mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for tissue examination, comprising: - a data input; - a tissue microarray analyzing unit; and - an output; wherein the data input is configured to receive a reference image of a reference slice obtained from a tissue sample block; to receive a microarray image of a microarray slice comprising at least one tissue core obtained from at least the tissue sample block; and to provide the reference image and the microarray image to the tissue microarray analyzing unit; wherein the tissue microarray analyzing unit is configured to register a tissue core image of at least one tissue core with the reference image based on a spatial arrangement of the respective tissue core within the tissue sample block; and wherein the output is configured to provide a registered result obtained from the tissue microarray analyzing unit for further analyzing purposes; wherein the tissue microarray analyzing unit is further configured to identify at least one feature of interest within the registered tissue core image based on morphological information of the registered tissue core image; to recognize a matching feature in a periphery area on the reference image based on the morphological information, wherein the periphery area surrounds the registered tissue core image; and to extend a staining pattern of the feature of interest within the registered tissue core image into the matching feature in the periphery area such that the staining pattern continues through and beyond a perimeter of the registered tissue core image. - a data input; - a tissue microarray analyzing unit; and - an output; wherein the data input is configured to receive a reference image of a reference slice obtained from a tissue sample block; to receive a microarray image of a microarray slice comprising at least one tissue core obtained from at least the tissue sample block; and to provide the reference image and the microarray image to the tissue microarray analyzing unit; wherein the tissue microarray analyzing unit is configured to register a tissue core image of at least one tissue core with the reference image based on a spatial arrangement of the respective tissue core within the tissue sample block; and wherein the output is configured to provide a registered result obtained from the tissue microarray analyzing unit for further analyzing purposes;
Contact arm for a disconnect switch, having at least one profiled body and having at least one contact element which is in electrical contact with the at least one profiled body and which is designed to produce an electrical contact, wherein the at least one profiled body has a first diameter d parallel to the at least one contact element, and the at least one contact element has a concave surface with a radius of curvature r' which is arranged on a side facing away from the profiled body, and wherein the radius of curvature r' of the concave surface of the at least one contact element is smaller than the radius of curvature r of a circular segment having the first diameter d of the at least one profiled body, characterized in that the at least one profiled body has a rectangular shape, in particular with rounded corners.
An industrial personal computer (1, 50, 100, 101) comprising: a first housing module having a first electronic component, an internal electric power supply device and a first electric connection portion; and a second housing module (20, 20') having a second electronic component and a second electric connection portion, the first and the second housing modules (20, 20') being stacked along a stacking direction, wherein the first and second connection portions (13, 23) form a connection bus along the stacking direction at least for transmitting electric power between the first and second housing modules (10, 20, 20'); wherein the second electronic component is an uninterruptible power supply device, characterized in that: the IPC (1, 50, 100, 101) further comprises a power management controller implemented to: monitor the internal electric power supply device and/or an internal voltage at the connection bus; detect a presence of the second electronic component in the second housing module (20, 20'); control a power distribution of the IPC (1, 50, 100, 101) such that during a removal or insertion of the second electronic component the internal electric power distribution remains unaffected; and control a charging of the UPS device by the internal electric power supply. a first housing module having a first electronic component, an internal electric power supply device and a first electric connection portion; and a second housing module (20, 20') having a second electronic component and a second electric connection portion, the first and the second housing modules (20, 20') being stacked along a stacking direction, wherein the first and second connection portions (13, 23) form a connection bus along the stacking direction at least for transmitting electric power between the first and second housing modules (10, 20, 20'); wherein the second electronic component is an uninterruptible power supply device, characterized in that: the IPC (1, 50, 100, 101) further comprises a power management controller implemented to: monitor the internal electric power supply device and/or an internal voltage at the connection bus; detect a presence of the second electronic component in the second housing module (20, 20'); control a power distribution of the IPC (1, 50, 100, 101) such that during a removal or insertion of the second electronic component the internal electric power distribution remains unaffected; and control a charging of the UPS device by the internal electric power supply. monitor the internal electric power supply device and/or an internal voltage at the connection bus; detect a presence of the second electronic component in the second housing module (20, 20'); control a power distribution of the IPC (1, 50, 100, 101) such that during a removal or insertion of the second electronic component the internal electric power distribution remains unaffected; and control a charging of the UPS device by the internal electric power supply.
Dust hood having a flange for fastening the dust hood to a gear neck of a cut-off grinder, and having a hood body for at least partially covering, on both sides, a circular cut-off wheel, and having an extraction nozzle for attaching a suction hose via which abrasively removed substrate can be extracted from the hood body, characterized in that the dust hood has a sensor unit by means of which it is possible to detect whether the suction hose is attached to the extraction nozzle and/or whether a flap of the extraction nozzle is open.
A paper coating slip additive formed by free-radical polymerization of a) at least one acid monomer selected from ethylenically unsaturated C3 to C8 carboxylic acids; b) at least one associative monomer of the general formula H 2 C=CR 1 -COO- n - m -R 2 where R 1 is hydrogen or methyl, n is at least two, m is from zero to 50, EO is an ethylene oxide group, PO is a propylene oxide group and R 2 is a C8-C30 alkyl group or a C8-C30 alkaryl group, c) nonionic copolymerizable monomers other than a) and b); wherein said additive has a weight average molecular weight of below 200 000 and preferably not more than 150 000, wherein tert-dodecyl mercaptan is used as chain transfer agent. a) at least one acid monomer selected from ethylenically unsaturated C3 to C8 carboxylic acids; b) at least one associative monomer of the general formula H 2 C=CR 1 -COO- n - m -R 2 where R 1 is hydrogen or methyl, n is at least two, m is from zero to 50, EO is an ethylene oxide group, PO is a propylene oxide group and R 2 is a C8-C30 alkyl group or a C8-C30 alkaryl group, c) nonionic copolymerizable monomers other than a) and b); wherein said additive has a weight average molecular weight of below 200 000 and preferably not more than 150 000, wherein tert-dodecyl mercaptan is used as chain transfer agent.
An image data processor for improving the resolution of a CT volumetric first image data, comprising: a high resolution restorer configured to restore a voxel neighborhood of a voxel in said first image data to a higher resolution, generating restored higher resolution image data, based on a corresponding voxel neighborhood of second higher resolution image data, wherein the second higher resolution image data has higher resolution than the first image data, wherein the voxel neighborhood of second resolution image data is determined based on a mapping dictionary of the voxel, characterized in that the mapping dictionary represents a mapping between matrices of corresponding lower and higher resolution voxel neighborhoods of said first image data and/or of said second higher resolution image data, where the lower resolution voxel neighborhood is generated by downscaling the voxel neighborhood, wherein said first image data is first radiation dose image data and a radiation dose of said second higher resolution image data is greater than the dose of said first dose image data, wherein the first image data is CT image data and the second higher resolution data is CT image data. a high resolution restorer configured to restore a voxel neighborhood of a voxel in said first image data to a higher resolution, generating restored higher resolution image data, based on a corresponding voxel neighborhood of second higher resolution image data, wherein the second higher resolution image data has higher resolution than the first image data, wherein the voxel neighborhood of second resolution image data is determined based on a mapping dictionary of the voxel, characterized in that the mapping dictionary represents a mapping between matrices of corresponding lower and higher resolution voxel neighborhoods of said first image data and/or of said second higher resolution image data, where the lower resolution voxel neighborhood is generated by downscaling the voxel neighborhood, wherein said first image data is first radiation dose image data and a radiation dose of said second higher resolution image data is greater than the dose of said first dose image data, wherein the first image data is CT image data and the second higher resolution data is CT image data.
Household appliance, in particular a tumble dryer, comprising a working chamber and at least one latent heat store, having one storage medium in each instance, the one storage medium in each instance being thermally coupled by way of an associated heat exchanger in each instance to a working medium circulating through the working chamber, wherein working medium passes first from the working chamber to a heat sink, from there to the heat exchanger, from there to a heat source and from there back into the working chamber and wherein the one storage medium in each instance forms a substance mixture together with a carrier fluid in each instance, said substance mixture being able to be conducted in a closed circuit in each instance by way of the associated heat exchanger in each instance for an exchange of heat with the working medium, characterised in that the one substance mixture in each instance circulates between the associated heat exchanger in each instance and at least one reservoir in the respective closed circuit and the reservoir can be filled layer by layer with the substance mixture conducted by way of the associated heat exchanger in each instance.
A treated laminate comprising a first substrate having a cyclodextrin composition disposed on at least a portion of a surface thereof, and a second substrate disposed over the cyclodextrin composition, the cyclodextrin composition comprising a cyclodextrin inclusion complex comprising a cyclodextrin compound and an olefinic inhibitor, the olefinic inhibitor being an olefinic compound that contains at least one olefinic double bond, has from 3 to 20 carbon atoms and can be aliphatic or cyclic; and a carrier comprising petrolatum or a petrolatum-like material sourced from vegetable matter, wherein the carrier has a melting transition onset between 23°C and 40°C, a kinematic viscosity of less than 30 mm 2 /s at 100°C and solubility in water of less than 1 wt% at 25°C.
A dispenser for dispensing a material from a container via a dispensing valve and a dispensing extension, a cap being connected to the container that comprises a cap top and surrounds the dispensing valve at least in regions, a lever for actuating the dispensing valve being connected to the cap so as to be able to pivot about a pivot axis, the cap comprising a first recess in which the lever is provided at least in regions such that parts of the outer surface of the cap are formed by the lever, the lever comprising, in turn, a second recess in the region of the first recess in the cap, a protruding dispensing region of the dispensing valve or a dispensing extension which can be mounted on the dispensing valve extending through the second recess in the lever when the material is being dispensed, and the lever comprising a lever front which extends, at least in regions, from the top of the dispenser toward the bottom, characterized in that the lever abuts the container exterior wall in the region of the lever front in a first, rest position, and the lever is mounted so as to be movable relative to the cap such that it is arranged at a spacing from the container exterior wall in the region of the lever front in a second, activation position.
Monitoring system set up for the partially or completely automated intraoperative monitoring of nerves during a surgical procedure, wherein the monitoring system has at least one stimulation electrode for introduction into the abdominal space and sensors for the measurement of signals, wherein at least one sensor for measuring the bladder function and at least one sensor for measuring the activity of the anal sphincter are provided as sensors, wherein the at least one sensor for measuring the bladder pressure is set up as a pressure sensor and is connected to the rest of the system via an adapter element, and the one or more sensors for measuring the activity of the anal sphincter are one or more electrodes for EMG measurement, characterized in that the monitoring system is equipped for a laparoscopic procedure and has a software-implemented suppression of respiratory artefacts in the measurement of the bladder pressure, wherein the monitoring system includes, for the suppression of respiratory artefacts in the measurement of the bladder pressure, (i) a lowpass filter in the form of a digital filter, which smooths the measurement signal obtained in the measurement of the bladder pressure, such that the measurement signal indicates, at least in the main, only the one or more bladder pressure signals including the superimposed respiration curve, and (ii) a sample and hold circuit whose greatest and smallest values are averaged for a new curve, and the average values are held until the occurrence of new such greatest and smallest values, thereby obtaining the new curve which serves as a corrected bladder pressure signal. has a software-implemented suppression of respiratory artefacts in the measurement of the bladder pressure, wherein the monitoring system includes, for the suppression of respiratory artefacts in the measurement of the bladder pressure, (i) a lowpass filter in the form of a digital filter, which smooths the measurement signal obtained in the measurement of the bladder pressure, such that the measurement signal indicates, at least in the main, only the one or more bladder pressure signals including the superimposed respiration curve, and (ii) a sample and hold circuit whose greatest and smallest values are averaged for a new curve, and the average values are held until the occurrence of new such greatest and smallest values, thereby obtaining the new curve which serves as a corrected bladder pressure signal.
Rail vehicle with a first and at least a further, second car body (1, 2), which are coupled to one another by way of a first hinge, wherein the first hinge is arranged between the first and the second car body (1, 2) and is embodied suitably at least to execute a rotational movement of the first and the second car body (1, 2) about a vertical axis of the rail vehicle and to transmit drive and braking forces between the first and the second car body (1, 2), wherein the first hinge is connected to the first car body and rigidly to the second car body by way of a shaft, wherein the shaft below the first car body is arranged rotatably about an axis of rotation on the first car body, which permits a rotation of the shaft in a horizontal plane so that the first hinge with a directional component can be moved at right angles to the longitudinal axis of the first car body, characterised in that the shaft is guided through an aperture in the car body underframe of the first car body and is supported in the vertical direction and in the aperture is supported upward and/or downward by means of a tribological pairing or by means of support rollers.
A method for increasing the reactive power capability of a wind power plant, comprising: receiving a reactive power requirement from an electrical grid; determining an active power generated by the wind power plant; checking if the reactive power requirement is satisfied by the wind power plant based on the active power generated by the wind power plant; and controlling the wind power plant to curtail the active power generated by the wind power plant by a curtailment amount when the reactive power requirement is not satisfied, and in response to a grid event. receiving a reactive power requirement from an electrical grid; determining an active power generated by the wind power plant; checking if the reactive power requirement is satisfied by the wind power plant based on the active power generated by the wind power plant; and controlling the wind power plant to curtail the active power generated by the wind power plant by a curtailment amount when the reactive power requirement is not satisfied, and in response to a grid event.
A support for raised floors comprising ✔ a base element having an annular member and a base (11, 12) which is fixed to the annular member and which is configured to be supported on a support surface so as to define the base of the support, ✔ a support head which is configured to receive in a supporting way a covering element of the floor to be supported and which has a support face which defines the support base for the covering element of the floor to be supported and an opposite second face which is directed in use towards the support surface, ✔ a support structure which is configured to be interposed in use between the base element and the support head, said support structure being provided with connection elements to connect the support structure to the base element, the second face being configured to be supported in use on an abutment surface of the support structure, wherein the support comprises a friction-producing device having a friction end-piece which is defined on one among said second face and said abutment surface and which is positioned so as to abut against the other among said abutment surface and said second face which is made of a high friction coefficient material in order to apply friction to the relative sliding between the support structure and the support head characterised in that the friction-producing device further comprises a friction mat which projects from the support base and which is configured to apply friction to the sliding of the covering element in relation to the support, the friction mat preferably being constructed integrally with the friction end-piece so as to form a friction element of the friction-producing device, each friction element further comprising a connection end-piece between the friction mat and the friction end-piece, wherein the friction end-piece comprises a rib structure which extends in a radial direction on the second face or on the abutment surface, respectively. ✔ a base element having an annular member and a base (11, 12) which is fixed to the annular member and which is configured to be supported on a support surface so as to define the base of the support, ✔ a support head which is configured to receive in a supporting way a covering element of the floor to be supported and which has a support face which defines the support base for the covering element of the floor to be supported and an opposite second face which is directed in use towards the support surface, ✔ a support structure which is configured to be interposed in use between the base element and the support head, said support structure being provided with connection elements to connect the support structure to the base element, the second face being configured to be supported in use on an abutment surface of the support structure, wherein the support
Arrangement consisting of a vertical wall of a building and a sanitary installation having a pull-out hose which comprises a shower head, a shower hose and a winding-up device for said shower hose, wherein the winding-up device is arranged in an installation space within the vertical wall of the building in the built-in condition above a bath tub or shower tray, and comprises a hose box within which the shower hose can be wound up onto, and unwound from, a winding shaft, characterised in that a 90° rerouting arrangement for the shower hose is provided, which is formed by a quadrant-shaped tube which is arranged directly on the upper side of the hose box at the outlet aperture of the latter, and that there is arranged, at the other end of the tube, a wall fastening with the aid of which a holding device for the shower head can be fastened to the vertical wall of the building above the bath tub or shower tray.
A method for operating a mobile device, comprising: determining a value of a timer; transmitting a request of an application layer through a first interface; and when not receiving a response corresponding to the request transmitted through the first interface before the timer expires, retransmitting the request of the application layer through a second interface, wherein the request transmitted through the first interface and the request transmitted through the second interface correspond to a single request generated in an application, wherein the value of the timer is determined based on at least one of a purpose of the request, a type of the application, a current state of a service relating to the application, and a channel quality of a network of the first interface, wherein the value of the timer is determined to be smaller as a channel quality of a network accessible through the first interface degrades, and wherein the value of the timer is shorter than a waiting time for declaring timeout of the application. determining a value of a timer; transmitting a request of an application layer through a first interface; and when not receiving a response corresponding to the request transmitted through the first interface before the timer expires, retransmitting the request of the application layer through a second interface, wherein the request transmitted through the first interface and the request transmitted through the second interface correspond to a single request generated in an application, wherein the value of the timer is determined based on at least one of a purpose of the request, a type of the application, a current state of a service relating to the application, and a channel quality of a network of the first interface, wherein the value of the timer is determined to be smaller as a channel quality of a network accessible through the first interface degrades, and wherein the value of the timer is shorter than a waiting time for declaring timeout of the application.