mhurhangee/patent-ind-claim-en huggingface dataset:
Method of adjusting a conveyor of preforms , each preform having a format and consisting at least of a body surmounted by an annular collar projecting radially relative to said body , forming a portion under the collar , and including on the top a neck terminated by a rim , said method comprising a preadjustment phase during which preforms with a first format are conveyed along a longitudinal conveying surface and in which: - each preform is supported under its collar by at least one pair of guides defining a lateral support space of said portion under the collar ; - the lower part of the body of each preform is guided by at least one pair of rails defining a lower transverse holding gap ; - the rim of each preform is guided by at least one top guide defining a maximum height between said guides and the rim ; said pair of guides , said pair of rails , said top guide extending along the longitudinal conveying surface ; said lateral support space , said lower holding gap and said maximum height being adjusted independently relative to said first format at different adjustment points distributed along the longitudinal conveying surface ; - the values of the upper lateral space , of the holding gap and of the maximum height for said first format of preforms are recorded; said method being characterized in that it comprises a starting phase in which the upper lateral space and/or the holding gap and/or the maximum height is or are adjusted automatically in accordance with said recorded values, whereby the conveyor may be used to convey another format of preforms between the preadjustment phase and the starting phase. - each preform is supported under its collar by at least one pair of guides defining a lateral support space of said portion under the collar ; - the lower part of the body of each preform is guided by at least one pair of rails defining a lower transverse holding gap ; - the rim of each preform is guided by at least one top guide defining a maximum height between said guides and the rim ; - the values of the upper lateral space , of the holding gap and of the maximum height for said first format of preforms are recorded;
A beverage container , comprising: a first end defining a base; a second end defining an opening; a sidewall extending between said first end and second end; a neck disposed between said sidewall and second end ; a one-piece handle including: a band region that encircles said neck less than 360° and includes a first pair of transition points at which respective sides of the band region transition to extend laterally away from said neck ; a first lateral region and a second lateral region that respectively extend from the band region laterally away from the neck at the first pair of transition points ; a second pair of transition points along said lateral regions at which said lateral regions transition from a lateral direction toward a longitudinal direction; and a grip region extending between the pair of lateral regions. a first end defining a base; a second end defining an opening; a sidewall extending between said first end and second end; a neck disposed between said sidewall and second end ; a one-piece handle including: a band region that encircles said neck less than 360° and includes a first pair of transition points at which respective sides of the band region transition to extend laterally away from said neck ; a first lateral region and a second lateral region that respectively extend from the band region laterally away from the neck at the first pair of transition points ; a second pair of transition points along said lateral regions at which said lateral regions transition from a lateral direction toward a longitudinal direction; and a grip region extending between the pair of lateral regions. a band region that encircles said neck less than 360° and includes a first pair of transition points at which respective sides of the band region transition to extend laterally away from said neck ; a first lateral region and a second lateral region that respectively extend from the band region laterally away from the neck at the first pair of transition points ; a second pair of transition points along said lateral regions at which said lateral regions transition from a lateral direction toward a longitudinal direction; and a grip region extending between the pair of lateral regions.
Fastening system comprising: - a structure-holding element , which can be fastened on a structural unit ; - a unit-holding element , which can be fastened on a unit to be fastened and which can be moved relative to the structure-holding element between a first operating position and a second operating position; - a first lever element , which is connected to the structure-holding element for rotation about a first axis-of-rotation element (A1) and which is connected to the unit-holding element for rotation about a second axis-of-rotation element (A2); and - a connecting element , which is connected to the unit-holding element for rotation about a third axis-of-rotation element (A3) and which is connected to the structure-holding element for displacement in translatory fashion relative to the structure-holding element in such a manner that, when the unit-holding element is being transferred from its first operating position into its second operating position, the second axis-of-rotation element (A2) is displaced in a plane (E) which extends perpendicularly in relation to the second axis-of-rotation element (A2), characterized in that the connecting element is connected to the structure-holding element for displacement in translatory fashion relative to the structure-holding element in such a manner that a translatory movement path (T), along which the connecting element is displaced relative to the structure-holding element when the unit-holding element is being transferred from its first operating position, intersects an extension of the first axis-of-rotation element (A1). - a structure-holding element , which can be fastened on a structural unit ; - a unit-holding element , which can be fastened on a unit to be fastened and which can be moved relative to the structure-holding element between a first operating position and a second operating position; - a first lever element , which is connected to the structure-holding element for rotation about a first axis-of-rotation element (A1) and which is connected to the unit-holding element for rotation about a second axis-of-rotation element (A2); and - a connecting element , which is connected to the unit-holding element for rotation about a third axis-of-rotation element (A3) and which is connected to the structure-holding element for displacement in translatory fashion relative to the structure-holding element in such a manner that, when the unit-holding element is being transferred from its first operating position into its second operating position, the second axis-of-rotation element (A2) is displaced in a plane (E) which extends perpendicularly in relation to the second axis-of-rotation element (A2),
An electronic air brake system , comprising: a plurality of brake system control modules for providing non-variable hardware braking system functions; and a configuration module for providing variable braking system functions, the configuration module being coupled to the plurality of brake system control modules and having a receptacle interface configured to selectively engage a series of sections (30; 32, 34, 36, 38, 40, 42, 44, 46, 48, 50) for performing a series of corresponding dedicated air brake functions representing the variable braking system functions from a plurality of optional sections, wherein the receptacle interface comprises the structural components for providing the variable braking system functions. a plurality of brake system control modules for providing non-variable hardware braking system functions; and a configuration module for providing variable braking system functions, the configuration module being coupled to the plurality of brake system control modules and having a receptacle interface configured to selectively engage a series of sections (30; 32, 34, 36, 38, 40, 42, 44, 46, 48, 50) for performing a series of corresponding dedicated air brake functions representing the variable braking system functions from a plurality of optional sections, wherein the receptacle interface comprises the structural components for providing the variable braking system functions.
Collar for a cleaning or inspection pig which can be moved in a pipeline and through the latter, having an inner fastening region by reference to a longitudinal centre axis of the collar for fixing the collar to the cleaning or inspection pig and having a contact region which is provided as a means of contact with a pipe wall and is part of an outer segment connected to the inner fastening region , the inner fastening region preferably being ahead of the contact region by reference to a direction of movement (F) of the pig, and the collar comprises an anchoring segment , the first end of which is disposed on the outer segment and the other, second end of which is disposed further towards the latter by reference to the longitudinal centre axis and trailing the first end by reference to a direction of movement of the pig, characterised in that the anchoring segment forms a surface which, when a force acts on this surface due to an increase in differential pressure, has a resulting force in the direction towards the longitudinal centre axis irrespective of the shape of the anchoring segment and the anchoring segment draws the outer segment of the collar inwards.
An optical data transmission system, comprising: an input for receiving a data signal (Din); a light emitting component ; a modulator for modulating the data signal to provide a modulated data signal having only positive modulated values; an offset unit for adding a positive DC offset to said only positive modulated values; and a converter for generating current signals based on the offset and modulated values, thereby providing a modulated drive current signal for driving the light emitting component , wherein the modulated data signal comprises a non-negative OFDM signal having a probability density function of the modulated output which has a peak at zero and wherein as a result of the positive DC offset added to the modulated values, the minimum drive current falls in a range where the electron-to-photon efficiency of the light emitting component is substantially constant. an input for receiving a data signal (Din); a light emitting component ; a modulator for modulating the data signal to provide a modulated data signal having only positive modulated values; an offset unit for adding a positive DC offset to said only positive modulated values; and a converter for generating current signals based on the offset and modulated values, thereby providing a modulated drive current signal for driving the light emitting component , wherein the modulated data signal comprises a non-negative OFDM signal having a probability density function of the modulated output which has a peak at zero and wherein as a result of the positive DC offset added to the modulated values, the minimum drive current falls in a range where the electron-to-photon efficiency of the light emitting component is substantially constant.
A power semiconductor device for providing a load with a predetermined current profile, comprising: a switch mode power conversion circuit including a plurality of power semiconductors for driving the load in response to a control signal ; a controller coupled to the switch mode power conversion circuit and configured to generate the control signal based on the predetermined current profile and a maximum junction temperature of the power semiconductors, wherein the switch mode power conversion circuit is controlled to output, in response to the control signal, the predetermined current profile if the junction temperature of the power semiconductors when outputting the predetermined current profile would be less than the maximum junction temperature of the power semiconductors or an adjusted current profile if the junction temperature of the power semiconductors when outputting the predetermined current profile would be equal to or higher than the maximum junction temperature of the power semiconductors, and wherein the adjusted current profile has an offset (Ios) with respect to the predetermined current profile; and a current injector coupled to the controller and configured to generate an offset current equal to the offset between the adjusted current profile and the predetermined current profile in response to the control signal, wherein the offset current and the adjusted current profile are summed to generate the predetermined current profile to flow through the load if the control signal controls the switch mode power conversion circuit to output the adjusted current profile. a switch mode power conversion circuit including a plurality of power semiconductors for driving the load in response to a control signal ; a controller coupled to the switch mode power conversion circuit and configured to generate the control signal based on the predetermined current profile and a maximum junction temperature of the power semiconductors, wherein the switch mode power conversion circuit is controlled to output, in response to the control signal, the predetermined current profile if the junction temperature of the power semiconductors when outputting the predetermined current profile would be less than the maximum junction temperature of the power semiconductors or an adjusted current profile if the junction temperature of the power semiconductors when outputting the predetermined current profile would be equal to or higher than the maximum junction temperature of the power semiconductors, and wherein the adjusted current profile has an offset (Ios) with respect to the predetermined current profile; and a current injector coupled to the controller and configured to generate an offset current equal to the offset between the adjusted current profile and the predetermined current profile in response to the control signal, wherein the offset current and the adjusted current profile are summed to generate the predetermined current profile to flow through the load if the control signal controls the switch mode power conversion circuit to output the adjusted current profile.
A camera module, characterized by : a first body ; a second body coupled to the first body ; a lens part coupled to the second body , and comprising a lens barrel and at least one lens disposed inner the lens barrel ; a circuit board part disposed an inner space formed by the first body and the second body ; a image sensor disposed on the circuit board part ; a focus adjusting unit (F) formed on the second body for moving and fixing the lens part or the circuit board part in an optical axis direction (C L ) of the lens part; wherein a distance to the optical axis direction (C L ) between the lens part and the image sensor is adjusted by the focus adjusting unit (F) and characterized in that it further comprises a lens fixing unit moving the lens barrel relative to the second body. a first body ; a second body coupled to the first body ; a lens part coupled to the second body , and comprising a lens barrel and at least one lens disposed inner the lens barrel ; a circuit board part disposed an inner space formed by the first body and the second body ; a image sensor disposed on the circuit board part ; a focus adjusting unit (F) formed on the second body for moving and fixing the lens part or the circuit board part in an optical axis direction (C L ) of the lens part; wherein a distance to the optical axis direction (C L ) between the lens part and the image sensor is adjusted by the focus adjusting unit (F) and characterized in that it further comprises a lens fixing unit moving the lens barrel relative to the second body.
A pulley structure comprising: a first rotatable body having a cylindrical shape, over which a belt (B) is stretched; a second rotatable body that is provided inward of the first rotatable body so as to be rotatable relative to the first rotatable body; and a torsional coil spring that is accommodated in a space between the first rotatable body and the second rotatable body, and said torsional coil spring having a diameter thereof without an external force applied thereto being constant over the entire length thereof, characterized in that the torsional coil spring has one end region at one end side thereof, the outer circumferential surface of which is in contact with one rotatable body of the first rotatable body and the second rotatable body due to the self elastic restoring force of the torsional coil spring in a diameter increasing direction when the pulley structure is in a stopped state; the other end region at the other end side thereof, the inner circumferential surface of which is in contact with the other rotatable body when the pulley structure is in the stopped state; and a middle region, and in that the pulley structure is so configured that when the torsional coil spring is twisted in the diameter increasing direction due to a relative rotation between the two rotatable bodies, the inner circumferential surface of at least a circumferential portion of the other end region of the torsional coil spring separates from the other rotatable body. a first rotatable body having a cylindrical shape, over which a belt (B) is stretched; a second rotatable body that is provided inward of the first rotatable body so as to be rotatable relative to the first rotatable body; and a torsional coil spring that is accommodated in a space between the first rotatable body and the second rotatable body, and said torsional coil spring having a diameter thereof without an external force applied thereto being constant over the entire length thereof, characterized in that the torsional coil spring has one end region at one end side thereof, the outer circumferential surface of which is in contact with one rotatable body of the first rotatable body and the second rotatable body due to the self elastic restoring force of the torsional coil spring in a diameter increasing direction when the pulley structure is in a stopped state; the other end region at the other end side thereof, the inner circumferential surface of which is in contact with the other rotatable body when the pulley structure is in the stopped state; and a middle region, and in that the pulley structure is so configured that when the torsional coil spring is twisted in the diameter increasing direction due to a relative rotation between the two rotatable bodies, the inner circumferential surface of at least a circumferential portion of the other end region of the torsional coil spring separates from the other rotatable body.
Method for producing an embossing tool, wherein tactile structures are embossed into a substrate by the embossing tool, wherein the embossing tool is created from a gravure printing plate by means of electroforming, wherein first an embossing motif is introduced into a gravure printing plate and then the embossing tool is created by electroforming the gravure printing plate , wherein the embossing motif on the embossing tool consists of one or more elevations on the front side of the embossing tool and one or more directly opposite depressions on the rear side of the embossing tool .
A method comprising: providing a tow band having about 10 g/9000 m (10 denier) per filament or greater and about 20,000 g/9000 m (20,000 total denier) or less, the tow band comprising a plurality of cellulose acetate filaments; crimping the tow band having a nip to flap force ratio of less than about 100:1; and/or crimping the tow band at a total g/9000 m per 25.4 mm (denier per inch) of a crimper roller width of about 60,000 or less; and/or crimping the tow band having a moisture content level of about 5% to about 25% w/w of the tow band, thereby crimping the tow band in a substantially lateral crimp geometry; baling the crimped tow band to form a bale. providing a tow band having about 10 g/9000 m (10 denier) per filament or greater and about 20,000 g/9000 m (20,000 total denier) or less, the tow band comprising a plurality of cellulose acetate filaments; crimping the tow band having a nip to flap force ratio of less than about 100:1; and/or crimping the tow band at a total g/9000 m per 25.4 mm (denier per inch) of a crimper roller width of about 60,000 or less; and/or crimping the tow band having a moisture content level of about 5% to about 25% w/w of the tow band, thereby crimping the tow band in a substantially lateral crimp geometry; baling the crimped tow band to form a bale.
A method of immunoblotting comprising: applying an antibody solution to a surface of a membrane having an optically detectable protein and a target protein transferred thereon, wherein the application of the antibody solution is guided by a signal emitted from the optically detectable protein; and detecting the target protein. applying an antibody solution to a surface of a membrane having an optically detectable protein and a target protein transferred thereon, wherein the application of the antibody solution is guided by a signal emitted from the optically detectable protein; and detecting the target protein.
Temperature control assembly for measuring devices , whereby the sample is arranged on a measuring plate , whereby the measuring plate is designed capable of being heated via a heating system with a heater and whereby a cooling system with a cooler is provided, which is designed capable of being brought into thermal contact - by temporary mechanical means - with the heater via a contacting device and whereby the heating system has a Peltier element as a Peltier heater, and an electrical resistive heater , characterised in that the Peltier element is arranged between the measuring plate and the electrical resistive heater .
An earthquake-resistant building connection comprising a first structural element and a second structural element that lie at a distance from each other, and where the first structural element comprises an outer side face facing the second structural element, which first structural element comprises at least one projecting element that projects from said outer side face of the first structural element and into a cavity in the second structural element , which cavity is wider, higher and deeper than the projecting element , characterized in that the first structural element further comprises an elastic element for absorbing forces and motions in the event of an earthquake, which elastic element has an outer surface that extends around the projecting element and faces the second structural element , whereby a fill area is formed between the outer surface of the elastic element and the second structural element , and further between the projecting element and the cavity , which fill area is filled with a filler such that no filler lie between the first structural element and the second structural element beyond the outer surface of the elastic element , and forces and motions that are transferred between the first structural element and the second structural element in the event of an earthquake are absorbed in the elastic element .