mhurhangee/ep-ind-claims huggingface dataset:
A device for controlling an internal combustion engine of a motor vehicle, comprising: - means for monitoring and limiting the rotational speed (n) of the internal combustion engine, which means are configured in such a way that -- starting from a predetermined first rotational speed threshold (n grenz), an integral of the rotational speed values or an integral of values correlating to the rotational speed values over time is formed for the period of time during which the rotational speed threshold (n grenz) is exceeded, and -- upon reaching a predetermined integral limit value (Z max), the rotational speed (n) is automatically limited, and comprising - means for monitoring the vehicle state so as to determine whether the vehicle is stationary, wherein the means for monitoring the rotational speed (n) are configured in such a way that -- the rotational speed (n) is monitored only when the vehicle is stationary. - means for monitoring and limiting the rotational speed (n) of the internal combustion engine, which means are configured in such a way that -- starting from a predetermined first rotational speed threshold (n grenz), an integral of the rotational speed values or an integral of values correlating to the rotational speed values over time is formed for the period of time during which the rotational speed threshold (n grenz) is exceeded, and -- upon reaching a predetermined integral limit value (Z max), the rotational speed (n) is automatically limited, and comprising -- starting from a predetermined first rotational speed threshold (n grenz), an integral of the rotational speed values or an integral of values correlating to the rotational speed values over time is formed for the period of time during which the rotational speed threshold (n grenz) is exceeded, and -- upon reaching a predetermined integral limit value (Z max), the rotational speed (n) is automatically limited, and comprising - means for monitoring the vehicle state so as to determine whether the vehicle is stationary, wherein the means for monitoring the rotational speed (n) are configured in such a way that -- the rotational speed (n) is monitored only when the vehicle is stationary. -- the rotational speed (n) is monitored only when the vehicle is stationary.
Air purifying device consisting of a housing having at least one inlet opening for supply of an air flow and at least one outlet opening for conducting out the air flow supplied by way of the inlet opening, wherein at least one air purifying unit (5, 7) and at least one lighting unit are arranged in the housing, wherein the at least one air purifying unit (5, 7) takes on substantially the form of the cross-section of the housing and is arranged in the housing to almost fill out the cross-sectional area, the at least one lighting unit is arranged in the housing to be opposite the at least one air purifying unit (5, 7), and the at least one air purifying unit (5, 7) is formed to be permeable to air and has at least one region (52, 72) which is permeated with activated carbon and which is surrounded at least partly by a non-woven material (51, 71), wherein at least one photocatalytically active surface region (53, 73) in or at the non-woven material (51, 71) is present on the side of the at least one air purifying unit (5, 7) facing the lighting unit, for which purpose threads or fibres doped with titanium dioxide ions (TiO 2 ions) are worked or introduced into the non-woven material (51, 71) at least in part, which forms the at least one photocatalytically active surface region (53, 73), or regions (53, 73) of the non-woven material (51, 71) are doped with titanium dioxide ions (TiO 2 ions), and wherein the air flow in the housing at least in part flows around or through the at least one photocatalytically active surface region (53, 73) and the surface region (52, 72) permeated by activated carbon, wherein the at least one photocatalytically active surface region (53, 73) of the at least one air purifying unit (5, 7) can be irradiated with light by the at least one lighting unit.
A dryer (18; 60; 90; 170; 190; 210) for flat materials, in particular panels, films or sheets, comprising a porous, gas-permeable metal plate (20; 92; 176; 200; 212) for arranging at a distance from the flat material which is to be dried, wherein means are provided for delivering a gaseous fluid through the metal plate (20; 92; 176; 200; 212), wherein the metal plate (20; 92; 176; 200; 212) consists of a metal foam, wherein the means for delivering a gaseous fluid have at least one flow space (22; 98; 100; 178; 202; 218) which is bounded on one side by a surface of the metal plate (20; 92; 176; 200; 212), wherein said surface is directed away from the flat material which is to be dried, wherein the flow space (22; 98; 100; 178; 202; 218) has at least one entry opening and at least one exit opening for delivery gas, characterized in that the means for delivering a gaseous fluid have intake means for taking in gas from a region between the metal plate (20; 92; 176; 200; 212) and the flat material which is to be dried, wherein the flow space (22; 98; 100; 178; 202; 218) is designed to guide the delivery gas past that surface of the metal plate (20; 92; 176; 200; 212) which is located in the flow space (22; 98; 100; 178; 202; 218), in order to generate an intake action through the metal plate (20; 92; 176; 200; 212).
A molded polymer article comprising: a multi-phase polymer composition comprising a first phase that is immiscible with a second phase, the first phase remaining distinct from the second phase in the molded article, the first phase comprising a polyoxymethylene polymer having a melting point, the second phase comprising a thermoplastic, semi-crystalline polymer having a melting point that is at least 5° C higher or lower than the melting point of the polyoxymethylene polymer, wherein the second phase contains at least one color pigment, the at least one colorant being present in the second phase in an amount from 1 % to 60% by weight, based upon the weight of the second phase. a multi-phase polymer composition comprising a first phase that is immiscible with a second phase, the first phase remaining distinct from the second phase in the molded article, the first phase comprising a polyoxymethylene polymer having a melting point, the second phase comprising a thermoplastic, semi-crystalline polymer having a melting point that is at least 5° C higher or lower than the melting point of the polyoxymethylene polymer,
An apparatus comprising: a resistive random access memory (RRAM) array comprising a resistive random access memory cell (10, 154T) having a first end and a second end, the memory cell (10, 154T) comprising a selector element and a storage element electrically arranged in series; a first voltage source electrically connected to the first end of the memory cell (10, 154T) via a first circuit path that is associated with a selection phase of an access operation; and a second voltage source electrically connected to the first end of the memory cell (10, 154T) via a second circuit path that is associated with an access phase setting a logic value of the memory cell during the access operation, wherein a second bias voltage magnitude of the second voltage source is less than a first bias voltage magnitude of the first voltage source, the second voltage source being configured to apply the second bias voltage magnitude during the access phase after removal of the first bias voltage magnitude of the first voltage source applied during the selection phase and wherein a threshold voltage of the memory cell (10, 154T) is based at least in part on an elapsed time lapse (t R) from a moment (t REL) the memory cell has been released from a previous thresholding event experienced during the selection phase of the access operation in response to the application of the first bias voltage magnitude. a resistive random access memory (RRAM) array comprising a resistive random access memory cell (10, 154T) having a first end and a second end, the memory cell (10, 154T) comprising a selector element and a storage element electrically arranged in series; a first voltage source electrically connected to the first end of the memory cell (10, 154T) via a first circuit path that is associated with a selection phase of an access operation; and a second voltage source electrically connected to the first end of the memory cell (10, 154T) via a second circuit path that is associated with an access phase setting a logic value of the memory cell during the access operation, wherein a second bias voltage magnitude of the second voltage source is less than a first bias voltage magnitude of the first voltage source, the second voltage source being configured to apply the second bias voltage magnitude during the access phase after removal of the first bias voltage magnitude of the first voltage source applied during the selection phase and wherein a threshold voltage of the memory cell (10, 154T) is based at least in part on an elapsed time lapse (t R) from a moment (t REL) the memory cell has been released from a previous thresholding event experienced during the selection phase of the access operation in response to the application of the first bias voltage magnitude.
An air conditioning system for controlling air conditioning in a room in accordance with an air conditioning operation instruction received from a user, the air conditioning system comprising: a ventilation device to ventilate the room; an air conditioner to control the air conditioning of the room and control operations of the ventilation device; and a detection device to detect presence of the user in the room, wherein the air conditioner controls operations of the ventilation device before the user enters the room on the basis of an indoor temperature that is a temperature inside the room, an outdoor temperature that is a temperature outside the room, an operation mode of air conditioning control performed by the air conditioner included in the air conditioning operation instruction, an operating status of the ventilation device, and a detection result provided by the detection device, characterized in that the air conditioning system comprises an air agitation device to agitate air in the room, and the air conditioner controls operations of the air agitation device, wherein the air conditioner controls operations of the air agitation device before the user enters the room on the basis of an indoor temperature that is a temperature inside the room, an outdoor temperature that is a temperature outside the room, an operation mode of air conditioning control performed by the air conditioner included in the air conditioning operation instruction, an operating status of the ventilation device, and a detection result provided by the detection device. a ventilation device to ventilate the room; an air conditioner to control the air conditioning of the room and control operations of the ventilation device; and a detection device to detect presence of the user in the room, wherein the air conditioner controls operations of the ventilation device before the user enters the room on the basis of an indoor temperature that is a temperature inside the room, an outdoor temperature that is a temperature outside the room, an operation mode of air conditioning control performed by the air conditioner included in the air conditioning operation instruction, an operating status of the ventilation device, and a detection result provided by the detection device, characterized in that the air conditioning system comprises an air agitation device to agitate air in the room, and the air conditioner controls operations of the air agitation device, wherein the air conditioner controls operations of the air agitation device before the user enters the room on the basis of an indoor temperature that is a temperature inside the room, an outdoor temperature that is a temperature outside the room, an operation mode of air conditioning control performed by the air conditioner included in the air conditioning operation instruction, an operating status of the ventilation device, and a detection result provided by the detection device.
System comprising a wire harness fixing tool for fixing a wire harness bundling a plurality of cables to a structure that serves as a fixing counterpart, comprising: a holding portion for holding the wire harness; and a protrusion protruding from said holding portion to be inserted into a through hole formed in said structure; and wherein said protrusion includes an extension portion; said extension portion is adapted to elastically deform to pass through said through hole, and to be joined to said structure when caught by an inner periphery edge of said through hole; and said holding portion contains a rib; said wire harness fixing tool further comprises an intersecting face formed on said holding portion and intersecting a base face on which said protrusion is provided, the intersecting face extending from said base face in the direction said protrusion protrudes; wherein said intersecting face is adapted to contact an end face of said structure, when said extension portion is connected to said structure, for limiting a movement of said wire harness in the direction parallel to the base face; said rib serves for reinforcing said protrusion; and said rib is formed on a portion at a back face of said holding portion corresponding to a back side of a portion of a surface at which said protrusion protrudes from said holding portion, characterized in that the system comprises another wire harness fixing tool, wherein said structure that serves as the fixing counterpart for the wire harness fixing tool is a holding portion of the another wire harness fixing tool. a holding portion for holding the wire harness; and a protrusion protruding from said holding portion to be inserted into a through hole formed in said structure; and wherein said protrusion includes an extension portion; said extension portion is adapted to elastically deform to pass through said through hole, and to be joined to said structure when caught by an inner periphery edge of said through hole; and said holding portion contains a rib; said wire harness fixing tool further comprises an intersecting face formed on said holding portion and intersecting a base face on which said protrusion is provided, the intersecting face extending from said base face in the direction said protrusion protrudes; wherein said intersecting face is adapted to contact an end face of said structure, when said extension portion is connected to said structure, for limiting a movement of said wire harness in the direction parallel to the base face; said rib serves for reinforcing said protrusion; and said rib is formed on a portion at a back face of said holding portion corresponding to a back side of a portion of a surface at which said protrusion protrudes from said holding portion, characterized in that the system comprises another wire harness fixing tool, wherein said structure that serves as the fixing counterpart for the wire harness fixing tool is a holding portion of the another wire harness fixing tool.
Process for oxidative dyeing keratin fibers especially human hair characterized in that compositions A and B are mixed wherein composition A comprises at least one oxidative dye precursor and optionally at least one coupling agent and optionally at least one direct dye in a cosmetically acceptable medium and composition B comprises at least one oxidizing agent in a cosmetically acceptable medium, and applied onto hair and processed for 1 to 45 min at a temperature range of 20 to 45°C and rinsed off from hair, wherein at least one of the two compositions A and B comprises a cross linked copolymer of vinylpyrrolidone, vinylimidazol, 3-methyl-1-vinylimidazolium and methacrylic acid.
Method for controlling a speed difference between the speed of the wheels of a front axle and the speed of the wheels of a rear axle of a four-wheel drive motor vehicle, characterized in that it comprises the following steps: - determination of an initial speed difference setpoint (C initial) as a function of the speed of the vehicle, - determination of a first intermediate speed difference setpoint (c i2) as a function of the clutch temperature - determination of a second intermediate speed difference setpoint (c i3) as a function of the turning radius of the vehicle, - determination of a third intermediate speed difference setpoint as a function of the difference in radius of the wheels between the front axle and the rear axle, - modulation of the initial speed difference setpoint (C initial) as a function of said first, second and third intermediate speed difference setpoints (c i2, c i3, c i4), so as to obtain a final speed difference setpoint (C final), - measurement of the speed of the wheels of the front axle and of the rear axle and determination of the speed difference of the wheels of the two axles, - comparison of the measured speed difference (ΔV meas) with the final speed difference setpoint (C final), and - regulation of the measured speed difference (ΔV meas), in such a way that the measured speed difference (ΔV meas) reaches the final speed difference setpoint value (C final), the modulation of the initial speed difference setpoint (C initial) being carried out by successive modulations as a function of each intermediate speed difference setpoint (c i2, c i3, c i4). - determination of an initial speed difference setpoint (C initial) as a function of the speed of the vehicle, - determination of a first intermediate speed difference setpoint (c i2) as a function of the clutch temperature - determination of a second intermediate speed difference setpoint (c i3) as a function of the turning radius of the vehicle, - determination of a third intermediate speed difference setpoint as a function of the difference in radius of the wheels between the front axle and the rear axle, - modulation of the initial speed difference setpoint (C initial) as a function of said first, second and third intermediate speed difference setpoints (c i2, c i3, c i4), so as to obtain a final speed difference setpoint (C final), - measurement of the speed of the wheels of the front axle and of the rear axle and determination of the speed difference of the wheels of the two axles, - comparison of the measured speed difference (ΔV meas) with the final speed difference setpoint (C final), and - regulation of the measured speed difference (ΔV meas), in such a way that the measured speed difference (ΔV meas) reaches the final speed difference setpoint value (C final),
A method of preparing a polypeptide for analysis, comprising: a. providing a sample comprising the polypeptide; b. applying the sample to a filter having a molecular weight cut-off; c. digesting the polypeptide in the sample on the filter with a first protease; d. digesting the polypeptide in the sample on the filter with a second protease; and e. analyzing the sample, wherein i. the second protease is neutrophil elastase; and ii. the first protease is different from the second protease. a. providing a sample comprising the polypeptide; b. applying the sample to a filter having a molecular weight cut-off; c. digesting the polypeptide in the sample on the filter with a first protease; d. digesting the polypeptide in the sample on the filter with a second protease; and e. analyzing the sample, i. the second protease is neutrophil elastase; and ii. the first protease is different from the second protease.
A radar device, comprising: - at least one transmitter unit for transmitting a radar signal, - at least one receiver unit for receiving a reflected radar signal, the receiver unit comprising at least one filter unit for filtering the received signal, and - a phase shift unit for producing a phase shift in the transmitted radar signal in response to a phase shift signal, the receiver unit being arranged for providing a reset of the at least one filter unit in response to said phase shift signal so as to suppress saturation of the filter unit. - at least one transmitter unit for transmitting a radar signal, - at least one receiver unit for receiving a reflected radar signal, the receiver unit comprising at least one filter unit for filtering the received signal, and - a phase shift unit for producing a phase shift in the transmitted radar signal in response to a phase shift signal,
Inertial rotary motion micro-sensor for detection of a rotary motion around a so-called axis of rotation, having a part which is mobile in relation to a fixed part, the mobile part comprising: - an excitation mass (110, 210) configured so as to be exposed to an oscillatory motion around a so-called axis of excitation by excitation means so as to generate a Coriolis force induced by the rotary motion, - a detection mass connected cinematically to the excitation mass by connecting means configured so as to transmit the Coriolis force at least in part and not to transmit the oscillatory motion around the axis of excitation at least in part, and having a degree of freedom in rotation around a so-called axis of oscillation, perpendicular to the axis of rotation, - detection means configured so as to measure the Coriolis force transmitted to the detection mass, characterised in that the detection means comprise at least one strain gauge suspended between the detection mass and an anchoring part locked to the fixed part, and in that the at least one strain gauge is connected to the detection mass at a height, in the axis of excitation, different to that of the axis of oscillation of the detection mass. - an excitation mass (110, 210) configured so as to be exposed to an oscillatory motion around a so-called axis of excitation by excitation means so as to generate a Coriolis force induced by the rotary motion, - a detection mass connected cinematically to the excitation mass by connecting means configured so as to transmit the Coriolis force at least in part and not to transmit the oscillatory motion around the axis of excitation at least in part, and having a degree of freedom in rotation around a so-called axis of oscillation, perpendicular to the axis of rotation, - detection means configured so as to measure the Coriolis force transmitted to the detection mass,