mhurhangee/ep-ind-claims huggingface dataset:
A method for transporting single and multiple reaction vessels, comprising - providing at least one reaction vessel, at least one tray comprising at least two seats for the at least one reaction vessel, and at least one gripper, - gripping one of the reaction vessel or the tray with the gripper at a first position, - transporting the gripped element (9, 31) to a second position, - releasing the gripper - providing a similar gripping collar on the at least one reaction vessel and on the tray for the gripper to engage, - using a gripper comprising two flexible hands separated by an open space to enable the gripping collar to pass there between, - engaging one of the reaction vessel or the tray with the gripper at a first position by pushing the hands of the gripper from above to engage with the gripping collar for the gripper to engage, - disengaging the transported element (9, 31) from the gripper by moving the gripper sideways in relation to the center axis of the gripping collar. - providing at least one reaction vessel, at least one tray comprising at least two seats for the at least one reaction vessel, and at least one gripper, - gripping one of the reaction vessel or the tray with the gripper at a first position, - transporting the gripped element (9, 31) to a second position, - releasing the gripper - providing a similar gripping collar on the at least one reaction vessel and on the tray for the gripper to engage, - using a gripper comprising two flexible hands separated by an open space to enable the gripping collar to pass there between, - engaging one of the reaction vessel or the tray with the gripper at a first position by pushing the hands of the gripper from above to engage with the gripping collar for the gripper to engage, - disengaging the transported element (9, 31) from the gripper by moving the gripper sideways in relation to the center axis of the gripping collar.
A bispecific antibody comprising a first antigen-binding site that binds ErbB-2 and a second antigen-binding site that binds ErbB-3, wherein said antibody comprises at least the CDR1, CDR2 and CDR3 sequences of an ErbB-2 specific heavy chain variable region selected from the group consisting of MF2973, MF3004, MF3958, MF2971, MF3025, MF2916, MF3991, MF3031, and MF3003 as depicted in Figure 16A or Figure 16E, and wherein said antibody comprises at least the CDR1, CDR2 and CDR3 sequences of an ErbB-3 specific heavy chain variable region selected from the group consisting of MF3178; MF3176; MF3163; MF6055; MF6056; MF6057; MF6058; MF6059; MF6060; MF6061; MF6062; MF6063; MF6064; MF6065; MF6066; MF6067; MF6068; MF6069; MF6070; MF6071; MF6072; MF6073 and MF6074 as depicted in Figure 16B or Figure 16E or Figure 37.
A system for monitoring a patient, the system comprising: a base configured and arranged to be adhesively attached to skin of the patient, the base defining an opening through the base and comprising a flexible shell; and a sensor unit comprising a housing and a plurality of sensors (370; 372) and configured and arranged to engage the base so that the sensor unit is worn by the patient, the plurality of sensors (370; 372) comprising a temperature sensor that extends out of the housing, wherein the system is configured and arranged so that, when the sensor unit engages the base, the temperature sensor of the sensor unit extends into the opening so that a portion of the temperature sensor is exposed to the skin of the patient, wherein the flexible shell defines a cavity and comprises sidewalls around the cavity and a rim around the sidewalls, wherein the flexible shell is configured and arranged to removably receive a portion of the sensor unit and grip a perimeter of the sensor unit to maintain engagement between the sensor unit and the base, wherein the sidewalls slope outwardly and downwardly from the rim to form an undercut region below the rim and the housing of the sensor unit is sloped to fit into the undercut region below the rim. a base configured and arranged to be adhesively attached to skin of the patient, the base defining an opening through the base and comprising a flexible shell; and a sensor unit comprising a housing and a plurality of sensors (370; 372) and configured and arranged to engage the base so that the sensor unit is worn by the patient, the plurality of sensors (370; 372) comprising a temperature sensor that extends out of the housing, wherein the system is configured and arranged so that, when the sensor unit engages the base, the temperature sensor of the sensor unit extends into the opening so that a portion of the temperature sensor is exposed to the skin of the patient, wherein the flexible shell defines a cavity and comprises sidewalls around the cavity and a rim around the sidewalls, wherein the flexible shell is configured and arranged to removably receive a portion of the sensor unit and grip a perimeter of the sensor unit to maintain engagement between the sensor unit and the base, wherein the sidewalls slope outwardly and downwardly from the rim to form an undercut region below the rim and the housing of the sensor unit is sloped to fit into the undercut region below the rim.
An application request processing method, applied to a policy control function, PCF, characterized by comprising: S102, forming, by the PCF, an overall service rule in response that two or more different application requests initiated by an application function AF exist at the same time for a user on a service, wherein the overall service rule comprises a service rule of each application request; the application requests comprise a quality of service QoS assurance, a data splitting, an IPTV and a background data flow; and whether the application requests are identical is determined according to whether request parameters corresponding to the application requests are identical.
A tong or clamp apparatus comprising a locking arrangement for locking two movable parts together or unlocking the two movable parts from each other, comprising:- a) a first elongate member having a front end and a rear end; b) a second elongate member having a front end and a rear end, the first member and the second member are connected together at a first pivot axis at the rear ends thereof; c) a utility portion located at a front end of the apparatus; and d) a handle portion located at a rear end of the apparatus, the rear end including a locking mechanism for controlling configuration of the arrangement; characterized in that the locking mechanism includes a pivotable member and a guide for controlling movement of the pivotable member, and the arrangement is configured to assume: i) a first configuration in which the pivotable member is engaged in a first position due to orientation of the arrangement such that the first member and the second member are locked against each other from movement; or ii) a second configuration in which the pivotable member having been disengaged from the first position, or engaging or engaged in the second position, due to orientation of the apparatus such that the first member and the second member are movable relative to each other; and iii) the pivotable member is pivotably movable at a second pivot axis substantially parallel to the first pivot axis. a) a first elongate member having a front end and a rear end; b) a second elongate member having a front end and a rear end, the first member and the second member are connected together at a first pivot axis at the rear ends thereof; c) a utility portion located at a front end of the apparatus; and d) a handle portion located at a rear end of the apparatus, the rear end including a locking mechanism for controlling configuration of the arrangement; i) a first configuration in which the pivotable member is engaged in a first position due to orientation of the arrangement such that the first member and the second member are locked against each other from movement; or ii) a second configuration in which the pivotable member having been disengaged from the first position, or engaging or engaged in the second position, due to orientation of the apparatus such that the first member and the second member are movable relative to each other; and iii) the pivotable member is pivotably movable at a second pivot axis substantially parallel to the first pivot axis.
An electrocardiogram, ECG, authentication method comprising: acquiring an ECG signal of a subject; preprocessing the acquired ECG signal, wherein the preprocessing comprises filtering the acquired ECG signal, detecting at least one fiducial point from the filtered ECG signal based on a fiducial point being previously determined in a process of training a neural network model, and acquiring a data segment from the filtered ECG signal based on the at least one fiducial point, wherein the at least one fiducial point comprises at least one of: the peak point of the filtered ECG signal and a left and a right minimum points close to the peak point, the peak point and the left minimum point, or the peak point and the right minimum point, and wherein the data segment has a predefined length; extracting a semantic feature of the preprocessed ECG signal, wherein the extracting of the semantic feature comprises extracting a semantic feature from the data segment using the neural network model; and authenticating the subject based on the extracted semantic feature, wherein the authenticating comprises: calculating a similarity between the extracted semantic feature and a registered feature; and determining an authentication of the ECG signal based on a comparison of the similarity and a threshold. acquiring an ECG signal of a subject; preprocessing the acquired ECG signal, wherein the preprocessing comprises filtering the acquired ECG signal, detecting at least one fiducial point from the filtered ECG signal based on a fiducial point being previously determined in a process of training a neural network model, and acquiring a data segment from the filtered ECG signal based on the at least one fiducial point, wherein the at least one fiducial point comprises at least one of: the peak point of the filtered ECG signal and a left and a right minimum points close to the peak point, the peak point and the left minimum point, or the peak point and the right minimum point, and wherein the data segment has a predefined length; extracting a semantic feature of the preprocessed ECG signal, wherein the extracting of the semantic feature comprises extracting a semantic feature from the data segment using the neural network model; and authenticating the subject based on the extracted semantic feature, wherein the authenticating comprises: calculating a similarity between the extracted semantic feature and a registered feature; and determining an authentication of the ECG signal based on a comparison of the similarity and a threshold.
A method of fabricating a pre-lithiated electrode, comprising: disposing a Li-PET sheet comprising a layer of lithium metal adjacent to a prefabricated electrode comprising a layer of anode material; contacting a surface of the layer of anode material with a surface of the layer of lithium metal; and calendering the layer of lithium metal and the prefabricated electrode together, said calendering comprising transferring the layer of lithium metal and the prefabricated electrode through a pair of calendering rolls, said calendering further comprising applying uniform pressure to a back surface of the PET-sheet, wherein the uniform pressure is a pressure ranging from about 0.7 kN to about 0.8 kN, wherein the front roll and/or the back roll is heated to a temperature in the range of from about 40°C to about 75°C, and PET denotes polyethylene terephthalate or a derivative of polyethylene terephthalate. disposing a Li-PET sheet comprising a layer of lithium metal adjacent to a prefabricated electrode comprising a layer of anode material; contacting a surface of the layer of anode material with a surface of the layer of lithium metal; and calendering the layer of lithium metal and the prefabricated electrode together, said calendering comprising transferring the layer of lithium metal and the prefabricated electrode through a pair of calendering rolls, said calendering further comprising applying uniform pressure to a back surface of the PET-sheet, wherein the uniform pressure is a pressure ranging from about 0.7 kN to about 0.8 kN, wherein the front roll and/or the back roll is heated to a temperature in the range of from about 40°C to about 75°C, and PET denotes polyethylene terephthalate or a derivative of polyethylene terephthalate.
A lyophilized implant configured to fit at or near a bone defect to promote bone growth, the lyophilized implant comprising collagen in an amount of 0.1 wt.% to 20 wt.% of the implant, tricalcium phosphate and hydroxyapatite in a ratio of 70:75 to 90:10 and in an amount from 0.1 wt. % to 75 wt. % of the implant, and (3S,5S,6S,8R,9S,10R, 13S, 14S,17S) 17-( -2-hydroxyoctan-2-yl)- 10, 13-dimethylhexadecahydro-H-cyclopenta[a]phenanthrene-3,6-diol, Oxy153 or hydrates, solvates, amorphous forms, or pharmaceutically acceptable salts thereof in an amount of 0.01 wt. % to 90 wt. % of the implant, and carboxymethylcellulose in an amount from 2 wt.% to 4 wt.% of the implant.
A method of producing a homogenous food product having a high omega-3 fatty acid content of at least 750-4000mg eicosapentaenoic acid and/or docosahexaenoic acid per serving, wherein the product is capable of being cooked without substantial separation of the omega-3 fatty acid, the method comprising: combining a fruit juice concentrate or vegetable juice concentrate with an oil containing an omega-3 fatty acid to form a homogenous liquid mixture, wherein the ratio of oil to concentrated juice is 0.5:4 - 2:1, by weight and wherein the oil is not encapsulated; and combining the liquid mixture with an additional fiber source to form a solid, edible food product. combining a fruit juice concentrate or vegetable juice concentrate with an oil containing an omega-3 fatty acid to form a homogenous liquid mixture, wherein the ratio of oil to concentrated juice is 0.5:4 - 2:1, by weight and wherein the oil is not encapsulated; and combining the liquid mixture with an additional fiber source to form a solid, edible food product.
A device for positioning and fixing at least one ballistic protection grille with rigid bars for a vehicle, said device comprising at least one arm positioning the grille at a distance from the vehicle or another grille, the arm carrying on at least one of its ends at least one fixing means comprising: at least one bearing surface for the grille, at least one chock secured or securable to the bearing surface and at least one means for quickly clamping the chock on the grille, the grille being pinched, after clamping, between the bearing surface and the chock, the bearing surface having a width greater than the distance between two successive bars (103a, 103b) of the grille, and the chock having a length sufficient to be applied on two successive bars (103a, 103b) and being able to rotate with respect to the bearing surface by having a width (l) less than the distance between the bars.
Method for exchanging an up-tower component of an off-shore wind turbine with a replacement component, the off-shore wind turbine having a tower with a near and above water-level tower lower section, a nacelle with a nacelle structure directly or indirectly carrying the up-tower component, the method including the steps of - transporting the replacement component to the off-shore wind turbine with a vessel, and - lowering the up-tower main component to be exchanged from the nacelle and lifting the replacement component to the nacelle, wherein prior to the exchange of the up-tower component with the replacement component a service platform (10, 20, 30) is temporarily coupled to the tower lower section and the up-tower main component to be exchanged is lowered from the nacelle to the service platform (10, 20, 30) and the replacement component is lifted from the vessel to the service platform (10, 20, 30), characterized in that the service platform (10, 20, 30) is a temporary service platform which is transported to the wind turbine with a vessel and is coupled to the tower lower section using an on-vessel lifting apparatus and is de-coupled from the tower lower section after completion of the exchange of the up-tower component with an on-vessel lifting apparatus. - transporting the replacement component to the off-shore wind turbine with a vessel, and - lowering the up-tower main component to be exchanged from the nacelle and lifting the replacement component to the nacelle,
Device for collecting milk sample bottles, comprising at least one magazine which has at least one receiving space for the milk sample bottles, which is provided with at least one loading region and at least one unloading region for the milk sample bottles, wherein the loading region is blocked against the unloading region, characterized in that the loading region is separated from the unloading region by a locking clip which delimits the loading region with one side and has a curved or oblique guide surface on its side facing the unloading region via which the milk sample bottle is discharged from the receiving space.
A filtration filter for taking out, as a filtration target, matter contained in a liquid by filtration, the filtration filter comprising: a first principal surface; a second principal surface opposite the first principal surface; and a filter substrate defining through-holes extending from the first principal surface to the second principal surface, the filter substrate being a site on which the filtration target contained in the liquid is to be captured, wherein when a cross section of the filtration filter is taken in a direction from the first principal surface to the second principal surface and along a line passing through adjacent ones of the through-holes, the filter substrate between two adjacent ones of the through-holes has a pair of projections (22a, 22b), projections of the pair of projections (22a, 22b) being provided on corresponding end portions on opposite sides in a width direction of the filter substrate and protruding from the first principal surface, wherein each projection (22a, 22b) forms a loop in a manner so as to extend along a periphery of one of the through-holes that is adjoined by the projection, the first principal surface and the pair of projections (22a, 22b) defining a reservoir part in which some of the liquid is to be retained, the reservoir part being provided on the filter substrate on which the filtration target is to be captured such that the filtration target is immersed in the liquid retained in the reservoir part. a first principal surface; a second principal surface opposite the first principal surface; and a filter substrate defining through-holes extending from the first principal surface to the second principal surface, the filter substrate being a site on which the filtration target contained in the liquid is to be captured, wherein when a cross section of the filtration filter is taken in a direction from the first principal surface to the second principal surface and along a line passing through adjacent ones of the through-holes, the filter substrate between two adjacent ones of the through-holes has a pair of projections (22a, 22b), projections of the pair of projections (22a, 22b) being provided on corresponding end portions on opposite sides in a width direction of the filter substrate and protruding from the first principal surface, wherein each projection (22a, 22b) forms a loop in a manner so as to extend along a periphery of one of the through-holes that is adjoined by the projection, the first principal surface and the pair of projections (22a, 22b) defining a reservoir part in which some of the liquid is to be retained, the reservoir part being provided on the filter substrate on which the filtration target is to be captured such that the filtration target is immersed in the liquid retained in the reservoir part.
Sliding bearing having a rotating friction partner, a running partner and a lubrication film between the friction partner and the running partner, characterized in that the friction partner comprises a shaft and a bearing inner ring fitted onto the shaft, wherein the bearing inner ring is coated with a hard material layer with a thickness of between 1 μm and 10 μm, and the running partner consists of a bearing outer ring and a housing which holds the bearing outer ring. the friction partner comprises a shaft and a bearing inner ring fitted onto the shaft, wherein the bearing inner ring is coated with a hard material layer with a thickness of between 1 μm and 10 μm, and the running partner consists of a bearing outer ring and a housing which holds the bearing outer ring.
A container for centrifugal separation comprising: a container main body including a retention part in which a sample is retained, wherein a component of the sample in the retention part is centrifugally separated by rotating the container main body about its center axis, as a rotation axis, and wherein material having thixotropic properties has been applied to an entire bottom surface of the retention part, characterized in that the container comprises: a lid unit to be set toward an opening of the retention part of the container main body, wherein the material having thixotropic properties has been applied also to an inner surface of the lid unit facing the retention part. a container main body including a retention part in which a sample is retained, wherein a component of the sample in the retention part is centrifugally separated by rotating the container main body about its center axis, as a rotation axis, and wherein material having thixotropic properties has been applied to an entire bottom surface of the retention part, a lid unit to be set toward an opening of the retention part of the container main body, wherein the material having thixotropic properties has been applied also to an inner surface of the lid unit facing the retention part.
A wiring harness comprising: a harness main body having a plurality of high voltage electrically conductive paths; a harness attachment member adapted to be provided on a cabling target portion of a vehicle floor where the harness main body is cabled and fixed to the vehicle floor wherein the harness attachment member is formed in a substantially roof gutter shape in which a side opposite to the vehicle floor and a side through which the harness main body is guided out are continuously opened; and a main body protective member having a spring shape which is interposed between the harness main body and the vehicle floor and adapted to push the harness main body to an inner wall of the harness attachment member, wherein the harness main body is received in a manner to be abutted on an inner wall of the harness attachment member directly or indirectly. a harness main body having a plurality of high voltage electrically conductive paths; a harness attachment member adapted to be provided on a cabling target portion of a vehicle floor where the harness main body is cabled and fixed to the vehicle floor wherein the harness attachment member is formed in a substantially roof gutter shape in which a side opposite to the vehicle floor and a side through which the harness main body is guided out are continuously opened; and a main body protective member having a spring shape which is interposed between the harness main body and the vehicle floor and adapted to push the harness main body to an inner wall of the harness attachment member, wherein the harness main body is received in a manner to be abutted on an inner wall of the harness attachment member directly or indirectly.