mhurhangee/ep-ind-claims huggingface dataset:
A robot including a plurality of sampling points (12R, 12L), comprising: a detection unit that acquires chemical substance-related information relating to chemical substances included in a fluid at the plurality of sampling points (12R, 12L), the detection unit including a sensor outputting spectral data; a communication unit (200, 201, 210) that enables communication with other robots, a memory that enables storing target chemical data for search, an event monitoring unit that determines an occurrence of an event and an occurrence direction of the event relative to the robot based on a change in a chemical constituent in the spectral data of each sampling point (12R, 12L), a search target detection unit that searches a chemical using the target chemical data in the memory and the spectral data output by the sensor, and means of group-searching that searches a chemical using information transmitted via the communication unit (200, 201, 210) from another robot and the spectral data output by the sensor without interrupting a process of the search target detection unit. a detection unit that acquires chemical substance-related information relating to chemical substances included in a fluid at the plurality of sampling points (12R, 12L), the detection unit including a sensor outputting spectral data; a communication unit (200, 201, 210) that enables communication with other robots, a memory that enables storing target chemical data for search, an event monitoring unit that determines an occurrence of an event and an occurrence direction of the event relative to the robot based on a change in a chemical constituent in the spectral data of each sampling point (12R, 12L), a search target detection unit that searches a chemical using the target chemical data in the memory and the spectral data output by the sensor, and means of group-searching that searches a chemical using information transmitted via the communication unit (200, 201, 210) from another robot and the spectral data output by the sensor without interrupting a process of the search target detection unit.
Pallet lever mechanism for an escapement mechanism including at least one fixed structure carrying a balance and an escape wheel cooperating with each other, said pallet lever mechanism being arranged to limit or to transmit the angular travel of said balance and/or of said escape wheel, said pallet lever including pallet stones cooperating with said escape wheel, and at least one flexible, multistable element, where the cooperation of said pallet lever with said balance is achieved by means of horns of a first portion of said pallet lever, characterized in that said first portion is connected by at least one said flexible element to a second portion of said pallet lever carrying said pallet stones, said flexible element including at least one prestressed beam buckled in a mode wherein said beam adopts an S or Z shape, said pallet lever mechanism including a pivot forcing said beam to have a node at the middle thereof.
An auscultation-assisting tool (6,16) to be attached for use to a stethoscope, the stethoscope including a chest piece receiving sounds from an examination site, the auscultation-assisting tool (6,16) comprising: a hollow sheet (7,17) detachably attached to a diaphragm included in the chest piece, wherein the hollow sheet (7,17) includes a first film portion (7a, 17a) detachably attached to the diaphragm; a second film portion (7b, 17b) to be brought into contact with the examination site and being deformable in conformity with an irregular surface of the examination site; and a hollow portion (7c, 17c) provided hermetically between the first film portion (7a,17) and the second film portion (7b,17b), and wherein a transmission medium that transmits sound is sealed in the hollow portion (7b, 17b), wherein the second film portion (7b,17b) is a hollow projection formed by vacuum forming, and is configured so that the second film portion (7b, 17b) can closely fit the irregular surface of the examination site when the second film portion (7b,17b) in such a state is brought into contact with the examination site. a hollow sheet (7,17) detachably attached to a diaphragm included in the chest piece, wherein the hollow sheet (7,17) includes a first film portion (7a, 17a) detachably attached to the diaphragm; a second film portion (7b, 17b) to be brought into contact with the examination site and being deformable in conformity with an irregular surface of the examination site; and a hollow portion (7c, 17c) provided hermetically between the first film portion (7a,17) and the second film portion (7b,17b), and a first film portion (7a, 17a) detachably attached to the diaphragm; a second film portion (7b, 17b) to be brought into contact with the examination site and being deformable in conformity with an irregular surface of the examination site; and a hollow portion (7c, 17c) provided hermetically between the first film portion (7a,17) and the second film portion (7b,17b), and wherein a transmission medium that transmits sound is sealed in the hollow portion (7b, 17b), wherein the second film portion (7b,17b) is a hollow projection formed by vacuum forming, and is configured so that the second film portion (7b, 17b) can closely fit the irregular surface of the examination site when the second film portion (7b,17b) in such a state is brought into contact with the examination site.
A fuel-cell gasket to be stacked on an outer peripheral edge of an electrolyte membrane, the fuel-cell gasket comprising a sheet member shaped like a frame having an aperture, wherein the sheet member is formed of a thermally fusible material, wherein the sheet member includes outer peripheral end portions, inner peripheral end portions defined by the aperture, a first portion having grooves provided in a sheet surface direction and a second portion having no groove, wherein the first portion includes both an area where an end portion of the groove opens toward the outer peripheral end portion and an area where an end portion of the groove opens toward the inner peripheral end portion, and wherein each of the grooves are formed in a shape such as not to allow the outer peripheral end portions and the inner peripheral end portions to communicate with each other.
Movable support for an entertainment and/or information device, the movable support being designed to be applied to the underside of a substantially horizontal support surface, the movable support comprising: - a set of linear guides designed to allow the device to be displaced in a substantially horizontal plane n, at least from a rest configuration into a first transition configuration; - a set of hinges designed to allow the device to rotate about a substantially horizontal axis of rotation at least from a first transition configuration into a first operating configuration; characterized in that the set of linear guides comprises a first pair of guides on which the device may be slidably mounted, via the set of hinges, and in that the first pair of guides is in turn slidably mounted on a second pair of guides so as to obtain a telescopic effect. - a set of linear guides designed to allow the device to be displaced in a substantially horizontal plane n, at least from a rest configuration into a first transition configuration; - a set of hinges designed to allow the device to rotate about a substantially horizontal axis of rotation at least from a first transition configuration into a first operating configuration;
Method of covering workpieces, of which at least a portion or portions are preferably of wood, engineered wood, plastics materials or the like, with a covering material, the method having the following steps: provision of a functional layer able to be made adhesive by the input of energy, infeed of the covering material to a workpiece to be covered, at least partial activation of the functional layer by the application of a heated gas to the functional layer, the heated gas being dispensed onto the functional layer through at least one exit opening and being at a pressure of at least 3 bars in the region of the at least one exit opening, and joining of the covering material to the workpiece by means of the activated functional layer, characterised in that the exit opening is at a distance of not more than 10 mm from the functional layer. provision of a functional layer able to be made adhesive by the input of energy, infeed of the covering material to a workpiece to be covered, at least partial activation of the functional layer by the application of a heated gas to the functional layer, the heated gas being dispensed onto the functional layer through at least one exit opening and being at a pressure of at least 3 bars in the region of the at least one exit opening, and joining of the covering material to the workpiece by means of the activated functional layer, characterised in that the exit opening is at a distance of not more than 10 mm from the functional layer.
An immunoconjugate formulation comprising: a. 5 mg/ml MF-T-SPDB-DM4, an anti-mesothelin immunoconjugate of a maytansinoid, b. 10 mM L-Histidine, c. 130 mM Glycine d. 5% (w/v) sucrose, and e. 0.01% (w/v) polysorbate 80 wherein the formulation is a buffered aqueous solution having a pH of 5.5. a. 5 mg/ml MF-T-SPDB-DM4, an anti-mesothelin immunoconjugate of a maytansinoid, b. 10 mM L-Histidine, c. 130 mM Glycine d. 5% (w/v) sucrose, and e. 0.01% (w/v) polysorbate 80
A control system for a surgical instrument comprising a user control (6517, 6518), the control system comprising: an imaging system, comprising: an emitter (150, 152) configured to emit electromagnetic radiation; and an image sensor configured to receive the EMR reflected from a surgical site; and a control circuit operably in signal communication with the imaging system and the surgical instrument, wherein the control circuit is configured to: generate an image of the surgical site based on the EMR received by the image sensor; define a first coordinate system with respect to the surgical site according to the image; receive a second coordinate system defined by the surgical instrument; determine a transfer function to translate a coordinate in the second coordinate system to the first coordinate system; characterised in that the control circuit is further configure to provide the transfer function to the surgical instrument to cause the surgical instrument to adjust the user control according to the transfer function. an imaging system, comprising: an emitter (150, 152) configured to emit electromagnetic radiation; and an image sensor configured to receive the EMR reflected from a surgical site; and an emitter (150, 152) configured to emit electromagnetic radiation; and an image sensor configured to receive the EMR reflected from a surgical site; and a control circuit operably in signal communication with the imaging system and the surgical instrument, wherein the control circuit is configured to: generate an image of the surgical site based on the EMR received by the image sensor; define a first coordinate system with respect to the surgical site according to the image; receive a second coordinate system defined by the surgical instrument; determine a transfer function to translate a coordinate in the second coordinate system to the first coordinate system; characterised in that the control circuit is further configure to provide the transfer function to the surgical instrument to cause the surgical instrument to adjust the user control according to the transfer function. generate an image of the surgical site based on the EMR received by the image sensor; define a first coordinate system with respect to the surgical site according to the image; receive a second coordinate system defined by the surgical instrument; determine a transfer function to translate a coordinate in the second coordinate system to the first coordinate system; characterised in that the control circuit is further configure to provide the transfer function to the surgical instrument to cause the surgical instrument to adjust the user control according to the transfer function.
An artificial heart system, comprising: (a) an artificial heart including an electrical motor coupled to a rotor which carries first and second impellers (24, 26) at opposite ends thereof, where: (i) the first impeller is adapted to communicate with a patient's systemic vasculature; and (ii) the second impeller is adapted to communicate with the patient's pulmonary vasculature; (b) a power source; and (c) a controller coupled to the power source and the pump, characterized in that the controller is programmed to: (i) drive the rotor using the motor, so as to circulate blood from the first impeller through the systemic vasculature, the second impeller, the pulmonary vasculature, and back to the first impeller; (ii) determine a resistance of the systemic vasculature, based on a first motor parameter; (iii) determine a flow rate through the systemic vasculature based on a second motor parameter; and (iv) vary at least one operational parameter of the artificial heart so as to maintain a predetermined relationship between the systemic flow and the resistance of the systemic vasculature. (a) an artificial heart including an electrical motor coupled to a rotor which carries first and second impellers (24, 26) at opposite ends thereof, where: (i) the first impeller is adapted to communicate with a patient's systemic vasculature; and (ii) the second impeller is adapted to communicate with the patient's pulmonary vasculature; (i) the first impeller is adapted to communicate with a patient's systemic vasculature; and (ii) the second impeller is adapted to communicate with the patient's pulmonary vasculature; (b) a power source; and (c) a controller coupled to the power source and the pump, characterized in that the controller is programmed to: (i) drive the rotor using the motor, so as to circulate blood from the first impeller through the systemic vasculature, the second impeller, the pulmonary vasculature, and back to the first impeller; (ii) determine a resistance of the systemic vasculature, based on a first motor parameter; (iii) determine a flow rate through the systemic vasculature based on a second motor parameter; and (iv) vary at least one operational parameter of the artificial heart so as to maintain a predetermined relationship between the systemic flow and the resistance of the systemic vasculature. (i) drive the rotor using the motor, so as to circulate blood from the first impeller through the systemic vasculature, the second impeller, the pulmonary vasculature, and back to the first impeller; (ii) determine a resistance of the systemic vasculature, based on a first motor parameter; (iii) determine a flow rate through the systemic vasculature based on a second motor parameter; and (iv) vary at least one operational parameter of the artificial heart so as to maintain a predetermined relationship between the systemic flow and the resistance of the systemic vasculature.
Pipe clamp for connecting a pipe, comprising a connection piece, which can be plugged into the pipe and has a front end projecting into the pipe, and a clamping ring, which encloses the connection piece and the pipe over a region of action and can be compressed by a tool, wherein the connection piece comprises a side wall, which runs essentially cylindrically around a centre axis and has a contact surface directed towards the inner pipe wall, wherein, by virtue of the pressing action of the clamping ring, the pipe is pressed against the connection piece, and therefore the contact surface of the connection piece comes into contact with said inner pipe wall, wherein the connection piece, in the region of action of the clamping ring, comprises a sealing region, for establishing a seal between connection piece and pipe, and a retaining region, which is formed separately from the sealing region and is intended for absorbing forces occurring between the connection piece and the pipe, wherein the sealing region comprises at least one protrusion, which extends radially from the contact surface and runs all the way around the centre axis, and a sealing surface, which directly adjoins the protrusion, said sealing surface having a larger diameter than the contact surface and a smaller diameter than the protrusion, characterized in that an encircling protrusion is arranged in each case upstream and downstream of the sealing surface, as seen in the direction of the centre axis, and therefore the sealing surface is delimited by said two protrusions in the direction of the centre axis, in that the protrusion is delimited by two side flanks (73, 74) which are inclined in relation to the centre axis, as seen in cross section perpendicular to the centre axis, wherein the side flanks form the sides of a triangle, and in that the sealing surface is provided by a cylindrical surface extending all the way around the centre axis.
A computer-implemented method for quantifying an impact of features on a composite component to be manufactured using an automated manufacturing process, the features resulting from the manufacturing process, the method comprising: receiving a set of simulation data related to a virtual simulation of the manufacturing process for the composite component using a set of design parameters; extracting a location and nature of the features from the simulation data; assigning location-specific correction factors to the composite component as a function of an impact of the features at corresponding locations; and correlating the location-specific correction factors to allowable safety margins at each one of the corresponding locations. receiving a set of simulation data related to a virtual simulation of the manufacturing process for the composite component using a set of design parameters; extracting a location and nature of the features from the simulation data; assigning location-specific correction factors to the composite component as a function of an impact of the features at corresponding locations; and correlating the location-specific correction factors to allowable safety margins at each one of the corresponding locations.
A display system comprising a plurality of display devices, the display devices each comprising: a communication interface configured to receive an input image; an image processor configured to process an image of the input image to be displayed; a display configured to display the processed image; and a controller configured to control the display to display the processed image in a scanning direction that is opposite to a scanning direction of an adjacent display device that is disposed adjacent to the display device in the display system, based on an arrangement position of the display device within the display system; characterized in that: in response to the adjacent display device rotationally processing a respective image displayed by the adjacent display device, the controller is configured to control the display to display the image processed by the image processor with a delay for a predetermined amount of time. a communication interface configured to receive an input image; an image processor configured to process an image of the input image to be displayed; a display configured to display the processed image; and a controller configured to control the display to display the processed image in a scanning direction that is opposite to a scanning direction of an adjacent display device that is disposed adjacent to the display device in the display system, based on an arrangement position of the display device within the display system; characterized in that: in response to the adjacent display device rotationally processing a respective image displayed by the adjacent display device, the controller is configured to control the display to display the image processed by the image processor with a delay for a predetermined amount of time. in response to the adjacent display device rotationally processing a respective image displayed by the adjacent display device, the controller is configured to control the display to display the image processed by the image processor with a delay for a predetermined amount of time.
A method for managing data exchange via at least three interfaces (31, 32, 33, 34, 35) of a ventilator, wherein at least one interface (31, 32, 33, 34, 35) is configured for a data exchange with at least one counterpart station (21, 22, 23) that is spatially separate from the ventilator, the data exchange comprising a data input and a data output, and a data input via one of the interfaces (31, 32, 33, 34, 35) blocking the data input via at least one other interface (31, 32, 33, 34, 35), characterized in that a priority is assigned to the interfaces (31, 32, 33, 34, 35) and the data input via an interface (31, 32, 33, 34, 35) with higher priority blocks the data input via at least one interface (31, 32, 33, 34, 35) of lower priority.
Dishwasher, in particular household dishwasher, with a washing tank located in a carcass of the dishwasher for the purpose of cleaning dishes, glasses, cutlery or similar wash items to be cleaned, wherein on its front side the washing tank can be closed by a door which is upright in a closed position and can be moved for its opening, and wherein a control panel is assigned to the door in its top region in the closed position, on the front side of which control panel at least one display window is arranged, wherein the display window extends at least virtually across the entire width of the control panel and a metallic strip is arranged as a casing below the display window across the width of the control panel.
Pressure regulator having a body and a magnet armature arranged in a chamber, having an inlet, which is connectable to a reservoir of a diesel fuel injection system of a diesel engine, an outlet, which is connectable to a low-pressure group (69, 75) and is connected to a relief chamber, controllable closing means, which can be driven by an actuator between a first state, in which the inlet and the outlet are hermetically isolated, and a second state, in which the inlet is connected to the outlet, and a plurality of volumes (21, 23, 25) arranged on the side of the closing means provided with the outlet, wherein a pressure compensation duct (27, 27.1, 27.2, 27.3, 27.4, 37, 27.5, 27.6, 27.7, 27.8) is provided, which connects at least two (25, 23; 25, 21; 25, 21, 23) of the above-mentioned volumes (21, 23, 25) to one another, wherein the chamber of the magnet armature and the relief chamber are connected by a line (27.3) machined into the body, characterized in that a sleeve provided with a duct is fitted, through which sleeve the pressure compensation duct (27.3) is passed, and in that a first end of the sleeve is connected to a line (27.3), and a second end remote from the abovementioned first end opens into a chamber of the magnet armature.