mhurhangee/ep-ind-claims huggingface dataset:
A method for dosing cleaning agents in cleaning machines with a mobile dosing device, comprising the steps of: - receiving control information, wherein the control information is dependent on information relating to a cleaning machine; - determining the progress of a cleaning process; and - dosing cleaning agent depending on the received control information and the determined progress of the cleaning process; - wherein the information relating to the cleaning machine can be determined by means of sensor-based automatic recognition, characterized in that the sensor-based automatic recognition of the information relating to the cleaning machine comprises capturing an image of at least one part of a cleaning machine, wherein the image information is optically captured by means of a sensor arranged in a user terminal, and wherein the at least one part of the cleaning machine comprises parts specific to a cleaning machine, so that the information relating to the cleaning machine is determined on the basis of this information, and in that after identifying the information relating to the cleaning machine, the control information is determined on the basis thereof, which control information is used for subsequent parameterization of the movable dosing device. - receiving control information, wherein the control information is dependent on information relating to a cleaning machine; - determining the progress of a cleaning process; and - dosing cleaning agent depending on the received control information and the determined progress of the cleaning process; - wherein the information relating to the cleaning machine can be determined by means of sensor-based automatic recognition,
A stylet for transplanting a skin filament, wherein a base body of the stylet has an inherent rigidity which allows the base body to be pushed through a peripheral venous catheter, wherein the stylet has a first end region (16, 24) in which the stylet can be gripped when the stylet is retracted, the first end region (16, 24) providing a stop for pushing the base body through the venous catheter, wherein a movement of the base body through the venous catheter in a direction which is opposite to a direction during the pushthrough can be effected by the retraction of the stylet, and wherein the stylet has at least one holding element at least in a second end region, which is designed to hold the skin filament to be transplanted during the retraction of the basic body through the venous catheter, wherein the holding element comprises at least two portions (40, 42) of the base body which are movable away from each other at least in the second end region, wherein a partial region of the skin filament which can be arranged between the at least two portions (40, 42) can be clamped due to the retraction of the base body through the venous catheter, characterised in that the base body is separated over its entire length into the at least two sections (40, 42), which are formed separately from one another and can be moved away from one another to hold the skin filament, the at least two separate sections (40, 42) being held together by means of a coupling element of the stylet which can be removed from the base body.
An entrance control mechanism for controlling a barrier member which can open in first and second opposite directions from a closed position, the mechanism comprising first and second stop members which are locatable on opposite sides of the barrier member in the closed position, and which are each selectively movable between an engaged position preventing the barrier member moving therepast, and a disengaged position in which the barrier member can move past the respective stop member, the mechanism being configured such that if a barrier member is urged against either the first or second stop member when in an engaged position, from a respective first or second open position, the respective first or second stop member will be moved to a disengaged position to allow the barrier member to move therepast, the mechanism being configured such that if the barrier member is urged against the first stop member from the first open position the first stop member will move to a disengaged position, but the second stop member will not move to a disengaged position, and if the barrier member is urged against the second stop member from the second open position, the second and first stop members will move to a disengaged position; wherein control means are provided which when actuated in a first way causes the second stop member to be moved to a disengaged position, and leaves the first stop member in an engaged position, and when actuated in a second way, causes the first stop member to be moved to a disengaged position, and leaves the second stop member in an engaged position; and wherein a link is provided between the first and second stop members, characterized in an isolating part in the link, the isolating part being movable between inactive and active conditions, such that with the isolating part in the inactive condition if the second stop member is moved to a disengaged position the link will cause the first stop member to be moved with the second stop member, but with the isolating part in the active condition, the link will not cause the first stop member to be moved with the second stop member. wherein control means are provided which when actuated in a first way causes the second stop member to be moved to a disengaged position, and leaves the first stop member in an engaged position, and when actuated in a second way, causes the first stop member to be moved to a disengaged position, and leaves the second stop member in an engaged position; and wherein a link is provided between the first and second stop members, characterized in an isolating part in the link, the isolating part being movable between inactive and active conditions, such that with the isolating part in the inactive condition if the second stop member is moved to a disengaged position the link will cause the first stop member to be moved with the second stop member, but with the isolating part in the active condition, the link will not cause the first stop member to be moved with the second stop member.
A bandage comprising a flat-web material as substrate, wherein a self-adhesive cohesive adhesive has been at least partially applied on both flat sides of the substrate and the substrate has been impregnated with a liquid preparation, characterized in that the adhesive comprises an anhydrous cohesive pressure-sensitive adhesive comprising natural rubber and/or synthetic rubber, in which the natural rubber and/or synthetic rubber has been dissolved in an organic solvent for the purposes of application or the pressure-sensitive adhesive is a melted liquid for the purposes of application.
A method of training a neural network, the method comprising: identifying, at a computing system, an input data set, wherein the input data set includes image data; identifying, at the computing system, a label data set that identifies one or more first parts of the input data set that correspond to a particular label; and characterized by further comprising: processing, by the computing system, the input data set using the neural network to generate a predicted label data set that identifies one or more second parts of the input data set predicted to correspond to the particular label; determining, by the computing system, an alignment result between the predicted label data set and the label data set; determining, by the computing system and based on the alignment result, a transformation that results in a shift, rotation, scaling, and/or deformation of the one or more first parts of the input data set relative to the one or more second parts of the input data set; computing, by the computing system, a loss score using the transformation, label data set and the predicted label data set; and updating, by the computing system, the neural network based on the loss score. identifying, at a computing system, an input data set, wherein the input data set includes image data; identifying, at the computing system, a label data set that identifies one or more first parts of the input data set that correspond to a particular label; and characterized by further comprising: processing, by the computing system, the input data set using the neural network to generate a predicted label data set that identifies one or more second parts of the input data set predicted to correspond to the particular label; determining, by the computing system, an alignment result between the predicted label data set and the label data set; determining, by the computing system and based on the alignment result, a transformation that results in a shift, rotation, scaling, and/or deformation of the one or more first parts of the input data set relative to the one or more second parts of the input data set; computing, by the computing system, a loss score using the transformation, label data set and the predicted label data set; and updating, by the computing system, the neural network based on the loss score. processing, by the computing system, the input data set using the neural network to generate a predicted label data set that identifies one or more second parts of the input data set predicted to correspond to the particular label; determining, by the computing system, an alignment result between the predicted label data set and the label data set; determining, by the computing system and based on the alignment result, a transformation that results in a shift, rotation, scaling, and/or deformation of the one or more first parts of the input data set relative to the one or more second parts of the input data set; computing, by the computing system, a loss score using the transformation, label data set and the predicted label data set; and updating, by the computing system, the neural network based on the loss score.
Compound of formula A-L-M in which, A represents wherein, * represents the binding site to the residue represented by L, L represents *Y-(CH 2) n - # or wherein, Y is selected from the group consisting of O, N, S, SO and SO 2, n is an integer from 2 to 6, * represents the binding site to the residue represented by A, and # represents the binding site to the residue represented by M, and M represents a residue comprising at least 18 F, and the salts thereof, the solvates thereof and the solvates of the salts thereof. A represents wherein, * represents the binding site to the residue represented by L, L represents *Y-(CH 2) n - # or wherein, Y is selected from the group consisting of O, N, S, SO and SO 2, n is an integer from 2 to 6, * represents the binding site to the residue represented by A, and # represents the binding site to the residue represented by M, and Y is selected from the group consisting of O, N, S, SO and SO 2, n is an integer from 2 to 6, * represents the binding site to the residue represented by A, and # represents the binding site to the residue represented by M, and M represents a residue comprising at least 18 F,
A method for providing disaster recovery of a file system metadata server, comprising: receiving an indication to provide alternative access to the file system metadata server that provides file system metadata if a primary instance of the file system metadata server for the file system metadata has failed; obtaining a copy of a self-describing backup of the file system metadata server, wherein the self-describing backup of the file system metadata server comprises information sufficient to create a read only instance of the file system metadata server, and to initialize the read only instance of the file system metadata server; and using the backup to provide access to a read only instance of the file system metadata server, wherein one or more operations write operations with respect to the file system metadata provided by the file system metadata server are cached until the primary instance of the file system metadata server is restored. receiving an indication to provide alternative access to the file system metadata server that provides file system metadata if a primary instance of the file system metadata server for the file system metadata has failed; obtaining a copy of a self-describing backup of the file system metadata server, wherein the self-describing backup of the file system metadata server comprises information sufficient to create a read only instance of the file system metadata server, and to initialize the read only instance of the file system metadata server; and using the backup to provide access to a read only instance of the file system metadata server, wherein one or more operations write operations with respect to the file system metadata provided by the file system metadata server are cached until the primary instance of the file system metadata server is restored.
A motor mounted with a stator and a rotor, the motor comprising: a first housing (10, 110) installed with a stator and a rotor; a second housing (20, 120) configured to form a refrigerant passage (15, 150) by being distanced from the first housing (10, 110), when the second housing (20, 120) is coupled to the first housing (10, 110); a first pipe (11, 111) configured to introduce refrigerant into the refrigerant passage (15, 150) by communicating with the refrigerant passage (15, 150), and a second pipe (12, 112) configured to discharge the introduced refrigerant; and a plurality of passage lugs (27, 115, 125) configured to be positioned at the refrigerant passage (15, 150) to flow the refrigerant in a zigzag manner, characterized in that the refrigerant passage is configured such that a thickness, which is a distance between the inner case and the outer case forming the refrigerant passage is greater than a thickness of a surface faced by the inner case and the second housing. a first housing (10, 110) installed with a stator and a rotor; a second housing (20, 120) configured to form a refrigerant passage (15, 150) by being distanced from the first housing (10, 110), when the second housing (20, 120) is coupled to the first housing (10, 110); a first pipe (11, 111) configured to introduce refrigerant into the refrigerant passage (15, 150) by communicating with the refrigerant passage (15, 150), and a second pipe (12, 112) configured to discharge the introduced refrigerant; and a plurality of passage lugs (27, 115, 125) configured to be positioned at the refrigerant passage (15, 150) to flow the refrigerant in a zigzag manner, characterized in that the refrigerant passage is configured such that a thickness, which is a distance between the inner case and the outer case forming the refrigerant passage is greater than a thickness of a surface faced by the inner case and the second housing.
A chimeric molecule comprising a region capable of binding to a protein and at least one beta-aggregation sequence for use in down-regulating the biological function of the protein wherein a co-aggregation occurs between said chimeric molecule and the protein, wherein said use is in vivo and wherein said region capable of binding to a protein is an antibody.
A peritoneal cavity simulator for learning a laparoscopic medical procedure, being configured with at least a pelvis area (42, 72) simulating a human body shape, a back area (43, 73, 74) having right and left sides of abdomen, and an abdomen area (41, 71) furnished with a plurality of ports with the capability of inserting surgical instruments used under a laparoscopic medical procedure; being furnished with a casing (2, 3) simulating a peritoneal cavity and a pelvis area (42, 72), at least one biologically textured organ model and a model gripping portion being a gripping portion to be attached to said back area (43, 73, 74) or said pelvis area (42, 72), for fixing, mounting or clipping said biologically textured organ model in said peritoneal cavity, wherein an inner wall of the casing (2, 3) of the back area (43, 73, 74) being furnished with protruded parts simulating a spine (46, 76), and at the bottom surface of said model gripping portion being disposed a recess that fits into the protruded parts simulating a spine and being slide free against said protruded parts, and the upper surface of said model gripping portion being made to form a plate or a recess with the ability to mount said biologically textured organ model.
A method for diagnosing hardware failures in a data processing system comprising a programmable logic device, a plurality of component devices (22,26,28) connected by a communication bus, and an external test interface, the method comprising: configuring a portion of the programmable logic device to create a state machine; testing the communication bus using the state machine, the state machine checking for shorts or opens by writing to every address of the communication bus; identifying test failures of the communication bus; testing the plurality of component devices using the state machine; identifying test failures of the plurality of component devices using the state machine; and communicating test failure information to external test equipment using the external test interface to report details of component failures, wherein the test failure information communicated to the external equipment comprises test failure location and test failure mode; wherein the communication bus is used in the operation of the data processing system; and wherein the testing comprises tests at full clock speed of the data processing system. configuring a portion of the programmable logic device to create a state machine; testing the communication bus using the state machine, the state machine checking for shorts or opens by writing to every address of the communication bus; identifying test failures of the communication bus; testing the plurality of component devices using the state machine; identifying test failures of the plurality of component devices using the state machine; and communicating test failure information to external test equipment using the external test interface to report details of component failures, wherein the test failure information communicated to the external equipment comprises test failure location and test failure mode;
A method of bioassay for the quantification of peptide fragments comprising a neo-epitope formed by cleavage of a titin protein at a cleavage site by a proteinase, said method comprising contacting a sample comprising said peptide fragments with an immunological binding partner having specific binding affinity for said neo-epitope and determining the level of binding of said immunological binding partner to peptide fragments in said sample, wherein said immunological binding partner has specific binding affinity for the following sequence at the C terminal of a peptide: NVTVEARLIK↓ '13542 SEQ ID NO: 2, wherein the proteinase cleavage site is marked ↓.
Wind turbine blades lifting device comprising a structure for supporting the blade during lifting, wherein the structure is made of a rigid material and defines a hollow closed contour with a geometry suitable for surrounding the blade, the device further comprising a pneumatic chamber attached to the structure and arranged in the hollow area of the closed contour defined by said structure, such that the pneumatic chamber surrounds the blade at least partially, said pneumatic chamber being inflatable and being arranged in the closed contour defined by the structure such that when it is inflated, said pneumatic chamber retains the blade, immobilizing it and preventing direct contact between the structure and the blade, characterized in that the structure comprises a plurality of segments (1.1) fixed to one another in series to form the hollow closed contour with the required shape.
A filter system (100, 300), comprising: an elongate filter body (102, 302) including an expandable elongate filter region (150, 350) defining a lumen (106, 306); and a valve (104, 304) defining a lumen (112, 312), wherein the lumen of the valve and the lumen of the elongate filter region form a single lumen, the valve (104, 304) including a reversibly sealable opening for unidirectional flow of a fluid through the single lumen, the valve (104, 304) being adjoined the elongate filter region (150, 350) of the elongate filter body (102, 302); wherein the valve (104, 304) includes a support frame (120, 320) for supporting a cover (122, 322), the cover (122, 322) including at least one valve leaflet (118, 140, 318) reversibly sealable for the unidirectional flow of the fluid through the lumen (112, 312) of the valve (104, 304); characterized in that the elongate filter body (102, 302) includes a fluid tight plug (154, 354) positioned within the lumen (106, 306) of the elongate filter body (102, 302) proximal the elongate filter region (150, 350) so as to occlude the lumen (106, 306) of the elongate filter body (102, 302) to direct the unidirectional flow of the fluid (112, 312) from the lumen (106, 306) through the elongate filter region (150, 350) to filter the unidirectional flow of the fluid. an elongate filter body (102, 302) including an expandable elongate filter region (150, 350) defining a lumen (106, 306); and a valve (104, 304) defining a lumen (112, 312), wherein the lumen of the valve and the lumen of the elongate filter region form a single lumen, the valve (104, 304) including a reversibly sealable opening for unidirectional flow of a fluid through the single lumen, the valve (104, 304) being adjoined the elongate filter region (150, 350) of the elongate filter body (102, 302); wherein the valve (104, 304) includes a support frame (120, 320) for supporting a cover (122, 322), the cover (122, 322) including at least one valve leaflet (118, 140, 318) reversibly sealable for the unidirectional flow of the fluid through the lumen (112, 312) of the valve (104, 304); characterized in that the elongate filter body (102, 302) includes a fluid tight plug (154, 354) positioned within the lumen (106, 306) of the elongate filter body (102, 302) proximal the elongate filter region (150, 350) so as to occlude the lumen (106, 306) of the elongate filter body (102, 302) to direct the unidirectional flow of the fluid (112, 312) from the lumen (106, 306) through the elongate filter region (150, 350) to filter the unidirectional flow of the fluid.
Hall sensor for detecting the direction of a magnetic field, the Hall sensor comprising: a plurality of Hall sensor elements (10a, 10b) arranged in pairs (22a, 22b, 22c, 22d), wherein each pair comprises a first Hall sensor element and a second Hall sensor element, which are connected in parallel, wherein the Hall sensor has a first switch for disconnecting the first Hall sensor element from a power supply, characterized in that in normal operation the direction of a magnetic field to which the Hall sensor is exposed is determined from the Hall voltages (U a, U b, U c, U d) at the pairs (22a, 22b, 22c, 22d), which constitute in each case the sum of the individual Hall voltages of the Hall sensor elements (10a, 10b), and wherein the Hall sensor is configured for determining whether a first Hall sensor element has a defect and for disconnecting the first Hall sensor element from a power supply if a defect was determined on the first Hall sensor element. a plurality of Hall sensor elements (10a, 10b) arranged in pairs (22a, 22b, 22c, 22d), wherein each pair comprises a first Hall sensor element and a second Hall sensor element, which are connected in parallel, wherein the Hall sensor has a first switch for disconnecting the first Hall sensor element from a power supply, characterized in that in normal operation the direction of a magnetic field to which the Hall sensor is exposed is determined from the Hall voltages (U a, U b, U c, U d) at the pairs (22a, 22b, 22c, 22d), which constitute in each case the sum of the individual Hall voltages of the Hall sensor elements (10a, 10b), and wherein the Hall sensor is configured for determining whether a first Hall sensor element has a defect and for disconnecting the first Hall sensor element from a power supply if a defect was determined on the first Hall sensor element.