiliary brake device with the first cooling circuit ; and controlling (s104) the auxiliary brake device to brake to vehicle down the descent . wherein the drive unit and the auxiliary brake device are arranged to be selectively connected or disconnected with/from the first cooling circuit , wherein the drive unit has a first maximum temperature and the auxiliary brake device has a second maximum temperature higher than the first maximum temperature, the method comprising: identifying an upcoming descent , which fulfils predetermined criteria and controlling (s101) the drive unit to reduce the provided propulsion power when the vehicle is approaching the descent ; disconnecting (s102) the drive unit from the first cooling circuit ; connecting (s103) the auxiliary brake device with the first cooling circuit ; and controlling (s104) the auxiliary brake device to brake to vehicle down the descent . identifying an upcoming descent , which fulfils predetermined criteria and controlling (s101) the drive unit to reduce the provided propulsion power when the vehicle is approaching the descent ; disconnecting (s102) the drive unit from the first cooling circuit ; connecting (s103) the auxiliary brake device with the first cooling circuit ; and controlling (s104) the auxiliary brake device to brake to vehicle down the descent .
A method of drying a frozen product stored in a container having a container wall defining a cavity for holding said product, the method being a method of drying by sublimation or being a method of drying by desorption, the method comprising the steps of: a) capturing a thermal IR image of at least a portion of the container wall using at least one thermal IR camera; b) processing the thermal IR image by determining a plurality of temperature values associated with a plurality of points located on an outer surface of the container wall, using an image processing module ; c) calculating a maximum temperature of the product (Tprod_max) in the container using a mathematical model that models heat flow and that models progress of the drying process; d) controlling an amount of power supplied to at least a portion of the container based on the calculated maximum product temperature (Tprod_max) and on a temperature safety margin (Tsm); e) repeating at least once the steps a) to e). a) capturing a thermal IR image of at least a portion of the container wall using at least one thermal IR camera; b) processing the thermal IR image by determining a plurality of temperature values associated with a plurality of points located on an outer surface of the container wall, using an image processing module ; c) calculating a maximum temperature of the product (Tprod_max) in the container using a mathematical model that models heat flow and that models progress of the drying process; d) controlling an amount of power supplied to at least a portion of the container based on the calculated maximum product temperature (Tprod_max) and on a temperature safety margin (Tsm); e) repeating at least once the steps a) to e).
A medical fluid delivery machine comprising: a medical fluid pump including a pneumatically actuated pump chamber and first and second pneumatically actuated medical fluid valve chambers located respectively upstream and downstream of the pneumatically actuated pump chamber; at least one of a positive air pressure source or a negative air pressure source for supplying positive or negative pressure air, respectively, to at least one of the pneumatically actuated pump chamber, the first pneumatically actuated medical fluid valve chamber, or the second pneumatically actuated medical fluid valve chamber; a pneumatic manifold including an air passageway in fluid communication with (i) at least one of the pneumatically actuated pump chamber, the first pneumatically actuated medical fluid valve chamber, or the second pneumatically actuated medical fluid valve chamber and (ii) the at least one positive or the negative air pressure source, the pneumatic manifold defining a manifold aperture; and a pneumatic valve defining a valve aperture sized and arranged such that when the pneumatic valve is abutted against the pneumatic manifold, the valve aperture mates with the manifold aperture, the pneumatic valve including a gasket that extends around the valve aperture; and a bracket configured to clamp the pneumatic valve to the pneumatic manifold, compressing the gasket to seal the pneumatic valve to the manifold. a medical fluid pump including a pneumatically actuated pump chamber and first and second pneumatically actuated medical fluid valve chambers located respectively upstream and downstream of the pneumatically actuated pump chamber; at least one of a positive air pressure source or a negative air pressure source for supplying positive or negative pressure air, respectively, to at least one of the pneumatically actuated pump chamber, the first pneumatically actuated medical fluid valve chamber, or the second pneumatically actuated medical fluid valve chamber; a pneumatic manifold including an air passageway in fluid communication with (i) at least one of the pneumatically actuated pump chamber, the first pneumatically actuated medical fluid valve chamber, or the second pneumatically actuated medical fluid valve chamber and (ii) the at least one positive or the negative air pressure source, the pneumatic manifold defining a manifold aperture; and a pneumatic valve defining a valve aperture sized and arranged such that when the pneumatic valve is abutted against the pneumatic manifold, the valve aperture mates with the manifold aperture, the pneumatic valve including a gasket that extends around the valve aperture; and a bracket configured to clamp the pneumatic valve to the pneumatic manifold, compressing the gasket to seal the pneumatic valve to the manifold.
A vehicle-mounted crane , in particular mobile crane or crawler crane, having a main boom , a main boom extension and an adapter which is arranged between the main boom and the main boom extension and has a first connection plane (I) and a second connection plane (II), the adapter being designed as a double rocker, the first connection plane (I) being arranged such that it can be displaced laterally relative to the second connection plane (II), characterised in that the first connection plane (I) is arranged such that it can be angled relative to the second connection plane (II).
A unification clip configured to coordinate movement of a plurality of cassette trays , said unification clip comprising: a body having a first end and a second end, a top portion and a bottom portion, wherein said bottom portion extends from said first end to said second end, said top portion includes an opening between said first end and said second end, wherein said first end includes two mounting posts , wherein each mounting post protrudes from a respective side of the first end of the body, to engage with a respective cassette tray rail to join two cassette trays together. a body having a first end and a second end, a top portion and a bottom portion, wherein said bottom portion extends from said first end to said second end, said top portion includes an opening between said first end and said second end, wherein said first end includes two mounting posts , wherein each mounting post protrudes from a respective side of the first end of the body, to engage with a respective cassette tray rail to join two cassette trays together.
A liquid electrophotographic ink developer unit, said unit comprising a developer roller , and a first secondary roller that co-operates with the developer roller , wherein the developer roller is formed of a material having a specific resistivity of less than 1 x 10 6 Ω.cm, and wherein the secondary roller is formed of an inner core that is coated with a ceramic coating having a specific resistivity of 3 x 10 6 to 4 x 10 7 Ω.cm, wherein the coating is formed of alumina-titania and the inner core is formed of metal a developer roller , and a first secondary roller that co-operates with the developer roller , wherein the developer roller is formed of a material having a specific resistivity of less than 1 x 10 6 Ω.cm, and wherein the secondary roller is formed of an inner core that is coated with a ceramic coating having a specific resistivity of 3 x 10 6 to 4 x 10 7 Ω.cm, wherein the coating is formed of alumina-titania and the inner core is formed of metal
A subsea material delivery structure, comprising: at least one material storage tank, wherein the material storage tank comprises: an outer container , wherein the outer container is rigid; at least one inner flexible container , wherein the at least one inner flexible container is pressure balanced; and characterised by a pinch prevention device disposed within the at least one inner flexible container . an outer container , wherein the outer container is rigid; at least one inner flexible container , wherein the at least one inner flexible container is pressure balanced; and characterised by a pinch prevention device disposed within the at least one inner flexible container .
A method implemented in a processor of a mobile device , the mobile device having at least one camera and a display on a front surface of the mobile device , the method comprising: causing the at least one camera to capture one or more images of a pattern disposed on a surface of an accessory that is being used with the mobile device : characterized in that the method further comprises identifying a code associated with the accessory from the one or more images of the pattern ; determining a type associated with the accessory based on the identified code; and entering an accessory-specific operating mode in which display behavior of the mobile device is controlled to accommodate physical features that are specific to the determined accessory type; wherein the accessory is a protective cover for the mobile device , the protective cover having a front cover that covers a front surface of the mobile device when the protective cover is in a closed position; wherein the determining comprises determining that the front cover defines one or more apertures through which at least a portion of the front surface of the mobile device is visible in the closed position; wherein the entering comprises displaying information on only those portions of the display that align with the one or more apertures of the front cover when the protective cover is in the closed position. causing the at least one camera to capture one or more images of a pattern disposed on a surface of an accessory that is being used with the mobile device : characterized in that the method further comprises identifying a code associated with the accessory from the one or more images of the pattern ; determining a type associated with the accessory based on the identified code; and entering an accessory-specific operating mode in which display behavior of the mobile device is controlled to accommodate physical features that are specific to the determined accessory type;