mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for logging use processes, having 1.1 at least two communication appliances (7, 2, 25) accessing external communication networks, 1.1.1 each appliance adapted to be used in at least two different modes, 1.2 a recording apparatus which 1.2.1 for recording use data of the different utilization modes is configured in different and distinguishable ways, 1.3 a control device for controlling the recording apparatus, which control device, 1.3.1 depending on the utilization mode, initiates the respective recording mode for all communication appliances (7, 2, 25) of the same user and maintains this selection until cancelled, and having 1.4 a query interface for the recording apparatus, which interface 1.4.1 allows access to the recorded data of the at least two utilization modes and, as the case may be, according to different criteria. 1.1 at least two communication appliances (7, 2, 25) accessing external communication networks, 1.1.1 each appliance adapted to be used in at least two different modes, 1.1.1 each appliance adapted to be used in at least two different modes, 1.2 a recording apparatus which 1.2.1 for recording use data of the different utilization modes is configured in different and distinguishable ways, 1.2.1 for recording use data of the different utilization modes is configured in different and distinguishable ways, 1.3 a control device for controlling the recording apparatus, which control device, 1.3.1 depending on the utilization mode, initiates the respective recording mode for all communication appliances (7, 2, 25) of the same user and maintains this selection until cancelled, and having 1.3.1 depending on the utilization mode, initiates the respective recording mode for all communication appliances (7, 2, 25) of the same user and maintains this selection until cancelled, and having 1.4 a query interface for the recording apparatus, which interface 1.4.1 allows access to the recorded data of the at least two utilization modes and, as the case may be, according to different criteria. 1.4.1 allows access to the recorded data of the at least two utilization modes and, as the case may be, according to different criteria.
A cup-loading device for planting cups, wherein the device comprises a profile bracket, a horizontal driving mechanism disposed on the profile bracket, and a planting cup grasping mechanism, the planting cup grasping mechanism includes a plurality of mechanical clamping jaws and a guide device for adjusting a spacing between adjacent mechanical clamping jaws; characterized in that the device further comprises a pressing mechanism disposed on the profile bracket, the planting cup grasping mechanism is fixed at an output end of the pressing mechanism, the horizontal driving mechanism drives the pressing mechanism to move horizontally along the profile bracket, and the pressing mechanism drives the planting cup grasping mechanism to move in a vertical direction; the horizontal driving mechanism comprises a cylinder mounting seat and a biaxial cylinder, the cylinder mounting seat is fixedly connected to the profile bracket, the biaxial cylinder is mounted on the cylinder mounting seat, the biaxial cylinder is provided with a push plate, the push plate is provided with an auxiliary cylinder for adjusting a horizontal displacement distance, and an output end of the auxiliary cylinder is fixedly connected with the pressing mechanism. the device further comprises a pressing mechanism disposed on the profile bracket, the planting cup grasping mechanism is fixed at an output end of the pressing mechanism, the horizontal driving mechanism drives the pressing mechanism to move horizontally along the profile bracket, and the pressing mechanism drives the planting cup grasping mechanism to move in a vertical direction; the horizontal driving mechanism comprises a cylinder mounting seat and a biaxial cylinder, the cylinder mounting seat is fixedly connected to the profile bracket, the biaxial cylinder is mounted on the cylinder mounting seat, the biaxial cylinder is provided with a push plate, the push plate is provided with an auxiliary cylinder for adjusting a horizontal displacement distance, and an output end of the auxiliary cylinder is fixedly connected with the pressing mechanism.
A method for authorizing access, comprising the step of: generating for display at least one distorted string of alphanumeric characters, in combination with at least one of a glyph, picture or symbol (302a, 302b), the glyph, picture or symbol (302a, 302b) being foreign to a target audience, the generating step including: generating a random background; combining the random background with the at least one string of random alphanumeric characters that includes at least one of the glyph, picture or symbol (302a, 302b), using a random template; and comparing a response of a user entered in reaction to the distorted string of alphanumeric characters to a reference string of characters to determine whether to grant access; characterised in that the method further comprises: separating the at least one distorted string of alphanumeric characters into a first string and a second string, and adding the at least one glyph, picture or symbol (302a, 302b) to the end of the first string or the beginning of the second string; concatenating the first string and the second string to form at least one string of random alphanumeric characters that includes at least one of the glyph, picture or symbol (302a, 302b). generating a random background; combining the random background with the at least one string of random alphanumeric characters that includes at least one of the glyph, picture or symbol (302a, 302b), using a random template; and comparing a response of a user entered in reaction to the distorted string of alphanumeric characters to a reference string of characters to determine whether to grant access; separating the at least one distorted string of alphanumeric characters into a first string and a second string, and adding the at least one glyph, picture or symbol (302a, 302b) to the end of the first string or the beginning of the second string; concatenating the first string and the second string to form at least one string of random alphanumeric characters that includes at least one of the glyph, picture or symbol (302a, 302b).
Dispenser for cosmetic or pharmaceutical liquids, comprising - a liquid store, in which the liquid is stored prior to a discharge process and which is surrounded by an outer wall, - a discharge opening for discharging the liquid into a surrounding atmosphere, - a riser pipe, which projects from the discharge opening into the liquid store, wherein the dispenser is formed as a tube dispenser with a flexibly deformable outer wall of the liquid store for the purpose of the discharge, and wherein - the outer wall of the liquid store and the riser pipe are formed as a common one-piece component, and - the discharge opening is provided in an applicator portion, which is formed in one piece with the outer wall of the liquid store and the riser pipe. - a liquid store, in which the liquid is stored prior to a discharge process and which is surrounded by an outer wall, - a discharge opening for discharging the liquid into a surrounding atmosphere, - a riser pipe, which projects from the discharge opening into the liquid store, wherein the dispenser is formed as a tube dispenser with a flexibly deformable outer wall of the liquid store for the purpose of the discharge, and wherein - the outer wall of the liquid store and the riser pipe are formed as a common one-piece component, and - the discharge opening is provided in an applicator portion, which is formed in one piece with the outer wall of the liquid store and the riser pipe.
A tag product for anti-counterfeit purposes comprising: - a substrate; - one or more nanofibres grown on one or more areas of said substrate, wherein said one or more areas comprises at least one area where nanofibres are present at a lower concentration than other areas, and wherein at least one boundary, between said at least one area where nanofibres are present at a lower concentration than other areas and said other areas, delimits a macroscopic and a nanoscopic identification of said tag product wherein said at least one boundary defines said macroscopic identification of said tag product, and said nanofibres grown at said at least one boundary define said nanoscopic identification of said tag product. - a substrate; - one or more nanofibres grown on one or more areas of said substrate,
Transport device for containers, in particular preforms or bottles, comprising at least one first receptacle suitable for transporting at least one first container and at least one second receptacle suitable for transporting at least one second container, each of the receptacles (2a, 2b) being arranged on the transport device and each of the receptacles (2a, 2b) being adapted by means of a receptacle diameter (D, d) to a geometrical feature of the containers to be received, and at least one transport plane in which the containers are transportable along a predefined transport path by at least one of the receptacles (2a, 2b) being provided, the at least one first receptacle being arranged zonally at a distance from the second receptacle in a direction perpendicular to the transport plane, the position of at least one of the receptacles (2a, 2b) being switchable into the at least one transport plane of the containers by means of a drive or manually using switching means provided with a catch, the receptacle (2a, 2b) moving into the position of the other receptacle (2a, 2b) as a result of the switch, characterised in that the at least one first and the at least one second receptacle (2a, 2b) have different receptacle diameters (D, d) and are arranged in the same position along the perimeter of the transport device.
A method for preparing a reducing agent composition, which is used in the selective catalytic reduction of nitrogen oxides and contains from 20 to 40 % by weight of urea, from 20 to 40 % by weight of ammonium formate, and water, said method comprising the subsequent steps of: (i) in situ preparation of an aqueous solution of ammonium formate using as starting materials a source of ammonium and a source of formate; and (ii) adding urea to said aqueous solution of ammonium formate. (i) in situ preparation of an aqueous solution of ammonium formate using as starting materials a source of ammonium and a source of formate; and (ii) adding urea to said aqueous solution of ammonium formate.
A surgical instrument, comprising: a handle housing; a first circuit board embedded in said handle housing; and a second circuit board in communication with said first circuit board, wherein said first circuit board conducts electrical currents below a threshold amperage but not above said threshold amperage, wherein said second circuit board conducts electrical currents above said threshold amperage; wherein said handle housing comprises a card slot defined therein, and wherein said second circuit board comprises a card removably retained in said card slot; further comprising electrical contacts in said card slot, wherein said electrical contacts place said second circuit board in communication with said first circuit board when said second circuit board is seated in said card slot. a handle housing; a first circuit board embedded in said handle housing; and a second circuit board in communication with said first circuit board, wherein said first circuit board conducts electrical currents below a threshold amperage but not above said threshold amperage, wherein said second circuit board conducts electrical currents above said threshold amperage; wherein said handle housing comprises a card slot defined therein, and wherein said second circuit board comprises a card removably retained in said card slot; further comprising electrical contacts in said card slot, wherein said electrical contacts place said second circuit board in communication with said first circuit board when said second circuit board is seated in said card slot.
Modular system for a fast-charging traction battery for an industrial truck, wherein the modular system has a battery housing and a battery having a high voltage in the region of 400 V as energy store and a voltage converter which is able to be inserted into the housing, in order to provide an operating voltage of the industrial truck at a discharging connection, wherein the battery can be charged directly with a high voltage in the region of 400 V via a charging connection and characterized in that the traction battery is configured at least in a plurality of variants for different operating voltages, wherein, in addition to routing the voltage of the battery to the discharging connection of the battery directly, at least one voltage converter is used or alternatively a plurality of voltage converters for different operating voltages, wherein one voltage converter is used in each case and adjustment is performed by different voltage converters.
An electrical transducer system comprising: a) an electrical transducer comprising a substrate, a diaphragm, and a piezoelectric element; b) a first electrical circuitry coupled to the electrical transducer, the first electrical circuitry configured for driving the electrical transducer or detecting motion of the diaphragm; c) a plurality of electrical ports coupled to the electrical transducer; and d) a second electrical circuitry connected to two or more of the plurality of electrical ports, the second electrical circuitry comprising a switch, wherein the switch is configured to leave one or more of the plurality of ports floating when open and short the one or more of the plurality of ports to a DC voltage when closed; wherein the second electrical circuitry is independent from the first electrical circuitry, and wherein the second electrical circuitry is configured to dampen the motion of the diaphragm. a) an electrical transducer comprising a substrate, a diaphragm, and a piezoelectric element; b) a first electrical circuitry coupled to the electrical transducer, the first electrical circuitry configured for driving the electrical transducer or detecting motion of the diaphragm; c) a plurality of electrical ports coupled to the electrical transducer; and d) a second electrical circuitry connected to two or more of the plurality of electrical ports, the second electrical circuitry comprising a switch, wherein the switch is configured to leave one or more of the plurality of ports floating when open and short the one or more of the plurality of ports to a DC voltage when closed; wherein the second electrical circuitry is independent from the first electrical circuitry, and wherein the second electrical circuitry is configured to dampen the motion of the diaphragm.
A group of rare-earth regenerator material particles having an average particle size of 0.01 to 3 mm, wherein a proportion of particles having a ratio of a long diameter to a short diameter of 2 or less is 90% or more by number, and a proportion of particles having a depressed portion having a length of 1/10 to 1/2 of a particle circumferential length on a particle surface is 30% or more by number, and wherein the depressed portion has a depth of 1/10 or less of a particle diameter.
A facility for treating food products, such as cellular products, in particular for expanding said products, said facility comprising: - an enclosure for receiving the products to be treated equipped with at least one support surface for the products to be treated and heating means, - means for aspirating gases contained inside said receiving enclosure, able to create at least a partial vacuum inside said receiving enclosure, - means for producing and/or admitting steam inside said receiving enclosure, said steam producing and/or admitting means comprising a reserve (6A; 6B) of fluid to be vaporized, means (8A; 8B) for heating the fluid to be vaporized contained in said fluid reserve and for said admission means, intake means for bringing, inside the receiving enclosure, vaporized fluid contained in said fluid reserve, the steam production means and/or the outlet (11 A) of the intake means of the admission means admitting steam inside the receiving enclosure being positioned at least partially above the support surface of the products to be treated and the outlet to the inside of the receiving enclosure of the means for aspirating gases contained inside the receiving enclosure being positioned at least partially in or below the support surface of the products to be treated, characterized in that the reserve of fluid to be vaporized placed on the support surface of the products to be treated of the production means and/or reserve of fluid to be vaporized positioned outside the enclosure of the steam admission means and the inside of the receiving enclosure are in direct communication with one another at all times. - an enclosure for receiving the products to be treated equipped with at least one support surface for the products to be treated and heating means, - means for aspirating gases contained inside said receiving enclosure, able to create at least a partial vacuum inside said receiving enclosure, - means for producing and/or admitting steam inside said receiving enclosure, said steam producing and/or admitting means comprising a reserve (6A; 6B) of fluid to be vaporized, means (8A; 8B) for heating the fluid to be vaporized contained in said fluid reserve and for said admission means, intake means for bringing, inside the receiving enclosure, vaporized fluid contained in said fluid reserve, the steam production means and/or the outlet (11 A) of the intake means of the admission means admitting steam inside the receiving enclosure being positioned at least partially above the support surface of the products to be treated and the outlet to the inside of the receiving enclosure of the means for aspirating gases contained inside the receiving enclosure being positioned at least partially in or below the support surface of the products to be treated, characterized in that the reserve of fluid to be vaporized placed on the support surface of the products to be treated of the production means and/or reserve of fluid to be vaporized positioned outside the enclosure of the steam admission means and the inside of the receiving enclosure are in direct communication with one another at all times.
Safety device for motor vehicles, having an impact detection system and a triggering device for triggering a braking process in accordance with a signal (a) of the impact detection system, wherein the braking process is triggered by activating a travel brake of the motor vehicle, characterized in that the triggering device is designed to trigger the braking process if the impact detection system indicates the start of an impact at the front part of the vehicle bodywork.
A device comprising: - an active matrix array comprising a plurality of rows and columns of electroactive polymer actuators, a set of data lines and a set of addressing lines; - a respective switching arrangement associated with each electroactive polymer actuator, wherein the switching arrangement comprises an input which is connected to a respective data line, a gate which is connected to a respective addressing line of the set of addressing lines, and an output which is connected to a first terminal of the associated electroactive polymer actuator, wherein a second terminal of each electroactive polymer actuator is connected to a control line; and - a driver for providing drive signals which comprise at least first and second drive levels for application to the data lines and third and fourth drive levels for application to the control line. - an active matrix array comprising a plurality of rows and columns of electroactive polymer actuators, a set of data lines and a set of addressing lines; - a respective switching arrangement associated with each electroactive polymer actuator, wherein the switching arrangement comprises an input which is connected to a respective data line, a gate which is connected to a respective addressing line of the set of addressing lines, and an output which is connected to a first terminal of the associated electroactive polymer actuator, wherein a second terminal of each electroactive polymer actuator is connected to a control line; and - a driver for providing drive signals which comprise at least first and second drive levels for application to the data lines and third and fourth drive levels for application to the control line.
An electronic device comprising: a substrate; an organic electronic device formed on the substrate; an encapsulation stack (12b, 12a, 13) comprising: a second encapsulation layer formed on the organic electronic device, the second encapsulation layer comprising an encapsulation resin and a moisture adsorbent component and having a tensile modulus of elasticity of 500 MPa to 1000 MPa at room temperature, a first encapsulation layer formed on the second encapsulation layer, the first encapsulation layer having a tensile modulus of elasticity of 0.001 MPa to 500 MPa at room temperature, and a metal layer on the first encapsulation layer, wherein the encapsulation stack (12a, 12b, 13) is attached to an entire surface of the organic electronic device. a substrate; an organic electronic device formed on the substrate; an encapsulation stack (12b, 12a, 13) comprising: a second encapsulation layer formed on the organic electronic device, the second encapsulation layer comprising an encapsulation resin and a moisture adsorbent component and having a tensile modulus of elasticity of 500 MPa to 1000 MPa at room temperature, a first encapsulation layer formed on the second encapsulation layer, the first encapsulation layer having a tensile modulus of elasticity of 0.001 MPa to 500 MPa at room temperature, and a metal layer on the first encapsulation layer, wherein the encapsulation stack (12a, 12b, 13) is attached to an entire surface of the organic electronic device. a second encapsulation layer formed on the organic electronic device, the second encapsulation layer comprising an encapsulation resin and a moisture adsorbent component and having a tensile modulus of elasticity of 500 MPa to 1000 MPa at room temperature, a first encapsulation layer formed on the second encapsulation layer, the first encapsulation layer having a tensile modulus of elasticity of 0.001 MPa to 500 MPa at room temperature, and a metal layer on the first encapsulation layer, wherein the encapsulation stack (12a, 12b, 13) is attached to an entire surface of the organic electronic device.