mhurhangee/ep-ind-claims huggingface dataset:
Container comprising a container body, which forms a receiving space for goods to be packaged, wherein the container body comprises a side wall and a container base integrally connected to the side wall, wherein the container body has an opening, wherein the container body has a chamber, which is filled with a solid treatment substance, wherein the chamber is provided with a cover, which prevents the solid treatment substance from leaving the chamber and is moisture-permeable and/or gas-permeable, wherein the container body has an injection-moulded part made of plastic which forms the container base and the side wall integrally connected to the container base, a latching means being arranged on an inner side of the side wall, behind which the cover is latched-in, characterized in that the latching means has, on its side facing towards the opening, a first sliding surface, which is inclined with respect to a longitudinal axis of the container body and is inclined at an angle of inclination of less than 20° to the longitudinal axis, wherein the latching means and the cover are formed such that the cover slides along the first sliding surface during insertion, deforming the cover before it engages behind the latching means, and on its side facing away from the opening has a second sliding surface which is inclined with respect to the longitudinal axis of the container body and is inclined at an angle of inclination of less than 45° to the longitudinal axis of the container body, wherein the angle of inclination of the second sliding surface is greater than 20°.
Packaging bag for foodstuffs/food items, comprising at least one front part and one rear part, said parts being interconnected in each case by at least one lateral fold or at least one lateral seam at both lateral peripheral regions, and a pouch having an upper open end and a lower closed end being configured between said parts, said lower end being configured in particular in that the front part at a lower fold or seam is folded back onto the rear part, wherein the entire packaging bag has a left (1a, 2a) and a right bag part (1b, 2b), both said bag parts being interconnected along an overlap region that runs between a lower and an upper end, wherein at least one linear weakening at which the two bag parts (1a, 2a, 1b, 2b) are separable from one another is provided in the overlap region or so as to be laterally adjacent to the latter, the upper periphery of the rear part projecting beyond the upper periphery of the advantage and forming a lid tab that is foldable onto the front part, characterized in that a reinforcement strip is disposed in the overlap region of the rear part, at least in that region between the two bag parts (2a, 2b) that forms the lid tab, wherein the left and the right bag part (1a, 1b, 2a, 2b) are interconnected indirectly by way of at least one reinforcement strip in the overlap region in that the overlapping region of one bag part is connected to the front face of the reinforcement strip, and the overlapped region of the other bag part is connected to the rear face of the reinforcement strip.
A method for managing a remote electronic device (10.1-10.4) using a user interface on an electronic device, the electronic device being operatively connected to a database associating argument types with alternative argument values, said database further comprising a compatibility mesh, said compatibility mesh being a data structure linking alternative argument values for a given type and contextual data that are compatible together, the method comprising: - upon reception of a first user input through the user interface on the electronic device, detecting at least one argument type in said first user input and contextual data, said argument type having an initial argument value; - retrieving from the database the alternative argument values corresponding to the detected argument type; - outputting a graphical instruction representing the first user input, said graphical instruction comprising a selectable element representing the detected argument type; - upon detection of a second user input on the selectable element for selection of an alternative argument value, outputting retrieved alternative argument values being filtered using the compatibility mesh and the contextual data; - upon selection of one argument value among the filtered alternative arguments values, providing an instruction to the remote electronic device based on the selected argument value; wherein the argument type is detected among the following argument types: a device identifier, a function identifier or a parameter identifier. - upon reception of a first user input through the user interface on the electronic device, detecting at least one argument type in said first user input and contextual data, said argument type having an initial argument value; - retrieving from the database the alternative argument values corresponding to the detected argument type; - outputting a graphical instruction representing the first user input, said graphical instruction comprising a selectable element representing the detected argument type; - upon detection of a second user input on the selectable element for selection of an alternative argument value, outputting retrieved alternative argument values being filtered using the compatibility mesh and the contextual data; - upon selection of one argument value among the filtered alternative arguments values, providing an instruction to the remote electronic device based on the selected argument value;
A method for displaying an information image, applied to user equipment having a fingerprint module, the method comprising: obtaining a fingerprint information detection result detected by the fingerprint module (S101, S201); and in a state of detecting the fingerprint information, wherein the state of detecting the fingerprint information is a state in which one finger of the user is on a fingerprint collector of the user equipment and another finger of the user is pressing a predefined key, wherein the predefined key is pre-specified by the user as a password to trigger display of the information image, invoking, to display the information image on a user equipment screen, an information image display functional interface in an APP wherein the information image is located. obtaining a fingerprint information detection result detected by the fingerprint module (S101, S201); and in a state of detecting the fingerprint information, wherein the state of detecting the fingerprint information is a state in which one finger of the user is on a fingerprint collector of the user equipment and another finger of the user is pressing a predefined key, wherein the predefined key is pre-specified by the user as a password to trigger display of the information image, invoking, to display the information image on a user equipment screen, an information image display functional interface in an APP wherein the information image is located.
A computer-implemented method for estimating a spatial distribution of the hazardousness of radiation doses for individuals evolving in a medical operating room defining a three-dimensional environment surrounding at least one source of radiation, wherein the individuals are any individuals other than a patient, the method comprising: - obtaining a three-dimensional model of the environment surrounding the source of radiation; - computing, in at least a portion of said three-dimensional model, a simulation of radiation doses attributable to radiation emitted from the source of radiation and scattered by the environment; - generating and displaying an image indicating the spatial distribution of the hazardousness for an individual of the radiation doses from the simulation; characterized in that said three-dimensional model comprises models of said individuals when said individuals are present in the three-dimensional environment, in that the simulation of radiation doses includes radiation doses absorbed and scattered by said individuals; and in that the image is a three-dimensional image generated for at least a portion of the three-dimensional model including said models of individuals. - obtaining a three-dimensional model of the environment surrounding the source of radiation; - computing, in at least a portion of said three-dimensional model, a simulation of radiation doses attributable to radiation emitted from the source of radiation and scattered by the environment; - generating and displaying an image indicating the spatial distribution of the hazardousness for an individual of the radiation doses from the simulation;
An ear piercing instrument, comprising: a base housing, on which a first mounting cavity extending parallel to a stud-piercing direction is provided; and an integrally-formed stud-piercing housing, which is used for installing a stud assembly or a stud; the stud-piercing housing being provided with a push-rod guiding cylinder embedded in the first mounting cavity, and a piercing assembly being at least partially located in the push-rod guiding cylinder, the stud-piercing housing and a bottom wall of the first mounting cavity form a clamping position to the piercing assembly; characterzied in that the stud-piercing housing is fixed in the first mounting cavity by a first snap; the piercing assembly comprises a push rod and a first elastic member capable of exerting a thrust on the push rod towards a stud holder, and one end of the first elastic member abuts against a stopper of the push rod while the other end thereof abuts against the bottom wall of the first mounting cavity; a stud holder moving body, which is configured to mount the stud holder and provided with a first position and a second position in the process of moving towards the base housing; the push rod is configured to be triggered to move to a push rod locked position when the stud holder moving body moves to the first position, and to move to a push rod piercing position from the push rod locked position when the stud holder moving body moves to the second position. a base housing, on which a first mounting cavity extending parallel to a stud-piercing direction is provided; and an integrally-formed stud-piercing housing, which is used for installing a stud assembly or a stud; the stud-piercing housing being provided with a push-rod guiding cylinder embedded in the first mounting cavity, and a piercing assembly being at least partially located in the push-rod guiding cylinder, the stud-piercing housing and a bottom wall of the first mounting cavity form a clamping position to the piercing assembly; characterzied in that the stud-piercing housing is fixed in the first mounting cavity by a first snap; the piercing assembly comprises a push rod and a first elastic member capable of exerting a thrust on the push rod towards a stud holder, and one end of the first elastic member abuts against a stopper of the push rod while the other end thereof abuts against the bottom wall of the first mounting cavity; a stud holder moving body, which is configured to mount the stud holder and provided with a first position and a second position in the process of moving towards the base housing; the push rod is configured to be triggered to move to a push rod locked position when the stud holder moving body moves to the first position, and to move to a push rod piercing position from the push rod locked position when the stud holder moving body moves to the second position.
Aircraft with a fuselage and wings (2, 3) connected thereto, wherein between the fuselage and each wing (2; 3) a support strut (6; 7) extends which is connected both to the fuselage and to the wing (2; 3), wherein the support strut (6; 7) has a hydraulic working cylinder (8, 10; 9, 11) to which hydraulic fluid can be applied in a controlled manner for pivoting the wing (2; 3), characterized in that the working cylinder (8, 10; 9; 11) is coupled to a hydraulic motor and an electric motor-generator such that a piston movement caused by wing vibrations or oscillations drives the hydraulic motor and thus the motor-generator.
Conveyor for loading and unloading semi-trailers of articulated lorries on/from wagons able to form a train, characterized in that it is in closed-loop and comprises a belt on which at least one pair of translating tracks able to support a wagon is fixed.
A method of detecting in-train forces comprising: taking a first data set corresponding to measurement signals from a plurality of channels of at least one fibre optic distributed acoustic sensor having a sensing fibre deployed to monitor at least part of a rail track, wherein the first data set corresponds to measurement signals acquired as a train passed along the rail track; and characterised by analysing said measurement signals to detect a first characteristic signature indicative of in-train forces, said first characteristic signature comprising a sequence of acoustic transients (402; 403; 601) that appear to propagate rearwards along the train. taking a first data set corresponding to measurement signals from a plurality of channels of at least one fibre optic distributed acoustic sensor having a sensing fibre deployed to monitor at least part of a rail track, wherein the first data set corresponds to measurement signals acquired as a train passed along the rail track; and characterised by analysing said measurement signals to detect a first characteristic signature indicative of in-train forces, said first characteristic signature comprising a sequence of acoustic transients (402; 403; 601) that appear to propagate rearwards along the train.
A striker device for a motor vehicle door lock, the device comprising: - a striker for a door lock, the striker having a pair of first holes; and - an element comprising: a) a plate suitable for being placed against a wall of the motor vehicle and having a pair of second holes (26a, 26b) respectively coaxial with said first holes; b) attachment means for coupling said plate to said striker in a fixed relative position; c) a plurality of appendages, which protrude from said plate in the opposite direction to said striker so as to engage, in use, at least one aperture in said wall; characterized in that said appendages are defined by tongues (35a, 35b) arranged in positions so as to engage, in use, the edges of said aperture and keep said plate in a fixed reference position, and in that said tongues (35a, 35b) are breakable with respect to said plate to change, if necessary, the position of the striker device with respect to said wall. - a striker for a door lock, the striker having a pair of first holes; and - an element comprising: a) a plate suitable for being placed against a wall of the motor vehicle and having a pair of second holes (26a, 26b) respectively coaxial with said first holes; b) attachment means for coupling said plate to said striker in a fixed relative position; c) a plurality of appendages, which protrude from said plate in the opposite direction to said striker so as to engage, in use, at least one aperture in said wall; a) a plate suitable for being placed against a wall of the motor vehicle and having a pair of second holes (26a, 26b) respectively coaxial with said first holes; b) attachment means for coupling said plate to said striker in a fixed relative position; c) a plurality of appendages, which protrude from said plate in the opposite direction to said striker so as to engage, in use, at least one aperture in said wall;
Biaxially orientated film containing a) at least 2 cyclic olefin polymers and b) at least one semi-crystalline alpha-olefin polymer wherein the sum of the percentages of all the cyclic olefin polymers in the film is in the range of 1 to 25 percent by weight and all the cyclic olefin polymers contained in the film have a glass transition temperature in the range of 120 to 180°C and the film contains at least a first cyclic olefin polymer and a second cyclic olefin polymer, wherein the second cyclic olefin polymer has a higher glass transition temperature than the first cyclic olefin polymer and wherein the sum of the percentages of all the semi-crystalline alpha-olefin polymers in the film is in the range of 75 to 99 percent by weight and all the semi-crystalline alpha-olefin polymers contained in the film have a crystallite melting temperature in the range of 150 to 170°C and wherein the weighted arithmetic mean of the glass transition temperatures of all the cyclic olefin polymers contained in the film is smaller than or equal to the weighted arithmetic mean of the crystallite melting temperatures of all the semi-crystalline alpha-olefin polymers contained in the film and wherein all quantities are based on the overall mass of the film. a) at least 2 cyclic olefin polymers and b) at least one semi-crystalline alpha-olefin polymer wherein the sum of the percentages of all the cyclic olefin polymers in the film is in the range of 1 to 25 percent by weight and all the cyclic olefin polymers contained in the film have a glass transition temperature in the range of 120 to 180°C and the film contains at least a first cyclic olefin polymer and a second cyclic olefin polymer, wherein the second cyclic olefin polymer has a higher glass transition temperature than the first cyclic olefin polymer and wherein the sum of the percentages of all the semi-crystalline alpha-olefin polymers in the film is in the range of 75 to 99 percent by weight and all the semi-crystalline alpha-olefin polymers contained in the film have a crystallite melting temperature in the range of 150 to 170°C and wherein the weighted arithmetic mean of the glass transition temperatures of all the cyclic olefin polymers contained in the film is smaller than or equal to the weighted arithmetic mean of the crystallite melting temperatures of all the semi-crystalline alpha-olefin polymers contained in the film and wherein all quantities are based on the overall mass of the film.
A voltage modulator comprising: a multi-level switched capacitor modulator; a switched voltage regulator comprising a buck or boost converter; an input node to receive an input signal and an output node to output a voltage; wherein an output of the multi-level switched capacitor modulator and an output of the switched voltage regulator are both connected to the output node of the voltage modulator; and wherein the voltage modulator further comprises a control unit arranged to control the switched voltage regulator and the multi-level switched capacitor modulator such that the output voltage follows the input signal; and wherein the multi-level switched capacitor modulator is a charge-pump based modulator and operated such as to provide different output voltages by charging and discharging capacitors of the multi-level switched capacitor modulator based on the input signal. a multi-level switched capacitor modulator; a switched voltage regulator comprising a buck or boost converter; an input node to receive an input signal and an output node to output a voltage; wherein an output of the multi-level switched capacitor modulator and an output of the switched voltage regulator are both connected to the output node of the voltage modulator; and wherein the voltage modulator further comprises a control unit arranged to control the switched voltage regulator and the multi-level switched capacitor modulator such that the output voltage follows the input signal; and wherein the multi-level switched capacitor modulator is a charge-pump based modulator and operated such as to provide different output voltages by charging and discharging capacitors of the multi-level switched capacitor modulator based on the input signal.
A method for preparing a vaccine adjuvant composition comprising a β-hematin crystal, comprising dissolving hemin chloride in an aqueous NaOH solution, adding a small amount of hydrochloric acid to the resultant solution, adding dropwise acetic acid to the resultant solution at room temperature to 60°C to adjust the pH to 4 to 6, keeping the resultant solution mixture still at room temperature to 40°C for 1 to 24 hours for reaction to occur, centrifuging the resultant mixture to obtain a β-hematin crystal, washing the β-hematin crystal with an SDS-comprising weakly basic solution of about pH9, and pulverizing the washed β-hematin crystal by autoclaving to obtain a β-hematin crystal having an average particle size of 50 to 500 nm.
Torsional vibration damper having an absorber mass carrier, on which there is held at least one absorber mass which is held so as to be movable relative to said absorber mass carrier, and having at least one stop, wherein in each case one stop side (42a to 42c) of the at least one absorber mass is assigned in each case at least one stop, and wherein the at least one absorber mass and the stop have an extent in a direction of extent of a central axis, characterized in that the at least one absorber mass has a multiplicity of absorber mass elements (44a to 44c) in a direction of extent of the central axis, and the stop has, on its side which faces toward the stop sides (42a to 42c) of the absorber mass elements (44a to 44c) in the direction of extent of the central axis, a stop profile which has, assigned to the absorber mass elements (44a to 44c), different radial spacings (R1 to R3) in relation to the central axis.
A heart valve repair implant, comprising: a first implant section comprising: a first axial core; and a plurality of spines extending radially outward from the first axial core in an expanded configuration; a second implant section comprising: a second axial core configured to slide over the first axial core; and a mesh portion configured to extend radially outward from the second axial core in an expanded configuration; a third implant section comprising: a central tensioning element extending through the first axial core; and a plurality of arms extending radially outward from the central tensioning element and configured to extend axially between the plurality of spines and through the mesh portion; and a securement element disposed on the central tensioning element. a first implant section comprising: a first axial core; and a plurality of spines extending radially outward from the first axial core in an expanded configuration; a first axial core; and a plurality of spines extending radially outward from the first axial core in an expanded configuration; a second implant section comprising: a second axial core configured to slide over the first axial core; and a mesh portion configured to extend radially outward from the second axial core in an expanded configuration; a second axial core configured to slide over the first axial core; and a mesh portion configured to extend radially outward from the second axial core in an expanded configuration; a third implant section comprising: a central tensioning element extending through the first axial core; and a plurality of arms extending radially outward from the central tensioning element and configured to extend axially between the plurality of spines and through the mesh portion; and a central tensioning element extending through the first axial core; and a plurality of arms extending radially outward from the central tensioning element and configured to extend axially between the plurality of spines and through the mesh portion; and a securement element disposed on the central tensioning element.