mhurhangee/ep-ind-claims huggingface dataset:
Band (10, 10.3) for producing a sewn covering for laminating support parts, - having an at least partially elastic seam band (12, 12.3), - having at least one soft insert (14, 14.3), which is fixed to the partially elastic seam band (12, 12.3) at least in certain portions in the longitudinal direction of said seam band, - wherein the seam band (12, 12.3) is formed in a perforated state in the longitudinal direction, - wherein the at least one soft insert (14, 14.3) is formed in a perforated state at least in certain portions in the longitudinal direction, - characterized in that - the perforations (16, 18) of the seam band (12, 12.3) are arranged centrally. - having an at least partially elastic seam band (12, 12.3), - having at least one soft insert (14, 14.3), which is fixed to the partially elastic seam band (12, 12.3) at least in certain portions in the longitudinal direction of said seam band, - wherein the seam band (12, 12.3) is formed in a perforated state in the longitudinal direction, - wherein the at least one soft insert (14, 14.3) is formed in a perforated state at least in certain portions in the longitudinal direction, - characterized in that - the perforations (16, 18) of the seam band (12, 12.3) are arranged centrally.
A touch screen sensor, comprising: a visible light transparent substrate; and an electrically conductive micropattern disposed on or in the visible light transparent substrate, the micropattern comprising a first region micropattern within a touch sensing area having a non-uniform distribution of sheet resistance; wherein the first region micropattern includes metallic electrically conductive features having a width between about 0.5 and 5 micrometers; wherein the first region micropattern is visible light transparent and has between about 95% and 99.5% open area; and wherein the touch screen sensor has a uniform optical transmission of greater than 85% across the touch sensing area such that for the first region micropattern of the sensor being segmented into 5 millimeter by 5 millimeter square regions, none of the square regions have a shadowed area fraction that differs by greater than about 10% from the average for all of the square regions. a visible light transparent substrate; and an electrically conductive micropattern disposed on or in the visible light transparent substrate, the micropattern comprising a first region micropattern within a touch sensing area having a non-uniform distribution of sheet resistance; wherein the first region micropattern includes metallic electrically conductive features having a width between about 0.5 and 5 micrometers; wherein the first region micropattern is visible light transparent and has between about 95% and 99.5% open area; and wherein the touch screen sensor has a uniform optical transmission of greater than 85% across the touch sensing area such that for the first region micropattern of the sensor being segmented into 5 millimeter by 5 millimeter square regions, none of the square regions have a shadowed area fraction that differs by greater than about 10% from the average for all of the square regions.
A control mechanism for moving at least two components of a gas turbine engine, the control mechanism comprising: a moveable actuation rod, a first linkage arrangement which includes a first bell crank, wherein the first linkage arrangement operatively connects the actuation rod to a first component of the gas turbine engine such that movement of the actuation rod produces an output motion of the first bell crank which in turn drives movement of the first component, and a second linkage arrangement which includes a second bell crank, wherein the second linkage arrangement operatively connects the actuation rod to a second component of the gas turbine engine such that movement of the actuation rod produces an output motion of the second bell crank which in turn drives movement of the second component; wherein the first linkage arrangement and the second linkage arrangement are configured so that over a predetermined range of movement of the actuation rod the first component is moved by the first bell crank while the second component is not moved by the second bell crank, and wherein the first and second components are respective unison rings. a moveable actuation rod, a first linkage arrangement which includes a first bell crank, wherein the first linkage arrangement operatively connects the actuation rod to a first component of the gas turbine engine such that movement of the actuation rod produces an output motion of the first bell crank which in turn drives movement of the first component, and a second linkage arrangement which includes a second bell crank, wherein the second linkage arrangement operatively connects the actuation rod to a second component of the gas turbine engine such that movement of the actuation rod produces an output motion of the second bell crank which in turn drives movement of the second component; wherein the first linkage arrangement and the second linkage arrangement are configured so that over a predetermined range of movement of the actuation rod the first component is moved by the first bell crank while the second component is not moved by the second bell crank, and wherein the first and second components are respective unison rings.
Tool slide, in particular wedge drive, at least comprising a slide bed and a slide part, wherein the slide part is slidably disposed on the slide bed with a prismatic guide and a groove and a web projecting into the groove are provided, wherein at least one sliding element is provided between the web and the groove, wherein a driver which can be detached from the slide part is present and between the slide part and the driver in the attached state also a prismatic guide of inclined elements of the slider body and corresponding oblique surfaces of the driver exists, wherein between the slide bed and the slider body a prismatic guide or a flat guide is formed such that sliding elements of the slide bed and corresponding sliding elements of the slider body with respect to an x-axis are disposed inclined in case of a prism guide or perpendicular in case of a flat guide, characterized in that the sliding element has a wedge-like tapered surface towards the groove, with which it rests on a corresponding surface of the groove wall and the corresponding groove wall has a corresponding wedge-like bevel so that an axial displacement of the sliding element corresponding to a longitudinal axis direction reduces or enlarges a gap between web and sliding element.
A safety device for preventing a working apparatus from being operated during regeneration of a diesel exhaust gas after-treatment device of a forklift-truck, comprising: a hydraulic pump configured to discharge high-pressure working fluid; a main control valve provided with a plurality of working apparatus control valves, and configured to provide the working fluid to a desired working apparatus among a plurality of working apparatuses; a remote control valve controlled so as to provide pilot working fluid to the plurality of working apparatus control valves according to an Operation of a working apparatus actuation lever; and a pressure-reducing valve controlled in such a way that high-pressure working fluid discharged from the hydraulic pump is pressure-reduced to a pressure of the pilot working fluid to provide the pressure-reduced working fluid to the remote control valve; characterized by a control valve unit disposed upstream of the remote control valve, and controlled in such a way so as to block the pressure-reduced working fluid from being provided to the remote control valve by receiving a signal from the controller based on worker departure information when a worker leaves a driver's seat during regeneration of a diesel particulate filter. a hydraulic pump configured to discharge high-pressure working fluid; a main control valve provided with a plurality of working apparatus control valves, and configured to provide the working fluid to a desired working apparatus among a plurality of working apparatuses; a remote control valve controlled so as to provide pilot working fluid to the plurality of working apparatus control valves according to an Operation of a working apparatus actuation lever; and a pressure-reducing valve controlled in such a way that high-pressure working fluid discharged from the hydraulic pump is pressure-reduced to a pressure of the pilot working fluid to provide the pressure-reduced working fluid to the remote control valve; characterized by a control valve unit disposed upstream of the remote control valve,
An apparatus, comprising: an alert device; an optical input device; and a controller coupled to the alert device and the optical input device; wherein the controller is configured to send an alert via the alert device in response to a predetermined event; wherein the controller is configured to recognize whether a face of a person is detected by the optical input device and whether a predefined gesture is performed by the face; and wherein the controller is configured to discontinue the alert responsive to determining that the predefined gesture is performed by the face being detected by the optical input device. an alert device; an optical input device; and a controller coupled to the alert device and the optical input device;
A method of performing a multi-step machining process utilizing a plurality of drilling units, the method comprising: positioning a cutting tool of a portable drilling apparatus (100, 200) adjacent to a surface of a workpiece attached to be machined; utilizing an air pressure sensor (110, 210) in a vacuum exhaust system of the portable drilling apparatus (100, 200) to indicate an air flow at the surface of the workpiece by measuring an air pressure at the surface; comparing the measured air pressure against a predetermined threshold; responsive to the comparison, determining if a hole has been drilled in the workpiece; and if it is determined that no hole has been drilled in the workpiece, and the portable drilling apparatus (100, 200) is configured to drill a first hole (148, 154) in the multi-step machining process, drilling the first hole (148, 154) on the workpiece. positioning a cutting tool of a portable drilling apparatus (100, 200) adjacent to a surface of a workpiece attached to be machined; utilizing an air pressure sensor (110, 210) in a vacuum exhaust system of the portable drilling apparatus (100, 200) to indicate an air flow at the surface of the workpiece by measuring an air pressure at the surface; comparing the measured air pressure against a predetermined threshold; responsive to the comparison, determining if a hole has been drilled in the workpiece; and if it is determined that no hole has been drilled in the workpiece, and the portable drilling apparatus (100, 200) is configured to drill a first hole (148, 154) in the multi-step machining process, drilling the first hole (148, 154) on the workpiece.
A method for manufacturing a composition comprising glucosamine and calcium comprising the steps of (a) providing a first granulation composition comprising glucosamine, a first disintegrant and a first binder and (b) providing a second granulation composition comprising calcium, a second disintegrant and a second binder; and mixing the first granulation and the second granulation, wherein the composition has improved and/or enhanced shelf stability.
Use of an autoproteolytic protein linker as part of a fusion protein, which contains at least one further protein to be expressed as a fusion partner, characterized in that the autoproteolytic protein linker contains a DUF 1521 domain selected from SEQ ID NOs:1 to 8 or a homologous sequence with at least 70% sequence identity with at least one of these sequences or a partial sequence thereof, wherein a partial sequence comprises the sections of the DUF 1521 domain required for the autoproteolytic activity as well as the cleavage site, wherein the autoproteolytic cleavage of the protein linker is induced by the addition of Ca 2+ ions.
A dispenser for dispensing material, the dispenser comprising, a housing having an inlet and an outlet, dispensing means disposed within the housing which is arranged to rotate about a rotational axis with respect to the housing to convey material between the inlet and the outlet, the dispenser further comprising adjustment means (27, 28, 29) for adjusting the position of the dispensing means with respect to the housing to thereby adjust the spacing of the dispensing means from the housing, wherein the dispensing means comprises a substantially cylindrical body having a plurality of material holding cells formed therein, and wherein the cylindrical body is mounted upon an axle, which extends along a longitudinal axis of the body and which is arranged to extend substantially along the rotational axis, and wherein the axle extends between a first and second axle housing (23, 24) which are disposed upon the dispenser housing, and wherein the adjustment means (27, 28,29) is arranged to adjust the position of the first and second axle housing (23, 24) with respect to the dispenser housing to adjust the position of the dispensing means within the dispenser housing.
A display apparatus, comprising: a substrate including a display region and a non-display region outside the display region; signal lines disposed on the substrate; a display element layer disposed on the signal lines, the display element layer comprising display elements disposed in the display region in a plan view; a pad group including output pads electrically connected to the signal lines and disposed in the non-display region in the plan view; characterized by a touch electrode layer disposed on the display element layer; an intermediate insulating layer which is disposed between the signal lines and the display element layer and exposes the output pads and overlaps the display region and the non-display region; and a touch insulating layer disposed on the display element layer, the touch insulating layer contacting the touch electrode layer and defining an intaglio pattern in the non-display region in the plan view, wherein the intaglio pattern is located between the output pads and the intermediate insulating layer in the plan view. a substrate including a display region and a non-display region outside the display region; signal lines disposed on the substrate; a display element layer disposed on the signal lines, the display element layer comprising display elements disposed in the display region in a plan view; a pad group including output pads electrically connected to the signal lines and disposed in the non-display region in the plan view; characterized by a touch electrode layer disposed on the display element layer; an intermediate insulating layer which is disposed between the signal lines and the display element layer and exposes the output pads and overlaps the display region and the non-display region; and a touch insulating layer disposed on the display element layer, the touch insulating layer contacting the touch electrode layer and defining an intaglio pattern in the non-display region in the plan view, wherein the intaglio pattern is located between the output pads and the intermediate insulating layer in the plan view.
A uniflow-scavenged two-cycle engine comprising: a cylinder inside which a combustion chamber is formed; a piston which slides inside the cylinder; a scavenging port which is provided on one end-side of the cylinder in a stroke direction of the piston and which imports active gas into the combustion chamber in accordance with sliding movement of the piston; an exhaust port provided on another end-side of the cylinder in the stroke direction; an exhaust valve which opens and closes the exhaust port; a first fuel injection portion which is provided on the scavenging port and which injects fuel gas into the active gas imported to the scavenging port; characterized by a second fuel injection portion which is provided at a position closer to the other end of the cylinder than the scavenging port in the stroke direction, which injects, before the exhaust valve closes the exhaust port, fuel gas into the active gas imported from the scavenging port into the cylinder, and which injects no fuel gas after the exhaust valve closes the exhaust port. a cylinder inside which a combustion chamber is formed; a piston which slides inside the cylinder; a scavenging port which is provided on one end-side of the cylinder in a stroke direction of the piston and which imports active gas into the combustion chamber in accordance with sliding movement of the piston; an exhaust port provided on another end-side of the cylinder in the stroke direction; an exhaust valve which opens and closes the exhaust port; a first fuel injection portion which is provided on the scavenging port and which injects fuel gas into the active gas imported to the scavenging port; characterized by a second fuel injection portion which is provided at a position closer to the other end of the cylinder than the scavenging port in the stroke direction, which injects, before the exhaust valve closes the exhaust port, fuel gas into the active gas imported from the scavenging port into the cylinder, and which injects no fuel gas after the exhaust valve closes the exhaust port.
Method for heating a metal band to a temperature set point requiring the presence of a reducing combustion atmosphere, of the type that comprises preheating the band to an intermediate temperature that does not require the presence of a protective atmosphere, by projecting hot gases towards at least one surface of the band, and heating the band in a reducing combustion atmosphere from the intermediate temperature to the temperature set point, with the temperature set point regulated by varying the projection of the preheating hot gases; characterized in that the heating in a reducing combustion atmosphere is carried out by means of direct-fired regenerative burners in a first phase that comprises, in at least one first burner (16, 16'), combustion with the help of air that has absorbed heat from a first thermal absorption mass, and, in at least one other burner (16, 16'), regeneration by absorption of heat from the combustion gases of the first burner by at least one other thermal absorption mass, and in a second phase in which the functions of the at least first burner (16, 16') and of the at least other burner (16, 16') on the one hand and the functions of the first thermal absorption mass and of the other thermal absorption mass on the other hand are reversed, the regeneration by absorption of heat from the combustion gases is carried out in an operation that comprises, before the combustion gases pass through the regenerative mass, mixing these combustion gases with an additional quantity of post-combustion air, the preheating by projection of hot gases comprises the use of at least a part of the gases evacuated from the heating by regenerative burners, and the regulation of the temperature set point comprises adjusting the quantity of hot gases for the preheating by projection.
Venturi device arranged for use in a device for purifying gas, which venturi device is in the form of a plate, which in turn is arranged to support a bed of liquid absorbent which plate comprises an upper and a lower side when the venturi device is arranged in an operating position in which it is mounted in the device, wherein the plate comprises a plurality of venturi tubes, arranged next to each other, through the plate and in the form of through holes running between the lower and the upper side, wherein the venturi tubes are arranged to lead gas that is to be purified from a space below the plate when in said operation position, through the venturi tubes and up to the bed of absorbent, and wherein the venturi tubes each comprises a respective centrally arranged constriction in which the velocity of the gas is increased, so that turbulence arises as gas streams through the constriction, characterised i n that the venturi tubes each comprises a respective abrupt protrusion from the inner wall of the venturi tube at the respective place for the said constriction, arranged to further increase the turbulence of the gas streaming through the respective tube.
A transmission method, comprising: creating an automatic repeat request process for a first packet; setting a lifetime for the automatic repeat request process; and sending the first packet; characterized in that the lifetime is obtained in one of the following manners: obtained according to a second predetermined number of the first packet and a mapping relationship between an effective time length of the automatic repeat request process or a total number of times of transmission and the second predetermined number of the first packet; obtained according to the second predetermined number of the first packet and a mapping relationship between the second predetermined number of the packet and one of an end time instant of the lifetime, a remaining-time length of the automatic repeat request process, or a number of remaining times of transmission; wherein the second predetermined number is a redundancy version number. creating an automatic repeat request process for a first packet; setting a lifetime for the automatic repeat request process; and sending the first packet; characterized in that the lifetime is obtained in one of the following manners: obtained according to a second predetermined number of the first packet and a mapping relationship between an effective time length of the automatic repeat request process or a total number of times of transmission and the second predetermined number of the first packet; obtained according to the second predetermined number of the first packet and a mapping relationship between the second predetermined number of the packet and one of an end time instant of the lifetime, a remaining-time length of the automatic repeat request process, or a number of remaining times of transmission; wherein the second predetermined number is a redundancy version number. obtained according to a second predetermined number of the first packet and a mapping relationship between an effective time length of the automatic repeat request process or a total number of times of transmission and the second predetermined number of the first packet; obtained according to the second predetermined number of the first packet and a mapping relationship between the second predetermined number of the packet and one of an end time instant of the lifetime, a remaining-time length of the automatic repeat request process, or a number of remaining times of transmission; wherein the second predetermined number is a redundancy version number.