mhurhangee/ep-ind-claims huggingface dataset:
Device for mixing difficult to wet dry building materials, in particular an insulating plaster compound containing aerogel particles, comprising a filling funnel for pouring in at least one dry building material and, connected to the filling funnel a mixing pipe, comprising one or more parts, which has at least one connection for a mixing liquid, in particular for water, wherein one part or section of the mixing pipe has static mixing tools which extend radially inwards from an inner circumferential surface of the mixing pipe and wherein arranged in the mixing pipe is a shaft driven by an electric motor which has mixing tools which extend radially outwards from the shaft and interact with the static mixing tools, characterised in that - the shaft comprises a section which is designed as a mixing and/or screw conveyor and is arranged upstream of a section which has the mixing tools which interact with the static mixing tools, - the shaft comprises a section for the connection of a conveyor device, in particular a screw pump, which is arranged downstream of the section, and - the shaft comprises a section which is designed as a hollow shaft and is arranged upstream of the section which has the mixing tools that interact with the static mixing tools. - the shaft comprises a section which is designed as a mixing and/or screw conveyor and is arranged upstream of a section which has the mixing tools which interact with the static mixing tools, - the shaft comprises a section for the connection of a conveyor device, in particular a screw pump, which is arranged downstream of the section, and - the shaft comprises a section which is designed as a hollow shaft and is arranged upstream of the section which has the mixing tools that interact with the static mixing tools.
A hopper system for powder material, comprising: a hopper, the hopper having an upper end, a lower end, a plurality of hopper sidewalls (29, 42, 45, 48) and a hopper axis, the hopper sidewalls extending downward from the upper end, at least one of the hopper sidewalls being sloped along a portion thereof, and the hopper axis extending vertically between at least some of the hopper sidewalls; a cover disposed at the upper end of the hopper, the cover including an opening configured for the powder material to flow through the opening and into the hopper, the opening defining a vertical material loading axis, the material loading axis being offset relative to the hopper axis; characterised in that the hopper system comprises a diverter plate, the diverter plate comprising an inward edge extending across the opening of the cover to partially occlude the opening, so that the diverter plate is partially positioned along the material loading axis and configured to let pass a first portion of the flow of powder material and to divert a second portion of the flow of powder material as it enters the hopper through the opening. a hopper, the hopper having an upper end, a lower end, a plurality of hopper sidewalls (29, 42, 45, 48) and a hopper axis, the hopper sidewalls extending downward from the upper end, at least one of the hopper sidewalls being sloped along a portion thereof, and the hopper axis extending vertically between at least some of the hopper sidewalls; a cover disposed at the upper end of the hopper, the cover including an opening configured for the powder material to flow through the opening and into the hopper, the opening defining a vertical material loading axis, the material loading axis being offset relative to the hopper axis; characterised in that the hopper system comprises a diverter plate, the diverter plate comprising an inward edge extending across the opening of the cover to partially occlude the opening, so that the diverter plate is partially positioned along the material loading axis and configured to let pass a first portion of the flow of powder material and to divert a second portion of the flow of powder material as it enters the hopper through the opening.
A method for ground pressure limitation during the operation of a pile driver and/or drill, characterized by the steps: determining a limit value in the form of the maximum permitted ground pressure by manual input by the operator and/or carrying out an automatic measurement; setting the current unit configuration such as in particular the pole length or the ballast; determining the current unit load and calculating the actual ground pressure by a computing model and corresponding sensors; comparing the calculated actual ground pressure with the limit value in the form of the maximum permitted ground pressure; and reporting the comparison result to the operator of the work machine and/or stopping a movement of the work machine that increases the ground pressure when the actual ground pressure exceeds the limit value, whereby the taking into consideration of the limit value in the form of the maximum ground pressure can become the switch-off criteria determining a limit value in the form of the maximum permitted ground pressure by manual input by the operator and/or carrying out an automatic measurement; setting the current unit configuration such as in particular the pole length or the ballast; determining the current unit load and calculating the actual ground pressure by a computing model and corresponding sensors; comparing the calculated actual ground pressure with the limit value in the form of the maximum permitted ground pressure; and reporting the comparison result to the operator of the work machine and/or stopping a movement of the work machine that increases the ground pressure when the actual ground pressure exceeds the limit value, whereby the taking into consideration of the limit value in the form of the maximum ground pressure can become the switch-off criteria
A molding die for molding a boot for a constant velocity joint by injection molding, the molding die including an inner die and an outer die arranged so that a cavity is formed between the inner die and the outer die, wherein the inner die includes a core shaft having a circular outer peripheral surface and being arranged so that an axis (x) of the core shaft extends in an up-down direction, a plurality of split dies (15a to 15h) radially arranged along the outer peripheral surface of the core shaft around the axis of the core shaft, which serves as a center, and a cylindrical set ring arranged below the split dies (15a to 15h), the core shaft being inserted through the set ring; an annular engaging surface, which is a tapered surface whose diameter is gradually reduced downward, is formed in an inner peripheral side of an upper end portion of the set ring, and lower end portions of the respective split dies (15a to 15h) are introduced into, and engaged with the engaging surface; characterized in that the molding die includes a pressing portion that presses upper end portions of the respective split dies (15a to 15h) downward in a state where the lower end portions of the respective split dies (15a to 15h) are introduced into the set ring, so as to engage the lower end portions of the respective split dies (15a to 15h) with the engaging surface and to bring the split dies (15a to 15h) into close contact with each other.
A system comprising: a first network device (200a, 200b; 535) in communication with a second network device (200a, 200b; 570) via a plurality of communication tunnels (530a-n), the plurality of communication tunnels including an encrypted communication tunnel (530a, 530c) and an unencrypted communication tunnel, the first network device configured to: receive a packet, the packet including header information and a payload; determine whether the received packet is encrypted to meet a threshold level of security; characterized in that the first network device is further configured to: responsive to determining that the packet is encrypted to meet the threshold level of security, communicate an identifier of the payload and the header information to the second network device via the encrypted communication tunnel, and communicate the payload to the second network device via the unencrypted communication tunnel; and cause the header information communicated via the encrypted communication tunnel, to be combined with the payload communicated via the unencrypted communication tunnel receive a packet, the packet including header information and a payload; determine whether the received packet is encrypted to meet a threshold level of security; characterized in that the first network device is further configured to: responsive to determining that the packet is encrypted to meet the threshold level of security, communicate an identifier of the payload and the header information to the second network device via the encrypted communication tunnel, and communicate the payload to the second network device via the unencrypted communication tunnel; and cause the header information communicated via the encrypted communication tunnel, to be combined with the payload communicated via the unencrypted communication tunnel
A vehicle radar system for monitoring a blind spot of a vehicle, the vehicle having a longitudinal axis running between a rear end of the vehicle and a front end of the vehicle and running along a line of travel of the vehicle, the vehicle radar system comprising: a radar transmitter mounted on the vehicle; a transmitting antenna array coupled to the radar transmitter, the radar transmitter and transmitting antenna array transmitting radiation in a pattern into a region adjacent to the vehicle, the pattern comprising a main first radiation lobe and an adjacent side second radiation lobe, a null region of the pattern between the main first lobe and the side second lobe characterised in that the null region is being directed into the region approximately perpendicular to the longitudinal axis of the vehicle, wherein a bore sight of the antenna is directed away from the vehicle at an angle of approximately 20 degrees from the null region toward the rear end of the vehicle, the system comprising electrical circuitry to determine a stationary object by a measurable Doppler shift of the main first lobe and the side second lobe, and to determine a road vehicle with no Doppler shift of the main first lobe and the side second lobe.
A car seat for transporting a child in an automobile, the car seat comprising a rigid shell having a seat member, a back rest connected to said seat member, and a harness including a pair of laterally spaced belt straps connected to said rigid shell, a pair of laterally spaced shoulder straps supported from said back rest and a crotch strap supported on said seat member, said harness further including a pair of latch members, each said latch member being connected to one of said shoulder straps, said latch members being engagable with a harness buckle connected to said crotch strap, whereby a harness storage cavity is formed in said rigid shell and includes a cover forming a smooth support over said harness storage cavity, said harness storage cavity being sized to receive said latch members and said harness buckle, said harness storage cavity further having at least one side provided with at least one slot that permits the passage of at least one of said shoulder straps and said belt straps from said harness storage cavity when said cover is closed and said harness buckle and said latch members are positioned within said harness storage cavity.
A gas turbine engine compressor comprising: a rotor having blades with tips; an inner case comprising a negative coefficient of thermal expansion material; a collection manifold fluidly coupled to a distribution manifold fluidly coupled to said inner case; and a tip clearance located between the tips and the inner case; wherein said tip clearance is maintained responsive to a flow of air from said distribution manifold over said negative coefficient of thermal expansion material. a rotor having blades with tips; an inner case comprising a negative coefficient of thermal expansion material; a collection manifold fluidly coupled to a distribution manifold fluidly coupled to said inner case; and a tip clearance located between the tips and the inner case; wherein said tip clearance is maintained responsive to a flow of air from said distribution manifold over said negative coefficient of thermal expansion material.
An in vitro method for inhibiting the function or presence of a target human immunodeficiency virus 1 (HIV-1) DNA sequence in a eukaryotic cell comprising contacting a eukaryotic cell harboring a target HIV-1 DNA sequence with (a) one or more guide RNA, or nucleic acids encoding said one or more guide RNA, and (b) a Clustered Regularly Interspaced Short Palindromic Repeats-Associated (cas) protein, or nucleic acids encoding said cas protein, wherein said one or more guide RNA hybridizes with said target HIV-1 DNA sequence thereby inhibiting the function or presence of said target HIV-1 DNA sequence, wherein said target HIV-1 DNA sequence is selected from the group consisting of SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, SEQ ID NO:6, SEQ ID NO:7, and SEQ ID NO: 8. (a) one or more guide RNA, or nucleic acids encoding said one or more guide RNA, and (b) a Clustered Regularly Interspaced Short Palindromic Repeats-Associated (cas) protein, or nucleic acids encoding said cas protein, wherein said one or more guide RNA hybridizes with said target HIV-1 DNA sequence thereby inhibiting the function or presence of said target HIV-1 DNA sequence, wherein said target HIV-1 DNA sequence is selected from the group consisting of SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, SEQ ID NO:6, SEQ ID NO:7, and SEQ ID NO: 8.
Method for warning a driver of a motor vehicle of the presence of a moving object which is external to the vehicle, on a carriageway adjoining a parking space, when the motor vehicle is moving out of the parking space, having the steps: - detecting the object by sensor means (5 to 9) and - determining a current distance of the object from the motor vehicle using sensor data of the sensor means (5 to 9), - generating an image representation (27, 43, 64), which shows a plan view of at least one area of the motor vehicle and in which the distance of the object from the motor vehicle is indicated visually, and - warning the driver by displaying the image representation (27, 43, 64) on a visual display device, characterized by the visual indication of the distance includes the fact that in the image representation (27, 43, 64) a symbol (28 to 33, 37 to 42, 44 to 63, 65, 66) which represents the object at its distance from the motor vehicle is visually highlighted, wherein a surrounding area of the motor vehicle which corresponds to the carriageway in the image representation (27, 43, 64) is divided into a multiplicity of segments (28 to 33, 37 to 42, 44 to 63) which are each assigned to a value range for the distance, and the visual indication of the distance in the image representation (27, 43, 64) includes the fact that at least that segment (28 to 33, 37 to 42, 44 to 63) in whose value range the current distance occurs, from the multiplicity of segments (28 to 33, 37 to 42, 44 to 63), is visually highlighted as a symbol and in order to visually indicate the current distance of the object from the motor vehicle, the symbol (65, 66) in the image representation (27, 43, 64) is moved continuously or incrementally in accordance with a current velocity (v) of the object. - detecting the object by sensor means (5 to 9) and - determining a current distance of the object from the motor vehicle using sensor data of the sensor means (5 to 9), - generating an image representation (27, 43, 64), which shows a plan view of at least one area of the motor vehicle and in which the distance of the object from the motor vehicle is indicated visually, and - warning the driver by displaying the image representation (27, 43, 64) on a visual display device,
An ADAM8 ectodomain-binding antibody or the antigen-binding fragment thereof for use in the treatment of breast cancer or breast cancer associated metastasis characterized in that the antibody or the antigen-binding fragment thereof binds to SEQ ID No 9 and that the antibody or the antigen-binding fragment thereof inhibits the activity of the metalloproteinase domain and disintegrin domain of ADAM8.
A controller of a rotary compression molding machine, wherein the rotary compression molding machine is configured to rotate a turret including a table having a die bore, and punch retaining portions (32 and 33) vertically slidably retaining punches (5 and 6) disposed above and below the die bore along with the punches (5 and 6) to compress a powdery material filled in the die bore with the punches (5 and 6) and obtain a molded product, and a peripheral device (B, C, D, E, or F) having a sensor is disposed downstream of the molding machine, that is configured to apply post-treatment to the molded product discharged from the molding machine, characterized in that the controller is configured to receive a signal from the sensor that is indicative of an amount of stuck molded products or a flow rate of molded products at an inlet (B1, C1, D1, E1, or F1) configured to receive a molded product, or at an outlet (B2, C2, D2, E2, or F2) configured to discharge the molded product subjected to predetermined post-treatment, of the peripheral device (B, C, D, E, or F), detected by the sensor, and is configured to output an instruction to regulate rotational speed of the turret and the punches (5 and 6) of the molding machine in accordance with the detected amount of the stuck molded products or the detected flow rate of the molded products. the rotary compression molding machine is configured to rotate a turret including a table having a die bore, and punch retaining portions (32 and 33) vertically slidably retaining punches (5 and 6) disposed above and below the die bore along with the punches (5 and 6) to compress a powdery material filled in the die bore with the punches (5 and 6) and obtain a molded product, and a peripheral device (B, C, D, E, or F) having a sensor is disposed downstream of the molding machine, that is configured to apply post-treatment to the molded product discharged from the molding machine, characterized in that the controller is configured to receive a signal from the sensor that is indicative of an amount of stuck molded products or a flow rate of molded products at an inlet (B1, C1, D1, E1, or F1) configured to receive a molded product, or at an outlet (B2, C2, D2, E2, or F2) configured to discharge the molded product subjected to predetermined post-treatment, of the peripheral device (B, C, D, E, or F), detected by the sensor, and is configured to output an instruction to regulate rotational speed of the turret and the punches (5 and 6) of the molding machine in accordance with the detected amount of the stuck molded products or the detected flow rate of the molded products.
A medium- or large-diameter single-cylinder circular knitting machine, comprising a needle cylinder that has a vertical axis and a sinker ring that is connected coaxially to said needle cylinder proximate to the upper end of the needle cylinder, said sinker ring having a plurality of radial slots, each of which accommodates at least one sinker, said sinker ring being arranged inside the radial dimensions of said needle cylinder and said sinkers having a beak that is directed toward the axis of the needle cylinder, characterized in that said radially extending slots have a bottom on which the corresponding sinker rests, said bottom being arranged on a plane that is substantially perpendicular to the axis of the sinker ring.
An electronic control device for a component of compressed air generation, compressed air processing, compressed air storage and/or compressed air distribution, wherein, for determining, modelling or evaluating operation-relevant data, the electronic control device is designed to refer to one or more models which as component-related models include information on the structure or the behavior of the components, and using the models as an evaluating purpose in a specific evaluation routine to perform either of - controlling, regulating, diagnosing and/or monitoring of the component, or - determining, providing, predicting or optimizing operational data, operational states, modes of operation, operating behavior and/or operation effects, and current or historical structure information, operational data, operational states and/or measurement/sensor values of the component at least partially available in the electronic control device are used as initial values, characterized in that, for diagnosing malfunctions and defects, the electronic control device furthermore is designed to execute alternative evaluations using configurations of models including possible different malfunctions or defects, wherein the respective degree of similarity between alternative evaluation results and real, current or historical measurement/sensor values are used in a comparison step for identifying the most probable malfunction or the most probable defect, or at least less probable or improbable error causes (malfunctions and defects) are excluded as a result of the comparison step. - controlling, regulating, diagnosing and/or monitoring of the component, or - determining, providing, predicting or optimizing operational data, operational states, modes of operation, operating behavior and/or operation effects,
An apparatus comprising: means for amplifying comprising a plurality of inputs and a plurality of outputs and configured to receive a plurality of input radio frequency signals (RFin1,..., RFinN) via the plurality of inputs, amplify the plurality of input RF signals (RFin1,..., RFinN), and provide at least two amplified RF signals (RFamp1, RFamp2) via the plurality of outputs, the plurality of input RF signals (RFin1,..., RFinN) being receive diversity signals for the purpose of carrier aggregation; means for routing coupled to the means for amplifying and configured to receive and route the at least two amplified RF signals (RFamp1, RFamp2); and a pair of means for downconverting directly coupled to a common local oscillator generator and to the means for routing and wherein each means of the pair of means is configured to concurrently downconvert with a common LO signal a respective one of the at least two amplified RF signals (RFin1,..., RFinN), wherein the means for downconverting is configured for coupling to a plurality of antennas (310, 312). means for amplifying comprising a plurality of inputs and a plurality of outputs and configured to receive a plurality of input radio frequency signals (RFin1,..., RFinN) via the plurality of inputs, amplify the plurality of input RF signals (RFin1,..., RFinN), and provide at least two amplified RF signals (RFamp1, RFamp2) via the plurality of outputs, the plurality of input RF signals (RFin1,..., RFinN) being receive diversity signals for the purpose of carrier aggregation; means for routing coupled to the means for amplifying and configured to receive and route the at least two amplified RF signals (RFamp1, RFamp2); and a pair of means for downconverting directly coupled to a common local oscillator generator and to the means for routing and wherein each means of the pair of means is configured to concurrently downconvert with a common LO signal a respective one of the at least two amplified RF signals (RFin1,..., RFinN), wherein the means for downconverting is configured for coupling to a plurality of antennas (310, 312).