mhurhangee/ep-ind-claims huggingface dataset:
Magnetic resonance tomography unit, wherein the magnetic resonance tomography unit comprises a controller and a plurality of magnetic field sensors, wherein the magnetic field sensors are arranged in an environment of the magnetic resonance tomography unit and are embodied to capture low-frequency magnetic fields in the environment of the magnetic resonance tomography unit and to transmit information about the magnetic fields to the controller via a signal connection, wherein the controller is embodied to change signal processing during image capture in dependence on the information about the magnetic fields so that an influence of the captured magnetic field on image capture is reduced, wherein the controller is embodied to capture a magnetic field in an environment of the magnetic resonance tomography unit by way of the controller by means of the magnetic field sensors and to ascertain a centre frequency of the magnetic resonance signal for image capture in dependence on the captured magnetic field by way of the controller characterised in that a variable-frequency oscillator is provided in the receive path to down-mix the magnetic resonance signal to an intermediate frequency, wherein the controller is embodied to set the variable-frequency oscillator in dependence on the ascertained centre frequency in the image capturing region such that the down-mixed magnetic resonance signal has a constant centre frequency and thus the effect of the interfering magnetic field is compensated. wherein the controller is embodied to change signal processing during image capture in dependence on the information about the magnetic fields so that an influence of the captured magnetic field on image capture is reduced, wherein the controller is embodied to capture a magnetic field in an environment of the magnetic resonance tomography unit by way of the controller by means of the magnetic field sensors and to ascertain a centre frequency of the magnetic resonance signal for image capture in dependence on the captured magnetic field by way of the controller characterised in that a variable-frequency oscillator is provided in the receive path to down-mix the magnetic resonance signal to an intermediate frequency, wherein the controller is embodied to set the variable-frequency oscillator in dependence on the ascertained centre frequency in the image capturing region such that the down-mixed magnetic resonance signal has a constant centre frequency and thus the effect of the interfering magnetic field is compensated.
A method for transmitting access information of a broadcast service in a transmitter of a broadcasting system, the method characterized by the steps of: generating, by the transmitter, an access fragment as access information, said access fragment including an access type element for indicating which delivery mode is used for delivering content of the broadcasting service, among a broadcast delivery mode or a unicast delivery mode, and transmitting, by the transmitter, the access information including the access type element to a terminal.
A tactile sensation providing apparatus comprising: an actuator configured to vibrate a vibration target; and a holding member configured to hold the vibration target; wherein the holding member is disposed apart from the actuator; wherein the actuator rotates the vibration target with the holding member as a fulcrum; characterized in that the actuator is positioned in a region near an edge of the vibration target, the holding member is positioned in a region near the opposite edge from the edge where the actuator is positioned, and the holding member comprises an elastic modulus as the fulcrum. an actuator configured to vibrate a vibration target; and a holding member configured to hold the vibration target; wherein the holding member is disposed apart from the actuator; wherein the actuator rotates the vibration target with the holding member as a fulcrum; characterized in that the actuator is positioned in a region near an edge of the vibration target, the holding member is positioned in a region near the opposite edge from the edge where the actuator is positioned, and the holding member comprises an elastic modulus as the fulcrum.
A cell of a silicon based photoelectric multiplier, comprising: - a first layer of a first conductivity type, - a second layer of a second conductivity type formed on the first layer, wherein - the first layer and the second layer form a first p-n junction, characterized in that - the cell is further processed by an ion implantation step wherein the parameters of the ion implantation are selected such that, due to an implantation-induced damage of the crystal lattice in a vicinity of the first p-n junction, an absorption length of infrared light of a wavelength in the range of ∼800 nm to 1000 nm is decreased by at least a factor of 5, wherein the ion implantation step comprises an ion dose in the range of 10 13 to 10 15 cm -2 and an ion energy in the range of 1 MeV to 10 MeV. - a first layer of a first conductivity type, - a second layer of a second conductivity type formed on the first layer, wherein - the first layer and the second layer form a first p-n junction, - the cell is further processed by an ion implantation step wherein the parameters of the ion implantation are selected such that, due to an implantation-induced damage of the crystal lattice in a vicinity of the first p-n junction, an absorption length of infrared light of a wavelength in the range of ∼800 nm to 1000 nm is decreased by at least a factor of 5,
A hydrophobic hybrid solvent-based and energy curable coating or ink composition, comprising: a) one or more (meth)acrylate monomers and/or oligomers containing alkylenic unsaturated reactive groups having an alkylenically unsaturated composite molar average functionality higher than 1.00; b) polydimethylsiloxane-surface treated silica particles having a particle size of between about 1 nm and 30 microns; and c) one or more solvents independently selected from the group consisting of aliphatic hydrocarbons, cyclic hydrocarbons, aromatic hydrocarbons, ketones, aldehydes, alcohols, ethers, esters, and combinations thereof; wherein the ratio of silica particles to the non-volatile organic content is from 0.1:1 to 4:1; and wherein when dried and cured, the coating or ink composition has a water contact angle of equal to or greater than 110 degrees; wherein the contact angle is measured using a Fibro DAT 1100 dynamic absorption and contact angle tester (Fibro Systems AB, Sweden), according to ASTM D-5725 Procedure B. a) one or more (meth)acrylate monomers and/or oligomers containing alkylenic unsaturated reactive groups having an alkylenically unsaturated composite molar average functionality higher than 1.00; b) polydimethylsiloxane-surface treated silica particles having a particle size of between about 1 nm and 30 microns; and c) one or more solvents independently selected from the group consisting of aliphatic hydrocarbons, cyclic hydrocarbons, aromatic hydrocarbons, ketones, aldehydes, alcohols, ethers, esters, and combinations thereof; wherein the ratio of silica particles to the non-volatile organic content is from 0.1:1 to 4:1; and wherein when dried and cured, the coating or ink composition has a water contact angle of equal to or greater than 110 degrees; wherein the contact angle is measured using a Fibro DAT 1100 dynamic absorption and contact angle tester (Fibro Systems AB, Sweden), according to ASTM D-5725 Procedure B.
Automatic number plate reading unit comprising an optical reader with a photographic apparatus having a photographic axis and a computer for the automatic reading of number plates on the images taken by the photographic apparatus, and an attachment support for attaching the optical reader to a wall provided with a window, particularly a lateral face of a vehicle access control barrier barrel, the attachment support comprising a cover provided to close the window and hold the optical reader so that it is disposed on one side of the wall and takes images from the other side through the window, the photographic axis being inclined with respect to a normal to the plane of the window.
A method for controlling a process of an application, wherein the method is applied in a computer system comprising a driving module and a plurality of application modules, and the method comprises: determining, by the driving module, a memory space for a running process of a first application; injecting, by the driving module, codes of a second application into the memory space for the process of the first application; and triggering, by the driving module, a first application module of the plurality of application modules to execute the injected codes of the second application in the case that the process of the first application is executed; wherein the determining, by the driving module, a memory space for a running process of a first application comprises: calling a process attaching function by the driving module. determining, by the driving module, a memory space for a running process of a first application; injecting, by the driving module, codes of a second application into the memory space for the process of the first application; and triggering, by the driving module, a first application module of the plurality of application modules to execute the injected codes of the second application in the case that the process of the first application is executed; wherein the determining, by the driving module, a memory space for a running process of a first application comprises: calling a process attaching function by the driving module.
Separator for the processing of a flowable product by centrifugation, having at least the following features: a. a rotatable drum which delimits a centrifuging chamber, and characterized in that b. the drum has an outer support device and an inner drum inserted into and arranged in the outer support device, and in that c. a means for the clarification of the product to be processed in the centrifugal area is arranged in the inner drum, wherein the means for clarification is a disk assembly composed of a stack of partition disks, d. wherein the outer support device is designed in the form of circumferentially enclosed outer ring which surrounds the inner drum axially in sections, and/or in that the outer support device is designed in the form of an outer drum in which the inner drum is arranged, e. wherein the outer drum serves as a holder into which the inner drum is inserted, and wherein the outer drum surrounds the inner drum axially only in sections so that the inner drum protrudes axially out of the outer drum or wherein the outer drum surrounds the inner drum axially completely, f. wherein the entire inner drum, in addition to an inflow and outflow system, is configured as an exchangeable, preassembled module, g. which is composed of plastic or of a composite plastic material, and h. wherein the inflow system and the outflow system are formed, in a sealed type of construction, on the inner drum. a. a rotatable drum which delimits a centrifuging chamber, and characterized in that b. the drum has an outer support device and an inner drum inserted into and arranged in the outer support device, and in that c. a means for the clarification of the product to be processed in the centrifugal area is arranged in the inner drum, wherein the means for clarification is a disk assembly composed of a stack of partition disks, d. wherein the outer support device is designed in the form of circumferentially enclosed outer ring which surrounds the inner drum axially in sections, and/or in that the outer support device is designed in the form of an outer drum in which the inner drum is arranged, e. wherein the outer drum serves as a holder into which the inner drum is inserted, and wherein the outer drum surrounds the inner drum axially only in sections so that the inner drum protrudes axially out of the outer drum or wherein the outer drum surrounds the inner drum axially completely, f. wherein the entire inner drum, in addition to an inflow and outflow system, is configured as an exchangeable, preassembled module, g. which is composed of plastic or of a composite plastic material, and h. wherein the inflow system and the outflow system are formed, in a sealed type of construction, on the inner drum.
A method for controlling a jet/beam cutting device having a cutting tool by means of which at least one workpiece part can be cut out from a workpiece along a cutting contour, wherein the jet/beam cutting device has a workpiece support (30; 130) with a plurality of support points for receiving a workpiece and the method comprises the following steps: a) defining at least one cutting plan for the workpiece with at least one cutting contour for at least one workpiece part to be cut out of the workpiece; b) determining the relative position and/or orientation of the workpiece and/or the cutting plan and/or the at least one workpiece part to be cut out in relation to the workpiece support (30; 130); c) determining at least the relative position of the at least one support point of the workpiece support (30; 130) below the at least one workpiece part to be cut out; d) determining at least one risk area on the cutting contour of the at least one workpiece part to be cut out, in which, when the at least one workpiece part to be cut out is cut free, tilting of the at least one workpiece part to be cut out is possible at this risk area; e) determining at least one starting-cut point and/or one cut-away point for the cutting tool on the cutting contour of the at least one workpiece part to be cut out, taking into account the at least one detected risk area on the cutting contour of the at least one workpiece part to be cut out, wherein the starting-cut point and/or the cut-away point on the at least one workpiece part to be cut out is selected in such a way that, during the free cutting and/or cutting out of the at least one workpiece part to be cut out, tilting of the at least one workpiece part to be cut out is prevented. a) defining at least one cutting plan for the workpiece with at least one cutting contour for at least one workpiece part to be cut out of the workpiece; b) determining the relative position and/or orientation of the workpiece and/or the cutting plan and/or the at least one workpiece part to be cut out in relation to the workpiece support (30; 130); c) determining at least the relative position of the at least one support point of the workpiece support (30; 130) below the at least one workpiece part to be cut out; d) determining at least one risk area on the cutting contour of the at least one workpiece part to be cut out, in which, when the at least one workpiece part to be cut out is cut free, tilting of the at least one workpiece part to be cut out is possible at this risk area; e) determining at least one starting-cut point and/or one cut-away point for the cutting tool on the cutting contour of the at least one workpiece part to be cut out, taking into account the at least one detected risk area on the cutting contour of the at least one workpiece part to be cut out, wherein the starting-cut point and/or the cut-away point on the at least one workpiece part to be cut out is selected in such a way that, during the free cutting and/or cutting out of the at least one workpiece part to be cut out, tilting of the at least one workpiece part to be cut out is prevented.
An operation setting apparatus for an electric freezer comprising: a calculator which, based on a relationship between a setting value regarding operation control of an electric freezer and a consumed power of the electric freezer, is configured to calculate a target value of the consumed power of the electric freezer; and a determiner that is configured to change the setting value so that a difference between an actually measured consumed power of the electric freezer and the target value of the consumed power of the electric freezer calculated by the calculator is within a prescribed range; wherein the determiner is configured to determine whether or not, by changing the setting value, it is possible to make the difference between the actually measured value of consumed power of the electric freezer and the calculated target value to be within the prescribed range and, if it is not possible to make the difference between the actually measured value and the calculated target value to be within the prescribed range, the determiner is configured to control a heat storage tank, the output of which is configured to be merged with the output of the electric freezer, so that the difference is made to be within the prescribed range. a calculator which, based on a relationship between a setting value regarding operation control of an electric freezer and a consumed power of the electric freezer, is configured to calculate a target value of the consumed power of the electric freezer; and a determiner that is configured to change the setting value so that a difference between an actually measured consumed power of the electric freezer and the target value of the consumed power of the electric freezer calculated by the calculator is within a prescribed range; wherein the determiner is configured to determine whether or not, by changing the setting value, it is possible to make the difference between the actually measured value of consumed power of the electric freezer and the calculated target value to be within the prescribed range and, if it is not possible to make the difference between the actually measured value and the calculated target value to be within the prescribed range, the determiner is configured to control a heat storage tank, the output of which is configured to be merged with the output of the electric freezer, so that the difference is made to be within the prescribed range.
A method of recovering a base metal from an ore wherein the ore is subjected to a pre-treatment phase followed by an active leach cycle and wherein, in the pre-treatment phase: 1. the ore is contacted with a solution during an agglomeration step or by irrigation; 2. the solution potential in contact with the ore exceeds 700 mV vs. Standard Hydrogen Electrode, in the absence of microorganisms; 3. the total iron concentration of the solution contacting the ore is >0.1 g/L; 4. the solution addition is controlled to achieve a final ore moisture content in the range 2 to 25 wt.%; 5. the pH of the solution contacting the ore does not exceed pH 3.0; 6. the Cl - ion concentration of the solution contacting the ore is between 130 and 230 g/L; and 7. the dissolved oxygen level in the solution contacting the ore is below 1 mg/L. 1. the ore is contacted with a solution during an agglomeration step or by irrigation; 2. the solution potential in contact with the ore exceeds 700 mV vs. Standard Hydrogen Electrode, in the absence of microorganisms; 3. the total iron concentration of the solution contacting the ore is >0.1 g/L; 4. the solution addition is controlled to achieve a final ore moisture content in the range 2 to 25 wt.%; 5. the pH of the solution contacting the ore does not exceed pH 3.0; 6. the Cl - ion concentration of the solution contacting the ore is between 130 and 230 g/L; and 7. the dissolved oxygen level in the solution contacting the ore is below 1 mg/L.
Press-through packaging having a front wall and a rear wall which are connected to each other along their longitudinal and transverse edges and define a receiving space for a preferably solid, in particular one-piece, filling material, wherein the front wall and rear wall of the press-through packaging consist of a film or a laminate and are connected to each other by sealing, and the film or laminate has a preferably mechanically produced material weakening, wherein the film or laminate has the following layer sequence: (a) polyethylene terephthalate - (c) aluminum - (d) polyethylene; or (a) polyethylene terephthalate - (b) polyethylene - (c) aluminum - (d) polyethylene, characterized in that the film or laminate comprises a plastic layer as the stiffest layer imparting stability, and only the stiffest stability-imparting layer of the film or laminate comprises the material weakening. (a) polyethylene terephthalate - (c) aluminum - (d) polyethylene; or (a) polyethylene terephthalate - (b) polyethylene - (c) aluminum - (d) polyethylene,
End effector for clamping a slab formed substrate having a rim section that is arranged at least approximately and at least partially in a substrate main plane, wherein the end effector comprises: at least a pressing device providing at least a pressing area, at least a support device providing at least a support area; and a guide for guiding the pressing device relative to the support device, wherein the end effector is configured, in a clamped state of the substrate, to clamp, in a direction of thickness of the substrate, the substrate at a first surface by the pressing area of the pressing device and at a second surface that is, in regard to the first surface, arranged at the opposite side of the substrate by the support area of the support device, characterised in that the support device is movable in a direction parallel to the substrate main plane relative to the pressing device such that the support area of the support device is movable at least partially across a border of the substrate from outside of the substrate into a position behind the substrate, as seen from the side of the pressing device. at least a pressing device providing at least a pressing area, at least a support device providing at least a support area; and a guide for guiding the pressing device relative to the support device, wherein the end effector is configured, in a clamped state of the substrate, to clamp, in a direction of thickness of the substrate, the substrate at a first surface by the pressing area of the pressing device and at a second surface that is, in regard to the first surface, arranged at the opposite side of the substrate by the support area of the support device, characterised in that the support device is movable in a direction parallel to the substrate main plane relative to the pressing device such that the support area of the support device is movable at least partially across a border of the substrate from outside of the substrate into a position behind the substrate, as seen from the side of the pressing device.
A portable vacuum appliance with replaceable suction nozzle and with a housing, a suction-product container and a suction unit for generating a suction flow, which provides a vacuum pressure disposed in the suction nozzle, and with separating means which are provided in a separating region of the housing and which can subdivide the suction flow drawn through the suction nozzle into a waste-air flow flowing out of the suction appliance and suction product in the form of particles and/or liquid constituents, wherein the separated particles or liquid constituents are collected in the suction-product container, and wherein the suction nozzle can be plug-connected in a detachable and replaceable manner with a nozzle-connection mouth to form a plug-in connection into a connector arranged in the housing or in an adapter part arranged in the housing for the retention of the front part of the nozzle-connection mouth, characterised in that the plug-in connection is designed in such a manner that the suction nozzle is held in a rotatable manner at least about an axis of rotation, wherein the plug-in connection is formed by at least one latch element engaging in a latch-element recess when the suction nozzle is plugged in, and the latch-element recess and the latch element are constituted in such a manner that the engaged latch element is held in the latch-element recess in a rotatable manner about the axis of rotation.