mhurhangee/patent-ind-claim-en huggingface dataset:
An Al-based alloy plated steel material having excellent post-coating corrosion resistance, the Al-based alloy plated steel material comprising: a steel material and a coating layer formed on a surface of the steel material, wherein the coating layer comprises: an Al-based alloy plating layer formed on the surface of the steel material; a layer containing ZnO and formed above a surface of the Al-based alloy plating layer; and a ZnAl 2 O 4 layer with a thickness of not less than 0.05 μm nor more than 2 μm, formed between the Al-based alloy plating layer and the layer containing ZnO; and wherein the Al-based alloy plating layer contains, in mass%, not less than 10% nor more than 50% Fe and not less than 3% nor more than 15% Si; and wherein the ZnAl 2 O 4 layer is present immediately on the Al-based alloy plating layer; and wherein the layer containing ZnO is on the uppermost surface of the Al-based alloy plated steel material. an Al-based alloy plating layer formed on the surface of the steel material; a layer containing ZnO and formed above a surface of the Al-based alloy plating layer; and a ZnAl 2 O 4 layer with a thickness of not less than 0.05 μm nor more than 2 μm, formed between the Al-based alloy plating layer and the layer containing ZnO; and wherein the Al-based alloy plating layer contains, in mass%, not less than 10% nor more than 50% Fe and not less than 3% nor more than 15% Si; and wherein the ZnAl 2 O 4 layer is present immediately on the Al-based alloy plating layer; and wherein the layer containing ZnO is on the uppermost surface of the Al-based alloy plated steel material.
A method of setting up a wireless ad hoc network comprising: constructing an initial network graph by a source device , the network graph representing the source device , at least one intermediate device, and at least one communication path between the source device and the intermediate device; the method being characterized by comprising: sending the initial network graph to the intermediate device and requesting an update; receiving a second network graph from the intermediate device in response to sending the initial network graph; and determining an updated network graph by performing a union of the initial network graph and the second network graph. sending the initial network graph to the intermediate device and requesting an update; receiving a second network graph from the intermediate device in response to sending the initial network graph; and determining an updated network graph by performing a union of the initial network graph and the second network graph.
Protection casing , for an operator device having a touchscreen for a medical apparatus, consisting of a lower casing part and an upper casing part , wherein the lower casing part is designed to be dimensionally stable, the lower casing part is formed such that an inside thereof is adapted to areas of sides and of a backside of the operator device , and it comprises a circumferential surface for continuously fixing the upper casing part , the upper casing part is designed as a transparent foil and it is as elastic as a targeted transmission of an operation of the upper casing part to the touchscreen is possible, and it comprises an area where it can be fixed to the circumferential surface of the lower casing part , and the upper casing part is joined to the lower casing part in a liquid-tight manner so that the operator device is enclosed by the protection casing in a liquid-tight manner, the upper casing part and the lower casing part consist of an identical material, and have the same wall thickness, and a higher rigidity for the lower casing part with respect to the upper casing part results from a shaping via a geometry. wherein the lower casing part is designed to be dimensionally stable, the lower casing part is formed such that an inside thereof is adapted to areas of sides and of a backside of the operator device , and it comprises a circumferential surface for continuously fixing the upper casing part , the upper casing part is designed as a transparent foil and it is as elastic as a targeted transmission of an operation of the upper casing part to the touchscreen is possible, and it comprises an area where it can be fixed to the circumferential surface of the lower casing part , and the upper casing part is joined to the lower casing part in a liquid-tight manner so that the operator device is enclosed by the protection casing in a liquid-tight manner, the upper casing part and the lower casing part consist of an identical material, and have the same wall thickness, and a higher rigidity for the lower casing part with respect to the upper casing part results from a shaping via a geometry.
A control method of a lawn mower robot being configured to be operated in a work area defined by a boundary indication unit, comprising: sensing (S10) whether or not an obstacle is present during driving at a normal velocity; characterized by : decelerating (S20) the lawn mower robot, when the obstacle is sensed, to different velocities according to a distance between the obstacle and the lawn mower robot; sensing (S30) whether or not the lawn mower robot collides with the obstacle in the decelerated state; and driving differently the lawn mower robot between if a collision of the lawn mower robot with the obstacle is sensed and if a collision of the lawn mower robot with the obstacle is not sensed. sensing (S10) whether or not an obstacle is present during driving at a normal velocity; characterized by : decelerating (S20) the lawn mower robot, when the obstacle is sensed, to different velocities according to a distance between the obstacle and the lawn mower robot; sensing (S30) whether or not the lawn mower robot collides with the obstacle in the decelerated state; and driving differently the lawn mower robot between if a collision of the lawn mower robot with the obstacle is sensed and if a collision of the lawn mower robot with the obstacle is not sensed. decelerating (S20) the lawn mower robot, when the obstacle is sensed, to different velocities according to a distance between the obstacle and the lawn mower robot; sensing (S30) whether or not the lawn mower robot collides with the obstacle in the decelerated state; and driving differently the lawn mower robot between if a collision of the lawn mower robot with the obstacle is sensed and if a collision of the lawn mower robot with the obstacle is not sensed.
A wireless terminal comprising: receiver unit configured to receive from an access node first access control information and to separately receive from the access node second access control information, the first access control information comprising first access barring information for a first core network, the second access control information comprising second access barring information for a second core network; processor unit configured to: generate an access attempt; perform, based on the first access barring information, a first access control procedure to determine whether the access attempt is allowed or barred for the first core network, and to perform, based on the second access barring information, a second access control procedure to determine whether the access attempt is allowed or barred for the second core network; and transmitter unit configured to transmit an access request for the first core network, in case that the access attempt is allowed by the first access control procedure and, an access request for the second core network, in case that the access attempt is barred by the first access control procedure but the access attempt is allowed by the second access control procedure. receiver unit configured to receive from an access node first access control information and to separately receive from the access node second access control information, the first access control information comprising first access barring information for a first core network, the second access control information comprising second access barring information for a second core network; processor unit configured to: generate an access attempt; perform, based on the first access barring information, a first access control procedure to determine whether the access attempt is allowed or barred for the first core network, and to perform, based on the second access barring information, a second access control procedure to determine whether the access attempt is allowed or barred for the second core network; and generate an access attempt; perform, based on the first access barring information, a first access control procedure to determine whether the access attempt is allowed or barred for the first core network, and to perform, based on the second access barring information, a second access control procedure to determine whether the access attempt is allowed or barred for the second core network; and transmitter unit configured to transmit an access request for the first core network, in case that the access attempt is allowed by the first access control procedure and, an access request for the second core network, in case that the access attempt is barred by the first access control procedure but the access attempt is allowed by the second access control procedure. an access request for the first core network, in case that the access attempt is allowed by the first access control procedure and, an access request for the second core network, in case that the access attempt is barred by the first access control procedure but the access attempt is allowed by the second access control procedure.
A fastening set in conjunction with a fibre composite component , with a fastening element , comprising a shank introduced into a through-bore of the fibre composite component and a flange which is widened on the rear side of the component, and with a screwing element which can be connected to the shank from the front side of the component, characterised in that the fastening element , on that shank end which is remote from the flange , is supported slidably on the front side of the component such, and the cross-sectional geometry of the shank and of the through-bore of the fibre composite component is configured such, that the fastening element in the pre-mounted state can be positioned in a limitedly displaceable manner transversely to the shank axis within a two-dimensional tolerance field, but secured against rotation about the shank axis in the component bore, and in the tightened state of the screwing element is braced tightly in the position within the tolerance field with the fibre composite component .
A method of controlling a conveyor system including a plurality of zones , connected in series, each zone having a conveyor assembly , the plurality of zones including a first zone having a plurality of regions including a first region and a second region which is downstream from the first region in the direction of conveying from infeed of articles to discharge of articles with each region configured to accommodate an article , the method comprising: receiving a first article in the first zone ; determining a position of the first article in the first zone with a first controller that is in communication with controllers for adjacent zones; if the first zone is in an accumulation mode in which articles are accumulated in the zone , controlling the conveyor assembly of the first zone with the first controller so that the article remains positioned in the first region or is moved and positioned in the first region of the plurality of regions ; and if the first zone is not in an accumulation mode, controlling the conveyor assembly of the first zone with the first controller so that the article remains positioned in the second region or is moved and positioned in the second region of the plurality of regions . receiving a first article in the first zone ; determining a position of the first article in the first zone with a first controller that is in communication with controllers for adjacent zones; if the first zone is in an accumulation mode in which articles are accumulated in the zone , controlling the conveyor assembly of the first zone with the first controller so that the article remains positioned in the first region or is moved and positioned in the first region of the plurality of regions ; and if the first zone is not in an accumulation mode, controlling the conveyor assembly of the first zone with the first controller so that the article remains positioned in the second region or is moved and positioned in the second region of the plurality of regions .
An air conditioner comprising: a housing having a front surface including a plurality of openings and a side surface having a side opening ; a door plate located to correspond to a first opening among the plurality of openings ; a display plate located to correspond to a second opening among the plurality of openings ; a projector located inside the housing and configured to output an image; and a controller configured to control the projector to selectively output an image onto either one or both of the display plate and the periphery of the air conditioner, wherein the image is output to the periphery of the air conditioner through the side opening . a housing having a front surface including a plurality of openings and a side surface having a side opening ; a door plate located to correspond to a first opening among the plurality of openings ; a display plate located to correspond to a second opening among the plurality of openings ; a projector located inside the housing and configured to output an image; and a controller configured to control the projector to selectively output an image onto either one or both of the display plate and the periphery of the air conditioner, wherein the image is output to the periphery of the air conditioner through the side opening .
A portable hair dryer comprising a DC motor to drive a blower of said hair dryer , said blower being disposed between said DC motor and a suction section to draw the outside air by the blower to pass the same through a heater to heat it and circulate towards an exit section , said heater comprising a plurality of resistor elements and said portable hair dryer comprising at least one battery to supply power to said DC motor , blower and heater characterized in that ; said portable hair dryer comprises a boost converter energizing said DC motor to drive said blower in the manner that the output voltage level of the boost converter is adjustable by varying the duty cycle of a power switch of said boost converter , said heater comprises at least two resistor elements selectively supplied power by a plurality of switches and, wherein the voltage level applied to the fan blower is different from the voltage level applied to the heater's heating resistors in the manner that the output voltage level of the boost converter is increased and the speed of the blower is increased independently from the heating level of the heater .
Process for separating a first compound from an aqueous feed stream wherein the first compound is dissolved, comprising: - adding a crystallisation agent to said feed stream, thereby causing at least part of said first compound to crystallise, resulting in a mixture of crystals and a liquid, - separating at least part of the crystals from the liquid, leaving a supernatant, - subjecting at least part of the supernatant to a membrane separation process, thereby reducing the mass fraction of water in the supernatant and producing a concentrate; wherein the crystallisation agent comprises a second compound with a higher solubility in water than the first compound; characterized in that said second compound comprises a compound dissolved in the feed stream different from the first compound, wherein the second compound comprises an inorganic salt, wherein said membrane separation process comprises membrane distillation, osmotic distillation or a combination of both, wherein the method further comprises adding at least part of the concentrate to said feed stream as crystallisation agent. - adding a crystallisation agent to said feed stream, thereby causing at least part of said first compound to crystallise, resulting in a mixture of crystals and a liquid, - separating at least part of the crystals from the liquid, leaving a supernatant, - subjecting at least part of the supernatant to a membrane separation process, thereby reducing the mass fraction of water in the supernatant and producing a concentrate;
Current-carrying profile connector comprising plug-in contacts and an insulating-material housing which has receiving chambers for receiving in each case one plug-in contact , conductor insertion openings on a first end side of the insulating-material housing , which conductor insertion openings open out into in each case one receiving chamber , and plug-in openings on a second end side of the insulating-material housing , which second end side is situated diametrically opposite the first end side and provides access into in each case one receiving chamber , wherein the plug-in contacts have, on that side which faces a conductor insertion opening , a conductor connection contact with a clamping spring for clamping-on an electrical conductor and, on that side which faces a plug-in opening , a fork contact , which is formed from at least one pair of spring arms with two spring arms which are situated opposite one another, or a blade contact , which is formed from a contact lug which protrudes in a plug-in direction (S), characterized - in that the plug-in contacts are received in a respective receiving chamber such that they can be displaced in a plug-in direction (S) which extends from the first end side to the second end side of the insulating-material housing , and - in that the plug-in contacts have a stop between the clamping spring of the conductor connection contact and the fork or blade contact for an electrical conductor which is clamped to the conductor connection contact to bear against, wherein the clamping spring is positioned obliquely with respect to the plug-in direction (S) so as to point towards the stop . - in that the plug-in contacts are received in a respective receiving chamber such that they can be displaced in a plug-in direction (S) which extends from the first end side to the second end side of the insulating-material housing , and - in that the plug-in contacts have a stop between the clamping spring of the conductor connection contact and the fork or blade contact for an electrical conductor which is clamped to the conductor connection contact to bear against, wherein the clamping spring is positioned obliquely with respect to the plug-in direction (S) so as to point towards the stop .
A control device for monitoring and controlling an engine including an injector configured to supply fuel into a cylinder and an in-cylinder pressure sensor (SN3) configured to detect an in-cylinder pressure being a pressure inside the cylinder , comprising: a processor configured to determine whether combustion of a mixture gas inside the cylinder is abnormal based on a detection value of the in-cylinder pressure sensor (SN3), wherein the processor is configured to determine that abnormal combustion has occurred, when an in-cylinder pressure intensity, that is a spectrum value of a frequency component less than a given reference frequency in an in-cylinder pressure waveform detected by the in-cylinder pressure sensor (SN3), is greater than or equal to a given determination intensity; and an ignition plug configured to ignite the mixture gas inside the cylinder at a given ignition timing, characterized in that the processor is configured to control the injector to retard a fuel injection timing, when an index period which is a period from the ignition timing to a timing of completion of combustion of 50% of fuel supplied to the cylinder in one combustion cycle, is shorter than a given determination period and the in-cylinder pressure intensity is greater than or equal to the determination intensity. a processor configured to determine whether combustion of a mixture gas inside the cylinder is abnormal based on a detection value of the in-cylinder pressure sensor (SN3), wherein the processor is configured to determine that abnormal combustion has occurred, when an in-cylinder pressure intensity, that is a spectrum value of a frequency component less than a given reference frequency in an in-cylinder pressure waveform detected by the in-cylinder pressure sensor (SN3), is greater than or equal to a given determination intensity; and an ignition plug configured to ignite the mixture gas inside the cylinder at a given ignition timing, characterized in that the processor is configured to control the injector to retard a fuel injection timing, when an index period which is a period from the ignition timing to a timing of completion of combustion of 50% of fuel supplied to the cylinder in one combustion cycle, is shorter than a given determination period and the in-cylinder pressure intensity is greater than or equal to the determination intensity.
A reciprocating saw blade comprising: an elongated body having a front end portion , a rear end portion , an elongated cutting edge extending from the front end portion to the rear end portion and defining a longitudinal axis, and an opposite non-cutting back edge extending from the front end portion to the rear end portion, the body having a thickness of approximately 0.89 mm to approximately 1.15 mm; and a tang coupled to the rear end portion , the tang being configured to be coupled to a tool holder of a powered reciprocating saw, wherein the cutting edge comprises a plurality of teeth and gullets , the teeth having a kerf width K from approximately 1.29 mm to approximately 1.56 mm, characterized by said teeth being further arranged in a pattern of alternating tooth pitch of a smaller first tooth pitch and a larger second tooth pitch, each tooth having a positive rake angle between approximately 5° and approximately 15°. an elongated body having a front end portion , a rear end portion , an elongated cutting edge extending from the front end portion to the rear end portion and defining a longitudinal axis, and an opposite non-cutting back edge extending from the front end portion to the rear end portion, the body having a thickness of approximately 0.89 mm to approximately 1.15 mm; and a tang coupled to the rear end portion , the tang being configured to be coupled to a tool holder of a powered reciprocating saw, wherein the cutting edge comprises a plurality of teeth and gullets , the teeth having a kerf width K from approximately 1.29 mm to approximately 1.56 mm, characterized by said teeth being further arranged in a pattern of alternating tooth pitch of a smaller first tooth pitch and a larger second tooth pitch, each tooth having a positive rake angle between approximately 5° and approximately 15°.