mhurhangee/ep-ind-claims huggingface dataset:
Method for connecting two joining elements (1, 2), comprising the steps of: a) providing the two joining elements (1, 2), b) providing a thermally activatable adhesive, c) providing a heating element formed as a thin sheet-like formation, d) arranging the heating element in the middle of the adhesive, e) arranging the heating element and the adhesive between the joining elements (1, 2), f) heating the adhesive by applying electrical power to the heating element while at the same time measuring the temperature of the adhesive, the extent to which electrical power is applied to the heating element being controlled in dependence on the temperature measured, the measurement of the temperature of the adhesive being performed by determining the resistance of the heating element with a resistance measuring unit, which transfers the resistance data to a unit for determining the temperature, wherein the unit for determining the temperature has material-specific data, by means of which the actual temperature in the heating element is determined in dependence on the resistance, and wherein a controller is used to control the voltage, so that the heating is performed in a predetermined maximum/minimum temperature corridor in dependence on time, characterized in that the resistance is determined by means of measuring the voltage and current intensity, with a time difference between the measurement of the current intensity and the measurement of the voltage of ≤ 10 ms, preferably ≤ 1 ms, more preferably ≤ 100 μs and particularly preferably ≤ 10 μs. a) providing the two joining elements (1, 2), b) providing a thermally activatable adhesive, c) providing a heating element formed as a thin sheet-like formation, d) arranging the heating element in the middle of the adhesive, e) arranging the heating element and the adhesive between the joining elements (1, 2), f) heating the adhesive by applying electrical power to the heating element while at the same time measuring the temperature of the adhesive, the extent to which electrical power is applied to the heating element being controlled in dependence on the temperature measured, the measurement of the temperature of the adhesive being performed by determining the resistance of the heating element with a resistance measuring unit, which transfers the resistance data to a unit for determining the temperature,
Charged-particle monitoring apparatus for time-resolved monitoring of ultrafast processes, the monitoring apparatus comprising: a charged-particle source, adapted to emit a beam of charged particles along a main beam axis; a beam modulation member which is arranged on the main beam axis; a means for holding or providing an object to be examined which is arranged on the main beam axis; a detector for detecting charged-particles which emanates from the object to be examined and which is arranged on the main beam axis; a laser source adapted to emit a laser beam so that the beam of charged particles intersects with the laser beam and an interaction of the beam of charged particles and the laser beam results in a modulation of the beam of charged particles, wherein the beam modulation member comprises a dielectric or semiconductor material, wherein the beam modulation member is positioned such that the intersection point of the beam of charged particles lies in the cross-section of the beam modulation member. a charged-particle source, adapted to emit a beam of charged particles along a main beam axis; a beam modulation member which is arranged on the main beam axis; a means for holding or providing an object to be examined which is arranged on the main beam axis; a detector for detecting charged-particles which emanates from the object to be examined and which is arranged on the main beam axis; a laser source adapted to emit a laser beam so that the beam of charged particles intersects with the laser beam and an interaction of the beam of charged particles and the laser beam results in a modulation of the beam of charged particles, wherein the beam modulation member comprises a dielectric or semiconductor material, wherein the beam modulation member is positioned such that the intersection point of the beam of charged particles lies in the cross-section of the beam modulation member.
An automatic taking-out method for packaged contents for automatically taking out the contents from a package where the contents is disposed between two packaging sheet materials (3, 4) and the two packaging sheet materials (3, 4) being joined to each other around the contents, the automatic taking-out method comprising: a step of holding the package in a state where the two packaging sheet materials (3, 4) are located up and down with respect to each other; characterized by a step of cutting the two packaging sheet materials (3, 4) at two cutting spots (C, D) that are respectively present between the joining portions and the contents and that are located at opposite ends of the package with the contents therebetween; a step of moving at least one of suction units (61, 62) in a direction separated from the contents and increasing a distance between the two packaging sheet materials (3, 4) after the two packaging sheet materials (3, 4) between the two cutting spots are respectively suctioned and held by the suction units; and a step of inclining the two packaging sheet materials (3, 4) between the two cutting spots (C, D) and the contents in a state where a positional deviation in an up-down direction occurs with respect to the two cutting spots (C, D), and dropping and taking the contents out of the two packaging sheet materials (3, 4). a step of holding the package in a state where the two packaging sheet materials (3, 4) are located up and down with respect to each other; characterized by a step of cutting the two packaging sheet materials (3, 4) at two cutting spots (C, D) that are respectively present between the joining portions and the contents and that are located at opposite ends of the package with the contents therebetween; a step of moving at least one of suction units (61, 62) in a direction separated from the contents and increasing a distance between the two packaging sheet materials (3, 4) after the two packaging sheet materials (3, 4) between the two cutting spots are respectively suctioned and held by the suction units; and a step of inclining the two packaging sheet materials (3, 4) between the two cutting spots (C, D) and the contents in a state where a positional deviation in an up-down direction occurs with respect to the two cutting spots (C, D), and dropping and taking the contents out of the two packaging sheet materials (3, 4).
A method of welding first and second thin metallic workpieces (1, 3) together, characterised in that each of the first and second thin metallic workpieces (1, 3) having a thickness of less than 1.5mm, the method comprising: a. applying a layer of weld modifying material to a surface of one or each of the first and second metallic workpieces (1, 3) using a cold spraying process, wherein the weld modifying material is a metallic material and wherein each of the weld modifying material, the first metallic workpiece and the second metallic workpiece have a majority elemental component that is the same; and, b. welding the first and second metallic workpieces together such that the weld modifying material is incorporated into the weld. a. applying a layer of weld modifying material to a surface of one or each of the first and second metallic workpieces (1, 3) using a cold spraying process, wherein the weld modifying material is a metallic material and wherein each of the weld modifying material, the first metallic workpiece and the second metallic workpiece have a majority elemental component that is the same; and, b. welding the first and second metallic workpieces together such that the weld modifying material is incorporated into the weld.
A disposable absorbent article for wearing about the lower torso of a wearer, the disposable absorbent article comprising: a first waist region, a second waist region, a crotch region disposed between the first and second waist regions (36, 38); a first waist edge and a second waist edge; and a first longitudinal edge and a second longitudinal edge; the disposable absorbent article comprising: 1.) a topsheet; 2.) a backsheet; 3.) an absorbent core disposed between the topsheet and the backsheet; 4.) a leg gasketing system; and 5.) at least one waist gasketing element; wherein the leg gasketing system comprises a web of material forming an inner cuff and a portion of an outer cuff; wherein the inner cuff comprises an inner cuff folded edge and an inner cuff material edge and the outer cuff comprises an outer cuff material edge; such that the web of material is folded laterally outward to form the inner cuff folded edge; wherein at least a portion of the web of material between the outer cuff material edge and the inner cuff folded edge is attached to the backsheet in the first waist region, the second waist region and the crotch region; and at least a portion of the web of material between the inner cuff folded edge and the outer cuff material edge is attached to the topsheet in the crotch region and the first waist region; and the web of material between the inner cuff folded edge and the outer cuff material edge is unattached to the topsheet in at least a portion of the second waist region, forming a leg gasketing system pocket, wherein the leg gasketing system pocket comprises an opening on an inboard longitudinal edge of the leg gasketing system pocket, wherein the leg gasketing system pocket is free of elastic members; wherein the at least one waist gasketing element has an inboard lateral edge, an outboard lateral edge, and two longitudinal edges; the at least one waist gasketing element comprising at least one elastic material; wherein the at least one waist gasketing element is attached to: 1) the chassis of the disposable absorbent article and 2) the leg gasketing system, such that at least a portion of the outboard lateral edge of the waist gasketing element is attached to the chassis and at least a portion of the outboard lateral edge of the waist gasketing element is attached to the web of material forming the leg gasketing system; and wherein the inboard lateral edge of the waist gasketing element is unattached to the chassis of the disposable absorbent article; wherein the outboard lateral edge of the waist gasketing element is coterminous with the second waist edge of the disposable absorbent article, and wherein at least a portion of each of the two longitudinal edges of the waist gasketing element are attached to the leg gasketing system. 1.) a topsheet; 2.) a backsheet; 3.) an absorbent core disposed between the topsheet and the backsheet; 4.) a leg gasketing system; and 5.) at least one waist gasketing element;
A light guide device comprising: a first light guide part that reflects and guides light emitted from a light source; a polygon mirror that is configured to be rotatable and includes a plurality of reflective parts, the reflective parts being arranged to form a regular polygonal reflective surface when viewed in a rotation axis direction, the polygon mirror reflecting the light guided by the first light guide part by the reflective part while rotating; and a second light guide part that reflects the light reflected by the reflective part of the polygon mirror and guides the light so that the light is irradiated to an irradiation target at each of the reflective parts; characterized by an adjustment part that adjusts a position of an optical axis of a light incident on the polygon mirror in a rotation axis direction by changing at least one of a position and an orientation of an optical component included in the first light guide part, wherein the reflective part of the polygon mirror is configured to reflect the incident light so that the optical axis of the incident light is offset in the rotation axis direction, and the adjustment part adjusts the position of the optical axis of the light incident on the polygon mirror in the rotation axis direction, thereby changing a position of the light irradiated on the irradiation target in a line width direction of the light, the irradiation target is irradiated with the light while a position of the light irradiated on the irradiation target in the line width direction. a first light guide part that reflects and guides light emitted from a light source; a polygon mirror that is configured to be rotatable and includes a plurality of reflective parts, the reflective parts being arranged to form a regular polygonal reflective surface when viewed in a rotation axis direction, the polygon mirror reflecting the light guided by the first light guide part by the reflective part while rotating; and a second light guide part that reflects the light reflected by the reflective part of the polygon mirror and guides the light so that the light is irradiated to an irradiation target at each of the reflective parts; characterized by an adjustment part that adjusts a position of an optical axis of a light incident on the polygon mirror in a rotation axis direction by changing at least one of a position and an orientation of an optical component included in the first light guide part, wherein the reflective part of the polygon mirror is configured to reflect the incident light so that the optical axis of the incident light is offset in the rotation axis direction, and the adjustment part adjusts the position of the optical axis of the light incident on the polygon mirror in the rotation axis direction, thereby changing a position of the light irradiated on the irradiation target in a line width direction of the light, the irradiation target is irradiated with the light while a position of the light irradiated on the irradiation target in the line width direction.
A foot system suitable for being used in parts of furniture and furnishing items with a base or bottom with front adjustment levelling, wherein at least one front foot is configured to be positioned between the base or bottom of a piece of furniture and a floor in a space reduced in height, said front foot containing in its interior a height adjustment mechanism actuated from a hole or actuating point by means of a manoeuvring tool, wherein said front foot comprises a lower fixed part close to the floor, said hole or actuating point is positioned at said lower fixed part (17f, 117f, 217f) at a free end of the front foot resting on the floor, the system further comprising rear foot, characterized in that said front foot provides a hook extension for housing an end portion of a manoeuvring return rod for the adjustment of the rear foot, wherein said return rod is inserted in a manoeuvring point or hole formed in the rear foot and said manoeuvring point or hole is formed in the rear foot in an upper position of the same resting on said base or bottom (12, 112).
A wireless transmission system comprising: a base station arranged in the vicinity of the center of a cell area, wherein the cell area is surrounded by peripheral areas; a plurality of mobile stations in the cell area, wherein each of the plurality of mobile stations is configured to perform communication by using one of a plurality of frequency channels assigned to the area where the mobile station exists; and wherein the base station is configured to divide each of an uplink frame and a downlink frame into a plurality of blocks, to assign a specific one of said plurality of blocks to each of said plurality of the mobile stations, to assign a specific one of said plurality of frequency channels to each of said plurality of mobilestations, and to notify said specific block and said specific frequency channel to each of said plurality of mobile stations, wherein a length of each of said plurality of blocks is arbitrary, a sum of the lengths of said plurality of blocks is equal to a length of the frame, each of said plurality of blocks corresponds to one of a plurality of sub areas obtained by dividing said cell area into a center area and at least one peripheral area, a single frequency channel among said plurality of frequency channels is assigned to said peripheral area, wherein said single frequency channel is different from each of the frequency channels assigned to the peripheral areas preventing interference between the cell areas, and all of the plurality of frequency channels are assigned to said center area. a base station arranged in the vicinity of the center of a cell area, wherein the cell area is surrounded by peripheral areas; a plurality of mobile stations in the cell area, wherein each of the plurality of mobile stations is configured to perform communication by using one of a plurality of frequency channels assigned to the area where the mobile station exists; and wherein the base station is configured to divide each of an uplink frame and a downlink frame into a plurality of blocks, to assign a specific one of said plurality of blocks to each of said plurality of the mobile stations, to assign a specific one of said plurality of frequency channels to each of said plurality of mobilestations, and to notify said specific block and said specific frequency channel to each of said plurality of mobile stations, wherein a length of each of said plurality of blocks is arbitrary, a sum of the lengths of said plurality of blocks is equal to a length of the frame, each of said plurality of blocks corresponds to one of a plurality of sub areas obtained by dividing said cell area into a center area and at least one peripheral area, a single frequency channel among said plurality of frequency channels is assigned to said peripheral area, wherein said single frequency channel is different from each of the frequency channels assigned to the peripheral areas preventing interference between the cell areas, and all of the plurality of frequency channels are assigned to said center area.
A conveyor belt module (100; 200; 300; 400; 501) comprising: a body (101; 201; 301; 401) extending between an upper transport plane (102; 202; 302; 402) forming a first plane and a lower body plane (103; 203; 303; 403) forming a second plane that is spaced apart from the first plane; a link end (106; 107; 206; 207; 306; 307; 406; 407) formed in the body (101; 201; 301; 401) having an opening (110; 111; 208; 209; 308; 309; 408; 410) along a hinge axis (112;113; 211; 310; 311 409; 411); a cover (114; 213; 313; 413) extending from the body (101; 201; 301; 401) in a direction of the hinge axis (112;113; 211; 310; 311 409; 411); a post (118; 217; 317; 418) extending from the cover (114; 213; 313; 413) along a post axis (120; 218; 318; 425) transversely to the planes; a bearing (109; 204; 304; 405) rotatably engaged with the post (118; 217; 317; 418); and a fastener engaged with the post (118; 217; 317; 418) to capture the bearing (109; 204; 304; 405) between the cover (114; 213; 313; 413) and the fastener; wherein the bearing (109; 204; 304; 405) is housed at least partially between the first plane and the second plane; a tab (117; 216; 316; 416) engaged with the post (118; 217; 317; 418) having a guide extending in the direction of the hinge axis (112;113; 211; 310; 311 409; 411). a body (101; 201; 301; 401) extending between an upper transport plane (102; 202; 302; 402) forming a first plane and a lower body plane (103; 203; 303; 403) forming a second plane that is spaced apart from the first plane; a link end (106; 107; 206; 207; 306; 307; 406; 407) formed in the body (101; 201; 301; 401) having an opening (110; 111; 208; 209; 308; 309; 408; 410) along a hinge axis (112;113; 211; 310; 311 409; 411); a cover (114; 213; 313; 413) extending from the body (101; 201; 301; 401) in a direction of the hinge axis (112;113; 211; 310; 311 409; 411); a post (118; 217; 317; 418) extending from the cover (114; 213; 313; 413) along a post axis (120; 218; 318; 425) transversely to the planes; a bearing (109; 204; 304; 405) rotatably engaged with the post (118; 217; 317; 418); and a fastener engaged with the post (118; 217; 317; 418) to capture the bearing (109; 204; 304; 405) between the cover (114; 213; 313; 413) and the fastener;
A networked sensor system comprises: - an upper tier of server devices, the server devices comprising: - processor devices; and - memory in communication with the processor devices, - a middle tier of gateway devices that are in communication with one or more of the upper tier server devices; - a lower level tier of devices that comprise fully functional sensor nodes with at least some of the fully functional sensor nodes (18, 20) including an application layer that executes routines to provide node sensor functions and an application layer manager to manage the application layer in the at least some of the functional sensor nodes (18, 20), wherein the application layer manager is configured to: - manage changes in functions currently operating from function to function in respective ones of the at least some functional sensor nodes (18, 20) upon request by actual state functions executing in the respective ones of the at least some functional sensor nodes (18, 20), wherein the application layer manager accomplishes such changes in functions currently operating using a transition table that serves as a central descriptor for the state functions; and - characterize inputs sufficiently to apply rules that dictate changes in configuration, stored data, and/or precipitate message generation. - an upper tier of server devices, the server devices comprising: - processor devices; and - memory in communication with the processor devices, - processor devices; and - memory in communication with the processor devices, - a middle tier of gateway devices that are in communication with one or more of the upper tier server devices; - a lower level tier of devices that comprise fully functional sensor nodes with at least some of the fully functional sensor nodes (18, 20) including an application layer that executes routines to provide node sensor functions and an application layer manager to manage the application layer in the at least some of the functional sensor nodes (18, 20), - manage changes in functions currently operating from function to function in respective ones of the at least some functional sensor nodes (18, 20) upon request by actual state functions executing in the respective ones of the at least some functional sensor nodes (18, 20), wherein the application layer manager accomplishes such changes in functions currently operating using a transition table that serves as a central descriptor for the state functions; and - characterize inputs sufficiently to apply rules that dictate changes in configuration, stored data, and/or precipitate message generation.