mhurhangee/patent-ind-claim-en huggingface dataset:
Cell compression device for applying dynamic compression stress to cells (C), the device comprising: a main body having a central internal cavity with a symmetry longitudinal axis (A) and a lower opening aligned with said axis (A), a deformable membrane having a piston attached thereto, the piston comprising a main portion with a symmetry longitudinal axis (B), and clamping means to clamp the membrane to the main body at the lower opening to close the central internal cavity so that the closed central internal cavity forms a variable pressure chamber , the attached piston being located outside said variable pressure chamber and the membrane being clamped to the main body in correspondence of clamping points , characterized in that in an assembled configuration, when the deformable membrane is clamped to the main body , said membrane is in a relaxed configuration, wherein the distance of two opposing clamping points is lower than the length of the membrane between said two opposing clamping points , and the symmetry longitudinal axis (B) of the main portion of the piston coincides with the symmetry longitudinal axis (A) of the central internal cavity . a main body having a central internal cavity with a symmetry longitudinal axis (A) and a lower opening aligned with said axis (A), a deformable membrane having a piston attached thereto, the piston comprising a main portion with a symmetry longitudinal axis (B), and clamping means to clamp the membrane to the main body at the lower opening to close the central internal cavity so that the closed central internal cavity forms a variable pressure chamber , the attached piston being located outside said variable pressure chamber and the membrane being clamped to the main body in correspondence of clamping points , characterized in that in an assembled configuration, when the deformable membrane is clamped to the main body , said membrane is in a relaxed configuration, wherein the distance of two opposing clamping points is lower than the length of the membrane between said two opposing clamping points , and the symmetry longitudinal axis (B) of the main portion of the piston coincides with the symmetry longitudinal axis (A) of the central internal cavity .
A plastic exhaust gas sleeve for the exhaust gas routing of building heating systems, comprising a tubular body , preferably realized as a plastic injection-molded part, and a sleeve section at its end for accommodating a tube section of an additional exhaust tube for establishing an exhaust gas sleeve connection, an annular seal realized as a lip seal being accommodated in an inner circumference grove in the sleeve section for a sealing contact at the outer circumference of the tube section which can be inserted into the sleeve section in an insertion direction (E), said inner circumference groove being open to the radial inside and having a groove base realized by a groove base section of the tubular body and having a first and a second groove wall extending in an angular manner, said inner circumference groove being limited by an insertion ring which is disposed in a coaxial manner in relation to the tubular body and which is interlocked with the tubular body , the first groove wall being realized by an annular groove wall section of the insertion ring , the insertion ring comprising an annular circumference wall section which extends in an axial manner in relation to the groove wall section and which is disposed radially outside the groove base section of the tubular body which realizes the groove base when the insertion ring is interlocked with the tubular body , said groove base section being supported by the circumference wall section of the insertion ring on the radial outside, locking means of the insertion ring being disposed at the circumference wall section of the insertion ring , in particular on the radial inside, and counter locking means of the tubular body being disposed at the groove base section of the tubular body , in particular on the radial outside, and the circumference wall section being interlockable, in particular interlocked, with the groove base section , characterized in that an inner diameter of the annular circumference wall section is smaller than an outer diameter of the groove base section in order to realize a press fit in the interlocked state, the insertion ring being heatable compared to the tubular body , in particular due to the production process, prior to an insertion process of the insertion ring and the insertion process taking place in the heated state, a press fit between the insertion ring and the tubular body thus being realized in the interlocked state in the area of the groove base section, the press fit having a maximum contact pressure in the cooled state.
A user equipment, UE, device comprising: a transceiver arranged to receive an initial identifier for the UE device from a mobile wireless communication network; and a processor arranged to: generate a plurality of identifiers for the UE device based on the initial identifier, each of the plurality of identifiers generated based on a previous identifier to form a chain of identifiers; the UE device being characterized in that the processor is further arranged to: assign an identifier that was generated last in the chain of identifiers to the UE device; and periodically assign a different identifier to the UE device from the chain of identifiers, the different identifier comprising an identifier in the chain of identifiers that is used to generate the identifier that is currently assigned to the UE. a transceiver arranged to receive an initial identifier for the UE device from a mobile wireless communication network; and a processor arranged to: generate a plurality of identifiers for the UE device based on the initial identifier, each of the plurality of identifiers generated based on a previous identifier to form a chain of identifiers; the UE device being characterized in that the processor is further arranged to: assign an identifier that was generated last in the chain of identifiers to the UE device; and periodically assign a different identifier to the UE device from the chain of identifiers, the different identifier comprising an identifier in the chain of identifiers that is used to generate the identifier that is currently assigned to the UE. generate a plurality of identifiers for the UE device based on the initial identifier, each of the plurality of identifiers generated based on a previous identifier to form a chain of identifiers; the UE device being characterized in that the processor is further arranged to: assign an identifier that was generated last in the chain of identifiers to the UE device; and periodically assign a different identifier to the UE device from the chain of identifiers, the different identifier comprising an identifier in the chain of identifiers that is used to generate the identifier that is currently assigned to the UE. assign an identifier that was generated last in the chain of identifiers to the UE device; and periodically assign a different identifier to the UE device from the chain of identifiers, the different identifier comprising an identifier in the chain of identifiers that is used to generate the identifier that is currently assigned to the UE.
A positive electrode active material for a lithium ion battery, comprising: a coating layer comprising amorphous carbon on the surface of a positive electrode active material, wherein the coating layer contains nitrogen, the amorphous carbon is derived from carbon contained in an oxazine resin, in a case where the amorphous carbon is analyzed by Raman spectroscopy, a ratio of a peak intensity of a G band to a peak intensity of a D band is 1.0 or greater, an average film thickness of the coating layer is 100 nm or less, and a coefficient of variation (CV value) of a film thickness of the coating layer is 10% or less characterized in that the oxazine resin is a naphthoxazine resin, or in a case where the coating layer is measured by time-of-flight secondary ion mass spectrometry (TOF-SIMS), at least either a mass spectrum resulting from a benzene ring or a mass spectrum resulting from a naphthalene ring is detected, wherein the CV value of a film thickness of the coating layer is measured according to the description. a coating layer comprising amorphous carbon on the surface of a positive electrode active material, wherein the coating layer contains nitrogen, the amorphous carbon is derived from carbon contained in an oxazine resin, in a case where the amorphous carbon is analyzed by Raman spectroscopy, a ratio of a peak intensity of a G band to a peak intensity of a D band is 1.0 or greater, an average film thickness of the coating layer is 100 nm or less, and a coefficient of variation (CV value) of a film thickness of the coating layer is 10% or less characterized in that the oxazine resin is a naphthoxazine resin, or in a case where the coating layer is measured by time-of-flight secondary ion mass spectrometry (TOF-SIMS), at least either a mass spectrum resulting from a benzene ring or a mass spectrum resulting from a naphthalene ring is detected, wherein the CV value of a film thickness of the coating layer is measured according to the description.
A top load drum washing machine comprising a positioning device, an outer cylinder, an inner cylinder disposed inside the outer cylinder and a pulley connected to the inner cylinder; wherein the positioning device comprises: a locking structure disposed on the pulley ; and a locking device disposed on the outer cylinder, the locking device comprising a lock body and a locking tongue ; wherein a position of the locking device corresponds to a rotational path of the locking structure so that when the inner cylinder stops rotating, the locking tongue is capable of forming a locking engagement with the locking structure, wherein the washing machine is characterized in that the locking structure is disposed on one spoke of the pulley . a locking structure disposed on the pulley ; and a locking device disposed on the outer cylinder, the locking device comprising a lock body and a locking tongue ; wherein a position of the locking device corresponds to a rotational path of the locking structure so that when the inner cylinder stops rotating, the locking tongue is capable of forming a locking engagement with the locking structure, wherein the washing machine is characterized in that the locking structure is disposed on one spoke of the pulley .
Machining center for machining wooden pieces comprising: - at least one machine head equipped with at least one tool suitable for performing mechanical machining on said pieces , - a magazine of retention equipment of the pieces during the machining thereof by said at least one machine head , - movable bars for supporting, moving and positioning said retention equipment of the pieces according to the geometry and size of the workpieces to be machined, said movable bars extending along prevailing longitudinal directions (X-X), - retention equipment , - at least one tooling head configured to be able to pick up said retention equipment and join it to said movable bars and configured to feed pieces to be machined to said retention equipment . - at least one machine head equipped with at least one tool suitable for performing mechanical machining on said pieces , - a magazine of retention equipment of the pieces during the machining thereof by said at least one machine head , - movable bars for supporting, moving and positioning said retention equipment of the pieces according to the geometry and size of the workpieces to be machined, said movable bars extending along prevailing longitudinal directions (X-X), - retention equipment , - at least one tooling head configured to be able to pick up said retention equipment and join it to said movable bars and configured to feed pieces to be machined to said retention equipment .
A combustor for use in a gas turbine engine , the combustor enclosing a combustion chamber having a combustion area , wherein the combustor comprises: a combustion liner having an inner surface and an outer surface opposite the inner surface, wherein the combustion liner includes a primary aperture extending from the outer surface to the inner surface through the combustion liner; characterised in that the combustor further comprises: a heat shield panel having a first surface and a second surface , the inner surface of the combustion liner and the second surface of the heat shield panel defining an impingement cavity therebetween in fluid communication with the primary aperture for cooling the second surface of the heat shield panel; and a deflector (510a; 510b; 510c) forming a passageway (506a; 506b; 506c) with the outer surface of the combustion liner, the passageway configured to direct airflow into the impingement cavity in a lateral direction (X1) parallel to the second surface of the heat shield panel such that a cross flow is generated in the impingement cavity, wherein the deflector (510a; 510b; 510c) is located at the intersection of a bulkhead shell portion of the combustor and an axial shell portion of the combustor . a heat shield panel having a first surface and a second surface , the inner surface of the combustion liner and the second surface of the heat shield panel defining an impingement cavity therebetween in fluid communication with the primary aperture for cooling the second surface of the heat shield panel; and a deflector (510a; 510b; 510c) forming a passageway (506a; 506b; 506c) with the outer surface of the combustion liner, the passageway configured to direct airflow into the impingement cavity in a lateral direction (X1) parallel to the second surface of the heat shield panel such that a cross flow is generated in the impingement cavity, wherein the deflector (510a; 510b; 510c) is located at the intersection of a bulkhead shell portion of the combustor and an axial shell portion of the combustor .
Composition comprising formic acid and at least one C1-C4 alkyl ester of lactic acid or a mixture of any of these, for use in the topical treatment of an indication selected among callus, corns, and psoriasis, wherein the total amount (w/w) of said ester, in the composition is 10 - 70%, and wherein the total amount (w/w) of formic acid in the composition is 30 - 90%.
Method for the determination of transmission and/or clutch parameters of an automatic transmission , which has at least one clutch (K), of a motor vehicle for the basic calibration of the automatic transmission , in particular of an automated manual transmission and/or a double clutch transmission , a drag torque, or a drag torque and the kiss point of the clutch, being determined with the aid of at least one actuable synchronization apparatus (S1) of a gear stage (G3) of the transmission, the clutch (K) having at least one drive side which can be operatively connected and/or is operatively connected to an internal combustion engine output shaft and at least one output side which is operatively connected to at least one transmission input shaft , a transmission output shaft and/or a drive shaft/drive shafts of the transmission being blocked, the drive side of the clutch (K) being driven, the drive side of the clutch (K) being driven with the aid of an electric motor, there being at least one freewheel-shifted gear stage (Gl), and the drive side of the clutch (K) being driven by the electric motor in a rotational direction which is reversed with respect to the rotational direction of the internal combustion engine output shaft , characterized in that, in a first step at a first time (t 1 ), the clutch (K) is closed by way of a defined clutch force and a defined clutch torque (M Kup ) is realized, in that the rotational speed (n fW ) of the transmission input shaft is increased in terms of magnitude afterwards to the rotational speed (n mot ) of the drive side of the clutch (K) and/or, at a second time (t 2 ), the rotational speed (n fW ) of the transmission input shaft reaches substantially the rotational speed of the drive side of the clutch, in particular with the retention of a minimum slip and/or a stationary differential rotational speed, in that , in a second step at a third time (t 3 ), the synchronization apparatus (S1) is actuated, namely a synchronization operation of the said gear stage (G3) of the transmission is started with the aid of the synchronization apparatus (S1), and the synchronization apparatus (S1) is loaded with a synchronization force which, in particular, rises continuously, and in that , in the case of a defined first synchronization force which is then determined at a fourth time (t 4 ), the rotational speed (n fW ) of the transmission input shaft breaks off from the rotational speed (n mot ) of the drive shaft of the clutch (K), and the drag torque of the clutch can then be determined and/or calculated as a result.
A composition in the form of a capsule comprising two or more essentially non-metabolizable marker substances and a dye capable of coloring the oral mucosa or any other body part, wherein the two or more essentially non-metabolizable marker substances are two or more polyethylene glycols with different molecular weight, wherein the molecular weights of the polyethylene glycols are less than 4000 Da, characterized in that the outer shell of the capsule prevents contact between the dye and the oral mucosa or any other body part.
A device for welding together cylindrical sections of an electrode casing for a melting furnace , wherein the device comprises - a clamping ring (9, 10; 100) configured to surround and attach to a section of the casing and - a robot provided with a welding gun wherein the robot is movably attached to the clamping ring by cooperating means, characterized in that the robot is provided with six or more joints wherein the pivotal axes of the joints are arranged perpendicular to each other, a camera is arranged on an arm holding the welding gun , wherein the camera, in use, communicates with the robot , such that the device is arranged to adjust the position of the robot according to the image viewed through the camera , in order to position the welding gun correctly for welding. - a clamping ring (9, 10; 100) configured to surround and attach to a section of the casing and - a robot provided with a welding gun wherein the robot is movably attached to the clamping ring by cooperating means, characterized in that the robot is provided with six or more joints wherein the pivotal axes of the joints are arranged perpendicular to each other, a camera is arranged on an arm holding the welding gun , wherein the camera, in use, communicates with the robot , such that the device is arranged to adjust the position of the robot according to the image viewed through the camera , in order to position the welding gun correctly for welding. wherein the robot is movably attached to the clamping ring by cooperating means, characterized in that the robot is provided with six or more joints wherein the pivotal axes of the joints are arranged perpendicular to each other, a camera is arranged on an arm holding the welding gun , wherein the camera, in use, communicates with the robot , such that the device is arranged to adjust the position of the robot according to the image viewed through the camera , in order to position the welding gun correctly for welding.
A label printer for printing text on a label , the label printer including a discriminating section for discriminating a text portion of input text to be printed using a first font type and at least a text portion of the input text to be printed using a second font type; and a printing section for printing, respectively, according to the discrimination result of said discrimination section, into a single text field; characterized in that the label printer using a command language that can designate only a single font file in one command, that is for printing in one text field, the label printer further including a font file comprising glyphs for fonts of at least two different types; the printing section is configured to print the input text using the glyphs of the first and the second font type by referring to said font file; said at least two different font types include a standard font and at least one alternative font; and a glyph for printing a character in said alternative font in said font file can be identified by adding a fixed offset number to an identifier of a glyph of the respective character in said standard font in said font file. a discriminating section for discriminating a text portion of input text to be printed using a first font type and at least a text portion of the input text to be printed using a second font type; and a printing section for printing, respectively, according to the discrimination result of said discrimination section, into a single text field; characterized in that the label printer using a command language that can designate only a single font file in one command, that is for printing in one text field, the label printer further including a font file comprising glyphs for fonts of at least two different types; the printing section is configured to print the input text using the glyphs of the first and the second font type by referring to said font file; said at least two different font types include a standard font and at least one alternative font; and a glyph for printing a character in said alternative font in said font file can be identified by adding a fixed offset number to an identifier of a glyph of the respective character in said standard font in said font file.
An electronic device , comprising: a housing comprising a front plate , a rear plate and a side member enclosing an inner space between the front plate and the rear plate and comprising a metal material; a display disposed in the inner space of the housing to be viewable through at least a portion of the front plate; a mid plate disposed in the inner space and comprising a metal material, wherein a portion of the mid plate is disposed below a portion of the side member and is releasably secured to the rear plate, the mid plate comprises an outer edge extending outside of the inner space and above the side member, the mid plate is disposed between the front plate and the side member, and the display is supported by a surface of the mid plate facing the front plate; a waterproof member disposed between a first portion of the mid plate and a second portion of the side member facing the first portion ; and a coating layer disposed on a surface of the first portion of the mid plate , wherein the mid plate is attached adhesively to the rear plate through at least the waterproof member, and wherein the waterproof member has a bonding force with the second portion greater than a bonding force with the first portion through the coating layer. a housing comprising a front plate , a rear plate and a side member enclosing an inner space between the front plate and the rear plate and comprising a metal material; a display disposed in the inner space of the housing to be viewable through at least a portion of the front plate; a mid plate disposed in the inner space and comprising a metal material, wherein a portion of the mid plate is disposed below a portion of the side member and is releasably secured to the rear plate, the mid plate comprises an outer edge extending outside of the inner space and above the side member, the mid plate is disposed between the front plate and the side member, and the display is supported by a surface of the mid plate facing the front plate; a waterproof member disposed between a first portion of the mid plate and a second portion of the side member facing the first portion ; and a coating layer disposed on a surface of the first portion of the mid plate , wherein the mid plate is attached adhesively to the rear plate through at least the waterproof member, and wherein the waterproof member has a bonding force with the second portion greater than a bonding force with the first portion through the coating layer.