mhurhangee/patent-ind-claim-en huggingface dataset:
A stand-alone mattress foldable between open and closed positions, the mattress including an internal spring system having an upper wire grid , a lower wire grid , and a plurality of sinuous springs pivotably connected to the grids for movement between the closed position in which the springs lie in inclined planes with the grids lying adjacent one another, and the open position in which the springs lie in upright planes and resiliently hold the grids apart; characterised in that : an internal transition section includes an upper support extending transversely of the mattress and connected to the upper grid , a lower support extending transversely of the mattress and connected to the lower grid , and a plurality of hinges spaced apart from one another transversely of the mattress and located between, and connected to, the upper and lower supports ; and an internal, rigid sub-frame on which the transition section is mounted, for resisting undesirable movement of the springs in the open position. an internal transition section includes an upper support extending transversely of the mattress and connected to the upper grid , a lower support extending transversely of the mattress and connected to the lower grid , and a plurality of hinges spaced apart from one another transversely of the mattress and located between, and connected to, the upper and lower supports ; and an internal, rigid sub-frame on which the transition section is mounted, for resisting undesirable movement of the springs in the open position.
A photographing apparatus, comprising a housing , a lighting unit , a guide rail unit , and a control unit , wherein: the housing comprises a frame structure and a partition plate mounted on the frame structure, the partition plate comprises a top plate, a bottom plate , and a side plate, and an end of the side plate is engaged with the top plate; the lighting unit comprises a light shielding plate and a lighting lamp , the light shielding plate comprises a side surface disposed around an inner wall of the side plate and a bottom surface contacting the bottom plate , and the lighting lamp is disposed on a side of the side surface of the light shielding plate facing the inner wall of the side plate; the guide rail unit comprises a guide rail disposed along a side of the side surface of the light shielding plate where the lighting lamp is not disposed, and an adjustable bracket disposed on the guide rail for mounting a photographing device, and the guide rail unit further comprises a stepper motor disposed on the adjustable bracket ; and the control unit is communicatively connected with the lighting unit and the guide rail unit , and the control unit is configured to adjust a light emitting brightness of the lighting lamp in the lighting unit and control a reversal of the stepper motor to control the adjustable bracket to move on the guide rail, wherein the control unit is communicatively connected with the light shielding plate to control an expansion and contraction of the light shielding plate according to a height of an object presented inside the housing . the housing comprises a frame structure and a partition plate mounted on the frame structure, the partition plate comprises a top plate, a bottom plate , and a side plate, and an end of the side plate is engaged with the top plate; the lighting unit comprises a light shielding plate and a lighting lamp , the light shielding plate comprises a side surface disposed around an inner wall of the side plate and a bottom surface contacting the bottom plate , and the lighting lamp is disposed on a side of the side surface of the light shielding plate facing the inner wall of the side plate; the guide rail unit comprises a guide rail disposed along a side of the side surface of the light shielding plate where the lighting lamp is not disposed, and an adjustable bracket disposed on the guide rail for mounting a photographing device, and the guide rail unit further comprises a stepper motor disposed on the adjustable bracket ; and the control unit is communicatively connected with the lighting unit and the guide rail unit , and the control unit is configured to adjust a light emitting brightness of the lighting lamp in the lighting unit and control a reversal of the stepper motor to control the adjustable bracket to move on the guide rail, wherein the control unit is communicatively connected with the light shielding plate to control an expansion and contraction of the light shielding plate according to a height of an object presented inside the housing .
Internal combustion engine arrangement comprising an internal combustion engine (ICE) having an intake (IP) and an exhaust manifold (EP); the arrangement comprising an outlet line (EL) connected to the exhaust manifold (EP), an inlet line (IL) connected to the intake manifold (IP), a turbocharger (TC) comprising a turbine (TB) arranged on the outlet line (EL) and a compressor (TCP) arranged on the inlet line, wherein the turbine (TB) is arranged to drive in rotation the compressor (TCP) and wherein a volumetric controllable compressor, hereinafter "variable compressor (ESC)", is arranged between the intake (IP) and said compressor (TCP), the internal combustion engine being characterized in that said variable compressor (ESC) is arranged to receive an entire amount of air compressed by said compressor (TCP) and in comprising control means (ECU) programmed to control said variable compressor a) to adjust an intake throttling, wherein the variable compressor is controlled to throttle the intake air on the basis of a turbocharger speed, by reducing an air flow entering the combustion engine, in order to avoid turbocharger over speed.
A cyclin-dependent kinase 2 (CDK2) inhibitor composition for use in preventing hearing loss by cisplatin, by protecting inner ear hair cells from death, wherein said CDK2 inhibitor is or a pharmaceutically acceptable salt thereof.
Spinning rotor comprising a rotor cup consisting of ceramic and a shaft-like holder consisting of metal, in particular steel, for rotating the rotor cup , the holder having a cylindrical depression which forms an inner cylinder , and the rotor cup having a cylindrical attachment which forms an outer cylinder , and the inner cylinder of the holder and the outer cylinder of the rotor cup being non-detachably connected by means of a press connection, characterized in that the lateral surface of the inner cylinder has a curved contour .
Bottle for transporting a beverage having - a receiving body for the beverage, - a closure having an external part intended to be attached removably to the receiving body , and an internal part having a passage duct for the beverage, the internal part being arranged removably in the external part , the closure having at least one device for locking the internal part in the external part by elastic deformation, the at least one device for locking by elastic deformation having a locking head that is movable between a retaining position, in which the internal part is retained in the external part and a release position, in which the internal part can be withdrawn from the external part , characterised in that the locking head is arranged at a first end of an elastically deformable element , a second end of which is attached to the internal part , the locking head being moved into the release position by elastic deformation of the elastically deformable element , by exertion of a manual pressure on the locking head, the elastically deformable element having a portion in the form of a circular arc, which extends through an angle greater than 90 degrees, preferably greater than 120 degrees. - a receiving body for the beverage, - a closure having an external part intended to be attached removably to the receiving body , and an internal part having a passage duct for the beverage,
A method for providing and using a reference interval for an analyte to aid in evaluation of test subject's test result for the analyte, comprising: (a) pooling data from a database in which measurements of the analyte from the a reference population have been stored, wherein the reference population comprises both healthy and unhealthy subjects and wherein all subjects in the reference population have at least one characteristic of the test subject; (b) plotting cumulative frequencies of data against a range of analyte measurements from the reference population to form a distribution; (c) transforming the plotted data to normalize the distribution if the mean of the plotted data is located in the first or fifth quintile of the distribution thereby resulting in transformed plotted data; (d) calculating a linear regression of the plotted data, or if transformed, of the transformed plotted data, resulting in a curve and a value for maximum residual error; wherein the linear regression is constrained so that the maximum residual error of the linear portion of the curve is below a predetermined threshold to account for a within-individual biological variation for the analyte; (e) selecting a linear portion of the curve and determining a reference interval for the analyte in the reference population; (f) in a biological sample obtained from the test subject having the at least one characteristic used to select the reference population; determining a measurement of the analyte in the biological sample; and (g) comparing the measurement of the analyte in the biological sample to the reference interval of step (e). (a) pooling data from a database in which measurements of the analyte from the a reference population have been stored, wherein the reference population comprises both healthy and unhealthy subjects and wherein all subjects in the reference population have at least one characteristic of the test subject; (b) plotting cumulative frequencies of data against a range of analyte measurements from the reference population to form a distribution; (c) transforming the plotted data to normalize the distribution if the mean of the plotted data is located in the first or fifth quintile of the distribution thereby resulting in transformed plotted data; (d) calculating a linear regression of the plotted data, or if transformed, of the transformed plotted data, resulting in a curve and a value for maximum residual error; wherein the linear regression is constrained so that the maximum residual error of the linear portion of the curve is below a predetermined threshold to account for a within-individual biological variation for the analyte; (e) selecting a linear portion of the curve and determining a reference interval for the analyte in the reference population; (f) in a biological sample obtained from the test subject having the at least one characteristic used to select the reference population; determining a measurement of the analyte in the biological sample; and (g) comparing the measurement of the analyte in the biological sample to the reference interval of step (e).
Method for supplying sintering material from a sintering belt to a sinter cooler by means of a supply chute , wherein a stream of the sintering material is fed into the supply chute in an infeed region , wherein the sintering material is moved in the direction of the infeed region of the supply chute by the sintering belt , wherein the movement of the sintering material by the sintering belt has a direction of movement with a horizontal main component A, and the sintering material is moved from the infeed region in the direction of an outfeed region of the supply chute by the action of gravity, and, after the infeed, the stream of the sintering material is concentrated by means of a concentrating device, and then is spread out by means of a spreading-out device, and, after this, the spread-out stream of the sintering material , if appropriate after passing through a device for homogenizing the direction of movement of the stream of the sintering material , passes through a segregating device and is segregated in the process, while it is being moved in the direction of the outfeed region , and the stream of the sintering material has a direction of movement with a horizontal main component B as it passes through the outfeed region of the supply chute , and the stream of the sintering material is supplied to the sinter cooler after passing through the outfeed region , characterized in that the horizontal main component B stands largely perpendicularly on the horizontal main component A. wherein a stream of the sintering material is fed into the supply chute in an infeed region , wherein the sintering material is moved in the direction of the infeed region of the supply chute by the sintering belt , wherein the movement of the sintering material by the sintering belt has a direction of movement with a horizontal main component A, and the sintering material is moved from the infeed region in the direction of an outfeed region of the supply chute by the action of gravity, and, after the infeed, the stream of the sintering material is concentrated by means of a concentrating device, and then is spread out by means of a spreading-out device, and, after this, the spread-out stream of the sintering material , if appropriate after passing through a device for homogenizing the direction of movement of the stream of the sintering material , passes through a segregating device and is segregated in the process, while it is being moved in the direction of the outfeed region , and the stream of the sintering material has a direction of movement with a horizontal main component B as it passes through the outfeed region of the supply chute , and the stream of the sintering material is supplied to the sinter cooler after passing through the outfeed region , characterized in that the horizontal main component B stands largely perpendicularly on the horizontal main component A.
Chronograph mechanism comprising a control device and a chronograph gear train which is intended to be driven directly or mediately by a barrel, this chronograph gear train comprising a second-counter mobile and a mobile for a first accuracy corresponding to a first fraction of a second; this chronograph mechanism also comprising at least one indicator which displays the seconds and first fractions of a second of the duration measured; characterised in that the chronograph gear train comprises an additional mobile for a second accuracy corresponding to a second fraction of a second, which is driven by the mobile for the first fraction of a second by means of a backlash compensating mobile ; and in that the chronograph mechanism also comprises an indicator for the second fractions of a second, which are smaller than the first fractions of a second, of the duration measured, which indicator is actuated by the said additional mobile .
Method for repeatedly measuring the position of a construction device , which is embodied as a mobile power tool, on a construction site , for example on a building-construction construction site or a civil engineering construction site, wherein a position is measured relative to at least two, preferably at least three markings (14.1, 14.2, 14.3), the method comprising the steps of: a. directly measuring the distances (L1, L2, L3) from a position measurement system arranged and/or formed on the construction device to at least two of the markings (14.1, 14.2, 14.3), preferably to all of the markings (14.1, 14.2, 14.3) located in a field of view of the position measurement system , and measuring the apparent viewing angles (Alpha1, Alpha2, Alpha3) of the at least two of the markings (14.1, 14.2, 14.3) from the position measurement system in order to carry out a first measurement of the position of the construction device , and b. taking a bearing of at least two of the markings (14.1, 14.2, 14.3) from the position measurement system in order to carry out a second measurement of the position of the construction device , characterized in that at least one position of a component of the construction site , for example a building wall , is determined by means of a mechanical contact of the construction device with a surface region of the component, wherein a position of the surface region is determined taking into account the dimensions and geometry of the construction device . a. directly measuring the distances (L1, L2, L3) from a position measurement system arranged and/or formed on the construction device to at least two of the markings (14.1, 14.2, 14.3), preferably to all of the markings (14.1, 14.2, 14.3) located in a field of view of the position measurement system , and measuring the apparent viewing angles (Alpha1, Alpha2, Alpha3) of the at least two of the markings (14.1, 14.2, 14.3) from the position measurement system in order to carry out a first measurement of the position of the construction device , and b. taking a bearing of at least two of the markings (14.1, 14.2, 14.3) from the position measurement system in order to carry out a second measurement of the position of the construction device ,
A welding-type system for providing a plurality of welding cycles, each cycle including a peak portion , a transition down portion , a background portion , and a transition up portion , comprising: - an input circuit disposed to receive input power and to provide intermediate power; - a power circuit , having a power control input and at least one switch responsive to the power control input , and wherein the power circuit is disposed to receive intermediate power and provide welding-type output power to an output circuit , wherein the output power has an output voltage and an output cu rrent; - a feedback circuit , having a feedback signal responsive to at least one of the output voltage and responsive to the output current; and - a controller , that receives the feedback signal, and having a peak module , a transition down module , a background module , and a transition up module , wherein the controller sequentially activates the peak module , then the transition down module , then the background module , then the transition up module , and then back to the peak module , thereby commanding a welding cycle; wherein at least one of the peak module and the background module is a controlled voltage module, and at least one of the transition up module and transition down module is a controlled current module; and wherein the at least one of the transition up module and transition down module have a transition current command output that is responsive to output voltage, characterized in that the transition current command output for the at least one of the transition up module and transition down module is responsive to a difference between a desired transition voltage and a previous transition voltage during at least one prior welding output cycle. - an input circuit disposed to receive input power and to provide intermediate power; - a power circuit , having a power control input and at least one switch responsive to the power control input , and wherein the power circuit is disposed to receive intermediate power and provide welding-type output power to an output circuit , wherein the output power has an output voltage and an output cu rrent; - a feedback circuit , having a feedback signal responsive to at least one of the output voltage and responsive to the output current; and - a controller , that receives the feedback signal, and having a peak module , a transition down module , a background module , and a transition up module , wherein the controller sequentially activates the peak module , then the transition down module , then the background module , then the transition up module , and then back to the peak module , thereby commanding a welding cycle;
A method for producing a gypsum plasterboard comprising the steps of: - providing bundler dust obtained from gypsum plasterboard leftovers of a plasterboard trimming process using a trimming device, namely a bundler saw, wherein the bundler dust is obtained from the production process of impregnated plasterboards with silicone oil as a hydrophobic agent; - adding an amount X of bundler dust to a gypsum slurry for producing the gypsum plasterboard characterised in that the amount X of bundler dust is 0.1 g/m 2 ≤ X ≤ 30 g/m 2 for producing the gypsum plaster board and that a naftalen sulfonate-based liquefier is added to the gypsum slurry, in an amount of 2 to 15 g/m 2 . - providing bundler dust obtained from gypsum plasterboard leftovers of a plasterboard trimming process using a trimming device, namely a bundler saw, wherein the bundler dust is obtained from the production process of impregnated plasterboards with silicone oil as a hydrophobic agent; - adding an amount X of bundler dust to a gypsum slurry for producing the gypsum plasterboard
Spring arm sleeve with which a joining element (FE) of a joining device (F) is positionable and which comprises the following features: a. a tubular section which is formed by a circumferential wall , b. in the circumferential direction, the circumferential wall comprises a plurality of U-shaped apertures regularly spaced from one another, c. wherein the plurality of U-shaped apertures forms a plurality of spring arms fastened on one side and being inclined radially to the inside into the tubular section , in which d. in a first longitudinal direction of the tubular section , at a first length (L 1 ) and thereafter at least at a second length (L 2 ), at least three spring arms each are arranged in circumferential direction evenly spaced from one another, and the spring arm sleeve is characterized in that e. the spring arms which are fastened on one side extend starting from a fixed end in the first longitudinal direction and the at least three spring arms of the second length (L 2 ) are arranged at circumferential positions which are located between the at least three spring arms of the first length (L 1 ). a. a tubular section which is formed by a circumferential wall , b. in the circumferential direction, the circumferential wall comprises a plurality of U-shaped apertures regularly spaced from one another, c. wherein the plurality of U-shaped apertures forms a plurality of spring arms fastened on one side and being inclined radially to the inside into the tubular section , in which d. in a first longitudinal direction of the tubular section , at a first length (L 1 ) and thereafter at least at a second length (L 2 ), at least three spring arms each are arranged in circumferential direction evenly spaced from one another, and the spring arm sleeve is characterized in that e. the spring arms which are fastened on one side extend starting from a fixed end in the first longitudinal direction and the at least three spring arms of the second length (L 2 ) are arranged at circumferential positions which are located between the at least three spring arms of the first length (L 1 ).