mhurhangee/ep-ind-claims huggingface dataset:
A relay mechanism of a vehicle sliding door, comprising: an outer open lever configured to be coupled with an outer open handle of a sliding door and to release latch units (15, 17) to open the sliding door when the outer open lever is operated; an inner open lever mechanism configured to be coupled with an inner open handle of the sliding door and to release the latch units (15, 17) to open the sliding door when the inner open lever mechanism is operated; an outer lock lever configured to disable the release of the latch units (15, 17) by the operation of the outer open lever; an inner lock lever configured to disable the release of the latch units (15, 17) by the operation of the inner open lever mechanism, the outer lock lever and the inner lock lever are individually switchable, a child-proof lever; and an inner lock pin which is switched between a child-proof position and a non-child-proof position by the operation of the child-proof lever, characterized in that the inner lock lever is configured to switch between an unlock position where the inner open lever mechanism is operated and an anti-theft position where the inner open lever mechanism is disabled to be operated. an outer open lever configured to be coupled with an outer open handle of a sliding door and to release latch units (15, 17) to open the sliding door when the outer open lever is operated; an inner open lever mechanism configured to be coupled with an inner open handle of the sliding door and to release the latch units (15, 17) to open the sliding door when the inner open lever mechanism is operated; an outer lock lever configured to disable the release of the latch units (15, 17) by the operation of the outer open lever; an inner lock lever configured to disable the release of the latch units (15, 17) by the operation of the inner open lever mechanism, the outer lock lever and the inner lock lever are individually switchable, a child-proof lever; and an inner lock pin which is switched between a child-proof position and a non-child-proof position by the operation of the child-proof lever,
Piston pump having a piston assembly which comprises a first piston element (22.1), a second piston element (22.2), at least one transverse bore and a longitudinal bore which corresponds with the at least one transverse bore, having a cylinder in which the piston assembly is guided in longitudinally movable fashion, and having an inlet valve which comprises a cage element, in which an inlet valve spring (25.2) and an inlet valve sealing element (25.3) are arranged, and comprises a corresponding inlet valve seat (25.1) which is arranged on the second piston element (22.1), wherein the inlet valve sealing element (25.3) can be pressed sealingly into the corresponding inlet valve seat (25.1) by a spring force of the inlet valve spring (25.2) in order to close the longitudinal bore, wherein fluid can be drawn in via the at least one transverse bore arranged in the piston assembly, which fluid can be conducted through the longitudinal bore by the inlet valve into a compression chamber (28.1) in which a restoring spring for the piston assembly is arranged, characterized in that the second piston element (22.2) is in the form of a sleeve composed of wear-resistant material which absorbs axially acting force components, wherein the inlet valve seat (25.1) is arranged on a bending edge of the second piston element (22.2) in the form of a sleeve, wherein the at least one transverse bore which corresponds with the longitudinal bore is formed in the second piston element (22.1).
A method for preparing an X-ray mask structure, comprising: providing a support substrate consisting of silicon having a top surface and a bottom surface; forming a top layer on the top surface and a bottom layer having an aperture on the bottom surface; removing a portion of the support substrate exposed by the aperture of the bottom layer to form at least one thinned portion being surrounded by a wall, the at least one thinned portion consisting of silicon and the wall consisting of the same material as the at least one thinned portion; and forming a plurality of X-ray absorber patterns on the top layer over the at least one thinned portion. providing a support substrate consisting of silicon having a top surface and a bottom surface; forming a top layer on the top surface and a bottom layer having an aperture on the bottom surface; removing a portion of the support substrate exposed by the aperture of the bottom layer to form at least one thinned portion being surrounded by a wall, the at least one thinned portion consisting of silicon and the wall consisting of the same material as the at least one thinned portion; and forming a plurality of X-ray absorber patterns on the top layer over the at least one thinned portion.
A method for fixing and synchronizing rotary pistons in a rotary piston pump, characterized in that the rotary pistons are introduced into a pump chamber of the rotary piston pump; a shaft stub of each rotary piston is pushed through a pump rear wall and onto a drive shaft provided for the respective rotary piston; the rotary pistons are aligned and synchronized with a template in the pump chamber, wherein the template is detachably fixed to a pump housing, the shaft stubs of the respective rotary piston are in each case connected in a non-positive manner to the respective drive shaft outside of the pump chamber by means of a clamping device after the synchronizing, the template is applied to the rotary pistons by means of guides and the spacing, which is required after the installation of the rotary pistons for a lining and for a pump lid is simulated by means of at least two spacers on the inner side of the temperate and by means of protrusions on the guides. the rotary pistons are introduced into a pump chamber of the rotary piston pump; a shaft stub of each rotary piston is pushed through a pump rear wall and onto a drive shaft provided for the respective rotary piston; the rotary pistons are aligned and synchronized with a template in the pump chamber, wherein the template is detachably fixed to a pump housing, the shaft stubs of the respective rotary piston are in each case connected in a non-positive manner to the respective drive shaft outside of the pump chamber by means of a clamping device after the synchronizing, the template is applied to the rotary pistons by means of guides and the spacing, which is required after the installation of the rotary pistons for a lining and for a pump lid is simulated by means of at least two spacers on the inner side of the temperate and by means of protrusions on the guides.
Ceiling mounted charging station for charging the battery of an electric vehicle parking on a parking space, wherein the charging station comprises a charging arm for connection with the electric vehicle, wherein the first end of the charging arm is mounted to a housing of the charging station, wherein a charging interface for connection with a corresponding charging socket of the electric vehicle is located at a second end of the charging arm opposite to the first end, wherein the charging arm is rotatable with respect to the housing between a stored-position and a use-position, wherein the distance of the second end of the charging arm to the ground of the parking space is smaller in the use-position as in the stored-position, characterized in that the charging arm comprises a first segment at which the charging arm is mounted to the housing and a second segment at which the charging interface is located, the first segment and the second segment enclosing an angle between 45° and 135° between each other, wherein the charging arm is rotatable between the stored-position and the use-position around an axis being essentially parallel to a horizontal axis and wherein the first segment is arranged essentially parallel to the axis.
A method for processing a work-piece comprising the steps of: removing material from a work-piece to a predetermined depth with a tool that changes size; passing the tool across the work-piece in one or more passes during said removing step such that a cutting depth into the work-piece changes during a particular pass, each pass defined by a pass depth; the method being characterized by the steps of: maintaining a substantially constant chip thickness during said removing step; and selectively maximizing one of a feed rate and the pass depth of material removal at the expense of the other during said removing step to minimize the time of said passing step. removing material from a work-piece to a predetermined depth with a tool that changes size; passing the tool across the work-piece in one or more passes during said removing step such that a cutting depth into the work-piece changes during a particular pass, each pass defined by a pass depth; the method being characterized by the steps of: maintaining a substantially constant chip thickness during said removing step; and selectively maximizing one of a feed rate and the pass depth of material removal at the expense of the other during said removing step to minimize the time of said passing step. maintaining a substantially constant chip thickness during said removing step; and selectively maximizing one of a feed rate and the pass depth of material removal at the expense of the other during said removing step to minimize the time of said passing step.
A stent delivery system comprising: a housing extending along a longitudinal axis (L-L) from a first end to a second end, the housing defining a slot in the housing along the longitudinal axis (L-L); an outer sheath configured for movement along the longitudinal axis (L-L); a first arm coupled to the housing and having a portion of the first arm disposed in the slot; a second arm connected to the first arm via a living hinge, the second arm having a portion disposed in the slot and being coupled to the outer sheath, the outer sheath being configured to translate along the longitudinal axis (L-L) over a first range of travel as the first and second arms (106a, 106b) pivot about the living hinge and the outer sheath being configured to translate along the longitudinal axis (L-L) over a second range of travel when the first and second arms (106a, 106b) are substantially collinear with the living hinge; and an actuator member coupled to the first arm, wherein the actuator member is configured to move orthogonally to the longitudinal axis (L-L) over the first range of travel, and wherein the actuator member is configured to cause less translation of the outer sheath over the first range of travel as compared to the second range of travel for a given amount of actuator member movement. a housing extending along a longitudinal axis (L-L) from a first end to a second end, the housing defining a slot in the housing along the longitudinal axis (L-L); an outer sheath configured for movement along the longitudinal axis (L-L); a first arm coupled to the housing and having a portion of the first arm disposed in the slot; a second arm connected to the first arm via a living hinge, the second arm having a portion disposed in the slot and being coupled to the outer sheath, the outer sheath being configured to translate along the longitudinal axis (L-L) over a first range of travel as the first and second arms (106a, 106b) pivot about the living hinge and the outer sheath being configured to translate along the longitudinal axis (L-L) over a second range of travel when the first and second arms (106a, 106b) are substantially collinear with the living hinge; and an actuator member coupled to the first arm, wherein the actuator member is configured to move orthogonally to the longitudinal axis (L-L) over the first range of travel, and wherein the actuator member is configured to cause less translation of the outer sheath over the first range of travel as compared to the second range of travel for a given amount of actuator member movement.
A method for manufacturing a three-dimensional object, the method comprising steps of: a) providing a digital description of the object as a set of voxels; and b) sequentially creating an actual set of voxels corresponding to the digital set of voxels; wherein at least one voxel comprises a water-soluble polyurethane derived from: polyethylene glycol, polyethylene glycol-block-polypropylene glycol-block-polyethylene glycol polymer, polypropylene glycol-block-polyethylene glycol-block-polypropylene and mixtures thereof, 1,1'-Carbonyldiimidazole, polyamine of the structure: where R 1 is selected from the group consisting of: -OCH3, -OH, -NH2, and mixtures thereof, R 2 is selected from the group consisting of: -(C2H4)-NH2, -CH3, -H, and mixtures thereof, A is between 1 and 300, (B+C)/A is between 0 and 0.6, and at least one R 1 or R 2 group contains nitrogen. a) providing a digital description of the object as a set of voxels; and b) sequentially creating an actual set of voxels corresponding to the digital set of voxels; wherein at least one voxel comprises a water-soluble polyurethane derived from: polyethylene glycol, polyethylene glycol-block-polypropylene glycol-block-polyethylene glycol polymer, polypropylene glycol-block-polyethylene glycol-block-polypropylene and mixtures thereof, 1,1'-Carbonyldiimidazole, polyamine of the structure: where R 1 is selected from the group consisting of: -OCH3, -OH, -NH2, and mixtures thereof, R 2 is selected from the group consisting of: -(C2H4)-NH2, -CH3, -H, and mixtures thereof, A is between 1 and 300, (B+C)/A is between 0 and 0.6, and at least one R 1 or R 2 group contains nitrogen.
A display device with a beam combiner comprising a superimposition area for combining a first ray beam with a second ray beam that does not run parallel to it to form a common ray beam, an image-generating module and a holding device that can be fitted onto the head of a user and to which the beam combiner is attached such that when the holding device is fitted a user can perceive the real surroundings through the superimposition area of the beam combiner due to the first ray beam which is being transmitted by the superimposition area, wherein the image-generating module generates an image and directs it as second ray beam onto the superimposition area such that when the holding device is fitted onto the head the user can perceive the image superimposed on the real surroundings, wherein the beam combiner includes a body that is transparent for the first ray beam and which has the superimposition area which the first ray beam strikes when passing through the body, wherein the transparent body comprises a front side and a rear side, the front side comprising the superimposition area, and wherein the second ray beam is guided in the transparent body to the superimposition area, characterized in that the front side of the transparent body is formed to be curved and the superimposition area is divided into a first section and a second section, wherein only the first section, which is formed of a plurality of reflective deflecting elements spaced apart from each other, brings about a deflection of the second ray beam by reflection such that after leaving the body the first ray beam, together with the deflected second ray beam, forms the common ray beam, wherein the deflecting elements are distributed irregularly in the superimposition area and wherein the first section has an imaging function for the second ray beam and the second section transmits the first ray beam.
Substance mixtures comprising at least one salt of metal cations and of thermally activatable reducing anions and of at least one polyol, with the proviso that anions considered to be thermally activatable reducing anions are those which at temperatures of 100 to 450°C enter into reactions with a normal potential at 25°C relative to the standard hydrogen electrode of less than 0 V with adequate reaction rate, where the expression adequate reaction rates means reaction of at least 10 mol% of the thermally activatable anion over a period of one hour, and the polyols to be used are organic molecules having at least two hydroxy groups per molecule, and iron is used as metal cation, and formate or oxalate is used as thermally reducing anion.
A power system comprising: a solid-state circuit breaker including: a solid-state switching device, an energy dissipation branch coupled in parallel with the solid-state switching device, the energy dissipation branch including an energy dissipation device, an assistive branch coupled in parallel with the solid-state switching device, the assistive branch including a resistor, an inductor, and a switching device coupled together in series, the solid-state circuit breaker is characterised in that it further includes: a controller configured to determine the solid-state circuit breaker is conducting a high magnitude current, select a continuous current limiting mode or an intermittent current limiting mode, and operate the solid-state switching device and the switching device based on the selected current limiting mode; wherein operating the solid-state switching device in the intermittent current limiting mode includes repeatedly toggling the solid-state switching device using a series of pulses; wherein operating the solid-state switching device in the continuous current limiting mode includes opening the solid-state switching device and not closing the solid-state switching device a solid-state circuit breaker including: a solid-state switching device, an energy dissipation branch coupled in parallel with the solid-state switching device, the energy dissipation branch including an energy dissipation device, an assistive branch coupled in parallel with the solid-state switching device, the assistive branch including a resistor, an inductor, and a switching device coupled together in series, the solid-state circuit breaker is characterised in that it further includes: a controller configured to determine the solid-state circuit breaker is conducting a high magnitude current, select a continuous current limiting mode or an intermittent current limiting mode, and operate the solid-state switching device and the switching device based on the selected current limiting mode; a solid-state switching device, an energy dissipation branch coupled in parallel with the solid-state switching device, the energy dissipation branch including an energy dissipation device, an assistive branch coupled in parallel with the solid-state switching device, the assistive branch including a resistor, an inductor, and a switching device coupled together in series, the solid-state circuit breaker is characterised in that it further includes: a controller configured to determine the solid-state circuit breaker is conducting a high magnitude current, select a continuous current limiting mode or an intermittent current limiting mode, and operate the solid-state switching device and the switching device based on the selected current limiting mode; wherein operating the solid-state switching device in the intermittent current limiting mode includes repeatedly toggling the solid-state switching device using a series of pulses; wherein operating the solid-state switching device in the continuous current limiting mode includes opening the solid-state switching device and not closing the solid-state switching device
A method for monitoring traffic for an aircraft, the method comprising: receiving, by a computer system, images from a sensor system positioned to monitor movement of human beings relative to the aircraft; identifying, by the computer system, a set of the human beings in the images; identifying, by the computer system, a set of objects associated with the set of the human beings using the images; determining, by the computer system, the movement of the set of the human beings relative to the aircraft using the images; determining, by the computer system, a count of the human beings and the objects in the aircraft based on the movement determined for the set of the human beings and for the set of associated objects; and performing, by the computer system, a set of actions based on the count of the human beings and the objects in the aircraft. receiving, by a computer system, images from a sensor system positioned to monitor movement of human beings relative to the aircraft; identifying, by the computer system, a set of the human beings in the images; identifying, by the computer system, a set of objects associated with the set of the human beings using the images; determining, by the computer system, the movement of the set of the human beings relative to the aircraft using the images; determining, by the computer system, a count of the human beings and the objects in the aircraft based on the movement determined for the set of the human beings and for the set of associated objects; and performing, by the computer system, a set of actions based on the count of the human beings and the objects in the aircraft.
An ostomy wafer comprising: an external layer including a stoma channel to permit the passage of effluent therethrough, wherein the stoma channel extends in an axial direction; an internal layer; and a convex layer coupled to the external layer such that the stoma channel extends therethrough, wherein the convex layer is formed to include a plurality of perforations that are spaced in a radial direction from the stoma channel and at least one chamber that is in fluid communication with the plurality of perforations and spaced from the stoma channel in the radial direction, wherein the external layer at least partially closes off the at least one chamber to confine viscous media that may be stored in the at least one chamber and distributed through the plurality of perforations to couple the ostomy wafer to a subject in use thereof, characterised in that: the internal layer at least partially covers an exterior of the convex layer that faces the subject and the internal layer includes a moldable adhesive material. an external layer including a stoma channel to permit the passage of effluent therethrough, wherein the stoma channel extends in an axial direction; an internal layer; and a convex layer coupled to the external layer such that the stoma channel extends therethrough, wherein the convex layer is formed to include a plurality of perforations that are spaced in a radial direction from the stoma channel and at least one chamber that is in fluid communication with the plurality of perforations and spaced from the stoma channel in the radial direction, wherein the external layer at least partially closes off the at least one chamber to confine viscous media that may be stored in the at least one chamber and distributed through the plurality of perforations to couple the ostomy wafer to a subject in use thereof, characterised in that: the internal layer at least partially covers an exterior of the convex layer that faces the subject and the internal layer includes a moldable adhesive material.