mhurhangee/ep-ind-claims huggingface dataset:
A quick-connection arrangement for a hollow body which at least temporally is under pressure, comprising: - a first connection body with an embracing section; - a second connection body with an engaging section, wherein the first connection body with its embracing section can be displaced along a connection axis at least partly over the engaging section of the second connection body, wherein at least one of the connection bodies (10, 20) is a hollow body; - a force transmission element with an abutment surface, wherein a. at the inner side, a radially peripheral groove is arranged on the embracing section, and at the outer side a radially peripheral projection is arranged on the engaging section; or b. at the inner side, a radially peripheral projection is arranged on the embracing section and at the outer side a radially peripheral groove is arranged on the engaging section, wherein the projection forms an abutment shoulder with an abutment surface, and the force transmission element can be inserted into the radially peripheral groove and for creating the connection between the two connection bodies (10, 20) can be led with its contact surface in abutment onto the abutment surface of the abutment shoulder, characterised in that the force transmission element comprises a further contact surface which lies opposite the contact surface and which can be brought to abut with the abutment surface of an abutment shoulder of the groove, wherein the first and the second contact surfaces (31a, 31 b) of the force transmission element enclose an angle (a) and converge to one another in the direction of the radially peripheral groove. - a first connection body with an embracing section; - a second connection body with an engaging section, wherein the first connection body with its embracing section can be displaced along a connection axis at least partly over the engaging section of the second connection body, wherein at least one of the connection bodies (10, 20) is a hollow body; - a force transmission element with an abutment surface, wherein a. at the inner side, a radially peripheral groove is arranged on the embracing section, and at the outer side a radially peripheral projection is arranged on the engaging section; or b. at the inner side, a radially peripheral projection is arranged on the embracing section and at the outer side a radially peripheral groove is arranged on the engaging section, a. at the inner side, a radially peripheral groove is arranged on the embracing section, and at the outer side a radially peripheral projection is arranged on the engaging section; or b. at the inner side, a radially peripheral projection is arranged on the embracing section and at the outer side a radially peripheral groove is arranged on the engaging section,
An arrangement for joining pipes on water comprising: - a vessel arranged to float comprising ∘ a joining space inside said vessel having an open upper part for performing pipe joining, ∘ at least two opposed openings for arranging the pipes to be joined inside said joining space, wherein the form of the openings corresponds to the form of the pipe at the bottom of each opening, and at the top, each opening is open and ∘ respective and independent from each other closing parts arrangeable in said openings upon said pipe in order to close said openings when the pipe to be joined is in said joining space, wherein said vessel is formed in one piece and said arrangement further comprises altering means for altering a carrying capacity of said vessel by adjusting the ratio of water and air in said joining space. - a vessel arranged to float comprising ∘ a joining space inside said vessel having an open upper part for performing pipe joining, ∘ at least two opposed openings for arranging the pipes to be joined inside said joining space, wherein the form of the openings corresponds to the form of the pipe at the bottom of each opening, and at the top, each opening is open and ∘ respective and independent from each other closing parts arrangeable in said openings upon said pipe in order to close said openings when the pipe to be joined is in said joining space, ∘ a joining space inside said vessel having an open upper part for performing pipe joining, ∘ at least two opposed openings for arranging the pipes to be joined inside said joining space, wherein the form of the openings corresponds to the form of the pipe at the bottom of each opening, and at the top, each opening is open and ∘ respective and independent from each other closing parts arrangeable in said openings upon said pipe in order to close said openings when the pipe to be joined is in said joining space,
Compression garment comprising at least one chitosan-containing fibre, wherein the chitosan-containing fibre is a cellulose-based fibre, e.g. a viscose, modal, polynosic or lyocell fibre, the surface of which is at least partially coated with chitosan, wherein the chitosan-coated fibre covers an elastic yarn.
Storage and metering device intended for injecting an additive into a pipe through which a liquid flows with variable flow rate, comprising: - a reservoir intended to contain said additive and be pressurised to a pressurisation pressure by a pressurisation fluid, and - an additive conduit connected firstly to said reservoir and secondly to said pipe, the device being characterised in that it comprises: - a relief valve inserted in said additive conduit; - a differential pressure regulator adapted to modify the set point pressure of said relief valve as a function of the difference Δ between a reference pressure and a control pressure, the reference pressure being measured either in the additive conduit upstream of the relief valve or in the additive conduit downstream of the relief valve and upstream of a connection point of the additive conduit to said pipe, the control pressure being measured in said pipe upstream of said connection point. - a reservoir intended to contain said additive and be pressurised to a pressurisation pressure by a pressurisation fluid, and - an additive conduit connected firstly to said reservoir and secondly to said pipe, - a relief valve inserted in said additive conduit; - a differential pressure regulator adapted to modify the set point pressure of said relief valve as a function of the difference Δ between a reference pressure and a control pressure, the reference pressure being measured either in the additive conduit upstream of the relief valve or in the additive conduit downstream of the relief valve and upstream of a connection point of the additive conduit to said pipe, the control pressure being measured in said pipe upstream of said connection point.
Railway control system with at least one control centre which is connected to at least one subcentre, wherein the control centre is embodied to monitor operating state images generated in an image generation facility of the subcentre, characterised in that the image generation facility is embodied to generate and transmit the operating state images in the form of graphics packages, wherein there is provision for a cloud computing connection, secured via security gateways, between the control centre and the subcentre and the control centre has a display facility for displaying the operating state images using a standardised graphics protocol as well as an apparatus for image checksum generation.
A method for visualizing 3D image data of a 3D sensor that is configured failsafe in terms of safety standards for machine safety or electro-sensitive protective devices, wherein the 3D image data comprise a plurality of 3D points forming a lateral 2D arrangement with a respective depth value, in particular a depth map, wherein connected segments are formed from connected 3D points and the segments are displayed, wherein two respective 3D points are connected in the same segment if they are laterally adjacent and also differ in their depth value by at most a depth threshold (z), characterized in that a surface mesh is formed for a connected segment and the segment is displayed as the associated surface mesh, in that a shadowing mesh is generated and displayed for shadowing boundaries, and in that surface mesh and shadowing mesh are visually distinguishable so that shadowing is visible in a safety application.
Input device (100a to 500b) having: • a support that has a user control area and that has a coupling area for coupling an object to be monitored to the input device (100a to 500b); • an electromechanical transducer structure that is coupled both to the user control area and to the coupling area; • a control apparatus that uses the electromechanical transducer structure to implement a user control function of the user control area and further to implement mechanical integrity monitoring of the object to be monitored and/or the support; • wherein the integrity monitoring is effected on the basis of a response to mechanical excitation of the object to be monitored and/or the support; • wherein the control apparatus is further configured to use the transducer structure to mechanically excite the object to be monitored and/or the support and/or to capture the response; • wherein the transducer structure is configured to convert an external mechanical influence on the user control area into an electrical output variable; and • wherein the control apparatus is configured to ascertain a spatial and/or temporal characteristic (x, y, t) of the external influence on the basis of the electrical output variable. • a support that has a user control area and that has a coupling area for coupling an object to be monitored to the input device (100a to 500b); • an electromechanical transducer structure that is coupled both to the user control area and to the coupling area; • a control apparatus that uses the electromechanical transducer structure to implement a user control function of the user control area and further to implement mechanical integrity monitoring of the object to be monitored and/or the support; • wherein the integrity monitoring is effected on the basis of a response to mechanical excitation of the object to be monitored and/or the support; • wherein the control apparatus is further configured to use the transducer structure to mechanically excite the object to be monitored and/or the support and/or to capture the response; • wherein the transducer structure is configured to convert an external mechanical influence on the user control area into an electrical output variable; and • wherein the control apparatus is configured to ascertain a spatial and/or temporal characteristic (x, y, t) of the external influence on the basis of the electrical output variable.
A computer-implemented method of setting acquisition parameters for an intended X-ray imaging task, which method comprises - providing a local database with information regarding X-ray images and associated acquisition parameters; - obtaining a preliminary image; - inputting the preliminary image to a machine learning algorithm previously trained to identify one or more X-ray images (16 X) in the image database that exhibit similarity to the preliminary image; and - outputting the acquisition parameters (16 AP) of an identified X-ray image (16 X) as proposed acquisition parameters for the X-ray imaging task. - providing a local database with information regarding X-ray images and associated acquisition parameters; - obtaining a preliminary image; - inputting the preliminary image to a machine learning algorithm previously trained to identify one or more X-ray images (16 X) in the image database that exhibit similarity to the preliminary image; and - outputting the acquisition parameters (16 AP) of an identified X-ray image (16 X) as proposed acquisition parameters for the X-ray imaging task.
A turbine engine airfoil apparatus, comprising an airfoil defined by a plurality of airfoil sections arrayed along a stacking axis that extends between a root and a tip, wherein at least two of the airfoil sections spaced apart from each other have differing airfoil section thermal expansion properties; wherein a first airfoil section includes opposed pressure and suction side walls (124, 126) extending from a leading edge to a trailing edge, and first, second, and third regions (146, 148, 150) disposed so as to cause the first airfoil section to change shape in response to a temperature change; wherein the first region adjoins the suction side wall, extends the entire chord from the leading edge to the trailing edge, has a central portion extending through a full thickness of the airfoil 136, and has a first coefficient of thermal expansion, the second region adjoins the pressure side wall and has a second coefficient of thermal expansion which is different from the first coefficient of thermal expansion; and the third region adjoins the pressure side wall and has a third coefficient of thermal expansion which is different from the first coefficient of thermal expansion; the turbine engine airfoil apparatus being characterised in that the second region extends over a portion of the chord from the leading edge to the central portion; and the third region extends over a portion of the chord from the central portion to the trailing edge. a first airfoil section includes opposed pressure and suction side walls (124, 126) extending from a leading edge to a trailing edge, and first, second, and third regions (146, 148, 150) disposed so as to cause the first airfoil section to change shape in response to a temperature change; wherein the first region adjoins the suction side wall, extends the entire chord from the leading edge to the trailing edge, has a central portion extending through a full thickness of the airfoil 136, and has a first coefficient of thermal expansion, the second region adjoins the pressure side wall and has a second coefficient of thermal expansion which is different from the first coefficient of thermal expansion; and the third region adjoins the pressure side wall and has a third coefficient of thermal expansion which is different from the first coefficient of thermal expansion; the turbine engine airfoil apparatus being characterised in that the second region extends over a portion of the chord from the leading edge to the central portion; and the third region extends over a portion of the chord from the central portion to the trailing edge.
A method performed by a device of enabling three-dimensional, 3D, modelling of a telecommunication equipment, the method comprising: acquiring visual representations of the telecommunication equipment, the visual representations comprising images captured by the device; acquiring, by performing a radio frequency scan of the telecommunication equipment for each acquired visual representation, information indicating a frequency band over which the telecommunication equipment communicates; and associating the acquired information with the corresponding acquired visual representations; extracting keypoints from each acquired visual representation; determining whether or not the acquired information associated with one of the acquired visual representations corresponds with the acquired information associated with another one of the acquired visual representations; and, if the outcome of the determining is that the acquired information corresponds, matching the keypoints extracted from said one of the acquired visual representations to the keypoints extracted from said another one of the acquired visual representations, the acquired information being included in a keypoint descriptor utilized during the matching; and if the matching is successful, creating a 3D representation of said telecom equipment or updating an existing 3D representation of said telecom equipment utilizing a point cloud formed from the successfully matched keypoints; and, if the outcome of the determining is that the acquired information does not correspond, not performing the step of matching the keypoints. acquiring visual representations of the telecommunication equipment, the visual representations comprising images captured by the device; acquiring, by performing a radio frequency scan of the telecommunication equipment for each acquired visual representation, information indicating a frequency band over which the telecommunication equipment communicates; and associating the acquired information with the corresponding acquired visual representations; extracting keypoints from each acquired visual representation; determining whether or not the acquired information associated with one of the acquired visual representations corresponds with the acquired information associated with another one of the acquired visual representations; and, if the outcome of the determining is that the acquired information corresponds, matching the keypoints extracted from said one of the acquired visual representations to the keypoints extracted from said another one of the acquired visual representations, the acquired information being included in a keypoint descriptor utilized during the matching; and if the matching is successful, creating a 3D representation of said telecom equipment or updating an existing 3D representation of said telecom equipment utilizing a point cloud formed from the successfully matched keypoints; and, if the outcome of the determining is that the acquired information does not correspond, not performing the step of matching the keypoints.
A method of detecting colorectal field carcinogenesis, pre-CRC, or increased risk of CRC in a subject comprising: (a) isolating morphologically viable mucus layer colonocytes from a stool sample from said subject, wherein said mucus layer colonocytes are histologically normal at microscopic and greater scales; (b) analyzing said mucus layer colonocytes for nanoscale morphological alterations indicative of field carcinogenesis, wherein said nanoscale morphological alterations manifest as an increase in disorder strength as measured by partial wave spectroscopy but are not observable at the microscopic and greater scales. (a) isolating morphologically viable mucus layer colonocytes from a stool sample from said subject, wherein said mucus layer colonocytes are histologically normal at microscopic and greater scales; (b) analyzing said mucus layer colonocytes for nanoscale morphological alterations indicative of field carcinogenesis, wherein said nanoscale morphological alterations manifest as an increase in disorder strength as measured by partial wave spectroscopy but are not observable at the microscopic and greater scales.
Operating assembly for a motor vehicle including at least one first operating device disposed on and/or in a steering wheel of the motor vehicle and adapted to acquire an operating input of an occupant of the motor vehicle, and including a control device adapted to control a functional device of the motor vehicle depending on the operating input acquired by the at least one first operating device, wherein the at least one first operating device is disposed in and/or on a steering wheel rim of the steering wheel and is adapted to acquire a wiping movement, which the occupant performs with at least one finger, as the operating input characterized in that the at least one first operating device has a touch-sensitive screen and is adapted to provide a display for the occupant.
Storage system for storing containers, comprising: a grid structure having a large number of grid cells, wherein each grid cell defines a storage column of a container storage structure which is arranged below the grid structure, wherein the storage columns are configured to each receive a vertical stack of storage containers, at least one transport robot which is constructed for movement on the grid structure for handling the storage containers, wherein the transport robot comprises means for receiving, transporting and depositing storage containers stored in the container storage structure, and at least one storage container lifting apparatus having a lifting platform which can be raised and lowered for vertically conveying storage containers, wherein one or more levels of the container storage structure is/are in the form of buffer levels each having one or more buffer locations which are coupled to the storage container lifting apparatus for temporary storage of storage containers, characterised in that the lifting platform which can be raised and lowered for transferring storage containers to the buffer locations and for receiving storage containers from the buffer locations comprises a gripping apparatus. a grid structure having a large number of grid cells, wherein each grid cell defines a storage column of a container storage structure which is arranged below the grid structure, wherein the storage columns are configured to each receive a vertical stack of storage containers, at least one transport robot which is constructed for movement on the grid structure for handling the storage containers, wherein the transport robot comprises means for receiving, transporting and depositing storage containers stored in the container storage structure, and at least one storage container lifting apparatus having a lifting platform which can be raised and lowered for vertically conveying storage containers, wherein one or more levels of the container storage structure is/are in the form of buffer levels each having one or more buffer locations which are coupled to the storage container lifting apparatus for temporary storage of storage containers, characterised in that the lifting platform which can be raised and lowered for transferring storage containers to the buffer locations and for receiving storage containers from the buffer locations comprises a gripping apparatus.
A recyclable multilayered structure comprising at least one basic layer, which is coupled to an absorbent layer comprising cellulose by means of at least one water repellent adhesive layer, wherein said at least one basic layer comprises at least one corrugated cardboard, said corrugated cardboard includes a bottom or outer cover, a top or inner cover and two or more undulations enclosed between said outer and inner covers (41, 43), wherein said water repellent adhesive layer is a biodegradable polyethylene, suitable for contact with food and placed between said inner cover and said absorbent layer, and wherein said corrugated cardboard is die-cut, folded and/or thermoformed, characterised in that a stiff card is interposed between two of said undulations. at least one basic layer, which is coupled to an absorbent layer comprising cellulose by means of at least one water repellent adhesive layer, wherein said at least one basic layer comprises at least one corrugated cardboard, said corrugated cardboard includes a bottom or outer cover, a top or inner cover and two or more undulations enclosed between said outer and inner covers (41, 43), wherein a bottom or outer cover, a top or inner cover and two or more undulations enclosed between said outer and inner covers (41, 43), wherein said water repellent adhesive layer is a biodegradable polyethylene, suitable for contact with food and placed between said inner cover and said absorbent layer, and wherein said corrugated cardboard is die-cut, folded and/or thermoformed,