mhurhangee/ep-ind-claims huggingface dataset:
A thin-film device for generating a blackbody spectrum, comprising: a first carbon nanotube layer configured to generate heat in response to an applied voltage; a second carbon nanotube layer configured to generate the blackbody radiation spectrum in response to the heat from the first carbon nanotube layer; the thin-film device being characterised by a thermocouple between the first carbon nanotube layer and the second carbon nanotube layer for measuring a temperature at the second carbon nanotube layer. a first carbon nanotube layer configured to generate heat in response to an applied voltage; a second carbon nanotube layer configured to generate the blackbody radiation spectrum in response to the heat from the first carbon nanotube layer; the thin-film device being characterised by a thermocouple between the first carbon nanotube layer and the second carbon nanotube layer for measuring a temperature at the second carbon nanotube layer.
An apparatus for cooling a gas stream comprising: at least one heat exchanger in which a gas stream is cooled against a cooling liquid, whereby the cooling liquid temperature increases from a first temperature to a second temperature; at least one air cooler for cooling the cooling liquid after passing though the at least one heat exchanger, surface area of the at least one air cooler being designed to decrease temperature of the cooling liquid to the first temperature; a pump; and conduits to form a closed-circuit for the cooling liquid (200, 201) to pass continuously through the at least one heat exchanger and the at least one air cooler, wherein a ratio of surface area of the at least one air cooler to the surface area of the at least one heat exchanger is 12 or lower; wherein the cooling liquid is cooling water; and wherein the surface area of the at least one heat exchanger and flow rate created by the pump is designed to result in a difference of temperature between the second temperature and first temperature being greater than 15°C. at least one heat exchanger in which a gas stream is cooled against a cooling liquid, whereby the cooling liquid temperature increases from a first temperature to a second temperature; at least one air cooler for cooling the cooling liquid after passing though the at least one heat exchanger, surface area of the at least one air cooler being designed to decrease temperature of the cooling liquid to the first temperature; a pump; and conduits to form a closed-circuit for the cooling liquid (200, 201) to pass continuously through the at least one heat exchanger and the at least one air cooler, wherein a ratio of surface area of the at least one air cooler to the surface area of the at least one heat exchanger is 12 or lower; wherein the cooling liquid is cooling water; and wherein the surface area of the at least one heat exchanger and flow rate created by the pump is designed to result in a difference of temperature between the second temperature and first temperature being greater than 15°C.
A method of wireless communication at a communication device, comprising: detecting that a user equipment, UE, is to use multiple subframes to send uplink control information, and sending an indication of the detection that the UE is to use the multiple subframes to send the uplink control information; receiving systematic bits associated with acknowledgement information in each of multiple downlink-centric self-contained subframes to enable immediate hybrid automatic repeat request, HARQ, scheduling; receiving parity bits associated with the acknowledgement information in an uplink-centric self-contained subframe that is sequentially subsequent to the multiple downlink-centric self-contained subframes; processing the received systematic bits jointly with the received parity bits to decode the systematic bits. detecting that a user equipment, UE, is to use multiple subframes to send uplink control information, and sending an indication of the detection that the UE is to use the multiple subframes to send the uplink control information; receiving systematic bits associated with acknowledgement information in each of multiple downlink-centric self-contained subframes to enable immediate hybrid automatic repeat request, HARQ, scheduling; receiving parity bits associated with the acknowledgement information in an uplink-centric self-contained subframe that is sequentially subsequent to the multiple downlink-centric self-contained subframes; processing the received systematic bits jointly with the received parity bits to decode the systematic bits.
A method for shared folder backed integrated workspaces, comprising: generating, by an online content management system, a workspace graphical user interface (242, 300) representing a shared folder backed workspace that provides an integrated environment for manipulating content items in the shared folder and communicating with a plurality of authorized users of the shared folder, the workspace interface including representations of content items stored in the online shared folder and a message stream that includes messages generated by the plurality of authorized users of the shared folder; assigning a workspace email address to the shared folder; obtaining, by the online content management system, an email message addressed to the workspace email address from an email service of an authorized user of the workspace, wherein the email message is accessible to each of the plurality of authorized users of the shared folder; automatically converting at least a portion of a body of the email message to a second message type to form a new workspace message; and posting the new workspace message in the message stream, wherein the new workspace message is viewed by the plurality of authorized users of the shared folders (214, 244) in the message stream. generating, by an online content management system, a workspace graphical user interface (242, 300) representing a shared folder backed workspace that provides an integrated environment for manipulating content items in the shared folder and communicating with a plurality of authorized users of the shared folder, the workspace interface including representations of content items stored in the online shared folder and a message stream that includes messages generated by the plurality of authorized users of the shared folder; assigning a workspace email address to the shared folder; obtaining, by the online content management system, an email message addressed to the workspace email address from an email service of an authorized user of the workspace, wherein the email message is accessible to each of the plurality of authorized users of the shared folder; automatically converting at least a portion of a body of the email message to a second message type to form a new workspace message; and posting the new workspace message in the message stream, wherein the new workspace message is viewed by the plurality of authorized users of the shared folders (214, 244) in the message stream.
Angle measuring device, comprising • a housing, • a position detection unit for producing angle values (φ, φi) that specify the angular position of a shaft (12, 30) in relation to a reference position, • an interface unit for communicating with downstream electronics by way of a data transfer channel, wherein the angle measuring device further comprises • at least one imbalance sensor that generates an imbalance signal (u(t)) from deflections of the shaft (12, 30) caused by imbalance, • an imbalance evaluation unit that generates imbalance values (u, ui) from the imbalance signal (u(t)), and • a signal processing unit that generates an imbalance information item from the angle values (φ, φi) and the imbalance values (u, ui), said imbalance information item being transferable to the downstream electronics via the interface unit, wherein the position detection unit and the imbalance sensor are arranged within the housing. • a housing, • a position detection unit for producing angle values (φ, φi) that specify the angular position of a shaft (12, 30) in relation to a reference position, • an interface unit for communicating with downstream electronics by way of a data transfer channel, wherein the angle measuring device further comprises • at least one imbalance sensor that generates an imbalance signal (u(t)) from deflections of the shaft (12, 30) caused by imbalance, • an imbalance evaluation unit that generates imbalance values (u, ui) from the imbalance signal (u(t)), and • a signal processing unit that generates an imbalance information item from the angle values (φ, φi) and the imbalance values (u, ui), said imbalance information item being transferable to the downstream electronics via the interface unit, wherein the position detection unit and the imbalance sensor are arranged within the housing.
An arrangement comprising a vehicle seat and a spacer arrangement for distancing said vehicle seat from a vehicle floor structure, said spacer arrangement comprising a first and a second spacing element (21, 22) and further at least a third and a fourth spacing element (23, 24), each having a spacing element seat side positioned towards said vehicle seat, and a spacing element floor side positioned towards said vehicle floor structure, said spacing elements (21, 22, 23, 24) being of truncated cone or pyramid shape flared from said spacing element seat side towards said spacing element floor side, wherein said spacing elements (21, 22, 23, 24) are adapted to bear weight and loads applied to said vehicle seat and further distancing said vehicle seat from said vehicle floor structure, wherein at least one of the spacing elements (21, 22, 23, 24) comprises a tubular support element centrally arranged inside the corresponding spacing element (21, 22, 23, 24), said tubular support element having a tubular support element seat side positioned towards said vehicle seat and a tubular support element floor side positioned towards said vehicle floor structure, wherein said tubular support element is adapted to bear weight and loads applied to said vehicle seat, said first, second, third and/or fourth spacing element (21, 22, 23, 24) encompassing at least one anchoring member such that said anchoring member is allowed to protrude from said vehicle floor structure to said vehicle seat or vice versa, said first, second, third and/or fourth spacing element (21, 22, 23, 24) encompassing said anchoring member in a tight manner.
A method of operating an apparatus for analyzing biological samples, the apparatus comprising: - a receptacle for receiving a replaceable sensor module, the sensor module comprising one or more sensors and a writable memory; - a measurement unit configured to bring a biological sample into operational interaction with at least a first sensor of the one or more sensors of a sensor module received by said receptacle, to obtain a measurement result responsive to the interaction between at least the first sensor and the biological sample and to output the obtained measurement result; - a control unit configured to control operation of the measurement unit; - a data exchange interface configured to receive data from the writable memory and to forward data to the sensor module for storage in the writable memory; and - a communications interface for communicating with a remote host system; wherein the method comprises performing the following steps by the control unit: a) receiving, from the remote host system via said communications interface, one or more operational parameters associated with the sensor module; b) causing writing, via said data exchange interface, the received one or more operational parameters to the writable memory; and c) controlling operation of the measurement unit in accordance with the received one or more operational parameters. - a receptacle for receiving a replaceable sensor module, the sensor module comprising one or more sensors and a writable memory; - a measurement unit configured to bring a biological sample into operational interaction with at least a first sensor of the one or more sensors of a sensor module received by said receptacle, to obtain a measurement result responsive to the interaction between at least the first sensor and the biological sample and to output the obtained measurement result; - a control unit configured to control operation of the measurement unit; - a data exchange interface configured to receive data from the writable memory and to forward data to the sensor module for storage in the writable memory; and - a communications interface for communicating with a remote host system; a) receiving, from the remote host system via said communications interface, one or more operational parameters associated with the sensor module; b) causing writing, via said data exchange interface, the received one or more operational parameters to the writable memory; and c) controlling operation of the measurement unit in accordance with the received one or more operational parameters.
Textile thread element for treating a tube, characterised in that it comprises: - a first portion, called the "rigid portion", forming a thread puller for introducing and front traction of the thread element inside the tube, - a second portion, called "flexible" portion, forming a flexible thread for treating the inside of the tube, the rigidity of the first portion being greater than that of the second portion, and the first portion and the second portion being made from the same material, the first and second portions are made from a single piece, being continuously connected together, with the absence of any junction, characterized in that the second portion comprises metallic threads. - a first portion, called the "rigid portion", forming a thread puller for introducing and front traction of the thread element inside the tube, - a second portion, called "flexible" portion, forming a flexible thread for treating the inside of the tube, the rigidity of the first portion being greater than that of the second portion, and the first portion and the second portion being made from the same material, the first and second portions are made from a single piece, being continuously connected together, with the absence of any junction, characterized in that the second portion comprises metallic threads.
An alignable housing, in particular an electronics housing, which comprises an actuation lever for latching and/or releasing a component that can be placed on the housing, as well as a marker which is formed or arranged on the actuation lever, characterized in that the marker is formed as a marking plate which is fixed in a latched manner on the actuation lever, that an actuation projection of the actuation lever passes through a breakthrough of the marking plate, which is formed in such a way that an interlocking connection is formed between the end region of the actuation lever and the breakthrough.
An inkjet printing apparatus comprising: a print head comprising at least one ejection opening and configured to print an image by ejecting ink from the ejection opening; a detection means configured to perform a detection operation to detect an ink ejection state of the ejection opening; a circulation means (P1, P2) configured to circulate ink between an ink tank and the print head such that ink flows from the ink tank through the print head, a first flow path, and a second flow path and such that at least a part of ink which has flowed in the first flow path flows in the first flow path again; and a control means (101, 202) configured to cause the circulation means (P1, P2) to circulate ink, to cause the detection means to perform said detection operation while the circulation means (P1, P2) circulates ink, and to prevent the circulation means (P1, P2) from stopping the ink circulation until said detection operation is finished. a print head comprising at least one ejection opening and configured to print an image by ejecting ink from the ejection opening; a detection means configured to perform a detection operation to detect an ink ejection state of the ejection opening; a circulation means (P1, P2) configured to circulate ink between an ink tank and the print head such that ink flows from the ink tank through the print head, a first flow path, and a second flow path and such that at least a part of ink which has flowed in the first flow path flows in the first flow path again; and a control means (101, 202) configured to cause the circulation means (P1, P2) to circulate ink, to cause the detection means to perform said detection operation while the circulation means (P1, P2) circulates ink, and to prevent the circulation means (P1, P2) from stopping the ink circulation until said detection operation is finished.
Method for guiding the movement of a machine element of a machine that can be driven via an axis with the aid of a motor with the steps: specifying a setpoint guidance variable (y setp) describing a desired movement process of the machine element for the actuation of the motor; and determining an actual pilot variable (M pilot) and/or an actual guidance variable (y act) from the setpoint guidance variable (y setp) by subjecting the setpoint guidance variable (y setp) to a digital path model which simulates the dynamic behaviour of the machine element and the motor, characterised in that the digital path model is parameterised by the total moment of inertia and the poles and zeros of the transfer function (H Mot) of the mechanical system consisting of motor, axis and machine element. specifying a setpoint guidance variable (y setp) describing a desired movement process of the machine element for the actuation of the motor; and determining an actual pilot variable (M pilot) and/or an actual guidance variable (y act) from the setpoint guidance variable (y setp) by subjecting the setpoint guidance variable (y setp) to a digital path model which simulates the dynamic behaviour of the machine element and the motor, characterised in that the digital path model is parameterised by the total moment of inertia and the poles and zeros of the transfer function (H Mot) of the mechanical system consisting of motor, axis and machine element.
A method to improve the nutrition quality of by-products or residues derived from starch-containing material in a processes for producing ethanol comprising the steps of: i) subjecting the fermented mash after the fermentation to an enzyme composition comprising a beta-1,3 glucanase and a xylanase, ii) separating the desired fermentation product by distillation.
An erosion-resistant sleeve (8, 31, 50, 108) for protecting a foil (4, 104), the foil comprising an airfoil or hydrofoil having a first foil shape with a leading edge (26, 126) and a trailing edge (24, 124), the sleeve comprising: a body adapted to cover at least a portion of the foil, the body comprising an outer surface and an inner surface (42, 54) and a sleeve thickness therebetween and having a longitudinal dimension (12, 32) with a first end (17, 34) and a second end and a dimension (11, 13, 33) transverse to the longitudinal dimension, the outer surface comprising a shape memory polymer or an elastomeric polymer, wherein the sleeve (8, 31, 50, 108) is adapted to surround and cover the foil (4, 104) at a portion of the leading edge (26, 126), and a portion of the trailing edge (24, 124), and an area between the edges, wherein the body has a materially continuous perimeter circumscribing the body around the transverse dimension and having a second foil shape, and wherein the inner surface of the body comprises a third foil shape that has the same shape as at least a portion of the first foil shape; and an opening at the first end of the body adapted to receive the foil (4, 104). a body adapted to cover at least a portion of the foil, the body comprising an outer surface and an inner surface (42, 54) and a sleeve thickness therebetween and having a longitudinal dimension (12, 32) with a first end (17, 34) and a second end and a dimension (11, 13, 33) transverse to the longitudinal dimension, the outer surface comprising a shape memory polymer or an elastomeric polymer, wherein the sleeve (8, 31, 50, 108) is adapted to surround and cover the foil (4, 104) at a portion of the leading edge (26, 126), and a portion of the trailing edge (24, 124), and an area between the edges, wherein the body has a materially continuous perimeter circumscribing the body around the transverse dimension and having a second foil shape, and wherein the inner surface of the body comprises a third foil shape that has the same shape as at least a portion of the first foil shape; and wherein the sleeve (8, 31, 50, 108) is adapted to surround and cover the foil (4, 104) at a portion of the leading edge (26, 126), and a portion of the trailing edge (24, 124), and an area between the edges, wherein the body has a materially continuous perimeter circumscribing the body around the transverse dimension and having a second foil shape, and wherein the inner surface of the body comprises a third foil shape that has the same shape as at least a portion of the first foil shape; and an opening at the first end of the body adapted to receive the foil (4, 104).
A data processing method for determining six parameters, corresponding to six degrees of freedom, of a contact position of a joint which connects two bones (1, 2), comprising the steps of acquiring a 3D model of each bone, characterised by the steps of acquiring four of the six parameters as given parameters, selecting initial values for the two remaining parameters and varying the two remaining parameters virtually in order to achieve a virtual relative position between the two 3D models such that they are in contact with each other.
A traction control system for a motor vehicle, the traction control system comprising an electronic controller configured to identify a wheelslip condition and initiate a traction control intervention at one or more vehicle wheels (4, 6) in dependence on the wheelslip condition, wherein the electronic controller is configured to modify the traction control intervention in dependence on a reduced wheel load condition in said one or more wheels, the reduced wheel load condition being identified based on at least one of: a signal indicative of vehicle pitch; and a signal indicative of vehicle heave, wherein the controller is configured to modify the traction control intervention by inhibiting the traction control intervention; wherein the signal indicative of vehicle pitch comprises vehicle pitch data and/or the signal indicative of vehicle heave comprises vehicle heave data; and wherein the vehicle pitch data comprise a pitch profile over time associated with the reduced wheel load condition, and/or wherein the heave data comprise a heave profile over time associated with the reduced wheel load condition.