mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a film stack, comprising: - providing a film, - cutting out a film sheet from the film by the film sheet being punched out of the film onto a support plate, so that the film sheet is positioned in a specified position on the support plate, - holding the film sheet on the support plate in the specified position, - moving the support plate with the held film sheet over a stack mould, the film sheet remaining in the specified position, - moving a height-adjustable bottom of the stack mould in the direction of the support plate, stacked film sheets in the stack mould being moved towards the held film sheet until the stacked film sheets come into contact with the held film sheet, - depositing the film sheet in the stack mould. - providing a film, - cutting out a film sheet from the film by the film sheet being punched out of the film onto a support plate, so that the film sheet is positioned in a specified position on the support plate, - holding the film sheet on the support plate in the specified position, - moving the support plate with the held film sheet over a stack mould, the film sheet remaining in the specified position, - moving a height-adjustable bottom of the stack mould in the direction of the support plate, stacked film sheets in the stack mould being moved towards the held film sheet until the stacked film sheets come into contact with the held film sheet, - depositing the film sheet in the stack mould.
A LADAR system, comprising: a common receive aperture; a first optical sensor, wherein the first optical sensor is a three-dimensional focal plane array for obtaining per pixel range information, and wherein the three-dimensional focal plane array receives a signal from the common receive aperture; a second optical sensor, wherein the second optical sensor is a two-dimensional focal plane array that receives a signal from the common receive aperture; a light source comprising a laser capable of providing precisely timed pulses of light at one or more selected wavelengths; transmit optics, including: a beam steering element, wherein the transmit optics are operable to transmit a beam received from the light source; shared electronics, wherein the first optical sensor and the second optical sensor) are interconnected to the shared electronics; and further comprising: a third optical sensor, wherein the third optical sensor is a two-dimensional focal plane array, wherein the third optical sensor operates in conjunction with a star tracker function, and wherein the third optical sensor is integrated in such a way so that all three sensors (212, 216, 220) use said common receive aperture. a common receive aperture; a first optical sensor, wherein the first optical sensor is a three-dimensional focal plane array for obtaining per pixel range information, and wherein the three-dimensional focal plane array receives a signal from the common receive aperture; a second optical sensor, wherein the second optical sensor is a two-dimensional focal plane array that receives a signal from the common receive aperture; a light source comprising a laser capable of providing precisely timed pulses of light at one or more selected wavelengths; transmit optics, including: a beam steering element, wherein the transmit optics are operable to transmit a beam received from the light source; shared electronics, wherein the first optical sensor and the second optical sensor) are interconnected to the shared electronics; and further comprising: a third optical sensor, wherein the third optical sensor is a two-dimensional focal plane array, wherein the third optical sensor operates in conjunction with a star tracker function, and wherein the third optical sensor is integrated in such a way so that all three sensors (212, 216, 220) use said common receive aperture. a beam steering element, wherein the transmit optics are operable to transmit a beam received from the light source; shared electronics, wherein the first optical sensor and the second optical sensor) are interconnected to the shared electronics; and further comprising: a third optical sensor, wherein the third optical sensor is a two-dimensional focal plane array, wherein the third optical sensor operates in conjunction with a star tracker function, and wherein the third optical sensor is integrated in such a way so that all three sensors (212, 216, 220) use said common receive aperture.
Cylinder operated door lock, with a bolt, a drive bar slide, and a gear device, which transforms the rotational movement of the cylinder, wherein the gear device transfers an output movement by means of a pin-and-slot connection, characterized in that the pin-ad-slot connection is provided by means of a sliding block engaging in a slotted link of the bolt, and the bolt comprises a second slotted link, which runs obliquely to the direction of advance and into which a pin of the drive bar slide engages.
A disposable module for use in a device for synthesis of radiopharmaceutical products starting with chemical reagents, said disposable module comprising: - a supporting plate comprising rigid connection means to at least one flask of chemical reagents (102, 103, 104, 105) in solution in a solvent, and a reactor; - interface means with a fixed module of said synthesis device, in contact with or integrated into said supporting plate, said interface means comprising at least one valve (V1-V8) and/or at least one fluid inlet (E1, E2) and/or at least one fluid outlet (O1, 02, 03); - at least one conduit connected to said at least one valve (V1-V8) or to said at least one fluid inlet (E1, E2) or to said at least one fluid outlet (O1, 02, O3), characterized in that at least one of said conduits is integrated into the body of the disposable module. - a supporting plate comprising rigid connection means to at least one flask of chemical reagents (102, 103, 104, 105) in solution in a solvent, and a reactor; - interface means with a fixed module of said synthesis device, in contact with or integrated into said supporting plate, said interface means comprising at least one valve (V1-V8) and/or at least one fluid inlet (E1, E2) and/or at least one fluid outlet (O1, 02, 03); - at least one conduit connected to said at least one valve (V1-V8) or to said at least one fluid inlet (E1, E2) or to said at least one fluid outlet (O1, 02, O3),
A mixing valve arrangement for a hydraulic system with: - a media cavity, in which a mixing cylinder, at least a first and a second inlet chamber and an outlet are formed, wherein the inlet chambers are arranged axially displaced with respect to one another and are in each case connected to an assigned media feed channel and emerge into the mixing cylinder, wherein at least two media components to be mixed can be fed via the media feed channels; - a mixing plunger, which is mounted axially displaceable in the mixing cylinder and comprises at least one flow path with at least one inlet opening which, depending on the axial position of the mixing plunger, emerges with a variable cross-section into the first and/or the second inlet chamber, and with an outlet opening, which emerges into the outlet of the mixing cylinder; - a push rod, which is mounted axially displaceable and is connected to the mixing plunger in order to change its axial position; - a drive, which is coupled with a driving action to the push rod in order to displace the latter axially; characterised in that the drive is an electric motor, which is arranged completely inside the media cavity. - a media cavity, in which a mixing cylinder, at least a first and a second inlet chamber and an outlet are formed, wherein the inlet chambers are arranged axially displaced with respect to one another and are in each case connected to an assigned media feed channel and emerge into the mixing cylinder, wherein at least two media components to be mixed can be fed via the media feed channels; - a mixing plunger, which is mounted axially displaceable in the mixing cylinder and comprises at least one flow path with at least one inlet opening which, depending on the axial position of the mixing plunger, emerges with a variable cross-section into the first and/or the second inlet chamber, and with an outlet opening, which emerges into the outlet of the mixing cylinder; - a push rod, which is mounted axially displaceable and is connected to the mixing plunger in order to change its axial position; - a drive, which is coupled with a driving action to the push rod in order to displace the latter axially;
A gas burner for a cooking top, of the type comprising a cup and a flame divider assembly provided with at least one flame divider comprising a plurality of holes for the outflow of a gas from the cup, wherein said flame divider assembly further comprises an annular frame which can be secured to said flame divider wholly made of metal plate, wherein said flame divider is provided with a sealing ring nut obtained by bending a peripheral edge of said annular frame, said sealing ring nut being sealingly engageable onto said cup and wherein said cup comprises an annular engagement edge which, in the assembled condition, cooperates with said ring nut to secure the flame divider and ensure a tight seal, characterised in that - said ring nut comprises two vertical wall portions (63,64) joined together by a horizontal support portion, - said vertical wall portions (63,64) of said ring nut are inclined in a manner such as to create a profile having a truncated-cone cross-section and - said cup comprises an annular engagement edge comprising two opposite shoulders (23',24') that define the walls of a recess having a truncated-cone cross-section, which in the assembled condition is adapted to house said inclined vertical wall portions (63,64) of said ring nut. - said ring nut comprises two vertical wall portions (63,64) joined together by a horizontal support portion, - said vertical wall portions (63,64) of said ring nut are inclined in a manner such as to create a profile having a truncated-cone cross-section and - said cup comprises an annular engagement edge comprising two opposite shoulders (23',24') that define the walls of a recess having a truncated-cone cross-section, which in the assembled condition is adapted to house said inclined vertical wall portions (63,64) of said ring nut.
A control device that performs position control of a control target by giving a feedforward manipulated value to the control target, wherein the control device is configured to: obtain (S11, S12), for each of a plurality of positions at which the control target is arranged, a first output response of the control target measured in response to a first manipulated value given to the control target; determine a reference output response as a reference of an output response of the control target when the first manipulated value is given to the control target, based on the first output responses obtained for each of the plurality of positions; determine a second manipulated value by arraying, in time series, values each of which is obtained by multiplying the first manipulated value by a corresponding coefficient; and set the feedforward manipulated value based on the determined second manipulated value, wherein the control device is configured to determine the second manipulated value by adjusting the corresponding coefficient for each of the arrayed values in time-series such that a difference between the second output response of the control target predicted when a provisional second manipulated value is given to the control target and a target response falls within an allowable range, the second output response being predicted based on a relationship between the first manipulated value and the reference output response. obtain (S11, S12), for each of a plurality of positions at which the control target is arranged, a first output response of the control target measured in response to a first manipulated value given to the control target; determine a reference output response as a reference of an output response of the control target when the first manipulated value is given to the control target, based on the first output responses obtained for each of the plurality of positions; determine a second manipulated value by arraying, in time series, values each of which is obtained by multiplying the first manipulated value by a corresponding coefficient; and set the feedforward manipulated value based on the determined second manipulated value, wherein the control device is configured to determine the second manipulated value by adjusting the corresponding coefficient for each of the arrayed values in time-series such that a difference between the second output response of the control target predicted when a provisional second manipulated value is given to the control target and a target response falls within an allowable range, the second output response being predicted based on a relationship between the first manipulated value and the reference output response.
An electrostatic coalescer (15, 110), comprising: an outer wall defining a flow path for receiving a process fluid comprising primarily a gas; a power source (66, 95, 105, 125); a plurality of electrode plates including a first electrode plate and a second electrode plate coupled to the power source to generate an electrical field across the flow path, wherein each of the plurality of electrode plates is coated with an insulative material; characterised in that the electrostatic coalescer further comprises at least one intermediate insulating member disposed between the first and second electrode plates defining at least a first flow path between the insulating member and the first electrode plate and at least a second flow path between the insulating member and the second electrode plate. an outer wall defining a flow path for receiving a process fluid comprising primarily a gas; a power source (66, 95, 105, 125); a plurality of electrode plates including a first electrode plate and a second electrode plate coupled to the power source to generate an electrical field across the flow path, wherein each of the plurality of electrode plates is coated with an insulative material; characterised in that the electrostatic coalescer further comprises at least one intermediate insulating member disposed between the first and second electrode plates defining at least a first flow path between the insulating member and the first electrode plate and at least a second flow path between the insulating member and the second electrode plate.
A lock comprising a bolt and a housing having an opening to receive the bolt and having arranged therein a locking member for locking the bolt, wherein the bolt comprises an elongated bolt body, a chamfered head end and a recess part in the elongated bolt body behind the chamfered head end, the locking member is rotatably provided inside the housing and arranged to rotate between a first orientation for locking the bolt in the housing and a second orientation different from the first orientation for releasing the bolt from the housing, and the locking member comprises a bended first end that fits in the recess part of the bolt when the bolt is inserted into the opening of the housing and the locking member is rotated to the first orientation, wherein the housing further comprises a spring applying a spring force to the locking member to force the locking member to the first orientation characterized in that the housing further comprises a coil that, when being provided with a current, generates a magnetic force to a second end of the locking member different from the first end wherein the magnetic force exceeds the spring force resulting in the locking member to be rotated to the second orientation and the bolt to be removable from the housing.
A pipe coupling system, which consists of two pipe sections (4, 5), of which one (4, 4') has a coupling member and the other has a mount for the coupling member, wherein the coupling member (4, 4') is a flange (7, 7') formed by a circumferential groove (8, 8') and the mount is a notch, which is open at the side, running transversely to the axial direction with an undercut continuing the notch, wherein the external diameter of the flange (7, 7') corresponds to the internal diameter of the undercut, and wherein the edge (9, 9') of the pipe section end left by the notch is cut out opposite the undercut to a width corresponding to the diameter of the pipe section at the base of the groove, wherein for a system for drying articles of clothing, in which coat hangers formed from pipes are connected to a distributing pipe connected to a hot-air blower, which coat hangers are connected in an air-conducting manner to the distributing pipe and have outlet openings for the airing and drying of the articles of clothing, and one of the two pipe sections (4, 5) is provided on the distributor pipe and one is provided on the coat hanger, wherein cylindrical fitting surfaces (10, 11) are provided on the outer circumferences of the pipe sections (4, 5, 5'), on which a sleeve, which can be pushed on one of the pipe sections onto the other pipe section while bridging the coupling pieces, is guided in a sealing manner in the axial direction of the pipe sections (4, 4', 5), wherein the seal is formed by two O-rings, which are guided internally around the sleeve and bear in a sealing manner against the outer surfaces of the pipe sections (4, 5).
A magnetic memory element, including: a contact (31; 51; 61; 71; 81; 91; 101) comprising a magnetic layer portion between a conductive layer portion and a nonmagnetic layer portion, the magnetic layer having a magnetization perpendicular to the plane of the layers; and an single angled conductive track (42; 52; 62; 72; 82; 92; 102) comprising a central portion extended by two arms (44A, 44B), the contact being entirely arranged on the track, wherein, for each arm, a current flowing towards the contact along the median axis (45A, 45B) of the arm encounters the portion of the contact nearest to the arm primarily on the left thereof for one of the arms, and primarily on the right thereof for the other arm. a contact (31; 51; 61; 71; 81; 91; 101) comprising a magnetic layer portion between a conductive layer portion and a nonmagnetic layer portion, the magnetic layer having a magnetization perpendicular to the plane of the layers; and an single angled conductive track (42; 52; 62; 72; 82; 92; 102) comprising a central portion extended by two arms (44A, 44B), the contact being entirely arranged on the track, wherein, for each arm, a current flowing towards the contact along the median axis (45A, 45B) of the arm encounters the portion of the contact nearest to the arm primarily on the left thereof for one of the arms, and primarily on the right thereof for the other arm.
A process comprising: a) contacting a reactant with a catalyst in a reaction zone under reaction conditions to provide a product; b) after interrupting step a), contacting the catalyst with a flushing gas to remove the reactant and the product from the catalyst; c) contacting the catalyst with an oxidizing gas to remove coke from the catalyst; and d) contacting the catalyst with steam to provide regenerated catalyst, wherein the reaction zone is selected from the group consisting of a ketonization zone and an alcohol dehydration zone. a) contacting a reactant with a catalyst in a reaction zone under reaction conditions to provide a product; b) after interrupting step a), contacting the catalyst with a flushing gas to remove the reactant and the product from the catalyst; c) contacting the catalyst with an oxidizing gas to remove coke from the catalyst; and d) contacting the catalyst with steam to provide regenerated catalyst, wherein the reaction zone is selected from the group consisting of a ketonization zone and an alcohol dehydration zone.
Shielding device for shielding against contaminated air, fumes or vapours generated during the use of a workstation, in particular a workstation comprising food cooking devices (4; 5; 6), the shielding device comprising a containing body arranged for housing airflow generating means intended for forming an airflow, and channelling means connected to said airflow generating means and intended for conveying said airflow to airflow diffusing means with which it is in flowing connection, said airflow diffusing means being arranged for conveying said airflow to an area located above a cooking zone of said workstation, said diffusing means comprising at least one diffusing element (18, 18a) provided with a tubular body in which there is obtained a plurality of openings arranged aligned and shaped so as to create an air knife during transit through the openings of said airflow generated by said airflow generating means, or of a portion of said airflow, said air knife being intended to separate said cooking zone from an operator working at said workstation, said airflow diffusing means further comprising a fitting element that connects a pipe of said channelling means to a first end zone of said at least one diffusing element (18, 18a), said shielding device being characterized in that said fitting element comprises a connection portion conformed in such a way as to be inserted at least partially into a through opening obtained in a frontal element of said containing body and engage with said pipe to permit a flowing communication between said airflow generating means and said airflow diffusing means, a first end of said pipe being connected to an outlet port of said airflow generating means and a second end of said pipe being connected to said connection portion.
Vehicle seat comprising: - a load-bearing structure, - a sitting portion mounted so as to be able to move on said load-bearing structure between a use position and an offset position, - a backrest mounted so as to be able to move on said load-bearing structure between a use position and a folded-down position, and - a headrest joined to the backrest, characterized in that the sitting portion comprises a structural part and a medallion that can be stowed with respect to the structural part so as to open up a cavity in which at least part of said headrest is housed when the sitting portion is in the offset position and the backrest is in the folded-down position. - a load-bearing structure, - a sitting portion mounted so as to be able to move on said load-bearing structure between a use position and an offset position, - a backrest mounted so as to be able to move on said load-bearing structure between a use position and a folded-down position, and - a headrest joined to the backrest, characterized in that the sitting portion comprises a structural part and a medallion that can be stowed with respect to the structural part so as to open up a cavity in which at least part of said headrest is housed when the sitting portion is in the offset position and the backrest is in the folded-down position.
A polypeptide comprising at least one peptide selected from the group consisting in: (i) a peptide of sequence GNYYCSVTPWVKS (SEQ ID NO: 1); (ii) a peptide of sequence IHSKPVFITVKMDVLNA (SEQ ID NO: 2); (iii) a functional fragment of SEQ ID NO: 1 or 2; and (iv) a functional derivative of SEQ ID NO: 1 or 2, wherein said derivative corresponds to SEQ ID NO: 1 or 2 modified by the addition of one or more functional group selected from phosphate, acetate, lipid or carbohydrate group, and/or by the addition of one or more protecting group; and, wherein said functional fragment has the same anti-angiogenic function as SEQ ID NO: 1 or 2; and, wherein said polypeptide comprises less than 50, preferably less than 40, preferably less than 30, preferably less than 20 contiguous amino acids of a sequence of SEQ ID NO: 3. (i) a peptide of sequence GNYYCSVTPWVKS (SEQ ID NO: 1); (ii) a peptide of sequence IHSKPVFITVKMDVLNA (SEQ ID NO: 2); (iii) a functional fragment of SEQ ID NO: 1 or 2; and (iv) a functional derivative of SEQ ID NO: 1 or 2, wherein said derivative corresponds to SEQ ID NO: 1 or 2 modified by the addition of one or more functional group selected from phosphate, acetate, lipid or carbohydrate group, and/or by the addition of one or more protecting group; and,