mhurhangee/ep-ind-claims huggingface dataset:
A method for implementation in a vehicle, the method comprising: receiving environmental information about an environment of the vehicle from another vehicle or from a traffic infrastructure; validating the environmental information to generate reliability information about the environmental information, wherein validating comprises comparing the environmental information with sensor data from at least one sensor of the vehicle; receiving information about a sensor type of at least one sensor with which the environmental information from the other vehicle was determined, and further comprising selecting another sensor type on the basis of the information about the sensor type in order to compare the environmental information with the sensor data of the other sensor type; and transmitting the environmental information with the reliability information. validating the environmental information to generate reliability information about the environmental information, wherein validating comprises comparing the environmental information with sensor data from at least one sensor of the vehicle; receiving information about a sensor type of at least one sensor with which the environmental information from the other vehicle was determined, and further comprising selecting another sensor type on the basis of the information about the sensor type in order to compare the environmental information with the sensor data of the other sensor type; and transmitting the environmental information with the reliability information.
A process for the hot dip galvanization of an iron or steel article, comprising the following steps: a) degreasing the article in a degreasing bath; b) rinsing the article; c) pickling the article; d) rinsing the article; e) treating the article in a fluxing bath comprising between 360 and 550 g/l of a flux dissolved in water, said flux comprising from: 36 to 58 wt.% zinc chloride (ZnCl 2) (percent by weight of the total salt), 40 to 62 wt.% ammonium chloride (NH 4 Cl) and 2,0 to 10 wt.% NiCl 2, MnCl 2 or a mixture thereof, wherein the total of the above salts is 100 wt.% except for the usual impurities; f) drying the article or let dry it in ambient air; g) dipping the article in a hot dip galvanizing bath of zinc-200-500 ppm aluminum alloys to form a metal coating thereon; and h) cooling the article in water based solution or with air. a) degreasing the article in a degreasing bath; b) rinsing the article; c) pickling the article; d) rinsing the article; e) treating the article in a fluxing bath comprising between 360 and 550 g/l of a flux dissolved in water, said flux comprising from: 36 to 58 wt.% zinc chloride (ZnCl 2) (percent by weight of the total salt), 40 to 62 wt.% ammonium chloride (NH 4 Cl) and 2,0 to 10 wt.% NiCl 2, MnCl 2 or a mixture thereof, wherein the total of the above salts is 100 wt.% except for the usual impurities; f) drying the article or let dry it in ambient air; g) dipping the article in a hot dip galvanizing bath of zinc-200-500 ppm aluminum alloys to form a metal coating thereon; and h) cooling the article in water based solution or with air.
Remotely Piloted Aircraft System (RPAS) comprising at least one control unit housing means of control of the RPAS and at least two sets of aerial propulsion arms, each one of said aerial propulsion arms comprising one or several engines with associated propellers, the RPAS being capable of operating with either of the at least two sets of aerial propulsion arms and each of the RPAS's at least two sets of aerial propulsion arms being removable and replaceable by the RPAS's other set of at least two sets of aerial propulsion arms characterized in that the functional or constructive features of each of the RPAS's at least two sets of aerial propulsion arms are different from the functional or constructive features of the other set of the RPAS's at least two sets of aerial propulsion arms.
A method comprising: causing, at least in part, a segmentation of a computation closure into at least a first part and one or more second parts; and causing, at least in part, an encryption of the one or more second parts using the first part, characterized in that the first part is used as a public key of an identity-based encryption in encryption of the one or more second parts; determining one or more anonymization policies associated with the identity-based encryption, the computation closure, the first part, the one or more second parts, or a combination thereof, wherein the encryption is based, at least in part, on the one or more anonymization policies. causing, at least in part, a segmentation of a computation closure into at least a first part and one or more second parts; and causing, at least in part, an encryption of the one or more second parts using the first part, the first part is used as a public key of an identity-based encryption in encryption of the one or more second parts; determining one or more anonymization policies associated with the identity-based encryption, the computation closure, the first part, the one or more second parts, or a combination thereof, wherein the encryption is based, at least in part, on the one or more anonymization policies.
A storable fan, comprising a fan head, a support rod and a base that are connected detachably, wherein a first accommodating groove and a second accommodating groove are formed in the base, and the storable fan has a used state and a stored state; when the storable fan is in the used state, the fan head, the support rod and the base are connected sequentially; and when the storable fan is in the stored state, the fan head is stored in the first accommodating groove, and the support rod is stored in the second accommodating groove; the fan head comprises a guard and a connecting segment rotatably connected to the guard; and a fixing hole is formed in the base; when the storable fan is in the used state, a first end and a second end of the support rod are respectively connected to the connecting segment and the fixing hole; and the fixing hole and the first accommodating groove are formed in a same side of the base, and the second accommodating groove is formed in the other opposite side of the base; characterized in that when the storable fan is in the stored state, the connecting segment is fixed in the first accommodating groove. the fan head comprises a guard and a connecting segment rotatably connected to the guard; and a fixing hole is formed in the base; when the storable fan is in the used state, a first end and a second end of the support rod are respectively connected to the connecting segment and the fixing hole; and the fixing hole and the first accommodating groove are formed in a same side of the base, and the second accommodating groove is formed in the other opposite side of the base; characterized in that when the storable fan is in the stored state, the connecting segment is fixed in the first accommodating groove.
A self-propelled vehicle comprising: a chassis; first and second drive wheels connected to the chassis; first and second drive systems connected to the first and second drive wheels for independently controlling a rotational drive speed of each of the first and second drive wheels; a steering system for steering the vehicle comprising: a steering device, the steering device being an operator control; a steering actuator connected to the operator control; characterised by: a steering position sensor that produces a signal based on the position of the steering actuator; and a control unit that adjusts the rotational drive speed of the first drive wheel and the rotational drive speed of the second drive wheel based at least in part on the signal produced by the steering position sensor, a difference in rotational drive speed between the first and second drive wheels steering the vehicle. a chassis; first and second drive wheels connected to the chassis; first and second drive systems connected to the first and second drive wheels for independently controlling a rotational drive speed of each of the first and second drive wheels; a steering system for steering the vehicle comprising: a steering device, the steering device being an operator control; a steering actuator connected to the operator control; a steering device, the steering device being an operator control; a steering actuator connected to the operator control; characterised by: a steering position sensor that produces a signal based on the position of the steering actuator; and a control unit that adjusts the rotational drive speed of the first drive wheel and the rotational drive speed of the second drive wheel based at least in part on the signal produced by the steering position sensor, a difference in rotational drive speed between the first and second drive wheels steering the vehicle. a steering position sensor that produces a signal based on the position of the steering actuator; and a control unit that adjusts the rotational drive speed of the first drive wheel and the rotational drive speed of the second drive wheel based at least in part on the signal produced by the steering position sensor, a difference in rotational drive speed between the first and second drive wheels steering the vehicle.
An air conditioner comprising: an indoor temperature detection device which detects an indoor temperature; a human body detection device which detects a motion of a human body; and a remote control device which sets a reference indoor setting temperature; wherein when an activity amount based on the motion of the human body detected by the human body detection device is larger than a predetermined amount, the air conditioner controls an air condition so that the indoor temperature is adjusted to the reference indoor setting temperature set with the remote control device, when the activity amount is smaller than the predetermined amount, the air conditioner controls the air condition so that the indoor temperature is adjusted to a corrected indoor setting temperature obtained by adding a correction value to the reference indoor setting temperature, and characterized in that the correction value is varied so as to increase and decrease periodically in accordance with a predetermined pattern. an indoor temperature detection device which detects an indoor temperature; a human body detection device which detects a motion of a human body; and a remote control device which sets a reference indoor setting temperature; wherein
Dental prosthesis system made of ceramic, comprising an implant made of ceramic for osseointegration in a jaw bone and having a receiving opening, and an abutment made of ceramic and a bolt, the abutment having a through-bore for receiving the bolt, the bolt being produced from a fibre-reinforced thermoplastic and being configured to connect abutment and implant, and an anti-rotation arrangement, the anti-rotation arrangement being formed by first form-fit means arranged at a proximal end of the abutment and second form-fit means arranged at a distal end of the implant, wherein, when the first form-fit means engage in the second form-fit means, the first and second form-fit means (8, 7) are arranged at a distance from each other, such that the abutment, without an inserted bolt, is tiltable relative to the implant, and, with the bolt inserted, the bolt extends in the through-bore of the abutment and the receiving opening of the implant, an oversize fit being provided between the bolt and the receiving opening of the implant.
Method for sweetening a milk-containing fluid, wherein the milk-containing fluid is conducted through a sweetening means, in particular through a container filled with a sweetening means, wherein the process of conducting it through is undertaken by the milk-containing fluid being conducted through a volume which is occupied by the substance of which the sweetening means is composed, characterized in that the sweetening means is a liquid sweetening means, such as a syrup, and/or in that the sweetening means does not have dimensional stability.
A keyboard device comprising: an elastic portion that is provided on any one of a pair of opposed end faces (11a, 11b), is configured to abut on an abutting portion provided on a keyboard holding device, and to bias the keyboard device in a direction toward another end face from the one end face on which the elastic portion is provided; a first engaging portion that is provided on the one end face, and is configured to engage with a third engaging portion provided on the keyboard holding device; and a second engaging portion that is provided on the other end face, and is configured to engage with a fourth engaging portion provided on the keyboard holding device by the bias of the elastic portion. an elastic portion that is provided on any one of a pair of opposed end faces (11a, 11b), is configured to abut on an abutting portion provided on a keyboard holding device, and to bias the keyboard device in a direction toward another end face from the one end face on which the elastic portion is provided; a first engaging portion that is provided on the one end face, and is configured to engage with a third engaging portion provided on the keyboard holding device; and a second engaging portion that is provided on the other end face, and is configured to engage with a fourth engaging portion provided on the keyboard holding device by the bias of the elastic portion.
Device for separating a room, comprising a first and a second sheet metal facing secured at their periphery on either side of a frame, said facings (520, 521) having at least one opening passing through them, said opening being closed by at least one panel at least in part translucent or transparent, said panel being housed between said first and second facings, at least one of said first and second facings comprising an inner edge delimiting said opening, at least one of said inner edges being folded towards the inside of said device for separating, characterised in that the bending angle (α) of said at least one inner edge bent towards the inside of said device for separating, with respect to the plane of the corresponding facing, is comprised between 30 and 75°. at least one of said first and second facings comprising an inner edge delimiting said opening, at least one of said inner edges being folded towards the inside of said device for separating, characterised in that the bending angle (α) of said at least one inner edge bent towards the inside of said device for separating, with respect to the plane of the corresponding facing, is comprised between 30 and 75°.
An induction-powered device for use in an alternating magnetic field, the induction-powered device comprising: a bobbin having a pair of opposing flanges (68, 76) and a magnetically permeable core therebetween, the bobbin including at least two constituent parts (64, 66) that connect to form the pair of opposing flanges (68, 76) and the core (70, 78), wherein the at least two constituent parts (64, 66) of the bobbin comprise: a female bobbin having a first flange of the pair of opposing flanges (68, 76) and a female core portion; and a male bobbin having a second flange of the pair of opposing flanges (68, 76) and a male core portion for mating with the female core portion, wherein the male core portion and the female core portion define the core (70, 78) of the bobbin when mated; an electrically conductive coil surrounding the core (70, 78); and an electrical load electrically connected to the coil, wherein the coil is configured to generate a voltage when exposed to the alternating magnetic field, to power the electrical load, and wherein the at least two constituent parts (64, 66), when separate, permit the coil to be positioned around at least a portion of the core and, when connected, retain the coil around the core (70, 78), characterised in that the electrical load is nested within the core (70,78). a bobbin having a pair of opposing flanges (68, 76) and a magnetically permeable core therebetween, the bobbin including at least two constituent parts (64, 66) that connect to form the pair of opposing flanges (68, 76) and the core (70, 78), wherein the at least two constituent parts (64, 66) of the bobbin comprise: a female bobbin having a first flange of the pair of opposing flanges (68, 76) and a female core portion; and a male bobbin having a second flange of the pair of opposing flanges (68, 76) and a male core portion for mating with the female core portion, wherein the male core portion and the female core portion define the core (70, 78) of the bobbin when mated; a female bobbin having a first flange of the pair of opposing flanges (68, 76) and a female core portion; and a male bobbin having a second flange of the pair of opposing flanges (68, 76) and a male core portion for mating with the female core portion, wherein the male core portion and the female core portion define the core (70, 78) of the bobbin when mated; an electrically conductive coil surrounding the core (70, 78); and an electrical load electrically connected to the coil, wherein the coil is configured to generate a voltage when exposed to the alternating magnetic field, to power the electrical load, and wherein the at least two constituent parts (64, 66), when separate, permit the coil to be positioned around at least a portion of the core and, when connected, retain the coil around the core (70, 78), characterised in that the electrical load is nested within the core (70,78).
A management device, comprising: a WAN interface to communicably interface the management device with a WAN; a LAN interface to communicably interface the management device with a LAN; a collection module to collect LAN information from the LAN and WAN information from the WAN; an analysis module to jointly analyze the collected WAN information and the collected LAN information to identify an operational condition; and an implementation module to initiate a management event responsive to the operational condition being identified. a WAN interface to communicably interface the management device with a WAN; a LAN interface to communicably interface the management device with a LAN; a collection module to collect LAN information from the LAN and WAN information from the WAN; an analysis module to jointly analyze the collected WAN information and the collected LAN information to identify an operational condition; and an implementation module to initiate a management event responsive to the operational condition being identified.
A multi-spool gas turbine engine comprising: a low pressure spool and a high pressure spool rotatable independently of one another about a central axis, the LP spool having an LP compressor and an LP turbine, the HP spool having an HP turbine and an HP compressor; the engine further comprising, an accessory gear box (50; 50"); the multi-spool gas turbine engine being characterised in that a tower shaft is drivingly connecting the AGB (50; 50") to the HP spool, the AGB (50; 50") being disposed on the engine so that the central axis extends through the AGB (50; 50"), wherein the LP compressor is axially positioned between the HP compressor and the AGB (50; 50"). a low pressure spool and a high pressure spool rotatable independently of one another about a central axis, the LP spool having an LP compressor and an LP turbine, the HP spool having an HP turbine and an HP compressor; the engine further comprising, an accessory gear box (50; 50"); the multi-spool gas turbine engine being characterised in that a tower shaft is drivingly connecting the AGB (50; 50") to the HP spool, the AGB (50; 50") being disposed on the engine so that the central axis extends through the AGB (50; 50"), wherein the LP compressor is axially positioned between the HP compressor and the AGB (50; 50").
A system for determining a thickness of a range shifter to attain target dose coverage in ion beam treatment, wherein the range shifter is for use in a machine for radiation treatment of a target volume, the system comprising: a data processor; and a memory, said memory containing instructions executable by said data processor; wherein the data processor is configured to: - receive input parameters, comprising: a radiation energy parameter; a range shifter material parameter; beam characteristic parameters, and object geometry information comprising image data and information on respective densities of one or more regions in the image data; and - calculate, for each of at least one delivery direction, a range shifter thickness, based on the input parameters, which will deliver the optimum dose conformity. a data processor; and a memory, said memory containing instructions executable by said data processor; wherein the data processor is configured to: - receive input parameters, comprising: a radiation energy parameter; a range shifter material parameter; beam characteristic parameters, and object geometry information comprising image data and information on respective densities of one or more regions in the image data; and - calculate, for each of at least one delivery direction, a range shifter thickness, based on the input parameters, which will deliver the optimum dose conformity. - receive input parameters, comprising: a radiation energy parameter; a range shifter material parameter; beam characteristic parameters, and object geometry information comprising image data and information on respective densities of one or more regions in the image data; and a radiation energy parameter; a range shifter material parameter; beam characteristic parameters, and object geometry information comprising image data and information on respective densities of one or more regions in the image data; - calculate, for each of at least one delivery direction, a range shifter thickness, based on the input parameters, which will deliver the optimum dose conformity.
Copper-tin continuous casting alloy which is lead-free, i.e. lead is not actively added as an alloying element and an impurity-related residual amount of lead of at most 0.10 wt.% is present, in particular for the production of machine parts or gear parts, such as in particular gear wheels, worm wheels, bushings or linear guide parts, or for the production of fittings for the conduction of fluids, comprising 9.0 - 15.0 wt.% tin, 0.1 - 2.0 wt.% indium, 0.2 - 0.8 wt.% sulfur, wherein the sum of the weight percentage of indium and sulfur is 0.5 - 2.0 wt.%, and further optionally comprising the following alloying elements up to 0.20 wt.% iron, up to 2.5 wt.% nickel, up to 0.30 wt.% antimony, up to 0.50 wt.% manganese, up to 0.3 wt.% phosphorus, up to 0.5 wt.% zinc, and impurity-related elements in each case up to at most 0.10 wt.% and in total up to at most 0.5 wt.%, and the remainder copper. 9.0 - 15.0 wt.% tin, 0.1 - 2.0 wt.% indium, 0.2 - 0.8 wt.% sulfur, wherein the sum of the weight percentage of indium and sulfur is 0.5 - 2.0 wt.%, and further optionally comprising the following alloying elements up to 0.20 wt.% iron, up to 2.5 wt.% nickel, up to 0.30 wt.% antimony, up to 0.50 wt.% manganese, up to 0.3 wt.% phosphorus, up to 0.5 wt.% zinc, and impurity-related elements in each case up to at most 0.10 wt.% and in total up to at most 0.5 wt.%, and the remainder copper.