mhurhangee/ep-ind-claims huggingface dataset:
A can body take-away assembly for a can bodymaker with a vertically oriented, reciprocating, elongated ram assembly and a domer, said ram assembly reciprocating over a generally vertical path and moving between a retracted, lower first position and an extended, upper second position, said ram assembly supporting a can body when in said second position, said take-away assembly comprising: a drive assembly including a motor and a support member; said take-away assembly motor operatively coupled to said support member and structured to move said drive assembly support member in a generally horizontal direction; a can body transport assembly including a number of gripping assemblies, each gripping assembly coupled to said drive assembly support member; and said gripping assemblies structured to travel across the path of said ram assembly and to selectively grip a can body; characterised in that. each gripping assembly includes a number of pairs of opposed, resilient elongated gripping members; and wherein said pairs of opposed, resilient elongated gripping members are horizontally separated by a distance that is smaller than the horizontal cross-sectional area of can body such that the resilient elongated gripping members flex outwardly to grip a can. a drive assembly including a motor and a support member; said take-away assembly motor operatively coupled to said support member and structured to move said drive assembly support member in a generally horizontal direction; a can body transport assembly including a number of gripping assemblies, each gripping assembly coupled to said drive assembly support member; and said gripping assemblies structured to travel across the path of said ram assembly and to selectively grip a can body; characterised in that. each gripping assembly includes a number of pairs of opposed, resilient elongated gripping members; and wherein said pairs of opposed, resilient elongated gripping members are horizontally separated by a distance that is smaller than the horizontal cross-sectional area of can body such that the resilient elongated gripping members flex outwardly to grip a can.
Method for constructing a tablet dispenser for metered dispensing of tablet, having a housing and a dispensing part that is insertable in the housing, wherein the dispensing part comprises a dispensing chute and a metering part that is movable relative to the dispensing chute against the force of a return spring, characterised in that a tensioning part is provided that is moved into an area occupied by the unbiased return spring, preferably as the dispensing part is inserted in the housing, thereby forcing displacement of the return spring so that pretension is generated in the return spring.
Sensor device for determining and/or monitoring a process variable of a medium in a container, comprising - a crystal body with at least one defect, - a magnetic field device for generating a magnetic field, wherein the magnetic field device is arranged in such a way that a magnetic field can be generated by means of the magnetic field device in the region of the crystal body and in the region of the medium located inside the container, and wherein the crystal body and the magnetic field device can be arranged from the outside on a wall of the container, - a detection unit for detecting a magnetic field-dependent fluorescence signal from the crystal body, wherein the detection unit has an excitation unit for optical excitation of the defect and a detector for detecting the fluorescence signal, and - an evaluation unit for determining at least one statement about the process variable on the basis of the fluorescence signal. - a crystal body with at least one defect, - a magnetic field device for generating a magnetic field, wherein the magnetic field device is arranged in such a way that a magnetic field can be generated by means of the magnetic field device in the region of the crystal body and in the region of the medium located inside the container, and wherein the crystal body and the magnetic field device can be arranged from the outside on a wall of the container, wherein the magnetic field device is arranged in such a way that a magnetic field can be generated by means of the magnetic field device in the region of the crystal body and in the region of the medium located inside the container, and wherein the crystal body and the magnetic field device can be arranged from the outside on a wall of the container, - a detection unit for detecting a magnetic field-dependent fluorescence signal from the crystal body, wherein the detection unit has an excitation unit for optical excitation of the defect and a detector for detecting the fluorescence signal, and - an evaluation unit for determining at least one statement about the process variable on the basis of the fluorescence signal.
A display device comprising: a display portion; a first frame including an engaging protrusion portion protruding in a first direction outward from an outer edge of said first frame, arranged to overlap with said display portion; and a second frame including an engaging hole engaging with said engaging protrusion portion of said first frame, wherein said engaging protrusion portion of said first frame includes: a first engaging portion protruding in said first direction outward from said outer edge of said first frame and engaging with said engaging hole, a second engaging portion protruding in a second direction in which said first frame is mounted to said second frame and engaging with said engaging hole, characterized by a third engaging portion protruding in a third direction opposite to said first direction and engaging with said engaging hole. a display portion; a first frame including an engaging protrusion portion protruding in a first direction outward from an outer edge of said first frame, arranged to overlap with said display portion; and a second frame including an engaging hole engaging with said engaging protrusion portion of said first frame, wherein said engaging protrusion portion of said first frame includes: a first engaging portion protruding in said first direction outward from said outer edge of said first frame and engaging with said engaging hole, a second engaging portion protruding in a second direction in which said first frame is mounted to said second frame and engaging with said engaging hole, characterized by a third engaging portion protruding in a third direction opposite to said first direction and engaging with said engaging hole. a first engaging portion protruding in said first direction outward from said outer edge of said first frame and engaging with said engaging hole, a second engaging portion protruding in a second direction in which said first frame is mounted to said second frame and engaging with said engaging hole, characterized by a third engaging portion protruding in a third direction opposite to said first direction and engaging with said engaging hole.
A method of etching one or more of mixed metal and dielectric layer, from an area on the semiconductor device, where the method comprising; defining an area on a semiconductor device to be etched, the area including at least several layers (10, 11, 12) composed of mixed metal and dielectric combined in a semiconductor device; directing first etching agent toward a defined area on a semiconductor device where the first etching agent comprises the core structure -COO-, -CON-, or -CNN- and further comprises oxidizing element selected from a group fluorine, chlorine, oxygen, nitrogen and reducing element which is carbon in ratio, wherein the quantity of oxidizing elements is one element more than the quantity of reducing elements and the quantity of reducing elements is at most three; and directing an ion beam toward a defined area on a semiconductor device in the presence of the first etching agent, thereby removing at least a portion of mixed metal and dielectric layer and producing a recess with at least one substantially smooth and planar surface in the milled area on object. defining an area on a semiconductor device to be etched, the area including at least several layers (10, 11, 12) composed of mixed metal and dielectric combined in a semiconductor device; directing first etching agent toward a defined area on a semiconductor device where the first etching agent comprises the core structure -COO-, -CON-, or -CNN- and further comprises oxidizing element selected from a group fluorine, chlorine, oxygen, nitrogen and reducing element which is carbon in ratio, wherein the quantity of oxidizing elements is one element more than the quantity of reducing elements and the quantity of reducing elements is at most three; and directing an ion beam toward a defined area on a semiconductor device in the presence of the first etching agent, thereby removing at least a portion of mixed metal and dielectric layer and producing a recess with at least one substantially smooth and planar surface in the milled area on object.
Vaporizer device for an inhaler, in particular for an electronic cigarette product, comprising: - an electrical vaporizer having one or more heating elements for vaporizing liquid supplied to the vaporizer, wherein - a carrier is formed of a layer system with a polymer film and at least one metal film in contact with the polymer film in a planar manner, - the polymer film comprises at least one fluid permeable first opening, - the metal film comprises at least one fluid permeable second opening communicating with the first opening, and - the metal film forms the heating elements, wherein the heating elements are arranged delimiting the second opening, characterized in that - the carrier comprises a metal layer, and the metal layer is in contact with the polymer film on the side opposite from the metal film. - an electrical vaporizer having one or more heating elements for vaporizing liquid supplied to the vaporizer, - a carrier is formed of a layer system with a polymer film and at least one metal film in contact with the polymer film in a planar manner, - the polymer film comprises at least one fluid permeable first opening, - the metal film comprises at least one fluid permeable second opening communicating with the first opening, and - the metal film forms the heating elements, wherein the heating elements are arranged delimiting the second opening, characterized in that - the carrier comprises a metal layer, and the metal layer is in contact with the polymer film on the side opposite from the metal film.
Use of an apparatus for forming a lubricant layer on the surface of a non-alkali glass, the apparatus comprising: a SO 2 supply unit for supplying SO 2 gas; a O 2 supply unit for supplying O 2 gas; a catalyst retaining unit for retaining a SO 2 gas oxidation catalyst, the catalyst retaining unit receiving SO 2 gas and O 2 gas from the SO 2 supply unit and the O 2 supply unit to generate SO 3 gas and supplying the generated SO 3 gas to the non-alkali glass and forming a CaSO 4 lubricant layer at the surface of the non-alkali glass, the catalyst retaining unit having a cylindrical shape with an inlet and an outlet and retaining the SO 2 gas oxidation catalyst therein so that SO 2 gas and O 2 gas flow into the catalyst retaining unit through the inlet and SO 3 gas flows out of the catalyst retaining unit through the outlet; and wherein a filter is provided to the outlet of the catalyst retaining unit so that the SO 2 gas oxidation catalyst does not pass therethrough, wherein the SO 2 gas oxidation catalyst is retained in the catalyst retaining unit in at least one form of a pellet form and a powder form. a SO 2 supply unit for supplying SO 2 gas; a O 2 supply unit for supplying O 2 gas; a catalyst retaining unit for retaining a SO 2 gas oxidation catalyst, the catalyst retaining unit receiving SO 2 gas and O 2 gas from the SO 2 supply unit and the O 2 supply unit to generate SO 3 gas and supplying the generated SO 3 gas to the non-alkali glass and forming a CaSO 4 lubricant layer at the surface of the non-alkali glass, the catalyst retaining unit having a cylindrical shape with an inlet and an outlet and retaining the SO 2 gas oxidation catalyst therein so that SO 2 gas and O 2 gas flow into the catalyst retaining unit through the inlet and SO 3 gas flows out of the catalyst retaining unit through the outlet; and wherein a filter is provided to the outlet of the catalyst retaining unit so that the SO 2 gas oxidation catalyst does not pass therethrough, wherein the SO 2 gas oxidation catalyst is retained in the catalyst retaining unit in at least one form of a pellet form and a powder form.
An injector with needle wavering prevention structure, which is a side feeding type injector including a fuel injection chamber in which fuel is injected into a combustion chamber of an engine through a fuel inlet, and a fuel supply passage through which fuel is injected into the fuel injection chamber in a direction transverse an injection direction of the fuel inlet, wherein the injector including a nozzle assembly which includes a carrier and a nozzle body, a needle assembly which opens and closes the fuel inlet, an actuator which operates the needle assembly, wherein the carrier has the fuel injection chamber which is formed therein and has a tubular shape, and the nozzle body is coupled to the lower end of the carrier, wherein the needle assembly 20 includes a needle 21, characterized in that the fuel supply passage consists of at least three fuel supply passages formed at equal intervals in a circumferential direction of the carrier, and the fuel supply passages are formed in a radial direction of the fuel injection chamber and formed in the carrier, and the fuel supply passages inject fuel to the outer peripheral surface of the needle 21 to maintain the centering of the needle 21. wherein the injector including a nozzle assembly which includes a carrier and a nozzle body, a needle assembly which opens and closes the fuel inlet, an actuator which operates the needle assembly, wherein the carrier has the fuel injection chamber which is formed therein and has a tubular shape, and the nozzle body is coupled to the lower end of the carrier, wherein the needle assembly 20 includes a needle 21, characterized in that the fuel supply passage consists of at least three fuel supply passages formed at equal intervals in a circumferential direction of the carrier, and the fuel supply passages are formed in a radial direction of the fuel injection chamber and formed in the carrier, and the fuel supply passages inject fuel to the outer peripheral surface of the needle 21 to maintain the centering of the needle 21.
An isolation valve for use in an air cycle machine, the isolation valve comprising: a housing having an internal surface within the housing, the internal surface having a first outlet and a second outlet; an air gate having an outward face opposite the internal surface, the air gate being located within the housing and configured to move to at least one of a first position blocking airflow to the first outlet, a neutral position blocking airflow to neither the first outlet nor the second outlet, and a second position blocking airflow to the second outlet; a seal groove located on the outward face of the air gate; a seal located within the seal groove, the seal being configured to form a sealed connection with the internal surface around at least one of the first outlet when in the first position and the second outlet when in the second position, wherein the seal groove is an outbound groove including a first groove wall radially inward from the seal; and a retainer configured to secure the seal within the seal groove using a fastening mechanism; characterised in that the seal includes an inset portion configured to receive the retainer, and that the fastening mechanism is inserted through the retainer and the seal at the inset portion to secure the retainer and seal to the seal groove. a housing having an internal surface within the housing, the internal surface having a first outlet and a second outlet; an air gate having an outward face opposite the internal surface, the air gate being located within the housing and configured to move to at least one of a first position blocking airflow to the first outlet, a neutral position blocking airflow to neither the first outlet nor the second outlet, and a second position blocking airflow to the second outlet; a seal groove located on the outward face of the air gate; a seal located within the seal groove, the seal being configured to form a sealed connection with the internal surface around at least one of the first outlet when in the first position and the second outlet when in the second position, wherein the seal groove is an outbound groove including a first groove wall radially inward from the seal; and a retainer configured to secure the seal within the seal groove using a fastening mechanism; characterised in that the seal includes an inset portion configured to receive the retainer, and that the fastening mechanism is inserted through the retainer and the seal at the inset portion to secure the retainer and seal to the seal groove.
A communication control apparatus comprising: a communication unit configured to communicate within a macro cell with each of communication nodes operating a plurality of small cells, each of which belongs to at least one of a plurality of small cell groups; a determining unit configured to determine whether operation modes of the plurality of small cells should be set to be an active mode or a second mode in units of the small cell groups using a determination index relating to a system capacity requirement, wherein the second mode is one of a standby mode, an inactive mode, an idle mode, a sleep mode and a dormant mode; and a signaling unit configured to signal a control message for specifying the active mode or the second mode in units of the small cell groups, determined by the determining unit to the communication nodes via the communication unit; characterised by the geographical area covered by the macro cell is divided into a plurality of grid-like segments and wherein the plurality of small cells located in every other segment in a longitudinal direction and in a latitude direction form one small cell group. a communication unit configured to communicate within a macro cell with each of communication nodes operating a plurality of small cells, each of which belongs to at least one of a plurality of small cell groups; a determining unit configured to determine whether operation modes of the plurality of small cells should be set to be an active mode or a second mode in units of the small cell groups using a determination index relating to a system capacity requirement, wherein the second mode is one of a standby mode, an inactive mode, an idle mode, a sleep mode and a dormant mode; and a signaling unit configured to signal a control message for specifying the active mode or the second mode in units of the small cell groups, determined by the determining unit to the communication nodes via the communication unit; characterised by the geographical area covered by the macro cell is divided into a plurality of grid-like segments and wherein the plurality of small cells located in every other segment in a longitudinal direction and in a latitude direction form one small cell group.
An apparatus for measuring temperature of a switchgear, comprising: at least one sensor configured to be arranged at or adjacent to a predetermined portion of the switchgear and configured to sense a temperature of the predetermined portion; a transmission module coupled to the at least one sensor via a cable and configured to wirelessly transmit data representing the temperature; and a power module configured to be coupled to a busbar of the switchgear and configured to draw power from the busbar by induction and to supply the power to the transmission module and the at least one sensor, and a tube configured for serving as at least a part of the busbar, the tube adapted to receive at least a part of the cable and the at least one sensor. at least one sensor configured to be arranged at or adjacent to a predetermined portion of the switchgear and configured to sense a temperature of the predetermined portion; a transmission module coupled to the at least one sensor via a cable and configured to wirelessly transmit data representing the temperature; and a power module configured to be coupled to a busbar of the switchgear and configured to draw power from the busbar by induction and to supply the power to the transmission module and the at least one sensor, and a tube configured for serving as at least a part of the busbar, the tube adapted to receive at least a part of the cable and the at least one sensor.
Structure for a horse trailer, with two side walls, a front wall and a roof, wherein the side walls, the front wall and the roof are formed from individual modular components that are connected to each other, and wherein at least the front wall is assembled from at least three modular components (121, 122, 123), wherein the front wall includes a front modular component and two lateral corner modular components (122, 123), characterized in that at least one corner modular component (122, 123) includes an entry door and/or a storage space hatch, and wherein the front modular component and the corner modular components (122, 123) have a height that is higher than the side wall.
An end effector for handling objects (40, 42) in an isolator, wherein the end effector comprises a first receptacle for a first object, a second receptacle for a second object, and a first displacement member, wherein the receptacles (12, 14) are arranged in a longitudinal direction on opposite sides of the end effector, wherein each receptacle (12, 14) is displaceable between a receiving position in which the respective object (40, 42) can be received in the corresponding receptacle (12, 14) and a gripping position in which the respective object (40, 42) can be gripped by the corresponding receptacle (12, 14), wherein each receptacle (12, 14) has a first gripping portion, wherein the first gripping portion of the first receptacle is located at a first end of the displacement member and the first gripping portion of the second receptacle is located at an opposite, second end of the displacement member, wherein the displacement member is displaceable such that the first receptacle and the second receptacle can each be displaced between the receiving position and the gripping position, characterized in that the end effector comprises two first receptacles (12', 12") and two displacement members (16', 16"), wherein, at the first end (30', 30") of each displacement member (16', 16"), the first gripping portion of a respective one of the first receptacles (12', 12") is arranged, wherein the respective first gripping portion and the second gripping portion of the second receptacle are arranged at the second, opposite ends (32', 32") of the displacement members (16', 16").