mhurhangee/patent-ind-claim-en huggingface dataset:
An image forming apparatus comprising: a photoreceptor having a photoreceptor surface ; a lubricant applicator to apply a lubricant to the photoreceptor surface ; a charging device to charge the photoreceptor surface ; and a lubricant residual amount detector to detect a residual amount of the lubricant , the charging device to charge the photoreceptor surface by applying a first voltage composed of a DC voltage to the photoreceptor surface in a case where the lubricant residual amount detector detects that the residual amount of the lubricant is greater than a predetermined amount, and the charging device to charge the photoreceptor surface by applying a second voltage composed of a DC voltage smaller than the first voltage to the photoreceptor surface in a case where the lubricant residual amount detector detects that the residual amount of the lubricant is equal to or less than the predetermined amount. a photoreceptor having a photoreceptor surface ; a lubricant applicator to apply a lubricant to the photoreceptor surface ; a charging device to charge the photoreceptor surface ; and a lubricant residual amount detector to detect a residual amount of the lubricant , the charging device to charge the photoreceptor surface by applying a first voltage composed of a DC voltage to the photoreceptor surface in a case where the lubricant residual amount detector detects that the residual amount of the lubricant is greater than a predetermined amount, and the charging device to charge the photoreceptor surface by applying a second voltage composed of a DC voltage smaller than the first voltage to the photoreceptor surface in a case where the lubricant residual amount detector detects that the residual amount of the lubricant is equal to or less than the predetermined amount.
A waste processing method for a waste processing system, the waste processing system having a heating chamber , a primary chamber disposed within the heating chamber , a secondary chamber , and a lid covering an opening of the primary chamber , the method comprising: loading feedstock into the primary chamber , wherein the feedstock comprises computer or electrical equipment, or medical waste items; heating the secondary chamber ; heating the heating chamber with the feedstock inside; rotating the primary chamber while the primary chamber is being heated; cooling the heating chamber after the heating chamber is heated for a predetermined amount of time; removing leftover concentrate after heating the heating chamber for the predetermined amount of time; collecting, in the lid , syngas produced while heating the heating chamber, and removing, by the lid , toxic gases from inside the primary chamber by evacuation and filtration; sending the syngas from the primary chamber to the secondary chamber via a primary chamber exhaust duct and a secondary chamber exhaust duct, the primary chamber being connected to the secondary chamber by way of the primary chamber exhaust duct connected to the secondary chamber exhaust duct ; burning the syngas in the secondary chamber; and exhausting the burned syngas out of the waste processing system. loading feedstock into the primary chamber , wherein the feedstock comprises computer or electrical equipment, or medical waste items; heating the secondary chamber ; heating the heating chamber with the feedstock inside; rotating the primary chamber while the primary chamber is being heated; cooling the heating chamber after the heating chamber is heated for a predetermined amount of time; removing leftover concentrate after heating the heating chamber for the predetermined amount of time; collecting, in the lid , syngas produced while heating the heating chamber, and removing, by the lid , toxic gases from inside the primary chamber by evacuation and filtration; sending the syngas from the primary chamber to the secondary chamber via a primary chamber exhaust duct and a secondary chamber exhaust duct, the primary chamber being connected to the secondary chamber by way of the primary chamber exhaust duct connected to the secondary chamber exhaust duct ; burning the syngas in the secondary chamber; and exhausting the burned syngas out of the waste processing system.
A wind turbine blade extending in a spanwise direction from a root end to a tip end , the blade having a pressure surface and a suction surface , the blade comprising: a truncated trailing edge having a trailing edge surface between the pressure surface and the suction surface ; a pressure surface aft corner where the trailing edge surface connects with the pressure surface; a suction surface aft corner where the trailing edge surface connects with the suction surface; characterised in that the trailing edge surface is curved in cross-section, the curvature being in a cross-sectional plane parallel to a chord of the blade; and that the truncated trailing edge comprises a plurality of channels , the plurality of channels comprising a plurality of flutes on the trailing edge surface extending between the pressure surface and the suction surface . a truncated trailing edge having a trailing edge surface between the pressure surface and the suction surface ; a pressure surface aft corner where the trailing edge surface connects with the pressure surface; a suction surface aft corner where the trailing edge surface connects with the suction surface; characterised in that the trailing edge surface is curved in cross-section, the curvature being in a cross-sectional plane parallel to a chord of the blade; and that the truncated trailing edge comprises a plurality of channels , the plurality of channels comprising a plurality of flutes on the trailing edge surface extending between the pressure surface and the suction surface .
Rear load carrier for mounting to a vehicle with a base body , which defines a longitudinal direction (L) between its front side and its rear side and a transverse direction (T), a connecting device for attachment to a vehicle-side trailer coupling provided at the front side of the base body , two holding elements provided on the rear end region of the base body and arranged on transversely opposite sides thereof, two rear light units , each of which is held at one of the holding elements and each of which can be pivoted about a pivot axis (X 1 , X 2 ) between a use position, in which the rear light units are folded out and project in the transverse direction (T) from the base body , and a transport position, in which the rear light units are folded in behind the base body , wherein the pivot axes (X 1 , X 2 ) of the rear light units extend upright with respect to and in particular vertically to a plane defined by the longitudinal direction (L) and the transverse direction (T), wherein a locking mechanism is assigned to each rear light unit and is designed to lock the rear light unit in its transport position and in its use position, characterized in that the locking mechanism comprises an engagement element , which is displaceable along the pivot axis (X1, X2) of the respective rear light unit between a release position, in which the rear light units are freely pivotable, and a locking position, in which the rear light units are locked relative to the base body. a base body , which defines a longitudinal direction (L) between its front side and its rear side and a transverse direction (T), a connecting device for attachment to a vehicle-side trailer coupling provided at the front side of the base body , two holding elements provided on the rear end region of the base body and arranged on transversely opposite sides thereof, two rear light units , each of which is held at one of the holding elements and each of which can be pivoted about a pivot axis (X 1 , X 2 ) between a use position, in which the rear light units are folded out and project in the transverse direction (T) from the base body , and a transport position, in which the rear light units are folded in behind the base body ,
An antibody conjugate for use in a method of treating rheumatoid arthritis in a patient, wherein the antibody conjugate comprises an antibody, or antigen-binding fragment thereof, which binds the Extra Domain-A (ED-A) of fibronectin and is conjugated to a molecule having anti-inflammatory activity, wherein the antibody or antigen-binding fragment comprises a VH domain and a VL domain, wherein said VH domain comprises a framework and a set of heavy chain complementarity determining regions HCDR1, HCDR2 and HCDR3, wherein HCDR1, HCDR2 and HCDR3 comprise the amino acid sequences of SEQ ID NOs: 83, 4 and 5, respectively; and said VL domain comprises a framework and a set of light chain complementarity determining regions LCDR1, LCDR2 and LCDR3, wherein LCDR1, LCDR2 and LCDR3 comprise the amino acid sequences of SEQ ID NOs: 86, 7 and 8, respectively.
A passive matrix single-colour LED display assembly comprising - a matrix of row conductor lines and column conductor lines ; - an array of direct-emitting LED packages , wherein an LED package comprising a single LED is mounted on an interposer , and wherein the anode of each LED package is electrically connected to one of the row conductor lines and the cathode of that LED package is connected to one of the column conductor lines ; and - a driver configured to apply a bias voltage to a row conductor line and to apply a bias voltage to a column conductor line according to an image to be displayed; wherein the column conductor lines each are shaped to provide a plurality of recesses to accommodate the plurality of row conductor lines, each recess with a depth that corresponds to the depth of a row conductor line and the thickness of an insulating material applied to the underside of the row conductor lines, wherein the anode and cathode of each LED package is soldered or secured by an electrically conductive adhesive to the row conductor lines and column conductor lines, respectively, at row/column intersections of the conductor line matrix, such that the conductor lines are held together by the LED packages without being mounted on or attached to any further carrier or support. - a matrix of row conductor lines and column conductor lines ; - an array of direct-emitting LED packages , wherein an LED package comprising a single LED is mounted on an interposer , and wherein the anode of each LED package is electrically connected to one of the row conductor lines and the cathode of that LED package is connected to one of the column conductor lines ; and - a driver configured to apply a bias voltage to a row conductor line and to apply a bias voltage to a column conductor line according to an image to be displayed; wherein the column conductor lines each are shaped to provide a plurality of recesses to accommodate the plurality of row conductor lines, each recess with a depth that corresponds to the depth of a row conductor line and the thickness of an insulating material applied to the underside of the row conductor lines, wherein the anode and cathode of each LED package is soldered or secured by an electrically conductive adhesive to the row conductor lines and column conductor lines, respectively, at row/column intersections of the conductor line matrix, such that the conductor lines are held together by the LED packages without being mounted on or attached to any further carrier or support.
A support element for a lightning protection system of a wind turbine blade extending from a root to a tip , the wind turbine blade comprising a root region , an airfoil region with the tip, a pressure side, a suction side and a chord line extending between a leading edge and a trailing edge , the support element being configured to support one or more elements of the lightning protection system, the support element comprising: - a first surface configured to face towards the suction side or the pressure side of the wind turbine blade, the first surface having a leading first edge and a trailing first edge opposite the leading first edge, the first surface having a tip first edge and a root first edge opposite the tip first edge; - a second surface opposite the first surface, the second surface having a leading second edge and a trailing second edge opposite the leading second edge, the second surface having a tip second edge and a root second edge opposite the tip second edge; - a root side surface configured to face towards the root of the wind turbine blade and extending between the root first edge and the root second edge; and - a tip side surface configured to face towards the tip of the wind turbine blade and extending between the tip first edge and the tip second edge; characterised in that the first surface comprises a first receptor base recess configured to receive a first receptor base for coupling with a first receptor of the lightning protection system. - a first surface configured to face towards the suction side or the pressure side of the wind turbine blade, the first surface having a leading first edge and a trailing first edge opposite the leading first edge, the first surface having a tip first edge and a root first edge opposite the tip first edge; - a second surface opposite the first surface, the second surface having a leading second edge and a trailing second edge opposite the leading second edge, the second surface having a tip second edge and a root second edge opposite the tip second edge; - a root side surface configured to face towards the root of the wind turbine blade and extending between the root first edge and the root second edge; and - a tip side surface configured to face towards the tip of the wind turbine blade and extending between the tip first edge and the tip second edge;
A method of screening a subject having cancer for susceptibility to an immune checkpoint inhibitor, comprising: assaying cancer associated macrophage-like cells (CAMLs) and epithelial to mesenchymal transition CTCs (EMTCTCs) isolated from a subject having cancer for PD-L1 expression, wherein when PD-L1 expression is detected, the subject is deemed susceptible to an immune checkpoint inhibitor, or the subject is predicted to be responsive to treatment with an immune checkpoint inhibitor, or administration of a therapeutically effective amount of an immune checkpoint inhibitor to the subject is selected as a treatment for the subject, or the subject is identified as a subject to receive an immune checkpoint inhibitor treatment. assaying cancer associated macrophage-like cells (CAMLs) and epithelial to mesenchymal transition CTCs (EMTCTCs) isolated from a subject having cancer for PD-L1 expression, wherein when PD-L1 expression is detected, the subject is deemed susceptible to an immune checkpoint inhibitor, or the subject is predicted to be responsive to treatment with an immune checkpoint inhibitor, or administration of a therapeutically effective amount of an immune checkpoint inhibitor to the subject is selected as a treatment for the subject, or the subject is identified as a subject to receive an immune checkpoint inhibitor treatment.
Method for operating a household refrigeration appliance having a heat-insulated carcass with an inner container , which delimits a coolable interior space provided for storing food, a coolant circuit provided for cooling the coolable interior space with a coolant and with a compressor , and an electric drive with an electric motor , wherein the compressor has a compressor chamber with an inlet and with an outlet , a piston supported movably within the compressor chamber , a crankshaft , and the electric motor of the electric drive , wherein the electric motor comprises a stator and a rotor supported rotatably with respect to the stator and coupled via the crankshaft with the piston , the electric motor is operated with a target rotational speed of at least 800 revolutions per minute during cooling phases of the household refrigeration appliance in order, by means of the crankshaft , to move the piston back and forth between a top dead centre, at which a volume contained by the compressor chamber and the piston for compressing the coolant is minimal, and a bottom dead centre, at which the volume is maximal, and the rotor of the electric motor stands still during idle phases of the compressor , having the following method steps for starting up the compressor from an idle phase to a cooling phase: - starting from the standstill of the compressor , operating the electric motor with a startup target rotational speed that is at most 5% of the target rotational speed assigned to the cooling phase, until the piston is moved above the top dead centre, and then - operating the electric motor in such a way that, for the cooling phase, its rotor rotates at the target rotational speed of at least 800 revolutions per minute assigned to the cooling phase. - starting from the standstill of the compressor , operating the electric motor with a startup target rotational speed that is at most 5% of the target rotational speed assigned to the cooling phase, until the piston is moved above the top dead centre, and then - operating the electric motor in such a way that, for the cooling phase, its rotor rotates at the target rotational speed of at least 800 revolutions per minute assigned to the cooling phase.
A can combustor for a gas turbine , the can combustor comprising: - at least a burner ; - at least a liner defining a combustion chamber having a combustor axis ; wherein the liner comprises: - an inner tubular body ; - an outer tubular body overlapping at least in part the inner tubular body and spaced from the inner tubular body for defining a cooling air gap ; wherein the outer tubular body comprises a upstream end coupled with an intermediate portion of the inner tubular body ; wherein the coupling between the upstream end of the outer tubular body and the inner tubular body is a direct surface contact coupling of the inner surface of the upstream end of the outer tubular body resting on the outer surface of the inner tubular body , wherein the direct surface contact coupling is configured for allowing a relative sliding of the outer tubular body with respect to the inner tubular body at least along a axial direction (M) parallel to the combustor axis ; characterized in that the direct surface contact coupling comprises at least a cooling air channel configured for connecting the combustion chamber with a plenum volume arranged outwardly the liner wherein the cooling air channel comprises a plurality of axial passing slots obtained in the upstream end of the outer tubular body and at least a channel obtained in a portion of the inner tubular body corresponding with the slot . - at least a burner ; - at least a liner defining a combustion chamber having a combustor axis ; wherein the liner comprises: - an inner tubular body ; - an outer tubular body overlapping at least in part the inner tubular body and spaced from the inner tubular body for defining a cooling air gap ;
A jog dial operation switch, comprising: an upper assembly comprising a display device , an upper substrate connected to the display device and comprising a push switch , and an upper body that fixes the display device to the upper substrate ; a wheel assembly comprising a ring gear at a bottom surface thereof and surrounding a side of the upper assembly ; and a lower assembly comprising a lower body coupled to the upper body and comprising a hollow shaft , characterized in that the lower assembly further comprises a lower substrate to which an encoder engaged with the ring gear is connected; and wherein the display device is rotatable relative the upper body and enables the push switch disposed on the upper substrate to be operated by pressing the display device . an upper assembly comprising a display device , an upper substrate connected to the display device and comprising a push switch , and an upper body that fixes the display device to the upper substrate ; a wheel assembly comprising a ring gear at a bottom surface thereof and surrounding a side of the upper assembly ; and a lower assembly comprising a lower body coupled to the upper body and comprising a hollow shaft , characterized in that the lower assembly further comprises a lower substrate to which an encoder engaged with the ring gear is connected; and wherein the display device is rotatable relative the upper body and enables the push switch disposed on the upper substrate to be operated by pressing the display device .
Device for identifying equipment , in particular metallurgical vessels, in a metallurgical industrial plant, comprising an identification tag attached to the equipment , a receiving device and an evaluation unit, which recognizes the equipment on the basis of the identification tag, the identification tag being a three-dimensional identification tag , in particular a perforated plate or a plate having three-dimensional patterns, characterized in that - the receiving device is a time of flight (TOF) camera with a photonic mixing device (PMD) sensor, which camera captures the equipment with the three-dimensional identification tag , - an evaluation unit suitable for unambiguously identifying the equipment on the basis of the captured equipment with the three-dimensional identification tag . - the receiving device is a time of flight (TOF) camera with a photonic mixing device (PMD) sensor, which camera captures the equipment with the three-dimensional identification tag , - an evaluation unit suitable for unambiguously identifying the equipment on the basis of the captured equipment with the three-dimensional identification tag .
A noise reduction system comprising a noise reduction device for an outlet side of a fan and an air duct cover , the air duct cover , which in use is arranged on the outlet side of the fan , being provided with one or more through holes , wherein the noise reduction device comprises: a connecting portion configured to be connected with at least a part of the air duct cover , and form an accommodation space communicating with an airflow on the outlet side via at least one of the through holes ; and at least one first chamber and/or at least one second chamber , the first chamber being located in the accommodation space and filled with a sound-absorbing material , and the second chamber being located in the accommodation space and configured as a resonant noise-reduction cavity; wherein the connecting portion has a top portion , a side portion , and a bottom portion (3"), an end of each of the top portion and the bottom portion is connected with an end of the side portion respectively, and the other end of each of the top portion and the bottom portion is connected with the air duct cover respectively, for assembling the connecting portion and the air duct cover together to form a cylindrical shape; and characterized in that the top portion has an extension part configured to extend toward the center of the air duct cover relative to the end of the air duct cover. a connecting portion configured to be connected with at least a part of the air duct cover , and form an accommodation space communicating with an airflow on the outlet side via at least one of the through holes ; and at least one first chamber and/or at least one second chamber , the first chamber being located in the accommodation space and filled with a sound-absorbing material , and the second chamber being located in the accommodation space and configured as a resonant noise-reduction cavity; wherein the connecting portion has a top portion , a side portion , and a bottom portion (3"), an end of each of the top portion and the bottom portion is connected with an end of the side portion respectively, and the other end of each of the top portion and the bottom portion is connected with the air duct cover respectively, for assembling the connecting portion and the air duct cover together to form a cylindrical shape; and characterized in that the top portion has an extension part configured to extend toward the center of the air duct cover relative to the end of the air duct cover.