mhurhangee/ep-ind-claims huggingface dataset:
An electrode boiler featuring variable and controlled output for producing hot water for the purpose of heating closed areas, comprising: an area sensor; a water sensor; an electronic processing unit coupled to the area and water sensors; a power unit controlled by the electronic processing unit; a priority controller connected to the power unit and connectable to a panel-board; a cylindrical metal rod; a metal neutral spacer coupled to the cylindrical metal rod; a plastic core container around the cylindrical metal rod and spaced apart from the cylindrical metal rod with the metal neutral spacer; curved metal plates arranged inside the plastic core, each metal plate connected to the power unit with electrodes; and screws connecting and sealing the electrodes; wherein the cylindrical metal rod is connected to the power unit to heat liquid flowing inside the plastic core by generating heat when alternating current flows intermittently via electrical impulses generated by the power unit and determined by the electronic processing unit; and the priority controller is configured to distribute power from the power unit to the boiler and to other appliances connected to the panel board based on consumption information of the other appliances. an area sensor; a water sensor; an electronic processing unit coupled to the area and water sensors; a power unit controlled by the electronic processing unit; a priority controller connected to the power unit and connectable to a panel-board; a cylindrical metal rod; a metal neutral spacer coupled to the cylindrical metal rod; a plastic core container around the cylindrical metal rod and spaced apart from the cylindrical metal rod with the metal neutral spacer; curved metal plates arranged inside the plastic core, each metal plate connected to the power unit with electrodes; and screws connecting and sealing the electrodes; wherein the cylindrical metal rod is connected to the power unit to heat liquid flowing inside the plastic core by generating heat when alternating current flows intermittently via electrical impulses generated by the power unit and determined by the electronic processing unit; and the priority controller is configured to distribute power from the power unit to the boiler and to other appliances connected to the panel board based on consumption information of the other appliances.
System for avoiding collisions between a loading device with a loading arm and a load vehicle, comprising a position detection device for the loading arm assigned to the loading device, an obstacle detection device assigned to the loading device for detecting obstacles in the vicinity of the loading arm, and a control device for controlling loading functions as a function of a distance (a) between the loading arm and an obstacle detected by the obstacle detection device, wherein the obstacle detection device determines the position of the load vehicle in space, characterized in that the obstacle detection device comprises at least one active sensor assigned to the load vehicle, which active sensor is directed towards the surroundings of the load vehicle, in that a virtual safety area, which is spanned by the active sensor and enclosing a driver's cab of the load vehicle is detected and/or calculated, and in that the control device controls the loading arm in such a way that a collision of the loading arm with the virtual safety area and, if necessary, with the trough is avoided.
A terminal board for fastening electrical lines (7, 8, 9), with a first connecting element for an electrical line and with at least one threaded hole so as to fasten another connecting element of an electrical line by way of a screw that can be screwed into the threaded hole, characterized in that the terminal board comprises a cylindrical insert including the threaded hole, which is inserted into a cut-out of the terminal board and comprises an end section that projects from a surface area of the terminal board, whereby the end section is joined to the connecting element by way of plastic deformation.
Method for transporting a number of rectangular objects to predetermined destinations, wherein for at least one object to be transported - at least one computer-evaluable image of the object to be transported is generated, wherein this image shows at least one surface of the object, - it is determined, by automatic image evaluation of this image for at least one of a number of predetermined optically detectable characteristics, which value this characteristic assumes for this image of the object, - the identification characteristic values vector generated by image evaluation of the image of the object is automatically compared with stored registration characteristic values vectors, wherein these stored registration characteristic values vectors used for comparison purposes belong to data records of a number of objects, wherein a data record for a respective object comprises six registration characteristic values vectors and wherein each of the six registration characteristic values vectors for each one of six surfaces of the object specifies a value for each predetermined optically detectable characteristic, and - then, if the identification characteristic values vector corresponds with a stored registration characteristic values vector sufficiently accurately, a message is generated, wherein this message comprises an item of information relating to the object to which the data record with the stored registration characteristic values vector, which is identified as corresponding therewith, belongs, and wherein the message can be used for the further transportation of this object. - at least one computer-evaluable image of the object to be transported is generated, wherein this image shows at least one surface of the object, - it is determined, by automatic image evaluation of this image for at least one of a number of predetermined optically detectable characteristics, which value this characteristic assumes for this image of the object, - the identification characteristic values vector generated by image evaluation of the image of the object is automatically compared with stored registration characteristic values vectors, wherein these stored registration characteristic values vectors used for comparison purposes belong to data records of a number of objects, wherein a data record for a respective object comprises six registration characteristic values vectors and wherein each of the six registration characteristic values vectors for each one of six surfaces of the object specifies a value for each predetermined optically detectable characteristic, and - then, if the identification characteristic values vector corresponds with a stored registration characteristic values vector sufficiently accurately, a message is generated, wherein this message comprises an item of information relating to the object to which the data record with the stored registration characteristic values vector, which is identified as corresponding therewith, belongs, and wherein the message can be used for the further transportation of this object.
An apparatus for measuring material properties of an object of ferromagnetic material, the material properties comprising stress, the apparatus comprising: - a probe, the probe comprising an electromagnet core defining two spaced-apart poles for inducing a magnetic field in the object, so the faces of the poles define four corners of the probe, and a drive coil wound around the electromagnet core; - an alternating current supply to supply an alternating electric current to the drive coil to generate an alternating magnetic field in the electromagnet core and consequently in the object; and - the probe also comprising at least four sensing coils, at least two sensing coils being arranged in the vicinity of each of the poles, for sensing the magnetic flux density that links the core and the object, wherein there are two sensing coils arranged on the face of each pole, so that in use each sensing coil is between the face of the pole and the surface of the object, attached at opposite ends of the pole face so one sensing coil is at each corner of the probe;wherein the object of ferromagnetic material is a steel wire embedded within a non-magnetic covering material, in a flexible oilfield riser, and the sensor coils on the face of each pole are sufficiently small that if the probe is suitably oriented each one is sensitive to a different steel wire within the riser. - a probe, the probe comprising an electromagnet core defining two spaced-apart poles for inducing a magnetic field in the object, so the faces of the poles define four corners of the probe, and a drive coil wound around the electromagnet core; - an alternating current supply to supply an alternating electric current to the drive coil to generate an alternating magnetic field in the electromagnet core and consequently in the object; and - the probe also comprising at least four sensing coils, at least two sensing coils being arranged in the vicinity of each of the poles, for sensing the magnetic flux density that links the core and the object,
An ultrahigh strength steel Q960E thick plate, wherein the ultrahigh strength steel Q960E thick plate comprises chemical components including, by mass percent, C: 0.15%-0.18%, Si: 0.20%-0.50%, Mn: 0.80%-1.30%, P: ≤0.010%, S: ≤0.003%, Cr: 0.30%-0.50%, Mo: 0.40%-0.60%, Ni: 0.80%-1.0%, Ti: 0.008%-0.030%, Nb: 0.015%-0.050%, B: 0.0008%-0.0025% and the balance: Fe and unavoidable impurities, the ultrahigh strength steel Q960E having a yield strength greater than 960 MPa measured according to GB/T228-2002 as defined in the description.
A driver laser assembly for an EUV radiation generating device, comprising: a radiation source, which is designed to generate a first laser pulse having a first wavelength (λ 1) and a second, temporally subsequent laser pulse having a second wavelength (λ 2), and an amplifier assembly having at least one optical amplifier (4a-c) for amplifying the first laser pulse and the second laser pulse, a superposition unit for superimposing the beam paths of the two laser pulses (11a, 11b) upstream of the amplifier assembly, so that the two laser pulses (11a, 11b) pass the amplifier assembly along a common beam path, characterized in that the amplifier assembly has at least one wavelength-selective optical element (13a, 13b, 13c) arranged in the common beam path of the laser pulses (11a, 11b) downstream of the superposition unit, which is designed to attenuate the first laser pulse at the first wavelength (λ 1) more strongly than the second laser pulse at the second wavelength (λ 2). a radiation source, which is designed to generate a first laser pulse having a first wavelength (λ 1) and a second, temporally subsequent laser pulse having a second wavelength (λ 2), and an amplifier assembly having at least one optical amplifier (4a-c) for amplifying the first laser pulse and the second laser pulse, a superposition unit for superimposing the beam paths of the two laser pulses (11a, 11b) upstream of the amplifier assembly, so that the two laser pulses (11a, 11b) pass the amplifier assembly along a common beam path, characterized in that the amplifier assembly has at least one wavelength-selective optical element (13a, 13b, 13c) arranged in the common beam path of the laser pulses (11a, 11b) downstream of the superposition unit, which is designed to attenuate the first laser pulse at the first wavelength (λ 1) more strongly than the second laser pulse at the second wavelength (λ 2).
Biomass gasifier, comprising a reactor that has a reactor chamber, a supply line leading into the reactor chamber, and a distribution element which is arranged in the reactor chamber, the distribution element comprising a connection for the supply line, which line supplies a gasification medium to the distribution element, the connection of the distribution element being connected to the supply line and the supply line being designed as a tube and the reactor comprising a number of side nozzles (160, 162, 164, 166) which are arranged in a reactor wall that surrounds the reactor chamber, the side nozzles (160, 162, 164, 166) being fluidically connected to the supply line in order to blow the gasification medium into the reactor chamber from the sides, the distribution element comprising a number of outlet openings (220, 230, 240) which are fluidically connected to the connection, characterized in that the outlet openings (220, 230, 240) are arranged along a plurality of mutually spaced peripheral lines (225, 235, 245), the outlet openings (220, 230, 240) being designed to distribute the gasification medium along each peripheral line (225, 235, 245) laterally around the distribution element and the reactor chamber being delimited at the bottom by a first grating, the first grating being rigidly connected to the supply line, which is designed as a tube, such that said grating can be rotated together with the tube, and a second grating that is rigidly connected to the reactor wall being arranged below the first grating.
A syringe, in particular an anesthesia syringe having a feeding plunger which is longitudinally displaceably so that it can be displaced over a first hydraulic compartment and a second hydraulic compartment, wherein the first and second hydraulic compartments are connected by means of a first control element so that the resistance can be regulated, wherein the first control element can be operated by means of a switch element, and the switch element is an actuating pin, characterized in that the actuating pin is assigned to a first check valve, so that the first check valve can be actuated by means of the actuating pin.
A nickel braze alloy composition comprising: a blend including 20wt% - 80wt% of a first nickel alloy and 20wt% - 80wt% of a second nickel alloy, the first nickel alloy having a first composition consisting of 4.75wt% - 10.5wt% of chromium, 5.5wt% - 6.7wt% of aluminum, up to 13wt% cobalt, 3.75wt% - 9.0wt% of tantalum, 1.3wt% - 2.25wt% of molybdenum, 3.0wt% - 6.8wt% of tungsten, 2.6wt% - 3.25wt% of rhenium, up to 0.02wt% of boron, 0.05wt% - 2.0wt% of hafnium, up to 0.14wt% of carbon, up to 0.35wt% of zirconium, and a balance of nickel, and the second nickel alloy having a second composition consisting of 21.25wt% - 22.75wt% of chromium, 5.7wt% - 6.3wt% of aluminum, 11.5wt% - 12.5wt% of cobalt, 5.7wt% - 6.3wt% of silicon, boron in an amount no greater than 1.0wt%, and a balance of nickel. a blend including 20wt% - 80wt% of a first nickel alloy and 20wt% - 80wt% of a second nickel alloy, the first nickel alloy having a first composition consisting of 4.75wt% - 10.5wt% of chromium, 5.5wt% - 6.7wt% of aluminum, up to 13wt% cobalt, 3.75wt% - 9.0wt% of tantalum, 1.3wt% - 2.25wt% of molybdenum, 3.0wt% - 6.8wt% of tungsten, 2.6wt% - 3.25wt% of rhenium, up to 0.02wt% of boron, 0.05wt% - 2.0wt% of hafnium, up to 0.14wt% of carbon, up to 0.35wt% of zirconium, and a balance of nickel, and the second nickel alloy having a second composition consisting of 21.25wt% - 22.75wt% of chromium, 5.7wt% - 6.3wt% of aluminum, 11.5wt% - 12.5wt% of cobalt, 5.7wt% - 6.3wt% of silicon, boron in an amount no greater than 1.0wt%, and a balance of nickel.
Method for generating a secret or a key in a network, wherein the network has at least a first subscriber and a second subscriber with a common transmission channel between at least the first subscriber and the second subscriber, wherein the first and second subscribers (21, 22) can each pass at least a first value and a second value to the transmission channel, characterized in that the first subscriber prompts a first subscriber value sequence and the second subscriber prompts a second subscriber value sequence for largely synchronous transmission with respect to one another on the transmission channel, and in that the first subscriber generates a common secret or a common key on the basis of information relating to the first subscriber value sequence and on the basis of a superimposition value sequence resulting from superimposition of the first subscriber value sequence and the second subscriber value sequence on the transmission channel, and in that the second subscriber generates the common secret or the common key on the basis of information relating to the second subscriber value sequence and on the basis of the superimposition value sequence resulting from the superimposition of the first subscriber value sequence and the second subscriber value sequence on the transmission channel.
A communication method, wherein the method comprises: determining, by a terminal device, first uplink control information and second uplink control information, wherein a length of a time domain resource corresponding to the first uplink control information is less than a length of a time domain resource corresponding to the second uplink control information, wherein the length of the time domain resource corresponding to the first uplink control information is a first transmission time interval, TTI, time length, and the length of the time domain resource corresponding to the second uplink control information is a second TTI time length, where the first TTI time length is less than the second TTI time length, and the first uplink control information or the second uplink control information comprises at least one of hybrid automatic repeat request information, channel state information, and scheduling request information; and when the time domain resource corresponding to the first uplink control information overlaps with the time domain resource corresponding to the second uplink control information, transmitting, by the terminal device, third uplink control information on the overlapping time domain resource, wherein the third uplink control information comprises some or all of the first uplink control information, and does not comprise the second uplink control information. determining, by a terminal device, first uplink control information and second uplink control information, wherein a length of a time domain resource corresponding to the first uplink control information is less than a length of a time domain resource corresponding to the second uplink control information, wherein the length of the time domain resource corresponding to the first uplink control information is a first transmission time interval, TTI, time length, and the length of the time domain resource corresponding to the second uplink control information is a second TTI time length, where the first TTI time length is less than the second TTI time length, and the first uplink control information or the second uplink control information comprises at least one of hybrid automatic repeat request information, channel state information, and scheduling request information; and when the time domain resource corresponding to the first uplink control information overlaps with the time domain resource corresponding to the second uplink control information, transmitting, by the terminal device, third uplink control information on the overlapping time domain resource, wherein the third uplink control information comprises some or all of the first uplink control information, and does not comprise the second uplink control information.
Rail vehicle having at least one longitudinal ventilation duct (10, 20), which extends in the longitudinal direction of the rail vehicle, - wherein the longitudinal ventilation duct (10, 20), when viewed in vertical cross section, extends from a region between an interior ceiling panelling of the rail vehicle and a carbody shell of the rail vehicle above a luggage rack as far as into the region of the luggage rack, - wherein the ventilation duct runs in part through base supports of the luggage rack which are spaced apart from one another in the longitudinal direction of the rail vehicle and are fastened on the carbody shell. - wherein the longitudinal ventilation duct (10, 20), when viewed in vertical cross section, extends from a region between an interior ceiling panelling of the rail vehicle and a carbody shell of the rail vehicle above a luggage rack as far as into the region of the luggage rack, - wherein the ventilation duct runs in part through base supports of the luggage rack which are spaced apart from one another in the longitudinal direction of the rail vehicle and are fastened on the carbody shell.
A razor comprising: a. a razor cartridge, said razor cartridge comprising a housing forming a front surface and a rear surface opposite said front surface, said rear surface comprising a pair of distally positioned arc shaped receiving regions and a camming surface; b. an adapter having a front engagement surface and a rear engagement surface opposite said front engagement surface, i. said front engagement surface comprising a pair of outwardly facing arc shaped bearings for mating into said pair of arc shaped receiving regions of said razor cartridge, wherein said pair of outwardly facing arc shaped bearings are retractable towards one another, and ii. said rear engagement surface forming a recess and a retaining member protruding radially inward; and c. a handle, said handle comprising a distal end and a proximal end, said proximal end being shaped to engage with said recess; characterized in that said front engagement surface of the adapter comprises an aperture to allow a biasing member from said handle to pass through to engage said camming surface. a. a razor cartridge, said razor cartridge comprising a housing forming a front surface and a rear surface opposite said front surface, said rear surface comprising a pair of distally positioned arc shaped receiving regions and a camming surface; b. an adapter having a front engagement surface and a rear engagement surface opposite said front engagement surface, i. said front engagement surface comprising a pair of outwardly facing arc shaped bearings for mating into said pair of arc shaped receiving regions of said razor cartridge, wherein said pair of outwardly facing arc shaped bearings are retractable towards one another, and ii. said rear engagement surface forming a recess and a retaining member protruding radially inward; and i. said front engagement surface comprising a pair of outwardly facing arc shaped bearings for mating into said pair of arc shaped receiving regions of said razor cartridge, wherein said pair of outwardly facing arc shaped bearings are retractable towards one another, and ii. said rear engagement surface forming a recess and a retaining member protruding radially inward; and c. a handle, said handle comprising a distal end and a proximal end, said proximal end being shaped to engage with said recess;