mhurhangee/ep-ind-claims huggingface dataset:
A circuit system disposed in a computer motherboard, comprising: a processing unit; a control unit, electrically connected to the processing unit, wherein the processing unit transmits a control signal to the control unit according to a load current value of the circuit system; the control unit determining the number of the PWM units which are to be enabled according to the control signal; a first PWM unit, electrically connected to the control unit; and a second PWM unit, electrically connected to the control unit; wherein the circuit system is characterized in that: the control unit alternatively enables the first and second PWM units (P1 and P2) for a designated period, the first and second PWM units (P1, P2) are incorporated with each other as a multiphase PWM module, and when one of the first and second PWM units (P1, P2) breaks down the control unit disables broken down PWM unit, wherein the control unit enables the first PWM unit and disables the second PWM unit when the computer is started, and the control unit enables the second PWM unit and disables the first PWM unit when the computer is restarted or rebooted. a processing unit; a control unit, electrically connected to the processing unit, wherein the processing unit transmits a control signal to the control unit according to a load current value of the circuit system; the control unit determining the number of the PWM units which are to be enabled according to the control signal; a first PWM unit, electrically connected to the control unit; and a second PWM unit, electrically connected to the control unit; wherein the circuit system is characterized in that: the control unit alternatively enables the first and second PWM units (P1 and P2) for a designated period, the first and second PWM units (P1, P2) are incorporated with each other as a multiphase PWM module, and when one of the first and second PWM units (P1, P2) breaks down the control unit disables broken down PWM unit, wherein the control unit enables the first PWM unit and disables the second PWM unit when the computer is started, and the control unit enables the second PWM unit and disables the first PWM unit when the computer is restarted or rebooted.
Reinforcing frame, in particular for a roof opening of a vehicle, with an in particular closed frame component which encloses an opening and is designed as a composite component, characterized in that the frame component has a layer structure consisting of two metal frame sheets (10, 11), between which a plastics frame part lies, wherein the frame component has two longitudinal struts running at least substantially parallel and at a distance to each other and two transverse struts running at least substantially parallel and at a distance to each other, said struts together enclosing the opening, and wherein the adjacent transverse struts and longitudinal struts are each formed separately and are fastened to one another directly or by means of suitable connecting pieces, and wherein only the longitudinal struts or only the transverse struts or the transverse struts and the longitudinal struts have the layer structure.
A biochip in which a biologically relevant substance(s) selected from the group consisting of polypeptides, nucleic acids, saccharides, lipids, a complex thereof and a derivative thereof which biologically relevant substance(s) is/are immobilized as probes on each of a plurality of reaction spots disposed on a substrate for biochips, wherein said substrate comprises a substrate and a plurality of reaction spots disposed on the substrate, wherein a plurality of grooves which surround each of said reaction spots individually and independently are provided on the substrate, and the grooves each surrounding a different reaction spot do not intersect or come into contact with one another, said said grooves having a width of 10 μm to 100 μm and a depth of 0.5 μm to 50 μm, wherein said biologically relevant substance(s) is/are provided in a droplet, and a peripheral portion of the droplet is caught at the upper edge of the inner side of the groove and does not enter the interior of the groove, the surface of the substrate has a surface roughness Ra of 2 nm or less, and at least the surface of said substrate is composed of carbon.
A lighting device for homogeneously illuminating an object, which lighting device comprises a light source and a homogenisation device suitable for connection to the light source, wherein the homogenisation device has an inlet opening, an inlet chamber arranged behind the inlet opening, an intermediate chamber, an outlet chamber, and an outlet opening arranged behind the outlet chamber, and the inlet chamber, the intermediate chamber, and the outlet chamber each have an outer face and an inner face, and the inlet chamber extends along a first primary axis, and the outlet chamber extends along a second primary axis, and a light source arranged in the region of the inlet opening can emit light through the inlet chamber, intermediate chamber, the outlet chamber, and the outlet opening onto an object to be illuminated, wherein it is not possible for a light beam to pass along a straight line from any point of the inlet opening to any point of the outlet opening, and at least the inner face of each of the inlet chamber, intermediate chamber, and the outlet chamber is diffusely reflective in each case in at least a first region, so that a light beam reflected on one of these inner faces, which light beam illuminates a first reference face with a first irradiance when incident, when emergent illuminates a second reference face of the same size with a second irradiance, which is lower than the first irradiance by at least a factor of 3, when both reference faces (R1, R2) are positioned at a distance of 10 millimetres from the reflection point, and wherein the inlet chamber surrounds the first primary axis in a tubular manner and has a plurality of cross-sections perpendicular to the first primary axis, wherein the longest extent of each cross-section of the inlet chamber is shorter than the first primary axis, and wherein the outlet chamber also surrounds the second primary axis in a tubular manner and has a plurality of cross-sections perpendicular to the second primary axis, wherein the longest extent of each cross-section of the outlet chamber is shorter than the second primary axis, characterised in that the inlet opening comprises a first face and the light source is a planar light source which emits light via a second face, wherein the size of the second face is at least 50% of the size of the first face and a plurality of LED lamps is provided as light source.
A multilayered shrink film comprising: a core layer comprising a glycol modified polyester, the core having an upper and lower surface; an upper skin layer disposed on the upper surface of the core layer and a lower skin layer disposed on the lower surface of the core layer, the skin layers each individually comprising (a) a resin material; and (b) an antiblocking agent. a core layer comprising a glycol modified polyester, the core having an upper and lower surface; an upper skin layer disposed on the upper surface of the core layer and a lower skin layer disposed on the lower surface of the core layer, the skin layers each individually comprising (a) a resin material; and (b) an antiblocking agent. (a) a resin material; and (b) an antiblocking agent.
Pavement drainage well for draining surface water, comprising: a well housing comprising a surface water inlet configured to receive surface water from a paved surface, and a wastewater outlet configured to be connected to a sewer; a filter unit located within the well housing between the surface water inlet and the wastewater outlet, the filter unit comprising a filter element forming a channel that is at least part of a continuous flow surface along which the surface water is configured to flow from the surface water inlet to pass along and over the filter element towards the wastewater outlet, wherein the flow surface defines a continuous drainage channel connecting the surface water inlet to the wastewater outlet; and a filtrate outlet configured to drain the filtrate collected by the filter unit from the pavement drainage well, wherein the filter element and/or the channel formed by the filter element defines an interface between the continuous drainage channel and the filtrate outlet, and the surface water inlet is oriented relative to the channel formed by the filter element such that at least part of the surface water follows a substantially helical path through the channel. a well housing comprising a surface water inlet configured to receive surface water from a paved surface, and a wastewater outlet configured to be connected to a sewer; a filter unit located within the well housing between the surface water inlet and the wastewater outlet, the filter unit comprising a filter element forming a channel that is at least part of a continuous flow surface along which the surface water is configured to flow from the surface water inlet to pass along and over the filter element towards the wastewater outlet, wherein the flow surface defines a continuous drainage channel connecting the surface water inlet to the wastewater outlet; and a filtrate outlet configured to drain the filtrate collected by the filter unit from the pavement drainage well, wherein the filter element and/or the channel formed by the filter element defines an interface between the continuous drainage channel and the filtrate outlet, and the surface water inlet is oriented relative to the channel formed by the filter element such that at least part of the surface water follows a substantially helical path through the channel.
Device for a cooker - having a cooked food holder, on which, on a longitudinal side, at least two guide elements (24, 25) for guiding the cooked food holder in a rail-type holder (11 to 14) are arranged, and - having at least one rail-type holder (11 to 14), which is a reverse U-profile, into which an edge-side flange of the cooked food holder extends, and in which the guide elements (24, 25) are arranged when the cooked food holder is connected to the holder (11 to 14), wherein the axes (26, 27) of the guide elements (24, 25) are arranged at different heights when viewed in the vertical direction and extend outwards in the horizontal direction at most up to an outer edge of the edge-side flange of the cooked food holder, wherein the guide elements (24, 25) with the axes (26, 27) are fastened to a support plate and wherein the support plate is arranged between an exterior of a trough-shaped area of the cooked food holder and the guide elements (24, 25), characterised in that the axes (26, 27) of the guide elements (24, 25) are arranged below the edge-side flange and that the support plate is arranged on the underside of the flange and at a distance from the exterior of the trough-shaped area and extends downwards in the vertical direction beyond the lower of the two guide elements. - having a cooked food holder, on which, on a longitudinal side, at least two guide elements (24, 25) for guiding the cooked food holder in a rail-type holder (11 to 14) are arranged, and - having at least one rail-type holder (11 to 14), which is a reverse U-profile, into which an edge-side flange of the cooked food holder extends, and in which the guide elements (24, 25) are arranged when the cooked food holder is connected to the holder (11 to 14), wherein the axes (26, 27) of the guide elements (24, 25) are arranged at different heights when viewed in the vertical direction and extend outwards in the horizontal direction at most up to an outer edge of the edge-side flange of the cooked food holder, wherein the guide elements (24, 25) with the axes (26, 27) are fastened to a support plate and wherein the support plate is arranged between an exterior of a trough-shaped area of the cooked food holder and the guide elements (24, 25), characterised in that the axes (26, 27) of the guide elements (24, 25) are arranged below the edge-side flange and that the support plate is arranged on the underside of the flange and at a distance from the exterior of the trough-shaped area and extends downwards in the vertical direction beyond the lower of the two guide elements.
A laser device comprising between two and six mesas provided on one semiconductor chip, each of the mesas embedding an optical resonator of a Vertical Cavity Surface Emitting Laser being arranged to emit laser light of an emission wavelength when driven at a defined electrical input power, wherein the mesas are electrically connected in parallel, wherein the laser device is adapted such that degradation of at least one mesa results in a decreased laser power emitted by the laser device in a defined solid angle when driven at the defined electrical input power such that eye safety of the laser device is maintained, wherein the defined solid angle is the solid angle in which maximum laser power is emitted, each mesa comprising a semiconductor air interface, characterized in that the laser device is adapted such that degradation of at least one semiconductor air interface results in a decreased laser power emitted by the laser device when driven at the defined electrical input power, wherein the semiconductor air interface is arranged distant from an anti-node of a standing wave pattern of an optical field in the laser cavity when driven at the defined electrical input power such that a degradation of the at least one semiconductor air interface reduces an outcoupling of laser light when driven at the defined electrical input power by increasing a reflectivity of the laser device.
Fibres containing from 0.005 to 10% by weight on the total weight of the fibre of a powdered composition capable of emitting radiation in the far infrared, as the only further component, said powdered composition consisting of a mixture a) alumina in concentrations of between 25 and 55% by weight on the total weight of the powdered composition b) titanium dioxide in a quantity of between 75 and 45% by weight on the total weight of the composition c) at least one metal or a compound thereof selected among: Pt, in a quantity of between 0.001 and 0.1% by weight on the total weight of the composition, for use in topically treating sexual dysfunction of the male genital apparatus selected from erectile dysfunction and Induratio Penis Plastica. a) alumina in concentrations of between 25 and 55% by weight on the total weight of the powdered composition b) titanium dioxide in a quantity of between 75 and 45% by weight on the total weight of the composition c) at least one metal or a compound thereof selected among: Pt, in a quantity of between 0.001 and 0.1% by weight on the total weight of the composition,
A switch machine for railway and tramway switches or the like, of the type comprising operating units housed in a case, wherein the operating units include a switch point shifting actuator, the actuator being configured for displacing points, using actuation drive means, in use, between two limit positions, and lock/unlock means for locking/unlocking said points in one of said limit positions, lock/unlock means being located at the opposite ends of said actuator, the actuator being housed in the case and the lock/unlock means being fastened on the case, the case being a box module of the same size as a tie and adapted to be installed like a tie, characterized in that the outer surface of the switch machine has a covering (260, 261, 262) on at least part of the case, which covering consists of materials having roughness, friction coefficient and hardness similar to concrete, such materials comprising an epoxy resin.
Aluminium reflector strip comprising a temperature resistant highly reflective aluminium based surface made from mirror rolled aluminium strip by electrochemical brightening in a phosphoric acid, said surface consisting of: (a) a non-porous protective barrier layer of aluminium oxide coating of between 20 and 100 nm thickness formed directly on the electrochemically brightened surface by anodic electrolytic treatment in a bath of dilute acid solution chosen from tartaric, phosphoric, sulphuric and oxalic acids or mixtures thereof, (b) a low refractive index transparent coating of SiOx applied by PVD coating in vacuum of thickness within the range 20 - 120 nm which is directly coated onto the non-porous barrier layer, (c) and a high refractive index transparent coating of TiOx applied by PVD coating in vacuum of thickness within the range 20 to 120 nm, directly on the low refractive index transparent coating, (d) such that a total reflectance of 93.5% is retained after 14 days of testing at a temperature of 380°C. (a) a non-porous protective barrier layer of aluminium oxide coating of between 20 and 100 nm thickness formed directly on the electrochemically brightened surface by anodic electrolytic treatment in a bath of dilute acid solution chosen from tartaric, phosphoric, sulphuric and oxalic acids or mixtures thereof, (b) a low refractive index transparent coating of SiOx applied by PVD coating in vacuum of thickness within the range 20 - 120 nm which is directly coated onto the non-porous barrier layer, (c) and a high refractive index transparent coating of TiOx applied by PVD coating in vacuum of thickness within the range 20 to 120 nm, directly on the low refractive index transparent coating, (d) such that a total reflectance of 93.5% is retained after 14 days of testing at a temperature of 380°C.
A human machine interface for a vehicle, the human machine interface comprising: a first output device for outputting information relating to a vehicle system; a controller comprising at least one processor having an input for receiving a driver status signal (D STAT); and a memory device coupled to the at least one processor and having instructions stored therein; the at least one processor being configured to determine at least one of a plurality of operating states of said vehicle system and to control said first output device to output information relating to the determined operating state; wherein the at least one processor is configured to compose the information to be output in dependence on the received driver status signal (D STAT); to monitor the driver status signal (D STAT) after the information is output by said first output device; and to re-compose the information in dependence on a detected change in the driver status signal (D STAT). a first output device for outputting information relating to a vehicle system; a controller comprising at least one processor having an input for receiving a driver status signal (D STAT); and a memory device coupled to the at least one processor and having instructions stored therein; the at least one processor being configured to determine at least one of a plurality of operating states of said vehicle system and to control said first output device to output information relating to the determined operating state; wherein the at least one processor is configured to compose the information to be output in dependence on the received driver status signal (D STAT); to monitor the driver status signal (D STAT) after the information is output by said first output device; and to re-compose the information in dependence on a detected change in the driver status signal (D STAT).
A battery cooling body for cooling battery cells of a vehicle battery, wherein the battery cooling body is plate-shaped and has internal channels for guiding a cooling fluid, wherein the channels are in good heat-conducting communication with a cooling surface of the battery cooling body, wherein the battery cells can be arranged on the cooling surface in the installed state of the battery cooling body, and wherein the battery cooling body has a protective surface, wherein the protective surface forms the delimitation of the battery cooling body which is opposite the cooling surface, wherein the protective surface is connected to the cooling surface exclusively via webs, wherein the webs are formed exclusively in regions of the battery cooling body in which no channels are formed, wherein the webs are arranged laterally adjacent to the channels and are spaced from the channels by the same air cushion which also separates the channels from the protective surface, and wherein the delimitations of the channels which are opposite the cooling surface do not form an outer surface of the battery cooling body but are separated from an outer surface of the battery cooling body, the protective surface, by an air cushion, and the battery cooling body with its component channels, webs and protective surface is formed in one piece with the cooling surface.
Method for operating a control device for the autonomous guidance of a motor vehicle, wherein a nominal speed is predetermined as a driving speed of the motor vehicle to be set by the control device and another vehicle driving in front more slowly than the nominal speed is detected by means of a detection device by the control device, wherein a speed difference of a driving speed of the other vehicle with respect to the nominal speed is greater than zero but smaller than a predetermined maximum value, characterized in that in this case, an accumulator value is set to a starting value and in a number of test runs performed in succession a current speed value of the speed difference is detected and in dependence on the speed value an advantage value is formed and the advantage value is added to the accumulator value and, if the accumulator value meets a predetermined overtaking criterion, an overtaking signal is generated for allowing an overtaking maneuver, wherein in a test run, a period of time since which the detection device detects the other vehicle with a confidence value greater than a predetermined minimum confidence value is determined and if the period of time is less than a predetermined minimum period, the speed value or the advantage value is ignored and/or the accumulator value is reset to the starting value.
A polymer electrolyte membrane, having an ion cluster diameter of 2.96 to 4.00 nm and a converted puncture strength of 2.94 N(300 gf/50 μm) or more, comprising: a mixture of two or more fluorine-based electrolyte polymers, each of which has an ion-exchange group and has a monomer structure different from each other, wherein the ion cluster diameter and the converted puncture strength are measured as described in the experimental part of the description.
An electrically insulating shell suitable to be operatively associated to an electrical conductor comprising one or more pieces connected together, the insulating shell comprising a first half shell and a second half shell devised to be mutually connected together, characterized in that said first half shell and said second half shell are shaped so as to define, once connected together, a central part delimiting a substantially closed space encasing inside it a corresponding first portion of said electrical conductor, a first hollow portion protruding from a first side of said central part, said first hollow portion being in space communication with the inner space of said closed central part and adapted to surround a corresponding second portion of said electrical conductor suitable for connection to a contact piece of an electric circuit, and a second hollow portion protruding from said central part from a second side opposite to said first side, said second hollow portion being in space communication with the inner space of said closed central part and adapted to surround a corresponding third portion of said electrical conductor suitable for connection to a connection contact of a circuit breaker associated to said electrical circuit, and wherein at least one of said first half shell and second half shell comprises a shaped body having a plurality of reference notches adapted to allow cutting away portions of the shaped body itself.