mhurhangee/ep-ind-claims huggingface dataset:
A method for cleaning a medical hollow instrument comprising the following steps: - providing a device comprising a tub element defining a filling chamber to be filled with a liquid, at least one ultrasound transducer coupling ultrasonic waves into the tub element via an assigned emission section of the tub element, a support designed for holding the hollow instrument in the liquid of the tub element, a controller for controlling the cleaning process, and a steam generation device for generating steam and for the optional introduction of the steam into the hollow instrument via a supply line; - filling the tub element with liquid of the tub element up to a defined filling level; - disposing at least one hollow instrument to be cleaned on the support; - introducing the support into the liquid of the tub element, the hollow instrument thus being entirely surrounded by the liquid, characterized by - injecting steam into the hollow instrument by means of the steam generation device for a period of 0.5 s to 3 s, the steam temperature being higher than the temperature of the liquid of the tub element; - ultrasonicating the tub element or the liquid of the tub element by means of the ultrasound transducer for a period of 15 s to 60 s, the injection and the ultrasonication defining a cycle; and - repeating the cycle multiple times for a defined process duration. - providing a device comprising a tub element defining a filling chamber to be filled with a liquid, at least one ultrasound transducer coupling ultrasonic waves into the tub element via an assigned emission section of the tub element, a support designed for holding the hollow instrument in the liquid of the tub element, a controller for controlling the cleaning process, and a steam generation device for generating steam and for the optional introduction of the steam into the hollow instrument via a supply line; - filling the tub element with liquid of the tub element up to a defined filling level; - disposing at least one hollow instrument to be cleaned on the support; - introducing the support into the liquid of the tub element, the hollow instrument thus being entirely surrounded by the liquid, - injecting steam into the hollow instrument by means of the steam generation device for a period of 0.5 s to 3 s, the steam temperature being higher than the temperature of the liquid of the tub element; - ultrasonicating the tub element or the liquid of the tub element by means of the ultrasound transducer for a period of 15 s to 60 s, the injection and the ultrasonication defining a cycle; and - repeating the cycle multiple times for a defined process duration.
A transmission electron microscopy support for receiving a biological sample, the support comprising at least one support member, and comprising graphene attached to said at least one support member, wherein said graphene is partially hydrogenated graphene, and characterised in that said graphene is 1% to 10% hydrogenated graphene.
A connection device comprising: a specimen carrier transport unit configured to transport a specimen carrier configured to house a specimen; and a carousel configured to rotate to transport a plurality of specimen carriers carried in from the specimen carrier transport unit, at a predetermined interval, to a specimen collection position (293a-c) where a specimen collection mechanism from an external automatic analysis device is received, wherein the carousel includes a plurality of specimen carrier holding units that hold the specimen carrier, a specimen clamp mechanism cam, and a specimen clamp that is disposed in each of the plurality of specimen carrier holding units and opens and closes in accordance with rotation of the carousel according to a shape of the specimen clamp mechanism cam, the specimen clamp is in an open state at a carry-in position where the specimen carrier is carried in the carousel and clamps the specimen carrier at the specimen collection position (293a-c), characterised by a specimen carrier lifting-lowering ramp installed in a lower portion of a transport path of the specimen carrier of the carousel for changing the height of the specimen carrier at the specimen collection position (293a-c). a specimen carrier transport unit configured to transport a specimen carrier configured to house a specimen; and a carousel configured to rotate to transport a plurality of specimen carriers carried in from the specimen carrier transport unit, at a predetermined interval, to a specimen collection position (293a-c) where a specimen collection mechanism from an external automatic analysis device is received, wherein the carousel includes a plurality of specimen carrier holding units that hold the specimen carrier, a specimen clamp mechanism cam, and a specimen clamp that is disposed in each of the plurality of specimen carrier holding units and opens and closes in accordance with rotation of the carousel according to a shape of the specimen clamp mechanism cam, the specimen clamp is in an open state at a carry-in position where the specimen carrier is carried in the carousel and clamps the specimen carrier at the specimen collection position (293a-c), characterised by a specimen carrier lifting-lowering ramp installed in a lower portion of a transport path of the specimen carrier of the carousel for changing the height of the specimen carrier at the specimen collection position (293a-c).
A composition comprising a plurality of anti-FGFR2IIIb antibodies, wherein each anti-FGFR2IIIb antibody comprises heavy chain and light chain variable regions, wherein the heavy chain variable region comprises: (i) HVR-H1 comprising the amino acid sequence of SEQ ID NO: 6; (ii) HVR-H2 comprising the amino acid sequence of SEQ ID NO: 7; and (iii) HVR-H3 comprising the amino acid sequence of SEQ ID NO: 8; and the light chain variable region comprises: (iv) HVR-L1 comprising the amino acid sequence of SEQ ID NO: 9; (v) HVR-L2 comprising the amino acid sequence of SEQ ID NO: 10; and (vi) HVR-L3 comprising the amino acid sequence of SEQ ID NO: 11; wherein at least 95% of the anti-FGFR2IIIb antibodies in the composition are afucosylated; for use in a method of treatment of cancer in an individual, wherein the cancer overexpresses FGFR2IIIb. (i) HVR-H1 comprising the amino acid sequence of SEQ ID NO: 6; (ii) HVR-H2 comprising the amino acid sequence of SEQ ID NO: 7; and (iii) HVR-H3 comprising the amino acid sequence of SEQ ID NO: 8; (iv) HVR-L1 comprising the amino acid sequence of SEQ ID NO: 9; (v) HVR-L2 comprising the amino acid sequence of SEQ ID NO: 10; and (vi) HVR-L3 comprising the amino acid sequence of SEQ ID NO: 11;
A manufacturing method of a control device for controlling an electrical equipment (4, 5), the manufacturing method comprising: providing a standard substrate on which a first input/output circuit (71, 72) and a control circuit configured to control the first input/output circuit (71, 72) are mounted, the first input/output circuit (71, 72) being at least one of an input circuit and an output circuit for a standard electrical equipment; providing a power supply substrate on which a connection portion and a power supply circuit are mounted; wherein the connection portion is configured to be connected to a power supply line (L2+, L2-) for supplying electric power and the power supply circuit is configured to generate electric power for operating the standard substrate from the electric power supplied from the power supply line (L2+, L2-), providing a plurality of types of the power supply substrates having different power supply circuits; and selecting one of the plurality of types of power supply substrates in accordance with the standard electrical equipment and an electric power supplied from the power supply line (L2+, L2-), and connecting the selected power supply substrate to the standard substrate. providing a standard substrate on which a first input/output circuit (71, 72) and a control circuit configured to control the first input/output circuit (71, 72) are mounted, the first input/output circuit (71, 72) being at least one of an input circuit and an output circuit for a standard electrical equipment; providing a power supply substrate on which a connection portion and a power supply circuit are mounted; wherein the connection portion is configured to be connected to a power supply line (L2+, L2-) for supplying electric power and the power supply circuit is configured to generate electric power for operating the standard substrate from the electric power supplied from the power supply line (L2+, L2-), providing a plurality of types of the power supply substrates having different power supply circuits; and selecting one of the plurality of types of power supply substrates in accordance with the standard electrical equipment and an electric power supplied from the power supply line (L2+, L2-), and connecting the selected power supply substrate to the standard substrate.
An information processing apparatus capable of communicating with another apparatus via a network, the information processing apparatus comprising: a display unit configured to display an image on a display apparatus included in or connected to the information processing apparatus; a transmission unit configured to transmit image data of the image displayed on a screen of the display apparatus to the other apparatus; and a reducing unit configured to reduce a processing load involved in displaying the image on the display apparatus in the case where the transmission unit transmits the image data to the other apparatus, characterized in that the display unit displays the image on the display apparatus in a transparent display state in which the image is displayed transparently in a display area located in the screen of the display apparatus, or in a non-transparent display state in which the image is displayed non-transparently in the display area, and the reducing unit switches the display state of the image displayed in the display area from the transparent display state to the non-transparent display state in the case where the transmission unit transmits the image data to the other apparatus. a display unit configured to display an image on a display apparatus included in or connected to the information processing apparatus; a transmission unit configured to transmit image data of the image displayed on a screen of the display apparatus to the other apparatus; and a reducing unit configured to reduce a processing load involved in displaying the image on the display apparatus in the case where the transmission unit transmits the image data to the other apparatus, characterized in that the display unit displays the image on the display apparatus in a transparent display state in which the image is displayed transparently in a display area located in the screen of the display apparatus, or in a non-transparent display state in which the image is displayed non-transparently in the display area, and the reducing unit switches the display state of the image displayed in the display area from the transparent display state to the non-transparent display state in the case where the transmission unit transmits the image data to the other apparatus.
A method for the grouped arrangement and orientation of individual food products comprising the steps: - feeding a food product, by means of a first feed belt for transporting the products in the direction of a first X-axis, - ejecting the product from the first feed belt at a position on the X-axis on to a second feed belt for transporting the products in the direction of a second Y-axis, - transporting the product by means of the second feed belt along the Y-axis in the direction of an orientation mask which is arranged above the second feed belt and which is so designed and adapted that the product, in particular the stacked products come into contact with the orientation mask and are at least partially oriented with respect to the X-axis and/or Y-axis on the second feed belt, and - further transporting the oriented product by means of the second feed belt in the direction of the Y-axis, preferably with a change in the direction of movement of the second feed belt, characterised in that the second feed belt for transporting the products in the direction of the orientation mask performs a preferably brief rearward movement in the direction of the orientation mask and subsequently thereto a forward movement in the opposite direction and in the direction of the Y-axis. - feeding a food product, by means of a first feed belt for transporting the products in the direction of a first X-axis, - ejecting the product from the first feed belt at a position on the X-axis on to a second feed belt for transporting the products in the direction of a second Y-axis, - transporting the product by means of the second feed belt along the Y-axis in the direction of an orientation mask which is arranged above the second feed belt and which is so designed and adapted that the product, in particular the stacked products come into contact with the orientation mask and are at least partially oriented with respect to the X-axis and/or Y-axis on the second feed belt, and - further transporting the oriented product by means of the second feed belt in the direction of the Y-axis, preferably with a change in the direction of movement of the second feed belt,
A method for producing security patterns (11, 12) on an electronic module for a security document, comprising steps consisting in: - supplying a dielectric film; - producing through holes in the dielectric film; - depositing at least one metal layer on the upper side and the lower side of the dielectric film, leaving said holes open; - delimiting by etching, on the one hand, a set of functional metal zones (4, 14) comprising a central zone forming an electrical ground and a set of electrical contacts separated from one another and separated from the electrical ground by non-metallized zones letting the dielectric film show and, on the other hand, a set of non-functional or decorative zones and - characterized in that it comprises a step consisting in simultaneously producing, by an etching operation, a debossed first security pattern obtained by removing material from one of said functional metal zones (4, 14) and a second security pattern embossed with respect to the dielectric film and obtained by removing material from a zone located outside said functional metal zones (4, 14) forming the electrical contacts (4, 14) of the terminal block. - supplying a dielectric film; - producing through holes in the dielectric film; - depositing at least one metal layer on the upper side and the lower side of the dielectric film, leaving said holes open; - delimiting by etching, on the one hand, a set of functional metal zones (4, 14) comprising a central zone forming an electrical ground and a set of electrical contacts separated from one another and separated from the electrical ground by non-metallized zones letting the dielectric film show and, on the other hand, a set of non-functional or decorative zones and - characterized in that it comprises a step consisting in simultaneously producing, by an etching operation, a debossed first security pattern obtained by removing material from one of said functional metal zones (4, 14) and a second security pattern embossed with respect to the dielectric film and obtained by removing material from a zone located outside said functional metal zones (4, 14) forming the electrical contacts (4, 14) of the terminal block.
Saw, in particular a crosscut saw or a crosscut pull saw, having a circular saw blade which can be accommodated on an output shaft of a drive assembly containing an electric motor and a cooling unit associated therewith, and with which a protective hood is associated, encompassing its upper circumferential region, which has a stationary lower part, from which the drive assembly projects laterally, and an upper part which is held on the latter such that it can pivot around the axis of the saw blade, and the interior of which communicates, via an outlet associated with the lower part, with a chip bag connected thereto and communicates via an inlet associated with the side wall of the lower part carrying the drive unit and adjacent to the saw blade with a flow space for the cooling air leaving the drive unit, characterized in that at least one guide body associated with the inlet of the interior of the protective hood is attached to the stationary lower part of the protective hood, which body has guide means directed towards the outlet of the protective hood associated with the chip bag for the cooling air leaving the drive assembly, wherein the guide body has as the guide means an inner flow channel deflected through 90° and having an inlet cross-section open towards the drive unit and an outflow cross-section extending transversely to the adjacent saw blade and facing the outlet.
An image processing device, comprising: a first motion compensating unit that performs motion compensation in decoding of a current view; a first compressing unit that compresses a motion vector of the current view to reduce accuracy to a first reduced accuracy; and a second compressing unit that compresses the motion vector of the current view at a compression rate higher than a compression rate of the first compressing unit to reduce accuracy to a second reduced accuracy, wherein the second reduced accuracy is lower than the first reduced accuracy, and wherein the first motion compensating unit performs the motion compensation in the decoding of the current view using the motion vector compressed by the second compressing unit, and a second motion compensating unit performs motion compensation in the decoding of another view using the motion vector compressed by the first compressing unit. a first motion compensating unit that performs motion compensation in decoding of a current view; a first compressing unit that compresses a motion vector of the current view to reduce accuracy to a first reduced accuracy; and a second compressing unit that compresses the motion vector of the current view at a compression rate higher than a compression rate of the first compressing unit to reduce accuracy to a second reduced accuracy, wherein the second reduced accuracy is lower than the first reduced accuracy, and wherein the first motion compensating unit performs the motion compensation in the decoding of the current view using the motion vector compressed by the second compressing unit, and a second motion compensating unit performs motion compensation in the decoding of another view using the motion vector compressed by the first compressing unit.
An apparatus for protecting a module used in a borehole, comprising: - a plurality of shock protection elements associated with the module, the plurality of shock protection elements cooperatively have a macroscopic non-linear spring response to an applied shock event, wherein the plurality of shock protection elements includes at least: - an enclosure; and is further characterized by: - a dampener connecting the module with the enclosure; wherein the dampener includes a lattice structure. - a plurality of shock protection elements associated with the module, the plurality of shock protection elements cooperatively have a macroscopic non-linear spring response to an applied shock event, wherein the plurality of shock protection elements includes at least: - an enclosure; and is further characterized by: - a dampener connecting the module with the enclosure;
Measuring arrangement having at least one measuring device for determining at least one measured variable and having at least one data device separate from the measuring device, wherein the measuring device generates at least one raw measured value dependent at least on the measured variable and determines at least one result value for the measured variable, and wherein the measuring device and the data device are connected to one another at least temporarily, wherein the measuring device comprises an evaluation device, characterized in that the raw measured value reflects the measured variable of actual interest, that the evaluation device outputs the raw measured value to the data device, that the data device determines intermediate information dependent on the raw measured value, so that part of the determination of the result value for the measured variable takes place in the data device, that the evaluation device receives the intermediate information and that the evaluation device calculates the result value in dependence on the intermediate information.
A method for producing a polyaspartic acid precursor polymer by polymerization using at least one kind selected from a product obtained from maleic anhydride and ammonia and, maleamic acid as a monomer, wherein 15 % or more of the total molar number of carboxyl groups in the monomers are a tertiary amine salt.
Failure safety valve unit for a failure brake function of an electronically controllable pneumatic brake system for a vehicle, in particular a commercial vehicle, the brake system having a first control unit and a second control unit which are supplied with energy independently of one another and/or can at least partially replace one another in terms of their function, characterized in that the failure safety valve unit comprises: - a first failure brake valve designed as a monostable valve and a second failure brake valve designed as a monostable valve, and - a valve main line pneumatically connecting a main connection providing a first pressure and a failure brake connection, - the first failure brake valve and the second failure brake valve being pneumatically connected in series in the valve main line, and - the first failure brake valve being controllable by the first control unit and the second failure brake valve being controllable by the second control unit, and - the brake valves (40, 60) being open in an open position (40A, 60A) in the non-activated state, in particular currentless state, such that the first pressure present at the main connection is provided as a failure brake pressure (pN) at the failure brake connection such that - in the event of a fault and/or power failure and/or diagnosis of the control units (410, 420), failure braking of the vehicle is triggered by the provision of the failure brake pressure (pN) at the failure brake connection by the brake system. - a first failure brake valve designed as a monostable valve and a second failure brake valve designed as a monostable valve, and - a valve main line pneumatically connecting a main connection providing a first pressure and a failure brake connection, - the first failure brake valve and the second failure brake valve being pneumatically connected in series in the valve main line, and - the first failure brake valve being controllable by the first control unit and the second failure brake valve being controllable by the second control unit, and - the brake valves (40, 60) being open in an open position (40A, 60A) in the non-activated state, in particular currentless state, such that the first pressure present at the main connection is provided as a failure brake pressure (pN) at the failure brake connection such that - in the event of a fault and/or power failure and/or diagnosis of the control units (410, 420), failure braking of the vehicle is triggered by the provision of the failure brake pressure (pN) at the failure brake connection by the brake system.